def test_reply_unused():
"""
Test 'reply' ignores unused repeaters.
"""
path = AX25Path('VK4MSL*', 'VK4RZB*', 'VK4RZA')
reply = path.reply
eq_(str(reply), 'VK4RZB,VK4MSL')
def test_replace():
"""
Test we can replace an alias with our own call-sign.
"""
path1 = AX25Path('WIDE2-2', 'WIDE1-1')
path2 = path1.replace('WIDE2-2', 'VK4MSL*')
eq_(str(path2), 'VK4MSL*,WIDE1-1')
def test_reply():
"""
Test 'reply' returns a reverse path for sending replies.
"""
path = AX25Path('VK4MSL*', 'VK4RZB*', 'VK4RZA*')
reply = path.reply
eq_(str(reply), 'VK4RZA,VK4RZB,VK4MSL')
def test_decode():
"""
Test given a list of strings, AX25Path decodes them.
"""
path = AX25Path('VK4MSL', 'VK4RZB', 'VK4RZA')
eq_(path._path[0]._callsign, 'VK4MSL')
eq_(path._path[1]._callsign, 'VK4RZB')
eq_(path._path[2]._callsign, 'VK4RZA')
def test_addresses():
"""
Test given a list of AX25Addresses, AX25Path passes them in.
"""
path = AX25Path(AX25Address.decode('VK4MSL'), AX25Address.decode('VK4RZB'),
AX25Address.decode('VK4RZA'))
eq_(path._path[0]._callsign, 'VK4MSL')
eq_(path._path[1]._callsign, 'VK4RZB')
eq_(path._path[2]._callsign, 'VK4RZA')
def test_repr():
"""
Test we can return the Python representation for a repeater path.
"""
path = AX25Path('VK4MSL', 'VK4RZB', 'VK4RZA')
eq_(repr(path), ('AX25Path('\
'AX25Address('\
'callsign=VK4MSL, ssid=0, ch=False, '\
'res0=True, res1=True, extension=False'\
'), '\
'AX25Address('\
'callsign=VK4RZB, ssid=0, ch=False, '\
'res0=True, res1=True, extension=False'\
'), '\
'AX25Address('\
'callsign=VK4RZA, ssid=0, ch=False, '\
'res0=True, res1=True, extension=False'\
')'\
')'))
def test_str():
"""
Test we can return the canonical format for a repeater path.
"""
path = AX25Path('VK4MSL', 'VK4RZB', 'VK4RZA')
eq_(str(path), 'VK4MSL,VK4RZB,VK4RZA')