class promiseInput_TestCase(unittest.TestCase):
def test_notMatch(self):
case = ({
"inStr": "Input.sub : important",
"pattern": r"^notMatch.*?\s+:\s+.*$"
}, None)
self.assertEqual(Input.promiseInput(**case[0]), case[1])
def test_matchWithTransTempate(self):
case = ({"inStr": "Input.sub : important",
"pattern": r"^(?P<info>.*?)\s+:\s+(?P<tip>.*)$",
"transTemplate": "info: {{info}}\ntip: {{tip}}",
},
"info: Input.sub\ntip: important")
self.assertEqual(Input.promiseInput(**case[0]), case[1])
def test_matchWithDefaultDict(self):
case = ({"inStr": "Input.sub with default",
"pattern": r"^(?P<info>[^:]*)(\s+:\s+(?P<tip>.*))?$",
"transTemplate": "info: {{info}}\ntip: {{tip}}",
"defaultDict": {"tip": "normal case"}
},
"info: Input.sub with default\ntip: normal case")
self.assertEqual(Input.promiseInput(**case[0]), case[1])
class promiseInput_TestCase(unittest.TestCase):
def test_notMatch(self):
case = ({
"inStr": "Input.sub : important",
"pattern": r"^notMatch.*?\s+:\s+.*$"
}, None)
self.assertEqual(Input.promiseInput(**case[0]), case[1])
def test_match(self):
case = ({
"inStr": "Input.sub : important",
"pattern": r"^.*?\s+:\s+.*$",
}, "Input.sub : important")
self.assertEqual(Input.promiseInput(**case[0]), case[1])
def test_matchWithTransTempate(self):
case = ({
"inStr": "Input.sub : important",
"pattern": r"^(?P<info>.*?)\s+:\s+(?P<tip>.*)$",
"transTemplate": "info: {{info}}\ntip: {{tip}}",
}, "info: Input.sub\ntip: important")
self.assertEqual(Input.promiseInput(**case[0]), case[1])
def test_matchWithDefaultDict(self):
case = ({
"inStr": "Input.sub with default",
"pattern": r"^(?P<info>[^:]*)(\s+:\s+(?P<tip>.*))?$",
"transTemplate": "info: {{info}}\ntip: {{tip}}",
"defaultDict": {
def test_notMatch(self):
case = ({"inStr": "Input.sub : important",
"pattern": r"^notMatch.*?\s+:\s+.*$"
},
None)
self.assertEqual(Input.promiseInput(**case[0]), case[1])
def test_match(self):
case = ({"inStr": "Input.sub : important",
"pattern": r"^.*?\s+:\s+.*$",
},
"Input.sub : important")
self.assertEqual(Input.promiseInput(**case[0]), case[1])