def test_w_swift_component(self):
p = posix.PosixPath('my/path') / swift.SwiftPath(
'swift://t/c/name').name
self.assertEquals(p, posix.PosixPath('my/path/name'))
self.assertEquals(
stor.join('my/path',
swift.SwiftPath('swift://t/c/name').name), p)
def test_invalid_radd(self):
with self.assertRaisesRegexp(TypeError, 'unsupported operand'):
1 + posix.PosixPath('my/path')
def test_w_s3_component(self):
p = posix.PosixPath('my/path') + s3.S3Path('s3://b/name').name
self.assertEquals(p, posix.PosixPath('my/pathname'))
def test_w_swift_component(self):
p = posix.PosixPath('my/path') + swift.SwiftPath(
'swift://t/c/name').name
self.assertEquals(p, posix.PosixPath('my/pathname'))
def test_w_windows_path(self):
with self.assertRaisesRegexp(TypeError, 'unsupported operand'):
posix.PosixPath('my/path') + windows.WindowsPath(r'other\path')
def test_success(self):
p = posix.PosixPath('my/path') + 'other/path'
self.assertEquals(p, posix.PosixPath('my/pathother/path'))
def test_w_s3_component(self):
p = posix.PosixPath('my/path') / s3.S3Path('s3://b/name').name
self.assertEquals(p, posix.PosixPath('my/path/name'))
self.assertEquals(stor.join('my/path',
s3.S3Path('s3://b/name').name), p)
def test_rdiv(self):
p = 'my/path' / posix.PosixPath('other/path')
self.assertEquals(p, posix.PosixPath('my/path/other/path'))
def test_success(self):
p = posix.PosixPath('my/path') / 'other/path'
self.assertEquals(p, posix.PosixPath('my/path/other/path'))
self.assertEquals(p, stor.join('my/path', 'other/path'))
def test_w_posix_path(self):
with self.assertRaisesRegexp(TypeError, 'unsupported operand'):
windows.WindowsPath(r'my\path') / posix.PosixPath('other/path')
