def t(str, value, remainder):
print(str)
# Test "one-shot":
assert process(str) == (value, remainder)
# With gibberish added:
assert process(str + "asdf") == (value, remainder + "asdf")
# Byte at a time:
decoder = IncrBDecode()
for i, c in enumerate(str):
decoder.add(c)
retval = decoder.process()
if retval is not None:
print(retval)
assert retval == (value, "")
assert str[i + 1:] == remainder
break
def t(str, value, remainder):
print(str)
# Test "one-shot":
assert process(str) == (value, remainder)
# With gibberish added:
assert process(str + "asdf") == (value, remainder + "asdf")
# Byte at a time:
decoder = IncrBDecode()
for i, c in enumerate(str):
decoder.add(c)
retval = decoder.process()
if retval is not None:
print(retval)
assert retval == (value, "")
assert str[i + 1:] == remainder
break
def te(str, exc):
print(str)
try:
process(str)
except exc:
pass
else:
assert False, "didn't raise exception"
try:
decoder = IncrBDecode()
for c in str:
decoder.add(c)
decoder.process()
except exc:
pass
else:
assert False, "didn't raise exception"
def te(str, exc):
print(str)
try:
process(str)
except exc:
pass
else:
assert False, "didn't raise exception"
try:
decoder = IncrBDecode()
for c in str:
decoder.add(c)
decoder.process()
except exc:
pass
else:
assert False, "didn't raise exception"
def process(input):
bd = IncrBDecode()
bd.add(input)
return bd.process()
def process(input):
bd = IncrBDecode()
bd.add(input)
return bd.process()