}
#There is a capstone branch that should fix all these annoyances... soon
#https://github.com/aquynh/capstone/tree/next
used = set()
for ri in reg_sizes.keys():
if instruction.reg_read(ri) or instruction.reg_write(ri):
if not(instruction.reg_read(reg_sizes[ri]) or instruction.reg_write(reg_sizes[ri])):
if str(instruction.reg_name(reg_sizes[ri]).upper()) not in registers.keys():
used.add(ri)
for ri in used:
reg_name = str(instruction.reg_name(ri).upper())
registers[reg_name] = gdb.getR(reg_name)
#special case for flags...
if instruction.mnemonic.upper() in flags.keys():
EFLAGS = gdb.getR('EFLAGS')
for fl in flags[instruction.mnemonic.upper()]['tested']:
registers[fl] = (EFLAGS&flags_maks[fl]) != 0
for fl in flags[instruction.mnemonic.upper()]['defined']:
registers[fl] = (EFLAGS&flags_maks[fl]) != 0
if 'regs' in flags[instruction.mnemonic.upper()]:
for rg in flags[instruction.mnemonic.upper()]['regs']:
registers[rg] = gdb.getR(rg)
#operands
for o in instruction.operands:
if o.type == X86_OP_IMM:
}
#There is a capstone branch that should fix all this annoyances .. soon
#https://github.com/aquynh/capstone/tree/next
used = set()
for ri in reg_sizes.keys():
if instruction.reg_read(ri) or instruction.reg_write(ri):
if not(instruction.reg_read(reg_sizes[ri]) or instruction.reg_write(reg_sizes[ri])):
if str(instruction.reg_name(reg_sizes[ri]).upper()) not in registers.keys():
used.add(ri)
for ri in used:
reg_name = str(instruction.reg_name(ri).upper())
registers[reg_name] = gdb.getR(reg_name)
#special case for flags...
if instruction.mnemonic.upper() in flags.keys():
EFLAGS = gdb.getR('EFLAGS')
for fl in flags[instruction.mnemonic.upper()]['tested']:
registers[fl] = (EFLAGS&flags_maks[fl]) != 0
for fl in flags[instruction.mnemonic.upper()]['defined']:
registers[fl] = (EFLAGS&flags_maks[fl]) != 0
if 'regs' in flags[instruction.mnemonic.upper()]:
for rg in flags[instruction.mnemonic.upper()]['regs']:
registers[rg] = gdb.getR(rg)
#operands
for o in instruction.operands:
if o.type == X86_OP_IMM: