def test_lookup(self):
"""
Test the strings returned by the short lookup functions.
"""
self.assertEqual('LINKTYPE_ETHERNET', linklayer.lookup(1),
'invalid long name')
self.assertEqual('ethernet', linklayer.slookup(1),
'invalid short name')
def test_lookup(self):
"""
Test the strings returned by the short lookup functions.
"""
self.assertEqual('LINKTYPE_ETHERNET', linklayer.lookup(1),
'invalid long name')
self.assertEqual('ethernet', linklayer.slookup(1),
'invalid short name')
def __repr__(self):
string = '%s-endian capture file version %d.%d\n'
string += 'snapshot length: %d\n'
string += 'linklayer type: %s\nnumber of packets: %d\n'
string = string % (self.header.byteorder, self.header.major,
self.header.minor, self.header.snaplen,
linklayer.lookup(self.header.ll_type),
len(self.packets))
return string
def __repr__(self):
string = '%s-endian capture file version %d.%d\n'
string += '%ssecond time resolution\n'
string += 'snapshot length: %d\n'
string += 'linklayer type: %s\nnumber of packets: %d\n'
return string % (
self.header.byteorder, self.header.major, self.header.minor, "nano"
if self.header.ns_resolution else "micro", self.header.snaplen,
linklayer.lookup(self.header.ll_type), len(self.packets))
def __repr__(self):
string = '%s-endian capture file version %d.%d\n'
string += 'snapshot length: %d\n'
string += 'linklayer type: %s\nnumber of packets: %d\n'
string = string % (self.header.byteorder, self.header.major,
self.header.minor, self.header.snaplen,
linklayer.lookup(self.header.ll_type),
len(self.packets))
return string
def __repr__(self):
string = '%s-endian capture file version %d.%d\n'
string += '%ssecond time resolution\n'
string += 'snapshot length: %d\n'
string += 'linklayer type: %s\nnumber of packets: %d\n'
return string % (self.header.byteorder, self.header.major,
self.header.minor,
"nano" if self.header.ns_resolution else "micro",
self.header.snaplen,
linklayer.lookup(self.header.ll_type),
len(self.packets))