def testShouldReturnLastMatchedValue(self):
c = captor(contains("foo"))
c.matches("foobar")
c.matches("foobam")
c.matches("bambaz")
self.assertListEqual(["foobar", "foobam"], c.all_values)
self.assertEqual("foobam", c.value)
def testShouldReturnLastMatchedValue(self):
c = captor(contains("foo"))
c.matches("foobar")
c.matches("foobam")
c.matches("bambaz")
self.assertEqual("foobam", c.value)
def testShouldReturnNoneValueIfDidntMatch(self):
c = captor(contains("foo"))
c.matches("bar")
self.assertEqual(None, c.value)
def testShouldReturnNoneValueByDefault(self):
c = captor(contains("foo"))
self.assertEqual(None, c.value)
def testShouldNotSatisfyIfInnerMatcherIsNotSatisfied(self):
c = captor(contains("foo"))
self.assertFalse(c.matches("barbam"))
def testShouldReturnNoneValueByDefault(self):
c = captor(contains("foo"))
self.assertListEqual([], c.all_values)
with self.assertRaises(MatcherError):
_ = c.value
def testShouldNotSatisfyIfAllOfMatchersAreNotSatisfied(self):
self.assertFalse(
or_(contains("bam"), contains("baz")).matches("foobar"))
def testShouldNotSatisfyIfOneOfMatchersIsNotSatisfied(self):
self.assertFalse(
and_(contains("foo"), contains("bam")).matches("foobar"))
def testShouldNotSatisfiyStringWhichIsNotSubstringOfGivenString(self):
self.assertFalse(contains("barfoo").matches("foobar"))
def testShouldSatisfySameString(self):
self.assertTrue(contains("foobar").matches("foobar"))
def testShouldSatisfiySubstringOfGivenString(self):
self.assertTrue(contains("foo").matches("foobar"))
def testShouldNotSatisfyIfInnerMatcherIsSatisfied(self):
self.assertFalse(not_(contains("foo")).matches("foo"))
def testShouldSatisfyIfInnerMatcherIsNotSatisfied(self):
self.assertTrue(not_(contains("foo")).matches("bar"))
def testShouldReturnNoneValueIfDidntMatch(self):
c = captor(contains("foo"))
c.matches("bar")
self.assertListEqual([], c.all_values)
with self.assertRaises(MatcherError):
_ = c.value
def testVerifiesUsingContainsMatcher(self):
ourMock = mock()
ourMock.foo("foobar")
verify(ourMock).foo(contains("foo"))
verify(ourMock).foo(contains("bar"))
def testShouldNotSatisfiyEmptyString(self):
self.assertFalse(contains("").matches("foobar"))
def testShouldSatisfyIfAllMatchersAreSatisfied(self):
self.assertTrue(
and_(contains("foo"), contains("bar")).matches("foobar"))
def testShouldNotSatisfiyNone(self):
self.assertFalse(contains(None).matches("foobar"))
def testShouldSatisfyIfAnyOfMatchersIsSatisfied(self):
self.assertTrue(
or_(contains("foo"), contains("bam")).matches("foobar"))
def testShouldSatisfyIfInnerMatcherIsSatisfied(self):
c = captor(contains("foo"))
self.assertTrue(c.matches("foobar"))
def test_connectingWillSpawnSSH(self):
pexpectObject = mock()
cli = self.createSshConnection(pexpectObject)
when(pexpectObject).spawn(any()).thenReturn(mock())
cli.connectWithSsh()
verify(pexpectObject).spawn(contains('ssh'))
def testShouldSatisfyIfInnerMatcherIsSatisfied(self):
c = captor(contains("foo"))
self.assertTrue(c.matches("foobar"))
self.assertListEqual([
"foobar",
], c.all_values)
