Failures on Fedora-x86_64-native-gdbserver-m32, branch master

Wed Apr 18 21:25:00 GMT 2018

Buildslave:
	fedora-x86-64-4

Full Build URL:
	<http://gdb-build.sergiodj.net/builders/Fedora-x86_64-native-gdbserver-m32/builds/9382>

Commit(s) tested:
	e98577a9dc4da048ded601920dc6471dcab375aa

Author(s) (in the same order as the commits):
	Alan Hayward <alan.hayward@arm.com>

Subject:
	Create xml from target descriptions

Testsuite log (gdb.sum and gdb.log) URL(s):
	<http://gdb-build.sergiodj.net/results/Fedora-x86_64-native-gdbserver-m32/e9/e98577a9dc4da048ded601920dc6471dcab375aa/>

*** Diff to previous build ***
============================
PASS -> FAIL: gdb.ada/arrayparam.exp: print call_me
PASS -> FAIL: gdb.ada/arrayparam.exp: print first after function call
PASS -> FAIL: gdb.ada/arrayparam.exp: print last after function call
PASS -> FAIL: gdb.ada/arrayparam.exp: print length after function call
PASS -> FAIL: gdb.ada/array_return.exp: value printed by finish of Create_Small
PASS -> FAIL: gdb.ada/array_return.exp: value printed by finish of Create_Large
PASS -> FAIL: gdb.ada/array_return.exp: value printed by finish of Create_Small_Float_Vector
PASS -> FAIL: gdb.ada/assign_arr.exp: print input.u2 :=
PASS -> FAIL: gdb.ada/bp_c_mixed_case.exp: p <MixedCaseFunc>, in Ada
PASS -> FAIL: gdb.ada/call_pn.exp: print pn
PASS -> FAIL: gdb.ada/call_pn.exp: print last_node_id after calling pn
PASS -> FAIL: gdb.ada/char_param.exp: print procedure_result after calling same
PASS -> FAIL: gdb.ada/char_param.exp: call next
PASS -> FAIL: gdb.ada/char_param.exp: print procedure_result after calling next
PASS -> FAIL: gdb.ada/fin_fun_out.exp: finish
PASS -> FAIL: gdb.ada/float_param.exp: call set_float
PASS -> FAIL: gdb.ada/float_param.exp: print global_float
PASS -> FAIL: gdb.ada/float_param.exp: call set_double
PASS -> FAIL: gdb.ada/float_param.exp: print global_double
PASS -> FAIL: gdb.ada/float_param.exp: call set_long_double
PASS -> FAIL: gdb.ada/float_param.exp: print global_long_double
PASS -> FAIL: gdb.ada/funcall_char.exp: print f
PASS -> FAIL: gdb.ada/funcall_param.exp: p ident
PASS -> FAIL: gdb.ada/funcall_ptr.exp: call pck.p
PASS -> FAIL: gdb.ada/funcall_ptr.exp: Check that value of GA is 0x1234
PASS -> FAIL: gdb.ada/fun_overload_menu.exp: 1
PASS -> FAIL: gdb.ada/fun_renaming.exp: print next
PASS -> FAIL: gdb.ada/fun_renaming.exp: print n
PASS -> FAIL: gdb.ada/fun_renaming.exp: print renamed_next
PASS -> FAIL: gdb.ada/fun_renaming.exp: print pack.renamed_next
PASS -> FAIL: gdb.ada/mi_exc_info.exp: -info-ada-exceptions task
PASS -> FAIL: gdb.ada/mi_exc_info.exp: -info-ada-exceptions global_gdb
PASS -> FAIL: gdb.ada/out_of_line_in_inlined.exp: bt
PASS -> FAIL: gdb.ada/rdv_wait.exp: task 2
PASS -> FAIL: gdb.ada/rec_return.exp: print bar
PASS -> FAIL: gdb.ada/set_pckd_arr_elt.exp: print sa
new FAIL: gdb.ada/set_pckd_arr_elt.exp: setting breakpoint at update_small
PASS -> FAIL: gdb.ada/set_pckd_arr_elt.exp: continue to update_small
PASS -> FAIL: gdb.ada/set_wstr.exp: set variable nnn := "qcyom"
PASS -> FAIL: gdb.ada/set_wstr.exp: print nnn after assignment
PASS -> FAIL: gdb.ada/set_wstr.exp: print www before assignment
PASS -> FAIL: gdb.ada/set_wstr.exp: set variable www := "zenrk"
PASS -> FAIL: gdb.ada/set_wstr.exp: print www after assignment
PASS -> FAIL: gdb.ada/set_wstr.exp: print rws before assignment
PASS -> FAIL: gdb.ada/set_wstr.exp: set variable rws := "ndhci"
PASS -> FAIL: gdb.ada/set_wstr.exp: print rws after assignment
PASS -> FAIL: gdb.ada/set_wstr.exp: set variable www := "1#2#3#4#5#"
PASS -> FAIL: gdb.ada/task_switch_in_core.exp: save a corefile
PASS -> FAIL: gdb.ada/type_coercion.exp: p q
PASS -> FAIL: gdb.ada/type_coercion.exp: set {Integer} $addr := 19
PASS -> FAIL: gdb.arch/disp-step-insn-reloc.exp: can_relocate_call: go to breakpoint 0
PASS -> FAIL: gdb.arch/disp-step-insn-reloc.exp: can_relocate_call: relocated instruction
PASS -> FAIL: gdb.arch/disp-step-insn-reloc.exp: can_relocate_jump: go to breakpoint 1
PASS -> FAIL: gdb.arch/disp-step-insn-reloc.exp: can_relocate_jump: relocated instruction
PASS -> FAIL: gdb.arch/i386-avx512.exp: probe AVX512 support
PASS -> FAIL: gdb.arch/i386-avx.exp: check whether processor supports AVX
PASS -> FAIL: gdb.arch/i386-avx.exp: check float contents of %ymm0
PASS -> FAIL: gdb.arch/i386-avx.exp: check int8 contents of %ymm0
PASS -> FAIL: gdb.arch/i386-avx.exp: check float contents of %ymm1
PASS -> FAIL: gdb.arch/i386-avx.exp: check int8 contents of %ymm1
PASS -> FAIL: gdb.arch/i386-avx.exp: check float contents of %ymm2
PASS -> FAIL: gdb.arch/i386-avx.exp: check int8 contents of %ymm2
PASS -> FAIL: gdb.arch/i386-avx.exp: check float contents of %ymm3
PASS -> FAIL: gdb.arch/i386-avx.exp: check int8 contents of %ymm3
PASS -> FAIL: gdb.arch/i386-avx.exp: check float contents of %ymm4
PASS -> FAIL: gdb.arch/i386-avx.exp: check int8 contents of %ymm4
PASS -> FAIL: gdb.arch/i386-avx.exp: check float contents of %ymm5
PASS -> FAIL: gdb.arch/i386-avx.exp: check int8 contents of %ymm5
PASS -> FAIL: gdb.arch/i386-avx.exp: check float contents of %ymm6
PASS -> FAIL: gdb.arch/i386-avx.exp: check int8 contents of %ymm6
PASS -> FAIL: gdb.arch/i386-avx.exp: check float contents of %ymm7
PASS -> FAIL: gdb.arch/i386-avx.exp: check int8 contents of %ymm7
PASS -> FAIL: gdb.arch/i386-avx.exp: check contents of data[0]
PASS -> FAIL: gdb.arch/i386-avx.exp: check contents of data[1]
PASS -> FAIL: gdb.arch/i386-avx.exp: check contents of data[2]
PASS -> FAIL: gdb.arch/i386-avx.exp: check contents of data[3]
PASS -> FAIL: gdb.arch/i386-avx.exp: check contents of data[4]
PASS -> FAIL: gdb.arch/i386-avx.exp: check contents of data[5]
PASS -> FAIL: gdb.arch/i386-avx.exp: check contents of data[6]
PASS -> FAIL: gdb.arch/i386-avx.exp: check contents of data[7]
PASS -> FAIL: gdb.arch/i386-bp_permanent.exp: single-step past permanent breakpoint
PASS -> FAIL: gdb.arch/i386-byte.exp: check contents of %al
PASS -> FAIL: gdb.arch/i386-byte.exp: check contents of %ah
PASS -> FAIL: gdb.arch/i386-byte.exp: check contents of %bl
PASS -> FAIL: gdb.arch/i386-byte.exp: check contents of %bh
PASS -> FAIL: gdb.arch/i386-byte.exp: check contents of %cl
PASS -> FAIL: gdb.arch/i386-byte.exp: check contents of %ch
PASS -> FAIL: gdb.arch/i386-byte.exp: check contents of %dl
PASS -> FAIL: gdb.arch/i386-byte.exp: check contents of %dh
new FAIL: gdb.arch/i386-disp-step.exp: can't run to main
PASS -> FAIL: gdb.arch/i386-float.exp: zero: info float
PASS -> FAIL: gdb.arch/i386-float.exp: val: info float
PASS -> FAIL: gdb.arch/i386-float.exp: smallval: info float
PASS -> FAIL: gdb.arch/i386-float.exp: bigval: info float
PASS -> FAIL: gdb.arch/i386-gnu-cfi.exp: existence of the CFI inserted register
PASS -> FAIL: gdb.arch/i386-mpx-call.exp: check whether processor supports MPX
new FAIL: gdb.arch/i386-mpx-call.exp: continue to breakpoint: bkpt 1.
new FAIL: gdb.arch/i386-mpx-call.exp: default_run: store bnd0 register in a convenience variable
new FAIL: gdb.arch/i386-mpx-call.exp: default_run: default inferior call
new FAIL: gdb.arch/i386-mpx-call.exp: default_run: bnd register value after and before call
new FAIL: gdb.arch/i386-mpx-call.exp: verify_default_values: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: verify_default_values: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: verify_default_values: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: verify_default_values: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: verify_default_values: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: verify_default_values: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: verify_default_values: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: verify_default_values: inferior call test
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: $bnd0 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: $bnd0 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd0: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: $bnd1 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: $bnd1 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd1: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: $bnd2 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: $bnd2 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd2: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: $bnd3 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: $bnd3 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: upper_bnd3: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: $bnd0 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: $bnd0 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd0: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: $bnd1 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: $bnd1 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd1: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: $bnd2 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: $bnd2 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd2: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: $bnd3 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: $bnd3 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: lower_bnd3: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: $bnd0 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: $bnd0 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: chars_up: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: $bnd0 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: $bnd0 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low: return from the fault
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: bndcfgu should not change
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: bndstatus should not change
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: inferior call stopped
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: $bnd0raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: $bnd1raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: $bnd2raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: $bnd3raw
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: $bnd0 lower bound set
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: $bnd0 upper bound set
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: continue to a bnd violation
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: access only one position
new FAIL: gdb.arch/i386-mpx-call.exp: chars_low_adhoc_parm: return from the fault
PASS -> FAIL: gdb.arch/i386-mpx.exp: probe MPX support
PASS -> FAIL: gdb.arch/i386-mpx-map.exp: probe MPX support
new FAIL: gdb.arch/i386-mpx-sigsegv.exp: have mpx
new FAIL: gdb.arch/i386-mpx-sigsegv.exp: MPX signal segv Upper: 0
new FAIL: gdb.arch/i386-mpx-sigsegv.exp: MPX signal segv Lower: 0
new FAIL: gdb.arch/i386-mpx-simple_segv.exp: have mpx
new FAIL: gdb.arch/i386-mpx-simple_segv.exp: print pass stop: display
new FAIL: gdb.arch/i386-mpx-simple_segv.exp: print pass stop: should be in upper
new FAIL: gdb.arch/i386-mpx-simple_segv.exp: print pass nostop: display
new FAIL: gdb.arch/i386-mpx-simple_segv.exp: print nopass stop: display
new FAIL: gdb.arch/i386-mpx-simple_segv.exp: print nopass stop: should be in upper
PASS -> FAIL: gdb.arch/i386-pkru.exp: probe PKRU support
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue to standard
PASS -> FAIL: gdb.arch/i386-prologue.exp: saved registers in standard
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue to stack_align_ecx + 7
PASS -> FAIL: gdb.arch/i386-prologue.exp: first backtrace in stack_align_ecx
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue in stack_align_ecx
PASS -> FAIL: gdb.arch/i386-prologue.exp: second backtrace in stack_align_ecx
PASS -> FAIL: gdb.arch/i386-prologue.exp: saved registers in stack_align_ecx
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue to stack_align_edx + 7
PASS -> FAIL: gdb.arch/i386-prologue.exp: first backtrace in stack_align_edx
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue in stack_align_edx
PASS -> FAIL: gdb.arch/i386-prologue.exp: second backtrace in stack_align_edx
PASS -> FAIL: gdb.arch/i386-prologue.exp: saved registers in stack_align_edx
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue to stack_align_eax + 7
PASS -> FAIL: gdb.arch/i386-prologue.exp: first backtrace in stack_align_eax
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue in stack_align_eax
PASS -> FAIL: gdb.arch/i386-prologue.exp: second backtrace in stack_align_eax
PASS -> FAIL: gdb.arch/i386-prologue.exp: saved registers in stack_align_eax
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue to gdb1253
PASS -> FAIL: gdb.arch/i386-prologue.exp: backtrace in gdb1253
PASS -> FAIL: gdb.arch/i386-prologue.exp: saved registers in gdb1253
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue to gdb1718
PASS -> FAIL: gdb.arch/i386-prologue.exp: backtrace in gdb1718
PASS -> FAIL: gdb.arch/i386-prologue.exp: continue to gdb1338
PASS -> FAIL: gdb.arch/i386-prologue.exp: backtrace in gdb1338
PASS -> FAIL: gdb.arch/i386-prologue.exp: saved registers in gdb1338
PASS -> FAIL: gdb.arch/i386-size.exp: run past main
PASS -> FAIL: gdb.arch/i386-size-overlap.exp: run past main
PASS -> FAIL: gdb.arch/i386-sse.exp: check whether processor supports SSE
PASS -> FAIL: gdb.arch/i386-sse.exp: check float contents of %xmm0
PASS -> FAIL: gdb.arch/i386-sse.exp: check int8 contents of %xmm0
PASS -> FAIL: gdb.arch/i386-sse.exp: check float contents of %xmm1
PASS -> FAIL: gdb.arch/i386-sse.exp: check int8 contents of %xmm1
PASS -> FAIL: gdb.arch/i386-sse.exp: check float contents of %xmm2
PASS -> FAIL: gdb.arch/i386-sse.exp: check int8 contents of %xmm2
PASS -> FAIL: gdb.arch/i386-sse.exp: check float contents of %xmm3
PASS -> FAIL: gdb.arch/i386-sse.exp: check int8 contents of %xmm3
PASS -> FAIL: gdb.arch/i386-sse.exp: check float contents of %xmm4
PASS -> FAIL: gdb.arch/i386-sse.exp: check int8 contents of %xmm4
PASS -> FAIL: gdb.arch/i386-sse.exp: check float contents of %xmm5
PASS -> FAIL: gdb.arch/i386-sse.exp: check int8 contents of %xmm5
PASS -> FAIL: gdb.arch/i386-sse.exp: check float contents of %xmm6
PASS -> FAIL: gdb.arch/i386-sse.exp: check int8 contents of %xmm6
PASS -> FAIL: gdb.arch/i386-sse.exp: check float contents of %xmm7
PASS -> FAIL: gdb.arch/i386-sse.exp: check int8 contents of %xmm7
PASS -> FAIL: gdb.arch/i386-sse.exp: check contents of data[0]
PASS -> FAIL: gdb.arch/i386-sse.exp: check contents of data[1]
PASS -> FAIL: gdb.arch/i386-sse.exp: check contents of data[2]
PASS -> FAIL: gdb.arch/i386-sse.exp: check contents of data[3]
PASS -> FAIL: gdb.arch/i386-sse.exp: check contents of data[4]
PASS -> FAIL: gdb.arch/i386-sse.exp: check contents of data[5]
PASS -> FAIL: gdb.arch/i386-sse.exp: check contents of data[6]
PASS -> FAIL: gdb.arch/i386-sse.exp: check contents of data[7]
PASS -> FAIL: gdb.arch/i386-sse-stack-align.exp: print
PASS -> FAIL: gdb.arch/i386-unwind.exp: run past gdb1435
PASS -> FAIL: gdb.arch/i386-word.exp: check contents of %ax
PASS -> FAIL: gdb.arch/i386-word.exp: check contents of %bx
PASS -> FAIL: gdb.arch/i386-word.exp: check contents of %cx
PASS -> FAIL: gdb.arch/i386-word.exp: check contents of %dx
PASS -> FAIL: gdb.base/all-bin.exp: set v_char=0
PASS -> FAIL: gdb.base/all-bin.exp: set v_double=0
PASS -> FAIL: gdb.base/all-bin.exp: set v_unsigned_long=0
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_char
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_short
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_signed_char
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_unsigned_char
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_signed_short
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_unsigned_short
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_signed_int
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_unsigned_int
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_long
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_signed_long
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_unsigned_long
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_float
PASS -> FAIL: gdb.base/all-bin.exp: print value of v_int&&v_double
PASS -> FAIL: gdb.base/arithmet.exp: set variable x=14
PASS -> FAIL: gdb.base/arithmet.exp: set variable y=2
PASS -> FAIL: gdb.base/arithmet.exp: set variable z=2
PASS -> FAIL: gdb.base/arithmet.exp: set variable w=3
PASS -> FAIL: gdb.base/arithmet.exp: print x
PASS -> FAIL: gdb.base/arithmet.exp: print y
PASS -> FAIL: gdb.base/arithmet.exp: print z
PASS -> FAIL: gdb.base/arithmet.exp: print w
PASS -> FAIL: gdb.base/arithmet.exp: print x+y
PASS -> FAIL: gdb.base/arithmet.exp: print x-y
PASS -> FAIL: gdb.base/arithmet.exp: print x*y
PASS -> FAIL: gdb.base/arithmet.exp: print x/y
PASS -> FAIL: gdb.base/arithmet.exp: print x+y+z
PASS -> FAIL: gdb.base/arithmet.exp: print x-y-z
PASS -> FAIL: gdb.base/arithmet.exp: print x*y*z
PASS -> FAIL: gdb.base/arithmet.exp: print x/y/z
PASS -> FAIL: gdb.base/arithmet.exp: set variable x=10
PASS -> FAIL: gdb.base/arithmet.exp: set variable y=4
PASS -> FAIL: gdb.base/arithmet.exp: print x+y-z
PASS -> FAIL: gdb.base/arithmet.exp: print x+y*z
PASS -> FAIL: gdb.base/arithmet.exp: print x+y%w
PASS -> FAIL: gdb.base/arithmet.exp: print x+y/w
PASS -> FAIL: gdb.base/arithmet.exp: print x-y*z
PASS -> FAIL: gdb.base/arithmet.exp: print x-y%z
PASS -> FAIL: gdb.base/arithmet.exp: print x-y/z
PASS -> FAIL: gdb.base/arithmet.exp: print x*y/z
PASS -> FAIL: gdb.base/arithmet.exp: print x*y%w
PASS -> FAIL: gdb.base/arithmet.exp: print x/y%w
PASS -> FAIL: gdb.base/arithmet.exp: print x-
PASS -> FAIL: gdb.base/arithmet.exp: print
PASS -> FAIL: gdb.base/assign.exp: v_int=57
PASS -> FAIL: gdb.base/assign.exp: set v_int to 6
PASS -> FAIL: gdb.base/assign.exp: v_int+=57
PASS -> FAIL: gdb.base/assign.exp: v_int-=57
PASS -> FAIL: gdb.base/assign.exp: v_int*=5
PASS -> FAIL: gdb.base/assign.exp: v_int/=4
PASS -> FAIL: gdb.base/assign.exp: v_int%=4
PASS -> FAIL: gdb.base/assign.exp: v_int+=char
PASS -> FAIL: gdb.base/assign.exp: v_int+=signed_char
PASS -> FAIL: gdb.base/assign.exp: v_int+=unsigned_char
PASS -> FAIL: gdb.base/assign.exp: v_int+=short
PASS -> FAIL: gdb.base/assign.exp: v_int+=signed_short
PASS -> FAIL: gdb.base/assign.exp: v_int=+unsigned_short
PASS -> FAIL: gdb.base/assign.exp: v_int+=signed_int
PASS -> FAIL: gdb.base/assign.exp: v_int+=unsigned_int
PASS -> FAIL: gdb.base/assign.exp: v_int+=long
PASS -> FAIL: gdb.base/assign.exp: v_int+=signed_long
PASS -> FAIL: gdb.base/assign.exp: v_int+=unsigned_long
PASS -> FAIL: gdb.base/assign.exp: v_int+=v_float
PASS -> FAIL: gdb.base/assign.exp: v_int+=double
PASS -> FAIL: gdb.base/async.exp: finish&
PASS -> FAIL: gdb.base/async.exp: jump&
PASS -> FAIL: gdb.base/async.exp: until&
PASS -> FAIL: gdb.base/auxv.exp: gcore
PASS -> FAIL: gdb.base/bfp-test.exp: try to change b32 to -1.5 with 'print b32=-1.5f'
PASS -> FAIL: gdb.base/bfp-test.exp: try to change b64 to -2.25 with 'print b64=-2.25f'
PASS -> FAIL: gdb.base/bfp-test.exp: try to change b128 to -3.375 with 'print b128=-3.375l'
PASS -> FAIL: gdb.base/bfp-test.exp: the value of b32 is changed to 10.5
PASS -> FAIL: gdb.base/bfp-test.exp: the value of b64 is changed to 20.25
PASS -> FAIL: gdb.base/bfp-test.exp: the value of b128 is changed to 30.375
PASS -> FAIL: gdb.base/bfp-test.exp: set variable b32 = 100.5a
PASS -> FAIL: gdb.base/bfp-test.exp: set variable b64 = 200.25x
PASS -> FAIL: gdb.base/bfp-test.exp: set variable b128 = 300.375fl
PASS -> FAIL: gdb.base/bfp-test.exp: set variable b128 = 300.375fff
PASS -> FAIL: gdb.base/bitfields2.exp: set long long unsigned bitfield
PASS -> FAIL: gdb.base/bitfields2.exp: set long long signed bitfield positive
PASS -> FAIL: gdb.base/bitfields2.exp: long long bitfield values after set
PASS -> FAIL: gdb.base/bitfields2.exp: long long bitfield values after set negative
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: setup: write addr_bp
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: setup: write addr_after_bp
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: setup: next over setup
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: permanent breakpoint causes random signal
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: p $prev_counter = counter
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: stop at permanent breakpoint twice
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: p counter - $prev_counter
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: info breakpoints show enabled breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: info breakpoints shows disabled breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: disabled permanent breakpoint doesn't explain stop
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: info breakpoints still shows same number of hits
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: breakpoint commands didn't run
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: stop at permanent breakpoint thrice
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: info breakpoints shows one more hit
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: breakpoint commands ran
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: basics: single-step past permanent breakpoint
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: next trips on permanent bp: setting breakpoint at test_next
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: next trips on permanent bp: continue to breakpoint: test_next
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: next trips on permanent bp: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: next trips on permanent bp: next
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: continue trips on nested permanent bp: setting breakpoint at test_signal_nested
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: continue trips on nested permanent bp: continue to breakpoint: test_signal_nested
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: continue trips on nested permanent bp: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: continue trips on nested permanent bp: continue to breakpoint: permanent bp
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: continue trips on nested permanent bp: setting breakpoint at test_signal_nested_done
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: continue trips on nested permanent bp: continue to breakpoint: test_signal_nested_done
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: continue trips on nested permanent bp: p counter
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with handler: setting breakpoint at test_signal_with_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with handler: continue to breakpoint: test_signal_with_handler
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with handler: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with handler: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with handler: single-step to handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with handler: up to mainline code
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with handler: mainline pc points at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with handler: stop at permanent breakpoint, out of handler
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with no handler: setting breakpoint at test_signal_no_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with no handler: continue to breakpoint: test_signal_no_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with no handler: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=0: stepi signal with no handler: single-step past permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: setup: write addr_bp
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: setup: write addr_after_bp
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: setup: next over setup
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: permanent breakpoint causes random signal
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: p $prev_counter = counter
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: stop at permanent breakpoint twice
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: p counter - $prev_counter
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: info breakpoints show enabled breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: info breakpoints shows disabled breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: disabled permanent breakpoint doesn't explain stop
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: info breakpoints still shows same number of hits
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: breakpoint commands didn't run
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: stop at permanent breakpoint thrice
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: info breakpoints shows one more hit
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: breakpoint commands ran
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: basics: single-step past permanent breakpoint
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: next trips on permanent bp: setting breakpoint at test_next
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: next trips on permanent bp: continue to breakpoint: test_next
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: next trips on permanent bp: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: next trips on permanent bp: next
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: continue trips on nested permanent bp: setting breakpoint at test_signal_nested
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: continue trips on nested permanent bp: continue to breakpoint: test_signal_nested
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: continue trips on nested permanent bp: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: continue trips on nested permanent bp: continue to breakpoint: permanent bp
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: continue trips on nested permanent bp: setting breakpoint at test_signal_nested_done
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: continue trips on nested permanent bp: continue to breakpoint: test_signal_nested_done
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: continue trips on nested permanent bp: p counter
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with handler: setting breakpoint at test_signal_with_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with handler: continue to breakpoint: test_signal_with_handler
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with handler: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with handler: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with handler: single-step to handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with handler: up to mainline code
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with handler: mainline pc points at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with handler: stop at permanent breakpoint, out of handler
new FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with no handler: setting breakpoint at test_signal_no_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with no handler: continue to breakpoint: test_signal_no_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with no handler: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=off, sw_watchpoint=1: stepi signal with no handler: single-step past permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: setup: write addr_bp
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: setup: write addr_after_bp
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: setup: next over setup
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: permanent breakpoint causes random signal
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: p $prev_counter = counter
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: stop at permanent breakpoint twice
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: p counter - $prev_counter
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: info breakpoints show enabled breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: info breakpoints shows disabled breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: disabled permanent breakpoint doesn't explain stop
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: info breakpoints still shows same number of hits
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: breakpoint commands didn't run
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: stop at permanent breakpoint thrice
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: info breakpoints shows one more hit
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: breakpoint commands ran
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: basics: single-step past permanent breakpoint
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: next trips on permanent bp: setting breakpoint at test_next
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: next trips on permanent bp: continue to breakpoint: test_next
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: next trips on permanent bp: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: next trips on permanent bp: next
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: continue trips on nested permanent bp: setting breakpoint at test_signal_nested
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: continue trips on nested permanent bp: continue to breakpoint: test_signal_nested
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: continue trips on nested permanent bp: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: continue trips on nested permanent bp: continue to breakpoint: permanent bp
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: continue trips on nested permanent bp: setting breakpoint at test_signal_nested_done
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: continue trips on nested permanent bp: continue to breakpoint: test_signal_nested_done
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: continue trips on nested permanent bp: p counter
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with handler: setting breakpoint at test_signal_with_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with handler: continue to breakpoint: test_signal_with_handler
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with handler: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with handler: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with handler: single-step to handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with handler: up to mainline code
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with handler: mainline pc points at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with handler: stop at permanent breakpoint, out of handler
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with no handler: setting breakpoint at test_signal_no_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with no handler: continue to breakpoint: test_signal_no_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with no handler: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=0: stepi signal with no handler: single-step past permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: setup: write addr_bp
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: setup: write addr_after_bp
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: setup: next over setup
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: permanent breakpoint causes random signal
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: p $prev_counter = counter
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: stop at permanent breakpoint twice
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: p counter - $prev_counter
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: info breakpoints show enabled breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: info breakpoints shows disabled breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: disabled permanent breakpoint doesn't explain stop
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: info breakpoints still shows same number of hits
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: breakpoint commands didn't run
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: stop at permanent breakpoint thrice
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: info breakpoints shows one more hit
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: breakpoint commands ran
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: basics: single-step past permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: next trips on permanent bp: continue to breakpoint: test_next
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: next trips on permanent bp: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: next trips on permanent bp: next
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: continue trips on nested permanent bp: setting breakpoint at test_signal_nested
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: continue trips on nested permanent bp: continue to breakpoint: test_signal_nested
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: continue trips on nested permanent bp: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: continue trips on nested permanent bp: continue to breakpoint: permanent bp
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: continue trips on nested permanent bp: setting breakpoint at test_signal_nested_done
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: continue trips on nested permanent bp: continue to breakpoint: test_signal_nested_done
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: continue trips on nested permanent bp: p counter
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with handler: setting breakpoint at test_signal_with_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with handler: continue to breakpoint: test_signal_with_handler
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with handler: setting breakpoint at 48
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with handler: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with handler: single-step to handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with handler: up to mainline code
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with handler: mainline pc points at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with handler: stop at permanent breakpoint, out of handler
new FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with no handler: setting breakpoint at test_signal_no_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with no handler: continue to breakpoint: test_signal_no_handler
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with no handler: stop at permanent breakpoint
PASS -> FAIL: gdb.base/bp-permanent.exp: always_inserted=on, sw_watchpoint=1: stepi signal with no handler: single-step past permanent breakpoint
PASS -> FAIL: gdb.base/break-always.exp: read back 0 from the breakpoint's address
PASS -> FAIL: gdb.base/break-always.exp: read back 1 from the breakpoint's address
PASS -> FAIL: gdb.base/break-always.exp: continue to breakpoint: bar
PASS -> FAIL: gdb.base/break.exp: hit breakpoint on called function
PASS -> FAIL: gdb.base/break.exp: backtrace while in called function
PASS -> FAIL: gdb.base/break.exp: finish from called function
PASS -> FAIL: gdb.base/break-fun-addr.exp: break-fun-addr2: p $pc == main
PASS -> FAIL: gdb.base/break-idempotent.exp: always-inserted off: break: file $binfile
new FAIL: gdb.base/break-idempotent.exp: always-inserted off: hbreak: can't run to main
PASS -> FAIL: gdb.base/break-idempotent.exp: always-inserted off: watch: file $binfile
new FAIL: gdb.base/break-idempotent.exp: always-inserted off: rwatch: can't run to main
PASS -> FAIL: gdb.base/break-idempotent.exp: always-inserted off: awatch: file $binfile
new FAIL: gdb.base/break-idempotent.exp: always-inserted on: break: can't run to main
PASS -> FAIL: gdb.base/break-idempotent.exp: always-inserted on: hbreak: file $binfile
new FAIL: gdb.base/break-idempotent.exp: always-inserted on: watch: can't run to main
PASS -> FAIL: gdb.base/break-idempotent.exp: always-inserted on: rwatch: file $binfile
new FAIL: gdb.base/break-idempotent.exp: always-inserted on: awatch: can't run to main
PASS -> FAIL: gdb.base/break-main-file-remove-fail.exp: cmdline: get integer valueof "
PASS -> FAIL: gdb.base/break-main-file-remove-fail.exp: file: get integer valueof "
PASS -> FAIL: gdb.base/break-probes.exp: call
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted off: break: file
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted off: break: breakpoint is disabled
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted off: break: file $binfile
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted off: hbreak: file
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted off: hbreak: breakpoint is disabled
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted off: hbreak: file $binfile
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted on: break: file
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted on: break: breakpoint is disabled
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted on: break: file $binfile
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted on: hbreak: file
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted on: hbreak: breakpoint is disabled
PASS -> FAIL: gdb.base/break-unload-file.exp: cmdline: always-inserted on: hbreak: file $binfile
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted off: break: file
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted off: break: breakpoint is disabled
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted off: break: file $binfile
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted off: hbreak: file
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted off: hbreak: breakpoint is disabled
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted off: hbreak: file $binfile
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted on: break: file
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted on: break: breakpoint is disabled
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted on: break: file $binfile
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted on: hbreak: file
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted on: hbreak: breakpoint is disabled
PASS -> FAIL: gdb.base/break-unload-file.exp: file: always-inserted on: hbreak: file $binfile
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_double_array
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_char_array
PASS -> FAIL: gdb.base/call-ar-st.exp: print sum_array_print
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_array_rep
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_small_structs
PASS -> FAIL: gdb.base/call-ar-st.exp: print compute_with_small_structs
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_ten_doubles
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_small_structs from print_long_arg_list
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_bit_flags_combo
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_long_arg_list
PASS -> FAIL: gdb.base/call-ar-st.exp: print sum_struct_print
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_struct_rep
PASS -> FAIL: gdb.base/call-ar-st.exp: print print_one_large_struct
PASS -> FAIL: gdb.base/callexit.exp: inferior function call terminated program
PASS -> FAIL: gdb.base/callfuncs.exp: p t_char_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_short_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_int_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_long_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_float_values
PASS -> FAIL: gdb.base/callfuncs.exp: p
PASS -> FAIL: gdb.base/callfuncs.exp: p t_float_values2
PASS -> FAIL: gdb.base/callfuncs.exp: call function with many float arguments.
PASS -> FAIL: gdb.base/callfuncs.exp: p t_small_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_double_values
PASS -> FAIL: gdb.base/callfuncs.exp: call function with many double arguments.
PASS -> FAIL: gdb.base/callfuncs.exp: p t_double_int
PASS -> FAIL: gdb.base/callfuncs.exp: p t_int_double
PASS -> FAIL: gdb.base/callfuncs.exp: p t_float_complex_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_float_complex_many_args
PASS -> FAIL: gdb.base/callfuncs.exp: p t_double_complex_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_double_complex_many_args
PASS -> FAIL: gdb.base/callfuncs.exp: p t_long_double_complex_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_long_double_complex_many_args
PASS -> FAIL: gdb.base/callfuncs.exp: p t_string_values
PASS -> FAIL: gdb.base/callfuncs.exp: p t_char_array_values
PASS -> FAIL: gdb.base/callfuncs.exp: p doubleit
PASS -> FAIL: gdb.base/callfuncs.exp: p add
PASS -> FAIL: gdb.base/callfuncs.exp: p t_func_values
PASS -> FAIL: gdb.base/callfuncs.exp: p function_struct.func
PASS -> FAIL: gdb.base/callfuncs.exp: p function_struct_ptr->func
PASS -> FAIL: gdb.base/callfuncs.exp: p t_call_add
PASS -> FAIL: gdb.base/callfuncs.exp: p t_enum_value1
PASS -> FAIL: gdb.base/callfuncs.exp: p t_enum_value2
PASS -> FAIL: gdb.base/callfuncs.exp: p sum_args
PASS -> FAIL: gdb.base/callfuncs.exp: p sum10
PASS -> FAIL: gdb.base/callfuncs.exp: p cmp10
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns char
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns short
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns int
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns long
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns float
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns double
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns float _Complex
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns double _Complex
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns long double _Complex
PASS -> FAIL: gdb.base/callfuncs.exp: call inferior func with struct - returns char *
PASS -> FAIL: gdb.base/callfuncs.exp: stop at breakpoint in call dummy function
PASS -> FAIL: gdb.base/callfuncs.exp: bt after continuing from call dummy breakpoint
PASS -> FAIL: gdb.base/callfuncs.exp: call function causing a breakpoint then do a finish
PASS -> FAIL: gdb.base/callfuncs.exp: finish from call dummy breakpoint returns correct value
PASS -> FAIL: gdb.base/callfuncs.exp: call function causing a breakpoint and then do a return
PASS -> FAIL: gdb.base/callfuncs.exp: back at main after return from call dummy breakpoint
PASS -> FAIL: gdb.base/callfuncs.exp: stop at nested call level 1
PASS -> FAIL: gdb.base/callfuncs.exp: backtrace at nested call level 1
PASS -> FAIL: gdb.base/callfuncs.exp: stop at nested call level 2
PASS -> FAIL: gdb.base/callfuncs.exp: backtrace at nested call level 2
PASS -> FAIL: gdb.base/callfuncs.exp: stop at nested call level 3
PASS -> FAIL: gdb.base/callfuncs.exp: backtrace at nested call level 3
PASS -> FAIL: gdb.base/callfuncs.exp: stop at nested call level 4
PASS -> FAIL: gdb.base/callfuncs.exp: backtrace at nested call level 4
PASS -> FAIL: gdb.base/callfuncs.exp: Finish from nested call level 4
PASS -> FAIL: gdb.base/callfuncs.exp: backtrace after finish from nested call level 4
PASS -> FAIL: gdb.base/callfuncs.exp: Finish from nested call level 3
PASS -> FAIL: gdb.base/callfuncs.exp: backtrace after finish from nested call level 3
PASS -> FAIL: gdb.base/callfuncs.exp: Finish from nested call level 2
PASS -> FAIL: gdb.base/callfuncs.exp: backtrace after finish from nested call level 2
PASS -> FAIL: gdb.base/callfuncs.exp: Finish from nested call level 1
PASS -> FAIL: gdb.base/callfuncs.exp: print callfunc
PASS -> FAIL: gdb.base/callfuncs.exp: print *
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_char_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_short_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_int_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_long_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_float_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_float_values2
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call function with many float arguments.
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_small_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_double_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call function with many double arguments.
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_double_int
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_int_double
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_float_complex_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_float_complex_many_args
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_double_complex_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_double_complex_many_args
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_long_double_complex_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_long_double_complex_many_args
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_string_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_char_array_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p doubleit
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p add
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_func_values
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p function_struct.func
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p function_struct_ptr->func
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_call_add
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_enum_value1
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p t_enum_value2
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p sum_args
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p sum10
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: p cmp10
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns char
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns short
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns int
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns long
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns float
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns double
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns float _Complex
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns double _Complex
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns long double _Complex
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call inferior func with struct - returns char *
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: stop at breakpoint in call dummy function
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: bt after continuing from call dummy breakpoint
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call function causing a breakpoint then do a finish
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: finish from call dummy breakpoint returns correct value
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: call function causing a breakpoint and then do a return
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: back at main after return from call dummy breakpoint
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: stop at nested call level 1
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: backtrace at nested call level 1
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: stop at nested call level 2
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: backtrace at nested call level 2
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: stop at nested call level 3
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: backtrace at nested call level 3
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: stop at nested call level 4
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: backtrace at nested call level 4
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: Finish from nested call level 4
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: backtrace after finish from nested call level 4
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: Finish from nested call level 3
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: backtrace after finish from nested call level 3
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: Finish from nested call level 2
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: backtrace after finish from nested call level 2
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: Finish from nested call level 1
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: print callfunc
PASS -> FAIL: gdb.base/callfuncs.exp: noproto: print *
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_struct_rep
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_one_large_struct
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_one_double
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_two_floats
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_bit_flags_char
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_bit_flags_short
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_bit_flags
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_bit_flags_combo
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_three_chars
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_five_chars
PASS -> FAIL: gdb.base/call-rt-st.exp: print print_int_char_combo
PASS -> FAIL: gdb.base/call-sc.exp: p/c fun
PASS -> FAIL: gdb.base/call-sc.exp: call Fun
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-tc
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-tc
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-tc
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-tc
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-tc
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-ts
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-ts
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-ts
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-ts
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-ts
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-ti
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-ti
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-ti
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-ti
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-ti
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-tl
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-tl
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-tl
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-tl
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-tl
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-tll
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-tll
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-tll
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-tll
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-tll
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-tf
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-tf
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-tf
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-tf
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-tf
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-td
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-td
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-td
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-td
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-td
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-tld
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-tld
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-tld
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-tld
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-tld
PASS -> FAIL: gdb.base/call-sc.exp: p/c L; call call-sc-te
PASS -> FAIL: gdb.base/call-sc.exp: return foo; return call-sc-te
PASS -> FAIL: gdb.base/call-sc.exp: value foo returned; return call-sc-te
PASS -> FAIL: gdb.base/call-sc.exp: finish foo; return call-sc-te
PASS -> FAIL: gdb.base/call-sc.exp: value foo finished; return call-sc-te
PASS -> FAIL: gdb.base/call-signal-resume.exp: inferior function call signaled
PASS -> FAIL: gdb.base/call-strs.exp: print str_func1
PASS -> FAIL: gdb.base/call-strs.exp: call str_func1
PASS -> FAIL: gdb.base/call-strs.exp: print str_func
PASS -> FAIL: gdb.base/call-strs.exp: call str_func
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=fork: exit-kind=exit: fork: continue to grandchild fork
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=fork: exit-kind=exit: fork: switch to parent
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=fork: exit-kind=exit: fork: continue
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=fork: exit-kind=kill: fork: continue to grandchild fork
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=fork: exit-kind=kill: fork: switch to parent
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=vfork: exit-kind=exit: vfork: continue to grandchild vfork
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=vfork: exit-kind=exit: vfork: switch to parent
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=vfork: exit-kind=exit: vfork: break grandparent_done
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=vfork: exit-kind=exit: vfork: continue
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=vfork: exit-kind=kill: vfork: continue to grandchild vfork
PASS -> FAIL: gdb.base/catch-fork-kill.exp: fork-kind=vfork: exit-kind=kill: vfork: switch to parent
PASS -> FAIL: gdb.base/catch-gdb-caused-signals.exp: print return_one
PASS -> FAIL: gdb.base/catch-gdb-caused-signals.exp: continue
PASS -> FAIL: gdb.base/catch-load.exp: plain load: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: plain load with stop-on-solib-events: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: rx load: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: rx load with stop-on-solib-events: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: non-matching load: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: non-matching load with stop-on-solib-events: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: plain unload: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: plain unload with stop-on-solib-events: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: rx unload: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: rx unload with stop-on-solib-events: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: non-matching unload: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-load.exp: non-matching unload with stop-on-solib-events: set var libname = "catch-load-so.so"
PASS -> FAIL: gdb.base/catch-syscall.exp: execve: set do_execve = 1
PASS -> FAIL: gdb.base/catch-syscall.exp: execve: catch syscall with arguments
PASS -> FAIL: gdb.base/catch-syscall.exp: execve: program has called execve
PASS -> FAIL: gdb.base/catch-syscall.exp: execve: syscall execve has returned
PASS -> FAIL: gdb.base/catch-syscall.exp: execve: continue to main
PASS -> FAIL: gdb.base/catch-syscall.exp: execve: continue until exit
PASS -> FAIL: gdb.base/charset.exp: assign String16 with prefix u
PASS -> FAIL: gdb.base/charset.exp: display String String16 with x/hs
PASS -> FAIL: gdb.base/charset.exp: assign String32 with prefix U
PASS -> FAIL: gdb.base/charset.exp: display String String32 with x/ws
PASS -> FAIL: gdb.base/charset.exp: assign String32 with prefix L
PASS -> FAIL: gdb.base/charset.exp: assign string to short array
PASS -> FAIL: gdb.base/charset.exp: assign string to int array
PASS -> FAIL: gdb.base/charset.exp: assign string to long array
PASS -> FAIL: gdb.base/commands.exp: progvar_simple_if_test: set value to 5
PASS -> FAIL: gdb.base/commands.exp: progvar_simple_if_test: #1
PASS -> FAIL: gdb.base/commands.exp: progvar_simple_if_test: #2
new FAIL: gdb.base/commands.exp: progvar_simple_while_test: cannot run to factorial
new FAIL: gdb.base/commands.exp: progvar_complex_if_while_test: cannot run to factorial
new FAIL: gdb.base/commands.exp: if_while_breakpoint_command_test: cannot run to factorial
new FAIL: gdb.base/commands.exp: infrun_breakpoint_command_test: cannot run to factorial
new FAIL: gdb.base/commands.exp: breakpoint_command_test: cannot run to factorial
PASS -> FAIL: gdb.base/commands.exp: user_defined_command_test: set foo
PASS -> FAIL: gdb.base/commands.exp: user_defined_command_test: execute user-defined command
PASS -> FAIL: gdb.base/commands.exp: user_defined_command_test: execute user-defined empty command
PASS -> FAIL: gdb.base/commands.exp: user_defined_command_case_sensitivity: execute command
PASS -> FAIL: gdb.base/commands.exp: user_defined_command_args_eval: execute command
PASS -> FAIL: gdb.base/commands.exp: user_defined_command_args_stack_test: execute command
PASS -> FAIL: gdb.base/commands.exp: user_defined_command_manyargs_test: execute command
new FAIL: gdb.base/commands.exp: watchpoint_command_test: cannot run to factorial
new FAIL: gdb.base/commands.exp: test_command_prompt_position: cannot run to factorial
PASS -> FAIL: gdb.base/commands.exp: deprecated_command_test: maintenance deprecate p "new_p" /1/
PASS -> FAIL: gdb.base/commands.exp: deprecated_command_test: deprecated warning goes away /1/
PASS -> FAIL: gdb.base/commands.exp: deprecated_command_test: maintenance deprecate p "new_p" /2/
PASS -> FAIL: gdb.base/commands.exp: deprecated_command_test: maintenance deprecate print "new_print"
PASS -> FAIL: gdb.base/commands.exp: deprecated_command_test: deprecated warning goes away /2/
PASS -> FAIL: gdb.base/commands.exp: deprecated_command_test: deprecate long command /1/
PASS -> FAIL: gdb.base/commands.exp: deprecated_command_test: deprecate long command /2/
PASS -> FAIL: gdb.base/commands.exp: bp_deleted_in_command_test: break factorial
PASS -> FAIL: gdb.base/commands.exp: bp_deleted_in_command_test: begin commands
PASS -> FAIL: gdb.base/commands.exp: bp_deleted_in_command_test: add clear command
PASS -> FAIL: gdb.base/commands.exp: bp_deleted_in_command_test: add printf command
PASS -> FAIL: gdb.base/commands.exp: bp_deleted_in_command_test: add cont command
PASS -> FAIL: gdb.base/commands.exp: bp_deleted_in_command_test: run factorial until breakpoint
PASS -> FAIL: gdb.base/condbreak-call-false.exp: c
PASS -> FAIL: gdb.base/cond-expr.exp: print value of cond expr
PASS -> FAIL: gdb.base/cond-expr.exp: set variable x=14
PASS -> FAIL: gdb.base/cond-expr.exp: set variable y=2
PASS -> FAIL: gdb.base/cond-expr.exp: set variable z=3
PASS -> FAIL: gdb.base/cond-expr.exp: set variable x=0
PASS -> FAIL: gdb.base/cond-expr.exp: print whatis of cond expr
new FAIL: gdb.base/continue-after-aborted-step-over.exp: displaced-stepping=on: run to main
PASS -> FAIL: gdb.base/coredump-filter.exp: save a corefile
PASS -> FAIL: gdb.base/dbx.exp: print first
PASS -> FAIL: gdb.base/dbx.exp: whereis my_list
PASS -> FAIL: gdb.base/dbx.exp: func sum
PASS -> FAIL: gdb.base/dbx.exp: stop in sum
PASS -> FAIL: gdb.base/dbx.exp: func print_average
PASS -> FAIL: gdb.base/debug-expr.exp: set variable array[0] = 0
PASS -> FAIL: gdb.base/debug-expr.exp: set variable array[1] = 1
PASS -> FAIL: gdb.base/debug-expr.exp: set variable array[2] = 2
PASS -> FAIL: gdb.base/debug-expr.exp: set variable array[3] = 3
PASS -> FAIL: gdb.base/debug-expr.exp: set debug expression 1
PASS -> FAIL: gdb.base/debug-expr.exp: print /x {char[4]} array
PASS -> FAIL: gdb.base/debug-expr.exp: string evaluation with debug expr
PASS -> FAIL: gdb.base/detach.exp: set should_exit, one
PASS -> FAIL: gdb.base/detach.exp: set should_exit, two
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=123.45df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=12345.df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=12345.67df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=1234567.df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=1.234567E0df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=1.234567E10df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=1.234567E+96df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=9.999999E96df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=1.0E-95df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=1.E-101df
PASS -> FAIL: gdb.base/dfp-test.exp: p d32=0.000001E-95df
PASS -> FAIL: gdb.base/dfp-test.exp: 1.2345678 is rounded to 1.234568
PASS -> FAIL: gdb.base/dfp-test.exp: 1.0E-101 is rounded to 1E-101
PASS -> FAIL: gdb.base/dfp-test.exp: 1.234567E+97 is Infinity
PASS -> FAIL: gdb.base/dfp-test.exp: 12345. is a valid number
PASS -> FAIL: gdb.base/dfp-test.exp: 12345 is an invalid number
PASS -> FAIL: gdb.base/dfp-test.exp: 1.23E is an invalid number
PASS -> FAIL: gdb.base/dfp-test.exp: 1.23E45A is an invalid number
PASS -> FAIL: gdb.base/dfp-test.exp: next after initializing d64
PASS -> FAIL: gdb.base/dfp-test.exp: d64 is initialized to 1.2345
PASS -> FAIL: gdb.base/dfp-test.exp: next after assigning builtin infinity to d64
PASS -> FAIL: gdb.base/dfp-test.exp: d64 is positive Infinity
PASS -> FAIL: gdb.base/dfp-test.exp: next after assigning negative builtin infinity to d64
PASS -> FAIL: gdb.base/dfp-test.exp: d64 is negative Infinity
PASS -> FAIL: gdb.base/dfp-test.exp: next after assigning builtin NaN to d64
PASS -> FAIL: gdb.base/dfp-test.exp: d64 is NaN
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=123.45dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=12345.dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=12345.67dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=1.234567890123456dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=1.234567890123456E10dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=1.234567890123456E100dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=1.234567890123456E384dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=9.999999999999999E384dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=1.E-383dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=1.E-398dd
PASS -> FAIL: gdb.base/dfp-test.exp: p d64=0.000000000000001E-383dd
PASS -> FAIL: gdb.base/dfp-test.exp: 1.2345678901234567 is rounded to 1.234567890123457
PASS -> FAIL: gdb.base/dfp-test.exp: d64=9.9999999999999999E384 is Infinity
PASS -> FAIL: gdb.base/dfp-test.exp: d64=1.234567890123456E385 is Infinity
PASS -> FAIL: gdb.base/dfp-test.exp: 12345dd is an invalid number
PASS -> FAIL: gdb.base/dfp-test.exp: next after initializing d128
PASS -> FAIL: gdb.base/dfp-test.exp: d128 is initialized to 1.2345
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=123.45dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=12345.dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=12345.67dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=1.234567890123456789012345678901234dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=1.234567890123456E10dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=1.234567890123456E100dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=1.234567890123456E1000dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=9.999999999999999999999999999999999E6144dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=1.E-6143dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=1.E-6176dl
PASS -> FAIL: gdb.base/dfp-test.exp: p d128=0.000000000000000000000000000000001E-6143dl
PASS -> FAIL: gdb.base/dfp-test.exp: 1.2345678901234567890123456789012345 is rounded to 1.234567890123456789012345678901234
PASS -> FAIL: gdb.base/dfp-test.exp: d128=1.234567890123456E6145 is Infinity
PASS -> FAIL: gdb.base/dfp-test.exp: 12345dl is an invalid number
PASS -> FAIL: gdb.base/dfp-test.exp: next after assigning builtin infinity to d128
PASS -> FAIL: gdb.base/dfp-test.exp: d128 is positive Infinity
PASS -> FAIL: gdb.base/dfp-test.exp: next after assigning negative builtin infinity to d128
PASS -> FAIL: gdb.base/dfp-test.exp: d128 is negative Infinity
PASS -> FAIL: gdb.base/dfp-test.exp: next after assigning builtin NaN to d128
PASS -> FAIL: gdb.base/dfp-test.exp: d128 is NaN
new FAIL: gdb.base/dfp-test.exp: setting breakpoint at arg0_32
PASS -> FAIL: gdb.base/dfp-test.exp: continue to breakpoint: entry to arg0_32
PASS -> FAIL: gdb.base/dfp-test.exp: backtrace at arg0_32
new FAIL: gdb.base/dfp-test.exp: setting breakpoint at arg0_64
PASS -> FAIL: gdb.base/dfp-test.exp: continue to breakpoint: entry to arg0_64
PASS -> FAIL: gdb.base/dfp-test.exp: backtrace at arg0_64
new FAIL: gdb.base/dfp-test.exp: setting breakpoint at arg0_128
PASS -> FAIL: gdb.base/dfp-test.exp: continue to breakpoint: entry to arg0_128
PASS -> FAIL: gdb.base/dfp-test.exp: backtrace at arg0_128
PASS -> FAIL: gdb.base/dfp-test.exp: call function with correct _Decimal32 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: backtrace function with correct _Decimal32 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: correct _Decimal32 return value from called function.
PASS -> FAIL: gdb.base/dfp-test.exp: call function with correct _Decimal64 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: backtrace function with correct _Decimal64 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: correct _Decimal64 return value from called function.
PASS -> FAIL: gdb.base/dfp-test.exp: call function with correct _Decimal128 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: backtrace function with correct _Decimal128 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: correct _Decimal128 return value from called function.
PASS -> FAIL: gdb.base/dfp-test.exp: Call function with mixed decimal float arguments TEST.
PASS -> FAIL: gdb.base/dfp-test.exp: Call function with mixed decimal float arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: Call function with many _Decimal32 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: Call function with many _Decimal64 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: Call function with many _Decimal128 arguments.
PASS -> FAIL: gdb.base/dfp-test.exp: Call function with many mixed decimal float arguments.
new FAIL: gdb.base/dfp-test.exp: setting breakpoint at 324
PASS -> FAIL: gdb.base/dfp-test.exp: continue to breakpoint: Setting a decimal struct
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec128
PASS -> FAIL: gdb.base/dfp-test.exp: print d32 + ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: print d64 + ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: print d128 + ds.dec128
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d64 + ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d128 + ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d128 + ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d64 + ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d128 + ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d128 + ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: p d32 + 1
PASS -> FAIL: gdb.base/dfp-test.exp: p 2 + d64
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.int4 + d128
PASS -> FAIL: gdb.base/dfp-test.exp: p d32 + ds.long8
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d32 + 1
PASS -> FAIL: gdb.base/dfp-test.exp: ptype ds.int4 + d128
PASS -> FAIL: gdb.base/dfp-test.exp: p !d32
PASS -> FAIL: gdb.base/dfp-test.exp: p !d64
PASS -> FAIL: gdb.base/dfp-test.exp: p !d128
PASS -> FAIL: gdb.base/dfp-test.exp: p +d32
PASS -> FAIL: gdb.base/dfp-test.exp: p +d64
PASS -> FAIL: gdb.base/dfp-test.exp: p +d128
PASS -> FAIL: gdb.base/dfp-test.exp: p d64 == d128
PASS -> FAIL: gdb.base/dfp-test.exp: p d128 == ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: p d128 == d32
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.dec32 == ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: p d32 < ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: p d64 < ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: p d128 < ds.dec128
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.dec32 < d32
PASS -> FAIL: gdb.base/dfp-test.exp: p d64 > ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.dec128 > d128
PASS -> FAIL: gdb.base/dfp-test.exp: p d32 < ds.int4
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.int4 > d32
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.dec32 < ds.int4
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.int4 > ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.dec128 > ds.int4
PASS -> FAIL: gdb.base/dfp-test.exp: p d64 + ds.float4
PASS -> FAIL: gdb.base/dfp-test.exp: p ds.double8 + d128
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec32=d32
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec64=d64
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec128=d128
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec32 = -d32
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec64 = -d64
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec128 = -d128
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.double8 = ds.dec64
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec64 = ds.float4
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec128 = -ds.double8
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec128 = ds.dec32
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.dec32 = ds.int4
PASS -> FAIL: gdb.base/dfp-test.exp: print ds.int4 = 7.3dl
PASS -> FAIL: gdb.base/dfp-test.exp: whatis
PASS -> FAIL: gdb.base/dfp-test.exp: ptype
PASS -> FAIL: gdb.base/dfp-test.exp: whatis v_d32_t
PASS -> FAIL: gdb.base/dfp-test.exp: ptype v_d32_t
PASS -> FAIL: gdb.base/dfp-test.exp: whatis v_d64_t
PASS -> FAIL: gdb.base/dfp-test.exp: ptype v_d64_t
PASS -> FAIL: gdb.base/dfp-test.exp: whatis v_d128_t
PASS -> FAIL: gdb.base/dfp-test.exp: ptype v_d128_t
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d32_t
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d32_t
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d64_t
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d64_t
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d128_t
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d128_t
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d32_t2
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d32_t2
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d64_t2
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d64_t2
PASS -> FAIL: gdb.base/dfp-test.exp: whatis d128_t2
PASS -> FAIL: gdb.base/dfp-test.exp: ptype d128_t2
PASS -> FAIL: gdb.base/display.exp: p p_i = 0x0
PASS -> FAIL: gdb.base/display.exp: display bad address
PASS -> FAIL: gdb.base/display.exp: p p_i = &i
PASS -> FAIL: gdb.base/display.exp: display good address
PASS -> FAIL: gdb.base/display.exp: watch off
PASS -> FAIL: gdb.base/display.exp: finish
PASS -> FAIL: gdb.base/display.exp: step
PASS -> FAIL: gdb.base/display.exp: tbreak in do_vars
PASS -> FAIL: gdb.base/display.exp: cont
PASS -> FAIL: gdb.base/display.exp: printf "%d%d",i
PASS -> FAIL: gdb.base/display.exp: re-set term
PASS -> FAIL: gdb.base/display.exp: printf "%p\n", 0
PASS -> FAIL: gdb.base/display.exp: printf "%p\n", 1
PASS -> FAIL: gdb.base/display.exp: print/k j
PASS -> FAIL: gdb.base/display.exp: debug test output 1
PASS -> FAIL: gdb.base/display.exp: debug test output 1a
PASS -> FAIL: gdb.base/display.exp: debug test output 2
PASS -> FAIL: gdb.base/display.exp: debug test output 2a
PASS -> FAIL: gdb.base/display.exp: debug test output 3
PASS -> FAIL: gdb.base/display.exp: x/0 j
PASS -> FAIL: gdb.base/display.exp: ignored s
PASS -> FAIL: gdb.base/display.exp: print/a &sum
PASS -> FAIL: gdb.base/display.exp: print/a main+4
PASS -> FAIL: gdb.base/display.exp: print/a $pc
PASS -> FAIL: gdb.base/display.exp: print/a &&j
PASS -> FAIL: gdb.base/dprintf.exp: call: printf: 1st dprintf
PASS -> FAIL: gdb.base/dprintf.exp: call: printf: 2nd dprintf
PASS -> FAIL: gdb.base/dprintf.exp: call: fprintf: 1st dprintf
PASS -> FAIL: gdb.base/dprintf.exp: call: fprintf: 2nd dprintf
new FAIL: gdb.base/dprintf-non-stop.exp: can't run to main
PASS -> FAIL: gdb.base/dump.exp: zero all
PASS -> FAIL: gdb.base/dump.exp: element 2 not changed - 1
PASS -> FAIL: gdb.base/dump.exp: element 4 not changed - 1
PASS -> FAIL: gdb.base/dump.exp: element 2 not changed - 2
PASS -> FAIL: gdb.base/dump.exp: element 4 not changed - 2
PASS -> FAIL: gdb.base/dump.exp: element 2 not changed - 3
PASS -> FAIL: gdb.base/dump.exp: element 4 not changed - 3
PASS -> FAIL: gdb.base/dump.exp: element 2 not changed - 4
PASS -> FAIL: gdb.base/dump.exp: element 4 not changed - 4
PASS -> FAIL: gdb.base/dump.exp: element 2 not changed, == 4
PASS -> FAIL: gdb.base/dump.exp: element 4 not changed, == 4
PASS -> FAIL: gdb.base/eu-strip-infcall.exp: infcall
PASS -> FAIL: gdb.base/eval-avoid-side-effects.exp: set variable x=42
PASS -> FAIL: gdb.base/eval-avoid-side-effects.exp: test sizeof side effects
PASS -> FAIL: gdb.base/eval-avoid-side-effects.exp: sizeof has no side effects
PASS -> FAIL: gdb.base/eval-avoid-side-effects.exp: test ptype side effects
PASS -> FAIL: gdb.base/eval-avoid-side-effects.exp: ptype has no side effects
PASS -> FAIL: gdb.base/eval-avoid-side-effects.exp: test whatis side effects
PASS -> FAIL: gdb.base/eval-avoid-side-effects.exp: whatis has no side effects
PASS -> FAIL: gdb.base/eval-skip.exp: set variable x=14
PASS -> FAIL: gdb.base/eval-skip.exp: set variable y=2
PASS -> FAIL: gdb.base/eval-skip.exp: set variable z=2
PASS -> FAIL: gdb.base/eval-skip.exp: set variable w=3
PASS -> FAIL: gdb.base/eval-skip.exp: print value of
PASS -> FAIL: gdb.base/execl-update-breakpoints.exp: always-inserted off: continue across exec
PASS -> FAIL: gdb.base/execl-update-breakpoints.exp: always-inserted on: continue across exec
PASS -> FAIL: gdb.base/execution-termios.exp: infcall: termios ok
PASS -> FAIL: gdb.base/execution-termios.exp: finish: termios ok
PASS -> FAIL: gdb.base/exprs.exp: print char ==
PASS -> FAIL: gdb.base/exprs.exp: print char !=
PASS -> FAIL: gdb.base/exprs.exp: print char <
PASS -> FAIL: gdb.base/exprs.exp: print char >
PASS -> FAIL: gdb.base/exprs.exp: print signed char ==
PASS -> FAIL: gdb.base/exprs.exp: print signed char !=
PASS -> FAIL: gdb.base/exprs.exp: print signed char <
PASS -> FAIL: gdb.base/exprs.exp: print signed char >
PASS -> FAIL: gdb.base/exprs.exp: print unsigned char ==
PASS -> FAIL: gdb.base/exprs.exp: print unsigned char !=
PASS -> FAIL: gdb.base/exprs.exp: print unsigned char <
PASS -> FAIL: gdb.base/exprs.exp: print unsigned char >
PASS -> FAIL: gdb.base/exprs.exp: print signed short ==
PASS -> FAIL: gdb.base/exprs.exp: print signed short !=
PASS -> FAIL: gdb.base/exprs.exp: print signed short <
PASS -> FAIL: gdb.base/exprs.exp: print signed short >
PASS -> FAIL: gdb.base/exprs.exp: print signed signed short ==
PASS -> FAIL: gdb.base/exprs.exp: print signed signed short !=
PASS -> FAIL: gdb.base/exprs.exp: print signed signed short <
PASS -> FAIL: gdb.base/exprs.exp: print signed signed short >
PASS -> FAIL: gdb.base/exprs.exp: print unsigned short ==
PASS -> FAIL: gdb.base/exprs.exp: print unsigned short !=
PASS -> FAIL: gdb.base/exprs.exp: print unsigned short <
PASS -> FAIL: gdb.base/exprs.exp: print unsigned short >
PASS -> FAIL: gdb.base/exprs.exp: print signed int ==
PASS -> FAIL: gdb.base/exprs.exp: print signed int !=
PASS -> FAIL: gdb.base/exprs.exp: print signed int <
PASS -> FAIL: gdb.base/exprs.exp: print signed int >
PASS -> FAIL: gdb.base/exprs.exp: print signed signed int ==
PASS -> FAIL: gdb.base/exprs.exp: print signed signed int !=
PASS -> FAIL: gdb.base/exprs.exp: print signed signed int <
PASS -> FAIL: gdb.base/exprs.exp: print signed signed int >
PASS -> FAIL: gdb.base/exprs.exp: print unsigned int ==
PASS -> FAIL: gdb.base/exprs.exp: print unsigned int !=
PASS -> FAIL: gdb.base/exprs.exp: print unsigned int <
PASS -> FAIL: gdb.base/exprs.exp: print unsigned int >
PASS -> FAIL: gdb.base/exprs.exp: print signed long ==
PASS -> FAIL: gdb.base/exprs.exp: print signed long !=
PASS -> FAIL: gdb.base/exprs.exp: print signed long <
PASS -> FAIL: gdb.base/exprs.exp: print signed long >
PASS -> FAIL: gdb.base/exprs.exp: print signed signed long ==
PASS -> FAIL: gdb.base/exprs.exp: print signed signed long !=
PASS -> FAIL: gdb.base/exprs.exp: print signed signed long <
PASS -> FAIL: gdb.base/exprs.exp: print signed signed long >
PASS -> FAIL: gdb.base/exprs.exp: print unsigned long ==
PASS -> FAIL: gdb.base/exprs.exp: print unsigned long !=
PASS -> FAIL: gdb.base/exprs.exp: print unsigned long <
PASS -> FAIL: gdb.base/exprs.exp: print unsigned long >
PASS -> FAIL: gdb.base/exprs.exp: set print symbol off
PASS -> FAIL: gdb.base/exprs.exp: print
new FAIL: gdb.base/exprs.exp: sizeof long long > sizeof long
new FAIL: gdb.base/find.exp: set *
PASS -> FAIL: gdb.base/find.exp: find string pattern
PASS -> FAIL: gdb.base/find.exp: pattern not found at end of range
PASS -> FAIL: gdb.base/find.exp: pattern found at end of range
PASS -> FAIL: gdb.base/find.exp: max-count
PASS -> FAIL: gdb.base/find.exp: $_
PASS -> FAIL: gdb.base/find.exp: $numfound
PASS -> FAIL: gdb.base/find.exp: size,max-count, /1b
PASS -> FAIL: gdb.base/find.exp: size,max-count, /b1
PASS -> FAIL: gdb.base/find.exp: size,max-count, /b/1
PASS -> FAIL: gdb.base/find.exp: size,max-count, /1/b
PASS -> FAIL: gdb.base/find.exp: find byte pattern with end address
new FAIL: gdb.base/find.exp: set int16_search_buf[10] = 0x1234
PASS -> FAIL: gdb.base/find.exp: find 16-bit pattern
new FAIL: gdb.base/find.exp: set int32_search_buf[10] = 0x12345678
PASS -> FAIL: gdb.base/find.exp: find 32-bit pattern
new FAIL: gdb.base/find.exp: set int64_search_buf[10] = 0xfedcba9876543210LL
PASS -> FAIL: gdb.base/find.exp: find 64-bit pattern
PASS -> FAIL: gdb.base/find.exp: find mixed-sized pattern
PASS -> FAIL: gdb.base/find.exp: search spanning large range
PASS -> FAIL: gdb.base/find.exp: find pattern straddling chunk boundary
PASS -> FAIL: gdb.base/find.exp: find int64_search_buf, +64/8*100, int64_search_buf
PASS -> FAIL: gdb.base/finish.exp: finish from char_func
PASS -> FAIL: gdb.base/finish.exp: finish from short_func
PASS -> FAIL: gdb.base/finish.exp: finish from int_func
PASS -> FAIL: gdb.base/finish.exp: finish from long_func
PASS -> FAIL: gdb.base/finish.exp: finish from long_long_func
PASS -> FAIL: gdb.base/finish.exp: finish from float_func
PASS -> FAIL: gdb.base/finish.exp: finish from double_func
new FAIL: gdb.base/finish.exp: running to int_func
PASS -> FAIL: gdb.base/float128.exp: try to change ld to -1.375 with 'print ld=-1.375l'
PASS -> FAIL: gdb.base/float128.exp: try to change f128 to -2.375 with 'print f128=-2.375l'
PASS -> FAIL: gdb.base/float128.exp: the value of ld is changed to 10.375
PASS -> FAIL: gdb.base/float128.exp: the value of f128 is changed to 20.375
PASS -> FAIL: gdb.base/float.exp: info float
PASS -> FAIL: gdb.base/float.exp: finish
PASS -> FAIL: gdb.base/floatn.exp: try to change f32 to -1.5 with 'print f32=-1.5'
PASS -> FAIL: gdb.base/floatn.exp: try to change f64 to -2.25 with 'print f64=-2.25'
PASS -> FAIL: gdb.base/floatn.exp: try to change f128 to -3.375 with 'print f128=-3.375'
PASS -> FAIL: gdb.base/floatn.exp: try to change f32x to -10.5 with 'print f32=-1.5x'
PASS -> FAIL: gdb.base/floatn.exp: try to change f64x to -20.25 with 'print f64=-2.25x'
PASS -> FAIL: gdb.base/floatn.exp: the value of f32 is changed to 10.5
PASS -> FAIL: gdb.base/floatn.exp: the value of f64 is changed to 20.25
PASS -> FAIL: gdb.base/floatn.exp: the value of f128 is changed to 30.375
PASS -> FAIL: gdb.base/floatn.exp: the value of f32x is changed to 100.5
PASS -> FAIL: gdb.base/floatn.exp: the value of f64x is changed to 200.25
PASS -> FAIL: gdb.base/floatn.exp: the original value of c32 is 1.5 + 1 * I
PASS -> FAIL: gdb.base/floatn.exp: the original value of c64 is 2.25 + 1 * I
PASS -> FAIL: gdb.base/floatn.exp: the original value of c128 is 3.375 + 1 * I
PASS -> FAIL: gdb.base/floatn.exp: the original value of c32x is 10.5 + 1 * I
PASS -> FAIL: gdb.base/floatn.exp: the original value of c64x is 20.25 + 1 * I
PASS -> FAIL: gdb.base/foll-exec.exp: continue to first exec catchpoint
PASS -> FAIL: gdb.base/foll-fork.exp: follow parent, detach off, command "continue": continue past fork
PASS -> FAIL: gdb.base/foll-fork.exp: follow parent, detach off, command "continue": inferior 2
PASS -> FAIL: gdb.base/foll-fork.exp: follow parent, detach off, command "continue": continue to breakpoint: continue unfollowed inferior to bp
PASS -> FAIL: gdb.base/foll-fork.exp: follow child, detach on, command "next 2": next 2 past fork
PASS -> FAIL: gdb.base/foll-fork.exp: follow child, detach on, command "continue": continue past fork
PASS -> FAIL: gdb.base/foll-fork.exp: follow child, detach off, command "next 2": next 2 past fork
PASS -> FAIL: gdb.base/foll-fork.exp: follow child, detach off, command "next 2": inferior 1
PASS -> FAIL: gdb.base/foll-fork.exp: follow child, detach off, command "next 2": continue until exit at continue unfollowed inferior to end
PASS -> FAIL: gdb.base/foll-fork.exp: follow child, detach off, command "continue": continue past fork
PASS -> FAIL: gdb.base/foll-fork.exp: follow child, detach off, command "continue": inferior 1
PASS -> FAIL: gdb.base/foll-fork.exp: follow child, detach off, command "continue": continue to breakpoint: continue unfollowed inferior to bp
PASS -> FAIL: gdb.base/foll-fork.exp: set follow-fork child, hit tbreak
PASS -> FAIL: gdb.base/foll-fork.exp: unpatch child, unpatched parent breakpoints from child
PASS -> FAIL: gdb.base/foll-vfork.exp: exec: vfork parent follow, finish after tcatch vfork: finish
PASS -> FAIL: gdb.base/foll-vfork.exp: exec: vfork and exec child follow, to main bp: continue to bp
PASS -> FAIL: gdb.base/foll-vfork.exp: exec: vfork and exec child follow, through step: step over vfork
PASS -> FAIL: gdb.base/foll-vfork.exp: exec: vfork child follow, finish after tcatch vfork: finish
PASS -> FAIL: gdb.base/foll-vfork.exp: exec: vfork relations in info inferiors: step over vfork
PASS -> FAIL: gdb.base/foll-vfork.exp: exec: vfork relations in info inferiors: info inferiors shows vfork parent/child relation
PASS -> FAIL: gdb.base/foll-vfork.exp: exec: vfork relations in info inferiors: continue to bp
PASS -> FAIL: gdb.base/foll-vfork.exp: exec: vfork relations in info inferiors: vfork relation no longer appears in info inferiors
PASS -> FAIL: gdb.base/foll-vfork.exp: exit: vfork parent follow, finish after tcatch vfork: finish
PASS -> FAIL: gdb.base/foll-vfork.exp: exit: vfork child follow, to exit: continue to child exit
KFAIL -> FAIL: gdb.base/foll-vfork.exp: exit: vfork child follow, finish after tcatch vfork: finish
PASS -> FAIL: gdb.base/foll-vfork.exp: exit: vfork relations in info inferiors: step over vfork
PASS -> FAIL: gdb.base/foll-vfork.exp: exit: vfork relations in info inferiors: info inferiors shows vfork parent/child relation
PASS -> FAIL: gdb.base/foll-vfork.exp: exit: vfork relations in info inferiors: continue to child exit
PASS -> FAIL: gdb.base/foll-vfork.exp: exit: vfork relations in info inferiors: vfork relation no longer appears in info inferiors
new FAIL: gdb.base/fork-running-state.exp: detach-on-fork=off: follow-fork=parent: non-stop: can't run to main
new FAIL: gdb.base/fork-running-state.exp: detach-on-fork=off: follow-fork=child: non-stop: can't run to main
new FAIL: gdb.base/fork-running-state.exp: detach-on-fork=on: follow-fork=parent: non-stop: can't run to main
new FAIL: gdb.base/fork-running-state.exp: detach-on-fork=on: follow-fork=child: non-stop: can't run to main
PASS -> FAIL: gdb.base/func-ptrs.exp: go back to main from incr, first time
PASS -> FAIL: gdb.base/func-ptrs.exp: set calc to decr
PASS -> FAIL: gdb.base/func-ptrs.exp: continue to decr
PASS -> FAIL: gdb.base/func-ptrs.exp: stop in sentinel
PASS -> FAIL: gdb.base/func-ptrs.exp: move up to decr
PASS -> FAIL: gdb.base/func-ptrs.exp: go back to main from decr
PASS -> FAIL: gdb.base/func-ptrs.exp: set calc to incr
PASS -> FAIL: gdb.base/func-ptrs.exp: continue to incr, second time
PASS -> FAIL: gdb.base/func-ptrs.exp: go back to main from incr, second time
PASS -> FAIL: gdb.base/gcore-buffer-overflow.exp: save a corefile
PASS -> FAIL: gdb.base/gcore.exp: save a corefile
PASS -> FAIL: gdb.base/gcore-relro.exp: save a corefile
PASS -> FAIL: gdb.base/gcore-relro-pie.exp: save a corefile
PASS -> FAIL: gdb.base/gdb1090.exp: print s24
PASS -> FAIL: gdb.base/gdbvars.exp: Check whether void function is void
PASS -> FAIL: gdb.base/gdbvars.exp: Check whether non-void function is void
PASS -> FAIL: gdb.base/gnu-ifunc.exp: p gnu_ifunc
PASS -> FAIL: gdb.base/gnu-ifunc.exp: resolver received HWCAP
PASS -> FAIL: gdb.base/gnu-ifunc.exp: continue to break-at-nextcall
PASS -> FAIL: gdb.base/gnu-ifunc.exp: continue to breakpoint: nextcall gnu_ifunc
PASS -> FAIL: gdb.base/gnu-ifunc.exp: nextcall gnu_ifunc skipped
PASS -> FAIL: gdb.base/gnu-ifunc.exp: p gnu_ifunc executing
PASS -> FAIL: gdb.base/gnu-ifunc.exp: static gnu_ifunc
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a++
PASS -> FAIL: gdb.base/gnu_vector.exp: print ++i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a--
PASS -> FAIL: gdb.base/gnu_vector.exp: print --i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print +i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print -i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a & i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a | i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a ^ i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print ~i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a << i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a >> i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a + f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a - f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a * f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a / f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print +f4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print -f4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4b = ia
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a = 3
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a = fb
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4b = 2
PASS -> FAIL: gdb.base/gnu_vector.exp: print c4 + lla
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a + lla
PASS -> FAIL: gdb.base/gnu_vector.exp: print lla + c4
PASS -> FAIL: gdb.base/gnu_vector.exp: print lla + i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print c4 + ib
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a + ib
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a + 1
PASS -> FAIL: gdb.base/gnu_vector.exp: print 1 + i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print fa - f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print 2 - f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a * fb
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a * 1
PASS -> FAIL: gdb.base/gnu_vector.exp: print ia / i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print 2 / i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a % ib
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a % 1
PASS -> FAIL: gdb.base/gnu_vector.exp: print ia & i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print 2 & i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a | ib
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a | 1
PASS -> FAIL: gdb.base/gnu_vector.exp: print ia ^ i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print 2 ^ i4b
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a << ib
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a << 1
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a >> ib
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a >> 1
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a = {2, 4, 8, 16}
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a <<= ib
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a + d2
PASS -> FAIL: gdb.base/gnu_vector.exp: print d2 + i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a + ll2
PASS -> FAIL: gdb.base/gnu_vector.exp: print ll2 + f4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print i2 + ll2
PASS -> FAIL: gdb.base/gnu_vector.exp: print ll2 + i2
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a + ll2
PASS -> FAIL: gdb.base/gnu_vector.exp: print ll2 + i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a + d2
PASS -> FAIL: gdb.base/gnu_vector.exp: print d2 + f4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print ui4 + i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a + ui4
PASS -> FAIL: gdb.base/gnu_vector.exp: print i4a + i2
PASS -> FAIL: gdb.base/gnu_vector.exp: print i2 + i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: print f4a + f2
PASS -> FAIL: gdb.base/gnu_vector.exp: print f2 + f4a
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype c4
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis c4
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype char4
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis char4
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis i4a
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype int4
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis int4
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis f4b
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype float4
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis float4
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype union_with_vector_1
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis union_with_vector_1
PASS -> FAIL: gdb.base/gnu_vector.exp: ptype struct_with_vector_1
PASS -> FAIL: gdb.base/gnu_vector.exp: whatis struct_with_vector_1
PASS -> FAIL: gdb.base/hbreak2.exp: hit hardware breakpoint on called function
PASS -> FAIL: gdb.base/hbreak2.exp: backtrace while in called function
PASS -> FAIL: gdb.base/hbreak2.exp: finish from called function
PASS -> FAIL: gdb.base/infcall-exec.exp: call execlp
PASS -> FAIL: gdb.base/infcall-input.exp: print some_function
PASS -> FAIL: gdb.base/infcall-input.exp: next
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tfc: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tdc: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tldc: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tc-tld: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ts-tld: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-ti-tld: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tl-tld: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tll-tld: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tc: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ts: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-ti: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tl: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tll: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tf-tld: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tc: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ts: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-ti: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tl: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tll: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-td-tld: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tc: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ts: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-ti: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tl: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tll: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tf: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-td: check return value struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: p/d check_arg_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: get valueof "rtn_str_struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: check return value struct01
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: p/d check_arg_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: get valueof "rtn_str_struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: check return value struct02
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: p/d check_arg_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: get valueof "rtn_str_struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: check return value struct03
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: p/d check_arg_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: get valueof "rtn_str_struct04
PASS -> FAIL: gdb.base/infcall-nested-structs.exp: types-tld-tld: check return value struct04
PASS -> FAIL: gdb.base/info-os.exp: get inferior process ID
PASS -> FAIL: gdb.base/info-proc.exp: save a core file
new FAIL: gdb.base/interrupt-daemon.exp: can't run to daemon_main function
PASS -> FAIL: gdb.base/interrupt.exp: call function when asleep
PASS -> FAIL: gdb.base/interrupt.exp: call function a second time
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-1: set var argc = 2
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-1: set var libname = "SHLIBDIR/jit-solib.so"
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-1: set var count = 1
new FAIL: gdb.base/jit.exp: one_jit_test-1: setting breakpoint at 210
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-1: continue to breakpoint: break here 1
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-1: info function ^jit_function
new FAIL: gdb.base/jit.exp: one_jit_test-1: setting breakpoint at 235
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-1: continue to breakpoint: break here 2
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-1: info function jit_function
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-2: set var argc = 2
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-2: set var libname = "SHLIBDIR/jit-solib.so"
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-2: set var count = 2
new FAIL: gdb.base/jit.exp: one_jit_test-2: setting breakpoint at 210
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-2: continue to breakpoint: break here 1
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-2: info function ^jit_function
new FAIL: gdb.base/jit.exp: one_jit_test-2: setting breakpoint at 235
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-2: continue to breakpoint: break here 2
PASS -> FAIL: gdb.base/jit.exp: one_jit_test-2: info function jit_function
PASS -> FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: set var argc = 2
PASS -> FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: set var libname = "SHLIBDIR/jit-solib-pie.so"
PASS -> FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: set var count = 1
new FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: setting breakpoint at 210
PASS -> FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: continue to breakpoint: break here 1
PASS -> FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: info function ^jit_function
new FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: setting breakpoint at 235
PASS -> FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: continue to breakpoint: break here 2
PASS -> FAIL: gdb.base/jit.exp: PIE: one_jit_test-1: info function jit_function
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-1: set var jit_libname = "jit-main.so"
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-1: continue to breakpoint: break here after-dlopen
new FAIL: gdb.base/jit-so.exp: one_jit_test-1: setting breakpoint at jit-main.c:148
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-1: continue to breakpoint: break here 0
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-1: set var argc = 2
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-1: set var libname = "SHLIBDIR/jit-solib.so"
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-1: set var count = 1
new FAIL: gdb.base/jit-so.exp: one_jit_test-1: setting breakpoint at jit-main.c:210
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-1: continue to breakpoint: break here 1
new FAIL: gdb.base/jit-so.exp: one_jit_test-1: setting breakpoint at jit-main.c:235
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-1: continue to breakpoint: break here 2
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-2: set var jit_libname = "jit-main.so"
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-2: continue to breakpoint: break here after-dlopen
new FAIL: gdb.base/jit-so.exp: one_jit_test-2: setting breakpoint at jit-main.c:148
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-2: continue to breakpoint: break here 0
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-2: set var argc = 2
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-2: set var libname = "SHLIBDIR/jit-solib.so"
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-2: set var count = 2
new FAIL: gdb.base/jit-so.exp: one_jit_test-2: setting breakpoint at jit-main.c:210
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-2: continue to breakpoint: break here 1
new FAIL: gdb.base/jit-so.exp: one_jit_test-2: setting breakpoint at jit-main.c:235
PASS -> FAIL: gdb.base/jit-so.exp: one_jit_test-2: continue to breakpoint: break here 2
PASS -> FAIL: gdb.base/jump.exp: jump to non-call
PASS -> FAIL: gdb.base/jump.exp: jump to call
PASS -> FAIL: gdb.base/jump.exp: jump to call with disabled breakpoint
PASS -> FAIL: gdb.base/ldbl_e308.exp: set variable ldbl_308 = 1.6e+308l
PASS -> FAIL: gdb.base/ldbl_e308.exp: print ldbl_308
PASS -> FAIL: gdb.base/load-command.exp: check initial value of the_variable
PASS -> FAIL: gdb.base/load-command.exp: manually change the_variable
PASS -> FAIL: gdb.base/load-command.exp: check manually changed value of the_variable
PASS -> FAIL: gdb.base/load-command.exp: re-load binary
PASS -> FAIL: gdb.base/logical.exp: evaluate x; variables x = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x; variables x = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !!x; variables x = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x; variables x = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x; variables x = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !!x; variables x = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y; variables x = 0, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x && y; variables x = 0, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && !y; variables x = 0, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x && !y; variables x = 0, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y; variables x = 0, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y; variables x = 0, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y; variables x = 0, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || !y; variables x = 0, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x < y; variables x = 0, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x <= y; variables x = 0, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x == y; variables x = 0, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x != y; variables x = 0, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x >= y; variables x = 0, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x > y; variables x = 0, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y; variables x = 0, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x && y; variables x = 0, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && !y; variables x = 0, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x && !y; variables x = 0, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y; variables x = 0, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y; variables x = 0, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y; variables x = 0, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || !y; variables x = 0, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x < y; variables x = 0, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x <= y; variables x = 0, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x == y; variables x = 0, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x != y; variables x = 0, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x >= y; variables x = 0, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x > y; variables x = 0, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y; variables x = 1, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x && y; variables x = 1, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && !y; variables x = 1, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x && !y; variables x = 1, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y; variables x = 1, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y; variables x = 1, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y; variables x = 1, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || !y; variables x = 1, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x < y; variables x = 1, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x <= y; variables x = 1, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x == y; variables x = 1, y = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x != y; variables x = 1, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x >= y; variables x = 1, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x > y; variables x = 1, y = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y; variables x = 1, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x && y; variables x = 1, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && !y; variables x = 1, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x && !y; variables x = 1, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y; variables x = 1, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y; variables x = 1, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y; variables x = 1, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || !y; variables x = 1, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x < y; variables x = 1, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x <= y; variables x = 1, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x == y; variables x = 1, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x != y; variables x = 1, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x >= y; variables x = 1, y = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x > y; variables x = 1, y = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y && z; variables x = 0, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y && z; variables x = 0, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y || z; variables x = 0, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y || z; variables x = 0, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y && z; variables x = 0, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && z; variables x = 0, y = 0, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && !z; variables x = 0, y = 0, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y && z; variables x = 0, y = 0, z = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y && z; variables x = 0, y = 0, z = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y || z; variables x = 0, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y || z; variables x = 0, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y && z; variables x = 0, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && z; variables x = 0, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && !z; variables x = 0, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y && z; variables x = 0, y = 1, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y && z; variables x = 0, y = 1, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y || z; variables x = 0, y = 1, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y || z; variables x = 0, y = 1, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y && z; variables x = 0, y = 1, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && z; variables x = 0, y = 1, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && !z; variables x = 0, y = 1, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y && z; variables x = 0, y = 1, z = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y && z; variables x = 0, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y || z; variables x = 0, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y || z; variables x = 0, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y && z; variables x = 0, y = 1, z = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && z; variables x = 0, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && !z; variables x = 0, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y && z; variables x = 1, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y && z; variables x = 1, y = 0, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y || z; variables x = 1, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y || z; variables x = 1, y = 0, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y && z; variables x = 1, y = 0, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && z; variables x = 1, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && !z; variables x = 1, y = 0, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y && z; variables x = 1, y = 0, z = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y && z; variables x = 1, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y || z; variables x = 1, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y || z; variables x = 1, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y && z; variables x = 1, y = 0, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && z; variables x = 1, y = 0, z = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && !z; variables x = 1, y = 0, z = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y && z; variables x = 1, y = 1, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y && z; variables x = 1, y = 1, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y || z; variables x = 1, y = 1, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y || z; variables x = 1, y = 1, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y && z; variables x = 1, y = 1, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && z; variables x = 1, y = 1, z = 0; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && !z; variables x = 1, y = 1, z = 0; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y && z; variables x = 1, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y && z; variables x = 1, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x && y || z; variables x = 1, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || y || z; variables x = 1, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x || !y && z; variables x = 1, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && z; variables x = 1, y = 1, z = 1; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate !x || y && !z; variables x = 1, y = 1, z = 1; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x > y || w == z; variables x = 1, y = 2, w = 3, z = 3; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x >= y && w != z; variables x = 1, y = 2, w = 3, z = 3; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate ! x > y || w + z; variables x = 1, y = 2, w = 3, z = 3; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x > y || w == z; variables x = 1, y = 2, w = 1, z = 3; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x >= y && w != z; variables x = 1, y = 2, w = 1, z = 3; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate ! x > y || w + z; variables x = 1, y = 2, w = 1, z = 3; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate x > y || w == z; variables x = 2, y = 2, w = 2, z = 3; expecting 0
PASS -> FAIL: gdb.base/logical.exp: evaluate x >= y && w != z; variables x = 2, y = 2, w = 2, z = 3; expecting 1
PASS -> FAIL: gdb.base/logical.exp: evaluate ! x > y || w + z; variables x = 2, y = 2, w = 2, z = 3; expecting 1
PASS -> FAIL: gdb.base/longjmp.exp: next over longjmp
PASS -> FAIL: gdb.base/longjmp.exp: next over call_longjmp
PASS -> FAIL: gdb.base/longjmp.exp: next over patt3
PASS -> FAIL: gdb.base/memattr.exp: mem1 can be written
PASS -> FAIL: gdb.base/memattr.exp: mem2 cannot be written
PASS -> FAIL: gdb.base/memattr.exp: mem2 can be read
PASS -> FAIL: gdb.base/memattr.exp: disable mem 1
PASS -> FAIL: gdb.base/memattr.exp: enable mem 1
PASS -> FAIL: gdb.base/memattr.exp: disable mem 2 4
PASS -> FAIL: gdb.base/memattr.exp: enable mem 2-4
PASS -> FAIL: gdb.base/memattr.exp: disable mem
PASS -> FAIL: gdb.base/memattr.exp: enable mem
PASS -> FAIL: gdb.base/memattr.exp: disable non-existant regions
PASS -> FAIL: gdb.base/memattr.exp: delete mem 1
PASS -> FAIL: gdb.base/memattr.exp: delete mem 2 4
PASS -> FAIL: gdb.base/memattr.exp: delete mem 2-4
PASS -> FAIL: gdb.base/memattr.exp: delete non-existant region
PASS -> FAIL: gdb.base/memattr.exp: mem 0x30 0x60 ro
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x20 0x40: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x30 0x40: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x40 0x50: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x50 0x60: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x50 0x70: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x30 0x60: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x20 0x70: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x20 0x0: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x30 0x0: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x40 0x0: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x20 0x30: no-overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x60 0x70: no-overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x60: 0x80 0x0: no-overlap
PASS -> FAIL: gdb.base/memattr.exp: mem 0x30 0x0 ro
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x0: 0x20 0x50: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x0: 0x30 0x50: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x0: 0x40 0x50: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x0: 0x20 0x0: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x0: 0x30 0x0: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x0: 0x40 0x0: overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x0: 0x20 0x30: no-overlap
PASS -> FAIL: gdb.base/memattr.exp: 0x30 0x0: 0x00 0x10: no-overlap
PASS -> FAIL: gdb.base/multi-forks.exp: run to exit 2
PASS -> FAIL: gdb.base/multi-forks.exp: follow child, print pids
PASS -> FAIL: gdb.base/multi-forks.exp: run to exit 1
PASS -> FAIL: gdb.base/multi-forks.exp: info inferior 1
PASS -> FAIL: gdb.base/multi-forks.exp: inferior 1
PASS -> FAIL: gdb.base/nodebug.exp: p
PASS -> FAIL: gdb.base/nodebug.exp: p/c array_index
PASS -> FAIL: gdb.base/nodebug.exp: p/c
PASS -> FAIL: gdb.base/nodebug.exp: p /d
PASS -> FAIL: gdb.base/pc-fp.exp: get hexadecimal valueof "$fp"
PASS -> FAIL: gdb.base/pc-fp.exp: info register pc fp
PASS -> FAIL: gdb.base/permissions.exp: set a global
PASS -> FAIL: gdb.base/permissions.exp: print x
PASS -> FAIL: gdb.base/permissions.exp: try to set a global
PASS -> FAIL: gdb.base/pie-fork.exp: test_detach_on_fork_follow_child: continue
PASS -> FAIL: gdb.base/pie-fork.exp: test_no_detach_on_fork: continue
PASS -> FAIL: gdb.base/pointers.exp: set pointer to beginning of array
PASS -> FAIL: gdb.base/pointers.exp: set pointer to end of array
PASS -> FAIL: gdb.base/pointers.exp: print object pointed to
PASS -> FAIL: gdb.base/pointers.exp: print object pointed to #2
PASS -> FAIL: gdb.base/pointers.exp: pointer1==pointer2
PASS -> FAIL: gdb.base/pointers.exp: pointer1!=pointer2
PASS -> FAIL: gdb.base/pointers.exp: pointer1<=pointer2
PASS -> FAIL: gdb.base/pointers.exp: pointer1>=pointer2
PASS -> FAIL: gdb.base/pointers.exp: pointer1<pointer2
PASS -> FAIL: gdb.base/pointers.exp: pointer1>pointer2
PASS -> FAIL: gdb.base/pointers.exp: set y = *v_int_pointer++
PASS -> FAIL: gdb.base/pointers.exp: pointer assignment
PASS -> FAIL: gdb.base/pointers.exp: and post-increment
PASS -> FAIL: gdb.base/pointers.exp: set y = *--v_int_pointer2
PASS -> FAIL: gdb.base/pointers.exp: and pre-decrement
PASS -> FAIL: gdb.base/pointers.exp: set y =v_int_pointer-v_int_pointer2
PASS -> FAIL: gdb.base/pointers.exp: pointer1-pointer2
PASS -> FAIL: gdb.base/pointers.exp: set v_int_pointer=v_int_array
PASS -> FAIL: gdb.base/pointers.exp: print array element through pointer
PASS -> FAIL: gdb.base/pointers.exp: print array element through pointer #2
PASS -> FAIL: gdb.base/pointers.exp: print array element through pointer #3
PASS -> FAIL: gdb.base/pointers.exp: print array element through pointer #4
PASS -> FAIL: gdb.base/pointers.exp: print array element through pointer #5
PASS -> FAIL: gdb.base/pointers.exp: increment rptr
PASS -> FAIL: gdb.base/pointers.exp: print array element through pointer #6
PASS -> FAIL: gdb.base/pointers.exp: print array element through pointer #7
PASS -> FAIL: gdb.base/pointers.exp: print array element through pointer #8
PASS -> FAIL: gdb.base/pointers.exp: print array element w/ pointer arithmetic
PASS -> FAIL: gdb.base/pointers.exp: print through ptr to ptr
PASS -> FAIL: gdb.base/pointers.exp: continue
PASS -> FAIL: gdb.base/pointers.exp: up from marker1
PASS -> FAIL: gdb.base/pointers.exp: print value of *pUC
PASS -> FAIL: gdb.base/pointers.exp: ptype pUC
PASS -> FAIL: gdb.base/pointers.exp: print value of *pS
PASS -> FAIL: gdb.base/pointers.exp: ptype pS
PASS -> FAIL: gdb.base/pointers.exp: print value of *pUS
PASS -> FAIL: gdb.base/pointers.exp: ptype pUS
PASS -> FAIL: gdb.base/pointers.exp: print value of *pI
PASS -> FAIL: gdb.base/pointers.exp: ptype pI
PASS -> FAIL: gdb.base/pointers.exp: print value of *pUI
PASS -> FAIL: gdb.base/pointers.exp: ptype pUI
PASS -> FAIL: gdb.base/pointers.exp: print value of *pL
PASS -> FAIL: gdb.base/pointers.exp: ptype pL
PASS -> FAIL: gdb.base/pointers.exp: print value of *pUL
PASS -> FAIL: gdb.base/pointers.exp: ptype pUL
PASS -> FAIL: gdb.base/pointers.exp: print value of *pF
PASS -> FAIL: gdb.base/pointers.exp: ptype pF
PASS -> FAIL: gdb.base/pointers.exp: print value of *pD
PASS -> FAIL: gdb.base/pointers.exp: ptype pD
PASS -> FAIL: gdb.base/pointers.exp: print value of ******ppppppC
PASS -> FAIL: gdb.base/pointers.exp: ptype pC
PASS -> FAIL: gdb.base/pointers.exp: ptype ppC
PASS -> FAIL: gdb.base/pointers.exp: ptype pppC
PASS -> FAIL: gdb.base/pointers.exp: ptype ppppC
PASS -> FAIL: gdb.base/pointers.exp: ptype pppppC
PASS -> FAIL: gdb.base/pointers.exp: ptype ppppppC
PASS -> FAIL: gdb.base/pointers.exp: p instance.array_variable + 0
PASS -> FAIL: gdb.base/pr11022.exp: set var x = 1
PASS -> FAIL: gdb.base/pr11022.exp: watchpoint hit 2
PASS -> FAIL: gdb.base/printcmds.exp: p *"foo"
PASS -> FAIL: gdb.base/printcmds.exp: p &*"foo"
PASS -> FAIL: gdb.base/printcmds.exp: ptype &*"foo"
PASS -> FAIL: gdb.base/printcmds.exp: p
PASS -> FAIL: gdb.base/print-symbol-loading.exp: save a corefile
PASS -> FAIL: gdb.base/range-stepping.exp: interrupt: set debug remote 1
PASS -> FAIL: gdb.base/range-stepping.exp: interrupt: set debug remote 0
PASS -> FAIL: gdb.base/range-stepping.exp: interrupt: next: vCont;r=1
PASS -> FAIL: gdb.base/range-stepping.exp: software watchpoint: step into multiple instruction line
PASS -> FAIL: gdb.base/range-stepping.exp: software watchpoint: step still in same line
PASS -> FAIL: gdb.base/relational.exp: set variable x=14
PASS -> FAIL: gdb.base/relational.exp: set variable y=2
PASS -> FAIL: gdb.base/relational.exp: set variable z=2
PASS -> FAIL: gdb.base/relational.exp: set variable w=3
PASS -> FAIL: gdb.base/relational.exp: print value of x
PASS -> FAIL: gdb.base/relational.exp: print value of y
PASS -> FAIL: gdb.base/relational.exp: print value of z
PASS -> FAIL: gdb.base/relational.exp: print value of w
PASS -> FAIL: gdb.base/relational.exp: print value of x>y
PASS -> FAIL: gdb.base/relational.exp: print value of x>=y
PASS -> FAIL: gdb.base/relational.exp: print value of x!=y
PASS -> FAIL: gdb.base/relational.exp: set variable x
PASS -> FAIL: gdb.base/relational.exp: set variable y
PASS -> FAIL: gdb.base/relational.exp: set variable z
PASS -> FAIL: gdb.base/relational.exp: print value of x<y<z
PASS -> FAIL: gdb.base/relational.exp: print value of x<=y<=z
PASS -> FAIL: gdb.base/relational.exp: print value of x==y==z
PASS -> FAIL: gdb.base/relational.exp: print value of x<y!=z
PASS -> FAIL: gdb.base/relational.exp: print value of x<y<=z
PASS -> FAIL: gdb.base/relational.exp: print value of x<y>=z
PASS -> FAIL: gdb.base/relational.exp: print value of x<y>z
PASS -> FAIL: gdb.base/relational.exp: print value of x>y>=z
PASS -> FAIL: gdb.base/relational.exp: set x to 4
PASS -> FAIL: gdb.base/relational.exp: print value of x>=y<=z
PASS -> FAIL: gdb.base/relational.exp: print value of x<=y!=z
PASS -> FAIL: gdb.base/relational.exp: print value of x==y!=z
PASS -> FAIL: gdb.base/relational.exp: print value of x>=
PASS -> FAIL: gdb.base/relational.exp: print value of
PASS -> FAIL: gdb.base/reread.exp: opts= "" "" : run to foo
PASS -> FAIL: gdb.base/reread.exp: opts= "-fPIE" "ldflags=-pie" : run to foo
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee1; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee1; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee2; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee2; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee3; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee3; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee4; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee4; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee5; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller1 calls callee5; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee1; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee1; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee1; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee2; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee2; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee2; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee3; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee3; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee3; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee4; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee4; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee4; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee5; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee5; return restored l1 to 32492
PASS -> FAIL: gdb.base/restore.exp: caller2 calls callee5; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee1; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee1; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee1; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee2; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee2; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee2; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee3; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee3; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee3; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee4; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee4; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee4; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee5; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee5; return restored l2 to 32493
PASS -> FAIL: gdb.base/restore.exp: caller3 calls callee5; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee1; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee1; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee1; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee2; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee2; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee2; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee3; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee3; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee3; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee4; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee4; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee4; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee5; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee5; return restored l3 to 32494
PASS -> FAIL: gdb.base/restore.exp: caller4 calls callee5; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee1; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee1; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee1; return restored l5 to 32496
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee2; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee2; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee2; return restored l5 to 32496
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee3; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee3; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee3; return restored l5 to 32496
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee4; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee4; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee4; return restored l5 to 32496
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee5; return callee now
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee5; return restored l4 to 32495
PASS -> FAIL: gdb.base/restore.exp: caller5 calls callee5; return restored l5 to 32496
PASS -> FAIL: gdb.base/return2.exp: return from void_func
PASS -> FAIL: gdb.base/return2.exp: return from char_func
PASS -> FAIL: gdb.base/return2.exp: char value returned successfully
PASS -> FAIL: gdb.base/return2.exp: validate result value not equal to program return value
PASS -> FAIL: gdb.base/return2.exp: return from short_func
PASS -> FAIL: gdb.base/return2.exp: short value returned successfully
PASS -> FAIL: gdb.base/return2.exp: return from int_func
PASS -> FAIL: gdb.base/return2.exp: int value returned successfully
PASS -> FAIL: gdb.base/return2.exp: return from long_func
PASS -> FAIL: gdb.base/return2.exp: long value returned successfully
PASS -> FAIL: gdb.base/return2.exp: return from long_long_func
PASS -> FAIL: gdb.base/return2.exp: long_long value returned successfully
PASS -> FAIL: gdb.base/return2.exp: return from float_func
PASS -> FAIL: gdb.base/return2.exp: float value returned successfully
PASS -> FAIL: gdb.base/return2.exp: return from double_func
PASS -> FAIL: gdb.base/return2.exp: double value returned successfully
PASS -> FAIL: gdb.base/return.exp: simple return
new FAIL: gdb.base/return.exp: return value 5
PASS -> FAIL: gdb.base/return.exp: next over call to func2
PASS -> FAIL: gdb.base/return.exp: correct value returned
new FAIL: gdb.base/return.exp: return value 5.0
PASS -> FAIL: gdb.base/return.exp: next over call to func3
PASS -> FAIL: gdb.base/return.exp: correct value returned double test
PASS -> FAIL: gdb.base/return-nodebug.exp: signed-char: return from function with no debug info with a cast
PASS -> FAIL: gdb.base/return-nodebug.exp: signed-char: advance to marker
PASS -> FAIL: gdb.base/return-nodebug.exp: signed-char: full width of the returned result
PASS -> FAIL: gdb.base/return-nodebug.exp: short: return from function with no debug info with a cast
PASS -> FAIL: gdb.base/return-nodebug.exp: short: advance to marker
PASS -> FAIL: gdb.base/return-nodebug.exp: short: full width of the returned result
PASS -> FAIL: gdb.base/return-nodebug.exp: int: return from function with no debug info with a cast
PASS -> FAIL: gdb.base/return-nodebug.exp: int: advance to marker
PASS -> FAIL: gdb.base/return-nodebug.exp: int: full width of the returned result
PASS -> FAIL: gdb.base/return-nodebug.exp: long: return from function with no debug info with a cast
PASS -> FAIL: gdb.base/return-nodebug.exp: long: advance to marker
PASS -> FAIL: gdb.base/return-nodebug.exp: long: full width of the returned result
PASS -> FAIL: gdb.base/return-nodebug.exp: long-long: return from function with no debug info with a cast
PASS -> FAIL: gdb.base/return-nodebug.exp: long-long: advance to marker
PASS -> FAIL: gdb.base/return-nodebug.exp: long-long: full width of the returned result
PASS -> FAIL: gdb.base/return-nodebug.exp: float: return from function with no debug info with a cast
PASS -> FAIL: gdb.base/return-nodebug.exp: float: advance to marker
PASS -> FAIL: gdb.base/return-nodebug.exp: float: full width of the returned result
PASS -> FAIL: gdb.base/return-nodebug.exp: double: return from function with no debug info with a cast
PASS -> FAIL: gdb.base/return-nodebug.exp: double: advance to marker
PASS -> FAIL: gdb.base/return-nodebug.exp: double: full width of the returned result
PASS -> FAIL: gdb.base/savedregs.exp: Check main info frame; stack contains catcher sigtramp thrower main
PASS -> FAIL: gdb.base/savedregs.exp: get catcher info frame
PASS -> FAIL: gdb.base/savedregs.exp: Check sigtramp info frame; stack contains caller dummy catcher sigtramp thrower main
PASS -> FAIL: gdb.base/savedregs.exp: advance callee
PASS -> FAIL: gdb.base/savedregs.exp: get caller info frame
PASS -> FAIL: gdb.base/savedregs.exp: Check dummy info frame; stack contains callee caller dummy catcher sigtramp thrower main
PASS -> FAIL: gdb.base/sepdebug.exp: hit breakpoint on called function
PASS -> FAIL: gdb.base/sepdebug.exp: backtrace while in called function
PASS -> FAIL: gdb.base/sepdebug.exp: finish from called function
PASS -> FAIL: gdb.base/setvar.exp: set variable char=0
new FAIL: gdb.base/setvar.exp: set variable char=0 -- .[0-9]* = 0 '.000'
PASS -> FAIL: gdb.base/setvar.exp: set variable char=1
new FAIL: gdb.base/setvar.exp: set variable char=1 -- .[0-9]* = 1 '.001'
PASS -> FAIL: gdb.base/setvar.exp: set variable char=7
PASS -> FAIL: gdb.base/setvar.exp: set variable char=32
PASS -> FAIL: gdb.base/setvar.exp: set variable char=65
PASS -> FAIL: gdb.base/setvar.exp: set variable char=97
PASS -> FAIL: gdb.base/setvar.exp: set variable char=126
PASS -> FAIL: gdb.base/setvar.exp: set variable char=127
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=0
new FAIL: gdb.base/setvar.exp: set variable signed char=0 -- .[0-9]* = 0 '.000'
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=1
new FAIL: gdb.base/setvar.exp: set variable signed char=1 -- .[0-9]* = 1 '.001'
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=7
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=32
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=65
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=97
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=126
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=127
PASS -> FAIL: gdb.base/setvar.exp: set variable v_signed_char=-1
new FAIL: gdb.base/setvar.exp: set target-charset ASCII
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=-1
new FAIL: gdb.base/setvar.exp: set target-charset ANSI_X3.4-1968
PASS -> FAIL: gdb.base/setvar.exp: set variable v_signed_char=0xFF
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char=0xFF
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char=0
new FAIL: gdb.base/setvar.exp: set variable unsigned char=0 -- .[0-9]* = 0 '.000'
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char=1
new FAIL: gdb.base/setvar.exp: set variable unsigned char=1 -- .[0-9]* = 1 '.001'
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char=7
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char=32
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char=65
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char=97
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char=126
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char=255
PASS -> FAIL: gdb.base/setvar.exp: set variable short=0
new FAIL: gdb.base/setvar.exp: set variable short=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable short=1
new FAIL: gdb.base/setvar.exp: set variable short=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable short=-1
PASS -> FAIL: gdb.base/setvar.exp: set variable signed short=0
new FAIL: gdb.base/setvar.exp: set variable signed short=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable signed short=1
new FAIL: gdb.base/setvar.exp: set variable signed short=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable signed short=-1
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned short=0
new FAIL: gdb.base/setvar.exp: set variable unsigned short=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned short=1
new FAIL: gdb.base/setvar.exp: set variable unsigned short=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned short=~0
PASS -> FAIL: gdb.base/setvar.exp: set variable int=0
new FAIL: gdb.base/setvar.exp: set variable int=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable int=1
new FAIL: gdb.base/setvar.exp: set variable int=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable int=-1
PASS -> FAIL: gdb.base/setvar.exp: set variable signed int=0
new FAIL: gdb.base/setvar.exp: set variable signed int=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable signed int=1
new FAIL: gdb.base/setvar.exp: set variable signed int=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable signed int=-1
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned int=0
new FAIL: gdb.base/setvar.exp: set variable unsigned int=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned int=1
new FAIL: gdb.base/setvar.exp: set variable unsigned int=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned int=~0
PASS -> FAIL: gdb.base/setvar.exp: set variable long=0
new FAIL: gdb.base/setvar.exp: set variable long=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable long=1
new FAIL: gdb.base/setvar.exp: set variable long=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable long=-1
PASS -> FAIL: gdb.base/setvar.exp: set variable signed long=0
new FAIL: gdb.base/setvar.exp: set variable signed long=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable signed long=1
new FAIL: gdb.base/setvar.exp: set variable signed long=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable signed long=-1
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned long=0
new FAIL: gdb.base/setvar.exp: set variable unsigned long=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned long=1
new FAIL: gdb.base/setvar.exp: set variable unsigned long=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned long=~0
PASS -> FAIL: gdb.base/setvar.exp: set variable float=0
new FAIL: gdb.base/setvar.exp: set variable float=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable float=1
new FAIL: gdb.base/setvar.exp: set variable float=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable float=-1
PASS -> FAIL: gdb.base/setvar.exp: set variable double=0
new FAIL: gdb.base/setvar.exp: set variable double=0 -- .[0-9]* = 0
PASS -> FAIL: gdb.base/setvar.exp: set variable double=1
new FAIL: gdb.base/setvar.exp: set variable double=1 -- .[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable double=-1
PASS -> FAIL: gdb.base/setvar.exp: set variable char array="hi"
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char array="hi"
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char array="hi"
PASS -> FAIL: gdb.base/setvar.exp: set variable short array
new FAIL: gdb.base/setvar.exp: set variable short array -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable signed short array
new FAIL: gdb.base/setvar.exp: set variable signed short array -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned short array
new FAIL: gdb.base/setvar.exp: set variable unsigned short array -- .*.[0-9]* =.*\{123,.*65080\}
PASS -> FAIL: gdb.base/setvar.exp: set variable int array
new FAIL: gdb.base/setvar.exp: set variable int array -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable signed int array
new FAIL: gdb.base/setvar.exp: set variable signed int array -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned int array
new FAIL: gdb.base/setvar.exp: set variable unsigned int array -- .*.[0-9]* =.*\{123,.*
PASS -> FAIL: gdb.base/setvar.exp: set variable long array
new FAIL: gdb.base/setvar.exp: set variable long array -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable signed long array
new FAIL: gdb.base/setvar.exp: set variable signed long array -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned long array
new FAIL: gdb.base/setvar.exp: set variable unsigned long array -- .*.[0-9]* =.*\{123,.*4294966840\}
PASS -> FAIL: gdb.base/setvar.exp: set variable float array
new FAIL: gdb.base/setvar.exp: set variable float array -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable double array
new FAIL: gdb.base/setvar.exp: set variable double array -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable char pointer="hi"
PASS -> FAIL: gdb.base/setvar.exp: set variable signed char pointer="hi"
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned char pointer="hi"
PASS -> FAIL: gdb.base/setvar.exp: set variable short pointer
new FAIL: gdb.base/setvar.exp: set variable short pointer -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set v_signed_short_pointer=v_signed_short_array
PASS -> FAIL: gdb.base/setvar.exp: set variable *
PASS -> FAIL: gdb.base/setvar.exp: set variable signed short pointer
PASS -> FAIL: gdb.base/setvar.exp: print *
PASS -> FAIL: gdb.base/setvar.exp: set v_unsigned_short_pointer=v_unsigned_short_array
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned short pointer
PASS -> FAIL: gdb.base/setvar.exp: set variable int pointer
new FAIL: gdb.base/setvar.exp: set variable int pointer -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable signed int pointer
new FAIL: gdb.base/setvar.exp: set variable signed int pointer -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned int pointer
new FAIL: gdb.base/setvar.exp: set variable unsigned int pointer -- .*.[0-9]* =.*\{123,.*
PASS -> FAIL: gdb.base/setvar.exp: print variable unsigned int pointer+1
new FAIL: gdb.base/setvar.exp: print variable unsigned int pointer+1 -- .*.[0-9]* =
PASS -> FAIL: gdb.base/setvar.exp: set variable long pointer
new FAIL: gdb.base/setvar.exp: set variable long pointer -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable signed long pointer
new FAIL: gdb.base/setvar.exp: set variable signed long pointer -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable unsigned long pointer
new FAIL: gdb.base/setvar.exp: set variable unsigned long pointer -- .*.[0-9]* =.*\{123,.*4294966840\}
PASS -> FAIL: gdb.base/setvar.exp: set variable float pointer
new FAIL: gdb.base/setvar.exp: set variable float pointer -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable double pointer
new FAIL: gdb.base/setvar.exp: set variable double pointer -- .*.[0-9]* =.*\{123,.*-456\}
PASS -> FAIL: gdb.base/setvar.exp: set variable structure char member
new FAIL: gdb.base/setvar.exp: set variable structure char member -- .*.[0-9]* = 104 'h'
PASS -> FAIL: gdb.base/setvar.exp: set variable structure short member
new FAIL: gdb.base/setvar.exp: set variable structure short member -- .*.[0-9]* = 1
PASS -> FAIL: gdb.base/setvar.exp: set variable structure int member
new FAIL: gdb.base/setvar.exp: set variable structure int member -- .*.[0-9]* = 2
PASS -> FAIL: gdb.base/setvar.exp: set variable structure long member
new FAIL: gdb.base/setvar.exp: set variable structure long member -- .*.[0-9]* = 3
PASS -> FAIL: gdb.base/setvar.exp: set variable structure float member
new FAIL: gdb.base/setvar.exp: set variable structure float member -- .*.[0-9]* = 4
PASS -> FAIL: gdb.base/setvar.exp: set variable structure double member
new FAIL: gdb.base/setvar.exp: set variable structure double member -- .*.[0-9]* = 5
PASS -> FAIL: gdb.base/setvar.exp: set print structure #1
PASS -> FAIL: gdb.base/setvar.exp: set print structure #2
new FAIL: gdb.base/setvar.exp: set print structure #2 -- .*.[0-9]* = \{.*v_char_member = 32 ' ',.*v_short_member = 33, .*v_int_member = 34,.* v_long_member = 35,.*v_float_member = 36,.*v_double_member = 37.*\}
PASS -> FAIL: gdb.base/setvar.exp: set print structure #3
new FAIL: gdb.base/setvar.exp: set print structure #3 -- .*.[0-9]* = \{.*v_char_member = 104 'h',.*v_short_member = 1, .*v_int_member = 2,.* v_long_member = 3,.*v_float_member = 4,.*v_double_member = 5.*\}
PASS -> FAIL: gdb.base/setvar.exp: set print structure #4
new FAIL: gdb.base/setvar.exp: set print structure #4 -- .*.[0-9]* = \{.*v_long_member = 1,.*t = \{.*v_char_member = 104 'h',.*v_short_member = 1,.*v_int_member = 2,.*v_long_member = 3,.*v_float_member = 4,.*v_double_member = 5.*\},.*v_char_member = 37 '%'\}
PASS -> FAIL: gdb.base/setvar.exp: print sef.field=sm1
PASS -> FAIL: gdb.base/setvar.exp: print sef.field
PASS -> FAIL: gdb.base/setvar.exp: print sef.field=s1
PASS -> FAIL: gdb.base/setvar.exp: print uef.field=u2
PASS -> FAIL: gdb.base/setvar.exp: print uef.field
PASS -> FAIL: gdb.base/setvar.exp: print uef.field=u1
PASS -> FAIL: gdb.base/setvar.exp: print sef.field=7
PASS -> FAIL: gdb.base/setvar.exp: print uef.field=6
PASS -> FAIL: gdb.base/shlib-call.exp: print shr1
PASS -> FAIL: gdb.base/shlib-call.exp: print mainshr1
PASS -> FAIL: gdb.base/siginfo-infcall.exp: p callme
PASS -> FAIL: gdb.base/siginfo-infcall.exp: continue to the handler
PASS -> FAIL: gdb.base/siginfo-obj.exp: save a core file
PASS -> FAIL: gdb.base/siginfo-obj.exp: continue to handler
PASS -> FAIL: gdb.base/siginfo-obj.exp: p ssi_addr
PASS -> FAIL: gdb.base/siginfo-obj.exp: p ssi_errno
PASS -> FAIL: gdb.base/siginfo-obj.exp: p ssi_code
PASS -> FAIL: gdb.base/siginfo-obj.exp: p ssi_signo
PASS -> FAIL: gdb.base/siginfo-obj.exp: p $_siginfo._sifields._sigfault.si_addr = 0x666
PASS -> FAIL: gdb.base/siginfo-obj.exp: p $_siginfo.si_errno = 666
PASS -> FAIL: gdb.base/siginfo-obj.exp: p $_siginfo.si_code = 999
PASS -> FAIL: gdb.base/siginfo-obj.exp: p $_siginfo.si_signo = 11
PASS -> FAIL: gdb.base/siginfo-thread.exp: save a core file
PASS -> FAIL: gdb.base/siginfo-thread.exp: test signal in main thread
PASS -> FAIL: gdb.base/signals.exp: set variable count = 0
PASS -> FAIL: gdb.base/signals.exp: break handler if 0
PASS -> FAIL: gdb.base/signals.exp: set $handler_breakpoint_number = $bpnum
PASS -> FAIL: gdb.base/signals.exp: next to signal
PASS -> FAIL: gdb.base/signals.exp: next to alarm #1
PASS -> FAIL: gdb.base/signals.exp: next to ++count #1
PASS -> FAIL: gdb.base/signals.exp: p func1
PASS -> FAIL: gdb.base/signals.exp: p count #1
PASS -> FAIL: gdb.base/signals.exp: condition $handler_breakpoint_number
PASS -> FAIL: gdb.base/signals.exp: next to alarm #2
PASS -> FAIL: gdb.base/signals.exp: next to ++count #2
PASS -> FAIL: gdb.base/signals.exp: backtrace from handler when calling func1
PASS -> FAIL: gdb.base/signals.exp: continue
PASS -> FAIL: gdb.base/signals.exp: p count #2
PASS -> FAIL: gdb.base/signals.exp: info signal 5
PASS -> FAIL: gdb.base/signals.exp: signal SIGUSR1
PASS -> FAIL: gdb.base/signals.exp: backtrace for SIGUSR1
PASS -> FAIL: gdb.base/signull.exp: set for function pointer probe
PASS -> FAIL: gdb.base/signull.exp: probe function pointer
PASS -> FAIL: gdb.base/signull.exp: data read; select the pointer type
PASS -> FAIL: gdb.base/signull.exp: data read; take the SIGSEGV
PASS -> FAIL: gdb.base/signull.exp: data read; backtrace from SIGSEGV
PASS -> FAIL: gdb.base/signull.exp: data read; continue to the keeper
PASS -> FAIL: gdb.base/signull.exp: data read; backtrace from keeper through SIGSEGV
PASS -> FAIL: gdb.base/signull.exp: data write; start with the bowler
PASS -> FAIL: gdb.base/signull.exp: data write; select the pointer type
PASS -> FAIL: gdb.base/signull.exp: data write; take the SIGSEGV
PASS -> FAIL: gdb.base/signull.exp: data write; backtrace from SIGSEGV
PASS -> FAIL: gdb.base/signull.exp: data write; continue to the keeper
PASS -> FAIL: gdb.base/signull.exp: data write; backtrace from keeper through SIGSEGV
PASS -> FAIL: gdb.base/signull.exp: code; start with the bowler
PASS -> FAIL: gdb.base/signull.exp: code; select the pointer type
PASS -> FAIL: gdb.base/signull.exp: code; take the SIGSEGV
PASS -> FAIL: gdb.base/signull.exp: code; backtrace from SIGSEGV
PASS -> FAIL: gdb.base/signull.exp: code; continue to the keeper
PASS -> FAIL: gdb.base/signull.exp: code; backtrace from keeper through SIGSEGV
PASS -> FAIL: gdb.base/sigstep.exp: return from handleri: leave handler
PASS -> FAIL: gdb.base/sigstep.exp: return from handleri: leave signal trampoline
PASS -> FAIL: gdb.base/sigstep.exp: step to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: step to handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: next to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: next to handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: continue to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: continue to handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: stepi to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: stepi to handler entry: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: nexti to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: nexti to handler entry: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: step to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: step to handler entry: performing step
PASS -> FAIL: gdb.base/sigstep.exp: next to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: next to handler entry: performing next
PASS -> FAIL: gdb.base/sigstep.exp: continue to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: continue to handler entry: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: stepi over handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: stepi over handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: stepi over handler: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: stepi over handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: nexti over handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: nexti over handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: nexti over handler: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: nexti over handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: step over handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: step over handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: next over handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: next over handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: continue over handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: continue over handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, to handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, to handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, to handler: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, to handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, to handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, to handler: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, to handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, to handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, to handler: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, to handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, to handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, to handler: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, to handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, to handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, to handler: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, to handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, to handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, to handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, to handler: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, to handler entry: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, to handler entry: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, to handler entry: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, to handler entry: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, to handler entry: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, to handler entry: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, to handler entry: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, to handler entry: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, to handler entry: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, to handler entry: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, to handler entry: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, to handler entry: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, to handler entry: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, to handler entry: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, to handler entry: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, to handler entry: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, to handler entry: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, to handler entry: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, to handler entry: backtrace
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, no handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, no handler: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, no handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, no handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, no handler: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, no handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, no handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: step on breakpoint, skip handler, with sw-watchpoint, no handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, no handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: next on breakpoint, skip handler, with sw-watchpoint, no handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, no handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=off: continue on breakpoint, skip handler, with sw-watchpoint, no handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, no handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, no handler: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, no handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: performing stepi
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: stepi on breakpoint, skip handler, with sw-watchpoint, no handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, no handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, no handler: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, no handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: get next PC
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: performing nexti
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: nexti on breakpoint, skip handler, with sw-watchpoint, no handler: advanced
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, no handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: step on breakpoint, skip handler, with sw-watchpoint, no handler: performing step
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, no handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: next on breakpoint, skip handler, with sw-watchpoint, no handler: performing next
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, no handler: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint: performing continue
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint, no handler: set itimer = itimer_real
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint, no handler: set no_handler
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint, no handler: continue to infinite loop
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint, no handler: watch $convenience
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint, no handler: set done
PASS -> FAIL: gdb.base/sigstep.exp: displaced=on: continue on breakpoint, skip handler, with sw-watchpoint, no handler: performing continue
PASS -> FAIL: gdb.base/sizeof.exp: set padding_char.v = 1
PASS -> FAIL: gdb.base/sizeof.exp: print padding_char.p1
PASS -> FAIL: gdb.base/sizeof.exp: print/d padding_char.v
PASS -> FAIL: gdb.base/sizeof.exp: print padding_char.p2
PASS -> FAIL: gdb.base/sizeof.exp: set padding_short.v = 2
PASS -> FAIL: gdb.base/sizeof.exp: print padding_short.p1
PASS -> FAIL: gdb.base/sizeof.exp: print/d padding_short.v
PASS -> FAIL: gdb.base/sizeof.exp: print padding_short.p2
PASS -> FAIL: gdb.base/sizeof.exp: set padding_int.v = 4
PASS -> FAIL: gdb.base/sizeof.exp: print padding_int.p1
PASS -> FAIL: gdb.base/sizeof.exp: print/d padding_int.v
PASS -> FAIL: gdb.base/sizeof.exp: print padding_int.p2
PASS -> FAIL: gdb.base/sizeof.exp: set padding_long.v = 4
PASS -> FAIL: gdb.base/sizeof.exp: print padding_long.p1
PASS -> FAIL: gdb.base/sizeof.exp: print/d padding_long.v
PASS -> FAIL: gdb.base/sizeof.exp: print padding_long.p2
PASS -> FAIL: gdb.base/sizeof.exp: set padding_long_long.v = 8
PASS -> FAIL: gdb.base/sizeof.exp: print padding_long_long.p1
PASS -> FAIL: gdb.base/sizeof.exp: print/d padding_long_long.v
PASS -> FAIL: gdb.base/sizeof.exp: print padding_long_long.p2
PASS -> FAIL: gdb.base/sizeof.exp: set padding_float.v = 1
PASS -> FAIL: gdb.base/sizeof.exp: print padding_float.p1
PASS -> FAIL: gdb.base/sizeof.exp: print/f padding_float.v
PASS -> FAIL: gdb.base/sizeof.exp: print padding_float.p2
PASS -> FAIL: gdb.base/sizeof.exp: set padding_double.v = 2
PASS -> FAIL: gdb.base/sizeof.exp: print padding_double.p1
PASS -> FAIL: gdb.base/sizeof.exp: print/f padding_double.v
PASS -> FAIL: gdb.base/sizeof.exp: print padding_double.p2
PASS -> FAIL: gdb.base/sizeof.exp: set padding_long_double.v = 4
PASS -> FAIL: gdb.base/sizeof.exp: print padding_long_double.p1
PASS -> FAIL: gdb.base/sizeof.exp: print/f padding_long_double.v
PASS -> FAIL: gdb.base/sizeof.exp: print padding_long_double.p2
PASS -> FAIL: gdb.base/solib-search.exp: save a corefile
PASS -> FAIL: gdb.base/sss-bp-on-user-bp.exp: jump *$pc
PASS -> FAIL: gdb.base/stale-infcall.exp: test system longjmp tracking support
PASS -> FAIL: gdb.base/stale-infcall.exp: print infcall
PASS -> FAIL: gdb.base/stap-probe.exp: without semaphore, not optimized: check $_probe_arg0 for probe m4
PASS -> FAIL: gdb.base/stap-probe.exp: with semaphore, not optimized: check $_probe_arg0 for probe m4
PASS -> FAIL: gdb.base/stap-probe.exp: without semaphore, optimized: check $_probe_arg0 for probe user
PASS -> FAIL: gdb.base/stap-probe.exp: without semaphore, optimized: check $_probe_arg0 for probe m4
PASS -> FAIL: gdb.base/stap-probe.exp: without semaphore, optimized: check $_probe_arg2 for probe m4
PASS -> FAIL: gdb.base/stap-probe.exp: with semaphore, optimized: check $_probe_arg0 for probe user
PASS -> FAIL: gdb.base/stap-probe.exp: with semaphore, optimized: check $_probe_arg0 for probe m4
PASS -> FAIL: gdb.base/stap-probe.exp: with semaphore, optimized: check $_probe_arg2 for probe m4
PASS -> FAIL: gdb.base/step-over-exit.exp: continue to exit
PASS -> FAIL: gdb.base/step-over-exit.exp: find syscall insn in exit
PASS -> FAIL: gdb.base/step-over-exit.exp: delete display 1
PASS -> FAIL: gdb.base/step-over-exit.exp: get hexadecimal valueof "$pc"
PASS -> FAIL: gdb.base/step-over-exit.exp: continue to end, first time
PASS -> FAIL: gdb.base/step-over-exit.exp: switch back to inferior 1, first time
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=off: purging symbols
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=off: break *$pc
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=off: stepi
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=on: purging symbols
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=on: break *$pc
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=on: stepi
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=on: advanced
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=auto: purging symbols
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=auto: break *$pc
PASS -> FAIL: gdb.base/step-over-no-symbols.exp: displaced=auto: stepi
PASS -> FAIL: gdb.base/step-over-syscall.exp: fork: displaced=on: single step over fork
PASS -> FAIL: gdb.base/step-over-syscall.exp: vfork: displaced=on: single step over vfork
PASS -> FAIL: gdb.base/step-over-syscall.exp: detach-on-fork=on: follow-fork=child: break cond on target : fork: continue to end of inf 2
PASS -> FAIL: gdb.base/step-over-syscall.exp: detach-on-fork=on: follow-fork=child: break cond on target : vfork: continue to end of inf 2
PASS -> FAIL: gdb.base/step-over-syscall.exp: detach-on-fork=off: follow-fork=parent: break cond on target : fork: continue to marker
PASS -> FAIL: gdb.base/step-over-syscall.exp: detach-on-fork=off: follow-fork=child: break cond on target : fork: continue to end of inf 2
PASS -> FAIL: gdb.base/step-over-syscall.exp: detach-on-fork=off: follow-fork=child: break cond on target : vfork: continue to end of inf 2
PASS -> FAIL: gdb.base/step-over-syscall.exp: detach-on-fork=off: follow-fork=child: break cond on target : vfork: break marker
PASS -> FAIL: gdb.base/step-over-syscall.exp: detach-on-fork=off: follow-fork=child: break cond on target : vfork: continue to marker
PASS -> FAIL: gdb.base/step-resume-infcall.exp: p cond_hit
PASS -> FAIL: gdb.base/step-test.exp: step out
PASS -> FAIL: gdb.base/step-test.exp: stepi: finish call
PASS -> FAIL: gdb.base/store.exp: var charest l; print old l, expecting -1 .*
PASS -> FAIL: gdb.base/store.exp: var charest l; setting l to 4
PASS -> FAIL: gdb.base/store.exp: var charest l; print new l, expecting 4 ..004.
PASS -> FAIL: gdb.base/store.exp: var charest l; print incremented l, expecting 2 ..002.
PASS -> FAIL: gdb.base/store.exp: var short l; print old l, expecting -1
PASS -> FAIL: gdb.base/store.exp: var short l; print old r, expecting -2
PASS -> FAIL: gdb.base/store.exp: var short l; setting l to 4
PASS -> FAIL: gdb.base/store.exp: var short l; print new l, expecting 4
PASS -> FAIL: gdb.base/store.exp: var short l; print incremented l, expecting 2
PASS -> FAIL: gdb.base/store.exp: var int l; print old l, expecting -1
PASS -> FAIL: gdb.base/store.exp: var int l; print old r, expecting -2
PASS -> FAIL: gdb.base/store.exp: var int l; setting l to 4
PASS -> FAIL: gdb.base/store.exp: var int l; print new l, expecting 4
PASS -> FAIL: gdb.base/store.exp: var int l; print incremented l, expecting 2
PASS -> FAIL: gdb.base/store.exp: var long l; print old l, expecting -1
PASS -> FAIL: gdb.base/store.exp: var long l; print old r, expecting -2
PASS -> FAIL: gdb.base/store.exp: var long l; setting l to 4
PASS -> FAIL: gdb.base/store.exp: var long l; print new l, expecting 4
PASS -> FAIL: gdb.base/store.exp: var long l; print incremented l, expecting 2
PASS -> FAIL: gdb.base/store.exp: var longest l; print old l, expecting -1
PASS -> FAIL: gdb.base/store.exp: var longest l; setting l to 4
PASS -> FAIL: gdb.base/store.exp: var longest l; print new l, expecting 4
PASS -> FAIL: gdb.base/store.exp: var longest l; print incremented l, expecting 2
PASS -> FAIL: gdb.base/store.exp: upvar charest l; print old l, expecting -1 .*
PASS -> FAIL: gdb.base/store.exp: upvar charest l; set l to 4
PASS -> FAIL: gdb.base/store.exp: upvar charest l; print new l, expecting 4 ..004.
PASS -> FAIL: gdb.base/store.exp: upvar short l; print old l, expecting -1
PASS -> FAIL: gdb.base/store.exp: upvar short l; print old r, expecting -2
PASS -> FAIL: gdb.base/store.exp: upvar short l; set l to 4
PASS -> FAIL: gdb.base/store.exp: upvar short l; print new l, expecting 4
PASS -> FAIL: gdb.base/store.exp: upvar int l; print old l, expecting -1
PASS -> FAIL: gdb.base/store.exp: upvar int l; print old r, expecting -2
PASS -> FAIL: gdb.base/store.exp: upvar int l; set l to 4
PASS -> FAIL: gdb.base/store.exp: upvar int l; print new l, expecting 4
PASS -> FAIL: gdb.base/store.exp: upvar long l; print old l, expecting -1
PASS -> FAIL: gdb.base/store.exp: upvar long l; print old r, expecting -2
PASS -> FAIL: gdb.base/store.exp: upvar long l; set l to 4
PASS -> FAIL: gdb.base/store.exp: upvar long l; print new l, expecting 4
PASS -> FAIL: gdb.base/store.exp: upvar longest l; print old l, expecting -1
PASS -> FAIL: gdb.base/store.exp: upvar longest l; set l to 4
PASS -> FAIL: gdb.base/store.exp: upvar longest l; print new l, expecting 4
PASS -> FAIL: gdb.base/store.exp: var struct 1 u; print old u, expecting {s = \{0}}
PASS -> FAIL: gdb.base/store.exp: var struct 1 u; set u to s_1
PASS -> FAIL: gdb.base/store.exp: var struct 1 u; print new u, expecting {s = \{1}}
PASS -> FAIL: gdb.base/store.exp: var struct 2 u; print old u, expecting {s = \{0, 0}}
PASS -> FAIL: gdb.base/store.exp: var struct 2 u; set u to s_2
PASS -> FAIL: gdb.base/store.exp: var struct 2 u; print new u, expecting {s = \{1, 2}}
PASS -> FAIL: gdb.base/store.exp: var struct 3 u; set u to s_3
PASS -> FAIL: gdb.base/store.exp: var struct 3 u; print new u, expecting {s = \{1, 2, 3}}
PASS -> FAIL: gdb.base/store.exp: continue to wack_struct_4
PASS -> FAIL: gdb.base/store.exp: var struct 4 u; next to add_struct_4 call
PASS -> FAIL: gdb.base/store.exp: var struct 4 u; print old u, expecting {s = \{0, 0, 0, 0}}
PASS -> FAIL: gdb.base/store.exp: var struct 4 u; set u to s_4
PASS -> FAIL: gdb.base/store.exp: var struct 4 u; print new u, expecting {s = \{1, 2, 3, 4}}
PASS -> FAIL: gdb.base/store.exp: continue to add_struct_1
PASS -> FAIL: gdb.base/store.exp: up struct 1 u; up
PASS -> FAIL: gdb.base/store.exp: up struct 1 u; print old u, expecting {s = \{0}}
PASS -> FAIL: gdb.base/store.exp: up struct 1 u; set u to s_1
PASS -> FAIL: gdb.base/store.exp: up struct 1 u; print new u, expecting {s = \{1}}
PASS -> FAIL: gdb.base/store.exp: continue to add_struct_2
PASS -> FAIL: gdb.base/store.exp: up struct 2 u; up
PASS -> FAIL: gdb.base/store.exp: up struct 2 u; print old u, expecting {s = \{0, 0}}
PASS -> FAIL: gdb.base/store.exp: up struct 2 u; set u to s_2
PASS -> FAIL: gdb.base/store.exp: up struct 2 u; print new u, expecting {s = \{1, 2}}
PASS -> FAIL: gdb.base/store.exp: continue to add_struct_3
PASS -> FAIL: gdb.base/store.exp: up struct 3 u; up
PASS -> FAIL: gdb.base/store.exp: up struct 3 u; print old u, expecting {s = \{0, 0, 0}}
PASS -> FAIL: gdb.base/store.exp: up struct 3 u; set u to s_3
PASS -> FAIL: gdb.base/store.exp: up struct 3 u; print new u, expecting {s = \{1, 2, 3}}
PASS -> FAIL: gdb.base/store.exp: continue to add_struct_4
PASS -> FAIL: gdb.base/store.exp: up struct 4 u; up
PASS -> FAIL: gdb.base/store.exp: up struct 4 u; print old u, expecting {s = \{0, 0, 0, 0}}
PASS -> FAIL: gdb.base/store.exp: up struct 4 u; set u to s_4
PASS -> FAIL: gdb.base/store.exp: up struct 4 u; print new u, expecting {s = \{1, 2, 3, 4}}
PASS -> FAIL: gdb.base/store.exp: continue field 1
PASS -> FAIL: gdb.base/store.exp: next field 1
PASS -> FAIL: gdb.base/store.exp: old field 1
PASS -> FAIL: gdb.base/store.exp: set variable u = F_1
PASS -> FAIL: gdb.base/store.exp: new field 1
PASS -> FAIL: gdb.base/store.exp: set variable u = F_1, u.i = f_1.i
PASS -> FAIL: gdb.base/store.exp: f_1.i
PASS -> FAIL: gdb.base/store.exp: set variable u = F_1, u.j = f_1.j
PASS -> FAIL: gdb.base/store.exp: f_1.j
PASS -> FAIL: gdb.base/store.exp: set variable u = F_1, u.k = f_1.k
PASS -> FAIL: gdb.base/store.exp: f_1.k
PASS -> FAIL: gdb.base/store.exp: set variable u = f_1, u.i = F_1.i
PASS -> FAIL: gdb.base/store.exp: F_1.i
PASS -> FAIL: gdb.base/store.exp: set variable u = f_1, u.j = F_1.j
PASS -> FAIL: gdb.base/store.exp: F_1.j
PASS -> FAIL: gdb.base/store.exp: set variable u = f_1, u.k = F_1.k
PASS -> FAIL: gdb.base/store.exp: F_1.k
PASS -> FAIL: gdb.base/store.exp: continue field 2
PASS -> FAIL: gdb.base/store.exp: next field 2
PASS -> FAIL: gdb.base/store.exp: old field 2
PASS -> FAIL: gdb.base/store.exp: set variable u = F_2
PASS -> FAIL: gdb.base/store.exp: new field 2
PASS -> FAIL: gdb.base/store.exp: set variable u = F_2, u.i = f_2.i
PASS -> FAIL: gdb.base/store.exp: f_2.i
PASS -> FAIL: gdb.base/store.exp: set variable u = F_2, u.j = f_2.j
PASS -> FAIL: gdb.base/store.exp: f_2.j
PASS -> FAIL: gdb.base/store.exp: set variable u = F_2, u.k = f_2.k
PASS -> FAIL: gdb.base/store.exp: f_2.k
PASS -> FAIL: gdb.base/store.exp: set variable u = f_2, u.i = F_2.i
PASS -> FAIL: gdb.base/store.exp: F_2.i
PASS -> FAIL: gdb.base/store.exp: set variable u = f_2, u.j = F_2.j
PASS -> FAIL: gdb.base/store.exp: F_2.j
PASS -> FAIL: gdb.base/store.exp: set variable u = f_2, u.k = F_2.k
PASS -> FAIL: gdb.base/store.exp: F_2.k
PASS -> FAIL: gdb.base/store.exp: continue field 3
PASS -> FAIL: gdb.base/store.exp: next field 3
PASS -> FAIL: gdb.base/store.exp: old field 3
PASS -> FAIL: gdb.base/store.exp: set variable u = F_3
PASS -> FAIL: gdb.base/store.exp: new field 3
PASS -> FAIL: gdb.base/store.exp: set variable u = F_3, u.i = f_3.i
PASS -> FAIL: gdb.base/store.exp: f_3.i
PASS -> FAIL: gdb.base/store.exp: set variable u = F_3, u.j = f_3.j
PASS -> FAIL: gdb.base/store.exp: f_3.j
PASS -> FAIL: gdb.base/store.exp: set variable u = F_3, u.k = f_3.k
PASS -> FAIL: gdb.base/store.exp: f_3.k
PASS -> FAIL: gdb.base/store.exp: set variable u = f_3, u.i = F_3.i
PASS -> FAIL: gdb.base/store.exp: F_3.i
PASS -> FAIL: gdb.base/store.exp: set variable u = f_3, u.j = F_3.j
PASS -> FAIL: gdb.base/store.exp: F_3.j
PASS -> FAIL: gdb.base/store.exp: set variable u = f_3, u.k = F_3.k
PASS -> FAIL: gdb.base/store.exp: F_3.k
PASS -> FAIL: gdb.base/store.exp: continue field 4
PASS -> FAIL: gdb.base/store.exp: next field 4
PASS -> FAIL: gdb.base/store.exp: old field 4
PASS -> FAIL: gdb.base/store.exp: set variable u = F_4
PASS -> FAIL: gdb.base/store.exp: new field 4
PASS -> FAIL: gdb.base/store.exp: set variable u = F_4, u.i = f_4.i
PASS -> FAIL: gdb.base/store.exp: f_4.i
PASS -> FAIL: gdb.base/store.exp: set variable u = F_4, u.j = f_4.j
PASS -> FAIL: gdb.base/store.exp: f_4.j
PASS -> FAIL: gdb.base/store.exp: set variable u = F_4, u.k = f_4.k
PASS -> FAIL: gdb.base/store.exp: f_4.k
PASS -> FAIL: gdb.base/store.exp: set variable u = f_4, u.i = F_4.i
PASS -> FAIL: gdb.base/store.exp: F_4.i
PASS -> FAIL: gdb.base/store.exp: set variable u = f_4, u.j = F_4.j
PASS -> FAIL: gdb.base/store.exp: F_4.j
PASS -> FAIL: gdb.base/store.exp: set variable u = f_4, u.k = F_4.k
PASS -> FAIL: gdb.base/store.exp: F_4.k
PASS -> FAIL: gdb.base/structs.exp: p/c fun<n>
PASS -> FAIL: gdb.base/structs.exp: call Fun<n>
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 1 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 5 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 6 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 7 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 8 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 9 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 10 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 11 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 12 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 13 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 14 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 15 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 16 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 17 structs-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 1 structs-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 1 structs-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 1 structs-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 1 structs-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 3 structs-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 3 structs-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 3 structs-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 3 structs-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 4 structs-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 4 structs-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 4 structs-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 4 structs-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 5 structs-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 5 structs-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 5 structs-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 5 structs-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 6 structs-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 6 structs-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 6 structs-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 6 structs-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 7 structs-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 7 structs-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 7 structs-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 7 structs-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 8 structs-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 8 structs-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 8 structs-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 8 structs-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 1 structs-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 5 structs-ts
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 1 structs-ts
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 1 structs-ts
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 1 structs-ts
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 1 structs-ts
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-ts
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-ts
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-ts
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-ts
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 3 structs-ts
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 3 structs-ts
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 3 structs-ts
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 3 structs-ts
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 4 structs-ts
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 4 structs-ts
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 4 structs-ts
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 4 structs-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 1 structs-ti
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-ti
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-ti
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 1 structs-ti
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 1 structs-ti
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 1 structs-ti
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 1 structs-ti
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-ti
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-ti
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-ti
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-ti
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 1 structs-tl
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tl
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tl
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 1 structs-tl
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 1 structs-tl
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 1 structs-tl
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 1 structs-tl
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tl
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tl
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tl
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tl
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 1 structs-tll
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tll
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 1 structs-tll
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 1 structs-tll
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 1 structs-tll
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 1 structs-tll
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 1 structs-tf
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tf
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tf
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 1 structs-tf
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 1 structs-tf
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 1 structs-tf
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 1 structs-tf
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tf
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tf
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tf
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tf
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 1 structs-td
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-td
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 1 structs-td
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 1 structs-td
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 1 structs-td
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 1 structs-td
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 1 structs-tld
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tld
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 1 structs-tld
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 1 structs-tld
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 1 structs-tld
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 1 structs-tld
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 5 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 6 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 7 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 8 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-ts-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 5 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 6 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-ti-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 5 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 6 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tl-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tll-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 5 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 6 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tf-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-td-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tld-tc
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 5 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 6 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tc-ts
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tc-ti
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tc-ti
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-tc-ti
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tc-ti
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tc-ti
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tc-ti
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tc-ti
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tc-tl
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tc-tl
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-tc-tl
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tc-tl
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tc-tl
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tc-tl
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tc-tl
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tc-tll
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tc-tf
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 3 structs-tc-tf
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 4 structs-tc-tf
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tc-td
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tc-tld
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-td-tf
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-td-tf
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-td-tf
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-td-tf
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-td-tf
PASS -> FAIL: gdb.base/structs.exp: p/c L<n>; call 2 structs-tf-td
PASS -> FAIL: gdb.base/structs.exp: return foo<n>; return 2 structs-tf-td
PASS -> FAIL: gdb.base/structs.exp: advance to fun<n> for finish; return 2 structs-tf-td
PASS -> FAIL: gdb.base/structs.exp: finish foo<n>; return 2 structs-tf-td
PASS -> FAIL: gdb.base/structs.exp: value foo<n> finished; return 2 structs-tf-td
PASS -> FAIL: gdb.base/symbol-alias.exp: p *func
PASS -> FAIL: gdb.base/symbol-alias.exp: p *func_alias
PASS -> FAIL: gdb.base/unwindonsignal.exp: unwindonsignal, inferior function call signaled
PASS -> FAIL: gdb.base/value-double-free.exp: print empty
PASS -> FAIL: gdb.base/varargs.exp: print find_max1
PASS -> FAIL: gdb.base/varargs.exp: print find_max2
PASS -> FAIL: gdb.base/varargs.exp: print find_max_double
PASS -> FAIL: gdb.base/varargs.exp: print find_max_float_real
PASS -> FAIL: gdb.base/varargs.exp: print find_max_double_real
PASS -> FAIL: gdb.base/varargs.exp: print find_max_long_double_real
PASS -> FAIL: gdb.base/vdso-warning.exp: core: save a corefile
PASS -> FAIL: gdb.base/vla-datatypes.exp: set variable int_vla[0] = 42
PASS -> FAIL: gdb.base/vla-datatypes.exp: print sizeof
PASS -> FAIL: gdb.base/vla-datatypes.exp: print int_vla[0] - sizeof no side effects
PASS -> FAIL: gdb.base/vla-datatypes.exp: ptype ++int_vla[0]
PASS -> FAIL: gdb.base/vla-datatypes.exp: print int_vla[0] - ptype no side effects
PASS -> FAIL: gdb.base/vla-datatypes.exp: whatis ++int_vla[0]
PASS -> FAIL: gdb.base/vla-datatypes.exp: print int_vla[0] - whatis no side effects
PASS -> FAIL: gdb.base/vla-sideeffect.exp: print sizeof
PASS -> FAIL: gdb.base/vla-sideeffect.exp: print i - sizeof with side effects
PASS -> FAIL: gdb.base/vla-sideeffect.exp: print j - sizeof with no side effects
PASS -> FAIL: gdb.base/vla-sideeffect.exp: ptype vla2[i++]
PASS -> FAIL: gdb.base/vla-sideeffect.exp: print i - ptype with side effects
PASS -> FAIL: gdb.base/vla-sideeffect.exp: ptype vla2[i++ + sizeof
PASS -> FAIL: gdb.base/vla-sideeffect.exp: print j - ptype with no side effects
PASS -> FAIL: gdb.base/vla-sideeffect.exp: whatis vla2[i++]
PASS -> FAIL: gdb.base/vla-sideeffect.exp: print i - whatis with side effects
PASS -> FAIL: gdb.base/vla-sideeffect.exp: whatis vla2[i++ + sizeof
PASS -> FAIL: gdb.base/vla-sideeffect.exp: print j - whatis with no side effects
PASS -> FAIL: gdb.base/watchpoint.exp: calling function with watchpoint enabled
PASS -> FAIL: gdb.base/watchpoint.exp: no-hw: calling function with watchpoint enabled
PASS -> FAIL: gdb.base/whatis-exp.exp: set variable x=14
PASS -> FAIL: gdb.base/whatis-exp.exp: set variable y=2
PASS -> FAIL: gdb.base/whatis-exp.exp: set variable z=2
PASS -> FAIL: gdb.base/whatis-exp.exp: set variable w=3
PASS -> FAIL: gdb.base/whatis-exp.exp: print value of x
PASS -> FAIL: gdb.base/whatis-exp.exp: print value of y
PASS -> FAIL: gdb.base/whatis-exp.exp: print value of z
PASS -> FAIL: gdb.base/whatis-exp.exp: print value of w
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of x+y
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of x-y
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of x*y
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of x/y
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of x%y
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of x=y
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of x+=2
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of  ++x
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of  --x
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of  x++
PASS -> FAIL: gdb.base/whatis-exp.exp: whatis value of  x--
PASS -> FAIL: gdb.compile/compile.exp: test abbreviations and code delimiter
PASS -> FAIL: gdb.compile/compile.exp: test delimiter with -r
PASS -> FAIL: gdb.compile/compile.exp: test delimiter with -raw
PASS -> FAIL: gdb.compile/compile.exp: set variable without trailing semicolon
PASS -> FAIL: gdb.compile/compile.exp: check variable without trailing semicolon
PASS -> FAIL: gdb.compile/compile.exp: set variable from macro
PASS -> FAIL: gdb.compile/compile.exp: expect 23
PASS -> FAIL: gdb.compile/compile.exp: set variable from function-like macro
PASS -> FAIL: gdb.compile/compile.exp: expect -1
PASS -> FAIL: gdb.compile/compile.exp: set variable
PASS -> FAIL: gdb.compile/compile.exp: expect 42
PASS -> FAIL: gdb.compile/compile.exp: modify variable
PASS -> FAIL: gdb.compile/compile.exp: expect 84
PASS -> FAIL: gdb.compile/compile.exp: compile code multiline 4
PASS -> FAIL: gdb.compile/compile.exp: expect 20
PASS -> FAIL: gdb.compile/compile.exp: use external source file
PASS -> FAIL: gdb.compile/compile.exp: expect 7
PASS -> FAIL: gdb.compile/compile.exp: call static function
PASS -> FAIL: gdb.compile/compile.exp: expect 9
PASS -> FAIL: gdb.compile/compile.exp: call global function
PASS -> FAIL: gdb.compile/compile.exp: expect 8
PASS -> FAIL: gdb.compile/compile.exp: compute size of ulonger
PASS -> FAIL: gdb.compile/compile.exp: check size of ulonger
PASS -> FAIL: gdb.compile/compile.exp: compute size of longer
PASS -> FAIL: gdb.compile/compile.exp: check size of longer
PASS -> FAIL: gdb.compile/compile.exp: compile code globalvar = MINUS_1
PASS -> FAIL: gdb.compile/compile.exp: check MINUS_1
PASS -> FAIL: gdb.compile/compile.exp: compile code globalvar = static_local
PASS -> FAIL: gdb.compile/compile.exp: check static_local
PASS -> FAIL: gdb.compile/compile.exp: do not keep jit in memory
PASS -> FAIL: gdb.compile/compile.exp: compile code func_doesnotexist
PASS -> FAIL: gdb.compile/compile.exp: compile code segfault first
PASS -> FAIL: gdb.compile/compile.exp: bt
PASS -> FAIL: gdb.compile/compile.exp: info sym found
PASS -> FAIL: gdb.compile/compile.exp: return
PASS -> FAIL: gdb.compile/compile.exp: info sym not found
PASS -> FAIL: gdb.compile/compile.exp: compile code segfault second
PASS -> FAIL: gdb.compile/compile.exp: set localvar
PASS -> FAIL: gdb.compile/compile.exp: expect 12
PASS -> FAIL: gdb.compile/compile.exp: modify localvar
PASS -> FAIL: gdb.compile/compile.exp: expect 24
PASS -> FAIL: gdb.compile/compile.exp: test shadowing
PASS -> FAIL: gdb.compile/compile.exp: expect 52
PASS -> FAIL: gdb.compile/compile.exp: compile code localvar = externed
PASS -> FAIL: gdb.compile/compile.exp: test extern in inner scope
PASS -> FAIL: gdb.compile/compile.exp: compile code vla[2] = 7
PASS -> FAIL: gdb.compile/compile.exp: p vla[2]
PASS -> FAIL: gdb.compile/compile.exp: compile code localvar =
PASS -> FAIL: gdb.compile/compile.exp: p localvar
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.selffield = &struct_object
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.selffield == &struct_object
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.charfield = 1
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.charfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.ucharfield = 1
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.ucharfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.shortfield = -5
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.shortfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.ushortfield = 5
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.ushortfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.intfield = -7
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.intfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.uintfield = 7
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.uintfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.bitfield = 2
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.bitfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.longfield = -9
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.longfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.ulongfield = 9
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.ulongfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.enumfield = ONE
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.enumfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.floatfield = 1
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.floatfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.doublefield = 2
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.doublefield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.arrayfield[2] = 7
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.arrayfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.complexfield = 7 + 5i
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.complexfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.boolfield = 1
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.boolfield
PASS -> FAIL: gdb.compile/compile.exp: compile code struct_object.vectorfield[2] = 7
PASS -> FAIL: gdb.compile/compile.exp: print struct_object.vectorfield
PASS -> FAIL: gdb.compile/compile.exp: compile code union_object.typedeffield = 7
PASS -> FAIL: gdb.compile/compile.exp: print union_object.typedeffield
PASS -> FAIL: gdb.compile/compile.exp: print union_object.intfield
PASS -> FAIL: gdb.compile/compile.exp: print unresolved value
PASS -> FAIL: gdb.compile/compile.exp: compile code globalshadow += 1;
PASS -> FAIL: gdb.compile/compile.exp: print globalshadow
PASS -> FAIL: gdb.compile/compile.exp: compile code extern int globalshadow; globalshadow += 5;
PASS -> FAIL: gdb.compile/compile.exp: print 'compile.c'::globalshadow
PASS -> FAIL: gdb.compile/compile.exp: print globalshadow second time
PASS -> FAIL: gdb.compile/compile.exp: compile code staticshadow += 2;
PASS -> FAIL: gdb.compile/compile.exp: print staticshadow
PASS -> FAIL: gdb.compile/compile.exp: compile code -r multiline 4
PASS -> FAIL: gdb.compile/compile.exp: check globalshadow with -r
PASS -> FAIL: gdb.compile/compile.exp: pointer to jit function
PASS -> FAIL: gdb.compile/compile.exp: set variable to 77
PASS -> FAIL: gdb.compile/compile.exp: expect 77
PASS -> FAIL: gdb.compile/compile.exp: call func_nodebug
PASS -> FAIL: gdb.compile/compile.exp: expect -75
PASS -> FAIL: gdb.compile/compile.exp: call func_nodebug indirectly
PASS -> FAIL: gdb.compile/compile.exp: expect -76
PASS -> FAIL: gdb.compile/compile.exp: compile code static const int readonly = 1; *
PASS -> FAIL: gdb.compile/compile.exp: compile code union union_type newdecl_u
PASS -> FAIL: gdb.compile/compile.exp: compile code struct struct_type newdecl_s
PASS -> FAIL: gdb.compile/compile.exp: compile code inttypedef newdecl_i
PASS -> FAIL: gdb.compile/compile.exp: call shared library function
PASS -> FAIL: gdb.compile/compile.exp: expect 1
PASS -> FAIL: gdb.compile/compile.exp: modify shared library variable
PASS -> FAIL: gdb.compile/compile.exp: expect 15
PASS -> FAIL: gdb.compile/compile-ifunc.exp: nodebug: compile code resultvar = gnu_ifunc
PASS -> FAIL: gdb.compile/compile-ifunc.exp: nodebug: p
PASS -> FAIL: gdb.compile/compile-ifunc.exp: debug: compile code resultvar = gnu_ifunc_alias
PASS -> FAIL: gdb.compile/compile-ifunc.exp: debug: p resultvar
PASS -> FAIL: gdb.compile/compile-ops.exp: compile code
PASS -> FAIL: gdb.compile/compile-print.exp: compile print varint
PASS -> FAIL: gdb.compile/compile-print.exp: compile print vararray
PASS -> FAIL: gdb.compile/compile-print.exp: compile print main
PASS -> FAIL: gdb.compile/compile-print.exp: compile print/x 256
PASS -> FAIL: gdb.compile/compile-print.exp: print $
PASS -> FAIL: gdb.compile/compile-print.exp: compile print varobject
PASS -> FAIL: gdb.compile/compile-setjmp.exp: compile file -r
PASS -> FAIL: gdb.compile/compile-setjmp.exp: p done
PASS -> FAIL: gdb.compile/compile-tls.exp: compile code local_scope = 1
PASS -> FAIL: gdb.compile/compile-tls.exp: print local_scope
PASS -> FAIL: gdb.compile/compile-tls.exp: compile code static_scope = 2
PASS -> FAIL: gdb.compile/compile-tls.exp: print static_scope
PASS -> FAIL: gdb.compile/compile-tls.exp: compile code global_scope = 3
PASS -> FAIL: gdb.compile/compile-tls.exp: print global_scope
PASS -> FAIL: gdb.cp/anon-union.exp: set var foo.cloth
PASS -> FAIL: gdb.cp/anon-union.exp: print foo 3
PASS -> FAIL: gdb.cp/anon-union.exp: next 3
PASS -> FAIL: gdb.cp/anon-union.exp: print foo 4
PASS -> FAIL: gdb.cp/anon-union.exp: set var foo.pebble
PASS -> FAIL: gdb.cp/anon-union.exp: print foo 5
PASS -> FAIL: gdb.cp/anon-union.exp: set var foo.qux
PASS -> FAIL: gdb.cp/anon-union.exp: print foo 6
PASS -> FAIL: gdb.cp/anon-union.exp: set var foo.mux
PASS -> FAIL: gdb.cp/anon-union.exp: print foo 7
PASS -> FAIL: gdb.cp/anon-union.exp: set var foo.x.rock
PASS -> FAIL: gdb.cp/anon-union.exp: print foo 8
PASS -> FAIL: gdb.cp/anon-union.exp: set var foo.x.rock2
PASS -> FAIL: gdb.cp/anon-union.exp: print foo 9
PASS -> FAIL: gdb.cp/anon-union.exp: next 4
PASS -> FAIL: gdb.cp/anon-union.exp: print w 1
PASS -> FAIL: gdb.cp/anon-union.exp: print z 1
PASS -> FAIL: gdb.cp/anon-union.exp: next 5
PASS -> FAIL: gdb.cp/anon-union.exp: print w 2
PASS -> FAIL: gdb.cp/anon-union.exp: print z 2
PASS -> FAIL: gdb.cp/anon-union.exp: set var z
PASS -> FAIL: gdb.cp/anon-union.exp: print w 3
PASS -> FAIL: gdb.cp/anon-union.exp: print z 3
PASS -> FAIL: gdb.cp/bool.exp: print return_true
PASS -> FAIL: gdb.cp/bool.exp: print return_false
PASS -> FAIL: gdb.cp/bs15503.exp: print s.length
PASS -> FAIL: gdb.cp/bs15503.exp: print s[0]
PASS -> FAIL: gdb.cp/bs15503.exp: print s[s.length
PASS -> FAIL: gdb.cp/bs15503.exp: print
PASS -> FAIL: gdb.cp/call-c.exp: print foo
PASS -> FAIL: gdb.cp/call-c.exp: print rf->func
PASS -> FAIL: gdb.cp/call-c.exp: print handle->func
PASS -> FAIL: gdb.cp/chained-calls.exp: g
PASS -> FAIL: gdb.cp/chained-calls.exp: q
PASS -> FAIL: gdb.cp/chained-calls.exp: p
PASS -> FAIL: gdb.cp/chained-calls.exp: getb
PASS -> FAIL: gdb.cp/chained-calls.exp: *c
PASS -> FAIL: gdb.cp/chained-calls.exp: *c + *c
PASS -> FAIL: gdb.cp/chained-calls.exp: make_int
PASS -> FAIL: gdb.cp/classes.exp: call class_param.Aptr_a
PASS -> FAIL: gdb.cp/classes.exp: call class_param.Aptr_x
PASS -> FAIL: gdb.cp/classes.exp: call class_param.Aref_a
PASS -> FAIL: gdb.cp/classes.exp: call class_param.Aref_x
PASS -> FAIL: gdb.cp/classes.exp: call class_param.Aval_a
PASS -> FAIL: gdb.cp/classes.exp: call class_param.Aval_x
new FAIL: gdb.cp/classes.exp: set foo.st = 200
PASS -> FAIL: gdb.cp/classes.exp: print bar.st
PASS -> FAIL: gdb.cp/classes.exp: print &foo.st
PASS -> FAIL: gdb.cp/classes.exp: print &Bar::st
PASS -> FAIL: gdb.cp/classes.exp: print *$
PASS -> FAIL: gdb.cp/classes.exp: set print static-members off
PASS -> FAIL: gdb.cp/classes.exp: print csi without static members
PASS -> FAIL: gdb.cp/classes.exp: print cnsi without static members
PASS -> FAIL: gdb.cp/classes.exp: set print static-members on
PASS -> FAIL: gdb.cp/classes.exp: print csi with static members
PASS -> FAIL: gdb.cp/classes.exp: print cnsi with static members
PASS -> FAIL: gdb.cp/classes.exp: print recursive static member
new FAIL: gdb.cp/classes.exp: setting breakpoint at marker_reg1
new FAIL: gdb.cp/classes.exp: continue
PASS -> FAIL: gdb.cp/classes.exp: finish from marker_reg1
PASS -> FAIL: gdb.cp/classes.exp: calling method for small class
PASS -> FAIL: gdb.cp/classes.exp: print ctor of typedef class
PASS -> FAIL: gdb.cp/classes.exp: print dtor of typedef class
PASS -> FAIL: gdb.cp/converts.exp: typedef to another typedef
PASS -> FAIL: gdb.cp/converts.exp: typedef to typedef of a typedef
PASS -> FAIL: gdb.cp/converts.exp: pointer to pointer
PASS -> FAIL: gdb.cp/converts.exp: pointer to array
PASS -> FAIL: gdb.cp/converts.exp: pointer to ancestor pointer
PASS -> FAIL: gdb.cp/converts.exp: pointer to void pointer
PASS -> FAIL: gdb.cp/converts.exp: pointer to boolean
PASS -> FAIL: gdb.cp/converts.exp: pointer pointer to void pointer
PASS -> FAIL: gdb.cp/converts.exp: pointer pointer to pointer pointer
PASS -> FAIL: gdb.cp/converts.exp: pointer pointer to array of pointers
PASS -> FAIL: gdb.cp/converts.exp: null pointer conversion
PASS -> FAIL: gdb.cp/converts.exp: p foo3_1
PASS -> FAIL: gdb.cp/converts.exp: p foo3_2
PASS -> FAIL: gdb.cp/converts.exp: p foo1_type_check
PASS -> FAIL: gdb.cp/converts.exp: p foo2_type_check
PASS -> FAIL: gdb.cp/converts.exp: p foo3_type_check
PASS -> FAIL: gdb.cp/derivation.exp: print value of g_instance.afoo
PASS -> FAIL: gdb.cp/derivation.exp: print value of g_instance.bfoo
PASS -> FAIL: gdb.cp/derivation.exp: print value of g_instance.cfoo
PASS -> FAIL: gdb.cp/enum-class.exp: print overload1
PASS -> FAIL: gdb.cp/enum-class.exp: print overload3
PASS -> FAIL: gdb.cp/filename.exp: print includefile
PASS -> FAIL: gdb.cp/filename.exp: print this->includefile
PASS -> FAIL: gdb.cp/filename.exp: print d.includefile
PASS -> FAIL: gdb.cp/filename.exp: print pd->includefile
PASS -> FAIL: gdb.cp/fpointer.exp: p p1
PASS -> FAIL: gdb.cp/fpointer.exp: p p2
PASS -> FAIL: gdb.cp/fpointer.exp: p p[0]
PASS -> FAIL: gdb.cp/fpointer.exp: p p[1]
PASS -> FAIL: gdb.cp/fpointer.exp: p p3
PASS -> FAIL: gdb.cp/fpointer.exp: p p4
PASS -> FAIL: gdb.cp/gdb2384.exp: print d1.meth
PASS -> FAIL: gdb.cp/gdb2384.exp: gdb2384
PASS -> FAIL: gdb.cp/gdb2384.exp: print d2.meth
PASS -> FAIL: gdb.cp/gdb2495.exp: p exceptions.no_throw_function
PASS -> FAIL: gdb.cp/gdb2495.exp: p exceptions.throw_function_with_handler
PASS -> FAIL: gdb.cp/gdb2495.exp: call a function that raises an exception without a handler.
PASS -> FAIL: gdb.cp/gdb2495.exp: call a function that raises an exception with unwinding off..
PASS -> FAIL: gdb.cp/gdb2495.exp: p exceptions.raise_signal
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 0
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 1
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 2
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 3
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 4
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 5
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 6
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 7
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 8
PASS -> FAIL: gdb.cp/infcall-dlopen.exp: test 9
PASS -> FAIL: gdb.cp/koenig.exp: p first
PASS -> FAIL: gdb.cp/koenig.exp: p second
PASS -> FAIL: gdb.cp/koenig.exp: p entry
PASS -> FAIL: gdb.cp/koenig.exp: p ma.foo
PASS -> FAIL: gdb.cp/koenig.exp: p M::N::foo
PASS -> FAIL: gdb.cp/koenig.exp: p M::bar
PASS -> FAIL: gdb.cp/koenig.exp: p M::N::bar
PASS -> FAIL: gdb.cp/koenig.exp: p q == 5
PASS -> FAIL: gdb.cp/koenig.exp: p q == 5.0f
PASS -> FAIL: gdb.cp/koenig.exp: p q != 5
PASS -> FAIL: gdb.cp/koenig.exp: p q != 5.0f
PASS -> FAIL: gdb.cp/koenig.exp: p q + 5.0f
PASS -> FAIL: gdb.cp/koenig.exp: p q + 5
PASS -> FAIL: gdb.cp/koenig.exp: p ++q
PASS -> FAIL: gdb.cp/koenig.exp: p r.rfoo
PASS -> FAIL: gdb.cp/koenig.exp: p rfoo
PASS -> FAIL: gdb.cp/koenig.exp: p this->rfoo
PASS -> FAIL: gdb.cp/member-ptr.exp: print pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: print a.*pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: print a_p->*pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: set var pmi = &A::jj
PASS -> FAIL: gdb.cp/member-ptr.exp: set var pmi = &A::j
PASS -> FAIL: gdb.cp/member-ptr.exp: print a.*pmi = 33
PASS -> FAIL: gdb.cp/member-ptr.exp: print a
PASS -> FAIL: gdb.cp/member-ptr.exp: print a_p->*pmi = 44
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype a.*pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: print *pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype *pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: print
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype diamond_pfunc_ptr
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype diamond.*diamond_pfunc_ptr
PASS -> FAIL: gdb.cp/member-ptr.exp: print diamond.*diamond_pfunc_ptr
PASS -> FAIL: gdb.cp/member-ptr.exp: print diamond.func_ptr
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype pmf_p
new FAIL: gdb.cp/member-ptr.exp: print pmf_p
PASS -> FAIL: gdb.cp/member-ptr.exp: print a.*pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print a_p->*pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: set var pmf = &A::foo
PASS -> FAIL: gdb.cp/member-ptr.exp: print *pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype *pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype a.*pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: ptype
PASS -> FAIL: gdb.cp/member-ptr.exp: print diamond_pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: print diamond.*diamond_pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: print diamond.*left_pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print diamond.*right_pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print diamond.*left_vpmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print diamond.*right_vpmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print left_vpmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print right_vpmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print base_vpmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print null_pmi
PASS -> FAIL: gdb.cp/member-ptr.exp: print null_pmi = &A::j
PASS -> FAIL: gdb.cp/member-ptr.exp: print null_pmi = 0
PASS -> FAIL: gdb.cp/member-ptr.exp: print null_pmf
PASS -> FAIL: gdb.cp/member-ptr.exp: print null_pmf = &A::foo
PASS -> FAIL: gdb.cp/member-ptr.exp: print null_pmf = 0
PASS -> FAIL: gdb.cp/misc.exp: set a bool var
PASS -> FAIL: gdb.cp/misc.exp: print a bool array
PASS -> FAIL: gdb.cp/misc.exp: set a bool array elem
PASS -> FAIL: gdb.cp/misc.exp: print true
PASS -> FAIL: gdb.cp/misc.exp: print false
PASS -> FAIL: gdb.cp/misc.exp: 1 + true
PASS -> FAIL: gdb.cp/misc.exp: 3 + false
PASS -> FAIL: gdb.cp/misc.exp: 1 < 2 < 3
PASS -> FAIL: gdb.cp/misc.exp: 2 < 1 > 4
PASS -> FAIL: gdb.cp/misc.exp:
PASS -> FAIL: gdb.cp/misc.exp: expression using block qualifier
PASS -> FAIL: gdb.cp/namespace.exp: print 'AAA::xyzq'
PASS -> FAIL: gdb.cp/namespace.exp: print AAA::xyzq
PASS -> FAIL: gdb.cp/namespace.exp: print 'BBB::CCC::xyzq'
PASS -> FAIL: gdb.cp/namespace.exp: print BBB::CCC::xyzq
PASS -> FAIL: gdb.cp/non-trivial-retval.exp: p f1
PASS -> FAIL: gdb.cp/non-trivial-retval.exp: p f2
PASS -> FAIL: gdb.cp/non-trivial-retval.exp: p f22
PASS -> FAIL: gdb.cp/non-trivial-retval.exp: p f3
PASS -> FAIL: gdb.cp/non-trivial-retval.exp: p f4
PASS -> FAIL: gdb.cp/operator.exp: global operator
PASS -> FAIL: gdb.cp/operator.exp: global operator overload
PASS -> FAIL: gdb.cp/operator.exp: ADL operator
PASS -> FAIL: gdb.cp/operator.exp: ADL operator overload
PASS -> FAIL: gdb.cp/operator.exp: fully qualified explicit operator call
PASS -> FAIL: gdb.cp/operator.exp: anonymous namespace operator
PASS -> FAIL: gdb.cp/operator.exp: anonymous namespace operator overload
PASS -> FAIL: gdb.cp/operator.exp: anonymous namespace operator overload float
PASS -> FAIL: gdb.cp/operator.exp: imported operator
PASS -> FAIL: gdb.cp/operator.exp: imported operator overload
PASS -> FAIL: gdb.cp/operator.exp: imported operator overload float
PASS -> FAIL: gdb.cp/operator.exp: member operator
PASS -> FAIL: gdb.cp/operator.exp: member operator overload
PASS -> FAIL: gdb.cp/operator.exp: p l == 1
PASS -> FAIL: gdb.cp/oranking.exp: p test1
PASS -> FAIL: gdb.cp/oranking.exp: p foo1
PASS -> FAIL: gdb.cp/oranking.exp: p test2
PASS -> FAIL: gdb.cp/oranking.exp: p test3
PASS -> FAIL: gdb.cp/oranking.exp: p foo3
PASS -> FAIL: gdb.cp/oranking.exp: p test4
PASS -> FAIL: gdb.cp/oranking.exp: p foo4
PASS -> FAIL: gdb.cp/oranking.exp: p test5
PASS -> FAIL: gdb.cp/oranking.exp: p foo5
PASS -> FAIL: gdb.cp/oranking.exp: p test6
PASS -> FAIL: gdb.cp/oranking.exp: p foo6
PASS -> FAIL: gdb.cp/oranking.exp: p test7
PASS -> FAIL: gdb.cp/oranking.exp: p foo7
PASS -> FAIL: gdb.cp/oranking.exp: p test8
PASS -> FAIL: gdb.cp/oranking.exp: p foo8
PASS -> FAIL: gdb.cp/oranking.exp: p test9
PASS -> FAIL: gdb.cp/oranking.exp: p foo9
PASS -> FAIL: gdb.cp/oranking.exp: p test10
PASS -> FAIL: gdb.cp/oranking.exp: p test101
PASS -> FAIL: gdb.cp/oranking.exp: p foo101
PASS -> FAIL: gdb.cp/oranking.exp: p test11
PASS -> FAIL: gdb.cp/oranking.exp: p test12
PASS -> FAIL: gdb.cp/oranking.exp: p foo12
PASS -> FAIL: gdb.cp/oranking.exp: p test13
PASS -> FAIL: gdb.cp/oranking.exp: p test14
PASS -> FAIL: gdb.cp/oranking.exp: p test15
PASS -> FAIL: gdb.cp/oranking.exp: p foo15
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 1 arg
PASS -> FAIL: gdb.cp/overload.exp: print foo_instance1.overloadfnarg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 2 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 3 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 4 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 5 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 6 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 7 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 8 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 9 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 10 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func 11 args
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func void arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func char arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func signed char arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func unsigned char arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func short arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func unsigned short arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func int arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func unsigned int arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func long arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func unsigned long arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func float arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func double arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func int\* arg
PASS -> FAIL: gdb.cp/overload.exp: print call overloaded func char\* arg
PASS -> FAIL: gdb.cp/overload.exp: print bar
PASS -> FAIL: gdb.cp/overload.exp: print overloadNamespace
PASS -> FAIL: gdb.cp/overload.exp: print K::staticoverload
PASS -> FAIL: gdb.cp/overload.exp: print N::nsoverload
PASS -> FAIL: gdb.cp/overload.exp: print intToChar
PASS -> FAIL: gdb.cp/pass-by-ref.exp: call function in obj
PASS -> FAIL: gdb.cp/pass-by-ref.exp: call function in derived
PASS -> FAIL: gdb.cp/pass-by-ref.exp: call function in container
PASS -> FAIL: gdb.cp/pr17132.exp: p 1 && a->func
PASS -> FAIL: gdb.cp/pr17132.exp: p 0 || a->func
PASS -> FAIL: gdb.cp/pr17494.exp: a.geta
PASS -> FAIL: gdb.cp/ref-params.exp: print value of f1 on Child in main
PASS -> FAIL: gdb.cp/ref-params.exp: print value of f2 on Child in main
PASS -> FAIL: gdb.cp/ref-params.exp: print value of f1 on
PASS -> FAIL: gdb.cp/ref-params.exp: print value of f2 on
PASS -> FAIL: gdb.cp/ref-params.exp: print value of f1 on Child& in f2
PASS -> FAIL: gdb.cp/ref-params.exp: print f1
PASS -> FAIL: gdb.cp/ref-params.exp: print mf1
PASS -> FAIL: gdb.cp/ref-params.exp: print mf2
PASS -> FAIL: gdb.cp/rvalue-ref-overload.exp: print call overloaded func foo & arg
PASS -> FAIL: gdb.cp/rvalue-ref-overload.exp: print call overloaded func foo && arg
PASS -> FAIL: gdb.cp/rvalue-ref-overload.exp: lvalue reference overload
PASS -> FAIL: gdb.cp/rvalue-ref-overload.exp: lvalue reference to const overload
PASS -> FAIL: gdb.cp/rvalue-ref-params.exp: print value of f1 on
PASS -> FAIL: gdb.cp/rvalue-ref-params.exp: print value of f2 on
PASS -> FAIL: gdb.cp/rvalue-ref-params.exp: print value of f1 on Child&& in f2
PASS -> FAIL: gdb.cp/rvalue-ref-params.exp: print f1
PASS -> FAIL: gdb.cp/rvalue-ref-params.exp: print mf1
PASS -> FAIL: gdb.cp/rvalue-ref-params.exp: print mf2
PASS -> FAIL: gdb.cp/smartp.exp: p mp->foo
PASS -> FAIL: gdb.cp/smartp.exp: p mtp->foo
PASS -> FAIL: gdb.cp/smartp.exp: p mt1.foo
PASS -> FAIL: gdb.cp/smartp.exp: p sp1->foo
PASS -> FAIL: gdb.cp/smartp.exp: p sp2->foo
PASS -> FAIL: gdb.cp/smartp.exp: p sp3->foo
PASS -> FAIL: gdb.cp/smartp.exp: p sp4->a
PASS -> FAIL: gdb.cp/smartp.exp: p sp4->b
PASS -> FAIL: gdb.cp/smartp.exp: p b->foo
PASS -> FAIL: gdb.cp/smartp.exp: p c->foo
PASS -> FAIL: gdb.cp/smartp.exp: p c->inta
PASS -> FAIL: gdb.cp/smartp.exp: p c2->inta
PASS -> FAIL: gdb.cp/templates.exp: print t5i.value
PASS -> FAIL: gdb.cp/typedef-operator.exp: test typedef
PASS -> FAIL: gdb.cp/userdef.exp: print one + two
PASS -> FAIL: gdb.cp/userdef.exp: print one - two
PASS -> FAIL: gdb.cp/userdef.exp: print one * two
PASS -> FAIL: gdb.cp/userdef.exp: print one / two
PASS -> FAIL: gdb.cp/userdef.exp: print one % two
PASS -> FAIL: gdb.cp/userdef.exp: print one && two
PASS -> FAIL: gdb.cp/userdef.exp: print one || two
PASS -> FAIL: gdb.cp/userdef.exp: print one & two
PASS -> FAIL: gdb.cp/userdef.exp: print one | two
PASS -> FAIL: gdb.cp/userdef.exp: print one ^ two
PASS -> FAIL: gdb.cp/userdef.exp: print one < two
PASS -> FAIL: gdb.cp/userdef.exp: print one <= two
PASS -> FAIL: gdb.cp/userdef.exp: print one > two
PASS -> FAIL: gdb.cp/userdef.exp: print one >= two
PASS -> FAIL: gdb.cp/userdef.exp: print one == two
PASS -> FAIL: gdb.cp/userdef.exp: print one.operator==
PASS -> FAIL: gdb.cp/userdef.exp: print one != two
PASS -> FAIL: gdb.cp/userdef.exp: print one << 31
PASS -> FAIL: gdb.cp/userdef.exp: print one >> 31
PASS -> FAIL: gdb.cp/userdef.exp: print !one
PASS -> FAIL: gdb.cp/userdef.exp: print +one
PASS -> FAIL: gdb.cp/userdef.exp: print ~one
PASS -> FAIL: gdb.cp/userdef.exp: print -one
PASS -> FAIL: gdb.cp/userdef.exp: print one++
PASS -> FAIL: gdb.cp/userdef.exp: print ++one
PASS -> FAIL: gdb.cp/userdef.exp: print one--
PASS -> FAIL: gdb.cp/userdef.exp: print --one
PASS -> FAIL: gdb.cp/userdef.exp: print one += 7
PASS -> FAIL: gdb.cp/userdef.exp: print two = one
PASS -> FAIL: gdb.cp/userdef.exp: break A2::operator+
PASS -> FAIL: gdb.cp/userdef.exp: break A2::operator +
PASS -> FAIL: gdb.cp/userdef.exp: print c
PASS -> FAIL: gdb.cp/userdef.exp: print *c
PASS -> FAIL: gdb.cp/userdef.exp: print &*c
PASS -> FAIL: gdb.cp/userdef.exp: ptype &*c
PASS -> FAIL: gdb.cp/userdef.exp: print operator==
PASS -> FAIL: gdb.cp/virtfunc2.exp: print o.do_print
PASS -> FAIL: gdb.cp/virtfunc2.exp: print o.do_print3
PASS -> FAIL: gdb.cp/virtfunc2.exp: print o2.do_print
PASS -> FAIL: gdb.cp/virtfunc2.exp: print o2.do_print2
PASS -> FAIL: gdb.cp/virtfunc2.exp: print o2.do_print3
PASS -> FAIL: gdb.cp/virtfunc.exp: print pAe->f
PASS -> FAIL: gdb.cp/virtfunc.exp: print pAa->f
PASS -> FAIL: gdb.cp/virtfunc.exp: print pDe->vg
PASS -> FAIL: gdb.cp/virtfunc.exp: print pADe->vg
PASS -> FAIL: gdb.cp/virtfunc.exp: print pDd->vg
PASS -> FAIL: gdb.cp/virtfunc.exp: print pEe->vvb
PASS -> FAIL: gdb.cp/virtfunc.exp: print pVB->vvb
PASS -> FAIL: gdb.cp/virtfunc.exp: print pBe->vvb
PASS -> FAIL: gdb.cp/virtfunc.exp: print pDe->vvb
PASS -> FAIL: gdb.cp/virtfunc.exp: print pEe->vd
PASS -> FAIL: gdb.cp/virtfunc.exp: print pEe->fvb
KFAIL -> FAIL: gdb.cp/virtfunc.exp: print pEe->D::vg
PASS -> FAIL: gdb.dwarf2/dw2-cp-infcall-ref-static.exp: p f
PASS -> FAIL: gdb.dwarf2/dw2-linkage-name-trust.exp: p c.membername
PASS -> FAIL: gdb.dwarf2/implref-array.exp: set
PASS -> FAIL: gdb.dwarf2/implref-array.exp: print ref after assignment
PASS -> FAIL: gdb.dwarf2/implref-array.exp: print array after assignment
PASS -> FAIL: gdb.dwarf2/implref-array.exp: print *ref
PASS -> FAIL: gdb.dwarf2/implref-array.exp: print ref[1]
PASS -> FAIL: gdb.dwarf2/implref-array.exp: print array after second assignment
PASS -> FAIL: gdb.dwarf2/implref-global.exp: set
PASS -> FAIL: gdb.dwarf2/implref-global.exp: print ref after assignment
PASS -> FAIL: gdb.dwarf2/implref-global.exp: print global_var after assignment
PASS -> FAIL: gdb.dwarf2/implref-struct.exp: print-object=off: set print object off
PASS -> FAIL: gdb.dwarf2/implref-struct.exp: print-object=on: set print object on
PASS -> FAIL: gdb.dwarf2/implref-struct.exp: set
PASS -> FAIL: gdb.dwarf2/implref-struct.exp: print-object=off: print ref after assignment
PASS -> FAIL: gdb.dwarf2/implref-struct.exp: print-object=off: print s1 after assignment
PASS -> FAIL: gdb.dwarf2/implref-struct.exp: print-object=on: print ref after assignment
PASS -> FAIL: gdb.dwarf2/implref-struct.exp: print-object=on: print s1 after assignment
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a in pieces:f1
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a.j in pieces:f1
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a in pieces:f2
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a[0] in pieces:f2
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a[1] in pieces:f2
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a.i in pieces:f3
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a.j in pieces:f3
PASS -> FAIL: gdb.dwarf2/pieces.exp: set a.i in pieces:f3
PASS -> FAIL: gdb.dwarf2/pieces.exp: print new a.i in pieces:f3
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a with optimized out piece
PASS -> FAIL: gdb.dwarf2/pieces.exp: print a.i with optimized out piece
PASS -> FAIL: gdb.dwarf2/valop.exp: print uses_stack_op
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var s1.a = 63
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify s1.a
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify s1.a through a
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var s1.b = 42
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify s1.b
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify s1.b through a
PASS -> FAIL: gdb.dwarf2/var-access.exp: init reg for s2.a
PASS -> FAIL: gdb.dwarf2/var-access.exp: init reg for s2.c
PASS -> FAIL: gdb.dwarf2/var-access.exp: initialized s2 from mem and regs
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var s2.c += s2.a + s2.b - s2.d
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify s2.c
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify s2.c through reg
PASS -> FAIL: gdb.dwarf2/var-access.exp: re-initialize s2
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify re-initialized s2
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var a = { 0 }
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var st1.t.x = -7
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var st1.t.z = 340
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var st1.t.y = 1234
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify st1.t
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify st1 through a
PASS -> FAIL: gdb.dwarf2/var-access.exp: init t2, first piece
PASS -> FAIL: gdb.dwarf2/var-access.exp: init t2, second piece
PASS -> FAIL: gdb.dwarf2/var-access.exp: initialized t2 from regs
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var t2.y = 2641
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var t2.z = -400
PASS -> FAIL: gdb.dwarf2/var-access.exp: set var t2.x = 200
PASS -> FAIL: gdb.dwarf2/var-access.exp: print t2.x + t2.y + t2.z
PASS -> FAIL: gdb.dwarf2/var-access.exp: init reg for t3.y
PASS -> FAIL: gdb.dwarf2/var-access.exp: init mem for t3.z
PASS -> FAIL: gdb.dwarf2/var-access.exp: initialized t3 from reg and mem
PASS -> FAIL: gdb.dwarf2/var-access.exp: overwrite t3.y
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify t3.y through reg
PASS -> FAIL: gdb.dwarf2/var-access.exp: overwrite t3.z
PASS -> FAIL: gdb.dwarf2/var-access.exp: verify t3.z through mem
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print index at BP_outer, manipulated
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print local_int in outer function
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print index at BP1, one frame up
new FAIL: gdb.fortran/nested-funcs.exp: setting breakpoint at 46
PASS -> FAIL: gdb.fortran/nested-funcs.exp: continue to breakpoint: ! BP_inner
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print index at BP_inner
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print v_state%code at BP_inner
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print local_int in inner function
new FAIL: gdb.fortran/nested-funcs.exp: setting breakpoint at 39
PASS -> FAIL: gdb.fortran/nested-funcs.exp: continue to breakpoint: ! BP_outer_2
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print local_int in outer function, after sub_nested_inner
new FAIL: gdb.fortran/nested-funcs.exp: setting breakpoint at 29
PASS -> FAIL: gdb.fortran/nested-funcs.exp: continue to breakpoint: ! BP_main
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print index at BP_main
PASS -> FAIL: gdb.fortran/nested-funcs.exp: print v_state%code at BP_main
PASS -> FAIL: gdb.fortran/vla-value.exp: print allocated vla1
new FAIL: gdb.fortran/vla-value.exp: setting breakpoint at 35
PASS -> FAIL: gdb.fortran/vla-value.exp: continue to breakpoint: vla1-filled
PASS -> FAIL: gdb.fortran/vla-value.exp: print undefined pvla
PASS -> FAIL: gdb.fortran/vla-value.exp: print non-associated &pvla
new FAIL: gdb.fortran/vla-value.exp: setting breakpoint at 41
PASS -> FAIL: gdb.fortran/vla-value.exp: print associated &pvla
PASS -> FAIL: gdb.fortran/vla-value.exp: print associated pvla
new FAIL: gdb.fortran/vla-value.exp: setting breakpoint at 46
PASS -> FAIL: gdb.fortran/vla-value.exp: continue to breakpoint: pvla-re-associated
PASS -> FAIL: gdb.fortran/vla-value.exp: print pvla
PASS -> FAIL: gdb.fortran/vla-value.exp: print vla2
new FAIL: gdb.fortran/vla-value.exp: setting breakpoint at 49
PASS -> FAIL: gdb.fortran/vla-value.exp: print vla1 after deassociated
new FAIL: gdb.fortran/vla-value.exp: setting breakpoint at 52
PASS -> FAIL: gdb.fortran/vla-value.exp: continue to breakpoint: vla1-deallocated
PASS -> FAIL: gdb.fortran/vla-value-sub.exp: continue to breakpoint: not-filled
PASS -> FAIL: gdb.fortran/vla-value-sub.exp: print passed array1 in foo
PASS -> FAIL: gdb.fortran/vla-value-sub.exp: continue to breakpoint: array1-filled
PASS -> FAIL: gdb.fortran/vla-value-sub.exp: print array1
PASS -> FAIL: gdb.fortran/vla-value-sub.exp: continue to breakpoint: array2-almost-filled
PASS -> FAIL: gdb.fortran/vla-value-sub.exp: print array2 in foo after it was filled
PASS -> FAIL: gdb.fortran/vla-value-sub.exp: set array
PASS -> FAIL: gdb.fortran/vla-value-sub.exp: print array2 in foo after it was mofified in debugger
PASS -> FAIL: gdb.fortran/vla-value-sub-finish.exp: set array
PASS -> FAIL: gdb.fortran/vla-value-sub-finish.exp: print array2 in foo after it was mofified in debugger
PASS -> FAIL: gdb.fortran/vla-value-sub-finish.exp: finish function
PASS -> FAIL: gdb.fortran/vla-value-sub-finish.exp: sub_arr1
PASS -> FAIL: gdb.fortran/vla-value-sub-finish.exp: sub_arr2
PASS -> FAIL: gdb.go/handcall.exp: print add
PASS -> FAIL: gdb.go/handcall.exp: print main.add
PASS -> FAIL: gdb.go/integers.exp: set var i = 2
PASS -> FAIL: gdb.go/integers.exp: testing new i value
new FAIL: gdb.go/integers.exp: setting breakpoint at integers.go:20
PASS -> FAIL: gdb.go/integers.exp: Going to second breakpoint
PASS -> FAIL: gdb.go/integers.exp: value of i after assignment
PASS -> FAIL: gdb.guile/scm-block.exp: Check block validity after unload
PASS -> FAIL: gdb.guile/scm-objfile.exp: Get objfile validity after unload
PASS -> FAIL: gdb.guile/scm-pretty-print.exp: info locals
PASS -> FAIL: gdb.guile/scm-symbol.exp: test symbol validity post-unload
PASS -> FAIL: gdb.guile/scm-symtab.exp: test sal-valid? after unloading
PASS -> FAIL: gdb.guile/scm-symtab.exp: test symtab-valid? after unloading
PASS -> FAIL: gdb.guile/scm-value.exp: gu
PASS -> FAIL: gdb.guile/scm-value.exp: set argc=2
PASS -> FAIL: gdb.guile/scm-value.exp: print st
PASS -> FAIL: gdb.guile/scm-value.exp: Test string with no length
PASS -> FAIL: gdb.guile/scm-value.exp: Test string
PASS -> FAIL: gdb.guile/scm-value.exp: Test length is 0
PASS -> FAIL: gdb.guile/scm-value.exp: print nullst
PASS -> FAIL: gdb.guile/scm-value.exp: Test string to first null
PASS -> FAIL: gdb.guile/scm-value.exp: get string beyond null
PASS -> FAIL: gdb.guile/scm-value.exp: p/x fp1
PASS -> FAIL: gdb.guile/scm-value.exp: dereference fp1
PASS -> FAIL: gdb.guile/scm-value.exp: p/x fp2
PASS -> FAIL: gdb.guile/scm-value.exp: dereference fp2
PASS -> FAIL: gdb.guile/scm-value.exp: p i
PASS -> FAIL: gdb.guile/scm-value.exp: dereference fp3
PASS -> FAIL: gdb.guile/scm-value.exp: make string
PASS -> FAIL: gdb.guile/scm-value.exp: set target-charset UTF-8
PASS -> FAIL: gdb.guile/scm-value.exp: value->string with default #:errors = 'escape
PASS -> FAIL: gdb.guile/scm-value.exp: value->string with default #:errors = 'substitute
PASS -> FAIL: gdb.guile/scm-value.exp: value->string #:errors 'substitute
PASS -> FAIL: gdb.guile/scm-value.exp: restore target-charset
PASS -> FAIL: gdb.linespec/skip-two.exp: finish from dupname
PASS -> FAIL: gdb.mi/gdb2549.exp: register values x
PASS -> FAIL: gdb.mi/gdb2549.exp: register values f
PASS -> FAIL: gdb.mi/gdb2549.exp: register values d
PASS -> FAIL: gdb.mi/gdb2549.exp: register values o
PASS -> FAIL: gdb.mi/gdb2549.exp: register values t
PASS -> FAIL: gdb.mi/gdb669.exp: console and MI have same number of threads
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: create varobj for function call
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: breakpoint commands: set commands
new FAIL: gdb.mi/mi-break.exp: mi-mode=main: breakpoint commands: continue
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: intermediate stop and continue, bp commands
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: intermediate stop and continue, mi running
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: test hitting breakpoint with commands
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: insert temp explicit breakpoint in main
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: insert temp explicit breakpoint at basics.c:callee2
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: insert temp explicit breakpoint at basics.c:34
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: insert temp explicit breakpoint at "basics.c":25
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: list of explicit breakpoints
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=main: insert explicit conditional breakpoint in callee2
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=separate: create varobj for function call
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=separate: insert temp explicit breakpoint in main
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=separate: insert temp explicit breakpoint at basics.c:callee2
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=separate: insert temp explicit breakpoint at basics.c:34
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=separate: insert temp explicit breakpoint at "basics.c":25
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=separate: list of explicit breakpoints
PASS -> FAIL: gdb.mi/mi-break.exp: mi-mode=separate: insert explicit conditional breakpoint in callee2
new FAIL: gdb.mi/mi-cli.exp: CLI finish: collect CLI output
PASS -> FAIL: gdb.mi/mi-cli.exp: CLI finish: check CLI output
PASS -> FAIL: gdb.mi/mi-cli.exp: CLI finish: check MI output
PASS -> FAIL: gdb.mi/mi-cli.exp: -break-insert -t basics.c:$line_main_hello
PASS -> FAIL: gdb.mi/mi-cli.exp: breakpoint hit produces CLI output
PASS -> FAIL: gdb.mi/mi-cli.exp: temporary breakpoint output hit in MI
PASS -> FAIL: gdb.mi/mi-cli.exp: 34 next: CLI output
PASS -> FAIL: gdb.mi/mi-cli.exp: 34 next: stop
PASS -> FAIL: gdb.mi/mi-cli.exp: -interpreter-exec console "list" at basics.c:$line_main_return
PASS -> FAIL: gdb.mi/mi-cli.exp: -exec-continue to line $line_main_callme_2
PASS -> FAIL: gdb.mi/mi-cli.exp: -interpreter-exec console "set $pc=0x0"
PASS -> FAIL: gdb.mi/mi-dprintf.exp: call: mi 1st dprintf
PASS -> FAIL: gdb.mi/mi-dprintf.exp: call: mi 1st dprintf stop
PASS -> FAIL: gdb.mi/mi-dprintf.exp: call: mi 2nd dprintf
PASS -> FAIL: gdb.mi/mi-dprintf.exp: call: mi 2nd dprintf stop
PASS -> FAIL: gdb.mi/mi-dprintf.exp: fprintf: mi 1st dprintf
PASS -> FAIL: gdb.mi/mi-dprintf.exp: fprintf: mi 1st dprintf stop
PASS -> FAIL: gdb.mi/mi-dprintf.exp: fprintf: mi 2nd dprintf
PASS -> FAIL: gdb.mi/mi-dprintf.exp: fprintf: mi 2nd dprintf stop
PASS -> FAIL: gdb.mi/mi-exit-code.exp: second run: -list-thread-groups during run shows no exit-code
new FAIL: gdb.mi/mi-exit-code.exp: second run: continuing to inferior exit
PASS -> FAIL: gdb.mi/mi-exit-code.exp: second run: exit with code
PASS -> FAIL: gdb.mi/mi-exit-code.exp: second run: -list-thread-groups after exit shows exit-code
PASS -> FAIL: gdb.mi/mi-memory-changed.exp: set var C = 4
PASS -> FAIL: gdb.mi/mi-memory-changed.exp: create objvar for C
PASS -> FAIL: gdb.mi/mi-memory-changed.exp: change C thru. varobj
PASS -> FAIL: gdb.mi/mi-memory-changed.exp: change C thru. -data-write-memory-bytes
PASS -> FAIL: gdb.mi/mi-memory-changed.exp: get address of main
PASS -> FAIL: gdb.mi/mi-nonstop-exit.exp: mi runto main
PASS -> FAIL: gdb.mi/mi-nonstop.exp: mi runto main
PASS -> FAIL: gdb.mi/mi-nsintrall.exp: mi runto main
PASS -> FAIL: gdb.mi/mi-nsmoribund.exp: mi runto main
PASS -> FAIL: gdb.mi/mi-ns-stale-regcache.exp: mi runto main
PASS -> FAIL: gdb.mi/mi-nsthrexec.exp: mi runto main
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check_mi_thread_command_set: -thread-select 2
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check_mi_thread_command_set: -thread-select 3
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check_mi_thread_command_set: -thread-select 4
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check_mi_thread_command_set: -thread-select 5
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check_mi_thread_command_set: -thread-select 6
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check =thread-selected: thread 2
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check =thread-selected: thread 3
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check =thread-selected: thread 4
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check =thread-selected: thread 5
PASS -> FAIL: gdb.mi/mi-pthreads.exp: check =thread-selected: thread 6
PASS -> FAIL: gdb.mi/mi-return.exp: return from callee4 now
PASS -> FAIL: gdb.mi/mi-reverse.exp: mi runto callme
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse finish from callme
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse next to get over the call to do_nothing
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse step to callee1
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse step to callee2
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse step to callee3
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse step to callee4
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse-step-instruction at callee4
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse-next-instruction at callee4
PASS -> FAIL: gdb.mi/mi-reverse.exp: insert temp breakpoint at basics.c:34
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse-continue at callee3
PASS -> FAIL: gdb.mi/mi-reverse.exp: reverse-continue at main
PASS -> FAIL: gdb.mi/mi-simplerun.exp: exec-finish
PASS -> FAIL: gdb.mi/mi-syn-frame.exp: call inferior's function with a breakpoint set in it
PASS -> FAIL: gdb.mi/mi-syn-frame.exp: backtrace from inferior function stopped at bp, showing gdb dummy frame
PASS -> FAIL: gdb.mi/mi-syn-frame.exp: finished exec continue
PASS -> FAIL: gdb.mi/mi-syn-frame.exp: list stack frames
PASS -> FAIL: gdb.mi/mi-syn-frame.exp: insert breakpoint subroutine
PASS -> FAIL: gdb.mi/mi-syn-frame.exp: data evaluate expression
PASS -> FAIL: gdb.mi/mi-syn-frame.exp: call inferior function which raises exception
PASS -> FAIL: gdb.mi/mi-syn-frame.exp: backtrace from inferior function at exception
PASS -> FAIL: gdb.mi/mi-threads-interrupt.exp: check thread states
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: mi runto do_locals_tests
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to linteger
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update all vars: linteger changed after assign
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to linteger again, same value
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update all vars: linteger not changed after same assign
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: eval linteger
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to lpinteger
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update all vars: lpinteger changed after assign
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update all vars: no changes on second update
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to lcharacter
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: eval lcharacter
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to llong
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: eval llong
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to lplong
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to lfloat
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: eval lfloat
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to lpfloat
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to ldouble
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to func
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to lsimple.character
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to lsimple->integer
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign to lsimple.integer
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: var update
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign same value to func
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: create global variable array_ptr
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign array to pointer
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: assign same array to pointer
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: breakpoint at subroutine1
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: mi runto subroutine1
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: create i
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: create l
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: create linteger
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: step at subroutine1
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update all vars: i changed
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update all vars: llong changed
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: next out of subroutine1
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update all vars: all now out of scope
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: delete var i
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: delete var l
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: breakpoint at do_special_tests
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: mi runto do_special_tests
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: create selected_a
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: breakpoint at incr_a
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: mi runto incr_a
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update selected_a in incr_a
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: step a line in incr_a
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: return from incr_a to do_special_tests
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update selected_a in do_special_tests
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: floating varobj invalidation
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: delete selected_a
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: delete array_ptr
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: run to var-cmd.c:367
new FAIL: gdb.mi/mi-var-cmd.exp: wait for stop
new FAIL: gdb.mi/mi-var-cmd.exp: frozen: go to line 367
new FAIL: gdb.mi/mi-var-cmd.exp: frozen: step over 367
new FAIL: gdb.mi/mi-var-cmd.exp: floating: go to line 469
new FAIL: gdb.mi/mi-var-cmd.exp: floating: step over 469
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: continue to where i is initialized
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: update F inside callee
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: check F inside callee
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: kill program before endvar
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: in-and-out-of-scope: out of scope now, not changed
PASS -> FAIL: gdb.mi/mi-var-cmd.exp: in-and-out-of-scope: in scope now
PASS -> FAIL: gdb.mi/mi-var-display.exp: assing to variable bar
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable bar in decimal
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable bar with new value
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable foo
PASS -> FAIL: gdb.mi/mi-var-display.exp: info type variable foo
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable foo in natural
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable foo in natural
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable foo in octal
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable foo in octal
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable foo in octal
PASS -> FAIL: gdb.mi/mi-var-display.exp: assing to variable foo
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable foo decimal
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable foo in decimal
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable foo in hex
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable foo after eval in hex
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable -f octal foo
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable foo after eval in octal
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable -f decimal foo
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable foo after eval in decimal
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable -f nat foo
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable foo after eval in natural
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable foo in binary
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable foo after eval in binary
PASS -> FAIL: gdb.mi/mi-var-display.exp: delete var foo
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable weird
PASS -> FAIL: gdb.mi/mi-var-display.exp: get children local variable weird
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.func_ptr in hex
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable weird.func_ptr
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.func_ptr_ptr in hex
PASS -> FAIL: gdb.mi/mi-var-display.exp: show format variable weird.func_ptr_ptr
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.func_ptr in zero-padded hex
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.func_ptr_ptr in zero-padded hex
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.integer
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.character
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.char_ptr
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.long_int
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.int_ptr_ptr
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.long_array
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.func_ptr_struct
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.func_ptr_ptr in natural
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.u1
PASS -> FAIL: gdb.mi/mi-var-display.exp: set format variable weird.s2
PASS -> FAIL: gdb.mi/mi-var-display.exp: delete var weird
PASS -> FAIL: gdb.mi/mi-var-display.exp: break-insert operation 2
PASS -> FAIL: gdb.mi/mi-var-display.exp: continue to do_special_tests
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable u
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable u
PASS -> FAIL: gdb.mi/mi-var-display.exp: info type variable u
PASS -> FAIL: gdb.mi/mi-var-display.exp: is u editable
PASS -> FAIL: gdb.mi/mi-var-display.exp: get number of children of u
PASS -> FAIL: gdb.mi/mi-var-display.exp: get children of u
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable anonu
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable anonu
PASS -> FAIL: gdb.mi/mi-var-display.exp: info type variable anonu
PASS -> FAIL: gdb.mi/mi-var-display.exp: is anonu editable
PASS -> FAIL: gdb.mi/mi-var-display.exp: get number of children of anonu
PASS -> FAIL: gdb.mi/mi-var-display.exp: get children of anonu
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable s
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable s
PASS -> FAIL: gdb.mi/mi-var-display.exp: info type variable s
PASS -> FAIL: gdb.mi/mi-var-display.exp: is s editable
PASS -> FAIL: gdb.mi/mi-var-display.exp: get number of children of s
PASS -> FAIL: gdb.mi/mi-var-display.exp: get children of s
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable anons
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable anons
PASS -> FAIL: gdb.mi/mi-var-display.exp: info type variable anons
PASS -> FAIL: gdb.mi/mi-var-display.exp: is anons editable
PASS -> FAIL: gdb.mi/mi-var-display.exp: get number of children of anons
PASS -> FAIL: gdb.mi/mi-var-display.exp: get children of anons
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable e
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable e
PASS -> FAIL: gdb.mi/mi-var-display.exp: info type variable e
PASS -> FAIL: gdb.mi/mi-var-display.exp: is e editable
PASS -> FAIL: gdb.mi/mi-var-display.exp: get number of children of e
PASS -> FAIL: gdb.mi/mi-var-display.exp: get children of e
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable anone
PASS -> FAIL: gdb.mi/mi-var-display.exp: eval variable anone
PASS -> FAIL: gdb.mi/mi-var-display.exp: create duplicate local variable anone
PASS -> FAIL: gdb.mi/mi-var-display.exp: info type variable anone
PASS -> FAIL: gdb.mi/mi-var-display.exp: is anone editable
PASS -> FAIL: gdb.mi/mi-var-display.exp: get number of children of anone
PASS -> FAIL: gdb.mi/mi-var-display.exp: get children of anone
PASS -> FAIL: gdb.mi/mi-var-display.exp: print FP register
PASS -> FAIL: gdb.mi/mi-var-display.exp: breakpoint at incr_a
PASS -> FAIL: gdb.mi/mi-var-display.exp: mi runto incr_a
PASS -> FAIL: gdb.mi/mi-var-display.exp: create local variable a1
PASS -> FAIL: gdb.mi/mi-var-invalidate.exp: linteger not anymore in scope due to binary changes
PASS -> FAIL: gdb.mi/mi-var-invalidate.exp: no type for invalid variable linteger
PASS -> FAIL: gdb.mi/mi-var-invalidate.exp: global_simple not anymore in scope due to binary changes
PASS -> FAIL: gdb.mi/mi-var-invalidate.exp: no type for invalid variable global_simple
PASS -> FAIL: gdb.mi/mi-watch-nonstop.exp: mi runto main
new FAIL: gdb.multi/watchpoint-multi-exit.exp: dispose=kill: can't run to child_function
new FAIL: gdb.multi/watchpoint-multi-exit.exp: dispose=detach: can't run to child_function
new FAIL: gdb.multi/watchpoint-multi-exit.exp: dispose=exit: can't run to child_function
PASS -> FAIL: gdb.opt/inline-bt.exp: up from bar
PASS -> FAIL: gdb.opt/inline-bt.exp: flushregs
PASS -> FAIL: gdb.opt/inline-bt.exp: info frame still works
PASS -> FAIL: gdb.opt/inline-bt.exp: up hits limit
PASS -> FAIL: gdb.python/py-block.exp: Check block validity
PASS -> FAIL: gdb.python/py-evthreads.exp: run to breakpoint 1
PASS -> FAIL: gdb.python/py-evthreads.exp: reached breakpoint 2
PASS -> FAIL: gdb.python/py-evthreads.exp: thread 2
PASS -> FAIL: gdb.python/py-evthreads.exp: reached breakpoint 3
PASS -> FAIL: gdb.python/py-evthreads.exp: thread 3
PASS -> FAIL: gdb.python/py-evthreads.exp: continue thread 1
PASS -> FAIL: gdb.python/py-evthreads.exp: thread 3 was signaled
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: check MyFinishBreakpoint hit
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: check return_value
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: don't allow FinishBreakpoint on dummy frames
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: check stopped location
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: stop in condition function
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: FinishBP stop at during explicit function call
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: switch to exit
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: set FinishBP after the exit
PASS -> FAIL: gdb.python/py-finish-breakpoint.exp: catch out of scope after exit
new FAIL: gdb.python/py-finish-breakpoint.exp: cannot run to test_exec_exit.
PASS -> FAIL: gdb.python/py-inferior.exp: string: py start_addr = search_buf.address
PASS -> FAIL: gdb.python/py-inferior.exp: string: py length = search_buf.type.sizeof
PASS -> FAIL: gdb.python/py-inferior.exp: string: find string pattern
PASS -> FAIL: gdb.python/py-inferior.exp: string: pattern not found at end of range
PASS -> FAIL: gdb.python/py-inferior.exp: string: pattern found at end of range
PASS -> FAIL: gdb.python/py-inferior.exp: py from struct import *
PASS -> FAIL: gdb.python/py-inferior.exp: 16-bit: set int16_search_buf[10] = 0x1234
PASS -> FAIL: gdb.python/py-inferior.exp: 16-bit: py search_buf = gdb.selected_frame
PASS -> FAIL: gdb.python/py-inferior.exp: 16-bit: py start_addr = search_buf.address
PASS -> FAIL: gdb.python/py-inferior.exp: 16-bit: py length = search_buf.type.sizeof
PASS -> FAIL: gdb.python/py-inferior.exp: 16-bit: py pattern = pack
PASS -> FAIL: gdb.python/py-inferior.exp: 16-bit: find 16-bit pattern, with value pattern
PASS -> FAIL: gdb.python/py-inferior.exp: 32-bit: set int32_search_buf[10] = 0x12345678
PASS -> FAIL: gdb.python/py-inferior.exp: 32-bit: py search_buf = gdb.selected_frame
PASS -> FAIL: gdb.python/py-inferior.exp: 32-bit: py start_addr = search_buf.address
PASS -> FAIL: gdb.python/py-inferior.exp: 32-bit: py length = search_buf.type.sizeof
PASS -> FAIL: gdb.python/py-inferior.exp: 32-bit: py pattern = pack
PASS -> FAIL: gdb.python/py-inferior.exp: 32-bit: find 32-bit pattern, with python pattern
PASS -> FAIL: gdb.python/py-inferior.exp: 64-bit: set int64_search_buf[10] = 0xfedcba9876543210LL
PASS -> FAIL: gdb.python/py-inferior.exp: 64-bit: py search_buf = gdb.selected_frame
PASS -> FAIL: gdb.python/py-inferior.exp: 64-bit: py start_addr = search_buf.address
PASS -> FAIL: gdb.python/py-inferior.exp: 64-bit: py length = search_buf.type.sizeof
PASS -> FAIL: gdb.python/py-inferior.exp: 64-bit: py pattern = pack
PASS -> FAIL: gdb.python/py-inferior.exp: 64-bit: find 64-bit pattern, with value pattern
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: set *
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: py search_buf = gdb.selected_frame
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: py start_addr = search_buf[0].address
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: py pattern1 = pack
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: py pattern2 = pack
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: py pattern3 = pack
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: find mixed-sized pattern 1
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: find mixed-sized pattern 2
PASS -> FAIL: gdb.python/py-inferior.exp: mixed-sized: find mixed-sized pattern 3
PASS -> FAIL: gdb.python/py-inferior.exp: large range: set *
PASS -> FAIL: gdb.python/py-inferior.exp: large range: py start_addr = gdb.selected_frame
PASS -> FAIL: gdb.python/py-inferior.exp: large range: py end_addr = start_addr + gdb.selected_frame
PASS -> FAIL: gdb.python/py-inferior.exp: large range: py pattern = pack
PASS -> FAIL: gdb.python/py-inferior.exp: large range: py first = gdb.inferiors
PASS -> FAIL: gdb.python/py-inferior.exp: large range: search spanning large range 1st result
PASS -> FAIL: gdb.python/py-inferior.exp: large range: py start_addr = first + 1
PASS -> FAIL: gdb.python/py-inferior.exp: large range: py second = gdb.inferiors
PASS -> FAIL: gdb.python/py-inferior.exp: large range: search spanning large range 2nd result
PASS -> FAIL: gdb.python/py-inferior.exp: large range: py start_addr = second + 1
PASS -> FAIL: gdb.python/py-inferior.exp: large range: py third = gdb.inferiors
PASS -> FAIL: gdb.python/py-inferior.exp: large range: search spanning large range 3rd result
PASS -> FAIL: gdb.python/py-inferior.exp: straddling: set *
PASS -> FAIL: gdb.python/py-inferior.exp: straddling: py pattern = pack
PASS -> FAIL: gdb.python/py-inferior.exp: straddling: py start_addr = gdb.selected_frame
PASS -> FAIL: gdb.python/py-inferior.exp: straddling: find pattern straddling chunk boundary
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: get inferior list length 1
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: check inferior validity 1
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: add empty inferior 2
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: get inferior list length 2
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: check inferior validity 2
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: test new-inferior event handler
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: check inferior validity 3
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: remove-inferiors 3
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: check inferior validity 4
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: check inferior validity 5
PASS -> FAIL: gdb.python/py-inferior.exp: is_valid: test inferior-deleted event handler
PASS -> FAIL: gdb.python/py-inferior.exp: selected_inferior: first inferior selected
PASS -> FAIL: gdb.python/py-inferior.exp: selected_inferior: create new inferior
PASS -> FAIL: gdb.python/py-inferior.exp: selected_inferior: third inferior selected
PASS -> FAIL: gdb.python/py-inferior.exp: selected_inferior: remove second inferior
PASS -> FAIL: gdb.python/py-mi.exp: create container varobj
PASS -> FAIL: gdb.python/py-mi.exp: examine container children=0
PASS -> FAIL: gdb.python/py-mi.exp: next over update 1
PASS -> FAIL: gdb.python/py-mi.exp: varobj update 1
PASS -> FAIL: gdb.python/py-mi.exp: next over update 2
PASS -> FAIL: gdb.python/py-mi.exp: varobj update 2
PASS -> FAIL: gdb.python/py-mi.exp: clear visualizer
PASS -> FAIL: gdb.python/py-mi.exp: varobj update after clearing
PASS -> FAIL: gdb.python/py-mi.exp: choose default visualizer
PASS -> FAIL: gdb.python/py-mi.exp: varobj update after choosing default
PASS -> FAIL: gdb.python/py-mi.exp: choose visualizer using expression
PASS -> FAIL: gdb.python/py-mi.exp: varobj update after choosing via expression
PASS -> FAIL: gdb.python/py-mi.exp: list varobj children after selecting child range
PASS -> FAIL: gdb.python/py-mi.exp: list varobj children after resetting child range
PASS -> FAIL: gdb.python/py-mi.exp: next over update 3
PASS -> FAIL: gdb.python/py-mi.exp: set update range
PASS -> FAIL: gdb.python/py-mi.exp: list children after setting update range
PASS -> FAIL: gdb.python/py-mi.exp: list selected children after setting range
PASS -> FAIL: gdb.python/py-mi.exp: list children after listing selected range
PASS -> FAIL: gdb.python/py-mi.exp: next over update 4
PASS -> FAIL: gdb.python/py-mi.exp: update after next with restricted range
PASS -> FAIL: gdb.python/py-mi.exp: set update range with non-zero start
PASS -> FAIL: gdb.python/py-mi.exp: update varobj with change outside selected range
PASS -> FAIL: gdb.python/py-mi.exp: next over update 5
PASS -> FAIL: gdb.python/py-mi.exp: create second container varobj
PASS -> FAIL: gdb.python/py-mi.exp: update varobj, no children requested
PASS -> FAIL: gdb.python/py-mi.exp: next over update 6
PASS -> FAIL: gdb.python/py-mi.exp: update varobj 2, no children requested
PASS -> FAIL: gdb.python/py-mi.exp: run to 143
new FAIL: gdb.python/py-mi.exp: wait for stop
PASS -> FAIL: gdb.python/py-mi.exp: create outer varobj
PASS -> FAIL: gdb.python/py-mi.exp: list children of outer
PASS -> FAIL: gdb.python/py-mi.exp: list children of outer.s
PASS -> FAIL: gdb.python/py-mi.exp: next over outer update
PASS -> FAIL: gdb.python/py-mi.exp: update after updating element of outer
PASS -> FAIL: gdb.python/py-mi.exp: run to 234
PASS -> FAIL: gdb.python/py-mi.exp: update after type change
PASS -> FAIL: gdb.python/py-mi.exp: create nstype varobj
PASS -> FAIL: gdb.python/py-mi.exp: create nstype2 varobj
PASS -> FAIL: gdb.python/py-mi.exp: list children after setting exception flag
PASS -> FAIL: gdb.python/py-mi.exp: create me varobj
PASS -> FAIL: gdb.python/py-mi.exp: evaluate me varobj
PASS -> FAIL: gdb.python/py-mi.exp: printer whose children are returned as a list
PASS -> FAIL: gdb.python/py-mi.exp: create tsrvw varobj
PASS -> FAIL: gdb.python/py-mi.exp: check tsrvw varobj value
PASS -> FAIL: gdb.python/py-mi.exp: check tsrvw expression value
PASS -> FAIL: gdb.python/py-mi.exp: run to 266
PASS -> FAIL: gdb.python/py-mi.exp: create varobj for c
PASS -> FAIL: gdb.python/py-mi.exp: choose array visualizer for c
PASS -> FAIL: gdb.python/py-mi.exp: list children of c
PASS -> FAIL: gdb.python/py-mi.exp: next over change of array element
PASS -> FAIL: gdb.python/py-mi.exp: update varobj after element change
PASS -> FAIL: gdb.python/py-objfile.exp: Get objfile validity after unload
PASS -> FAIL: gdb.python/py-objfile.exp: objfile.filename after objfile is unloaded
PASS -> FAIL: gdb.python/py-objfile.exp: objfile.username after objfile is unloaded
PASS -> FAIL: gdb.python/py-prettyprint.exp: info locals
PASS -> FAIL: gdb.python/py-strfns.exp: save a corefile
PASS -> FAIL: gdb.python/py-symbol.exp: test symbol non-validity
PASS -> FAIL: gdb.python/py-symtab.exp: test sal.is_valid
PASS -> FAIL: gdb.python/py-symtab.exp: test symtab.is_valid
PASS -> FAIL: gdb.python/py-template.exp: const int &
PASS -> FAIL: gdb.python/py-template.exp: volatile int * const
PASS -> FAIL: gdb.python/py-template.exp: const int * volatile
PASS -> FAIL: gdb.python/py-thrhandle.exp: info threads
PASS -> FAIL: gdb.python/py-value-cc.exp: a + 5
PASS -> FAIL: gdb.python/py-value.exp: python print
PASS -> FAIL: gdb.python/py-value.exp: change argc
PASS -> FAIL: gdb.python/py-value.exp: print st
PASS -> FAIL: gdb.python/py-value.exp: Test string with no length
PASS -> FAIL: gdb.python/py-value.exp: test string
PASS -> FAIL: gdb.python/py-value.exp: test length is 0
PASS -> FAIL: gdb.python/py-value.exp: print nullst
PASS -> FAIL: gdb.python/py-value.exp: test string to first null
PASS -> FAIL: gdb.python/py-value.exp: get string beyond null
PASS -> FAIL: gdb.python/py-value.exp: get xstr
PASS -> FAIL: gdb.python/py-value.exp: read string beyond declared size
PASS -> FAIL: gdb.python/py-value.exp: p/x fp1
PASS -> FAIL: gdb.python/py-value.exp: p/x fp2
PASS -> FAIL: gdb.python/py-value.exp: p i
PASS -> FAIL: gdb.python/py-value.exp: python result2 = fp3
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a1 + a2
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a_plus_a 1
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a2 - a1
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a_minus_a 1
PASS -> FAIL: gdb.python/py-xmethods.exp: before: b1 - a1
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a_minus_a 2
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a1.geta
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a_geta 1
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a_ptr->geta
PASS -> FAIL: gdb.python/py-xmethods.exp: before: b_geta 1
PASS -> FAIL: gdb.python/py-xmethods.exp: before: e.geta
PASS -> FAIL: gdb.python/py-xmethods.exp: before: a_geta 2
PASS -> FAIL: gdb.python/py-xmethods.exp: before: g_size_diff 2
PASS -> FAIL: gdb.python/py-xmethods.exp: before: g_size_mul 2
PASS -> FAIL: gdb.python/py-xmethods.exp: before: g.mul<double>
PASS -> FAIL: gdb.python/py-xmethods.exp: before: g_mul 2
PASS -> FAIL: gdb.python/py-xmethods.exp: after: a2 - a1
PASS -> FAIL: gdb.python/py-xmethods.exp: after: a_minus_a 3
PASS -> FAIL: gdb.python/py-xmethods.exp: after: b1 - a1
PASS -> FAIL: gdb.python/py-xmethods.exp: after: a_minus_a 4
PASS -> FAIL: gdb.reverse/break-precsave.exp: run to end of main
PASS -> FAIL: gdb.reverse/break-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/break-precsave.exp: reload precord save file
PASS -> FAIL: gdb.reverse/break-precsave.exp: continue to breakpoint: foo
PASS -> FAIL: gdb.reverse/break-precsave.exp: continue to breakpoint: bar
PASS -> FAIL: gdb.reverse/break-precsave.exp: go to end of main forward
PASS -> FAIL: gdb.reverse/break-precsave.exp: set reverse
PASS -> FAIL: gdb.reverse/break-precsave.exp: continue to breakpoint: bar backward
PASS -> FAIL: gdb.reverse/break-precsave.exp: continue to breakpoint: foo backward
PASS -> FAIL: gdb.reverse/break-precsave.exp: main backward
PASS -> FAIL: gdb.reverse/break-precsave.exp: set forward
PASS -> FAIL: gdb.reverse/break-precsave.exp: end of record log
PASS -> FAIL: gdb.reverse/break-reverse.exp: continue to breakpoint: foo
PASS -> FAIL: gdb.reverse/break-reverse.exp: continue to breakpoint: bar
PASS -> FAIL: gdb.reverse/break-reverse.exp: continue to breakpoint: end
PASS -> FAIL: gdb.reverse/break-reverse.exp: continue to breakpoint: bar backward
PASS -> FAIL: gdb.reverse/break-reverse.exp: continue to breakpoint: foo backward
PASS -> FAIL: gdb.reverse/break-reverse.exp: main backward
PASS -> FAIL: gdb.reverse/break-reverse.exp: end of record log
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: run to end of main
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: reload precord save file
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: continue to breakpoint in foo
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: get breakpoint address for foo
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: set bp, 2nd instr
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: stopped at bp, 2nd instr
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: set reverse execution
PASS -> FAIL: gdb.reverse/consecutive-precsave.exp: stopped at bp in reverse, 1st instr
PASS -> FAIL: gdb.reverse/consecutive-reverse.exp: continue to breakpoint in foo
PASS -> FAIL: gdb.reverse/consecutive-reverse.exp: get breakpoint address for foo
PASS -> FAIL: gdb.reverse/consecutive-reverse.exp: set bp, 2nd instr
PASS -> FAIL: gdb.reverse/consecutive-reverse.exp: stopped at bp, 2nd instr
PASS -> FAIL: gdb.reverse/consecutive-reverse.exp: stopped at bp in reverse, 1st instr
PASS -> FAIL: gdb.reverse/finish-precsave.exp: run to end of main
PASS -> FAIL: gdb.reverse/finish-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/finish-precsave.exp: reload precord save file
PASS -> FAIL: gdb.reverse/finish-precsave.exp: continue to breakpoint: void_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: finish from void_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: continue to breakpoint: char_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: finish from char_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: continue to breakpoint: short_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: finish from short_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: continue to breakpoint: int_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: finish from int_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: continue to breakpoint: long_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: finish from long_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: continue to breakpoint: long_long_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: finish from long_long_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: set reverse execution
PASS -> FAIL: gdb.reverse/finish-precsave.exp: reverse finish from long_long_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: reverse finish from long_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: reverse finish from int_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: reverse finish from short_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: reverse finish from char_func
PASS -> FAIL: gdb.reverse/finish-precsave.exp: reverse finish from void_func
PASS -> FAIL: gdb.reverse/finish-reverse-bkpt.exp: continue to breakpoint: void_func
PASS -> FAIL: gdb.reverse/finish-reverse-bkpt.exp: reverse-finish from void_func trips breakpoint at entry
PASS -> FAIL: gdb.reverse/finish-reverse-bkpt.exp: no spurious proceed after breakpoint stop
PASS -> FAIL: gdb.reverse/finish-reverse.exp: continue to breakpoint: void_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: finish from void_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: continue to breakpoint: char_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: finish from char_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: continue to breakpoint: short_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: finish from short_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: continue to breakpoint: int_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: finish from int_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: continue to breakpoint: long_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: finish from long_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: continue to breakpoint: long_long_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: finish from long_long_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: reverse finish from long_long_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: reverse finish from long_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: reverse finish from int_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: reverse finish from short_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: reverse finish from char_func
PASS -> FAIL: gdb.reverse/finish-reverse.exp: reverse finish from void_func
PASS -> FAIL: gdb.reverse/fstatat-reverse.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/fstatat-reverse.exp: reverse to marker1
PASS -> FAIL: gdb.reverse/getresuid-reverse.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/getresuid-reverse.exp: reverse to marker1
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: continue to end of sse_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to xorps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 at end of sse_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 at end of sse_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 at end of sse_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to xorpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse xorps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse xorps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse xorps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to unpckhps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse xorpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse xorpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse xorpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to unpckhpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse unpckhps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse unpckhps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse unpckhps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to ucomiss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse unpckhpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse unpckhpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse unpckhpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to ucomisd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse ucomiss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse ucomiss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse ucomiss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to packssdw
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse ucomisd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse ucomisd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse ucomisd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to packsswb
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse packssdw
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse packssdw
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse packssdw
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to orps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse packsswb
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse packsswb
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse packsswb
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to orpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse orps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse orps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse orps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to mulss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse orpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse orpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse orpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to mulsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse mulss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse mulss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse mulss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to mulps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse mulsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse mulsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse mulsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to mulpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse mulps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse mulps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse mulps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to divss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse mulpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse mulpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse mulpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to divsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse divss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse divss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse divss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to divps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse divsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse divsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse divsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to divpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse divps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse divps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse divps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to cvtpd2ps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse divpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse divpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse divpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to cvtpd2dq
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse cvtpd2ps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse cvtpd2ps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse cvtpd2ps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to cvtdq2ps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse cvtpd2dq
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse cvtpd2dq
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse cvtpd2dq
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to cvtdq2pd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse cvtdq2ps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse cvtdq2ps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse cvtdq2ps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to comiss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse cvtdq2pd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse cvtdq2pd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse cvtdq2pd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to comisd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse comiss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse comiss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse comiss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to cmpss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse comisd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse comisd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse comisd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to cmpsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse cmpss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse cmpss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse cmpss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to cmpps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse cmpsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse cmpsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse cmpsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to cmppd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse cmpps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse cmpps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse cmpps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to andps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse cmppd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse cmppd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse cmppd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to andpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse andps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse andps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse andps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to addsubps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse andpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse andpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse andpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to addsubpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse addsubps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse addsubps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse addsubps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to addss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse addsubpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse addsubpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse addsubpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to addsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse addss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse addss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse addss
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to addps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse addsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse addsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse addsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to addpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse addps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse addps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse addps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: continue to end of sse_test #2
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: continue to end of ssse3_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 at end of ssse3_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 at end of ssse3_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 at end of ssse3_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to pabsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse pabsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse pabsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse pabsd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to pabsw
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse pabsw
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse pabsw
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse pabsw
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to pabsb
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse pabsb
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse pabsb
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse pabsb
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: continue to end of ssse3_test #2
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: continue to end of sse4_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to blendvps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 at end of sse4_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 at end of sse4_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 at end of sse4_test
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to blendvpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse blendvps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse blendvps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse blendvps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to blendps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse blendvpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse blendvpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse blendvpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: reverse-step to blendpd
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm0 after reverse blendps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm1 after reverse blendps
PASS -> FAIL: gdb.reverse/i386-sse-reverse.exp: verify xmm2 after reverse blendps
PASS -> FAIL: gdb.reverse/machinestate.exp: continue to breakpoint: end of main
PASS -> FAIL: gdb.reverse/machinestate.exp: reverse to 85
new FAIL: gdb.reverse/machinestate.exp: step
PASS -> FAIL: gdb.reverse/machinestate.exp: module global forward past bp
new FAIL: gdb.reverse/machinestate.exp: reverse-step
PASS -> FAIL: gdb.reverse/machinestate.exp: reverse to 71
PASS -> FAIL: gdb.reverse/machinestate.exp: module static forward
PASS -> FAIL: gdb.reverse/machinestate.exp: reverse to 57
PASS -> FAIL: gdb.reverse/machinestate.exp: function static reverse-breakpoint
PASS -> FAIL: gdb.reverse/machinestate.exp: function static forward
PASS -> FAIL: gdb.reverse/machinestate.exp: function static reverse-step
PASS -> FAIL: gdb.reverse/machinestate.exp: reverse to 45
PASS -> FAIL: gdb.reverse/machinestate.exp: auto var reverse-breakpoint
PASS -> FAIL: gdb.reverse/machinestate.exp: auto var forward
PASS -> FAIL: gdb.reverse/machinestate.exp: auto var reverse-step
PASS -> FAIL: gdb.reverse/machinestate.exp: reverse to 33
PASS -> FAIL: gdb.reverse/machinestate.exp: register var reverse-breakpoint
PASS -> FAIL: gdb.reverse/machinestate.exp: register var step post-change
PASS -> FAIL: gdb.reverse/machinestate.exp: register var reverse step-to
PASS -> FAIL: gdb.reverse/machinestate.exp: reverse to main
PASS -> FAIL: gdb.reverse/machinestate.exp: forward to 33
PASS -> FAIL: gdb.reverse/machinestate.exp: register var forward-breakpoint
PASS -> FAIL: gdb.reverse/machinestate.exp: register var forward step-to
PASS -> FAIL: gdb.reverse/machinestate.exp: forward to 45
PASS -> FAIL: gdb.reverse/machinestate.exp: auto var forward-breakpoint
PASS -> FAIL: gdb.reverse/machinestate.exp: auto var forward step-to
PASS -> FAIL: gdb.reverse/machinestate.exp: auto var step post-change
PASS -> FAIL: gdb.reverse/machinestate.exp: forward to 57
PASS -> FAIL: gdb.reverse/machinestate.exp: function static forward-breakpoint
PASS -> FAIL: gdb.reverse/machinestate.exp: function static forward step-to
PASS -> FAIL: gdb.reverse/machinestate.exp: function static step post-change
PASS -> FAIL: gdb.reverse/machinestate.exp: forward to 71
PASS -> FAIL: gdb.reverse/machinestate.exp: module static step post-change
PASS -> FAIL: gdb.reverse/machinestate.exp: forward to 85
PASS -> FAIL: gdb.reverse/machinestate.exp: module global step post-change
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: run to end of main
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: reload prec save file
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: go to end of main forward
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: reverse to 85
new FAIL: gdb.reverse/machinestate-precsave.exp: step
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: module global forward past bp
new FAIL: gdb.reverse/machinestate-precsave.exp: reverse-step
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: reverse to 71
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: module static forward
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: reverse to 57
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: function static reverse-breakpoint
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: function static forward
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: function static reverse-step
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: reverse to 45
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: auto var reverse-breakpoint
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: auto var forward
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: auto var reverse-step
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: reverse to 33
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: register var reverse-breakpoint
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: register var step post-change
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: register var reverse step-to
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: reverse to main
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: forward to 33
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: register var forward-breakpoint
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: register var forward step-to
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: forward to 45
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: auto var forward-breakpoint
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: auto var forward step-to
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: auto var step post-change
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: forward to 57
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: function static forward-breakpoint
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: function static forward step-to
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: function static step post-change
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: forward to 71
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: module static step post-change
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: forward to 85
PASS -> FAIL: gdb.reverse/machinestate-precsave.exp: module global step post-change
PASS -> FAIL: gdb.reverse/next-reverse-bkpt-over-sr.exp: get past callee call
PASS -> FAIL: gdb.reverse/next-reverse-bkpt-over-sr.exp: reverse-next over call trips user breakpoint at function entry
PASS -> FAIL: gdb.reverse/next-reverse-bkpt-over-sr.exp: stopped at the right callee call
PASS -> FAIL: gdb.reverse/pipe-reverse.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/pipe-reverse.exp: reverse to marker1
PASS -> FAIL: gdb.reverse/readv-reverse.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/readv-reverse.exp: reverse to marker1
PASS -> FAIL: gdb.reverse/recvmsg-reverse.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/recvmsg-reverse.exp: reverse to marker1
new FAIL: gdb.reverse/sigall-precsave.exp: continue
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reload precord save file
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal ABRT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal ABRT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to HUP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal HUP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal HUP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to QUIT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal QUIT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal QUIT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to ILL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal ILL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal ILL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to EMT
new FAIL: gdb.reverse/sigall-precsave.exp: get signal EMT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal EMT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to FPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal FPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal FPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to BUS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal BUS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal BUS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to SEGV
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal SEGV
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal SEGV
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to SYS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal SYS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal SYS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to PIPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal PIPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal PIPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to ALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal ALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal ALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to URG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal URG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal URG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to TSTP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal TSTP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal TSTP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to CONT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal CONT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal CONT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to CHLD
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal CHLD
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal CHLD
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to TTIN
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal TTIN
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal TTIN
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to TTOU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal TTOU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal TTOU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to IO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal IO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal IO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to XCPU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal XCPU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal XCPU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to XFSZ
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal XFSZ
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal XFSZ
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to VTALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal VTALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal VTALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to PROF
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal PROF
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal PROF
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to WINCH
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal WINCH
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal WINCH
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to LOST
new FAIL: gdb.reverse/sigall-precsave.exp: get signal LOST
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal LOST
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to USR1
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal USR1
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal USR1
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to USR2
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal USR2
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal USR2
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to PWR
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal PWR
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal PWR
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to POLL
new FAIL: gdb.reverse/sigall-precsave.exp: get signal POLL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal POLL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to WIND
new FAIL: gdb.reverse/sigall-precsave.exp: get signal WIND
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal WIND
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to PHONE
new FAIL: gdb.reverse/sigall-precsave.exp: get signal PHONE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal PHONE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to WAITING
new FAIL: gdb.reverse/sigall-precsave.exp: get signal WAITING
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal WAITING
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to LWP
new FAIL: gdb.reverse/sigall-precsave.exp: get signal LWP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal LWP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to DANGER
new FAIL: gdb.reverse/sigall-precsave.exp: get signal DANGER
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal DANGER
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to GRANT
new FAIL: gdb.reverse/sigall-precsave.exp: get signal GRANT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal GRANT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to RETRACT
new FAIL: gdb.reverse/sigall-precsave.exp: get signal RETRACT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal RETRACT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to MSG
new FAIL: gdb.reverse/sigall-precsave.exp: get signal MSG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal MSG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to SOUND
new FAIL: gdb.reverse/sigall-precsave.exp: get signal SOUND
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal SOUND
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to SAK
new FAIL: gdb.reverse/sigall-precsave.exp: get signal SAK
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal SAK
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to PRIO
new FAIL: gdb.reverse/sigall-precsave.exp: get signal PRIO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal PRIO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 33
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 33
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 33
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 34
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 34
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 34
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 35
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 35
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 35
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 36
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 36
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 36
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 37
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 37
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 37
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 38
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 38
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 38
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 39
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 39
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 39
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 40
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 40
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 40
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 41
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 41
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 41
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 42
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 42
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 42
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 43
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 43
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 43
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 44
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 44
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 44
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 45
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 45
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 45
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 46
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 46
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 46
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 47
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 47
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 47
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 48
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 48
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 48
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 49
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 49
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 49
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 50
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 50
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 50
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 51
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 51
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 51
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 52
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 52
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 52
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 53
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 53
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 53
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 54
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 54
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 54
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 55
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 55
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 55
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 56
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 56
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 56
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 57
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 57
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 57
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 58
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 58
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 58
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 59
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 59
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 59
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 60
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 60
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 60
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 61
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 61
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 61
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 62
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 62
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 62
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to 63
new FAIL: gdb.reverse/sigall-precsave.exp: get signal 63
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal 63
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: advance to TERM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: get signal TERM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: send signal TERM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: continue to sigall exit
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of TERM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_TERM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 63
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_63
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 62
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_62
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 61
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_61
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 60
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_60
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 59
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_59
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 58
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_58
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 57
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_57
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 56
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_56
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 55
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_55
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 54
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_54
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 53
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_53
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 52
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_52
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 51
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_51
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 50
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_50
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 49
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_49
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 48
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_48
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 47
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_47
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 46
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_46
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 45
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_45
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 44
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_44
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 43
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_43
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 42
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_42
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 41
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_41
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 40
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_40
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 39
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_39
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 38
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_38
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 37
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_37
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 36
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_36
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 35
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_35
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 34
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_34
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of 33
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_33
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of PRIO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_PRIO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of SAK
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_SAK
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of SOUND
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_SOUND
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of MSG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_MSG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of RETRACT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_RETRACT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of GRANT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_GRANT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of DANGER
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_DANGER
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of LWP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_LWP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of WAITING
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_WAITING
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of PHONE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_PHONE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of WIND
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_WIND
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of POLL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_POLL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of PWR
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_PWR
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of USR2
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_USR2
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of USR1
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_USR1
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of LOST
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_LOST
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of WINCH
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_WINCH
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of PROF
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_PROF
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of VTALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_VTALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of XFSZ
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_XFSZ
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of XCPU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_XCPU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of IO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_IO
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of TTOU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_TTOU
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of TTIN
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_TTIN
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of CHLD
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_CHLD
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of CONT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_CONT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of TSTP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_TSTP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of URG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_URG
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of ALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_ALRM
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of PIPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_PIPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of SYS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_SYS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of SEGV
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_SEGV
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of BUS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_BUS
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of FPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_FPE
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of EMT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_EMT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of ILL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_ILL
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of QUIT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_QUIT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of HUP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_HUP
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to handler of ABRT
PASS -> FAIL: gdb.reverse/sigall-precsave.exp: reverse to gen_ABRT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal ABRT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal ABRT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to HUP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal HUP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal HUP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to QUIT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal QUIT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal QUIT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to ILL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal ILL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal ILL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to EMT
new FAIL: gdb.reverse/sigall-reverse.exp: get signal EMT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal EMT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to FPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal FPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal FPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to BUS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal BUS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal BUS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to SEGV
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal SEGV
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal SEGV
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to SYS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal SYS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal SYS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to PIPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal PIPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal PIPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to ALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal ALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal ALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to URG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal URG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal URG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to TSTP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal TSTP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal TSTP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to CONT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal CONT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal CONT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to CHLD
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal CHLD
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal CHLD
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to TTIN
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal TTIN
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal TTIN
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to TTOU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal TTOU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal TTOU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to IO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal IO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal IO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to XCPU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal XCPU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal XCPU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to XFSZ
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal XFSZ
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal XFSZ
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to VTALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal VTALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal VTALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to PROF
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal PROF
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal PROF
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to WINCH
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal WINCH
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal WINCH
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to LOST
new FAIL: gdb.reverse/sigall-reverse.exp: get signal LOST
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal LOST
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to USR1
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal USR1
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal USR1
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to USR2
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal USR2
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal USR2
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to PWR
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal PWR
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal PWR
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to POLL
new FAIL: gdb.reverse/sigall-reverse.exp: get signal POLL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal POLL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to WIND
new FAIL: gdb.reverse/sigall-reverse.exp: get signal WIND
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal WIND
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to PHONE
new FAIL: gdb.reverse/sigall-reverse.exp: get signal PHONE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal PHONE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to WAITING
new FAIL: gdb.reverse/sigall-reverse.exp: get signal WAITING
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal WAITING
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to LWP
new FAIL: gdb.reverse/sigall-reverse.exp: get signal LWP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal LWP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to DANGER
new FAIL: gdb.reverse/sigall-reverse.exp: get signal DANGER
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal DANGER
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to GRANT
new FAIL: gdb.reverse/sigall-reverse.exp: get signal GRANT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal GRANT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to RETRACT
new FAIL: gdb.reverse/sigall-reverse.exp: get signal RETRACT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal RETRACT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to MSG
new FAIL: gdb.reverse/sigall-reverse.exp: get signal MSG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal MSG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to SOUND
new FAIL: gdb.reverse/sigall-reverse.exp: get signal SOUND
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal SOUND
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to SAK
new FAIL: gdb.reverse/sigall-reverse.exp: get signal SAK
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal SAK
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to PRIO
new FAIL: gdb.reverse/sigall-reverse.exp: get signal PRIO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal PRIO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 33
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 33
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 33
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 34
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 34
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 34
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 35
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 35
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 35
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 36
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 36
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 36
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 37
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 37
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 37
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 38
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 38
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 38
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 39
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 39
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 39
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 40
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 40
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 40
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 41
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 41
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 41
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 42
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 42
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 42
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 43
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 43
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 43
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 44
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 44
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 44
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 45
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 45
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 45
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 46
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 46
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 46
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 47
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 47
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 47
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 48
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 48
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 48
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 49
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 49
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 49
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 50
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 50
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 50
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 51
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 51
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 51
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 52
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 52
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 52
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 53
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 53
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 53
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 54
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 54
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 54
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 55
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 55
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 55
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 56
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 56
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 56
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 57
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 57
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 57
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 58
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 58
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 58
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 59
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 59
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 59
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 60
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 60
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 60
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 61
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 61
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 61
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 62
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 62
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 62
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to 63
new FAIL: gdb.reverse/sigall-reverse.exp: get signal 63
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal 63
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: advance to TERM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: get signal TERM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: send signal TERM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of TERM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_TERM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 63
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_63
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 62
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_62
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 61
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_61
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 60
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_60
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 59
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_59
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 58
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_58
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 57
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_57
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 56
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_56
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 55
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_55
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 54
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_54
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 53
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_53
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 52
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_52
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 51
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_51
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 50
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_50
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 49
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_49
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 48
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_48
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 47
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_47
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 46
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_46
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 45
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_45
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 44
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_44
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 43
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_43
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 42
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_42
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 41
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_41
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 40
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_40
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 39
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_39
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 38
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_38
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 37
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_37
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 36
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_36
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 35
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_35
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 34
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_34
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of 33
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_33
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of PRIO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_PRIO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of SAK
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_SAK
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of SOUND
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_SOUND
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of MSG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_MSG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of RETRACT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_RETRACT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of GRANT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_GRANT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of DANGER
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_DANGER
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of LWP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_LWP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of WAITING
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_WAITING
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of PHONE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_PHONE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of WIND
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_WIND
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of POLL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_POLL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of PWR
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_PWR
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of USR2
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_USR2
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of USR1
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_USR1
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of LOST
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_LOST
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of WINCH
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_WINCH
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of PROF
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_PROF
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of VTALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_VTALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of XFSZ
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_XFSZ
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of XCPU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_XCPU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of IO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_IO
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of TTOU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_TTOU
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of TTIN
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_TTIN
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of CHLD
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_CHLD
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of CONT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_CONT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of TSTP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_TSTP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of URG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_URG
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of ALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_ALRM
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of PIPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_PIPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of SYS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_SYS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of SEGV
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_SEGV
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of BUS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_BUS
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of FPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_FPE
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of EMT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_EMT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of ILL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_ILL
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of QUIT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_QUIT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of HUP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_HUP
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to handler of ABRT
PASS -> FAIL: gdb.reverse/sigall-reverse.exp: reverse to gen_ABRT
PASS -> FAIL: gdb.reverse/solib-precsave.exp: run to end of main
PASS -> FAIL: gdb.reverse/solib-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reload core file
PASS -> FAIL: gdb.reverse/solib-precsave.exp: run until end part one
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step third shr1
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step second shr1
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step first shr1
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step generic
PASS -> FAIL: gdb.reverse/solib-precsave.exp: forward to end part one
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-next third shr1
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-next second shr1
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-next first shr1
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-next generic
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step into solib function one
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step within solib function one
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step back to main one
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step into solib function two
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step within solib function two
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-step back to main two
PASS -> FAIL: gdb.reverse/solib-precsave.exp: run until end part two
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-next over solib function one
PASS -> FAIL: gdb.reverse/solib-precsave.exp: reverse-next over solib function two
PASS -> FAIL: gdb.reverse/solib-reverse.exp: run until end part one
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step third shr1
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step second shr1
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step first shr1
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step generic
PASS -> FAIL: gdb.reverse/solib-reverse.exp: forward to end part one
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-next third shr1
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-next second shr1
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-next first shr1
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-next generic
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step into solib function one
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step within solib function one
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step back to main one
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step into solib function two
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step within solib function two
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-step back to main two
PASS -> FAIL: gdb.reverse/solib-reverse.exp: run until end part two
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-next over solib function one
PASS -> FAIL: gdb.reverse/solib-reverse.exp: reverse-next over solib function two
PASS -> FAIL: gdb.reverse/step-precsave.exp: run to end of main
PASS -> FAIL: gdb.reverse/step-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/step-precsave.exp: reload core file
PASS -> FAIL: gdb.reverse/step-precsave.exp: next test 1
PASS -> FAIL: gdb.reverse/step-precsave.exp: step test 1
PASS -> FAIL: gdb.reverse/step-precsave.exp: next test 2
PASS -> FAIL: gdb.reverse/step-precsave.exp: step test 2
PASS -> FAIL: gdb.reverse/step-precsave.exp: step up to call
PASS -> FAIL: gdb.reverse/step-precsave.exp: next over call
PASS -> FAIL: gdb.reverse/step-precsave.exp: step into call
PASS -> FAIL: gdb.reverse/step-precsave.exp: finish out of fn call
PASS -> FAIL: gdb.reverse/step-precsave.exp: simple stepi
PASS -> FAIL: gdb.reverse/step-precsave.exp: stepi into function call
PASS -> FAIL: gdb.reverse/step-precsave.exp: stepi back from function call
PASS -> FAIL: gdb.reverse/step-precsave.exp: set reverse execution
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse stepi thru function return
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse stepi from a function call
PASS -> FAIL: gdb.reverse/step-precsave.exp: simple reverse stepi
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse step into fn call
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse step out of called fn
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse next over call
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse step test 1
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse next test 1
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse step test 2
PASS -> FAIL: gdb.reverse/step-precsave.exp: reverse next test 2
PASS -> FAIL: gdb.reverse/step-reverse.exp: step test 2
PASS -> FAIL: gdb.reverse/step-reverse.exp: step up to call
PASS -> FAIL: gdb.reverse/step-reverse.exp: next over call
PASS -> FAIL: gdb.reverse/step-reverse.exp: step into call
PASS -> FAIL: gdb.reverse/step-reverse.exp: finish out of fn call
PASS -> FAIL: gdb.reverse/step-reverse.exp: simple stepi
PASS -> FAIL: gdb.reverse/step-reverse.exp: stepi into function call
PASS -> FAIL: gdb.reverse/step-reverse.exp: stepi back from function call
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse stepi thru function return
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse stepi from a function call
PASS -> FAIL: gdb.reverse/step-reverse.exp: simple reverse stepi
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse step into fn call
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse step out of called fn
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse next over call
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse step test 1
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse next test 1
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse step test 2
PASS -> FAIL: gdb.reverse/step-reverse.exp: reverse next test 2
PASS -> FAIL: gdb.reverse/time-reverse.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/time-reverse.exp: reverse to marker1
PASS -> FAIL: gdb.reverse/until-precsave.exp: run to end of main
PASS -> FAIL: gdb.reverse/until-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/until-precsave.exp: reload core file
PASS -> FAIL: gdb.reverse/until-precsave.exp: until line number
PASS -> FAIL: gdb.reverse/until-precsave.exp: advance to factorial
PASS -> FAIL: gdb.reverse/until-precsave.exp: until factorial, recursive function
PASS -> FAIL: gdb.reverse/until-precsave.exp: finish to main
PASS -> FAIL: gdb.reverse/until-precsave.exp: advance to marker2
PASS -> FAIL: gdb.reverse/until-precsave.exp: until func, not called by current frame
PASS -> FAIL: gdb.reverse/until-precsave.exp: set reverse execution
PASS -> FAIL: gdb.reverse/until-precsave.exp: reverse-advance to marker2
PASS -> FAIL: gdb.reverse/until-precsave.exp: reverse-finish from marker2
PASS -> FAIL: gdb.reverse/until-precsave.exp: reverse-advance to final return of factorial
PASS -> FAIL: gdb.reverse/until-precsave.exp: reverse-until to entry of factorial
PASS -> FAIL: gdb.reverse/until-reverse.exp: until line number
PASS -> FAIL: gdb.reverse/until-reverse.exp: advance to factorial
PASS -> FAIL: gdb.reverse/until-reverse.exp: until factorial, recursive function
PASS -> FAIL: gdb.reverse/until-reverse.exp: finish to main
PASS -> FAIL: gdb.reverse/until-reverse.exp: advance to marker2
PASS -> FAIL: gdb.reverse/until-reverse.exp: until func, not called by current frame
PASS -> FAIL: gdb.reverse/until-reverse.exp: set reverse execution
PASS -> FAIL: gdb.reverse/until-reverse.exp: reverse-advance to marker2
PASS -> FAIL: gdb.reverse/until-reverse.exp: reverse-finish from marker2
PASS -> FAIL: gdb.reverse/until-reverse.exp: reverse-advance to final return of factorial
PASS -> FAIL: gdb.reverse/until-reverse.exp: reverse-until to entry of factorial
PASS -> FAIL: gdb.reverse/waitpid-reverse.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/waitpid-reverse.exp: reverse to marker1
PASS -> FAIL: gdb.reverse/watch-precsave.exp: run to end of main
PASS -> FAIL: gdb.reverse/watch-precsave.exp: save process recfile
PASS -> FAIL: gdb.reverse/watch-precsave.exp: reload core file
PASS -> FAIL: gdb.reverse/watch-precsave.exp: continue to breakpoint: marker1
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, first time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, second time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, third time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, fourth time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, fifth time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/watch-precsave.exp: set reverse
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, first time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, second time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, third time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, fourth time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, fifth time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: set forward
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, forward replay, first time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, forward replay, second time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, forward replay, third time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, forward replay, fourth time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit, forward replay, fifth time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: replay forward to marker2
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, HW, first time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, HW, second time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, HW, third time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, HW, fourth time
PASS -> FAIL: gdb.reverse/watch-precsave.exp: watchpoint hit in reverse, HW, fifth time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: continue to breakpoint: marker1
PASS -> FAIL: gdb.reverse/watch-reverse.exp: set watchpoint on ival3
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, first time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, second time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, third time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, fourth time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, fifth time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: continue to breakpoint: marker2
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, first time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, second time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, third time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, fourth time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, fifth time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, forward replay, first time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, forward replay, second time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, forward replay, third time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, forward replay, fourth time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit, forward replay, fifth time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: replay forward to marker2
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, HW, first time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, HW, second time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, HW, third time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, HW, fourth time
PASS -> FAIL: gdb.reverse/watch-reverse.exp: watchpoint hit in reverse, HW, fifth time
PASS -> FAIL: gdb.server/ext-restart.exp: run to main
PASS -> FAIL: gdb.server/ext-restart.exp: restart: set remote run-packet off
PASS -> FAIL: gdb.server/ext-restart.exp: restart: set remote exec-file
PASS -> FAIL: gdb.server/ext-restart.exp: restart: run to main
PASS -> FAIL: gdb.server/ext-run.exp: continue to main
PASS -> FAIL: gdb.server/ext-wrapper.exp: run to marker
PASS -> FAIL: gdb.server/ext-wrapper.exp: print d
PASS -> FAIL: gdb.server/ext-wrapper.exp: restart: set remote run-packet off
PASS -> FAIL: gdb.server/ext-wrapper.exp: restart: set remote exec-file
PASS -> FAIL: gdb.server/ext-wrapper.exp: restart: run to marker
PASS -> FAIL: gdb.server/ext-wrapper.exp: restart: print d
PASS -> FAIL: gdb.server/run-without-local-binary.exp: run test program until the end
PASS -> FAIL: gdb.server/stop-reply-no-thread.exp: info threads
PASS -> FAIL: gdb.server/stop-reply-no-thread.exp: continue to main
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 0: switch to non-event thread
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 0: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 1: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 1: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 1: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 2: switch to non-event thread
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 2: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 3: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 3: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 3: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 3: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 4: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 4: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 4: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 5: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 5: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 5: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 5: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 6: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 6: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 6: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 6: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 7: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 7: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 7: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 7: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 8: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 8: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 8: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 8: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 9: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 9: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 9: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 9: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 10: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 10: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 10: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 10: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 11: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 11: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 11: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 11: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 12: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 12: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 12: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 12: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 13: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 13: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 13: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 13: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 14: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 14: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 14: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 14: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 15: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 15: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 15: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 16: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 16: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 16: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 16: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 17: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 17: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 17: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 17: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 18: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 18: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 18: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 18: caught interrupt
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 19: set break in tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 19: continue to tight loop
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 19: get thread number
PASS -> FAIL: gdb.threads/continue-pending-status.exp: attempt 19: caught interrupt
PASS -> FAIL: gdb.threads/execl.exp: info threads before exec
PASS -> FAIL: gdb.threads/execl.exp: continue across exec
PASS -> FAIL: gdb.threads/execl.exp: continue until exit
PASS -> FAIL: gdb.threads/fork-child-threads.exp: next over fork
PASS -> FAIL: gdb.threads/fork-child-threads.exp: get to the spawned thread
PASS -> FAIL: gdb.threads/fork-child-threads.exp: two threads found
new FAIL: gdb.threads/forking-threads-plus-breakpoint.exp: probe displaced-stepping support: can't run to main
new FAIL: gdb.threads/forking-threads-plus-breakpoint.exp: cond_bp_target=1: detach_on_fork=on: displaced=on: can't run to main
new FAIL: gdb.threads/forking-threads-plus-breakpoint.exp: cond_bp_target=1: detach_on_fork=on: displaced=off: can't run to main
new FAIL: gdb.threads/forking-threads-plus-breakpoint.exp: cond_bp_target=0: detach_on_fork=on: displaced=on: can't run to main
new FAIL: gdb.threads/forking-threads-plus-breakpoint.exp: cond_bp_target=0: detach_on_fork=on: displaced=off: can't run to main
PASS -> FAIL: gdb.threads/fork-thread-pending.exp: 1, multiple threads found
PASS -> FAIL: gdb.threads/fork-thread-pending.exp: 1, followed to the child, found one thread
PASS -> FAIL: gdb.threads/fork-thread-pending.exp: 1, get to the spawned thread in fork child
PASS -> FAIL: gdb.threads/fork-thread-pending.exp: 1, followed to the child, found two threads
PASS -> FAIL: gdb.threads/fork-thread-pending.exp: 2, multiple threads found
PASS -> FAIL: gdb.threads/fork-thread-pending.exp: 2, get to the spawned thread in fork child
PASS -> FAIL: gdb.threads/fork-thread-pending.exp: 2, followed to the child, found two threads
PASS -> FAIL: gdb.threads/gcore-thread.exp: save a corefile
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: hand call, thread 1
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: prepare to make hand call, thread 2
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: hand call, thread 2
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: prepare to make hand call, thread 3
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: hand call, thread 3
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: prepare to make hand call, thread 4
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: hand call, thread 4
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: prepare to make hand call, thread 5
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: hand call, thread 5
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: set confirm off
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: dummy stack frame number, thread 1
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: dummy stack frame number, thread 2
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: dummy stack frame number, thread 3
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: dummy stack frame number, thread 4
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: dummy stack frame number, thread 5
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: disable scheduler locking
PASS -> FAIL: gdb.threads/hand-call-in-threads.exp: show scheduler locking off
PASS -> FAIL: gdb.threads/hand-call-new-thread.exp: iter 0: p new_thread
PASS -> FAIL: gdb.threads/hand-call-new-thread.exp: iter 1: p new_thread
PASS -> FAIL: gdb.threads/hand-call-new-thread.exp: iter 2: p new_thread
PASS -> FAIL: gdb.threads/info-threads-cur-sal.exp: info threads before break
PASS -> FAIL: gdb.threads/info-threads-cur-sal.exp: info threads before list
PASS -> FAIL: gdb.threads/interrupted-hand-call.exp: hand-call interrupted by signal in another thread
PASS -> FAIL: gdb.threads/interrupted-hand-call.exp: dummy stack frame present
new FAIL: gdb.threads/interrupt-while-step-over.exp: displaced-stepping=on: couldn't run to all_started
PASS -> FAIL: gdb.threads/linux-dp.exp: info threads after: 1
PASS -> FAIL: gdb.threads/linux-dp.exp: info threads after: 2
PASS -> FAIL: gdb.threads/linux-dp.exp: info threads after: 3
PASS -> FAIL: gdb.threads/linux-dp.exp: info threads after: 4
PASS -> FAIL: gdb.threads/linux-dp.exp: info threads 2
PASS -> FAIL: gdb.threads/linux-dp.exp: thread-specific breakpoint is thread-specific
PASS -> FAIL: gdb.threads/linux-dp.exp: selected thread: 1
new FAIL: gdb.threads/linux-dp.exp: philosopher is distinct: 1
PASS -> FAIL: gdb.threads/linux-dp.exp: selected thread: 2
PASS -> FAIL: gdb.threads/linux-dp.exp: philosopher is distinct: 2
PASS -> FAIL: gdb.threads/linux-dp.exp: selected thread: 3
PASS -> FAIL: gdb.threads/linux-dp.exp: philosopher is distinct: 3
PASS -> FAIL: gdb.threads/linux-dp.exp: selected thread: 4
PASS -> FAIL: gdb.threads/linux-dp.exp: philosopher is distinct: 4
PASS -> FAIL: gdb.threads/linux-dp.exp: selected thread: 6
PASS -> FAIL: gdb.threads/linux-dp.exp: philosopher is distinct: 6
PASS -> FAIL: gdb.threads/local-watch-wrong-thread.exp: let local watchpoint trigger
PASS -> FAIL: gdb.threads/local-watch-wrong-thread.exp: local watchpoint still triggers
PASS -> FAIL: gdb.threads/local-watch-wrong-thread.exp: let thread_function0 return
PASS -> FAIL: gdb.threads/local-watch-wrong-thread.exp: breakpoint on thread_function0's caller
PASS -> FAIL: gdb.threads/local-watch-wrong-thread.exp: local watchpoint automatically deleted
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: step: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: step: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: step: setup: continue to breakpoint: run to breakpoint in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: step: setup: unbreak loop in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: step: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: step: setup: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: step: setup: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: step: setup: set scheduler-locking off
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: next: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: next: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: next: setup: continue to breakpoint: run to breakpoint in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: next: setup: unbreak loop in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: next: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: next: setup: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: next: setup: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: next: setup: set scheduler-locking off
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setup: continue to breakpoint: run to breakpoint in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setup: unbreak loop in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setup: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setup: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setup: set scheduler-locking off
new FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: setting breakpoint at 111
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: continue: continue
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr1: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr1: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr1: setup: continue to breakpoint: run to breakpoint in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr1: setup: unbreak loop in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr1: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr1: setup: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr1: setup: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr1: setup: set scheduler-locking off
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: setup: continue to breakpoint: run to breakpoint in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: setup: unbreak loop in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: setup: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: setup: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: setup: set scheduler-locking off
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: queue-signal SIGUSR1
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr2: continue to sigusr1_handler
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: setup: continue to breakpoint: run to breakpoint in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: setup: unbreak loop in thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: setup: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: setup: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: setup: set scheduler-locking off
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=off: signal thr3: queue-signal SIGUSR1
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: step: setup: continue to breakpoint: run to breakpoint
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: step: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: step: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: step: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: next: setup: continue to breakpoint: run to breakpoint
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: next: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: next: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: next: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: continue: setup: continue to breakpoint: run to breakpoint
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: continue: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: continue: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: continue: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr1: setup: continue to breakpoint: run to breakpoint
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr1: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr1: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr1: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr2: setup: continue to breakpoint: run to breakpoint
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr2: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr2: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr2: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr2: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr3: setup: continue to breakpoint: run to breakpoint
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr3: setup: info threads shows all threads
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr3: setup: thread 3
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr3: setup: thread 2
PASS -> FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: signal thr3: thread 3
PASS -> FAIL: gdb.threads/names.exp: list threads
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 1
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 2
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 3
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 4
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 5
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 6
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 7
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 8
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 9
PASS -> FAIL: gdb.threads/next-while-other-thread-longjmps.exp: next to line 10
PASS -> FAIL: gdb.threads/non-ldr-exc-1.exp: lock-sched=off,non-stop=on: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-1.exp: lock-sched=on,non-stop=off: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-1.exp: lock-sched=off,non-stop=off: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-2.exp: lock-sched=off,non-stop=on: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-2.exp: lock-sched=on,non-stop=off: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-2.exp: lock-sched=off,non-stop=off: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-3.exp: lock-sched=off,non-stop=on: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-3.exp: lock-sched=on,non-stop=off: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-3.exp: lock-sched=off,non-stop=off: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-4.exp: lock-sched=off,non-stop=on: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-4.exp: lock-sched=on,non-stop=off: continue over exec
PASS -> FAIL: gdb.threads/non-ldr-exc-4.exp: lock-sched=off,non-stop=off: continue over exec
PASS -> FAIL: gdb.threads/no-unwaited-for-left.exp: continue stops when thread 2 exits
PASS -> FAIL: gdb.threads/no-unwaited-for-left.exp: only main thread left, thread 2 terminated
PASS -> FAIL: gdb.threads/no-unwaited-for-left.exp: disable scheduler-locking, letting new thread start
new FAIL: gdb.threads/no-unwaited-for-left.exp: setting breakpoint at no-unwaited-for-left.c:65
PASS -> FAIL: gdb.threads/no-unwaited-for-left.exp: continue to breakpoint: break-here-2
PASS -> FAIL: gdb.threads/no-unwaited-for-left.exp: enable scheduler-locking, for main thread
PASS -> FAIL: gdb.threads/no-unwaited-for-left.exp: continue stops when the main thread exits
PASS -> FAIL: gdb.threads/no-unwaited-for-left.exp: only thread 3 left, main thread terminated
PASS -> FAIL: gdb.threads/no-unwaited-for-left.exp: thread apply all with exited thread
PASS -> FAIL: gdb.threads/print-threads.exp: break thread_function
PASS -> FAIL: gdb.threads/print-threads.exp: set var slow = 0
PASS -> FAIL: gdb.threads/print-threads.exp: all threads ran once
PASS -> FAIL: gdb.threads/print-threads.exp: set var slow = 1
new FAIL: gdb.threads/print-threads.exp: setting breakpoint at kill
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: detach: continue to breakpoint: _exit
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: detach: switch to parent
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: detach: detach parent
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: detach: server exits
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: watchpoint: continue to breakpoint: child_function
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: watchpoint: watch globalvar
new FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: watchpoint: setting breakpoint at _exit
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: killed outside: continue to breakpoint: _exit
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: detach: killed outside: get integer valueof "mypid"
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: detach: continue to breakpoint: _exit
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: detach: switch to parent
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: detach: continue
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: detach: server exits
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: watchpoint: continue to breakpoint: child_function
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: watchpoint: watch globalvar
new FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: watchpoint: setting breakpoint at _exit
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: killed outside: continue to breakpoint: _exit
PASS -> FAIL: gdb.threads/process-dies-while-detaching.exp: multi-process: continue: killed outside: get integer valueof "mypid"
new FAIL: gdb.threads/process-dies-while-handling-bp.exp: non_stop=on: cond_bp_target=1: can't run to main
new FAIL: gdb.threads/process-dies-while-handling-bp.exp: non_stop=on: cond_bp_target=0: can't run to main
PASS -> KFAIL: gdb.threads/process-dies-while-handling-bp.exp: non_stop=off: cond_bp_target=0: inferior 1 exited
PASS -> FAIL: gdb.threads/pthread_cond_wait.exp: backtrace in blocked thread
PASS -> FAIL: gdb.threads/pthreads.exp: disable
new FAIL: gdb.threads/pthreads.exp: get thread 1 id
new FAIL: gdb.threads/pthreads.exp: get thread 2 id
PASS -> FAIL: gdb.threads/pthreads.exp: set var common_routine::hits=0
PASS -> FAIL: gdb.threads/pthreads.exp: set var common_routine::from_thread1=0
PASS -> FAIL: gdb.threads/pthreads.exp: set var common_routine::from_thread2=0
PASS -> FAIL: gdb.threads/pthreads.exp: set var common_routine::from_main=0
PASS -> FAIL: gdb.threads/pthreads.exp: set var common_routine::full_coverage=0
new FAIL: gdb.threads/pthreads.exp: continue until common routine run 15 times
PASS -> FAIL: gdb.threads/pthreads.exp: check backtrace from main thread
PASS -> FAIL: gdb.threads/pthreads.exp: check backtrace from thread 1
PASS -> FAIL: gdb.threads/pthreads.exp: check backtrace from thread 2
PASS -> FAIL: gdb.threads/pthreads.exp: apply backtrace command to all three threads
PASS -> FAIL: gdb.threads/pthreads.exp: set break at common_routine in thread 2
PASS -> FAIL: gdb.threads/pthreads.exp: continue to bkpt at common_routine in thread 2
new FAIL: gdb.threads/queue-signal.exp: determine thread functions
PASS -> FAIL: gdb.threads/reconnect-signal.exp: thread 2 is selected
PASS -> FAIL: gdb.threads/reconnect-signal.exp: thread 2 is selected on reconnect
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=step: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=step: print call_function = 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=step: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=step: step to increment
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=step: step does not change thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=step: current thread advanced - unlocked
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=0: set scheduler-locking off
new FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=0: setting breakpoint at 80 if arg != 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=0: continue to breakpoint: return to loop
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=0: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=0: print call_function = 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=0: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=0: next to increment
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=1: set scheduler-locking off
new FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=1: setting breakpoint at 80 if arg != 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=1: continue to breakpoint: return to loop
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=1: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=1: print call_function = 1
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=1: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=1: next to increment
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=off: cmd=next: call_function=1: other threads ran - unlocked
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=step: set scheduler-locking off
new FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=step: setting breakpoint at 80 if arg != 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=step: continue to breakpoint: return to loop
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=step: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=step: set scheduler-locking step
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=step: print call_function = 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=step: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=step: step to increment
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=0: set scheduler-locking off
new FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=0: setting breakpoint at 80 if arg != 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=0: continue to breakpoint: return to loop
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=0: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=0: set scheduler-locking step
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=0: print call_function = 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=0: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=0: next to increment
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=1: set scheduler-locking off
new FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=1: setting breakpoint at 80 if arg != 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=1: continue to breakpoint: return to loop
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=1: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=1: set scheduler-locking step
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=1: print call_function = 1
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=1: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=step: cmd=next: call_function=1: next to increment
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=step: set scheduler-locking off
new FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=step: setting breakpoint at 80 if arg != 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=step: continue to breakpoint: return to loop
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=step: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=step: set scheduler-locking on
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=step: print call_function = 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=step: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=step: step to increment
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=0: set scheduler-locking off
new FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=0: setting breakpoint at 80 if arg != 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=0: continue to breakpoint: return to loop
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=0: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=0: set scheduler-locking on
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=0: print call_function = 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=0: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=0: next to increment
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=1: set scheduler-locking off
new FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=1: setting breakpoint at 80 if arg != 0
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=1: continue to breakpoint: return to loop
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=1: find current thread
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=1: set scheduler-locking on
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=1: print call_function = 1
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=1: listed args
PASS -> FAIL: gdb.threads/schedlock.exp: schedlock=on: cmd=next: call_function=1: next to increment
PASS -> FAIL: gdb.threads/siginfo-threads.exp: get pid
PASS -> FAIL: gdb.threads/signal-command-handle-nopass.exp: step-over yes: thread 1
PASS -> FAIL: gdb.threads/signal-command-handle-nopass.exp: step-over yes: thread 1 selected
PASS -> FAIL: gdb.threads/signal-command-handle-nopass.exp: step-over yes: signal SIGUSR1
PASS -> FAIL: gdb.threads/signal-command-handle-nopass.exp: step-over yes: thread 1 got the signal
PASS -> FAIL: gdb.threads/signal-command-handle-nopass.exp: step-over no: thread 1
PASS -> FAIL: gdb.threads/signal-command-handle-nopass.exp: step-over no: thread 1 selected
PASS -> FAIL: gdb.threads/signal-command-handle-nopass.exp: step-over no: signal SIGUSR1
PASS -> FAIL: gdb.threads/signal-command-handle-nopass.exp: step-over no: thread 1 got the signal
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: thread 3
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: stop with SIGUSR2
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: thread 2
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: stop with SIGUSR1
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: break handler_sigusr1
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: break handler_sigusr2
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: set scheduler-locking off
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: signal command queries
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock off: second signal: signal delivered
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: thread 3
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: stop with SIGUSR2
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: thread 2
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: stop with SIGUSR1
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: break handler_sigusr1
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: break handler_sigusr2
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: signal command does not query, signal delivered
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: second signal: set scheduler-locking off
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: second signal: signal command queries
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: b end
PASS -> FAIL: gdb.threads/signal-command-multiple-signals-pending.exp: schedlock on: no more signals
PASS -> FAIL: gdb.threads/signal-delivered-right-thread.exp: continue: thread 2 intercepted signal
PASS -> FAIL: gdb.threads/signal-delivered-right-thread.exp: continue: thread 1
PASS -> FAIL: gdb.threads/signal-delivered-right-thread.exp: continue: continue
PASS -> FAIL: gdb.threads/signal-delivered-right-thread.exp: continue: thread 2 got the signal
PASS -> FAIL: gdb.threads/signal-delivered-right-thread.exp: signal 0: thread 2 intercepted signal
PASS -> FAIL: gdb.threads/signal-delivered-right-thread.exp: signal 0: thread 1
PASS -> FAIL: gdb.threads/signal-delivered-right-thread.exp: signal 0: signal 0 queries
PASS -> FAIL: gdb.threads/signal-delivered-right-thread.exp: signal 0: thread 2 got the signal
PASS -> FAIL: gdb.threads/signal-sigtrap.exp: sigtrap thread 1: thread 2 hit breakpoint
PASS -> FAIL: gdb.threads/signal-sigtrap.exp: sigtrap thread 1: switch to sigtrap thread
PASS -> FAIL: gdb.threads/signal-sigtrap.exp: sigtrap thread 1: signal SIGTRAP reaches handler
PASS -> FAIL: gdb.threads/signal-sigtrap.exp: sigtrap thread 1: right thread got the signal
PASS -> FAIL: gdb.threads/signal-sigtrap.exp: sigtrap thread 2: thread 2 hit breakpoint
PASS -> FAIL: gdb.threads/signal-sigtrap.exp: sigtrap thread 2: right thread got the signal
PASS -> FAIL: gdb.threads/signal-while-stepping-over-bp-other-thread.exp: continue to breakpoint: run to breakpoint in thread 3
PASS -> FAIL: gdb.threads/signal-while-stepping-over-bp-other-thread.exp: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/signal-while-stepping-over-bp-other-thread.exp: force loop break in thread 2
PASS -> FAIL: gdb.threads/signal-while-stepping-over-bp-other-thread.exp: get my_number
PASS -> FAIL: gdb.threads/signal-while-stepping-over-bp-other-thread.exp: get count before step
PASS -> FAIL: gdb.threads/signal-while-stepping-over-bp-other-thread.exp: step
PASS -> FAIL: gdb.threads/signal-while-stepping-over-bp-other-thread.exp: get count after step
PASS -> FAIL: gdb.threads/signal-while-stepping-over-bp-other-thread.exp: stepped thread under control
new FAIL: gdb.threads/sigstep-threads.exp: step 0
PASS -> FAIL: gdb.threads/step-bg-decr-pc-switch-thread.exp: info threads shows all threads
PASS -> FAIL: gdb.threads/stepi-random-signal.exp: thread 1
new FAIL: gdb.threads/stepi-random-signal.exp: setting breakpoint at stepi-random-signal.c:45
PASS -> FAIL: gdb.threads/stepi-random-signal.exp: continue to breakpoint: loop
PASS -> FAIL: gdb.threads/stepi-random-signal.exp: thread 1 again
PASS -> FAIL: gdb.threads/stepi-random-signal.exp: set debug infrun 1
PASS -> FAIL: gdb.threads/stepi-random-signal.exp: before stepi: get hexadecimal valueof "$pc"
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: step: thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: step: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: step: unbreak loop in thread 2
new FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: step: setting breakpoint at 37
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: step: step
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: next: thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: next: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: next: unbreak loop in thread 2
new FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: next: setting breakpoint at 37
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: next: next
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: continue: thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: continue: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: continue: unbreak loop in thread 2
new FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: continue: setting breakpoint at 37
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=off: continue: continue
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: step: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: step: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: step: thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: step: unbreak loop in thread 2
new FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: step: setting breakpoint at 37
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: step: thread 1
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: step: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: step: step
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: next: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: next: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: next: thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: next: unbreak loop in thread 2
new FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: next: setting breakpoint at 37
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: next: thread 1
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: next: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: next: next
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: continue: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: continue: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: continue: thread 2
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: continue: unbreak loop in thread 2
new FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: continue: setting breakpoint at 37
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: continue: thread 1
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: continue: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-lands-on-breakpoint.exp: displaced=on: continue: continue
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: step: step
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: next: next
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: no thread-specific bp: continue: continue
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: set breakpoint specific to thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: step: step
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: set breakpoint specific to thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: next: next
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: continue to breakpoint: run to breakpoint in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: set breakpoint specific to thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=off: with thread-specific bp: continue: continue
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: step: step
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: next: next
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: no thread-specific bp: continue: continue
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: set breakpoint specific to thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: step: step
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: set breakpoint specific to thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: next: next
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: continue to breakpoint: run to wait-thread breakpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: info threads shows all threads
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: find addresses: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: find addresses: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: find addresses: continue to watchpoint
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: find addresses: find addresses
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: set breakpoint at address that triggers watch
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: continue to breakpoint: run to instruction that triggers watch in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: unbreak loop in thread 2
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: clear watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: watch watch_me
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: set breakpoint specific to thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: thread 1
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: set scheduler-locking off
PASS -> FAIL: gdb.threads/step-over-trips-on-watchpoint.exp: displaced=on: with thread-specific bp: continue: continue
PASS -> FAIL: gdb.threads/threadapply.exp: thread apply all backthread
PASS -> FAIL: gdb.threads/threadapply.exp: run a simple print command on all threads
PASS -> FAIL: gdb.threads/threadapply.exp: thread apply all: thread apply all detach
PASS -> FAIL: gdb.threads/threadapply.exp: thread apply all: switched to no thread selected
PASS -> FAIL: gdb.threads/thread-execl.exp: schedlock off: get to main in new image
PASS -> FAIL: gdb.threads/thread-execl.exp: schedlock step: get to main in new image
PASS -> FAIL: gdb.threads/thread-execl.exp: schedlock on: get to main in new image
PASS -> FAIL: gdb.threads/thread-find.exp: name thread 2
PASS -> FAIL: gdb.threads/thread-find.exp: name thread 3
PASS -> FAIL: gdb.threads/thread-find.exp: name thread 4
PASS -> FAIL: gdb.threads/thread-find.exp: name thread 5
PASS -> FAIL: gdb.threads/thread-find.exp: name thread 6
PASS -> FAIL: gdb.threads/thread-find.exp: find thread name 6
PASS -> FAIL: gdb.threads/thread-find.exp: find thread name 5
PASS -> FAIL: gdb.threads/thread-find.exp: find thread name 4
PASS -> FAIL: gdb.threads/thread-find.exp: find thread name 3
PASS -> FAIL: gdb.threads/thread-find.exp: find thread name 2
PASS -> FAIL: gdb.threads/thread-find.exp: test regular exp
PASS -> FAIL: gdb.threads/thread-find.exp: info threads 2 4 6
PASS -> FAIL: gdb.threads/thread-find.exp: info threads 3-5
PASS -> FAIL: gdb.threads/thread-find.exp: info threads 3-3
PASS -> FAIL: gdb.threads/thread-specific-bp.exp: all-stop: get start thread id
PASS -> FAIL: gdb.threads/thread-unwindonsignal.exp: hand-call interrupted by signal in another thread
PASS -> FAIL: gdb.threads/thread-unwindonsignal.exp: dummy stack frame present
PASS -> FAIL: gdb.threads/thread-unwindonsignal.exp: wrong thread not unwound
PASS -> FAIL: gdb.threads/tls-core.exp: save a corefile
PASS -> FAIL: gdb.threads/tls.exp: at least one th in spin while stopped at first th
PASS -> FAIL: gdb.threads/tls.exp: at least one th in spin while stopped at second th
PASS -> FAIL: gdb.threads/tls.exp: at least one th in spin while stopped at third th
PASS -> FAIL: gdb.threads/tls.exp: selected thread: 2
new FAIL: gdb.threads/tls.exp: no thread backtrace reported spin
PASS -> FAIL: gdb.threads/tls.exp: threads exited
new FAIL: gdb.threads/tls.exp: mess at end
PASS -> FAIL: gdb.threads/tls.exp: info address a_global
PASS -> FAIL: gdb.threads/tls.exp: info address me
PASS -> FAIL: gdb.threads/tls.exp: p a_thread_local
PASS -> FAIL: gdb.threads/tls.exp: p file2_thread_local
PASS -> FAIL: gdb.threads/tls.exp: info address file2_thread_local
PASS -> FAIL: gdb.threads/tls.exp: p a_thread_local second time
PASS -> FAIL: gdb.threads/tls.exp: info address a_thread_local
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: singlethreaded: breakpoint after the first fork
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: singlethreaded: watchpoint after the first fork
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: singlethreaded: breakpoint after the second fork
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: singlethreaded: watchpoint after the second fork
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: singlethreaded: finish
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: multithreaded: breakpoint
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: multithreaded: watchpoint A after the first fork
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: multithreaded: watchpoint B after the first fork
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: multithreaded: watchpoint A after the second fork
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: multithreaded: watchpoint B after the second fork
PASS -> FAIL: gdb.threads/watchpoint-fork.exp: child: multithreaded: finish
PASS -> FAIL: gdb.threads/watchthreads2.exp: set var test_ready = 1
new FAIL: gdb.threads/watchthreads2.exp: x watch loop
PASS -> FAIL: gdb.threads/wp-replication.exp: set var hw_watch_count=4
PASS -> FAIL: gdb.threads/wp-replication.exp: watch watched_data[0]
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 0 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: watch watched_data[1]
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 1 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: watch watched_data[2]
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 2 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: watch watched_data[3]
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 3 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 4 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 5 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 6 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 7 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 8 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: Thread 9 hit breakpoint at thread_started
PASS -> FAIL: gdb.threads/wp-replication.exp: set var test_ready=1
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 1 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 2 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 3 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 4 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 5 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 6 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 7 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 8 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 9 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 10 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 11 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 12 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 13 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 14 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 15 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 16 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 17 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 18 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 19 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 20 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 21 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 22 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 23 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 24 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 25 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 26 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 27 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 28 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 29 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 30 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 31 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 32 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 33 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 34 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 35 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 36 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 37 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 38 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 39 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 40 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 41 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 42 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 43 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 44 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 45 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 46 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 47 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 48 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 49 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 50 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 51 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 52 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 53 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 54 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 55 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 56 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 57 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 58 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 59 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 60 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 61 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 62 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 63 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 64 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 65 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 66 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 67 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 68 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 69 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 70 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 71 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 72 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 73 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 74 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 75 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 76 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 77 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 78 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 79 out of 80 on watched_data
PASS -> FAIL: gdb.threads/wp-replication.exp: Continue to watchpoint trigger 80 out of 80 on watched_data
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find start frame
new FAIL: gdb.trace/backtrace.exp: printf "TDP %d:\n", $tracepoint
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 1, collect nothing
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 1
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 1, collect regs
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 2
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 1, collect args and locals
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 4
PASS -> FAIL: gdb.trace/backtrace.exp: traceframe 4: 8.6: Backtrace, depth == 1, collect stack mem expr
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 5
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 2, collect nothing
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 6
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 2, collect regs
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 7
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 2, collect args and locals
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 9
PASS -> FAIL: gdb.trace/backtrace.exp: traceframe 9: 8.6: Backtrace, depth == 1, collect stack mem expr
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 10
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 3, collect nothing
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 11
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 3, collect regs
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 12
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 3, collect args and locals
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 14
PASS -> FAIL: gdb.trace/backtrace.exp: traceframe 14: 8.6: Backtrace, depth == 1, collect stack mem expr
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 15
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 4, collect nothing
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 16
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 4, collect regs
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 17
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: Backtrace, depth == 4, collect args and locals
PASS -> FAIL: gdb.trace/backtrace.exp: 8.6: find frame 19
PASS -> FAIL: gdb.trace/backtrace.exp: traceframe 19: 8.6: Backtrace, depth == 1, collect stack mem expr
PASS -> FAIL: gdb.trace/backtrace.exp: 1.13: trace in recursion: depth not equal to 3
PASS -> FAIL: gdb.trace/change-loc.exp: 1 trace: tfind frame 0
PASS -> FAIL: gdb.trace/change-loc.exp: 1 trace: tfind
PASS -> FAIL: gdb.trace/change-loc.exp: 2 trace: tfind frame 0
PASS -> FAIL: gdb.trace/change-loc.exp: 2 trace: tfind frame 1
PASS -> FAIL: gdb.trace/change-loc.exp: 2 trace: tfind frame 2
PASS -> FAIL: gdb.trace/change-loc.exp: 2 trace: tfind
PASS -> FAIL: gdb.trace/circ.exp: normal buffer: first frame is at func0
PASS -> FAIL: gdb.trace/circ.exp: normal buffer: find frame for func9
PASS -> FAIL: gdb.trace/circ.exp: small buffer: first frame is at func0
PASS -> FAIL: gdb.trace/circ.exp: small buffer: find frame for func9
PASS -> FAIL: gdb.trace/circ.exp: circular buffer: first frame is NOT at func0
PASS -> FAIL: gdb.trace/circ.exp: circular buffer: find frame for func9
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: tfind test frame
new FAIL: gdb.trace/collection.exp: set print entry-values only
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: tfind 0 with entry-values only
new FAIL: gdb.trace/collection.exp: set print entry-values both
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: tfind 0 with entry-values both
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: collected arg char
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: collected arg int
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: collected arg float
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: collected arg double
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: collected arg struct member char
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: collected arg struct member int
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: collected arg struct member float
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: collected arg struct member double
PASS -> FAIL: gdb.trace/collection.exp: collect args collectively: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: tfind 0 with entry-values only
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: tfind 0 with entry-values both
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: collected arg char
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: collected arg int
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: collected arg float
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: collected arg double
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: collected arg struct member char
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: collected arg struct member int
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: collected arg struct member float
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: collected arg struct member double
PASS -> FAIL: gdb.trace/collection.exp: collect args individually: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct collectively: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct collectively: collected arg struct member char
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct collectively: collected arg struct member int
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct collectively: collected arg struct member float
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct collectively: collected arg struct member double
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct collectively: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct individually: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct individually: collected arg struct member char
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct individually: collected arg struct member int
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct individually: collected arg struct member float
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct individually: collected arg struct member double
PASS -> FAIL: gdb.trace/collection.exp: collect argstruct individually: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect argarray collectively: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect argarray collectively: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect argarray individually: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect argarray individually: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected local char
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected local int
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected local float
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected local double
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected local member char
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected local member int
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected local member float
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected local member double
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected locarray #0
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected locarray #1
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected locarray #2
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: collected locarray #3
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals collectively: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected local char
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected local int
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected local float
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected local double
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected local member char
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected local member int
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected local member float
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected local member double
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected locarray #0
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected locarray #1
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected locarray #2
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: collected locarray #3
PASS -> FAIL: gdb.trace/collection.exp: collect auto locals individually: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected local int
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected local member char
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected local member int
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected local member float
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected local member double
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected locarray #0
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected locarray #1
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected locarray #2
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: collected locarray #3
PASS -> FAIL: gdb.trace/collection.exp: collect register locals collectively: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect register locals individually: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect register locals individually: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected local char
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected local int
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected local float
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected local double
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected local member char
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected local member int
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected local member float
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected local member double
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected locarray #0
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected locarray #1
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected locarray #2
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: collected locarray #3
PASS -> FAIL: gdb.trace/collection.exp: collect static locals collectively: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected local char
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected local int
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected local float
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected local double
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected local member char
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected local member int
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected local member float
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected local member double
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected locarray #0
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected locarray #1
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected locarray #2
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: collected locarray #3
PASS -> FAIL: gdb.trace/collection.exp: collect static locals individually: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect $regs: tfind test frame
new FAIL: gdb.trace/collection.exp: print /x $ebp
new FAIL: gdb.trace/collection.exp: print /x $esp
new FAIL: gdb.trace/collection.exp: print /x $eip
PASS -> FAIL: gdb.trace/collection.exp: collect $regs: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect $ebp, $esp, $eip: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect $ebp, $esp, $eip: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect globals: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global char
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global int
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global float
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global double
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected struct char member
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected struct member int
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected struct member float
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected struct member double
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global pointer
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global array element #1
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global array element #2
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global array element #3
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global array 2
PASS -> FAIL: gdb.trace/collection.exp: collect globals: collected global array 3
PASS -> FAIL: gdb.trace/collection.exp: collect globals: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect global in pieces: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect global in pieces: print piece a
PASS -> FAIL: gdb.trace/collection.exp: collect global in pieces: print piece b
PASS -> FAIL: gdb.trace/collection.exp: collect global in pieces: print whole object
PASS -> FAIL: gdb.trace/collection.exp: collect global in pieces: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a.b: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a.b: got expected value '82'
PASS -> FAIL: gdb.trace/collection.exp: collect a.b: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a->b: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a->b: got expected value '81 'Q''
PASS -> FAIL: gdb.trace/collection.exp: collect a->b: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[2]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[2]: got expected value '2'
PASS -> FAIL: gdb.trace/collection.exp: collect a[2]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[b]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[b]: got expected value '3'
PASS -> FAIL: gdb.trace/collection.exp: collect a[b]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[b + c]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[b + c]: got expected value '5'
PASS -> FAIL: gdb.trace/collection.exp: collect a[b + c]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[b - c]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[b - c]: got expected value '1'
PASS -> FAIL: gdb.trace/collection.exp: collect a[b - c]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[b * c]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[b * c]: got expected value '6'
PASS -> FAIL: gdb.trace/collection.exp: collect a[b * c]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[b / c]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[b / c]: got expected value '2'
PASS -> FAIL: gdb.trace/collection.exp: collect a[b / c]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[b % c]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[b % c]: got expected value '1'
PASS -> FAIL: gdb.trace/collection.exp: collect a[b % c]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[+b]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[+b]: got expected value '1'
PASS -> FAIL: gdb.trace/collection.exp: collect a[+b]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[-b]: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect a[-b]: got expected value '2'
PASS -> FAIL: gdb.trace/collection.exp: collect a[-b]: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect a[
PASS -> FAIL: gdb.trace/collection.exp: collect $_ret: tfind test frame
new FAIL: gdb.trace/collection.exp: backtrace
PASS -> FAIL: gdb.trace/collection.exp: collect $_ret: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect local string: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect local string: collected local string
PASS -> FAIL: gdb.trace/collection.exp: collect local string: cease trace debugging
PASS -> FAIL: gdb.trace/collection.exp: collect long local string: tfind test frame
PASS -> FAIL: gdb.trace/collection.exp: collect long local string: collected local string
PASS -> FAIL: gdb.trace/collection.exp: collect long local string: cease trace debugging
PASS -> FAIL: gdb.trace/disconnected-tracing.exp: tfind: tfind frame 0
PASS -> FAIL: gdb.trace/disconnected-tracing.exp: tfind: p $trace_frame before disconnected
PASS -> FAIL: gdb.trace/disconnected-tracing.exp: tfind: p $tracepoint before disconnected
PASS -> FAIL: gdb.trace/entry-values.exp: bt
PASS -> FAIL: gdb.trace/entry-values.exp: set var *
PASS -> FAIL: gdb.trace/entry-values.exp: tfind start
PASS -> FAIL: gdb.trace/entry-values.exp: bt 1
PASS -> FAIL: gdb.trace/entry-values.exp: interpreter-exec mi "-stack-list-arguments --skip-unavailable --simple-values"
PASS -> FAIL: gdb.trace/entry-values.exp: tfind
PASS -> FAIL: gdb.trace/mi-traceframe-changed.exp: remote: tfind 0
PASS -> FAIL: gdb.trace/mi-traceframe-changed.exp: remote: tfind
PASS -> FAIL: gdb.trace/mi-traceframe-changed.exp: remote: tfind end
PASS -> FAIL: gdb.trace/mi-trace-frame-collected.exp: save ctf trace file
PASS -> FAIL: gdb.trace/mi-trace-frame-collected.exp: live: -trace-find frame-number 0
PASS -> FAIL: gdb.trace/mi-trace-frame-collected.exp: live: -trace-frame-collected
PASS -> FAIL: gdb.trace/mi-trace-frame-collected.exp: live: -trace-find frame-number 1
PASS -> FAIL: gdb.trace/mi-trace-frame-collected.exp: live: -trace-frame-collected --var-print-values 2 --comp-print-values --simple-values --registers-format x --memory-contents
new FAIL: gdb.trace/mi-trace-frame-collected.exp: -target-select ctf
PASS -> FAIL: gdb.trace/mi-trace-frame-collected.exp: tfile: -trace-frame-collected
PASS -> FAIL: gdb.trace/mi-trace-frame-collected.exp: tfile: -trace-frame-collected --var-print-values 2 --comp-print-values --simple-values --registers-format x --memory-contents
PASS -> FAIL: gdb.trace/mi-tracepoint-changed.exp: pending resolved: -trace-find frame-number 0
new FAIL: gdb.trace/mi-tracepoint-changed.exp: pending resolved: continuing to exit
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: save ctf trace file
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -trace-find frame-number 0
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: no: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: only: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: preferred: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: if-needed: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: both: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: compact: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: default: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -gdb-set print entry-values no
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -stack-list-locals --skip-unavailable --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -stack-list-arguments --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -stack-list-arguments --skip-unavailable --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -stack-list-variables --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -stack-list-variables --skip-unavailable --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -trace-find frame-number 1
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -data-list-register-values x
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: live: -data-list-register-values --skip-unavailable x
new FAIL: gdb.trace/mi-trace-unavailable.exp: -target-select ctf
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: no: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: only: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: preferred: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: if-needed: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: both: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: compact: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: default: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: -stack-list-locals --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: -stack-list-locals --skip-unavailable --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: -stack-list-arguments --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: -stack-list-arguments --skip-unavailable --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: -stack-list-variables --simple-values
PASS -> FAIL: gdb.trace/mi-trace-unavailable.exp: tfile: -stack-list-variables --skip-unavailable --simple-values
new FAIL: gdb.trace/passc-dyn.exp: printf "x %d x\n", $trace_frame
PASS -> FAIL: gdb.trace/pending.exp: trace works: tfind test frame 0
PASS -> FAIL: gdb.trace/pending.exp: trace works: tfind test frame 1
PASS -> FAIL: gdb.trace/pending.exp: trace works: tfind test frame 2
PASS -> FAIL: gdb.trace/pending.exp: trace works: tfind test frame
PASS -> FAIL: gdb.trace/pending.exp: trace resolved_in_trace: tfind test frame 0
PASS -> FAIL: gdb.trace/pending.exp: trace resolved_in_trace: tfind test frame
PASS -> FAIL: gdb.trace/pending.exp: trace action_resolved: tfind test frame 0
PASS -> FAIL: gdb.trace/pending.exp: trace action_resolved: tdump
PASS -> FAIL: gdb.trace/pending.exp: trace action_resolved: tfind test frame
PASS -> FAIL: gdb.trace/pending.exp: trace installed_in_trace: tfind test frame 0
PASS -> FAIL: gdb.trace/pending.exp: trace installed_in_trace: tfind test frame
PASS -> FAIL: gdb.trace/qtro.exp: tfind start
PASS -> FAIL: gdb.trace/qtro.exp: qXfer:traceframe-info:read auto: tfind start
PASS -> FAIL: gdb.trace/qtro.exp: qXfer:traceframe-info:read auto: trace disassembly
PASS -> FAIL: gdb.trace/qtro.exp: qXfer:traceframe-info:read off: tfind start
PASS -> FAIL: gdb.trace/qtro.exp: qXfer:traceframe-info:read off: trace disassembly
PASS -> FAIL: gdb.trace/range-stepping.exp: trace: first tfind
PASS -> FAIL: gdb.trace/range-stepping.exp: trace: second tfind
PASS -> FAIL: gdb.trace/read-memory.exp: live target tfind: tfind 0
PASS -> FAIL: gdb.trace/read-memory.exp: live target tfind: print testglob
PASS -> FAIL: gdb.trace/read-memory.exp: live target tfind: print testglob_not_collected
PASS -> FAIL: gdb.trace/read-memory.exp: live target tfind: print constglob
PASS -> FAIL: gdb.trace/read-memory.exp: live target tfind: print constglob_not_collected
PASS -> FAIL: gdb.trace/read-memory.exp: live target tfind: tfind does not find a second frame
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: find frame for TP 2
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: tdump, nothing collected
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: find frame for TP 3
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: tdump, regs collected
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: find frame for TP 4
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: tdump, args collected
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: find frame for TP 5
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: tdump, locals collected
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: find frame for TP 6
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: tdump, memrange collected
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: find frame for TP 7
PASS -> FAIL: gdb.trace/report.exp: live: 9.1: tdump, global variables collected
PASS -> FAIL: gdb.trace/report.exp: live: 11.x, 12.1: find start frame
PASS -> FAIL: gdb.trace/report.exp: live: 11.1: test $trace_frame
PASS -> FAIL: gdb.trace/report.exp: live: 11.2: test $tracepoint
PASS -> FAIL: gdb.trace/report.exp: live: 11.3: test $trace_line
PASS -> FAIL: gdb.trace/report.exp: live: 11.4: test $trace_file
PASS -> FAIL: gdb.trace/report.exp: live: 12.1: trace report #1
PASS -> FAIL: gdb.trace/report.exp: live: 12.2: tfind end, selects no frame
PASS -> FAIL: gdb.trace/report.exp: live: 12.2: find first TDP #2 frame
PASS -> FAIL: gdb.trace/report.exp: live: 12.2: trace report #2
PASS -> FAIL: gdb.trace/report.exp: live: 12.3: tfind end, selects no frame
PASS -> FAIL: gdb.trace/report.exp: live: 12.3: find first TDP #3 frame
PASS -> FAIL: gdb.trace/report.exp: live: 12.3: trace report #3
PASS -> FAIL: gdb.trace/report.exp: live: 12.4: tfind end, selects no frame
PASS -> FAIL: gdb.trace/report.exp: live: 12.4: find first TDP #6 frame
PASS -> FAIL: gdb.trace/report.exp: live: 12.4: trace report #4
PASS -> FAIL: gdb.trace/report.exp: live: info threads
PASS -> FAIL: gdb.trace/report.exp: finished: make sure not debugging any trace frame
PASS -> FAIL: gdb.trace/report.exp: save ctf trace file
PASS -> FAIL: gdb.trace/report.exp: tfile: 9.1: tdump, args collected
PASS -> FAIL: gdb.trace/report.exp: tfile: 9.1: tdump, locals collected
PASS -> FAIL: gdb.trace/report.exp: tfile: 12.2: trace report #2
PASS -> FAIL: gdb.trace/report.exp: tfile: 12.3: trace report #3
PASS -> FAIL: gdb.trace/report.exp: ctf: 9.1: tdump, args collected
PASS -> FAIL: gdb.trace/report.exp: ctf: 9.1: tdump, locals collected
PASS -> FAIL: gdb.trace/report.exp: ctf: 12.2: trace report #2
PASS -> FAIL: gdb.trace/report.exp: ctf: 12.3: trace report #3
new FAIL: gdb.trace/signal.exp: tfind
PASS -> FAIL: gdb.trace/signal.exp: tracepoint 4 hit 3 times
PASS -> FAIL: gdb.trace/stap-trace.exp: collect -probe-stap user: tfind test frame
PASS -> FAIL: gdb.trace/stap-trace.exp: collect probe args without semaphore: collected probe arg0
PASS -> FAIL: gdb.trace/stap-trace.exp: collect -probe-stap two: tfind test frame
PASS -> FAIL: gdb.trace/stap-trace.exp: collect probe args with semaphore: collected probe arg0
PASS -> FAIL: gdb.trace/tfind.exp: 8.7: tfind start command
PASS -> FAIL: gdb.trace/tfind.exp: 8.7b: tfind start
PASS -> FAIL: gdb.trace/tfind.exp: 8.8: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.8b: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.9: tfind end, selects no frame
PASS -> FAIL: gdb.trace/tfind.exp: 8.9b: tfind end
PASS -> FAIL: gdb.trace/tfind.exp: 8.1: tfind 1
PASS -> FAIL: gdb.trace/tfind.exp: 8.1b: tfind 1
PASS -> FAIL: gdb.trace/tfind.exp: 8.28: tfind <n> command rejects invalid frame number
PASS -> FAIL: gdb.trace/tfind.exp: 8.28: tfind <n> rejected bad input
PASS -> FAIL: gdb.trace/tfind.exp: 8.31: tfind <n> rejects negative input
PASS -> FAIL: gdb.trace/tfind.exp: 8.31: tfind <n> rejected negative input
PASS -> FAIL: gdb.trace/tfind.exp: 8.10: tfind start
PASS -> FAIL: gdb.trace/tfind.exp: 8.10: tfind 0
PASS -> FAIL: gdb.trace/tfind.exp: 8.10: tfind noargument 1
PASS -> FAIL: gdb.trace/tfind.exp: 8.10: tfind 1
PASS -> FAIL: gdb.trace/tfind.exp: 8.10: tfind noargument 2
PASS -> FAIL: gdb.trace/tfind.exp: 8.10: tfind 2
PASS -> FAIL: gdb.trace/tfind.exp: 8.10: tfind noargument 3
PASS -> FAIL: gdb.trace/tfind.exp: 8.10: tfind 3
PASS -> FAIL: gdb.trace/tfind.exp: 8.11: tfind 3
PASS -> FAIL: gdb.trace/tfind.exp: 8.11: tfind backward 2
PASS -> FAIL: gdb.trace/tfind.exp: 8.11: tfind 2
PASS -> FAIL: gdb.trace/tfind.exp: 8.11: tfind backward 1
PASS -> FAIL: gdb.trace/tfind.exp: 8.11: tfind 1
PASS -> FAIL: gdb.trace/tfind.exp: 8.11: tfind backward 0
PASS -> FAIL: gdb.trace/tfind.exp: 8.11: tfind 0
PASS -> FAIL: gdb.trace/tfind.exp: 8.12: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.12: tfind tracepoint <n>
PASS -> FAIL: gdb.trace/tfind.exp: 8.25: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.25: tfind tracepoint rejects zero
PASS -> FAIL: gdb.trace/tfind.exp: 8.25: tfind tracepoint rejects nonexistant tracepoint
new FAIL: gdb.trace/tfind.exp: delete trace 3
PASS -> FAIL: gdb.trace/tfind.exp: 8.37: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.37: tfind deleted tracepoint
PASS -> FAIL: gdb.trace/tfind.exp: 8.13: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.13: tracepoint 2
PASS -> FAIL: gdb.trace/tfind.exp: 8.13: tfind tracepoint 2
new FAIL: gdb.trace/tfind.exp: set $save_frame = $trace_frame
PASS -> FAIL: gdb.trace/tfind.exp: 8.13: tracepoint <no arg>
PASS -> FAIL: gdb.trace/tfind.exp: 8.13: tracepoint <no arg>, tracepoint number unchanged
PASS -> FAIL: gdb.trace/tfind.exp: 1.12: set tracepoint in prologue
PASS -> FAIL: gdb.trace/tfind.exp: 8.14: tfind 3
new FAIL: gdb.trace/tfind.exp: set $test_pc = $pc
PASS -> FAIL: gdb.trace/tfind.exp: 8.14: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.14: tfind pc
PASS -> FAIL: gdb.trace/tfind.exp: 8.14: tfind pc x
PASS -> FAIL: gdb.trace/tfind.exp: 8.15: tfind 3
PASS -> FAIL: gdb.trace/tfind.exp: 8.15: tfind pc
PASS -> FAIL: gdb.trace/tfind.exp: 8.15: trace frame didn't change
PASS -> FAIL: gdb.trace/tfind.exp: 8.26: tfind start
PASS -> FAIL: gdb.trace/tfind.exp: 8.26: tfind pc zero
PASS -> FAIL: gdb.trace/tfind.exp: 8.26: tfind pc -1
PASS -> FAIL: gdb.trace/tfind.exp: 8.16: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.16: tfind line 70
PASS -> FAIL: gdb.trace/tfind.exp: 8.17: tfind none
PASS -> FAIL: gdb.trace/tfind.exp: 8.17: tfind line 70
PASS -> FAIL: gdb.trace/tfind.exp: 8.17: tfind line <no arg>
PASS -> FAIL: gdb.trace/tfind.exp: 8.36: tfind start
PASS -> FAIL: gdb.trace/tfind.exp: 8.36: trace disassembly
PASS -> FAIL: gdb.trace/tfind.exp: 8.27: tfind line in bad source file
PASS -> FAIL: gdb.trace/tfind.exp: 8.32: tfind with bad subcommand
PASS -> FAIL: gdb.trace/trace-break.exp: 1 trace on: tfind frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 1 trace on: tfind
PASS -> FAIL: gdb.trace/trace-break.exp: 2 trace trace on: tfind frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 2 trace trace on: tfind frame 1
PASS -> FAIL: gdb.trace/trace-break.exp: 2 trace trace on: tfind
PASS -> FAIL: gdb.trace/trace-break.exp: 3 trace on: tfind frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 3 trace on: tfind
PASS -> FAIL: gdb.trace/trace-break.exp: 1 trace off: tfind frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 1 trace off: tfind
PASS -> FAIL: gdb.trace/trace-break.exp: 2 trace trace off: tfind frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 2 trace trace off: tfind frame 1
PASS -> FAIL: gdb.trace/trace-break.exp: 2 trace trace off: tfind
PASS -> FAIL: gdb.trace/trace-break.exp: 3 trace off: tfind frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 3 trace off: tfind
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@1: tfind test frame of tracepoint 4
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@1: tdump 1
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@1: reset to frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@1: tfind test frame of tracepoint 5
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@1: tdump 2
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@1: tfind test frame of tracepoint 6
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@1: tdump 3
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@0: tfind test frame of tracepoint 4
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@0: tdump 1
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@0: reset to frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@0: tfind test frame of tracepoint 5
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@0: tdump 2
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@0: tfind test frame of tracepoint 6
PASS -> FAIL: gdb.trace/trace-break.exp: 5 trace trace trace@0: tdump 3
PASS -> FAIL: gdb.trace/trace-break.exp: 6 trace enable trace disable: tfind test frame of tracepoint 4
PASS -> FAIL: gdb.trace/trace-break.exp: 6 trace enable trace disable: tdump 1
PASS -> FAIL: gdb.trace/trace-break.exp: 6 trace enable trace disable: reset to frame 0
PASS -> FAIL: gdb.trace/trace-break.exp: 6 trace enable trace disable: tfind test frame of tracepoint 5
PASS -> FAIL: gdb.trace/trace-break.exp: 6 trace disable trace enable: tfind test frame of tracepoint 5
PASS -> FAIL: gdb.trace/trace-break.exp: 6 trace disable trace enable: tdump 2
PASS -> FAIL: gdb.trace/trace-break.exp: 6 trace disable trace enable: reset to frame 0
PASS -> FAIL: gdb.trace/trace-mt.exp: trace on: tfind frame 0
PASS -> FAIL: gdb.trace/trace-mt.exp: trace on: tfind frame 1
PASS -> FAIL: gdb.trace/trace-mt.exp: trace on: tfind
PASS -> FAIL: gdb.trace/trace-mt.exp: trace off: tfind frame 0
PASS -> FAIL: gdb.trace/trace-mt.exp: trace off: tfind frame 1
PASS -> FAIL: gdb.trace/trace-mt.exp: trace off: tfind
PASS -> FAIL: gdb.trace/tstatus.exp: save ctf trace file
PASS -> FAIL: gdb.trace/tsv.exp: live: Print a trace state variable
PASS -> FAIL: gdb.trace/tsv.exp: live: tfind
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing foo: tfind 0
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing foo: p/d x
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing foo: p/d y
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing foo: p/d z
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing bar: tstart
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing bar: continue
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing bar: tstop
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing bar: tfind 0
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing bar: p/d x
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing bar: p/d y
PASS -> FAIL: gdb.trace/unavailable-dwarf-piece.exp: tracing bar: p/d z
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: tfind test frame
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalc
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globali
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalf
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globald
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalstruct.memberc
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalstruct.memberi
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalstruct.memberf
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalstruct.memberd
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalstruct
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: can't compare using non collected global pointer
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalarr[1]
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalarr[2]
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print globalarr[3]
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print struct_b
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print /x struct_b
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print /x struct_b.struct_a
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print /x struct_b.struct_a.array
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print /x struct_b.struct_a.array[0]
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print /x struct_b.struct_a.array[2]
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: No overcollect of almost but not quite adjacent memory ranges
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: set print repeat 1
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: <unavailable> is not the same as 0 in array element repetitions
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: set print repeat 10
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print *tarray@3
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print struct_b.static_struct_a
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print struct_b.struct_a.bitfield
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print g_int
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: global reference shows address but not value
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: referenced integer was not collected
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print *g_structref_p
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: non collected const string is still printable
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: printing constant string through collected pointer
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: printing non collected string
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: printing partially collected string
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: examining partially collected object
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: last examined value was <unavailable>
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: build array from unavailable value
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: subscript a non-memory rvalue array, accessing an unvailable element
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print g_smallstruct
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print $.member
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print g_smallstruct_b
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: set print object on
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print object on: print virtualp
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print object on: print derived_unavail
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print object on: print derived_partial
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print object on: print derived_whole
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: set print object off
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print object off: print virtualp
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print object off: print derived_unavail
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print object off: print derived_partial
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print object off: print derived_whole
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: print virtual_partial
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: cease trace debugging
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: tsave unavailable.globals.tfile
PASS -> FAIL: gdb.trace/unavailable.exp: collect globals: save ctf trace file
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: tfind test frame
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: correctly report $esp as unavailable
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: correctly report $sp as unavailable
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: correctly report $eax as unavailable
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: correctly report $ax as unavailable
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: collected $eip
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: collected $pc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: info registers, multiple registers not available
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: info registers $esp reports not available
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: cease trace debugging
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: tsave unavailable.registers.tfile
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable registers: save ctf trace file
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable floats: tfind test frame
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable floats: info float
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable floats: cease trace debugging
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable floats: tsave unavailable.floats.tfile
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable floats: save ctf trace file
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: tfind test frame
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print &argc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argi
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print &argi
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argf
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print &argf
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argd
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print &argd
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argstruct
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argstruct.memberc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argstruct.memberi
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argstruct.memberf
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argstruct.memberd
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argarray
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print &argarray
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: print argarray[0]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: info args
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: display argc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: display argc is enabled
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: cease trace debugging
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: tsave unavailable.args.tfile
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable arguments: save ctf trace file
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: tfind test frame
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print loci
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locf
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locd
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locst.memberc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locst.memberi
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locst.memberf
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locst.memberd
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locar[0]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locar[1]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locar[2]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: print locar[3]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: display loci
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: display loci is enabled
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: cease trace debugging
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: tsave unavailable.locals.tfile
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: auto locals: save ctf trace file
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: tfind test frame
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print loci
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print locst.memberc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print locst.memberi
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print locst.memberf
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print locst.memberd
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print locar[0]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print locar[1]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print locar[2]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: print locar[3]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: display loci
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: display loci is enabled
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: cease trace debugging
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: tsave unavailable.locals.tfile
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: register locals: save ctf trace file
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: tfind test frame
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print loci
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locf
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locd
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locst.memberc
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locst.memberi
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locst.memberf
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locst.memberd
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locar[0]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locar[1]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locar[2]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: print locar[3]
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: display loci
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: display loci is enabled
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: cease trace debugging
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: tsave unavailable.locals.tfile
PASS -> FAIL: gdb.trace/unavailable.exp: unavailable locals: static locals: save ctf trace file
PASS -> FAIL: gdb.trace/while-dyn.exp: while-stepping: frame 5 should be the last one collected
PASS -> FAIL: gdb.trace/while-dyn.exp: while-stepping: trace stopped after 5 stepping frames
PASS -> FAIL: gdb.trace/while-dyn.exp: stepping: frame 5 should be the last one collected
PASS -> FAIL: gdb.trace/while-dyn.exp: stepping: trace stopped after 5 stepping frames
PASS -> FAIL: gdb.trace/while-dyn.exp: ws: frame 5 should be the last one collected
PASS -> FAIL: gdb.trace/while-dyn.exp: ws: trace stopped after 5 stepping frames
============================

*** Complete list of XFAILs for this builder ***

To obtain the list of XFAIL tests for this builder, go to:

	<https://git.sergiodj.net/gdb-xfails.git/tree/xfails/Fedora-x86_64-native-gdbserver-m32/xfails/master/xfail?id=6c294dc>

You can also see a pretty-printed version of the list, with more information
about each XFAIL, by going to:

	<https://git.sergiodj.net/gdb-xfails.git/tree/xfails/Fedora-x86_64-native-gdbserver-m32/xfails/master/xfail.table?id=6c294dc>