import unittest import skype4pytest from Skype4Py.sms import * class SmsMessageTest(skype4pytest.TestCase): def setUpObject(self): self.obj = SmsMessage(self.skype, '1234') # Methods # ======= def testDelete(self): self.api.enqueue('DELETE SMS 1234') self.obj.Delete() self.failUnless(self.api.is_empty()) def testMarkAsSeen(self): self.api.enqueue('SET SMS 1234 SEEN', 'SMS 1234 STATUS READ') self.obj.MarkAsSeen() self.failUnless(self.api.is_empty()) def testSend(self): self.api.enqueue('ALTER SMS 1234 SEND') self.obj.Send() self.failUnless(self.api.is_empty()) # Properties # ========== def testBody(self): # Readable, Writable, Type: unicode self.api.enqueue('GET SMS 1234 BODY', 'SMS 1234 BODY eggs') t = self.obj.Body self.assertInstance(t, unicode) self.assertEqual(t, 'eggs') self.failUnless(self.api.is_empty()) self.api.enqueue('SET SMS 1234 BODY eggs', 'SMS 1234 BODY eggs') self.obj.Body = 'eggs' self.failUnless(self.api.is_empty()) def testChunks(self): # Readable, Type: SmsChunkCollection self.api.enqueue('GET SMS 1234 CHUNKING', 'SMS 1234 CHUNKING 2 30') t = self.obj.Chunks self.assertInstance(t, SmsChunkCollection) self.assertEqual(len(t), 2) self.failUnless(self.api.is_empty()) def testDatetime(self): # Readable, Type: datetime from datetime import datetime from time import time now = time() self.api.enqueue('GET SMS 1234 TIMESTAMP', 'SMS 1234 TIMESTAMP %f' % now) t = self.obj.Datetime self.assertInstance(t, datetime) self.assertEqual(t, datetime.fromtimestamp(now)) self.failUnless(self.api.is_empty()) def testFailureReason(self): # Readable, Type: str self.api.enqueue('GET SMS 1234 FAILUREREASON', 'SMS 1234 FAILUREREASON eggs') t = self.obj.FailureReason self.assertInstance(t, str) self.assertEqual(t, 'eggs') self.failUnless(self.api.is_empty()) def testId(self): # Readable, Type: int t = self.obj.Id self.assertInstance(t, int) self.assertEqual(t, 1234) def testIsFailedUnseen(self): # Readable, Type: bool self.api.enqueue('GET SMS 1234 IS_FAILED_UNSEEN', 'SMS 1234 IS_FAILED_UNSEEN TRUE') t = self.obj.IsFailedUnseen self.assertInstance(t, bool) self.assertEqual(t, True) self.failUnless(self.api.is_empty()) def testPrice(self): # Readable, Type: int self.api.enqueue('GET SMS 1234 PRICE', 'SMS 1234 PRICE 123') t = self.obj.Price self.assertInstance(t, int) self.assertEqual(t, 123) self.failUnless(self.api.is_empty()) def testPriceCurrency(self): # Readable, Type: unicode self.api.enqueue('GET SMS 1234 PRICE_CURRENCY', 'SMS 1234 PRICE_CURRENCY EUR') t = self.obj.PriceCurrency self.assertInstance(t, unicode) self.assertEqual(t, 'EUR') self.failUnless(self.api.is_empty()) def testPricePrecision(self): # Readable, Type: int self.api.enqueue('GET SMS 1234 PRICE_PRECISION', 'SMS 1234 PRICE_PRECISION 3') t = self.obj.PricePrecision self.assertInstance(t, int) self.assertEqual(t, 3) self.failUnless(self.api.is_empty()) def testPriceToText(self): # Readable, Type: unicode self.api.enqueue('GET SMS 1234 PRICE_CURRENCY', 'SMS 1234 PRICE_CURRENCY EUR') self.api.enqueue('GET SMS 1234 PRICE', 'SMS 1234 PRICE 123') self.api.enqueue('GET SMS 1234 PRICE_PRECISION', 'SMS 1234 PRICE_PRECISION 3') t = self.obj.PriceToText self.assertInstance(t, unicode) self.assertEqual(t, 'EUR 0.123') self.failUnless(self.api.is_empty()) def testPriceValue(self): # Readable, Type: float self.api.enqueue('GET SMS 1234 PRICE', 'SMS 1234 PRICE 123') self.api.enqueue('GET SMS 1234 PRICE_PRECISION', 'SMS 1234 PRICE_PRECISION 3') t = self.obj.PriceValue self.assertInstance(t, float) self.assertEqual(t, 0.123) self.failUnless(self.api.is_empty()) def testReplyToNumber(self): # Readable, Writable, Type: str self.api.enqueue('GET SMS 1234 REPLY_TO_NUMBER', 'SMS 1234 REPLY_TO_NUMBER eggs') t = self.obj.ReplyToNumber self.assertInstance(t, str) self.assertEqual(t, 'eggs') self.failUnless(self.api.is_empty()) self.api.enqueue('SET SMS 1234 REPLY_TO_NUMBER eggs', 'SMS 1234 REPLY_TO_NUMBER eggs') self.obj.ReplyToNumber = 'eggs' self.failUnless(self.api.is_empty()) def testSeen(self): # Writable, Type: bool from warnings import simplefilter self.api.enqueue('SET SMS 1234 SEEN', 'SMS 1234 STATUS READ') simplefilter('ignore') try: self.obj.Seen = True finally: simplefilter('default') self.failUnless(self.api.is_empty()) def testStatus(self): # Readable, Type: str self.api.enqueue('GET SMS 1234 STATUS', 'SMS 1234 STATUS RECEIVED') t = self.obj.Status self.assertInstance(t, str) self.assertEqual(t, 'RECEIVED') self.failUnless(self.api.is_empty()) def testTargetNumbers(self): # Readable, Writable, Type: tuple of str self.api.enqueue('GET SMS 1234 TARGET_NUMBERS', 'SMS 1234 TARGET_NUMBERS +3712345678, +3723456789') t = self.obj.TargetNumbers self.assertInstance(t, tuple) self.assertEqual(len(t), 2) self.failUnless(self.api.is_empty()) self.api.enqueue('SET SMS 1234 TARGET_NUMBERS +3787654321', 'SMS 1234 TARGET_NUMBERS +3787654321') self.obj.TargetNumbers = ('+3787654321',) self.failUnless(self.api.is_empty()) def testTargets(self): # Readable, Type: SmsTargetCollection self.api.enqueue('GET SMS 1234 TARGET_NUMBERS', 'SMS 1234 TARGET_NUMBERS +3712345678, +3723456789') t = self.obj.Targets self.assertInstance(t, SmsTargetCollection) self.assertEqual(len(t), 2) self.failUnless(self.api.is_empty()) def testTimestamp(self): # Readable, Type: float self.api.enqueue('GET SMS 1234 TIMESTAMP', 'SMS 1234 TIMESTAMP 123.4') t = self.obj.Timestamp self.assertInstance(t, float) self.assertEqual(t, 123.4) self.failUnless(self.api.is_empty()) def testType(self): # Readable, Type: str self.api.enqueue('GET SMS 1234 TYPE', 'SMS 1234 TYPE INCOMING') t = self.obj.Type self.assertInstance(t, str) self.assertEqual(t, 'INCOMING') self.failUnless(self.api.is_empty()) class SmsChunkTest(skype4pytest.TestCase): def setUpObject(self): self.obj = SmsChunk(SmsMessage(self.skype, '1234'), 1) # Properties # ========== def testCharactersLeft(self): # Readable, Type: int self.api.enqueue('GET SMS 1234 CHUNKING', 'SMS 1234 CHUNKING 2 30') t = self.obj.CharactersLeft self.assertInstance(t, int) self.assertEqual(t, 30) self.failUnless(self.api.is_empty()) def testId(self): # Readable, Type: int t = self.obj.Id self.assertInstance(t, int) self.assertEqual(t, 1) def testMessage(self): # Readable, Type: SmsMessage t = self.obj.Message self.assertInstance(t, SmsMessage) self.assertEqual(t.Id, 1234) def testText(self): # Readable, Type: unicode self.api.enqueue('GET SMS 1234 CHUNK 1', 'SMS 1234 CHUNK 1 eggs') t = self.obj.Text self.assertInstance(t, unicode) self.assertEqual(t, 'eggs') self.failUnless(self.api.is_empty()) class SmsTargetTest(skype4pytest.TestCase): def setUpObject(self): self.obj = SmsTarget(SmsMessage(self.skype, '1234'), '+3712345678') # Properties # ========== def testMessage(self): # Readable, Type: SmsMessage t = self.obj.Message self.assertInstance(t, SmsMessage) self.assertEqual(t.Id, 1234) def testNumber(self): # Readable, Type: str t = self.obj.Number self.assertInstance(t, str) self.assertEqual(t, '+3712345678') def testStatus(self): # Readable, Type: str self.api.enqueue('GET SMS 1234 TARGET_STATUSES', 'SMS 1234 TARGET_STATUSES +3723456789=TARGET_NOT_ROUTABLE, +3712345678=TARGET_ACCEPTABLE') t = self.obj.Status self.assertInstance(t, str) self.assertEqual(t, 'TARGET_ACCEPTABLE') self.failUnless(self.api.is_empty()) def suite(): return unittest.TestSuite([ unittest.defaultTestLoader.loadTestsFromTestCase(SmsMessageTest), unittest.defaultTestLoader.loadTestsFromTestCase(SmsChunkTest), unittest.defaultTestLoader.loadTestsFromTestCase(SmsTargetTest), ]) if __name__ == '__main__': unittest.main()