def _realhost_scenario(monkeypatch): hostname = "test-realhost" ipaddress = "1.2.3.4" ts = Scenario().add_host(hostname, ipaddress=ipaddress) ts.set_ruleset("inventory_df_rules", [{ 'value': { 'ignore_fs_types': ['tmpfs', 'nfs', 'smbfs', 'cifs', 'iso9660'], 'never_ignore_mountpoints': ['~.*/omd/sites/[^/]+/tmp$'] }, 'condition': { 'host_labels': { 'cmk/check_mk_server': 'yes' } } }]) ts.apply(monkeypatch) def fake_lookup_ip_address(*_a, **_kw): return ipaddress monkeypatch.setattr(ip_lookup, "lookup_ip_address", fake_lookup_ip_address) DiscoveredHostLabelsStore(hostname).save({ 'existing_label': { 'plugin_name': 'foo', 'value': 'bar', }, 'another_label': { 'plugin_name': 'labels', 'value': 'true', } }) broker = ParsedSectionsBroker() broker.update({ HostKey(hostname=hostname, ipaddress=ipaddress, source_type=SourceType.HOST): AgentHostSections( sections={ SectionName("labels"): [ [ '{"cmk/check_mk_server":"yes"}', ], ], SectionName("df"): [ [ '/dev/sda1', 'vfat', '523248', '3668', '519580', '1%', '/boot/test-efi', ], [ 'tmpfs', 'tmpfs', '8152916', '244', '8152672', '1%', '/opt/omd/sites/test-heute/tmp', ], ], }) }) return RealHostScenario(hostname, ipaddress, broker)
def _cluster_scenario(monkeypatch): hostname = "test-clusterhost" ipaddress = "1.2.3.4" node1_hostname = 'test-node1' node2_hostname = 'test-node2' def fake_lookup_ip_address(host_config, *, family, for_mgmt_board=True): return ipaddress monkeypatch.setattr(ip_lookup, "lookup_ip_address", fake_lookup_ip_address) ts = Scenario() ts.add_host(node1_hostname) ts.add_host(node2_hostname) ts.add_cluster(hostname, nodes=[node1_hostname, node2_hostname]) ts.set_ruleset("inventory_df_rules", [{ 'value': { 'ignore_fs_types': ['tmpfs', 'nfs', 'smbfs', 'cifs', 'iso9660'], 'never_ignore_mountpoints': ['~.*/omd/sites/[^/]+/tmp$'] }, 'condition': { 'host_labels': { 'cmk/check_mk_server': 'yes' } } }]) ts.set_ruleset("clustered_services", [([], [node1_hostname], ['fs_'])]) host_config = ts.apply(monkeypatch).get_host_config(hostname) DiscoveredHostLabelsStore(node1_hostname).save({ 'node1_existing_label': { 'plugin_name': 'node1_plugin', 'value': 'true', } }) DiscoveredHostLabelsStore(hostname).save({ 'existing_label': { 'plugin_name': 'foo', 'value': 'bar', }, 'another_label': { 'plugin_name': 'labels', 'value': 'true', } }) broker = ParsedSectionsBroker() broker.update({ HostKey(hostname=node1_hostname, ipaddress=ipaddress, source_type=SourceType.HOST): AgentHostSections( sections={ SectionName("labels"): [ [ '{"cmk/check_mk_server":"yes"}', ], ], SectionName("df"): [ [ '/dev/sda1', 'vfat', '523248', '3668', '519580', '1%', '/boot/test-efi', ], [ 'tmpfs', 'tmpfs', '8152916', '244', '8152672', '1%', '/opt/omd/sites/test-heute/tmp', ], ], }), HostKey(hostname=node2_hostname, ipaddress=ipaddress, source_type=SourceType.HOST): AgentHostSections( sections={ SectionName("labels"): [ [ '{"node2_live_label":"true"}', ], ], SectionName("df"): [ [ '/dev/sda1', 'vfat', '523248', '3668', '519580', '1%', '/boot/test-efi', ], [ 'tmpfs', 'tmpfs', '8152916', '244', '8152672', '1%', '/opt/omd/sites/test-heute2/tmp', ], ], }), }) return ClusterScenario( host_config, ipaddress, broker, node1_hostname, node2_hostname, )
def test_get_check_table(monkeypatch, hostname, expected_result): autochecks = { "ping-host": [ Service( CheckPluginName("smart_temp"), "bla", u'Temperature SMART bla', {}, ) ], "autocheck-overwrite": [ Service( CheckPluginName('smart_temp'), '/dev/sda', u'Temperature SMART /dev/sda', {"is_autocheck": True}, ), Service( CheckPluginName('smart_temp'), '/dev/sdb', u'Temperature SMART /dev/sdb', {"is_autocheck": True}, ), ], "ignore-not-existing-checks": [ Service( CheckPluginName("bla_blub"), "ITEM", u'Blub ITEM', {}, ), ], "node1": [ Service( CheckPluginName("smart_temp"), "auto-clustered", u"Temperature SMART auto-clustered", {}, ), Service( CheckPluginName("smart_temp"), "auto-not-clustered", u'Temperature SMART auto-not-clustered', {}, ) ], } ts = Scenario().add_host(hostname, tags={"criticality": "test"}) ts.add_host("ping-host", tags={"agent": "no-agent"}) ts.add_host("node1") ts.add_cluster("cluster1", nodes=["node1"]) ts.set_option( "static_checks", { "temperature": [ (('smart.temp', '/dev/sda', {}), [], ["no-autochecks", "autocheck-overwrite"]), (('blub.bla', 'ITEM', {}), [], ["ignore-not-existing-checks"]), (('smart.temp', 'ITEM1', {}), [], ["ignore-disabled-rules"], { "disabled": True }), (('smart.temp', 'ITEM2', {}), [], ["ignore-disabled-rules"]), (('smart.temp', '/dev/sda', { "rule": 1 }), [], ["static-check-overwrite"]), (('smart.temp', '/dev/sda', { "rule": 2 }), [], ["static-check-overwrite"]), (('smart.temp', 'static-node1', {}), [], ["node1"]), (('smart.temp', 'static-cluster', {}), [], ["cluster1"]), ] }, ) ts.set_ruleset("clustered_services", [ ([], ['node1'], [u'Temperature SMART auto-clustered$']), ]) config_cache = ts.apply(monkeypatch) monkeypatch.setattr(config_cache, "get_autochecks_of", lambda h: autochecks.get(h, [])) assert check_table.get_check_table(hostname) == expected_result
def test_is_ipv6_primary_host(monkeypatch, hostname, tags, result, ruleset): ts = Scenario().add_host(hostname, tags) ts.set_ruleset("primary_address_family", ruleset) config_cache = ts.apply(monkeypatch) assert config_cache.get_host_config(hostname).is_ipv6_primary == result