def is_single_block(string):
codeblock = ch.CodeBlock(0)
codeblock.string = '\n'.join(s.rstrip(' ')
for s in
''.join(ch.xreadlines(string.expandtabs())).split('\n'))
block_list = list( ch.iterblocks(ch.xreadlines(string)) )
assert_equal(line_list_signature([codeblock]),
line_list_signature(block_list))
def is_single_block(string):
codeblock = ch.CodeBlock(0)
codeblock.string = '\n'.join(
s.rstrip(' ')
for s in ''.join(ch.xreadlines(string.expandtabs())).split('\n'))
block_list = list(ch.iterblocks(ch.xreadlines(string)))
assert_equal(line_list_signature([codeblock]),
line_list_signature(block_list))
def test_double_function_non_empty_line():
string = """
def f():
\tpass
\t
def g():
\tpass
"""
blocks = list(ch.iterblocks(ch.xreadlines(string)))
# This should be made of three blocks, the last one of them
# empty.
assert_equal(len(blocks), 3)
def test_double_function_non_empty_line():
string = """
def f():
\tpass
\t
def g():
\tpass
"""
blocks = list(ch.iterblocks(ch.xreadlines(string)))
# This should be made of three blocks, the last one of them
# empty.
assert_equal(len(blocks), 3)
def is_same_code(codestring):
out = ''.join([i.string
for i in ch.iterblocks(ch.xreadlines(codestring))])
assert_equal(codestring.expandtabs(), out)
def is_same_code(codestring):
out = ''.join([i.string for i in ch.iterblocks(ch.xreadlines(codestring))])
assert_equal(codestring.expandtabs(), out)
