def test_access_recursion(self):
paths = ['content/DirectoryD\\n', 'content/DirectoryE']
basenames = ['content/DirectoryE/SubdirA',
'content/DirectoryE/SubdirB',
'content/DirectoryE/SubdirC']
expected = [os.path.abspath(p) for p in basenames]
gp = GeneratePaths()
output = gp.dirs(paths, access=os.W_OK, recursion=True)
self.assertEqual(output, expected)
def test_access_recursion(self):
paths = ['content/DirectoryD\\n', 'content/DirectoryE']
basenames = [
'content/DirectoryE/SubdirA', 'content/DirectoryE/SubdirB',
'content/DirectoryE/SubdirC'
]
expected = [os.path.abspath(p) for p in basenames]
gp = GeneratePaths()
output = gp.dirs(paths, access=os.W_OK, recursion=True)
self.assertEqual(output, expected)
def test_filter_invalid_paths(self):
paths = ['content/.DirectoryA', 'content/does_not_exist',
'content/does_not_exist/subdirectory']
basenames = ['content/.DirectoryA/SubdirA',
'content/.DirectoryA/SubdirB',
'content/.DirectoryA/SubdirC']
expected = [os.path.abspath(p) for p in basenames]
gp = GeneratePaths()
output = gp.dirs(paths)
self.assertEqual(output, expected)
def test_nonrecursive(self):
paths = ['content']
basenames = [
'content/-DirectoryB', 'content/.DirectoryA',
'content/DirectoryD\\n', 'content/DirectoryE',
'content/DirectoryF', 'content/\\nDirectoryC'
]
expected = [os.path.abspath(p) for p in basenames]
gp = GeneratePaths()
output = gp.dirs(paths)
self.assertEqual(output, expected)
def test_filter_invalid_paths(self):
paths = [
'content/.DirectoryA', 'content/does_not_exist',
'content/does_not_exist/subdirectory'
]
basenames = [
'content/.DirectoryA/SubdirA', 'content/.DirectoryA/SubdirB',
'content/.DirectoryA/SubdirC'
]
expected = [os.path.abspath(p) for p in basenames]
gp = GeneratePaths()
output = gp.dirs(paths)
self.assertEqual(output, expected)
def test_nonrecursive(self):
paths = ['content']
basenames = ['content/-DirectoryB',
'content/.DirectoryA',
'content/DirectoryD\\n',
'content/DirectoryE',
'content/DirectoryF',
'content/\\nDirectoryC']
expected = [os.path.abspath(p) for p in basenames]
gp = GeneratePaths()
output = gp.dirs(paths)
self.assertEqual(output, expected)
def test_recursion(self):
paths = ['content']
basenames = [
'content/-DirectoryB', 'content/.DirectoryA',
'content/DirectoryD\\n', 'content/DirectoryE',
'content/DirectoryF', 'content/\\nDirectoryC',
'content/.DirectoryA/SubdirA', 'content/.DirectoryA/SubdirB',
'content/.DirectoryA/SubdirC', 'content/DirectoryD\\n/SubdirA',
'content/DirectoryD\\n/SubdirB', 'content/DirectoryD\\n/SubdirC',
'content/DirectoryE/SubdirA', 'content/DirectoryE/SubdirB',
'content/DirectoryE/SubdirC'
]
expected = [os.path.abspath(p) for p in basenames]
gp = GeneratePaths()
output = gp.dirs(paths, recursion=True)
self.assertEqual(output, expected)
def test_recursion(self):
paths = ['content']
basenames = ['content/-DirectoryB',
'content/.DirectoryA',
'content/DirectoryD\\n',
'content/DirectoryE',
'content/DirectoryF',
'content/\\nDirectoryC',
'content/.DirectoryA/SubdirA',
'content/.DirectoryA/SubdirB',
'content/.DirectoryA/SubdirC',
'content/DirectoryD\\n/SubdirA',
'content/DirectoryD\\n/SubdirB',
'content/DirectoryD\\n/SubdirC',
'content/DirectoryE/SubdirA',
'content/DirectoryE/SubdirB',
'content/DirectoryE/SubdirC']
expected = [os.path.abspath(p) for p in basenames]
gp = GeneratePaths()
output = gp.dirs(paths, recursion=True)
self.assertEqual(output, expected)