def test_distro_newline_in_release(self, MockOpen, MockExists):
reload(hwprobe)
hw = hwprobe.Hardware()
MockExists.side_effect = [False, True]
MockOpen.return_value.readline.return_value = "Awesome OS release 42 (Go4It)\n\n"
self.assertEquals(
hw.get_release_info(), {
'distribution.version': '42',
'distribution.name': 'Awesome OS',
'distribution.id': 'Go4It'
})
def test_default_virt_uuid_guest_with_uuid(self):
"""Check that virt guest systems dont set an 'Unknown' virt.uuid if virt.uuid is found."""
reload(hwprobe)
hw = hwprobe.Hardware()
hw.allhw['virt.host_type'] = 'kvm'
hw.allhw['virt.is_guest'] = True
fake_virt_uuid = 'this-is-a-weird-uuid'
hw.allhw['dmi.system.uuid'] = fake_virt_uuid
hw.get_virt_uuid()
self.assertTrue('virt.uuid' in hw.allhw)
self.assertEquals(fake_virt_uuid, hw.allhw['virt.uuid'])
def test_manual_distro_with_modifier(self, MockOpen, MockExists):
reload(hwprobe)
MockExists.side_effect = [False, True]
hw = hwprobe.Hardware()
hwprobe.platform = None
MockOpen.return_value.readline.return_value = "Awesome OS release 42 Mega (Go4It)"
self.assertEquals(
hw.get_release_info(), {
'distribution.version': '42',
'distribution.name': 'Awesome OS',
'distribution.id': 'Go4It',
'distribution.version.modifier': 'mega'
})
def test_distro_with_platform(self, MockOpen, MockExists):
reload(hwprobe)
MockExists.return_value = False
hw = hwprobe.Hardware()
MockOpen.return_value.readline.return_value = "Awesome OS release 42 (Go4It)"
MockOpen.return_value.read.return_value = "Awesome OS release 42 (Go4It)"
self.assertEquals(
hw.get_release_info(), {
'distribution.version': '42',
'distribution.name': 'Awesome OS',
'distribution.id': 'Go4It',
'distribution.version.modifier': 'Unknown'
})
def test_parse_s390_sysinfo(self):
cpu_count = 24
sysinfo_lines = ["CPU Topology SW: 0 0 0 4 6 4"]
reload(hwprobe)
hw = hwprobe.Hardware()
ret = hw._parse_s390x_sysinfo_topology(cpu_count, sysinfo_lines)
self.assertEquals(24, ret['socket_count'])
self.assertEquals(4, ret['book_count'])
self.assertEquals(6, ret['sockets_per_book'])
self.assertEquals(4, ret['cores_per_socket'])
def test_distro_bogus_content_no_platform_module(self, MockOpen,
MockExists):
reload(hwprobe)
hw = hwprobe.Hardware()
MockExists.side_effect = [False, True]
hwprobe.platform = None
MockOpen.return_value.readline.return_value = "this is not really a release file of any sort"
self.assertEquals(
hw.get_release_info(), {
'distribution.version': 'Unknown',
'distribution.name': 'Unknown',
'distribution.id': 'Unknown'
})
def test_cpu_info(self, MockListdir):
reload(hwprobe)
hw = hwprobe.Hardware()
MockSocketId = Mock()
MockListdir.return_value = ["cpu0", "cpu1"]
MockSocketId.return_value = "0"
hw._getSocketIdForCpu = MockSocketId
self.assertEquals(hw.getCpuInfo(), {
'cpu.cpu(s)': 2,
'cpu.core(s)_per_socket': 2,
'cpu.cpu_socket(s)': 1
})
def test_distro_os_release(self, MockOpen, MockExists):
reload(hwprobe)
MockExists.return_value = True
hw = hwprobe.Hardware()
hwprobe.platform = None
MockOpen.return_value.readlines.return_value = OS_RELEASE.split('\n')
self.assertEquals(
hw.get_release_info(), {
'distribution.version': '42',
'distribution.name': 'Awesome OS',
'distribution.id': 'Go4It',
'distribution.version.modifier': 'beta'
})
def test_cpu_info_lots_cpu(self, MockListdir):
reload(hwprobe)
hw = hwprobe.Hardware()
MockSocketId = Mock()
MockListdir.return_value = ["cpu%s" % i for i in range(0, 2000)]
MockSocketId.return_value = "0"
hw._getSocketIdForCpu = MockSocketId
self.assertEquals(
hw.getCpuInfo(), {
'cpu.cpu(s)': 2000,
'cpu.core(s)_per_socket': 2000,
'cpu.cpu_socket(s)': 1
})
def test_network_interfaces_sit(self, MockGetInterfacesInfo,
MockGetDevices):
reload(hwprobe)
hw = hwprobe.Hardware()
MockGetDevices.return_value = ['sit0']
mock_ipv6 = Mock(address="::1", netmask="/128", scope="global")
mock_info = Mock(mac_address="00:00:00:00:00:00", device="sit0")
mock_info.get_ipv6_addresses.return_value = [mock_ipv6]
mock_info.get_ipv4_addresses.return_value = []
MockGetInterfacesInfo.return_value = [mock_info]
net_int = hw.get_network_interfaces()
# ignore mac address for sit* interfaces (bz #838123)
self.assertFalse('net.interface.sit0.mac_address' in net_int)
def test_manual_distro_bogus_content_os_release(self, MockOpen,
MockExists):
reload(hwprobe)
hw = hwprobe.Hardware()
hwprobe.platform = None
MockExists.return_value = True
MockOpen.return_value.readlines.return_value = [
"This is not really a release file of any sort"
]
self.assertEquals(
hw.get_release_info(), {
'distribution.version': 'Unknown',
'distribution.name': 'Unknown',
'distribution.id': 'Unknown'
})
def test_network_interfaces_just_lo(self, MockGetInterfacesInfo, MockGetDevices):
reload(hwprobe)
hw = hwprobe.Hardware()
MockGetDevices.return_value = ['lo']
mock_info = Mock(mac_address="00:00:00:00:00:00",
device="lo")
mock_info.get_ipv6_addresses.return_value = []
mock_ipv4 = Mock(address="127.0.0.1",
netmask="24",
broadcase="Unknown")
mock_info.get_ipv4_addresses = Mock(return_value=[mock_ipv4])
MockGetInterfacesInfo.return_value = [mock_info]
net_int = hw.get_network_interfaces()
self.assertEquals(net_int['net.interface.lo.ipv4_address'], '127.0.0.1')
self.assertFalse('net.interface.lo.mac_address' in net_int)
def test_cpu_info_s390_sysinfo(self, mock_list_dir, mock_read_sysinfo,
mock_has_sysinfo):
mock_list_dir.return_value = ["cpu%s" % i for i in range(0, 20)]
mock_has_sysinfo.return_value = True
mock_read_sysinfo.return_value = ["CPU Topology SW: 0 0 0 4 6 4"]
hw = hwprobe.Hardware()
hw.arch = "s390x"
hw.check_for_cpu_topo = Mock(return_value=True)
def count_cpumask(cpu, field):
return self.cpumask_vals[field]
# 20 cpus
# 24 cores, 1 threads per core
# 1 thread per core, 1 core per socket, 1 socket per book via /sys, but
# /proc/sysinfo says 4 books of 6 sockets of 4 cores
#
# even though we have cpu topo from sysinfo, we also have
# info from the kernel, which we use in that case
#
# and we prefer /proc/sysinfo
# how do 24 sockets have 20 cpu? The hardware itself
# has 96 cpus. 54 of those are enabled at the
# hardware level. Of those 51, 21 are "configured".
# The LPAR is setup to use 20 of those 21 cpus
# (and in this setup, actually only 18 of those
# are "configured").
self.cpumask_vals = {
'thread_siblings_list': 1,
'core_siblings_list': 1,
'book_siblings_list': 1
}
# for this case, we prefer the sysinfo numbers
hw.count_cpumask_entries = Mock(side_effect=count_cpumask)
self.assert_equal_dict(
{
'cpu.cpu(s)': 20,
'cpu.socket(s)_per_book': 6,
'cpu.core(s)_per_socket': 4,
'cpu.thread(s)_per_core': 1,
'cpu.book(s)': 4,
'cpu.cpu_socket(s)': 24,
'cpu.topology_source': 's390x sysinfo'
}, hw.get_cpu_info())
def test_network_interfaces_just_lo_ipv6(self, MockGetInterfacesInfo,
MockGetDevices):
reload(hwprobe)
hw = hwprobe.Hardware()
MockGetDevices.return_value = ['lo']
mock_ipv6 = Mock(address="::1", netmask="/128", scope="global")
mock_info = Mock(mac_address="00:00:00:00:00:00", device="lo")
mock_info.get_ipv6_addresses.return_value = [mock_ipv6]
mock_info.get_ipv4_addresses.return_value = []
MockGetInterfacesInfo.return_value = [mock_info]
net_int = hw.get_network_interfaces()
self.assertEquals(net_int['net.interface.lo.ipv6_address.global'],
'::1')
self.assertFalse('net.interface.lo.mac_address' in net_int)
def test_network_interfaces_multiple_ipv4(self, MockGetInterfacesInfo, MockGetDevices):
reload(hwprobe)
hw = hwprobe.Hardware()
MockGetDevices.return_value = ['eth0']
mock_info = Mock(mac_address="00:00:00:00:00:00",
device="eth0")
mock_info.get_ipv6_addresses.return_value = []
mock_ipv4s = [Mock(address="10.0.0.1", netmask="24", broadcast="Unknown"),
Mock(address="10.0.0.2", netmask="24", broadcast="Unknown")]
mock_info.get_ipv4_addresses = Mock(return_value=mock_ipv4s)
MockGetInterfacesInfo.return_value = [mock_info]
net_int = hw.get_network_interfaces()
self.assertEquals(net_int['net.interface.eth0.ipv4_address'], '10.0.0.2')
self.assertEquals(net_int['net.interface.eth0.ipv4_address_list'], '10.0.0.1, 10.0.0.2')
def test_cpu_info_no_topo(self, mock_list_dir):
reload(hwprobe)
hw = hwprobe.Hardware()
def count_cpumask(cpu, field):
return self.cpumask_vals[field]
self.cpumask_vals = {'thread_siblings_list': None,
'core_siblings_list': None,
'book_siblings_list': None}
mock_list_dir.return_value = ["cpu%s" % i for i in range(0, 16)]
hw.count_cpumask_entries = Mock(side_effect=count_cpumask)
self.assert_equal_dict({'cpu.cpu(s)': 16,
'cpu.core(s)_per_socket': 1,
'cpu.cpu_socket(s)': 16,
'cpu.thread(s)_per_core': 1,
'cpu.topology_source': "fallback one socket"},
hw.get_cpu_info())
def test_network_interfaces_multiple_ipv4(self, MockGetInterfacesInfo, MockGetDevices):
reload(hwprobe)
hw = hwprobe.Hardware()
MockGetDevices.return_value = ['eth0']
mock_info = Mock(mac_address="00:00:00:00:00:00",
device="eth0")
mock_info.get_ipv6_addresses.return_value = []
mock_ipv4s = [Mock(address="10.0.0.1", netmask="24", broadcast="Unknown"),
Mock(address="10.0.0.2", netmask="24", broadcast="Unknown")]
mock_info.get_ipv4_addresses = Mock(return_value=mock_ipv4s)
MockGetInterfacesInfo.return_value = [mock_info]
net_int = hw.get_network_interfaces()
# FIXME/TODO/NOTE: We currently expect to get just the last interface
# listed in this scenario. But... that is wrong. We should really
# be supporting multiple addresses per interface in some yet
# undetermined fashion
self.assertEquals(net_int['net.interface.eth0.ipv4_address'], '10.0.0.2')
def test_cpu_info(self, mock_list_dir, mock_count):
reload(hwprobe)
hw = hwprobe.Hardware()
def count_cpumask(cpu, field):
return self.cpumask_vals[field]
self.cpumask_vals = {'thread_siblings_list': 1,
'core_siblings_list': 2,
'book_siblings_list': None}
mock_list_dir.return_value = ["cpu0", "cpu1"]
hw.count_cpumask_entries = Mock(side_effect=count_cpumask)
#print hw.get_cpu_info()
self.assert_equal_dict({'cpu.cpu(s)': 2,
'cpu.core(s)_per_socket': 2,
'cpu.cpu_socket(s)': 1,
'cpu.thread(s)_per_core': 1,
'cpu.topology_source':
'kernel /sys cpu sibling lists'},
hw.get_cpu_info())
def test_cpu_info_lots_cpu(self, mock_list_dir):
reload(hwprobe)
hw = hwprobe.Hardware()
mock_list_dir.return_value = ["cpu%s" % i for i in range(0, 2000)]
def count_cpumask(cpu, field):
vals = {'thread_siblings_list': 1,
#'core_siblings_list': 2,
'core_siblings_list': 2000,
'book_siblings_list': None}
return vals[field]
hw.count_cpumask_entries = Mock(side_effect=count_cpumask)
self.assert_equal_dict({'cpu.cpu(s)': 2000,
'cpu.core(s)_per_socket': 2000,
'cpu.thread(s)_per_core': 1,
'cpu.cpu_socket(s)': 1,
'cpu.topology_source':
'kernel /sys cpu sibling lists'},
hw.get_cpu_info(),
)
def test_cpu_info_other_files(self, MockListdir):
reload(hwprobe)
hw = hwprobe.Hardware()
MockSocketId = Mock()
MockListdir.return_value = [
"cpu0",
"cpu1", # normal cpu ids (valid)
"cpu123123", # big cpu (valid)
"cpu_", # not valid
"cpufreq", # this exists but is not a cpu
"cpuidle", # also exists
"cpu0foo", # only cpuN are valid
"cpu11111111 ", # trailing space, not valie
"cpu00"
] # odd name, but valid I guess
MockSocketId.return_value = "0"
hw._getSocketIdForCpu = MockSocketId
self.assertEquals(hw.getCpuInfo(), {
'cpu.cpu(s)': 4,
'cpu.core(s)_per_socket': 4,
'cpu.cpu_socket(s)': 1
})
def test_get_arch(self):
reload(hwprobe)
hw = hwprobe.Hardware()
arch = hw.get_arch()
import platform
self.assertEquals(platform.machine(), arch)
def test_get_platform_specific_info_provider(self):
reload(hwprobe)
hw = hwprobe.Hardware()
info_provider = hw.get_platform_specific_info_provider()
self.assertTrue(info_provider is not None)
def test_get_platform_specific_info_provider_not_dmi(self, mock_get_arch):
mock_get_arch.return_value = "s390x"
hw = hwprobe.Hardware()
info_provider = hw.get_platform_specific_info_provider()
self.assertEquals(hwprobe.GenericPlatformSpecificInfoProvider,
info_provider)
def test_network_interfaces_none(self, MockGetInterfacesInfo, MockGetDevices):
reload(hwprobe)
hw = hwprobe.Hardware()
net_int = hw.get_network_interfaces()
self.assertEquals(net_int, {})
def test_distro(self, MockOpen):
reload(hwprobe)
hw = hwprobe.Hardware()
MockOpen.return_value.readline.return_value = "Awesome OS release 42 (Go4It)"
self.assertEquals(hw.get_release_info(), {'distribution.version': '42', 'distribution.name': 'Awesome OS', 'distribution.id': 'Go4It'})
def test_distro_no_release(self, MockOpen):
reload(hwprobe)
hw = hwprobe.Hardware()
MockOpen.side_effect = IOError()
self.assertRaises(IOError, hw.get_release_info)
def test_network_interfaces(self):
reload(hwprobe)
hw = hwprobe.Hardware()
net_int = hw.getNetworkInterfaces()
self.assertEquals(net_int['net.interface.lo.ipv4_address'],
'127.0.0.1')
def reload(self):
reload(hwprobe)
hw = hwprobe.Hardware()
hw.check_for_cpu_topo = self._cpu_topo_check
return hw
def test_networkinfo(self):
reload(hwprobe)
hw = hwprobe.Hardware()
net = hw.get_network_info()
expected = set(['network.fqdn', 'network.hostname', 'network.ipv4_address', 'network.ipv6_address'])
self.assertEqual(expected, set(net.keys()))
