def test_prune_regex(self):
ff = fsfind.FsFinder(prune_rules=['level0-dir'])
matches = list(ff.matches('level0-dir'))
assert (len(matches) == 1)
assert (matches[0].path == 'level0-dir')
prune_rule = 'level2-dir1'
ff = fsfind.FsFinder(prune_rules=[prune_rule])
for match_result in ff.matches('level0-dir'):
idx = match_result.path.find(prune_rule)
if idx != -1:
assert (all(x != os.sep for x in match_result.path[idx:]))
def test_ignore_regex(self):
ff = fsfind.FsFinder(ignore_rules=['level0'])
matches = list(ff.matches('level0-dir'))
assert (len(matches) == 0)
for i in range(1, len(self.paths_at_level)):
ff = fsfind.FsFinder(ignore_rules=['level' + str(i)])
matches = list(ff.matches('level0-dir'))
for j in range(0, i):
for path in self.paths_at_level[j]:
path = os.path.normpath(path)
assert (any(path == m.path for m in matches))
def test_prune_regexes(self):
prune_rules = ['level1-dir2', 'level3-dir1']
ff = fsfind.FsFinder(prune_rules=prune_rules)
for match_result in ff.matches('level0-dir'):
for rule in prune_rules:
idx = match_result.path.find(rule)
if idx != -1:
assert (all(x != os.sep for x in match_result.path[idx:]))
def test_match_regex(self):
for i in range(len(self.paths_at_level)):
ff = fsfind.FsFinder('level' + str(i))
matches = list(ff.matches('level0-dir'))
for j in range(i, len(self.paths_at_level)):
for path in self.paths_at_level[j]:
path = os.path.normpath(path)
assert (any(['level' + str(i)] == m.match_info
for m in matches))
def test_max_depth(self):
for i in range(len(self.paths_at_level)):
ff = fsfind.FsFinder(depth=(0, i))
matches = list(ff.matches('level0-dir'))
total_paths = 0
for j in range(0, i + 1):
total_paths += len(self.paths_at_level[j])
for path in self.paths_at_level[j]:
assert (any(path == m.path for m in matches))
assert (len(matches) == total_paths)
def test_min_depth(self):
for i in range(len(self.paths_at_level)):
ff = fsfind.FsFinder(depth=(i, None))
matches = list(ff.matches('level0-dir'))
total_paths = 0
for j in range(i, len(self.paths_at_level)):
total_paths += len(self.paths_at_level[j])
for path in self.paths_at_level[j]:
assert (any(path == m.path for m in matches))
if len(matches) != total_paths:
print(i)
print([m.path for m in matches])
assert (len(matches) == total_paths)
def test_sorting(self):
ff = fsfind.FsFinder(sort=True)
matched_paths = [m.path for m in ff.matches('.')]
assert matched_paths == self.dfs_sorted
def test_ignore_regexes(self):
ignore_rules = ['level2-file1', '.+' + os.sep + 'level3-dir1$']
ff = fsfind.FsFinder(ignore_rules=ignore_rules)
for match_result in ff.matches('level0-dir'):
assert (not os.path.basename(match_result.path)
in ['level2-file1', 'level3-dir1'])
