def test_network_interfaces_just_lo_ethtool_no_get_ipv4_addresses(
self, MockGetInterfacesInfo, MockGetDevices):
hw = hwprobe.HardwareCollector()
MockGetDevices.return_value = ['lo']
mock_info = Mock(mac_address="00:00:00:00:00:00",
device="lo",
ipv4_address="127.0.0.1",
ipv4_netmask="24",
ipv4_broadcast="Unknown")
mock_info.get_ipv6_addresses.return_value = []
# mock etherinfo not having a get_ipv4_addresses method
# if this fails, you need a mock that supports deleting
# attributes from mocks, ala mock 1.0+
try:
del mock_info.get_ipv4_addresses
except AttributeError:
self.fail(
"You probably need a newer version of 'mock' installed, 1.0 or newer"
)
MockGetInterfacesInfo.return_value = [mock_info]
net_int = hw.get_network_interfaces()
self.assertEqual(net_int['net.interface.lo.ipv4_address'], '127.0.0.1')
self.assertFalse('net.interface.lo.mac_address' in net_int)
def test_meminfo(self):
hw = hwprobe.HardwareCollector()
mem = hw.get_mem_info()
# not great tests, but alas
self.assertEqual(len(mem), 2)
for key in mem:
assert key in ['memory.memtotal', 'memory.swaptotal']
def test_distro_with_os_release(self, mock_exists):
"""
Test reading release information from /etc/os-release
"""
def mock_os_path_exists(path):
"""
This method mock missing /etc/redhat-release
:param path: of this file
:return: False for /etc/redhat-release and True for any other file
"""
if path == "/etc/redhat-release":
return False
else:
return True
mock_exists.side_effect = mock_os_path_exists
hw = hwprobe.HardwareCollector()
expected = {
"distribution.version": "42",
"distribution.name": "Awesome OS",
"distribution.id": "Go4It",
"distribution.version.modifier": "",
}
self.assertEqual(hw.get_release_info(), expected)
def test_lscpu_ignores_locale(self):
hw_check_topo = hwprobe.HardwareCollector()
facts = hw_check_topo.get_ls_cpu_info()
# if all values can be encoded as ascii, then lscpu is not using JP locale
for key, value in facts.items():
key.encode('ascii')
value.encode('ascii')
def test_mocked_json_parser(self, mock_access, mock_check_json, mock_check_output):
mock_access.return_value = True
mock_check_json.return_value = True
mock_check_output.return_value = LSCPU_JSON_OUTPUT
hw_check = hwprobe.HardwareCollector()
facts = hw_check.get_ls_cpu_info()
self.assertEqual(LSCPU_JSON_EXPECTED, facts)
def __init__(self):
self.collectors = [
collector.StaticFactsCollector(),
host_collector.HostCollector(),
hwprobe.HardwareCollector(),
custom.CustomFactsCollector(),
]
def setUp(self):
# Note this is patching an *instance* of HardwareCollector, not the class.
self.hw_check_topo = hwprobe.HardwareCollector()
self.hw_check_topo_patcher = patch.object(self.hw_check_topo,
'check_for_cpu_topo',
Mock(return_value=True))
self.hw_check_topo_patcher.start()
super(HardwareProbeTest, self).setUp()
def test_networkinfo(self):
hw = hwprobe.HardwareCollector()
net = hw.get_network_info()
expected = set([
'network.fqdn', 'network.hostname', 'network.ipv4_address',
'network.ipv6_address'
])
self.assertEqual(expected, set(net.keys()))
def __init__(self):
self.collectors = [
collector.StaticFactsCollector(),
host_collector.HostCollector(),
hwprobe.HardwareCollector(),
custom.CustomFactsCollector(),
insights.InsightsCollector(),
kpatch.KPatchCollector()
]
def test_distro_with_platform(self, MockExists):
MockExists.return_value = False
hw = hwprobe.HardwareCollector()
expected = {
'distribution.version': '42',
'distribution.name': 'Awesome OS',
'distribution.id': 'Go4It',
'distribution.version.modifier': 'Unknown'
}
self.assertEqual(hw.get_release_info(), expected)
def test_distro_newline_in_release(self, MockOpen, MockExists):
hw = hwprobe.HardwareCollector()
MockExists.side_effect = [False, True]
MockOpen.return_value.readline.return_value = "Awesome OS release 42 (Go4It)\n\n"
expected = {
"distribution.version": "42",
"distribution.name": "Awesome OS",
"distribution.id": "Go4It",
"distribution.version.modifier": "",
}
self.assertEqual(hw.get_release_info(), expected)
def test_distro_newline_in_release(self, MockOpen, MockExists):
hw = hwprobe.HardwareCollector()
MockExists.side_effect = [False, True]
MockOpen.return_value.readline.return_value = "Awesome OS release 42 (Go4It)\n\n"
expected = {
'distribution.version': '42',
'distribution.name': 'Awesome OS',
'distribution.id': 'Go4It',
'distribution.version.modifier': ''
}
self.assertEqual(hw.get_release_info(), expected)
def test_distro_os_release_colon(self, MockOpen, MockExists):
MockExists.return_value = True
hw = hwprobe.HardwareCollector()
with patch("rhsmlib.facts.hwprobe.platform"):
MockOpen.return_value.readlines.return_value = OS_RELEASE_COLON.split("\n")
expected = {
"distribution.version": "42",
"distribution.name": "Awesome OS",
"distribution.id": "Go4It",
"distribution.version.modifier": "be:ta",
}
self.assertEqual(hw.get_release_info(), expected)
def test_manual_distro_with_modifier(self, MockOpen, MockExists):
MockExists.side_effect = [False, True]
hw = hwprobe.HardwareCollector()
with patch("rhsmlib.facts.hwprobe.platform"):
MockOpen.return_value.readline.return_value = "Awesome OS release 42 Mega (Go4It)"
expected = {
"distribution.version": "42",
"distribution.name": "Awesome OS",
"distribution.id": "Go4It",
"distribution.version.modifier": "mega",
}
self.assertEqual(hw.get_release_info(), expected)
def test_distro_os_release_colon(self, MockOpen, MockExists):
MockExists.return_value = True
hw = hwprobe.HardwareCollector()
with patch('rhsmlib.facts.hwprobe.platform'):
MockOpen.return_value.readlines.return_value = OS_RELEASE_COLON.split('\n')
expected = {
'distribution.version': '42',
'distribution.name': 'Awesome OS',
'distribution.id': 'Go4It',
'distribution.version.modifier': 'be:ta'
}
self.assertEquals(hw.get_release_info(), expected)
def test_manual_distro_bogus_content_os_release(self, MockOpen, MockExists):
hw = hwprobe.HardwareCollector()
with patch('rhsmlib.facts.hwprobe.platform'):
MockExists.return_value = True
MockOpen.return_value.readlines.return_value = ["This is not really a release file of any sort"]
expected = {
'distribution.version': 'Unknown',
'distribution.name': 'Unknown',
'distribution.id': 'Unknown',
'distribution.version.modifier': ''
}
self.assertEquals(hw.get_release_info(), expected)
def test_distro_bogus_content_no_platform_module(self, MockOpen, MockExists):
hw = hwprobe.HardwareCollector()
MockExists.side_effect = [False, True]
with patch('rhsmlib.facts.hwprobe.platform'):
MockOpen.return_value.readline.return_value = "this is not really a release file of any sort"
expected = {
'distribution.version': 'Unknown',
'distribution.name': 'Unknown',
'distribution.id': 'Unknown',
'distribution.version.modifier': ''
}
self.assertEquals(hw.get_release_info(), expected)
def test_network_interfaces_just_lo(self, MockGetInterfacesInfo, MockGetDevices):
hw = hwprobe.HardwareCollector()
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.assertEqual(net_int["net.interface.lo.ipv4_address"], "127.0.0.1")
self.assertFalse("net.interface.lo.mac_address" in net_int)
def test_manual_distro_with_modifier(self, MockOpen, MockExists):
MockExists.side_effect = [False, True]
hw = hwprobe.HardwareCollector()
with patch('rhsmlib.facts.hwprobe.platform'):
MockOpen.return_value.readline.return_value = "Awesome OS release 42 Mega (Go4It)"
expected = {
'distribution.version': '42',
'distribution.name': 'Awesome OS',
'distribution.id': 'Go4It',
'distribution.version.modifier': 'mega'
}
self.assertEqual(hw.get_release_info(), expected)
def test_network_interfaces_sit(self, MockGetInterfacesInfo, MockGetDevices):
hw = hwprobe.HardwareCollector()
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_network_interfaces_just_lo_ipv6(self, MockGetInterfacesInfo, MockGetDevices):
hw = hwprobe.HardwareCollector()
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.assertEqual(net_int["net.interface.lo.ipv6_address.global"], "::1")
self.assertFalse("net.interface.lo.mac_address" in net_int)
def get_all(self):
host_facts = {}
hardware_collector = hwprobe.HardwareCollector(prefix=self.prefix,
testing=self.testing)
hardware_info = hardware_collector.get_all()
firmware_collector = firmware_info.FirmwareCollector(
prefix=self.prefix,
testing=self.testing,
)
firmware_info_dict = firmware_collector.get_all()
virt_collector = virt.VirtCollector(
prefix=self.prefix,
testing=self.testing,
collected_hw_info=firmware_info_dict)
virt_collector_info = virt_collector.get_all()
host_facts.update(hardware_info)
host_facts.update(virt_collector_info)
host_facts.update(firmware_info_dict)
locale_info = {}
effective_locale = 'Unknown'
# When there is no locale set (system variable LANG is unset),
# then this is value returned by locale.getdefaultlocale()
# Tuple contains: (language[_territory], encoding identifier)
default_locale = (None, None)
try:
default_locale = locale.getdefaultlocale()
except ValueError as err:
log.warning(
"Unable to get default locale (bad environment variable?): %s"
% err)
if default_locale[0] is not None:
effective_locale = ".".join([_f for _f in default_locale if _f])
locale_info['system.default_locale'] = effective_locale
host_facts.update(locale_info)
# Now, munging, kluges, special cases, etc
# NOTE: we are passing the facts we've already collected into
# cleanup_collector.
cleanup_collector = cleanup.CleanupCollector(
prefix=self.prefix,
testing=self.testing,
collected_hw_info=host_facts)
cleanup_info = cleanup_collector.get_all()
host_facts.update(cleanup_info)
return host_facts
def get_all(self):
host_facts = {}
hardware_collector = hwprobe.HardwareCollector(prefix=self.prefix,
testing=self.testing)
hardware_info = hardware_collector.get_all()
firmware_collector = firmware_info.FirmwareCollector(
prefix=self.prefix,
testing=self.testing,
)
firmware_info_dict = firmware_collector.get_all()
virt_collector = virt.VirtCollector(
prefix=self.prefix,
testing=self.testing,
collected_hw_info=firmware_info_dict)
virt_collector_info = virt_collector.get_all()
host_facts.update(hardware_info)
host_facts.update(virt_collector_info)
host_facts.update(firmware_info_dict)
default_rhsm_dir = rhsm.config.DEFAULT_CONFIG_DIR.rstrip('/')
custom_facts_dir = os.path.join(default_rhsm_dir, self.facts_sub_dir)
path_and_globs = [(custom_facts_dir, self.facts_glob)]
custom_facts = custom.CustomFactsCollector(
prefix=self.prefix,
testing=self.testing,
path_and_globs=path_and_globs)
custom_facts_dict = custom_facts.get_all()
host_facts.update(custom_facts_dict)
locale_info = {}
locale_info['system.default_locale'] = ".".join(
locale.getdefaultlocale())
host_facts.update(locale_info)
# Now, munging, kluges, special cases, etc
# NOTE: we are passing the facts we've already collected into
# cleanup_collector.
cleanup_collector = cleanup.CleanupCollector(
prefix=self.prefix,
testing=self.testing,
collected_hw_info=host_facts)
cleanup_info = cleanup_collector.get_all()
host_facts.update(cleanup_info)
return host_facts
def test_network_interfaces_multiple_ipv6(self, MockGetInterfacesInfo, MockGetDevices):
hw = hwprobe.HardwareCollector()
MockGetDevices.return_value = ['eth0']
mock_info = Mock(mac_address="00:00:00:00:00:00", device="eth0")
mock_info.get_ipv4_addresses.return_value = []
mock_ipv6s = [Mock(address="::1", netmask="/128", scope="link"),
Mock(address="fe80::f00d:f00d:f00d:f00d", netmask="/64", scope="link")]
mock_info.get_ipv6_addresses = Mock(return_value=mock_ipv6s)
MockGetInterfacesInfo.return_value = [mock_info]
net_int = hw.get_network_interfaces()
self.assertEqual(net_int['net.interface.eth0.ipv6_address.link'], '::1')
self.assertEqual(net_int['net.interface.eth0.ipv6_address.link_list'], '::1, fe80::f00d:f00d:f00d:f00d')
def test_network_interfaces_multiple_ipv4(self, MockGetInterfacesInfo, MockGetDevices):
hw = hwprobe.HardwareCollector()
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 get_all(self):
host_facts = {}
hardware_collector = hwprobe.HardwareCollector(
prefix=self.prefix,
testing=self.testing
)
hardware_info = hardware_collector.get_all()
firmware_collector = firmware_info.FirmwareCollector(
prefix=self.prefix,
testing=self.testing,
)
firmware_info_dict = firmware_collector.get_all()
virt_collector = virt.VirtCollector(
prefix=self.prefix,
testing=self.testing,
collected_hw_info=firmware_info_dict
)
virt_collector_info = virt_collector.get_all()
host_facts.update(hardware_info)
host_facts.update(virt_collector_info)
host_facts.update(firmware_info_dict)
locale_info = {}
effective_locale = 'Unknown'
if locale.getdefaultlocale()[0] is not None:
effective_locale = ".".join(filter(None, locale.getdefaultlocale()))
locale_info['system.default_locale'] = effective_locale
host_facts.update(locale_info)
# Now, munging, kluges, special cases, etc
# NOTE: we are passing the facts we've already collected into
# cleanup_collector.
cleanup_collector = cleanup.CleanupCollector(
prefix=self.prefix,
testing=self.testing,
collected_hw_info=host_facts
)
cleanup_info = cleanup_collector.get_all()
host_facts.update(cleanup_info)
return host_facts
def test_last_boot(self, mock_exists):
"""
Test reading release information from /proc/uptime
"""
def mock_os_path_exists(path):
"""
This method mock missing /proc/uptime
:param path: of this file
:return: False for /proc/uptime and True for any other file
"""
if path == "/proc/uptime":
return False
else:
return True
mock_exists.side_effect = mock_os_path_exists
hw = hwprobe.HardwareCollector()
last_boot_dict = hw.get_last_boot()
last_boot = last_boot_dict["last_boot"]
self.assertTrue(last_boot.endswith(" UTC"))
# Default is an empty FactsCollector
self.facts_collector = self.facts_collector_class()
@util.dbus_service_method(dbus_interface=constants.FACTS_DBUS_INTERFACE,
out_signature='a{ss}')
@util.dbus_handle_exceptions
def GetFacts(self, sender=None):
collection = self.facts_collector.collect()
cleaned = dict([(str(key), str(value))
for key, value in list(collection.data.items())])
return dbus.Dictionary(cleaned, signature="ss")
def class_factory(name, facts_collector=None):
"""Function used for creating subclasses of class BaseFact"""
def __init__(self, conn=None, object_path=None, bus_name=None):
super(self.__class__, self).__init__(conn=conn,
object_path=object_path,
bus_name=bus_name)
self.facts_collector = facts_collector
return type(name, (BaseFacts, ), {"__init__": __init__})
AllFacts = class_factory('AllFacts', all.AllFactsCollector())
HostFacts = class_factory('HostFacts', host_collector.HostCollector())
HardwareFacts = class_factory('HardwareFacts', hwprobe.HardwareCollector())
CustomFacts = class_factory('CustomFacts', custom.CustomFactsCollector())
StaticFacts = class_factory('StaticFacts', collector.StaticFactsCollector())
def test_get_slave_hwaddr_alb(self, MockOpen):
MockOpen.return_value = six.StringIO(PROC_BONDING_ALB)
hw = hwprobe.HardwareCollector()
slave_hw = hw._get_slave_hwaddr("bond0", "eth0")
# note we .upper the result
self.assertEqual("52:54:00:07:03:BA", slave_hw)
def test_network_interfaces_none(self, MockGetInterfacesInfo,
MockGetDevices):
hw = hwprobe.HardwareCollector()
net_int = hw.get_network_interfaces()
self.assertEqual(net_int, {})
