def test_read_time(self):
"""Test ReadDirectory() read min/max time."""
# Path to valid log file.
rd = ReadDirectory(LOG_PATH, min_time=0.045, max_time=0.35)
# Read UnitTestMessageA messages.
for i in range(5, 10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(100 * message['elapsed_time']), i)
self.assertEqual(round(100 * message['payload']['timestamp']), i)
self.assertTrue(message['payload']['name'], 'UnitTestMessageA')
# Read UnitTestMessageB messages.
for i in range(1, 4):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(10 * message['elapsed_time']), i)
self.assertEqual(round(10 * message['payload']['timestamp']), i)
self.assertTrue(message['payload']['name'], 'UnitTestMessageB')
# Ensure None is returned when all data has been read.
self.assertFalse(rd.is_data_pending())
message = rd.read()
self.assertEqual(message, None)
def test_read_single(self):
"""Test ReadDirectory() read single files."""
# Read all items in directory.
rd = ReadDirectory(LOG_PATH)
rd_msg = ReadDirectory(LOG_PATH, message=True)
# Read UnitTestMessageA messages.
for i in range(0, 10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(100 * message['elapsed_time']), i)
self.assertEqual(round(100 * message['payload']['timestamp']), i)
self.assertTrue(message['payload']['name'], 'UnitTestMessageA')
self.assertTrue(
isinstance(rd_msg.read()['payload'], UnitTestMessageA))
# Read UnitTestMessageB messages.
for i in range(0, 10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(10 * message['elapsed_time']), i + 1)
self.assertEqual(round(10 * message['payload']['timestamp']),
i + 1)
self.assertTrue(message['payload']['name'], 'UnitTestMessageB')
self.assertTrue(
isinstance(rd_msg.read()['payload'], UnitTestMessageB))
# Ensure None is returned when all data has been read.
self.assertFalse(rd.is_data_pending())
message = rd.read()
self.assertEqual(message, None)
def test_read_split(self):
"""Test ReadDirectory() read split files."""
# Read all split-logs in directory.
rd = ReadDirectory(SPT_PATH)
# Read UnitTestMessageA messages.
for i in range(10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(100 * message['elapsed_time']), i)
self.assertEqual(round(100 * message['payload']['timestamp']), i)
self.assertTrue(message['payload']['name'], 'UnitTestMessageA')
# Read UnitTestMessageB messages.
for i in range(10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(10 * message['elapsed_time']), i + 1)
self.assertEqual(round(10 * message['payload']['timestamp']),
i + 1)
self.assertTrue(message['payload']['name'], 'UnitTestMessageB')
# Ensure None is returned when all data has been read.
self.assertFalse(rd.is_data_pending())
message = rd.read()
self.assertEqual(message, None)
def test_read_time(self):
"""Test ReadDirectory() read min/max time."""
# Path to valid log file.
rd = ReadDirectory(LOG_PATH, min_time=0.045, max_time=0.35)
# Read UnitTestMessageA messages.
for i in range(5, 10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(100 * message['elapsed_time']), i)
self.assertEqual(round(100 * message['payload']['timestamp']), i)
self.assertTrue(message['payload']['name'], 'UnitTestMessageA')
# Read UnitTestMessageB messages.
for i in range(1, 4):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(10 * message['elapsed_time']), i)
self.assertEqual(round(10 * message['payload']['timestamp']), i)
self.assertTrue(message['payload']['name'], 'UnitTestMessageB')
# Ensure None is returned when all data has been read.
self.assertFalse(rd.is_data_pending())
message = rd.read()
self.assertEqual(message, None)
def test_read_single(self):
"""Test ReadDirectory() read single files."""
# Read all items in directory.
rd = ReadDirectory(LOG_PATH)
rd_msg = ReadDirectory(LOG_PATH, message=True)
# Read UnitTestMessageA messages.
for i in range(0, 10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(100 * message['elapsed_time']), i)
self.assertEqual(round(100 * message['payload']['timestamp']), i)
self.assertTrue(message['payload']['name'], 'UnitTestMessageA')
self.assertTrue(isinstance(rd_msg.read()['payload'], UnitTestMessageA))
# Read UnitTestMessageB messages.
for i in range(0, 10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(10 * message['elapsed_time']), i + 1)
self.assertEqual(round(10 * message['payload']['timestamp']), i + 1)
self.assertTrue(message['payload']['name'], 'UnitTestMessageB')
self.assertTrue(isinstance(rd_msg.read()['payload'], UnitTestMessageB))
# Ensure None is returned when all data has been read.
self.assertFalse(rd.is_data_pending())
message = rd.read()
self.assertEqual(message, None)
def test_read_split(self):
"""Test ReadDirectory() read split files."""
# Read all split-logs in directory.
rd = ReadDirectory(SPT_PATH)
# Read UnitTestMessageA messages.
for i in range(10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(100 * message['elapsed_time']), i)
self.assertEqual(round(100 * message['payload']['timestamp']), i)
self.assertTrue(message['payload']['name'], 'UnitTestMessageA')
# Read UnitTestMessageB messages.
for i in range(10):
self.assertTrue(rd.is_data_pending())
message = rd.read()
self.assertEqual(round(10 * message['elapsed_time']), i + 1)
self.assertEqual(round(10 * message['payload']['timestamp']), i + 1)
self.assertTrue(message['payload']['name'], 'UnitTestMessageB')
# Ensure None is returned when all data has been read.
self.assertFalse(rd.is_data_pending())
message = rd.read()
self.assertEqual(message, None)
