def test_offset2line():
ary = ((20, 1), (40, 10), (60, 45))
for offset, expect in (
(61, 45),
(20, 1),
(40, 10),
(39, 1),
(41, 10),
(60, 45),
(21, 1)):
got = offset2line(offset, ary)
assert expect == got, \
("offset=%d, got=%d, expect=%d" % (offset, got, expect))
ary = ((20, 1), (50, 10))
for offset, expect in (
(10, 0),
(55, 10),
(20, 1),
(50, 10)):
got = offset2line(offset, ary)
assert expect == got, \
("offset=%d, got=%d, expect=%d" % (offset, got, expect))
ary = ((25, 1),)
for offset, expect in (
(10, 0),
(30, 1),
(25, 1)):
got = offset2line(offset, ary)
assert expect == got, \
("offset=%d, got=%d, expect=%d" % (offset, got, expect))
ary = tuple()
for offset, expect in ((10, 0),):
got = offset2line(offset, ary)
assert expect == got, \
("offset=%d, got=%d, expect=%d" % (offset, got, expect))
def test_offset2line():
ary = ((20, 1), (40, 10), (60, 45))
for offset, expect in (
(61, 45),
(20, 1),
(40, 10),
(39, 1),
(41, 10),
(60, 45),
(21, 1)):
got = offset2line(offset, ary)
assert expect == got, \
("offset=%d, got=%d, expect=%d" % (offset, got, expect))
ary = ((20, 1), (50, 10))
for offset, expect in (
(10, 0),
(55, 10),
(20, 1),
(50, 10)):
got = offset2line(offset, ary)
assert expect == got, \
("offset=%d, got=%d, expect=%d" % (offset, got, expect))
ary = ((25, 1),)
for offset, expect in (
(10, 0),
(30, 1),
(25, 1)):
got = offset2line(offset, ary)
assert expect == got, \
("offset=%d, got=%d, expect=%d" % (offset, got, expect))
ary = tuple()
for offset, expect in ((10, 0),):
got = offset2line(offset, ary)
assert expect == got, \
("offset=%d, got=%d, expect=%d" % (offset, got, expect))
def number_loop(queue, mappings, opc):
while len(queue) > 0:
code1 = queue.popleft()
code2 = queue.popleft()
assert code1.co_name == code2.co_name
linestarts_orig = findlinestarts(code1)
linestarts_uncompiled = list(findlinestarts(code2))
mappings += [
[line, offset2line(offset, linestarts_uncompiled)]
for offset, line in linestarts_orig
]
bytecode1 = Bytecode(code1, opc)
bytecode2 = Bytecode(code2, opc)
instr2s = bytecode2.get_instructions(code2)
seen = set([code1.co_name])
for instr in bytecode1.get_instructions(code1):
next_code1 = None
if iscode(instr.argval):
next_code1 = instr.argval
if next_code1:
next_code2 = None
while not next_code2:
try:
instr2 = next(instr2s)
if iscode(instr2.argval):
next_code2 = instr2.argval
pass
except StopIteration:
break
pass
if next_code2:
assert next_code1.co_name == next_code2.co_name
if next_code1.co_name not in seen:
seen.add(next_code1.co_name)
queue.append(next_code1)
queue.append(next_code2)
pass
pass
pass
pass
def number_loop(queue, mappings, opc):
while len(queue) > 0:
code1 = queue.popleft()
code2 = queue.popleft()
assert code1.co_name == code2.co_name
linestarts_orig = findlinestarts(code1)
linestarts_uncompiled = list(findlinestarts(code2))
mappings += [[line, offset2line(offset, linestarts_uncompiled)] for offset, line in linestarts_orig]
bytecode1 = Bytecode(code1, opc)
bytecode2 = Bytecode(code2, opc)
instr2s = bytecode2.get_instructions(code2)
seen = set([code1.co_name])
for instr in bytecode1.get_instructions(code1):
next_code1 = None
if iscode(instr.argval):
next_code1 = instr.argval
if next_code1:
next_code2 = None
while not next_code2:
try:
instr2 = next(instr2s)
if iscode(instr2.argval):
next_code2 = instr2.argval
pass
except StopIteration:
break
pass
if next_code2:
assert next_code1.co_name == next_code2.co_name
if next_code1.co_name not in seen:
seen.add(next_code1.co_name)
queue.append(next_code1)
queue.append(next_code2)
pass
pass
pass
pass