def read_resop_meta(ctx, trace, fileobj):
assert len(ctx.forest.resops) == 0
count = read_le_u16(fileobj)
for i in range(count):
opnum = read_le_u16(fileobj)
opname = read_string(fileobj, True)
ctx.forest.resops[opnum] = opname
def read_resop_meta(ctx, trace, fileobj):
assert len(ctx.forest.resops) == 0
count = read_le_u16(fileobj)
for i in range(count):
opnum = read_le_u16(fileobj)
opname = read_string(fileobj, True)
ctx.forest.resops[opnum] = opname
def read_source_code(ctx, trace, fileobj):
filename = read_string(fileobj, True)
count = read_le_u16(fileobj)
for i in range(count):
lineno = read_le_u16(fileobj)
indent = read_byte(fileobj)
text = read_string(fileobj, True)
ctx.forest.add_source_code_line(filename, lineno, indent, text)
def read_source_code(ctx, trace, fileobj):
filename = read_string(fileobj, True)
count = read_le_u16(fileobj)
for i in range(count):
lineno = read_le_u16(fileobj)
indent = read_byte(fileobj)
text = read_string(fileobj, True)
ctx.forest.add_source_code_line(filename, lineno, indent, text)
def read_init_merge_point(ctx, trace, fileobj):
count = read_le_u16(fileobj)
types = []
for i in range(count):
sem_type = read_byte(fileobj)
gen_type = read_char(fileobj)
d = merge_point.get_decoder(sem_type, gen_type, ctx.forest.version)
types.append(d)
stage = trace.get_last_stage()
assert stage is not None, "last stage is none, but it must not be none!"
stage.merge_point_types = types
def read_init_merge_point(ctx, trace, fileobj):
count = read_le_u16(fileobj)
types = []
for i in range(count):
sem_type = read_byte(fileobj)
gen_type = read_char(fileobj)
d = merge_point.get_decoder(sem_type, gen_type, ctx.forest.version)
types.append(d)
stage = trace.get_last_stage()
assert stage is not None, "last stage is none, but it must not be none!"
stage.merge_point_types = types
def read_resop(ctx, trace, fileobj):
assert trace is not None
opnum = read_le_u16(fileobj)
args = read_string(fileobj, True).split(',')
failargs = None
if 2 <= ctx.forest.version:
failargs = read_string(fileobj, True).split(',')
result = args[0]
args = args[1:]
assert opnum in ctx.forest.resops, "opnum is not known: " + str(opnum) + \
" at binary pos " + str(hex(fileobj.tell()))
opname = ctx.forest.resops[opnum]
op = FlatOp(opnum, opname, args, result, None, -1, failargs=failargs)
trace.add_instr(op)
def read_resop(ctx, trace, fileobj):
assert trace is not None
opnum = read_le_u16(fileobj)
args = read_string(fileobj, True).split(",")
failargs = None
if 2 <= ctx.forest.version:
failargs = read_string(fileobj, True).split(",")
result = args[0]
args = args[1:]
assert opnum in ctx.forest.resops, (
"opnum is not known: " + str(opnum) + " at binary pos " + str(hex(fileobj.tell()))
)
opname = ctx.forest.resops[opnum]
op = FlatOp(opnum, opname, args, result, None, -1, failargs=failargs)
trace.add_instr(op)
def read_asm(ctx, trace, fileobj):
assert trace is not None, "read asm, no trace obj is provided"
rel_pos = read_le_u16(fileobj)
dump = read_bytes(fileobj)
trace.set_core_dump_to_last_op(rel_pos, dump)
def read_asm(ctx, trace, fileobj):
assert trace is not None, "read asm, no trace obj is provided"
rel_pos = read_le_u16(fileobj)
dump = read_bytes(fileobj)
trace.set_core_dump_to_last_op(rel_pos, dump)
