def test_lspci():
lspci_0 = LsPci(context_wrap(LSPCI_0))
assert [i['raw_message'] for i in lspci_0.get("Intel Corporation")] == INTEL.splitlines()
assert len(lspci_0.get("Network controller")) == 1
assert "Centrino Advanced-N 6205" in lspci_0
assert "0d:00.0" in lspci_0
other = LsPci(context_wrap(OTHER))
assert [i['raw_message'] for i in other.get("Renesas Technology Corp.")] == RENESAS.splitlines()
assert len(other.get("Xeon E5 v3")) == 4
assert len(other.get("001a")) == 1
assert "Core i7" in other
def test_doc_examples():
env = {
'lspci': LsPci(context_wrap(LSPCI_DRIVER_DOC)),
'lspci_vmmkn': LsPciVmmkn(context_wrap(LSPCI_VMMKN))
}
failed, total = doctest.testmod(lspci, globs=env)
assert failed == 0
def test_lspci_k():
lspci_k = LsPciParser(context_wrap(LSPCI_K))
lspci = LsPci(lspci_k, None)
assert sorted(lspci.pci_dev_list) == [
'00:00.0', '00:02.0', '00:03.0', '00:16.0', '00:19.0', '00:1b.0'
]
assert lspci.search(Dev_Details__contains='I218') == [{
'Slot':
'00:19.0',
'Driver':
'e1000e',
'Module': ['e1000e'],
'Subsystem':
'Lenovo ThinkPad X240',
'Dev_Details':
'Ethernet controller: Intel Corporation Ethernet Connection I218-LM (rev 04)'
}]
assert lspci.search(Slot__startwith='00:1b.0') == []
# Make sure the original parser is untouched
assert lspci_k.pci_dev_details('00:00.0').get(
'Kernel driver in use') == 'hsw_uncore'
assert lspci_k.pci_dev_details('00:1b.0').get(
'Kernel driver in use') == 'snd_hda_intel'
def test_lspci_driver():
lspci_obj = LsPci(context_wrap(LSPCI_DRIVER_DETAILS))
assert len(lspci_obj.data) == 44
dev_info = lspci_obj.pci_dev_details('00:01.0')
assert len(dev_info) == 3
assert dev_info['Kernel driver in use'] == 'pcieport'
assert len(lspci_obj.pci_dev_list) == 44
lspci_obj = LsPci(context_wrap(LSPCI_DRIVER_DETAILS_2))
assert len(lspci_obj.data) == 4
dev_info = lspci_obj.pci_dev_details('04:00.0')
assert len(dev_info) == 1
assert 'Kernel driver in use' not in dev_info
assert len(lspci_obj.pci_dev_list) == 4
lspci_obj = LsPci(context_wrap(LSPCI_DRIVER_DETAILS_3))
assert len(lspci_obj.data) == 0
assert len(lspci_obj.pci_dev_list) == 0
def test_lspci_driver():
lspci_obj = LsPci(context_wrap(LSPCI_DRIVER_DETAILS))
assert len(lspci_obj.data) == 44
dev_info = lspci_obj.pci_dev_details('00:01.0')
assert len(dev_info) == 4
assert dev_info['Kernel driver in use'] == 'pcieport'
assert dev_info['Slot'] == '00:01.0'
assert len(lspci_obj.pci_dev_list) == 44
lspci_obj = LsPci(context_wrap(LSPCI_DRIVER_DETAILS_2))
assert len(lspci_obj.data) == 4
dev_info = lspci_obj.pci_dev_details('04:00.0')
assert len(dev_info) == 2
assert dev_info['Slot'] == '04:00.0'
assert 'Kernel driver in use' not in dev_info
assert len(lspci_obj.pci_dev_list) == 4
lspci_obj = LsPci(context_wrap(LSPCI_DRIVER_DETAILS_3))
assert len(lspci_obj.data) == 0
assert len(lspci_obj.pci_dev_list) == 0
output = LsPci(context_wrap(LSPCI_OUTPUT_WITH_BAD_LINES))
assert len(output.data) == 1
assert len(output.pci_dev_list) == 1
def test_lspci_both_long_slot():
lspci_vmmkn = LsPciVmmkn(context_wrap(LSPCI_VMMKN_LONG_SLOT))
lspci_k = LsPciParser(context_wrap(LSPCI_K_LONG_SLOT))
lspci = LsPci(lspci_k, lspci_vmmkn)
assert sorted(lspci.pci_dev_list) == [
'0000:00:00.0', '0000:00:07.0', '0000:00:07.1', '0000:00:07.3',
'0000:00:08.0', '1a06:00:02.0'
]
assert lspci.search(Dev_Details__contains='PIIX4 ISA') == [{
'Slot':
'0000:00:07.0',
'Class':
'0601',
'Vendor':
'8086',
'Device':
'7110',
'SVendor':
'1414',
'SDevice':
'0000',
'Rev':
'01',
'Subsystem':
'Microsoft Corporation Device 0000',
'Dev_Details':
'ISA bridge: Intel Corporation 82371AB/EB/MB PIIX4 ISA (rev 01)'
}]
assert lspci.search(Slot='1a06:00:02.0') == [{
'Slot':
'1a06:00:02.0',
'Class':
'0200',
'Vendor':
'15b3',
'Device':
'1016',
'SVendor':
'15b3',
'SDevice':
'0190',
'Rev':
'80',
'Driver':
'mlx5_core',
'PhySlot':
'1',
'Module': ['mlx5_core'],
'NUMANode':
'0',
'Subsystem':
'Mellanox Technologies Device 0190',
'Dev_Details':
'Ethernet controller: Mellanox Technologies MT27710 Family [ConnectX-4 Lx Virtual Function] (rev 80)'
}]
# Make sure the original parsers are untouched
assert sorted(lspci_k.pci_dev_list) == [
'0000:00:00.0', '0000:00:07.0', '0000:00:07.1', '0000:00:07.3',
'0000:00:08.0', '1a06:00:02.0'
]
assert lspci_k.pci_dev_details('0000:00:00.0').get('Module') is None
assert lspci_k.pci_dev_details('0000:00:08.0').get(
'Kernel driver in use') == 'hyperv_fb'
assert sorted(lspci_vmmkn.pci_dev_list) == [
'00:00.0', '00:07.0', '00:07.1', '00:07.3', '00:08.0', '1a06:00:02.0'
]
assert sorted(lspci_vmmkn[0].keys()) == sorted(
['Class', 'Device', 'Rev', 'Slot', 'Vendor'])
assert sorted(lspci_vmmkn[-1].keys()) == sorted([
'Class', 'Device', 'Driver', 'Module', 'Rev', 'SDevice', 'SVendor',
'Slot', 'Vendor', 'PhySlot', 'NUMANode'
])
def test_lspci_both():
lspci_vmmkn = LsPciVmmkn(context_wrap(LSPCI_VMMKN))
lspci_k = LsPciParser(context_wrap(LSPCI_K))
lspci = LsPci(lspci_k, lspci_vmmkn)
assert sorted(lspci.pci_dev_list) == [
'00:00.0', '00:02.0', '00:03.0', '00:16.0', '00:19.0', '00:1b.0'
]
assert lspci.search(Dev_Details__contains='I218') == [{
'Slot':
'00:19.0',
'Class':
'0200',
'Vendor':
'8086',
'Device':
'155a',
'SVendor':
'17aa',
'SDevice':
'2214',
'Rev':
'04',
'Driver':
'e1000e',
'Module': ['e1000e'],
'Subsystem':
'Lenovo ThinkPad X240',
'Dev_Details':
'Ethernet controller: Intel Corporation Ethernet Connection I218-LM (rev 04)'
}]
assert lspci.search(Slot='00:1b.0') == [{
'Slot':
'00:1b.0',
'Class':
'0403',
'Vendor':
'8086',
'Device':
'9c20',
'SVendor':
'17aa',
'SDevice':
'2214',
'Rev':
'04',
'Driver':
'snd_hda_intel',
'Module': ['snd_hda_intel'],
'Subsystem':
'Lenovo ThinkPad X240',
'Dev_Details':
'Audio device: Intel Corporation 8 Series HD Audio Controller (rev 04)'
}]
# Make sure the original parsers are untouched
assert lspci_k.pci_dev_details('00:00.0').get(
'Kernel driver in use') == 'hsw_uncore'
assert lspci_k.pci_dev_details('00:1b.0').get(
'Kernel driver in use') == 'snd_hda_intel'
assert sorted(lspci_vmmkn[0].keys()) == sorted([
'Slot', 'Class', 'Vendor', 'Device', 'SVendor', 'SDevice', 'Rev',
'Driver'
])
assert sorted(lspci_vmmkn[-1].keys()) == sorted([
'Class', 'Device', 'Driver', 'Module', 'Rev', 'SDevice', 'SVendor',
'Slot', 'Vendor'
])