def test_compilation_bound_start(self):
p = Pattern.create("/*.py")
assert p.bound_start is True
assert p.bound_end is True
assert str(p.file_pattern) == "*.py"
assert p.sections == []
p = Pattern.create("/test/*.py")
assert p.bound_start is True
assert p.bound_end is True
assert str(p.file_pattern) == "*.py"
assert p.sections == [Section(["test"])]
p = Pattern.create("/test/dir/*")
assert p.bound_start is True
assert p.bound_end is True
assert p.file_pattern == "*"
assert p.sections == [Section(["test", "dir"])]
p = Pattern.create("/start/**/test/*.py")
assert p.bound_start is True
assert p.bound_end is True
assert str(p.file_pattern) == "*.py"
assert p.sections == [Section(["start"]), Section(["test"])]
p = Pattern.create("/start/**/test/**/*.py")
assert p.bound_start is True
assert p.bound_end is False
assert str(p.file_pattern) == "*.py"
assert p.sections == [Section(["start"]), Section(["test"])]
def test_basic(self):
py = Pattern.create("*.py")
cvs = Pattern.create("**/CVS/**/*")
pycache = Pattern.create("__pycache__/**/*")
ps = PatternSet()
assert ps.all_files() is False
assert [pat for pat in ps.iter()] == []
s = ["a.py", "b.py"]
match(ps, s, [])
ps.append(py)
assert ps.all_files() is False
assert [pat for pat in ps.iter()] == [py]
s = ["a.py", "b.py"]
match(ps, s, s)
s = ["a.py", "b.py", "anything.goes"]
match(ps, s, ["a.py", "b.py"])
ps.append(cvs)
assert ps.all_files() is True
assert [pat for pat in ps.iter()] == [py, cvs]
match(ps, s, s)
ps.remove(cvs)
ps.append(pycache)
assert ps.all_files() is True
assert [pat for pat in ps.iter()] == [py, pycache]
match(ps, s, s)
ps.remove(pycache)
assert ps.all_files() is False
assert [pat for pat in ps.iter()] == [py]
match(ps, s, ["a.py", "b.py"])
def test_file_pattern(self):
p = Pattern.create("*.py")
match(p, [], [])
match(p, ["a.no", "py"], [])
match(p, ["x.px", "a.py", "a.pz", "b.py", "py"], ["a.py", "b.py"])
p = Pattern.create("?bc.txt")
match(p, ["a.no", "py"], [])
match(p, ["abc.txt", "bbc.txt", "not.txt"], ["abc.txt", "bbc.txt"])
def test_complex_compilation(self):
p1 = Pattern.create("dir/file.txt")
p2 = Pattern.create("**/dir/file.txt")
p3 = Pattern.create("/**/dir/file.txt")
assert p1.sections == p2.sections
assert p2.sections == p3.sections
assert p1.bound_start is False
assert p1.bound_start == p2.bound_start == p3.bound_start
assert p1.bound_end is True
assert p1.bound_end == p2.bound_end == p3.bound_end
def test_patterns_test_no_match(self):
bound_start_top_all = Pattern.create("/test/*")
bound_start_top_py = Pattern.create("/test/*.py")
bound_start_sub_all = Pattern.create("/test/**/*")
bound_start_sub_py = Pattern.create("/test/**/*.py")
bound_end_all = Pattern.create("**/test/*")
bound_end_py = Pattern.create("**/test/*.py")
bound_start_end = Pattern.create("/test/**/test/*.py")
unbound_all = Pattern.create("**/*")
unbound_py = Pattern.create("**/*.py")
all = [
bound_start_top_all, bound_start_top_py, bound_start_sub_all,
bound_start_sub_py, bound_end_all, bound_end_py, bound_start_end,
unbound_all, unbound_py
]
# Test matches for the root directory
fst = FileSetState("Label", "nottest", None, all)
file_set_state_location(fst, bound_start_top_all, NOT_PRESENT)
file_set_state_location(fst, bound_start_top_py, NOT_PRESENT)
file_set_state_location(fst, bound_start_sub_all, NOT_PRESENT)
file_set_state_location(fst, bound_start_sub_py, NOT_PRESENT)
file_set_state_location(fst, bound_end_all, UNMATCHED)
file_set_state_location(fst, bound_end_py, UNMATCHED)
file_set_state_location(fst, bound_start_end, NOT_PRESENT)
file_set_state_location(fst, unbound_all, MATCHED_INHERIT)
file_set_state_location(fst, unbound_py, MATCHED_INHERIT)
assert fst.no_possible_matches_in_subdirs() is False
assert fst.matches_all_files_all_subdirs() is True
def test_patterns_inherit_with_file(self):
pattern1 = Pattern.create("/a/**/*.a")
pattern2 = Pattern.create("**/b/**/*.b")
pattern3 = Pattern.create("/a/b/c/*.c")
all_files = ["not", "a.a", "b.b", "c.c"]
a_files = ["a.a", "aa.a"]
# Test matches for the root directory
root = FileSetState("Label", "", None, [pattern1, pattern2, pattern3])
file_set_state_location(root, pattern1, UNMATCHED)
file_set_state_location(root, pattern2, UNMATCHED)
file_set_state_location(root, pattern3, UNMATCHED)
assert not root.match([])
assert not root.match(all_files)
assert not root.match(a_files)
a = FileSetState("Label", "a", root)
file_set_state_location(a, pattern1, MATCHED_INHERIT)
file_set_state_location(a, pattern2, UNMATCHED)
file_set_state_location(a, pattern3, UNMATCHED)
assert not a.match([])
assert {"a.a"} == a.match(all_files)
assert {"a.a", "aa.a"} == a.match(a_files)
b = FileSetState("Label", os.path.join("a", "b"), a)
file_set_state_location(b, pattern1, NOT_PRESENT) # In parent
file_set_state_location(b, pattern2, MATCHED_INHERIT)
file_set_state_location(b, pattern3, UNMATCHED)
assert not b.match([])
assert {"a.a", "b.b"} == b.match(all_files)
assert {"a.a", "aa.a"} == b.match(a_files)
c = FileSetState("Label", os.path.join("a", "b", "c"), b)
file_set_state_location(c, pattern1, NOT_PRESENT) # In grandparent
file_set_state_location(c, pattern2, NOT_PRESENT) # In parent
file_set_state_location(c, pattern3, MATCHED_NO_SUBDIR)
assert not c.match([])
assert {"a.a", "b.b", "c.c"} == c.match(all_files)
assert {"a.a", "aa.a"} == c.match(a_files)
d = FileSetState("Label", os.path.join("a", "b", "c", "d"), b)
file_set_state_location(d, pattern1,
NOT_PRESENT) # In great-grandparent
file_set_state_location(d, pattern2, NOT_PRESENT) # In grandparent
file_set_state_location(d, pattern3, NOT_PRESENT) # Not applicable
assert not d.match([])
assert {"a.a", "b.b"} == d.match(all_files)
assert {"a.a", "aa.a"} == b.match(a_files)
def test_match_single_bound_start_no_sub(self):
p = Pattern.create("/test/*.py")
assert p.match_directory([]) == MatchType.NO_MATCH
assert p.match_directory(
"test".split("/")) == MatchType.MATCH_BUT_NO_SUBDIRECTORIES
assert p.match_directory(
"some/where/".split("/")) == MatchType.NO_MATCH_NO_SUBDIRECTORIES
def test_match_twin_directories(self):
p_dir, p_file = create_starstar("/test/**/test/")
assert p_dir.match_directory("test/test/test/test".split(
"/")) == MatchType.MATCH_ALL_SUBDIRECTORIES
assert p_dir.match_directory(
"test/where/test".split("/")) == MatchType.MATCH_ALL_SUBDIRECTORIES
assert p_dir.match_directory("test/a/very/long/way/apart/test".split(
"/")) == MatchType.MATCH_ALL_SUBDIRECTORIES
assert p_dir.match_directory([]) == MatchType.NO_MATCH
assert p_dir.match_directory("test".split("/")) == MatchType.NO_MATCH
assert p_dir.match_directory(
"not/a/hope".split("/")) == MatchType.NO_MATCH_NO_SUBDIRECTORIES
assert p_dir.match_directory("a/test/where/test/b".split(
"/")) == MatchType.NO_MATCH_NO_SUBDIRECTORIES
assert p_dir.match_directory("some/some/some".split(
"/")) == MatchType.NO_MATCH_NO_SUBDIRECTORIES
p = Pattern.create("/test/**/test/*.py")
assert p.match_directory(
"test/test/test/test".split("/")) == MatchType.MATCH
assert p.match_directory(
"test/where/test".split("/")) == MatchType.MATCH
assert p.match_directory(
"test/a/very/long/way/apart/test".split("/")) == MatchType.MATCH
assert p.match_directory([]) == MatchType.NO_MATCH
assert p.match_directory("test".split("/")) == MatchType.NO_MATCH
assert p.match_directory(
"not/a/hope".split("/")) == MatchType.NO_MATCH_NO_SUBDIRECTORIES
assert p.match_directory("a/test/where/test/b".split(
"/")) == MatchType.NO_MATCH_NO_SUBDIRECTORIES
assert p.match_directory("some/some/some".split(
"/")) == MatchType.NO_MATCH_NO_SUBDIRECTORIES
def test_no_file_pattern(self):
p = Pattern.create("")
assert p.file_pattern == "*"
match(p, [], [])
s = ["a.py", "b.py"]
match(p, s, s)
s = ["x.px", "a.py", "a.pz", "b.py", "py"]
match(p, s, s)
p = Pattern.create("*")
assert p.file_pattern == "*"
match(p, [], [])
s = ["a.py", "b.py"]
match(p, s, s)
s = ["x.px", "a.py", "a.pz", "b.py", "py"]
match(p, s, s)
def create_starstar(glob):
ps = Pattern.create(glob)
for pattern in ps.patterns:
if pattern.file_pattern == "*":
pattern_dir = pattern
else:
pattern_file = pattern
return (pattern_dir, pattern_file)
def test_match_pure_file_pattern(self):
# No sections - all must match
p = Pattern.create("test.py")
assert p.match_directory([]) == MatchType.MATCH_ALL_SUBDIRECTORIES
assert p.match_directory(
"test".split("/")) == MatchType.MATCH_ALL_SUBDIRECTORIES
assert p.match_directory(
"some/where/".split("/")) == MatchType.MATCH_ALL_SUBDIRECTORIES
def test_extend(self):
py = Pattern.create("*.py")
cvs = Pattern.create("**/CVS/*")
pycache = Pattern.create("__pycache__/**/*")
ps1 = PatternSet()
ps1.extend([py, cvs, pycache])
assert [pat for pat in ps1.iter()] == [py, cvs, pycache]
ps2 = PatternSet()
ps2.extend(ps1)
assert [pat for pat in ps2.iter()] == [py, cvs, pycache]
ps1 = PatternSet()
ps1.extend([py])
assert [pat for pat in ps1.iter()] == [py]
ps1.extend([cvs, pycache])
assert [pat for pat in ps1.iter()] == [py, cvs, pycache]
def test_match_single_bound_end_directory(self):
p = Pattern.create("test/*")
assert p.match_directory([]) == MatchType.NO_MATCH
assert p.match_directory("test".split("/")) == MatchType.MATCH
assert p.match_directory(
"some/where/test".split("/")) == MatchType.MATCH
assert p.match_directory(
"middle/test/middle".split("/")) == MatchType.NO_MATCH
assert p.match_directory("not/a/hope".split("/")) == MatchType.NO_MATCH
def test_compilation_and_str_starstar(self):
for glob in [
"test/", "/test/", "/test/**/", "/test/**", "/1/**/test/"
]:
patternset = Pattern.create(glob)
assert isinstance(patternset, PatternSet)
assert len(patternset.patterns) == 2
for pattern in patternset.patterns:
assert pattern.file_pattern == "test" or pattern.sections[
-1].elements[-1].pattern == "test"
def test_patterns_inherit_all_files(self):
pattern1 = Pattern.create("/a/**/*")
all_files = ["not", "a.a", "b.b", "c.c"]
# Test matches for the root directory
root = FileSetState("Label", "", None, [pattern1])
file_set_state_location(root, pattern1, UNMATCHED)
assert not root.match([])
assert not root.match(all_files)
a = FileSetState("Label", "a", root)
file_set_state_location(a, pattern1, MATCHED_INHERIT)
assert not a.match([])
assert set(all_files) == a.match(all_files)
b = FileSetState("Label", os.path.join("a", "b"), a)
file_set_state_location(b, pattern1, NOT_PRESENT) # In parent
file_set_state_location(a, pattern1, MATCHED_INHERIT)
assert not b.match([])
assert b.parent == a
assert set(all_files) == b.match(all_files)
def test_compilation_and_str(self):
# Syntax for the dictionary:
# The key is the normative string, and the value is a list of patterns that generate the normative
patterns = {
"/*.py": ["/*.py"],
"/test/*.py": ["/test/*.py"],
"/test/dir/**/*": ["/test/dir/**/*"],
"/start/**/test/*.py": ["/start/**/test/*.py"],
"/start/**/test/**/*.py": ["/start/**/test/**/*.py"],
"**/test/*.py": ["test/*.py", "**/test/*.py"],
"**/test/*": ["test/*", "**/test/*"],
"**/test/**/*": ["test/**/*", "**/test/**/*"],
"**/test/**/*.py": ["test/**/*.py", "**/test/**/*.py"],
"**/start/**/test/**/*.py":
["start/**/test/**/*.py", "**/start/**/test/**/*.py"],
}
for normative, options in patterns.items():
for option in options:
print("Testing that Pattern.create('{0}') == '{1}'".format(
option, normative))
assert normative == str(Pattern.create(option))
def test_illegal_glob(self):
with pytest.raises(FormicError):
Pattern.create("/test/../**")