GDB uses architecture specific parameters and artifacts in a
number of its various computations. An architecture is represented
by an instance of the
gdb.Architecture class has the following methods:
Return the name (string value) of the architecture.
Return a list of disassembled instructions starting from the memory
address start_pc. The optional arguments end_pc and
count determine the number of instructions in the returned list.
If both the optional arguments end_pc and count are
specified, then a list of at most count disassembled instructions
whose start address falls in the closed memory address interval from
start_pc to end_pc are returned. If end_pc is not
specified, but count is specified, then count number of
instructions starting from the address start_pc are returned. If
count is not specified but end_pc is specified, then all
instructions whose start address falls in the closed memory address
interval from start_pc to end_pc are returned. If neither
end_pc nor count are specified, then a single instruction at
start_pc is returned. For all of these cases, each element of the
returned list is a Python
dict with the following string keys:
The value corresponding to this key is a Python long integer capturing the memory address of the instruction.
The value corresponding to this key is a string value which represents
the instruction with assembly language mnemonics. The assembly
language flavor used is the same as that specified by the current CLI
disassembly-flavor. See Machine Code.
The value corresponding to this key is the length (integer value) of the instruction in bytes.
gdb.RegisterDescriptorIterator (see Registers In Python) for all of the registers in reggroup, a string that is
the name of a register group. If reggroup is omitted, or is the
empty string, then the register group ‘all’ is assumed.
gdb.RegisterGroupsIterator (see Registers In Python) for all of the register groups available for the