def setUp(self):
self.parser = iperfparser.IperfParser()
self.matches = [
self.parser.regex[ParserKeys.human].search(line).groupdict()
for line in LINES
]
self.transfers = TRANSFERS
self.starts = STARTS
self.ends = ENDS
self.bandwidths = BANDWIDTHS
self.threads = THREADS
return
def setUp(self):
self.parser = iperfparser.IperfParser()
self.match1 = self.parser.regex[ParserKeys.csv].search(
CLINE1).groupdict()
self.matches = [self.match1]
self.transfers = CTRANSFERS
self.starts = CSTARTS
self.ends = CENDS
self.bandwidths = CBANDWIDTHS
self.sender_ips = CSENDER_IPS
self.sender_ports = CSENDER_PORTS
self.receiver_ips = CRECEIVER_IPS
self.receiver_ports = CRECEIVER_PORTS
self.threads = CTHREADS
return
def setUp(self):
self.parser = iperfparser.IperfParser(threads=1)
return
def test_human_invalid(self):
parser = iperfparser.IperfParser(threads=1)
bandwidth = parser(INVHLINE)
self.assertIsNone(bandwidth)
return
def test_human_valid(self):
parser = iperfparser.IperfParser(threads=1)
bandwidth = parser(HLINE)
self.assertEqual(297, bandwidth)
return
def test_human(self):
parser = iperfparser.IperfParser(threads=1)
match = parser(HLINE)
self.assertEqual(ParserKeys.human, parser.format)
self.assertAlmostEqual(match, 297)
return
def test_human_valid(self):
parser = iperfparser.IperfParser(threads=1)
bandwidth = parser(HLINE)
self.assertEqual(297, bandwidth)
return
def test_human_invalid(self):
parser = iperfparser.IperfParser(threads=1)
bandwidth = parser(INVHLINE)
self.assertIsNone(bandwidth)
return
def test_csv_valid(self):
match = self.parser(CLINE1)
self.assertAlmostEqual(3.145728, match)
def test_csv_invalid(self):
match = self.parser(INVCLINE)
self.assertIsNone(match)
# end class TestIperfParserValidate
if __name__ == "__main__":
import pudb
pudb.set_trace()
parser = iperfparser.IperfParser(threads=1)
match = parser(HLINE)
parser.valid(match)
def setUp(self):
self.parser = iperfparser.IperfParser()
return
