def test_sysctl_d_conf():
r = sysctl.SysctlDConfEtc(context_wrap(SYSCTL_CONF_TEST))
assert keys_in(['kernel.domainname', 'kernel.modprobe'], r)
assert r['kernel.domainname'] == 'example.com'
assert r['kernel.modprobe'] == '/sbin/mod probe'
assert 'kernel.domainname.invalid' not in r
r = sysctl.SysctlDConfUsr(context_wrap(SYSCTL_CONF_TEST))
assert keys_in(['kernel.domainname', 'kernel.modprobe'], r)
assert r['kernel.domainname'] == 'example.com'
assert r['kernel.modprobe'] == '/sbin/mod probe'
assert 'kernel.domainname.invalid' not in r
def test_ip_data_Link():
link_info = ip.IpLinkInfo(context_wrap(IP_S_LINK))
link_info_all = ip.IpLinkInfo(context_wrap(IP_S_LINK_ALL))
link_info_all_2 = ip.IpLinkInfo(context_wrap(IP_S_LINK_ALL_2))
link_info_all_3 = ip.IpLinkInfo(context_wrap(IP_S_LINK_ALL_3))
if_list_all_3 = link_info_all_3.active
assert sorted(if_list_all_3) == sorted(['lo', 'eth0_1', 'eth0_2', 'vxlan_sys_4789', 'gre1'])
eth0_1 = link_info_all_3["eth0_1"]
assert eth0_1["mac"] == "00:90:fa:8d:36:1e"
assert eth0_1["rx_packets"] == 15139642734
assert eth0_1["rx_bytes"] == 16809815066893
if_list_all_2 = link_info_all_2.active
if_list_all = link_info_all.active
if_list = link_info.active
assert len(if_list) == 4
assert keys_in(["lo", "enp0s3", "enp0s8", "enp0s9"], if_list)
assert keys_in(['ppp0', 'lo', 'tun0', 'enp0s25', 'vnet0', 'virbr0'], if_list_all)
assert keys_in(['lo', 'eno1', 'eno2', 'ovs-system', 'br-ex', 'vxlan_sys_4789'], if_list_all_2)
assert sorted(link_info.active) == sorted(['lo', 'enp0s3', 'enp0s8', 'enp0s9'])
lo = link_info["lo"]
assert lo["mac"] == "00:00:00:00:00:00"
assert lo["flags"] == ["LOOPBACK", "UP", "LOWER_UP"]
assert lo["type"] == "loopback"
assert lo["mtu"] == 65536
assert lo["rx_packets"] == 98
assert lo["tx_packets"] == 10
assert lo["index"] == 2
enp0s3 = link_info["enp0s3"]
assert enp0s3["mac"] == "08:00:27:4a:c5:ef"
assert enp0s3["flags"] == ["BROADCAST", "MULTICAST", "UP", "LOWER_UP"]
assert enp0s3["type"] == "ether"
assert enp0s3["mtu"] == 1500
assert enp0s3["rx_packets"] == 2244
assert enp0s3["tx_packets"] == 1407
assert enp0s3["index"] == 1
enp0s25 = link_info_all["enp0s25"]
assert enp0s25["mac"] == "1c:75:08:a5:7e:25"
assert enp0s25["flags"] == ["BROADCAST", "MULTICAST", "UP", "LOWER_UP"]
assert enp0s25["type"] == "ether"
assert enp0s25["mtu"] == 1500
assert enp0s25["rx_packets"] == 1492476
assert enp0s25["tx_packets"] == 969514
assert enp0s25["index"] == 2
vxlan_sys_4789 = link_info_all_2["vxlan_sys_4789"]
assert sorted(vxlan_sys_4789["vxlan"]) == sorted(['vxlan', 'id', '0', 'srcport', '0', '0', 'dstport', '4789', 'nolearning', 'ageing', '300', 'noudpcsum', 'noudp6zerocsumtx', 'udp6zerocsumrx', 'external'])
ovs = link_info_all_2["ovs-system"]
assert sorted(ovs["openvswitch"]) == sorted(['openvswitch', 'addrgenmode', 'eui64', 'numtxqueues', '1', 'numrxqueues', '1', 'gso_max_size', '65536', 'gso_max_segs', '65535'])
def test_ifcfg():
context = context_wrap(IFCFG_TEST)
context.path = CONTEXT_PATH
r = IfCFG(context)
assert keys_in(["iface", "TYPE", "BOOTPROTO",
"IPV4_FAILURE_FATAL", "NAME"], r)
assert not keys_in(["ONBOOT"], r)
assert r["TYPE"] == "Ethernet"
assert r["BOOTPROTO"] == "dhcp"
assert r["IPV4_FAILURE_FATAL"] == "no"
assert r["NAME"] == "enp0s25"
assert r["iface"] == "enp0s25"
assert r.ifname == r['iface']
assert r.bonding_mode is None
def test_ps_auxww_from_auxcww():
# test with input from `ps auxcww`
p = ps.PsAuxww(context_wrap(PsAuxcww_TEST))
d = p.data
assert all('COMMAND' in row for row in d)
assert keys_in([
"USER", "PID", "%CPU", "%MEM", "VSZ", "RSS", "TTY", "STAT", "START",
"TIME", "COMMAND"
], d[0])
assert d[0] == {
'%MEM': '0.0', 'TTY': '?', 'VSZ': '19356', 'PID': '1', '%CPU': '0.0',
'START': 'May31', 'COMMAND': 'init', 'COMMAND_NAME': 'init', 'USER': '******', 'STAT': 'Ss',
'TIME': '0:01', 'RSS': '1544', 'ARGS': '',
}
assert d[2]["COMMAND"] == 'irqbalance'
assert d[-2]["COMMAND"] == 'qemu-kvm'
assert p.fuzzy_match('irqbal')
assert p.number_occurences("bash") == 3
assert p.number_occurences("qemu-kvm") != 2
assert 'dhclient' in p
assert 'sshd' not in p
assert not p.fuzzy_match("sshd")
assert p.cpu_usage('dhclient') == '0.0'
assert p.cpu_usage('java') is None
assert p.users('bash') == {'user1': ['20160'], 'user2': ['20161', '20164']}
def test_ip_data_Link():
link_info = IpLinkInfo(context_wrap(IP_S_LINK))
if_list = link_info.active
assert len(if_list) == 4
assert keys_in(["lo", "enp0s3", "enp0s8", "enp0s9"], if_list)
assert sorted(link_info.active) == sorted(
['lo', 'enp0s3', 'enp0s8', 'enp0s9'])
lo = link_info["lo"]
assert lo["mac"] == "00:00:00:00:00:00"
assert lo["flags"] == ["LOOPBACK", "UP", "LOWER_UP"]
assert lo["type"] == "loopback"
assert lo["mtu"] == 65536
assert lo["rx_packets"] == 98
assert lo["tx_packets"] == 100
assert lo["index"] == 2
enp0s3 = link_info["enp0s3"]
assert enp0s3["mac"] == "08:00:27:4a:c5:ef"
assert enp0s3["flags"] == ["BROADCAST", "MULTICAST", "UP", "LOWER_UP"]
assert enp0s3["type"] == "ether"
assert enp0s3["mtu"] == 1500
assert enp0s3["rx_packets"] == 2244
assert enp0s3["tx_packets"] == 1407
assert enp0s3["index"] == 1
def test_ps_auxcww_from_auxwwwm():
p = ps.PsAuxcww(context_wrap(PS_AUXWWWM))
d = p.data
assert all('COMMAND' in row for row in d)
assert keys_in([
"USER", "PID", "%CPU", "%MEM", "VSZ", "RSS", "TTY", "STAT", "START",
"TIME", "COMMAND"
], d[0])
assert d[0] == {
'USER': '******',
'PID': '1503',
'%CPU': '0.0',
'%MEM': '0.0',
'VSZ': '11932',
'RSS': '6152',
'TTY': '?',
'STAT': 'Ss',
'START': '05:22',
'TIME': '0:00',
'COMMAND': '/usr/sbin/smartd -n -q never --capabilities',
'COMMAND_NAME': 'smartd',
'ARGS': '-n -q never --capabilities',
'threads': 1,
}
assert '/usr/sbin/chronyd' in p
assert 'sshd' not in p
assert 'kthread' not in p
assert not p.fuzzy_match("sshd")
assert p.number_occurences("abrtd") == 1
assert p.number_occurences("sshd") != 2
assert p.fuzzy_match('chronyd')
assert p.pid_info["1514"]['threads'] == 5
assert p.pid_info["1621"]['threads'] == 1
def test_ps_auxww_from_auxwww():
# test with input from `ps auxwww`
p = ps.PsAuxww(context_wrap(PS_AUXWWW))
d = p.data
assert all('COMMAND' in row for row in d)
assert keys_in([
"USER", "PID", "%CPU", "%MEM", "VSZ", "RSS", "TTY", "STAT", "START",
"TIME", "COMMAND"
], d[0])
assert d[0] == {
'USER': '******', 'PID': '1', '%CPU': '0.0', '%MEM': '0.0',
'VSZ': '21452', 'RSS': '1536', 'TTY': '?', 'STAT': 'Ss',
'START': 'Mar09', 'TIME': '0:01', 'COMMAND': '/sbin/init',
'COMMAND_NAME': 'init', 'ARGS': '',
}
assert p.fuzzy_match('kthread')
assert '-bash' in p
assert '/sbin/init' in p
assert 'sshd' not in p
assert 'kthread' not in p
assert not p.fuzzy_match("sshd")
assert p.number_occurences("python") == 1
assert p.number_occurences("sshd") != 2
assert p.fuzzy_match('python')
assert p.search() == []
assert p.search(COMMAND__contains='rsyslogd') == [p.data[3]]
assert p.search(USER='******', COMMAND__contains='kthread') == [p.data[1]]
assert p.search(TTY='tty1') == [p.data[7], p.data[8]]
assert p.search(STAT__contains='Z') == []
def test_ps_auxww_from_aux():
# test with input from `ps aux`
p = ps.PsAuxww(context_wrap(PsAux_TEST))
d = p.data
assert all('COMMAND' in row for row in d)
assert keys_in([
"USER", "PID", "%CPU", "%MEM", "VSZ", "RSS", "TTY", "STAT", "START",
"TIME", "COMMAND"
], d[0])
assert d[0] == {
'%MEM': '0.0', 'TTY': '?', 'VSZ': '19356', 'PID': '1', '%CPU': '0.0',
'START': 'May31', 'COMMAND': '/sbin/init', 'COMMAND_NAME': 'init', 'USER': '******',
'STAT': 'Ss', 'TIME': '0:01', 'RSS': '1544', 'ARGS': ''
}
assert p.fuzzy_match('irqbal')
assert 'bash' in p
assert '/sbin/init' in p
assert 'sshd' not in p
assert 'kondemand' not in p
assert not p.fuzzy_match("sshd")
assert p.number_occurences("systemd") != 2
assert p.number_occurences("bash") == 1
assert p.fuzzy_match('kondemand')
assert p.search() == []
assert p.search(COMMAND__contains='java') == [p.data[6]]
assert p.search(USER='******', COMMAND__contains='kondemand') == [p.data[1]]
assert p.search(TTY='pts/3') == [p.data[3]]
assert p.search(STAT__contains='Z') == []
def test_ps_ef_from_ef():
# test with input from `ps -ef`
p = ps.PsEf(context_wrap(PsEf_TEST))
d = p.data
assert all('CMD' in row for row in d)
assert keys_in([
"UID", "PID", "PPID", "C", "STIME", "TTY", "TIME", "CMD"
], d[0])
assert d[0] == {
'UID': 'root', 'TTY': '?', 'PID': '1', 'PPID': '0',
'TIME': '00:00:06', 'STIME': '03:53', 'C': '0',
'CMD': '/usr/lib/systemd/systemd --system --deserialize 15',
'COMMAND_NAME': 'systemd', 'ARGS': '--system --deserialize 15',
}
assert d[4]["CMD"] == '/usr/libexec/docker/rhel-push-plugin'
assert d[-5] == {
'TTY': '?', 'ARGS': '', 'UID': 'root',
'CMD': '/usr/libexec/docker/rhel-push-plugin',
'PID': '1995', 'C': '0', 'STIME': '03:54', 'TIME': '00:02:06',
'PPID': '1', 'COMMAND_NAME': 'rhel-push-plugin'
}
assert p.fuzzy_match('kthreadd')
assert p.number_occurences("systemd") != 2
assert p.number_occurences("openshift") == 2
assert p.parent_pid("111435") == ["111434", "nginx: master process /usr/sbin/nginx -c /etc/nginx/nginx.conf"]
assert '[kthreadd]' in p
assert 'sshd' not in p
assert not p.fuzzy_match("sshd")
assert p.running_pids() == ['1', '2', '1803', '1969', '1995', '2078', '7201', '111434', '111435']
assert p.users("nginx: worker process") == {'nginx': ['111435']}
def test_ifcfg_master():
context = context_wrap(IFCFG_TEST_MASTER)
context.path = CONTEXT_PATH_DEVICE
r = IfCFG(context)
assert keys_in(["DEVICE", "iface", "ONBOOT", "BOOTPROTO", "MASTER"], r)
assert r["MASTER"] == 'bond0'
def test_ifcfg_space_v2():
context = context_wrap(IFCFG_TEST_SPACE_V2)
context.path = CONTEXT_PATH_DEVICE
r = IfCFG(context)
assert keys_in(["DEVICE", "iface", "ONBOOT", "BOOTPROTO",
"IPV4_FAILURE_FATAL"], r)
assert r["DEVICE"] == '\"\"badName2\" \"'
def test_ip_addr():
d = ip.IpAddr(context_wrap(IP_ADDR_TEST))
assert len(d) == 6
assert keys_in(["lo", "eth7", "tunl0", "tunl1", "bond1.57", "ip.tun2"], d)
assert sorted(d.active) == sorted(['lo', 'eth7', 'bond1.57', 'ip.tun2'])
lo = d["lo"]
assert len(lo) == 2
assert lo["mac"] == "00:00:00:00:00:00"
assert lo["flags"] == ["LOOPBACK", "UP", "LOWER_UP"]
assert lo["type"] == "loopback"
assert lo["mac"] == "00:00:00:00:00:00"
assert lo["mtu"] == 16436
assert lo.addrs(4) == ["127.0.0.1"]
assert lo.addrs(6) == ["::1"]
eth7 = d["eth7"]
assert len(eth7) == 0
assert eth7["mac"] == "00:11:3f:e2:f5:9f"
assert eth7["flags"] == [
"NO-CARRIER", "BROADCAST", "MULTICAST", "SLAVE", "UP"
]
assert eth7["master"] == "bond1"
assert eth7["qlen"] == 1000
assert eth7["mtu"] == 1500
assert len(eth7["addr"]) == 0
tunl0 = d["tunl0"]
assert tunl0["type"] == "ipip"
tunl1 = d["tunl1"]
assert tunl1["type"] == "[65534]"
assert tunl1.addrs() == ["172.30.0.2"] # P2P links use the remote IP
bond1Addr = d["bond1.57"]
assert len(bond1Addr) == 3
assert bond1Addr.addrs(4) == ["10.192.4.171"]
assert bond1Addr.addrs(6) == [
"fe80::211:3fff:fee2:f59e", "2001::211:3fff:fee2:f59e"
]
tun2 = d["ip.tun2"]
assert tun2["mtu"] == 80
assert tun2["type"] == "ipip"
assert tun2["peer"] == "10.188.61.108"
assert tun2["peer_ip"] == "10.192.4.203"
assert tun2.addrs(4) == ["192.168.122.6"]
# Tests of __cmp__
assert eth7 != tunl0
assert tunl0 != tunl1
assert tunl1 == d['tunl1']
# Tests of __iter__ and __getitem__
for iface in d:
assert iface is not None
def test_ps_auxww_from_auxww():
# test with input from `ps auxww`
p = ps.PsAuxww(context_wrap(PsAuxww_TEST))
d = p.data
assert all('COMMAND' in row for row in d)
assert keys_in([
"USER", "PID", "%CPU", "%MEM", "VSZ", "RSS", "TTY", "STAT", "START",
"TIME", "COMMAND"
], d[0])
assert d[0] == {
'%MEM': '0.0',
'TTY': '?',
'VSZ': '193892',
'PID': '1',
'%CPU': '0.0',
'START': 'Oct23',
'USER': '******',
'STAT': 'Ss',
'TIME': '1:40',
'RSS': '5000',
'COMMAND':
'/usr/lib/systemd/systemd --switched-root --system --deserialize 22',
'COMMAND_NAME': 'systemd',
'ARGS': '--switched-root --system --deserialize 22',
}
assert d[2]["COMMAND"] == '/usr/lib/systemd/systemd-journald'
assert d[-2] == {
'USER': '******',
'PID': '2713',
'%CPU': '2.4',
'%MEM': '19.2',
'VSZ': '12508144',
'RSS': '3077224',
'TTY': '?',
'STAT': 'Sl',
'START': 'Nov21',
'TIME': '533:33',
'COMMAND': '/usr/lib64/firefox/firefox',
'COMMAND_NAME': 'firefox',
'ARGS': '',
}
assert p.fuzzy_match('kthreadd')
assert '[kthreadd]' in p
assert 'sshd' not in p
assert not p.fuzzy_match("sshd")
assert p.number_occurences("systemd") == 2
assert p.number_occurences("openshift") != 2
assert p.cpu_usage('/usr/lib64/firefox/firefox') == '2.4'
assert p.cpu_usage('firefox') is None
assert p.cpu_usage('dhclient') is None
assert p.cpu_usage('java') is None
assert p.running_pids() == [
'1', '2', '781', '1111', '1112', '2713', '8257'
]
# Test __iter__
assert 13718356 == sum(int(proc['VSZ']) for proc in p)
def test_ifcfg_space_v1():
context = context_wrap(IFCFG_TEST_SPACE_V1)
context.path = CONTEXT_PATH_DEVICE
r = IfCFG(context)
assert keys_in([
"DEVICE", "iface", "ONBOOT", "BOOTPROTO", "IPV4_FAILURE_FATAL",
"raw_device_value"
], r)
assert r["DEVICE"] != '\'"badName1" \''
assert r["raw_device_value"] == '\'"badName1" \''
assert r["DEVICE"] == 'badName1'
def test_ip_data_Link():
link_info = ip.IpLinkInfo(context_wrap(IP_S_LINK))
link_info_all = ip.IpLinkInfo(context_wrap(IP_S_LINK_ALL))
if_list_all = link_info_all.active
if_list = link_info.active
assert len(if_list) == 4
assert keys_in(["lo", "enp0s3", "enp0s8", "enp0s9"], if_list)
assert keys_in(['ppp0', 'lo', 'tun0', 'enp0s25', 'vnet0', 'virbr0'],
if_list_all)
assert sorted(link_info.active) == sorted(
['lo', 'enp0s3', 'enp0s8', 'enp0s9'])
lo = link_info["lo"]
assert lo["mac"] == "00:00:00:00:00:00"
assert lo["flags"] == ["LOOPBACK", "UP", "LOWER_UP"]
assert lo["type"] == "loopback"
assert lo["mtu"] == 65536
assert lo["rx_packets"] == 98
assert lo["tx_packets"] == 10
assert lo["index"] == 2
enp0s3 = link_info["enp0s3"]
assert enp0s3["mac"] == "08:00:27:4a:c5:ef"
assert enp0s3["flags"] == ["BROADCAST", "MULTICAST", "UP", "LOWER_UP"]
assert enp0s3["type"] == "ether"
assert enp0s3["mtu"] == 1500
assert enp0s3["rx_packets"] == 2244
assert enp0s3["tx_packets"] == 1407
assert enp0s3["index"] == 1
enp0s25 = link_info_all["enp0s25"]
assert enp0s25["mac"] == "1c:75:08:a5:7e:25"
assert enp0s25["flags"] == ["BROADCAST", "MULTICAST", "UP", "LOWER_UP"]
assert enp0s25["type"] == "ether"
assert enp0s25["mtu"] == 1500
assert enp0s25["rx_packets"] == 1492476
assert enp0s25["tx_packets"] == 969514
assert enp0s25["index"] == 2
def test_get_ethtool_c():
context = context_wrap(TEST_ETHTOOL_C)
context.path = TEST_ETHTOOL_C_PATH
result = ethtool.CoalescingInfo(context)
assert keys_in(["adaptive-rx", "adaptive-tx", "pkt-rate-high",
"tx-usecs-irq", "tx-frame-low", "tx-usecs-high", "tx-frame-high"], result.data)
assert result.ifname == "eth2"
assert not result.adaptive_rx
assert not result.adaptive_tx
assert result.pkt_rate_high == 10
assert result.tx_usecs_irq == 0
assert result.tx_frame_low == 25
assert result.tx_usecs_high == 0
assert result.tx_frame_high == 0
def test_ethtool_g():
context = context_wrap(TEST_ETHTOOL_G)
context.path = TEST_ETHTOOL_G_PATH
result = ethtool.Ring(context)
assert keys_in(["max", "current"], result.data)
assert result.ifname == "eth2"
assert result.data['max'].rx == 2047
assert result.data['max'].rx_mini == 0
assert result.data['max'].rx_jumbo == 0
assert result.data['max'].tx == 511
assert result.max.rx == 2047
assert result.max.rx_mini == 0
assert result.max.rx_jumbo == 0
assert result.max.tx == 511
assert result.current.rx == 200
assert result.current.rx_mini == 0
assert result.current.rx_jumbo == 0
assert result.current.tx == 511
def test_lssap_netweaver():
sap = lssap.Lssap(context_wrap(Lssap_nw_TEST))
data = sap.data
assert keys_in(
["SID", "Nr", "Instance", "SAPLOCALHOST", "Version", "DIR_EXECUTABLE"],
data[0])
assert data[0] == {
"SID": "HA2",
"Nr": "16",
"Instance": "D16",
"SAPLOCALHOST": "lu0417",
"Version": "749, patch 10, changelist 1698137",
"DIR_EXECUTABLE": "/usr/sap/HA2/D16/exe"
}
assert data[2]["Instance"] == "D50"
assert data[-1]["SAPLOCALHOST"] == "lu0417"
assert sap.is_netweaver() is True
assert sap.is_hana() is False
assert sap.is_ascs() is False
def test_sysctl():
r = sysctl.Sysctl(context_wrap(SYSCTL_TEST))
assert keys_in(["a", "b", "c"], r.data)
assert r.data["a"] == "1"
assert r.data["b"] == "2"
assert r.data["c"] == "include an = sign"
def test_sysctl_conf():
r = sysctl.SysctlConf(context_wrap(SYSCTL_CONF_TEST))
assert keys_in(['kernel.domainname', 'kernel.modprobe'], r.data)
assert r.data['kernel.domainname'] == 'example.com'
assert r.data['kernel.modprobe'] == '/sbin/mod probe'
