def testFollowLinks(self):
self.Touch("foo", "0")
self.Touch("foo", "bar", "0")
self.Touch("foo", "baz", "0")
self.Touch("foo", "baz", "1")
self.Touch("quux", "0")
self.Touch("norf", "0")
os.symlink(self.Path("foo", "bar"), self.Path("quux", "bar"))
os.symlink(self.Path("foo", "baz"), self.Path("quux", "baz"))
os.symlink(self.Path("quux"), self.Path("norf", "quux"))
opts = globbing.PathOpts(follow_links=True)
component = globbing.RecursiveComponent(opts=opts)
# It should resolve two links and recur to linked directories.
results = list(component.Generate(self.Path("quux")))
self.assertCountEqual(results, [
self.Path("quux", "0"),
self.Path("quux", "bar"),
self.Path("quux", "bar", "0"),
self.Path("quux", "baz"),
self.Path("quux", "baz", "0"),
self.Path("quux", "baz", "1"),
])
# It should resolve symlinks recursively.
results = list(component.Generate(self.Path("norf")))
self.assertCountEqual(results, [
self.Path("norf", "0"),
self.Path("norf", "quux"),
self.Path("norf", "quux", "0"),
self.Path("norf", "quux", "bar"),
self.Path("norf", "quux", "bar", "0"),
self.Path("norf", "quux", "baz"),
self.Path("norf", "quux", "baz", "0"),
self.Path("norf", "quux", "baz", "1"),
])
opts = globbing.PathOpts(follow_links=False)
component = globbing.RecursiveComponent(opts=opts)
# It should list symlinks but should not recur to linked directories.
results = list(component.Generate(self.Path()))
self.assertCountEqual(results, [
self.Path("foo"),
self.Path("foo", "0"),
self.Path("foo", "bar"),
self.Path("foo", "bar", "0"),
self.Path("foo", "baz"),
self.Path("foo", "baz", "0"),
self.Path("foo", "baz", "1"),
self.Path("quux"),
self.Path("quux", "0"),
self.Path("quux", "bar"),
self.Path("quux", "baz"),
self.Path("norf"),
self.Path("norf", "0"),
self.Path("norf", "quux"),
])
def testMaxDepth(self):
filepaths = [
("foo", "0"),
("foo", "1"),
("foo", "bar", "0"),
("foo", "bar", "baz", "0"),
]
component = globbing.RecursiveComponent(max_depth=3)
with DirHierarchy(filepaths) as hierarchy:
results = list(component.Generate(hierarchy(())))
# Files at level lesser than 3 should be included.
self.assertIn(hierarchy(("foo", )), results)
self.assertIn(hierarchy(("foo", "0")), results)
self.assertIn(hierarchy(("foo", "1")), results)
self.assertIn(hierarchy(("foo", "bar")), results)
# Files at level equal to 3 should be included.
self.assertIn(hierarchy(("foo", "bar", "0")), results)
self.assertIn(hierarchy(("foo", "bar", "baz")), results)
# Files at level bigger that 3 should not be included.
self.assertNotIn(hierarchy(("foo", "bar", "baz", "0")), results)
def testIgnore(self):
self.Touch("foo", "0")
self.Touch("foo", "1")
self.Touch("foo", "bar", "0")
self.Touch("bar", "0")
self.Touch("bar", "quux", "0")
self.Touch("bar", "quux", "1")
self.Touch("baz", "0")
self.Touch("baz", "1")
self.Touch("baz", "quux", "0")
opts = globbing.PathOpts(recursion_blacklist=[
self.Path("foo"),
self.Path("bar", "quux"),
])
component = globbing.RecursiveComponent(opts=opts)
results = list(component.Generate(self.Path()))
# Recursion should not visit into the blacklisted folders.
self.assertNotIn(self.Path("foo", "0"), results)
self.assertNotIn(self.Path("foo", "1"), results)
self.assertNotIn(self.Path("bar", "quux", "0"), results)
self.assertNotIn(self.Path("bar", "quux", "1"), results)
# Blacklisted folders themselves should appear in the results.
self.assertIn(self.Path("foo"), results)
self.assertIn(self.Path("bar", "quux"), results)
# Recursion should visit not blacklisted folders.
self.assertIn(self.Path("baz"), results)
self.assertIn(self.Path("baz", "0"), results)
self.assertIn(self.Path("baz", "1"), results)
self.assertIn(self.Path("baz", "quux"), results)
self.assertIn(self.Path("baz", "quux", "0"), results)
def testSimple(self):
filepaths = [
("foo", "0"),
("foo", "1"),
("foo", "bar", "0"),
("baz", "0"),
("baz", "1"),
]
component = globbing.RecursiveComponent()
with DirHierarchy(filepaths) as hierarchy:
results = list(component.Generate(hierarchy(())))
self.assertCountEqual(results, [
hierarchy(("foo", )),
hierarchy(("foo", "0")),
hierarchy(("foo", "1")),
hierarchy(("foo", "bar")),
hierarchy(("foo", "bar", "0")),
hierarchy(("baz", )),
hierarchy(("baz", "0")),
hierarchy(("baz", "1")),
])
results = list(component.Generate(hierarchy(("foo", ))))
self.assertCountEqual(results, [
hierarchy(("foo", "0")),
hierarchy(("foo", "1")),
hierarchy(("foo", "bar")),
hierarchy(("foo", "bar", "0")),
])
results = list(component.Generate(hierarchy(("baz", ))))
self.assertCountEqual(results, [
hierarchy(("baz", "0")),
hierarchy(("baz", "1")),
])
results = list(component.Generate(hierarchy(("foo", "bar"))))
self.assertCountEqual(results, [
hierarchy(("foo", "bar", "0")),
])
def testMaxDepth(self):
self.Touch("foo", "0")
self.Touch("foo", "1")
self.Touch("foo", "bar", "0")
self.Touch("foo", "bar", "baz", "0")
component = globbing.RecursiveComponent(max_depth=3)
results = list(component.Generate(self.Path()))
# Files at level lesser than 3 should be included.
self.assertIn(self.Path("foo"), results)
self.assertIn(self.Path("foo", "0"), results)
self.assertIn(self.Path("foo", "1"), results)
self.assertIn(self.Path("foo", "bar"), results)
# Files at level equal to 3 should be included.
self.assertIn(self.Path("foo", "bar", "0"), results)
self.assertIn(self.Path("foo", "bar", "baz"), results)
# Files at level bigger that 3 should not be included.
self.assertNotIn(self.Path("foo", "bar", "baz", "0"), results)
def testSimple(self):
self.Touch("foo", "0")
self.Touch("foo", "1")
self.Touch("foo", "bar", "0")
self.Touch("baz", "0")
self.Touch("baz", "1")
component = globbing.RecursiveComponent()
results = list(component.Generate(self.Path()))
self.assertCountEqual(results, [
self.Path("foo"),
self.Path("foo", "0"),
self.Path("foo", "1"),
self.Path("foo", "bar"),
self.Path("foo", "bar", "0"),
self.Path("baz"),
self.Path("baz", "0"),
self.Path("baz", "1"),
])
results = list(component.Generate(self.Path("foo")))
self.assertCountEqual(results, [
self.Path("foo", "0"),
self.Path("foo", "1"),
self.Path("foo", "bar"),
self.Path("foo", "bar", "0"),
])
results = list(component.Generate(self.Path("baz")))
self.assertCountEqual(results, [
self.Path("baz", "0"),
self.Path("baz", "1"),
])
results = list(component.Generate(self.Path("foo", "bar")))
self.assertCountEqual(results, [
self.Path("foo", "bar", "0"),
])
def testIgnore(self):
filepaths = [
("foo", "0"),
("foo", "1"),
("foo", "bar", "0"),
("bar", "0"),
("bar", "quux", "0"),
("bar", "quux", "1"),
("baz", "0"),
("baz", "1"),
("baz", "quux", "0"),
]
with DirHierarchy(filepaths) as hierarchy:
opts = globbing.PathOpts(recursion_blacklist=[
hierarchy(("foo", )),
hierarchy(("bar", "quux")),
])
component = globbing.RecursiveComponent(opts=opts)
results = list(component.Generate(hierarchy(())))
# Recursion should not visit into the blacklisted folders.
self.assertNotIn(hierarchy(("foo", "0")), results)
self.assertNotIn(hierarchy(("foo", "1")), results)
self.assertNotIn(hierarchy(("bar", "quux", "0")), results)
self.assertNotIn(hierarchy(("bar", "quux", "1")), results)
# Blacklisted folders themselves should appear in the results.
self.assertIn(hierarchy(("foo", )), results)
self.assertIn(hierarchy(("bar", "quux")), results)
# Recursion should visit not blacklisted folders.
self.assertIn(hierarchy(("baz", )), results)
self.assertIn(hierarchy(("baz", "0")), results)
self.assertIn(hierarchy(("baz", "1")), results)
self.assertIn(hierarchy(("baz", "quux")), results)
self.assertIn(hierarchy(("baz", "quux", "0")), results)
def testFollowLinks(self):
filepaths = [
("foo", "0"),
("foo", "bar", "0"),
("foo", "baz", "0"),
("foo", "baz", "1"),
("quux", "0"),
("norf", "0"),
]
with DirHierarchy(filepaths) as hierarchy:
os.symlink(hierarchy(("foo", "bar")), hierarchy(("quux", "bar")))
os.symlink(hierarchy(("foo", "baz")), hierarchy(("quux", "baz")))
os.symlink(hierarchy(("quux", )), hierarchy(("norf", "quux")))
opts = globbing.PathOpts(follow_links=True)
component = globbing.RecursiveComponent(opts=opts)
# It should resolve two links and recur to linked directories.
results = list(component.Generate(hierarchy(("quux", ))))
self.assertCountEqual(results, [
hierarchy(("quux", "0")),
hierarchy(("quux", "bar")),
hierarchy(("quux", "bar", "0")),
hierarchy(("quux", "baz")),
hierarchy(("quux", "baz", "0")),
hierarchy(("quux", "baz", "1")),
])
# It should resolve symlinks recursively.
results = list(component.Generate(hierarchy(("norf", ))))
self.assertCountEqual(results, [
hierarchy(("norf", "0")),
hierarchy(("norf", "quux")),
hierarchy(("norf", "quux", "0")),
hierarchy(("norf", "quux", "bar")),
hierarchy(("norf", "quux", "bar", "0")),
hierarchy(("norf", "quux", "baz")),
hierarchy(("norf", "quux", "baz", "0")),
hierarchy(("norf", "quux", "baz", "1")),
])
opts = globbing.PathOpts(follow_links=False)
component = globbing.RecursiveComponent(opts=opts)
# It should list symlinks but should not recur to linked directories.
results = list(component.Generate(hierarchy(())))
self.assertCountEqual(results, [
hierarchy(("foo", )),
hierarchy(("foo", "0")),
hierarchy(("foo", "bar")),
hierarchy(("foo", "bar", "0")),
hierarchy(("foo", "baz")),
hierarchy(("foo", "baz", "0")),
hierarchy(("foo", "baz", "1")),
hierarchy(("quux", )),
hierarchy(("quux", "0")),
hierarchy(("quux", "bar")),
hierarchy(("quux", "baz")),
hierarchy(("norf", )),
hierarchy(("norf", "0")),
hierarchy(("norf", "quux")),
])
def testInvalidDirpath(self):
component = globbing.RecursiveComponent()
results = list(component.Generate("/foo/bar/baz"))
self.assertCountEqual(results, [])
