def test_cee_app(self):
p = lldptool.parse(lldptool_ti)
assert p['CEE DCBX TLV']['Application TLV:']['Applications'] == {
('Ethertype', 35078): 8,
('Ethertype', 35092): 8,
('TCP/UDP Port', 3260): 16,
}
def from_lldptool(cls, output):
"""
:rtype: DCBModel
"""
tlvs = lldptool.parse(output)
# TODO: what if there is both CEE and IEEE?
if "CEE DCBX TLV" in tlvs:
return cls.from_lldptool_cee(tlvs)
elif "IEEE 8021QAZ PFC TLV" in tlvs:
return cls.from_lldptool_ieee(tlvs)
def test_ieee_pfc(self):
p = lldptool.parse(ieee_lldptool_pfc)
# assert p['CEE DCBX TLV']['Priority Groups TLV:'] == {}
assert p['IEEE 8021QAZ PFC TLV']['PFC enabled'] == {
0: False,
1: True,
2: True,
3: False,
4: False,
5: True,
6: False,
7: True
}
def test_pg(self):
p = lldptool.parse(lldptool_ti)
# assert p['CEE DCBX TLV']['Priority Groups TLV:'] == {}
assert p['CEE DCBX TLV']['Priority Groups TLV:']['PGID Priorities'] == \
{0: 0, 1: 1, 2: 2, 3: 3, 4: 4, 5: 5, 6: 6, 7: 7}