fav_num_text = e.get_symbol_text('_ZN6Person14favoriteNumberEv')
fav_num_inst = disass.disassemble_x64(fav_num_text)
# slices, indexing
print fav_num_inst[0]
print type(fav_num_inst[0:5])
print len(fav_num_inst)
print fav_num_inst[-1]
# various mnemonics, instruction class, category
inst = fav_num_inst[0]
inst.get_mnemonic()
inst.get_mnemonic_intel()
inst.get_mnemonic_att()
inst.get_iclass()
inst.get_category()
# get bb starting from given offset, objdump will report 0x40081c
bb = disass.get_basic_block(e, 0x81c)
print "BB length", len(bb)
# iteration over a list of instructions
for inst in bb:
print inst, len(inst.get_bytes()), disass.bytes_to_string(inst.get_bytes())
# these bytes are sometimes corrupted for an uknown reason
# get a list of bb's starting at given offsets
bbs = disass.get_basic_blocks(e, [0x81c, 0x97a, 0x902, 0x832])
assert(isinstance(bbs, list))
assert(isinstance(bbs[0], xed.inst_list_t))
import xed
import disass
from fun_list import get_text
text = get_text("/home/paszoste/cp/testG4Box")
inst_list = disass.disassemble_x64(text)
# il1 = inst_list[:5]
# il2 = inst_list[5:10]
for inst in inst_list:
print inst
print "unsigned imm:", inst.get_unsigned_immediate()
print "signed imm:", inst.get_signed_immediate()
print "number of operands:", inst.get_number_of_operands()
for idx in xrange(0, inst.get_number_of_operands()):
print inst.get_operand_length(idx)
print "branch displacement: ", inst.get_branch_displacement()
print "bytes:", disass.bytes_to_string(inst.get_bytes())
print ""
# if xed.terminates_bb(inst):
# print ">>",\
# inst.get_mnemonic_intel(),\
# xed.xed_operand_values_get_branch_displacement_int32(xed.xed_decoded_inst_operands_const(inst))
# else:
# print inst.get_mnemonic_intel()
