def check_make_token_by_line_never_ends_empty():
"""
Check that not sequence of single or double characters ends up leading to en empty list of tokens
"""
from string import printable
for c in printable:
nt.assert_not_equal(make_tokens_by_line(c)[-1], [])
for k in printable:
nt.assert_not_equal(make_tokens_by_line(c + k)[-1], [])
def check_make_token_by_line_never_ends_empty():
"""
Check that not sequence of single or double characters ends up leading to en empty list of tokens
"""
from string import printable
for c in printable:
nt.assert_not_equal(make_tokens_by_line(c)[-1], [])
for k in printable:
nt.assert_not_equal(make_tokens_by_line(c+k)[-1], [])
def check_find(transformer, case, match=True):
sample, expected_start, _ = case
tbl = make_tokens_by_line(sample)
res = transformer.find(tbl)
if match:
# start_line is stored 0-indexed, expected values are 1-indexed
nt.assert_equal((res.start_line+1, res.start_col), expected_start)
return res
else:
nt.assert_is(res, None)
def check_make_token_by_line_never_ends_empty():
"""
Check that not sequence of single or double characters ends up leading to en empty list of tokens
"""
from string import printable
for c in printable:
nt.assert_not_equal(make_tokens_by_line(c)[-1], [])
for k in printable:
nt.assert_not_equal(make_tokens_by_line(c + k)[-1], [])
def check_find(transformer, case, match=True):
sample, expected_start, _ = case
tbl = make_tokens_by_line(sample)
res = transformer.find(tbl)
if match:
# start_line is stored 0-indexed, expected values are 1-indexed
nt.assert_equal((res.start_line + 1, res.start_col), expected_start)
return res
else:
nt.assert_is(res, None)
def check_transform(transformer_cls, case):
lines, start, expected = case
transformer = transformer_cls(start)
nt.assert_equal(transformer.transform(lines), expected)
