import inspect
	from unittest import TestCase
	
	from pcs.common import file_type_codes
	from pcs.common.fencing_topology import (
	    TARGET_TYPE_ATTRIBUTE,
	    TARGET_TYPE_NODE,
	    TARGET_TYPE_REGEXP,
	)
	from pcs.common.file import RawFileError
	from pcs.common.permissions.types import PermissionTargetType
	from pcs.common.reports import const
	from pcs.common.reports import messages as reports
	from pcs.common.resource_agent.dto import ResourceAgentNameDto
	from pcs.common.resource_status import ResourceState
	from pcs.common.types import CibRuleExpressionType
	
	
	class AllClassesTested(TestCase):
	    def test_success(self):
	        self.maxDiff = None
	        message_classes = frozenset(
	            name
	            for name, member in inspect.getmembers(reports, inspect.isclass)
	            if issubclass(member, reports.ReportItemMessage)
	            and member
	            not in {reports.ReportItemMessage, reports.LegacyCommonMessage}
	        )
	        test_classes = frozenset(
	            name
	            for name, member in inspect.getmembers(
	                inspect.getmodule(self), inspect.isclass
	            )
	            if issubclass(member, NameBuildTest)
	        )
	        untested = sorted(message_classes - test_classes)
	        self.assertEqual(
	            untested,
	            [],
	            f"It seems {len(untested)} subclass(es) of 'ReportItemMessage' are "
	            "missing tests. Make sure the test classes have the same name as "
	            "the code classes.",
	        )
	
	
	class NameBuildTest(TestCase):
	    """
	    Base class for the testing of message building.
	    """
	
	    def assert_message_from_report(self, message, report):
	        self.maxDiff = None
	        self.assertEqual(message, report.message)
	
	
	class ResourceForConstraintIsMultiinstance(NameBuildTest):
	    def test_success(self):
	        self.assertEqual(
	            (
	                "resource1 is a bundle resource, you should use the "
	                "bundle id: parent1 when adding constraints"
	            ),
	            reports.ResourceForConstraintIsMultiinstance(
	                "resource1", "bundle", "parent1"
	            ).message,
	        )
	
	
	class DuplicateConstraintsExist(NameBuildTest):
	    def test_build_singular(self):
	        self.assert_message_from_report(
	            "Duplicate constraint already exists",
	            reports.DuplicateConstraintsExist(["c1"]),
	        )
	
	    def test_build_plural(self):
	        self.assert_message_from_report(
	            "Duplicate constraints already exist",
	            reports.DuplicateConstraintsExist(["c1", "c3", "c0"]),
	        )
	
	
	class EmptyResourceSet(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Resource set is empty",
	            reports.EmptyResourceSet(),
	        )
	
	
	class EmptyResourceSetList(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Resource set list is empty",
	            reports.EmptyResourceSetList(),
	        )
	
	
	class CannotSetOrderConstraintsForResourcesInTheSameGroup(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Cannot create an order constraint for resources in the same group",
	            reports.CannotSetOrderConstraintsForResourcesInTheSameGroup(),
	        )
	
	
	class RequiredOptionsAreMissing(NameBuildTest):
	    def test_build_message_with_type(self):
	        self.assert_message_from_report(
	            "required TYPE option 'NAME' is missing",
	            reports.RequiredOptionsAreMissing(["NAME"], option_type="TYPE"),
	        )
	
	    def test_build_message_without_type(self):
	        self.assert_message_from_report(
	            "required option 'NAME' is missing",
	            reports.RequiredOptionsAreMissing(["NAME"]),
	        )
	
	    def test_build_message_with_multiple_names(self):
	        self.assert_message_from_report(
	            "required options 'ANOTHER', 'NAME' are missing",
	            reports.RequiredOptionsAreMissing(["NAME", "ANOTHER"]),
	        )
	
	
	class PrerequisiteOptionIsMissing(NameBuildTest):
	    def test_without_type(self):
	        self.assert_message_from_report(
	            "If option 'a' is specified, option 'b' must be specified as well",
	            reports.PrerequisiteOptionIsMissing("a", "b"),
	        )
	
	    def test_with_type(self):
	        self.assert_message_from_report(
	            "If some option 'a' is specified, "
	            "other option 'b' must be specified as well",
	            reports.PrerequisiteOptionIsMissing("a", "b", "some", "other"),
	        )
	
	
	class PrerequisiteOptionMustBeEnabledAsWell(NameBuildTest):
	    def test_without_type(self):
	        self.assert_message_from_report(
	            "If option 'a' is enabled, option 'b' must be enabled as well",
	            reports.PrerequisiteOptionMustBeEnabledAsWell("a", "b"),
	        )
	
	    def test_with_type(self):
	        self.assert_message_from_report(
	            "If some option 'a' is enabled, "
	            "other option 'b' must be enabled as well",
	            reports.PrerequisiteOptionMustBeEnabledAsWell(
	                "a", "b", "some", "other"
	            ),
	        )
	
	
	class PrerequisiteOptionMustBeDisabled(NameBuildTest):
	    def test_without_type(self):
	        self.assert_message_from_report(
	            "If option 'a' is enabled, option 'b' must be disabled",
	            reports.PrerequisiteOptionMustBeDisabled("a", "b"),
	        )
	
	    def test_with_type(self):
	        self.assert_message_from_report(
	            "If some option 'a' is enabled, other option 'b' must be disabled",
	            reports.PrerequisiteOptionMustBeDisabled("a", "b", "some", "other"),
	        )
	
	
	class PrerequisiteOptionMustNotBeSet(NameBuildTest):
	    def test_without_type(self):
	        self.assert_message_from_report(
	            "Cannot set option 'a' because option 'b' is already set",
	            reports.PrerequisiteOptionMustNotBeSet(
	                "a",
	                "b",
	            ),
	        )
	
	    def test_with_type(self):
	        self.assert_message_from_report(
	            "Cannot set some option 'a' because other option 'b' is "
	            "already set",
	            reports.PrerequisiteOptionMustNotBeSet(
	                "a",
	                "b",
	                option_type="some",
	                prerequisite_type="other",
	            ),
	        )
	
	
	class RequiredOptionOfAlternativesIsMissing(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "option 'aAa', 'bBb' or 'cCc' has to be specified",
	            reports.RequiredOptionOfAlternativesIsMissing(
	                ["aAa", "cCc", "bBb"]
	            ),
	        )
	
	    def test_with_type(self):
	        self.assert_message_from_report(
	            "test option 'aAa' has to be specified",
	            reports.RequiredOptionOfAlternativesIsMissing(
	                ["aAa"], option_type="test"
	            ),
	        )
	
	    def test_with_deprecated(self):
	        self.assert_message_from_report(
	            (
	                "option 'bBb', 'aAa' (deprecated) or 'cCc' (deprecated) has "
	                "to be specified"
	            ),
	            reports.RequiredOptionOfAlternativesIsMissing(
	                ["aAa", "cCc", "bBb"], deprecated_names=["cCc", "aAa"]
	            ),
	        )
	
	
	class InvalidOptions(NameBuildTest):
	    def test_build_message_with_type(self):
	        self.assert_message_from_report(
	            "invalid TYPE option 'NAME', allowed options are: 'FIRST', "
	            "'SECOND'",
	            reports.InvalidOptions(["NAME"], ["SECOND", "FIRST"], "TYPE"),
	        )
	
	    def test_build_message_without_type(self):
	        self.assert_message_from_report(
	            "invalid option 'NAME', allowed options are: 'FIRST', 'SECOND'",
	            reports.InvalidOptions(["NAME"], ["FIRST", "SECOND"], ""),
	        )
	
	    def test_build_message_with_multiple_names(self):
	        self.assert_message_from_report(
	            "invalid options: 'ANOTHER', 'NAME', allowed option is 'FIRST'",
	            reports.InvalidOptions(["NAME", "ANOTHER"], ["FIRST"], ""),
	        )
	
	    def test_pattern(self):
	        self.assert_message_from_report(
	            (
	                "invalid option 'NAME', allowed are options matching patterns: "
	                "'exec_<name>'"
	            ),
	            reports.InvalidOptions(["NAME"], [], "", ["exec_<name>"]),
	        )
	
	    def test_allowed_and_patterns(self):
	        self.assert_message_from_report(
	            (
	                "invalid option 'NAME', allowed option is 'FIRST' and options "
	                "matching patterns: 'exec_<name>'"
	            ),
	            reports.InvalidOptions(
	                ["NAME"], ["FIRST"], "", allowed_patterns=["exec_<name>"]
	            ),
	        )
	
	    def test_no_allowed_options(self):
	        self.assert_message_from_report(
	            "invalid options: 'ANOTHER', 'NAME', there are no options allowed",
	            reports.InvalidOptions(["NAME", "ANOTHER"], [], ""),
	        )
	
	
	class InvalidUserdefinedOptions(NameBuildTest):
	    def test_without_type(self):
	        self.assert_message_from_report(
	            (
	                "invalid option 'exec_NAME', options may contain "
	                "a-z A-Z 0-9 /_- characters only"
	            ),
	            reports.InvalidUserdefinedOptions(["exec_NAME"], "a-z A-Z 0-9 /_-"),
	        )
	
	    def test_with_type(self):
	        self.assert_message_from_report(
	            (
	                "invalid heuristics option 'exec_NAME', heuristics options may "
	                "contain a-z A-Z 0-9 /_- characters only"
	            ),
	            reports.InvalidUserdefinedOptions(
	                ["exec_NAME"], "a-z A-Z 0-9 /_-", "heuristics"
	            ),
	        )
	
	    def test_more_options(self):
	        self.assert_message_from_report(
	            (
	                "invalid TYPE options: 'ANOTHER', 'NAME', TYPE options may "
	                "contain a-z A-Z 0-9 /_- characters only"
	            ),
	            reports.InvalidUserdefinedOptions(
	                ["NAME", "ANOTHER"], "a-z A-Z 0-9 /_-", "TYPE"
	            ),
	        )
	
	
	class InvalidOptionType(NameBuildTest):
	    def test_allowed_string(self):
	        self.assert_message_from_report(
	            "specified option name is not valid, use allowed types",
	            reports.InvalidOptionType("option name", "allowed types"),
	        )
	
	    def test_allowed_list(self):
	        self.assert_message_from_report(
	            "specified option name is not valid, use 'allowed', 'types'",
	            reports.InvalidOptionType("option name", ["types", "allowed"]),
	        )
	
	
	class InvalidOptionValue(NameBuildTest):
	    def test_multiple_allowed_values(self):
	        self.assert_message_from_report(
	            "'VALUE' is not a valid NAME value, use 'FIRST', 'SECOND'",
	            reports.InvalidOptionValue("NAME", "VALUE", ["SECOND", "FIRST"]),
	        )
	
	    def test_textual_hint(self):
	        self.assert_message_from_report(
	            "'VALUE' is not a valid NAME value, use some hint",
	            reports.InvalidOptionValue("NAME", "VALUE", "some hint"),
	        )
	
	    def test_cannot_be_empty(self):
	        self.assert_message_from_report(
	            "NAME cannot be empty",
	            reports.InvalidOptionValue(
	                "NAME", "VALUE", allowed_values=None, cannot_be_empty=True
	            ),
	        )
	
	    def test_cannot_be_empty_with_hint(self):
	        self.assert_message_from_report(
	            "NAME cannot be empty, use 'FIRST', 'SECOND'",
	            reports.InvalidOptionValue(
	                "NAME", "VALUE", ["SECOND", "FIRST"], cannot_be_empty=True
	            ),
	        )
	
	    def test_forbidden_characters(self):
	        self.assert_message_from_report(
	            r"NAME cannot contain }{\r\n characters",
	            reports.InvalidOptionValue(
	                "NAME",
	                "VALUE",
	                allowed_values=None,
	                forbidden_characters="}{\\r\\n",
	            ),
	        )
	
	    def test_forbidden_characters_with_hint(self):
	        self.assert_message_from_report(
	            r"NAME cannot contain }{\r\n characters, use 'FIRST', 'SECOND'",
	            reports.InvalidOptionValue(
	                "NAME",
	                "VALUE",
	                ["SECOND", "FIRST"],
	                forbidden_characters="}{\\r\\n",
	            ),
	        )
	
	    def test_cannot_be_empty_and_forbidden_characters(self):
	        self.assert_message_from_report(
	            "NAME cannot be empty, use 'FIRST', 'SECOND'",
	            reports.InvalidOptionValue(
	                "NAME", "VALUE", ["SECOND", "FIRST"], True
	            ),
	        )
	
	
	class DeprecatedOption(NameBuildTest):
	    def test_no_desc_hint_array(self):
	        self.assert_message_from_report(
	            (
	                "option 'option name' is deprecated and might be removed in a "
	                "future release, therefore it should not be used, use 'new_a', "
	                "'new_b' instead"
	            ),
	            reports.DeprecatedOption("option name", ["new_b", "new_a"], ""),
	        )
	
	    def test_desc_hint_string(self):
	        self.assert_message_from_report(
	            (
	                "option type option 'option name' is deprecated and might be "
	                "removed in a future release, therefore it should not be used, "
	                "use 'new option' instead"
	            ),
	            reports.DeprecatedOption(
	                "option name", ["new option"], "option type"
	            ),
	        )
	
	    def test_empty_hint(self):
	        self.assert_message_from_report(
	            (
	                "option 'option name' is deprecated and might be removed in a "
	                "future release, therefore it should not be used"
	            ),
	            reports.DeprecatedOption("option name", [], ""),
	        )
	
	
	class DeprecatedOptionValue(NameBuildTest):
	    def test_replaced_by(self):
	        self.assert_message_from_report(
	            (
	                "Value 'deprecatedValue' of option optionA is deprecated and "
	                "might be removed in a future release, therefore it should not "
	                "be used, use 'newValue' value instead"
	            ),
	            reports.DeprecatedOptionValue(
	                "optionA", "deprecatedValue", "newValue"
	            ),
	        )
	
	    def test_no_replacement(self):
	        self.assert_message_from_report(
	            (
	                "Value 'deprecatedValue' of option optionA is deprecated and "
	                "might be removed in a future release, therefore it should not "
	                "be used"
	            ),
	            reports.DeprecatedOptionValue("optionA", "deprecatedValue"),
	        )
	
	
	class MutuallyExclusiveOptions(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "Only one of some options 'a' and 'b' can be used",
	            reports.MutuallyExclusiveOptions(["b", "a"], "some"),
	        )
	
	
	class InvalidCibContent(NameBuildTest):
	    def test_message_can_be_more_verbose(self):
	        report = "no verbose\noutput\n"
	        self.assert_message_from_report(
	            "invalid cib:\n{0}".format(report),
	            reports.InvalidCibContent(report, True),
	        )
	
	    def test_message_cannot_be_more_verbose(self):
	        report = "some verbose\noutput"
	        self.assert_message_from_report(
	            "invalid cib:\n{0}".format(report),
	            reports.InvalidCibContent(report, False),
	        )
	
	
	class InvalidIdIsEmpty(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "description cannot be empty",
	            reports.InvalidIdIsEmpty("description"),
	        )
	
	
	class InvalidIdBadChar(NameBuildTest):
	    def test_build_message_with_first_char_invalid(self):
	        self.assert_message_from_report(
	            (
	                "invalid ID_DESCRIPTION 'ID', 'INVALID_CHARACTER' is not a"
	                " valid first character for a ID_DESCRIPTION"
	            ),
	            reports.InvalidIdBadChar(
	                "ID", "ID_DESCRIPTION", "INVALID_CHARACTER", is_first_char=True
	            ),
	        )
	
	    def test_build_message_with_non_first_char_invalid(self):
	        self.assert_message_from_report(
	            (
	                "invalid ID_DESCRIPTION 'ID', 'INVALID_CHARACTER' is not a"
	                " valid character for a ID_DESCRIPTION"
	            ),
	            reports.InvalidIdBadChar(
	                "ID", "ID_DESCRIPTION", "INVALID_CHARACTER", is_first_char=False
	            ),
	        )
	
	
	class InvalidIdType(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "'entered' is not a valid type of ID specification, "
	                "use 'expected1', 'expected2'"
	            ),
	            reports.InvalidIdType("entered", ["expected1", "expected2"]),
	        )
	
	
	class InvalidTimeoutValue(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "'24h' is not a valid number of seconds to wait",
	            reports.InvalidTimeoutValue("24h"),
	        )
	
	
	class InvalidScore(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "invalid score '1M', use integer or INFINITY or -INFINITY",
	            reports.InvalidScore("1M"),
	        )
	
	
	class RunExternalProcessStarted(NameBuildTest):
	    def test_build_message_minimal(self):
	        self.assert_message_from_report(
	            "Running: COMMAND\nEnvironment:\n",
	            reports.RunExternalProcessStarted("COMMAND", "", {}),
	        )
	
	    def test_build_message_with_stdin(self):
	        self.assert_message_from_report(
	            (
	                "Running: COMMAND\nEnvironment:\n"
	                "--Debug Input Start--\n"
	                "STDIN\n"
	                "--Debug Input End--\n"
	            ),
	            reports.RunExternalProcessStarted("COMMAND", "STDIN", {}),
	        )
	
	    def test_build_message_with_env(self):
	        self.assert_message_from_report(
	            ("Running: COMMAND\nEnvironment:\n  env_a=A\n  env_b=B\n"),
	            reports.RunExternalProcessStarted(
	                "COMMAND",
	                "",
	                {
	                    "env_a": "A",
	                    "env_b": "B",
	                },
	            ),
	        )
	
	    def test_build_message_maximal(self):
	        self.assert_message_from_report(
	            (
	                "Running: COMMAND\nEnvironment:\n"
	                "  env_a=A\n"
	                "  env_b=B\n"
	                "--Debug Input Start--\n"
	                "STDIN\n"
	                "--Debug Input End--\n"
	            ),
	            reports.RunExternalProcessStarted(
	                "COMMAND",
	                "STDIN",
	                {
	                    "env_a": "A",
	                    "env_b": "B",
	                },
	            ),
	        )
	
	    def test_insidious_environment(self):
	        self.assert_message_from_report(
	            (
	                "Running: COMMAND\nEnvironment:\n"
	                "  test=a:{green},b:{red}\n"
	                "--Debug Input Start--\n"
	                "STDIN\n"
	                "--Debug Input End--\n"
	            ),
	            reports.RunExternalProcessStarted(
	                "COMMAND",
	                "STDIN",
	                {
	                    "test": "a:{green},b:{red}",
	                },
	            ),
	        )
	
	
	class RunExternalProcessFinished(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Finished running: com-mand\n"
	                "Return value: 0\n"
	                "--Debug Stdout Start--\n"
	                "STDOUT\n"
	                "--Debug Stdout End--\n"
	                "--Debug Stderr Start--\n"
	                "STDERR\n"
	                "--Debug Stderr End--\n"
	            ),
	            reports.RunExternalProcessFinished(
	                "com-mand", 0, "STDOUT", "STDERR"
	            ),
	        )
	
	
	class RunExternalProcessError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "unable to run command com-mand: reason",
	            reports.RunExternalProcessError("com-mand", "reason"),
	        )
	
	
	class NoActionNecessary(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "No action necessary, requested change would have no effect",
	            reports.NoActionNecessary(),
	        )
	
	
	class NodeCommunicationStarted(NameBuildTest):
	    def test_build_message_with_data(self):
	        self.assert_message_from_report(
	            (
	                "Sending HTTP Request to: TARGET\n"
	                "--Debug Input Start--\n"
	                "DATA\n"
	                "--Debug Input End--\n"
	            ),
	            reports.NodeCommunicationStarted("TARGET", "DATA"),
	        )
	
	    def test_build_message_without_data(self):
	        self.assert_message_from_report(
	            "Sending HTTP Request to: TARGET",
	            reports.NodeCommunicationStarted("TARGET", ""),
	        )
	
	
	class NodeCommunicationFinished(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Finished calling: node1\n"
	                "Response Code: 0\n"
	                "--Debug Response Start--\n"
	                "DATA\n"
	                "--Debug Response End--\n"
	            ),
	            reports.NodeCommunicationFinished("node1", 0, "DATA"),
	        )
	
	
	class NodeCommunicationDebugInfo(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Communication debug info for calling: node1\n"
	                "--Debug Communication Info Start--\n"
	                "DATA\n"
	                "--Debug Communication Info End--\n"
	            ),
	            reports.NodeCommunicationDebugInfo("node1", "DATA"),
	        )
	
	
	class NodeCommunicationNotConnected(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to connect to node2 (this is reason)",
	            reports.NodeCommunicationNotConnected("node2", "this is reason"),
	        )
	
	
	class NodeCommunicationNoMoreAddresses(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to connect to 'node_name' via any of its addresses",
	            reports.NodeCommunicationNoMoreAddresses(
	                "node_name",
	                "my/request",
	            ),
	        )
	
	
	class NodeCommunicationErrorNotAuthorized(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to authenticate to node1 (some error)",
	            reports.NodeCommunicationErrorNotAuthorized(
	                "node1", "some-command", "some error"
	            ),
	        )
	
	
	class NodeCommunicationErrorPermissionDenied(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node3: Permission denied (reason)",
	            reports.NodeCommunicationErrorPermissionDenied(
	                "node3", "com-mand", "reason"
	            ),
	        )
	
	
	class NodeCommunicationErrorUnsupportedCommand(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: Unsupported command (reason), try upgrading pcsd",
	            reports.NodeCommunicationErrorUnsupportedCommand(
	                "node1", "com-mand", "reason"
	            ),
	        )
	
	
	class NodeCommunicationCommandUnsuccessful(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: reason",
	            reports.NodeCommunicationCommandUnsuccessful(
	                "node1", "com-mand", "reason"
	            ),
	        )
	
	
	class NodeCommunicationError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Error connecting to node1 (reason)",
	            reports.NodeCommunicationError("node1", "com-mand", "reason"),
	        )
	
	
	class NodeCommunicationErrorUnableToConnect(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to connect to node1 (reason)",
	            reports.NodeCommunicationErrorUnableToConnect(
	                "node1", "com-mand", "reason"
	            ),
	        )
	
	
	class NodeCommunicationErrorTimedOut(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "node-1: Connection timeout (Connection timed out after 60049 "
	                "milliseconds)"
	            ),
	            reports.NodeCommunicationErrorTimedOut(
	                "node-1",
	                "/remote/command",
	                "Connection timed out after 60049 milliseconds",
	            ),
	        )
	
	
	class NodeCommunicationProxyIsSet(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "Proxy is set in environment variables, try disabling it",
	            reports.NodeCommunicationProxyIsSet(),
	        )
	
	    def test_with_node(self):
	        self.assert_message_from_report(
	            "Proxy is set in environment variables, try disabling it",
	            reports.NodeCommunicationProxyIsSet(node="node1"),
	        )
	
	    def test_with_address(self):
	        self.assert_message_from_report(
	            "Proxy is set in environment variables, try disabling it",
	            reports.NodeCommunicationProxyIsSet(address="aaa"),
	        )
	
	    def test_all(self):
	        self.assert_message_from_report(
	            "Proxy is set in environment variables, try disabling it",
	            reports.NodeCommunicationProxyIsSet(node="node1", address="aaa"),
	        )
	
	
	class NodeCommunicationRetrying(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Unable to connect to 'node_name' via address 'failed.address' "
	                "and port '2224'. Retrying request 'my/request' via address "
	                "'next.address' and port '2225'"
	            ),
	            reports.NodeCommunicationRetrying(
	                "node_name",
	                "failed.address",
	                "2224",
	                "next.address",
	                "2225",
	                "my/request",
	            ),
	        )
	
	
	class DefaultsCanBeOverridden(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Defaults do not apply to resources which override them with "
	                "their own defined values"
	            ),
	            reports.DefaultsCanBeOverridden(),
	        )
	
	
	class CorosyncAuthkeyWrongLength(NameBuildTest):
	    def test_at_most_allowed_singular_provided_plural(self):
	        self.assert_message_from_report(
	            (
	                "At least 0 and at most 1 byte key must be provided for "
	                "a corosync authkey, 2 bytes key provided"
	            ),
	            reports.CorosyncAuthkeyWrongLength(2, 0, 1),
	        )
	
	    def test_at_most_allowed_plural_provided_singular(self):
	        self.assert_message_from_report(
	            (
	                "At least 2 and at most 3 bytes key must be provided for "
	                "a corosync authkey, 1 byte key provided"
	            ),
	            reports.CorosyncAuthkeyWrongLength(1, 2, 3),
	        )
	
	    def test_exactly_allowed_singular_provided_plural(self):
	        self.assert_message_from_report(
	            (
	                "1 byte key must be provided for a corosync authkey, 2 bytes "
	                "key provided"
	            ),
	            reports.CorosyncAuthkeyWrongLength(2, 1, 1),
	        )
	
	    def test_exactly_allowed_plural_provided_singular(self):
	        self.assert_message_from_report(
	            (
	                "2 bytes key must be provided for a corosync authkey, 1 byte "
	                "key provided"
	            ),
	            reports.CorosyncAuthkeyWrongLength(1, 2, 2),
	        )
	
	
	class CorosyncConfigDistributionStarted(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Sending updated corosync.conf to nodes...",
	            reports.CorosyncConfigDistributionStarted(),
	        )
	
	
	# TODO: consider generalizing
	class CorosyncConfigAcceptedByNode(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: Succeeded", reports.CorosyncConfigAcceptedByNode("node1")
	        )
	
	
	class CorosyncConfigDistributionNodeError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: Unable to set corosync config",
	            reports.CorosyncConfigDistributionNodeError("node1"),
	        )
	
	
	class CorosyncNotRunningCheckStarted(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Checking that corosync is not running on nodes...",
	            reports.CorosyncNotRunningCheckStarted(),
	        )
	
	
	class CorosyncNotRunningCheckFinishedRunning(NameBuildTest):
	    def test_one_node(self):
	        self.assert_message_from_report(
	            (
	                "Corosync is running on node 'node1'. Requested change can "
	                "only be made if the cluster is stopped. In order to proceed, "
	                "stop the cluster."
	            ),
	            reports.CorosyncNotRunningCheckFinishedRunning(["node1"]),
	        )
	
	    def test_more_nodes(self):
	        self.assert_message_from_report(
	            (
	                "Corosync is running on nodes 'node1', 'node2', 'node3'. "
	                "Requested change can only be made if the cluster is stopped. "
	                "In order to proceed, stop the cluster."
	            ),
	            reports.CorosyncNotRunningCheckFinishedRunning(
	                ["node2", "node1", "node3"]
	            ),
	        )
	
	
	class CorosyncNotRunningCheckNodeError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to check if corosync is not running on node 'node1'",
	            reports.CorosyncNotRunningCheckNodeError("node1"),
	        )
	
	
	class CorosyncNotRunningCheckNodeStopped(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Corosync is not running on node 'node2'",
	            reports.CorosyncNotRunningCheckNodeStopped("node2"),
	        )
	
	
	class CorosyncNotRunningCheckNodeRunning(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Corosync is running on node 'node3'",
	            reports.CorosyncNotRunningCheckNodeRunning("node3"),
	        )
	
	
	class CorosyncQuorumGetStatusError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to get quorum status: a reason",
	            reports.CorosyncQuorumGetStatusError("a reason"),
	        )
	
	    def test_success_with_node(self):
	        self.assert_message_from_report(
	            "node1: Unable to get quorum status: a reason",
	            reports.CorosyncQuorumGetStatusError("a reason", "node1"),
	        )
	
	
	class CorosyncQuorumHeuristicsEnabledWithNoExec(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "No exec_NAME options are specified, so heuristics are "
	                "effectively disabled"
	            ),
	            reports.CorosyncQuorumHeuristicsEnabledWithNoExec(),
	        )
	
	
	class CorosyncQuorumSetExpectedVotesError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to set expected votes: reason",
	            reports.CorosyncQuorumSetExpectedVotesError("reason"),
	        )
	
	
	class CorosyncConfigReloaded(NameBuildTest):
	    def test_with_node(self):
	        self.assert_message_from_report(
	            "node1: Corosync configuration reloaded",
	            reports.CorosyncConfigReloaded("node1"),
	        )
	
	    def test_without_node(self):
	        self.assert_message_from_report(
	            "Corosync configuration reloaded",
	            reports.CorosyncConfigReloaded(),
	        )
	
	
	class CorosyncConfigReloadError(NameBuildTest):
	    def test_with_node(self):
	        self.assert_message_from_report(
	            "node1: Unable to reload corosync configuration: a reason",
	            reports.CorosyncConfigReloadError("a reason", "node1"),
	        )
	
	    def test_without_node(self):
	        self.assert_message_from_report(
	            "Unable to reload corosync configuration: different reason",
	            reports.CorosyncConfigReloadError("different reason"),
	        )
	
	
	class CorosyncConfigReloadNotPossible(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "node1: Corosync is not running, therefore reload of the "
	                "corosync configuration is not possible"
	            ),
	            reports.CorosyncConfigReloadNotPossible("node1"),
	        )
	
	
	class CorosyncConfigInvalidPreventsClusterJoin(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "One or more nodes failed to reload the Corosync configuration "
	                "and are currently running with the previous configuration. If "
	                "these nodes are restarted or fenced, they will fail to rejoin "
	                "the cluster. Update the configuration and fix the issues as "
	                "soon as possible."
	            ),
	            reports.CorosyncConfigInvalidPreventsClusterJoin(),
	        )
	
	
	class CorosyncConfigUnsupportedTransport(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Transport 'netk' currently configured in corosync.conf is "
	                "unsupported. Supported transport types are: 'knet', 'udp', "
	                "'udpu'"
	            ),
	            reports.CorosyncConfigUnsupportedTransport(
	                "netk", ["udp", "knet", "udpu"]
	            ),
	        )
	
	
	class ParseErrorCorosyncConfMissingClosingBrace(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to parse corosync config: missing closing brace",
	            reports.ParseErrorCorosyncConfMissingClosingBrace(),
	        )
	
	
	class ParseErrorCorosyncConfUnexpectedClosingBrace(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to parse corosync config: unexpected closing brace",
	            reports.ParseErrorCorosyncConfUnexpectedClosingBrace(),
	        )
	
	
	class ParseErrorCorosyncConfMissingSectionNameBeforeOpeningBrace(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to parse corosync config: missing a section name before {",
	            reports.ParseErrorCorosyncConfMissingSectionNameBeforeOpeningBrace(),
	        )
	
	
	class ParseErrorCorosyncConfExtraCharactersAfterOpeningBrace(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to parse corosync config: extra characters after {",
	            reports.ParseErrorCorosyncConfExtraCharactersAfterOpeningBrace(),
	        )
	
	
	class ParseErrorCorosyncConfExtraCharactersBeforeOrAfterClosingBrace(
	    NameBuildTest
	):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Unable to parse corosync config: extra characters before "
	                "or after }"
	            ),
	            reports.ParseErrorCorosyncConfExtraCharactersBeforeOrAfterClosingBrace(),
	        )
	
	
	class ParseErrorCorosyncConfLineIsNotSectionNorKeyValue(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to parse corosync config: a line is not opening or closing "
	            "a section or key: value",
	            reports.ParseErrorCorosyncConfLineIsNotSectionNorKeyValue(),
	        )
	
	
	class ParseErrorCorosyncConf(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to parse corosync config", reports.ParseErrorCorosyncConf()
	        )
	
	
	class CorosyncConfigCannotSaveInvalidNamesValues(NameBuildTest):
	    def test_empty(self):
	        self.assert_message_from_report(
	            "Cannot save corosync.conf containing invalid section names, "
	            "option names or option values",
	            reports.CorosyncConfigCannotSaveInvalidNamesValues([], [], []),
	        )
	
	    def test_one_section(self):
	        self.assert_message_from_report(
	            "Cannot save corosync.conf containing "
	            "invalid section name(s): 'SECTION'",
	            reports.CorosyncConfigCannotSaveInvalidNamesValues(
	                ["SECTION"], [], []
	            ),
	        )
	
	    def test_more_sections(self):
	        self.assert_message_from_report(
	            "Cannot save corosync.conf containing "
	            "invalid section name(s): 'SECTION1', 'SECTION2'",
	            reports.CorosyncConfigCannotSaveInvalidNamesValues(
	                ["SECTION1", "SECTION2"], [], []
	            ),
	        )
	
	    def test_one_attr_name(self):
	        self.assert_message_from_report(
	            "Cannot save corosync.conf containing "
	            "invalid option name(s): 'ATTR'",
	            reports.CorosyncConfigCannotSaveInvalidNamesValues(
	                [], ["ATTR"], []
	            ),
	        )
	
	    def test_more_attr_names(self):
	        self.assert_message_from_report(
	            "Cannot save corosync.conf containing "
	            "invalid option name(s): 'ATTR1', 'ATTR2'",
	            reports.CorosyncConfigCannotSaveInvalidNamesValues(
	                [], ["ATTR1", "ATTR2"], []
	            ),
	        )
	
	    def test_one_attr_value(self):
	        self.assert_message_from_report(
	            "Cannot save corosync.conf containing "
	            "invalid option value(s): 'VALUE' (option 'ATTR')",
	            reports.CorosyncConfigCannotSaveInvalidNamesValues(
	                [], [], [("ATTR", "VALUE")]
	            ),
	        )
	
	    def test_more_attr_values(self):
	        self.assert_message_from_report(
	            "Cannot save corosync.conf containing "
	            "invalid option value(s): 'VALUE1' (option 'ATTR1'), "
	            "'VALUE2' (option 'ATTR2')",
	            reports.CorosyncConfigCannotSaveInvalidNamesValues(
	                [], [], [("ATTR1", "VALUE1"), ("ATTR2", "VALUE2")]
	            ),
	        )
	
	    def test_all(self):
	        self.assert_message_from_report(
	            "Cannot save corosync.conf containing "
	            "invalid section name(s): 'SECTION1', 'SECTION2'; "
	            "invalid option name(s): 'ATTR1', 'ATTR2'; "
	            "invalid option value(s): 'VALUE3' (option 'ATTR3'), "
	            "'VALUE4' (option 'ATTR4')",
	            reports.CorosyncConfigCannotSaveInvalidNamesValues(
	                ["SECTION1", "SECTION2"],
	                ["ATTR1", "ATTR2"],
	                [("ATTR3", "VALUE3"), ("ATTR4", "VALUE4")],
	            ),
	        )
	
	
	class CorosyncConfigMissingNamesOfNodes(NameBuildTest):
	    def test_non_fatal(self):
	        self.assert_message_from_report(
	            "Some nodes are missing names in corosync.conf, "
	            "those nodes were omitted. "
	            "Edit corosync.conf and make sure all nodes have their name set.",
	            reports.CorosyncConfigMissingNamesOfNodes(),
	        )
	
	    def test_fatal(self):
	        self.assert_message_from_report(
	            "Some nodes are missing names in corosync.conf, "
	            "unable to continue. "
	            "Edit corosync.conf and make sure all nodes have their name set.",
	            reports.CorosyncConfigMissingNamesOfNodes(fatal=True),
	        )
	
	
	class CorosyncConfigMissingIdsOfNodes(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Some nodes are missing IDs in corosync.conf. "
	            "Edit corosync.conf and make sure all nodes have their nodeid set.",
	            reports.CorosyncConfigMissingIdsOfNodes(),
	        )
	
	
	class CorosyncConfigNoNodesDefined(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "No nodes found in corosync.conf",
	            reports.CorosyncConfigNoNodesDefined(),
	        )
	
	
	class CorosyncOptionsIncompatibleWithQdevice(NameBuildTest):
	    def test_single_option(self):
	        self.assert_message_from_report(
	            "These options cannot be set when the cluster uses a quorum "
	            "device: 'option1'",
	            reports.CorosyncOptionsIncompatibleWithQdevice(["option1"]),
	        )
	
	    def test_multiple_options(self):
	        self.assert_message_from_report(
	            "These options cannot be set when the cluster uses a quorum "
	            "device: 'option1', 'option2', 'option3'",
	            reports.CorosyncOptionsIncompatibleWithQdevice(
	                ["option3", "option1", "option2"]
	            ),
	        )
	
	
	class CorosyncClusterNameInvalidForGfs2(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Chosen cluster name 'cluster name' will prevent mounting GFS2 "
	            "volumes in the cluster, use at most 16 of a-z A-Z characters; "
	            "you may safely override this if you do not intend to use GFS2",
	            reports.CorosyncClusterNameInvalidForGfs2(
	                cluster_name="cluster name",
	                max_length=16,
	                allowed_characters="a-z A-Z",
	            ),
	        )
	
	
	class CorosyncBadNodeAddressesCount(NameBuildTest):
	    def test_no_node_info(self):
	        self.assert_message_from_report(
	            "At least 1 and at most 4 addresses must be specified for a node, "
	            "5 addresses specified",
	            reports.CorosyncBadNodeAddressesCount(5, 1, 4),
	        )
	
	    def test_node_name(self):
	        self.assert_message_from_report(
	            "At least 1 and at most 4 addresses must be specified for a node, "
	            "5 addresses specified for node 'node1'",
	            reports.CorosyncBadNodeAddressesCount(5, 1, 4, "node1"),
	        )
	
	    def test_node_id(self):
	        self.assert_message_from_report(
	            "At least 1 and at most 4 addresses must be specified for a node, "
	            "5 addresses specified for node '2'",
	            reports.CorosyncBadNodeAddressesCount(5, 1, 4, node_index=2),
	        )
	
	    def test_node_name_and_id(self):
	        self.assert_message_from_report(
	            "At least 1 and at most 4 addresses must be specified for a node, "
	            "5 addresses specified for node 'node2'",
	            reports.CorosyncBadNodeAddressesCount(5, 1, 4, "node2", 2),
	        )
	
	    def test_one_address_allowed(self):
	        self.assert_message_from_report(
	            "At least 0 and at most 1 address must be specified for a node, "
	            "2 addresses specified for node 'node2'",
	            reports.CorosyncBadNodeAddressesCount(2, 0, 1, "node2", 2),
	        )
	
	    def test_one_address_specified(self):
	        self.assert_message_from_report(
	            "At least 2 and at most 4 addresses must be specified for a node, "
	            "1 address specified for node 'node2'",
	            reports.CorosyncBadNodeAddressesCount(1, 2, 4, "node2", 2),
	        )
	
	    def test_exactly_one_address_allowed(self):
	        self.assert_message_from_report(
	            "1 address must be specified for a node, "
	            "2 addresses specified for node 'node2'",
	            reports.CorosyncBadNodeAddressesCount(2, 1, 1, "node2", 2),
	        )
	
	    def test_exactly_two_addresses_allowed(self):
	        self.assert_message_from_report(
	            "2 addresses must be specified for a node, "
	            "1 address specified for node 'node2'",
	            reports.CorosyncBadNodeAddressesCount(1, 2, 2, "node2", 2),
	        )
	
	
	class CorosyncIpVersionMismatchInLinks(NameBuildTest):
	    def test_without_links(self):
	        self.assert_message_from_report(
	            "Using both IPv4 and IPv6 on one link is not allowed; please, use "
	            "either IPv4 or IPv6",
	            reports.CorosyncIpVersionMismatchInLinks(),
	        )
	
	    def test_with_single_link(self):
	        self.assert_message_from_report(
	            "Using both IPv4 and IPv6 on one link is not allowed; please, use "
	            "either IPv4 or IPv6 on link(s): '3'",
	            reports.CorosyncIpVersionMismatchInLinks(["3"]),
	        )
	
	    def test_with_links(self):
	        self.assert_message_from_report(
	            "Using both IPv4 and IPv6 on one link is not allowed; please, use "
	            "either IPv4 or IPv6 on link(s): '0', '3', '4'",
	            reports.CorosyncIpVersionMismatchInLinks(["3", "0", "4"]),
	        )
	
	
	class CorosyncAddressIpVersionWrongForLink(NameBuildTest):
	    def test_without_links(self):
	        self.assert_message_from_report(
	            "Address '192.168.100.42' cannot be used in the link because "
	            "the link uses IPv6 addresses",
	            reports.CorosyncAddressIpVersionWrongForLink(
	                "192.168.100.42",
	                "IPv6",
	            ),
	        )
	
	    def test_with_links(self):
	        self.assert_message_from_report(
	            "Address '192.168.100.42' cannot be used in link '3' because "
	            "the link uses IPv6 addresses",
	            reports.CorosyncAddressIpVersionWrongForLink(
	                "192.168.100.42",
	                "IPv6",
	                3,
	            ),
	        )
	
	
	class CorosyncLinkNumberDuplication(NameBuildTest):
	    _template = "Link numbers must be unique, duplicate link numbers: {values}"
	
	    def test_message(self):
	        self.assert_message_from_report(
	            self._template.format(values="'1', '3'"),
	            reports.CorosyncLinkNumberDuplication(["1", "3"]),
	        )
	
	    def test_sort(self):
	        self.assert_message_from_report(
	            self._template.format(values="'1', '3'"),
	            reports.CorosyncLinkNumberDuplication(["3", "1"]),
	        )
	
	    def test_sort_not_int(self):
	        self.assert_message_from_report(
	            self._template.format(values="'-5', 'x3', '1', '3'"),
	            reports.CorosyncLinkNumberDuplication(["3", "1", "x3", "-5"]),
	        )
	
	
	class CorosyncNodeAddressCountMismatch(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "All nodes must have the same number of addresses; "
	            "nodes 'node3', 'node4', 'node6' have 1 address; "
	            "nodes 'node2', 'node5' have 3 addresses; "
	            "node 'node1' has 2 addresses",
	            reports.CorosyncNodeAddressCountMismatch(
	                {
	                    "node1": 2,
	                    "node2": 3,
	                    "node3": 1,
	                    "node4": 1,
	                    "node5": 3,
	                    "node6": 1,
	                }
	            ),
	        )
	
	
	class NodeAddressesAlreadyExist(NameBuildTest):
	    def test_one_address(self):
	        self.assert_message_from_report(
	            "Node address 'node1' is already used by existing nodes; please, "
	            "use other address",
	            reports.NodeAddressesAlreadyExist(["node1"]),
	        )
	
	    def test_more_addresses(self):
	        self.assert_message_from_report(
	            "Node addresses 'node1', 'node3' are already used by existing "
	            "nodes; please, use other addresses",
	            reports.NodeAddressesAlreadyExist(["node1", "node3"]),
	        )
	
	
	class NodeAddressesCannotBeEmpty(NameBuildTest):
	    def test_one_node(self):
	        self.assert_message_from_report(
	            ("Empty address set for node 'node2', an address cannot be empty"),
	            reports.NodeAddressesCannotBeEmpty(["node2"]),
	        )
	
	    def test_more_nodes(self):
	        self.assert_message_from_report(
	            (
	                "Empty address set for nodes 'node1', 'node2', "
	                "an address cannot be empty"
	            ),
	            reports.NodeAddressesCannotBeEmpty(["node2", "node1"]),
	        )
	
	
	class NodeAddressesDuplication(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Node addresses must be unique, duplicate addresses: "
	            "'node1', 'node3'",
	            reports.NodeAddressesDuplication(["node1", "node3"]),
	        )
	
	
	class NodeNamesAlreadyExist(NameBuildTest):
	    def test_one_address(self):
	        self.assert_message_from_report(
	            "Node name 'node1' is already used by existing nodes; please, "
	            "use other name",
	            reports.NodeNamesAlreadyExist(["node1"]),
	        )
	
	    def test_more_addresses(self):
	        self.assert_message_from_report(
	            "Node names 'node1', 'node3' are already used by existing "
	            "nodes; please, use other names",
	            reports.NodeNamesAlreadyExist(["node1", "node3"]),
	        )
	
	
	class NodeNamesDuplication(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Node names must be unique, duplicate names: 'node1', 'node3'",
	            reports.NodeNamesDuplication(["node1", "node3"]),
	        )
	
	
	class CorosyncNodesMissing(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "No nodes have been specified", reports.CorosyncNodesMissing()
	        )
	
	
	class CorosyncNodeRenameOldNodeNotFound(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            ("Node 'node1' was not found in corosync.conf, unable to rename"),
	            reports.CorosyncNodeRenameOldNodeNotFound("node1"),
	        )
	
	
	class CorosyncNodeRenameNewNodeAlreadyExists(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            ("Node 'node2' already exists in corosync.conf, unable to rename"),
	            reports.CorosyncNodeRenameNewNodeAlreadyExists("node2"),
	        )
	
	
	class CorosyncNodeRenameAddrsMatchOldName(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Node 'node1' has been renamed to 'node1-new', but the"
	                " following addresses still reference the old name:"
	                " node1-new: ring1_addr; node2: ring0_addr"
	            ),
	            reports.CorosyncNodeRenameAddrsMatchOldName(
	                "node1",
	                "node1-new",
	                {"node1-new": ["ring1_addr"], "node2": ["ring0_addr"]},
	            ),
	        )
	
	
	class CorosyncTooManyLinksOptions(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Cannot specify options for more links (7) than how many is "
	                "defined by number of addresses per node (3)"
	            ),
	            reports.CorosyncTooManyLinksOptions(7, 3),
	        )
	
	
	class CorosyncCannotAddRemoveLinksBadTransport(NameBuildTest):
	    def test_add(self):
	        self.assert_message_from_report(
	            (
	                "Cluster is using udp transport which does not support "
	                "adding links"
	            ),
	            reports.CorosyncCannotAddRemoveLinksBadTransport(
	                "udp", ["knet1", "knet2"], add_or_not_remove=True
	            ),
	        )
	
	    def test_remove(self):
	        self.assert_message_from_report(
	            (
	                "Cluster is using udpu transport which does not support "
	                "removing links"
	            ),
	            reports.CorosyncCannotAddRemoveLinksBadTransport(
	                "udpu", ["knet"], add_or_not_remove=False
	            ),
	        )
	
	
	class CorosyncCannotAddRemoveLinksNoLinksSpecified(NameBuildTest):
	    def test_add(self):
	        self.assert_message_from_report(
	            "Cannot add links, no links to add specified",
	            reports.CorosyncCannotAddRemoveLinksNoLinksSpecified(
	                add_or_not_remove=True
	            ),
	        )
	
	    def test_remove(self):
	        self.assert_message_from_report(
	            "Cannot remove links, no links to remove specified",
	            reports.CorosyncCannotAddRemoveLinksNoLinksSpecified(
	                add_or_not_remove=False
	            ),
	        )
	
	
	class CorosyncCannotAddRemoveLinksTooManyFewLinks(NameBuildTest):
	    def test_add(self):
	        self.assert_message_from_report(
	            (
	                "Cannot add 1 link, there would be 1 link defined which is "
	                "more than allowed number of 1 link"
	            ),
	            reports.CorosyncCannotAddRemoveLinksTooManyFewLinks(
	                1, 1, 1, add_or_not_remove=True
	            ),
	        )
	
	    def test_add_s(self):
	        self.assert_message_from_report(
	            (
	                "Cannot add 2 links, there would be 4 links defined which is "
	                "more than allowed number of 3 links"
	            ),
	            reports.CorosyncCannotAddRemoveLinksTooManyFewLinks(
	                2, 4, 3, add_or_not_remove=True
	            ),
	        )
	
	    def test_remove(self):
	        self.assert_message_from_report(
	            (
	                "Cannot remove 1 link, there would be 1 link defined which is "
	                "less than allowed number of 1 link"
	            ),
	            reports.CorosyncCannotAddRemoveLinksTooManyFewLinks(
	                1, 1, 1, add_or_not_remove=False
	            ),
	        )
	
	    def test_remove_s(self):
	        self.assert_message_from_report(
	            (
	                "Cannot remove 3 links, there would be 0 links defined which "
	                "is less than allowed number of 2 links"
	            ),
	            reports.CorosyncCannotAddRemoveLinksTooManyFewLinks(
	                3, 0, 2, add_or_not_remove=False
	            ),
	        )
	
	
	class CorosyncLinkAlreadyExistsCannotAdd(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot add link '2', it already exists",
	            reports.CorosyncLinkAlreadyExistsCannotAdd("2"),
	        )
	
	
	class CorosyncLinkDoesNotExistCannotRemove(NameBuildTest):
	    def test_single_link(self):
	        self.assert_message_from_report(
	            ("Cannot remove non-existent link 'abc', existing links: '5'"),
	            reports.CorosyncLinkDoesNotExistCannotRemove(["abc"], ["5"]),
	        )
	
	    def test_multiple_links(self):
	        self.assert_message_from_report(
	            (
	                "Cannot remove non-existent links '0', '1', 'abc', existing "
	                "links: '2', '3', '5'"
	            ),
	            reports.CorosyncLinkDoesNotExistCannotRemove(
	                ["1", "0", "abc"], ["3", "2", "5"]
	            ),
	        )
	
	
	class CorosyncLinkDoesNotExistCannotUpdate(NameBuildTest):
	    def test_link_list_several(self):
	        self.assert_message_from_report(
	            (
	                "Cannot set options for non-existent link '3'"
	                ", existing links: '0', '1', '2', '6', '7'"
	            ),
	            reports.CorosyncLinkDoesNotExistCannotUpdate(
	                3, ["6", "7", "0", "1", "2"]
	            ),
	        )
	
	    def test_link_list_one(self):
	        self.assert_message_from_report(
	            (
	                "Cannot set options for non-existent link '3'"
	                ", existing links: '0'"
	            ),
	            reports.CorosyncLinkDoesNotExistCannotUpdate(3, ["0"]),
	        )
	
	
	class CorosyncTransportUnsupportedOptions(NameBuildTest):
	    def test_udp(self):
	        self.assert_message_from_report(
	            "The udp/udpu transport does not support 'crypto' options, use "
	            "'knet' transport",
	            reports.CorosyncTransportUnsupportedOptions(
	                "crypto", "udp/udpu", ["knet"]
	            ),
	        )
	
	    def test_multiple_supported_transports(self):
	        self.assert_message_from_report(
	            "The udp/udpu transport does not support 'crypto' options, use "
	            "'knet', 'knet2' transport",
	            reports.CorosyncTransportUnsupportedOptions(
	                "crypto", "udp/udpu", ["knet", "knet2"]
	            ),
	        )
	
	
	class ClusterUuidAlreadySet(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Cluster UUID has already been set", reports.ClusterUuidAlreadySet()
	        )
	
	
	class QdeviceAlreadyDefined(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "quorum device is already defined", reports.QdeviceAlreadyDefined()
	        )
	
	
	class QdeviceNotDefined(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "no quorum device is defined in this cluster",
	            reports.QdeviceNotDefined(),
	        )
	
	
	class QdeviceClientReloadStarted(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Reloading qdevice configuration on nodes...",
	            reports.QdeviceClientReloadStarted(),
	        )
	
	
	class QdeviceAlreadyInitialized(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Quorum device 'model' has been already initialized",
	            reports.QdeviceAlreadyInitialized("model"),
	        )
	
	
	class QdeviceNotInitialized(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Quorum device 'model' has not been initialized yet",
	            reports.QdeviceNotInitialized("model"),
	        )
	
	
	class QdeviceInitializationSuccess(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Quorum device 'model' initialized",
	            reports.QdeviceInitializationSuccess("model"),
	        )
	
	
	class QdeviceInitializationError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to initialize quorum device 'model': reason",
	            reports.QdeviceInitializationError("model", "reason"),
	        )
	
	
	class QdeviceCertificateDistributionStarted(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Setting up qdevice certificates on nodes...",
	            reports.QdeviceCertificateDistributionStarted(),
	        )
	
	
	class QdeviceCertificateAcceptedByNode(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: Succeeded",
	            reports.QdeviceCertificateAcceptedByNode("node1"),
	        )
	
	
	class QdeviceCertificateRemovalStarted(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Removing qdevice certificates from nodes...",
	            reports.QdeviceCertificateRemovalStarted(),
	        )
	
	
	class QdeviceCertificateRemovedFromNode(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node2: Succeeded",
	            reports.QdeviceCertificateRemovedFromNode("node2"),
	        )
	
	
	class QdeviceCertificateImportError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to import quorum device certificate: reason",
	            reports.QdeviceCertificateImportError("reason"),
	        )
	
	
	class QdeviceCertificateSignError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to sign quorum device certificate: reason",
	            reports.QdeviceCertificateSignError("reason"),
	        )
	
	
	class QdeviceCertificateBadFormat(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to parse quorum device certificate",
	            reports.QdeviceCertificateBadFormat(),
	        )
	
	
	class QdeviceCertificateReadError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to read quorum device certificate: reason",
	            reports.QdeviceCertificateReadError("reason"),
	        )
	
	
	class QdeviceDestroySuccess(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Quorum device 'model' configuration files removed",
	            reports.QdeviceDestroySuccess("model"),
	        )
	
	
	class QdeviceDestroyError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to destroy quorum device 'model': reason",
	            reports.QdeviceDestroyError("model", "reason"),
	        )
	
	
	class QdeviceNotRunning(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Quorum device 'model' is not running",
	            reports.QdeviceNotRunning("model"),
	        )
	
	
	class QdeviceGetStatusError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to get status of quorum device 'model': reason",
	            reports.QdeviceGetStatusError("model", "reason"),
	        )
	
	
	class QdeviceUsedByClusters(NameBuildTest):
	    def test_single_cluster(self):
	        self.assert_message_from_report(
	            "Quorum device is currently being used by cluster(s): 'c1'",
	            reports.QdeviceUsedByClusters(["c1"]),
	        )
	
	    def test_multiple_clusters(self):
	        self.assert_message_from_report(
	            "Quorum device is currently being used by cluster(s): 'c1', 'c2'",
	            reports.QdeviceUsedByClusters(["c1", "c2"]),
	        )
	
	
	class IdAlreadyExists(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "'id' already exists", reports.IdAlreadyExists("id")
	        )
	
	
	class IdBelongsToUnexpectedType(NameBuildTest):
	    def test_build_message_with_single_type(self):
	        self.assert_message_from_report(
	            "'ID' is not an ACL permission",
	            reports.IdBelongsToUnexpectedType("ID", ["acl_permission"], "op"),
	        )
	
	    def test_build_message_with_data(self):
	        self.assert_message_from_report(
	            "'ID' is not a clone / resource",
	            reports.IdBelongsToUnexpectedType(
	                "ID", ["primitive", "clone"], "op"
	            ),
	        )
	
	    def test_build_message_with_transformation_and_article(self):
	        self.assert_message_from_report(
	            "'ID' is not an ACL group / ACL user",
	            reports.IdBelongsToUnexpectedType(
	                "ID",
	                ["acl_target", "acl_group"],
	                "op",
	            ),
	        )
	
	
	class IdDoesNotSupportElementDescriptions(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "'ID' is a location constraint, descriptions are only "
	                "supported for clone / resource"
	            ),
	            reports.IdDoesNotSupportElementDescriptions(
	                "ID",
	                "rsc_location",
	                ["primitive", "clone"],
	            ),
	        )
	
	
	class ObjectWithIdInUnexpectedContext(NameBuildTest):
	    def test_with_context_id(self):
	        self.assert_message_from_report(
	            "resource 'R' exists but does not belong to group 'G'",
	            reports.ObjectWithIdInUnexpectedContext(
	                "primitive", "R", "group", "G"
	            ),
	        )
	
	    def test_without_context_id(self):
	        self.assert_message_from_report(
	            "group 'G' exists but does not belong to 'resource'",
	            reports.ObjectWithIdInUnexpectedContext(
	                "group", "G", "primitive", ""
	            ),
	        )
	
	
	class IdNotFound(NameBuildTest):
	    def test_id(self):
	        self.assert_message_from_report(
	            "'ID' does not exist", reports.IdNotFound("ID", [])
	        )
	
	    def test_id_and_type(self):
	        self.assert_message_from_report(
	            "clone / resource 'ID' does not exist",
	            reports.IdNotFound("ID", ["primitive", "clone"]),
	        )
	
	    def test_context(self):
	        self.assert_message_from_report(
	            "there is no 'ID' in the C_TYPE 'C_ID'",
	            reports.IdNotFound(
	                "ID", [], context_type="C_TYPE", context_id="C_ID"
	            ),
	        )
	
	    def test_type_and_context(self):
	        self.assert_message_from_report(
	            "there is no ACL user 'ID' in the C_TYPE 'C_ID'",
	            reports.IdNotFound(
	                "ID", ["acl_target"], context_type="C_TYPE", context_id="C_ID"
	            ),
	        )
	
	
	class ResourceBundleAlreadyContainsAResource(NameBuildTest):
	    def test_build_message_with_data(self):
	        self.assert_message_from_report(
	            (
	                "bundle 'test_bundle' already contains resource "
	                "'test_resource', a bundle may contain at most one resource"
	            ),
	            reports.ResourceBundleAlreadyContainsAResource(
	                "test_bundle", "test_resource"
	            ),
	        )
	
	
	class CannotGroupResourceWrongType(NameBuildTest):
	    def test_without_parent(self):
	        self.assert_message_from_report(
	            (
	                "'R' is a clone resource, clone resources cannot be put into "
	                "a group"
	            ),
	            reports.CannotGroupResourceWrongType("R", "master", None, None),
	        )
	
	    def test_with_parent(self):
	        self.assert_message_from_report(
	            (
	                "'R' cannot be put into a group because its parent 'B' "
	                "is a bundle resource"
	            ),
	            reports.CannotGroupResourceWrongType(
	                "R", "primitive", "B", "bundle"
	            ),
	        )
	
	
	class UnableToGetResourceOperationDigests(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "unable to get resource operation digests:\ncrm_resource output",
	            reports.UnableToGetResourceOperationDigests("crm_resource output"),
	        )
	
	
	class StonithResourcesDoNotExist(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Stonith resource(s) 'device1', 'device2' do not exist",
	            reports.StonithResourcesDoNotExist(["device2", "device1"]),
	        )
	
	
	class StonithRestartlessUpdateOfScsiDevicesNotSupported(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Restartless update of scsi devices is not supported, please "
	                "upgrade pacemaker"
	            ),
	            reports.StonithRestartlessUpdateOfScsiDevicesNotSupported(),
	        )
	
	
	class StonithRestartlessUpdateUnsupportedAgent(NameBuildTest):
	    def test_plural(self):
	        self.assert_message_from_report(
	            (
	                "Resource 'fence_sbd' is not a stonith resource or its type "
	                "'wrong_type' is not supported for devices update. Supported "
	                "types: 'fence_mpath', 'fence_scsi'"
	            ),
	            reports.StonithRestartlessUpdateUnsupportedAgent(
	                "fence_sbd", "wrong_type", ["fence_scsi", "fence_mpath"]
	            ),
	        )
	
	    def test_singular(self):
	        self.assert_message_from_report(
	            (
	                "Resource 'fence_sbd' is not a stonith resource or its type "
	                "'wrong_type' is not supported for devices update. Supported "
	                "type: 'fence_scsi'"
	            ),
	            reports.StonithRestartlessUpdateUnsupportedAgent(
	                "fence_sbd", "wrong_type", ["fence_scsi"]
	            ),
	        )
	
	
	class StonithUnfencingFailed(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            ("Unfencing failed:\nreason"),
	            reports.StonithUnfencingFailed("reason"),
	        )
	
	
	class StonithUnfencingDeviceStatusFailed(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "Unfencing failed, unable to check status of device 'dev1': reason",
	            reports.StonithUnfencingDeviceStatusFailed("dev1", "reason"),
	        )
	
	
	class StonithUnfencingSkippedDevicesFenced(NameBuildTest):
	    def test_one_device(self):
	        self.assert_message_from_report(
	            "Unfencing skipped, device 'dev1' is fenced",
	            reports.StonithUnfencingSkippedDevicesFenced(["dev1"]),
	        )
	
	    def test_multiple_devices(self):
	        self.assert_message_from_report(
	            "Unfencing skipped, devices 'dev1', 'dev2', 'dev3' are fenced",
	            reports.StonithUnfencingSkippedDevicesFenced(
	                ["dev2", "dev1", "dev3"]
	            ),
	        )
	
	
	class StonithRestartlessUpdateUnableToPerform(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "Unable to perform restartless update of scsi devices: reason",
	            reports.StonithRestartlessUpdateUnableToPerform("reason"),
	        )
	
	    def test_build_message_reason_type_specified(self):
	        self.assert_message_from_report(
	            "Unable to perform restartless update of scsi devices: reason",
	            reports.StonithRestartlessUpdateUnableToPerform(
	                "reason",
	                const.STONITH_RESTARTLESS_UPDATE_UNABLE_TO_PERFORM_REASON_NOT_RUNNING,
	            ),
	        )
	
	
	class StonithRestartlessUpdateMissingMpathKeys(NameBuildTest):
	    def test_plural(self):
	        self.assert_message_from_report(
	            (
	                "Missing mpath reservation keys for nodes: 'rh9-2', 'rh9-3', "
	                "in 'pcmk_host_map' value: 'rh9-1:1'"
	            ),
	            reports.StonithRestartlessUpdateMissingMpathKeys(
	                "rh9-1:1", ["rh9-2", "rh9-3"]
	            ),
	        )
	
	    def test_singular(self):
	        self.assert_message_from_report(
	            (
	                "Missing mpath reservation key for node: 'rh9-2', "
	                "in 'pcmk_host_map' value: 'rh9-1:1'"
	            ),
	            reports.StonithRestartlessUpdateMissingMpathKeys(
	                "rh9-1:1", ["rh9-2"]
	            ),
	        )
	
	    def test_missing_map_and_empty_nodes(self):
	        self.assert_message_from_report(
	            "Missing mpath reservation keys, 'pcmk_host_map' not set",
	            reports.StonithRestartlessUpdateMissingMpathKeys(None, []),
	        )
	
	    def test_missing_map_non_empty_nodes(self):
	        self.assert_message_from_report(
	            "Missing mpath reservation keys, 'pcmk_host_map' not set",
	            reports.StonithRestartlessUpdateMissingMpathKeys(
	                None, ["rh9-1", "rh9-2"]
	            ),
	        )
	
	    def test_non_empty_map_empty_nodes(self):
	        self.assert_message_from_report(
	            (
	                "Missing mpath reservation keys for nodes in 'pcmk_host_map' "
	                "value: 'rh-1:1'"
	            ),
	            reports.StonithRestartlessUpdateMissingMpathKeys("rh-1:1", []),
	        )
	
	
	class ResourceRunningOnNodes(NameBuildTest):
	    def test_one_node(self):
	        self.assert_message_from_report(
	            "resource 'R' is running on node 'node1'",
	            reports.ResourceRunningOnNodes("R", {"Started": ["node1"]}),
	        )
	
	    def test_multiple_nodes(self):
	        self.assert_message_from_report(
	            "resource 'R' is running on nodes 'node1', 'node2'",
	            reports.ResourceRunningOnNodes(
	                "R", {"Started": ["node1", "node2"]}
	            ),
	        )
	
	    def test_multiple_role_multiple_nodes(self):
	        self.assert_message_from_report(
	            "resource 'R' is promoted on node 'node3'"
	            "; running on nodes 'node1', 'node2'",
	            reports.ResourceRunningOnNodes(
	                "R",
	                {
	                    "Started": ["node1", "node2"],
	                    "Promoted": ["node3"],
	                },
	            ),
	        )
	
	
	class ResourceDoesNotRun(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "resource 'R' is not running on any node",
	            reports.ResourceDoesNotRun("R"),
	        )
	
	
	class ResourceIsGuestNodeAlready(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "the resource 'some-resource' is already a guest node",
	            reports.ResourceIsGuestNodeAlready("some-resource"),
	        )
	
	
	class ResourceIsUnmanaged(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "'R' is unmanaged", reports.ResourceIsUnmanaged("R")
	        )
	
	
	class ResourceManagedNoMonitorEnabled(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "Resource 'R' has no enabled monitor operations",
	            reports.ResourceManagedNoMonitorEnabled("R"),
	        )
	
	
	class CibLoadError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "unable to get cib", reports.CibLoadError("reason")
	        )
	
	
	class CibLoadErrorGetNodesForValidation(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Unable to load CIB to get guest and remote nodes from it, "
	                "those nodes cannot be considered in configuration validation"
	            ),
	            reports.CibLoadErrorGetNodesForValidation(),
	        )
	
	
	class CibLoadErrorScopeMissing(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "unable to get cib, scope 'scope-name' not present in cib",
	            reports.CibLoadErrorScopeMissing("scope-name", "reason"),
	        )
	
	
	class CibLoadErrorBadFormat(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "unable to get cib, something wrong",
	            reports.CibLoadErrorBadFormat("something wrong"),
	        )
	
	
	class CibCannotFindMandatorySection(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to get 'section-name' section of cib",
	            reports.CibCannotFindMandatorySection("section-name"),
	        )
	
	
	class CibPushError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to update cib\nreason\npushed-cib",
	            reports.CibPushError("reason", "pushed-cib"),
	        )
	
	
	class CibSaveTmpError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to save CIB to a temporary file: reason",
	            reports.CibSaveTmpError("reason"),
	        )
	
	
	class CibDiffError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to diff CIB: error message\n<cib-new />",
	            reports.CibDiffError("error message", "<cib-old />", "<cib-new />"),
	        )
	
	
	class CibSimulateError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to simulate changes in CIB: error message",
	            reports.CibSimulateError("error message"),
	        )
	
	    def test_empty_reason(self):
	        self.assert_message_from_report(
	            "Unable to simulate changes in CIB",
	            reports.CibSimulateError(""),
	        )
	
	
	class CrmMonError(NameBuildTest):
	    def test_without_reason(self):
	        self.assert_message_from_report(
	            "error running crm_mon, is pacemaker running?",
	            reports.CrmMonError(""),
	        )
	
	    def test_with_reason(self):
	        self.assert_message_from_report(
	            (
	                "error running crm_mon, is pacemaker running?"
	                "\n  reason\n  spans several lines"
	            ),
	            reports.CrmMonError("reason\nspans several lines"),
	        )
	
	
	class BadPcmkApiResponseFormat(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Cannot process pacemaker response due to a parse error: "
	                "detailed parse or xml error\n"
	                "pacemaker tool output"
	            ),
	            reports.BadPcmkApiResponseFormat(
	                "detailed parse or xml error", "pacemaker tool output"
	            ),
	        )
	
	
	class BadClusterStateFormat(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "cannot load cluster status, xml does not conform to the schema",
	            reports.BadClusterStateFormat(),
	        )
	
	
	class BadClusterStateData(NameBuildTest):
	    def test_no_reason(self):
	        self.assert_message_from_report(
	            (
	                "Cannot load cluster status, xml does not describe "
	                "valid cluster status"
	            ),
	            reports.BadClusterStateData(),
	        )
	
	    def test_reason(self):
	        self.assert_message_from_report(
	            (
	                "Cannot load cluster status, xml does not describe "
	                "valid cluster status: sample reason"
	            ),
	            reports.BadClusterStateData("sample reason"),
	        )
	
	
	class WaitForIdleStarted(NameBuildTest):
	    def test_timeout(self):
	        timeout = 20
	        self.assert_message_from_report(
	            (
	                "Waiting for the cluster to apply configuration changes "
	                f"(timeout: {timeout} seconds)..."
	            ),
	            reports.WaitForIdleStarted(timeout),
	        )
	
	    def test_timeout_singular(self):
	        timeout = 1
	        self.assert_message_from_report(
	            (
	                "Waiting for the cluster to apply configuration changes "
	                f"(timeout: {timeout} second)..."
	            ),
	            reports.WaitForIdleStarted(timeout),
	        )
	
	    def test_timeout_0(self):
	        self.assert_message_from_report(
	            "Waiting for the cluster to apply configuration changes...",
	            reports.WaitForIdleStarted(0),
	        )
	
	    def test_timeout_negative(self):
	        self.assert_message_from_report(
	            "Waiting for the cluster to apply configuration changes...",
	            reports.WaitForIdleStarted(-1),
	        )
	
	
	class WaitForIdleTimedOut(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "waiting timeout\n\nreason", reports.WaitForIdleTimedOut("reason")
	        )
	
	
	class WaitForIdleError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "reason", reports.WaitForIdleError("reason")
	        )
	
	
	class WaitForIdleNotLiveCluster(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Cannot pass CIB together with 'wait'",
	            reports.WaitForIdleNotLiveCluster(),
	        )
	
	
	class ResourceCleanupError(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "Unable to forget failed operations of resources\nsomething wrong",
	            reports.ResourceCleanupError("something wrong"),
	        )
	
	    def test_node(self):
	        self.assert_message_from_report(
	            "Unable to forget failed operations of resources\nsomething wrong",
	            reports.ResourceCleanupError("something wrong", node="N1"),
	        )
	
	    def test_resource(self):
	        self.assert_message_from_report(
	            "Unable to forget failed operations of resource: R1\n"
	            "something wrong",
	            reports.ResourceCleanupError("something wrong", "R1"),
	        )
	
	    def test_resource_and_node(self):
	        self.assert_message_from_report(
	            "Unable to forget failed operations of resource: R1\n"
	            "something wrong",
	            reports.ResourceCleanupError("something wrong", "R1", "N1"),
	        )
	
	
	class ResourceRefreshError(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "Unable to delete history of resources\nsomething wrong",
	            reports.ResourceRefreshError("something wrong"),
	        )
	
	    def test_node(self):
	        self.assert_message_from_report(
	            "Unable to delete history of resources\nsomething wrong",
	            reports.ResourceRefreshError(
	                "something wrong",
	                node="N1",
	            ),
	        )
	
	    def test_resource(self):
	        self.assert_message_from_report(
	            "Unable to delete history of resource: R1\nsomething wrong",
	            reports.ResourceRefreshError("something wrong", "R1"),
	        )
	
	    def test_resource_and_node(self):
	        self.assert_message_from_report(
	            "Unable to delete history of resource: R1\nsomething wrong",
	            reports.ResourceRefreshError("something wrong", "R1", "N1"),
	        )
	
	
	class ResourceRefreshTooTimeConsuming(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Deleting history of all resources on all nodes will execute more "
	            "than 25 operations in the cluster, which may negatively "
	            "impact the responsiveness of the cluster. Consider specifying "
	            "resource and/or node",
	            reports.ResourceRefreshTooTimeConsuming(25),
	        )
	
	
	class ResourceOperationIntervalDuplication(NameBuildTest):
	    def test_build_message_with_data(self):
	        self.assert_message_from_report(
	            "multiple specification of the same operation with the same"
	            " interval:"
	            "\nmonitor with intervals 3600s, 60m, 1h"
	            "\nmonitor with intervals 60s, 1m",
	            reports.ResourceOperationIntervalDuplication(
	                {
	                    "monitor": [
	                        ["3600s", "60m", "1h"],
	                        ["60s", "1m"],
	                    ],
	                }
	            ),
	        )
	
	
	class ResourceOperationIntervalAdapted(NameBuildTest):
	    def test_build_message_with_data(self):
	        self.assert_message_from_report(
	            "changing a monitor operation interval from 10 to 11 to make the"
	            " operation unique",
	            reports.ResourceOperationIntervalAdapted("monitor", "10", "11"),
	        )
	
	
	class NodeNotFound(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "Node 'SOME_NODE' does not appear to exist in configuration",
	            reports.NodeNotFound("SOME_NODE"),
	        )
	
	    def test_build_messages_with_one_search_types(self):
	        self.assert_message_from_report(
	            "remote node 'SOME_NODE' does not appear to exist in configuration",
	            reports.NodeNotFound("SOME_NODE", ["remote"]),
	        )
	
	    def test_build_messages_with_multiple_search_types(self):
	        self.assert_message_from_report(
	            "nor remote node or guest node 'SOME_NODE' does not appear to exist"
	            " in configuration",
	            reports.NodeNotFound("SOME_NODE", ["remote", "guest"]),
	        )
	
	
	class NodeRenameNamesEqual(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Unable to rename node 'node1': "
	                "new name is the same as the current name"
	            ),
	            reports.NodeRenameNamesEqual("node1"),
	        )
	
	
	class NodeToClearIsStillInCluster(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "node 'node1' seems to be still in the cluster"
	            "; this command should be used only with nodes that have been"
	            " removed from the cluster",
	            reports.NodeToClearIsStillInCluster("node1"),
	        )
	
	
	class NodeRemoveInPacemakerFailed(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            ("Unable to remove node(s) 'NODE1', 'NODE2' from pacemaker"),
	            reports.NodeRemoveInPacemakerFailed(["NODE2", "NODE1"]),
	        )
	
	    def test_without_node(self):
	        self.assert_message_from_report(
	            "Unable to remove node(s) 'NODE' from pacemaker: reason",
	            reports.NodeRemoveInPacemakerFailed(["NODE"], reason="reason"),
	        )
	
	    def test_with_node(self):
	        self.assert_message_from_report(
	            (
	                "node-a: Unable to remove node(s) 'NODE1', 'NODE2' from "
	                "pacemaker: reason"
	            ),
	            reports.NodeRemoveInPacemakerFailed(
	                ["NODE1", "NODE2"], node="node-a", reason="reason"
	            ),
	        )
	
	
	class NodeRemoveInPacemakerSkipped(NameBuildTest):
	    def test_one_node(self):
	        self.assert_message_from_report(
	            (
	                "Skipping removal of node 'NODE1' from pacemaker because the "
	                "command does not run on a live cluster"
	            ),
	            reports.NodeRemoveInPacemakerSkipped(
	                const.REASON_NOT_LIVE_CIB, ["NODE1"]
	            ),
	        )
	
	    def test_multiple_nodes(self):
	        self.assert_message_from_report(
	            (
	                "Skipping removal of nodes 'NODE1', 'NODE2' from pacemaker "
	                "because the command does not run on a live cluster"
	            ),
	            reports.NodeRemoveInPacemakerSkipped(
	                const.REASON_NOT_LIVE_CIB, ["NODE2", "NODE1"]
	            ),
	        )
	
	    def test_with_node(self):
	        self.assert_message_from_report(
	            (
	                "node-a: Unable to remove node(s) 'NODE1', 'NODE2' from "
	                "pacemaker: reason"
	            ),
	            reports.NodeRemoveInPacemakerFailed(
	                ["NODE1", "NODE2"], node="node-a", reason="reason"
	            ),
	        )
	
	
	class MultipleResultsFound(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "more than one resource found: 'ID1', 'ID2'",
	            reports.MultipleResultsFound("resource", ["ID2", "ID1"]),
	        )
	
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "more than one resource for 'NODE-NAME' found: 'ID1', 'ID2'",
	            reports.MultipleResultsFound(
	                "resource", ["ID2", "ID1"], "NODE-NAME"
	            ),
	        )
	
	
	class PacemakerSimulationResult(NameBuildTest):
	    def test_default(self):
	        self.assert_message_from_report(
	            "\nSimulation result:\ncrm_simulate output",
	            reports.PacemakerSimulationResult("crm_simulate output"),
	        )
	
	
	class PacemakerLocalNodeNameNotFound(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "unable to get local node name from pacemaker: reason",
	            reports.PacemakerLocalNodeNameNotFound("reason"),
	        )
	
	
	class ServiceActionStarted(NameBuildTest):
	    def test_start(self):
	        self.assert_message_from_report(
	            "Starting a_service...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_START, "a_service"
	            ),
	        )
	
	    def test_start_instance(self):
	        self.assert_message_from_report(
	            "Starting a_service@an_instance...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_START, "a_service", "an_instance"
	            ),
	        )
	
	    def test_stop(self):
	        self.assert_message_from_report(
	            "Stopping a_service...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_STOP, "a_service"
	            ),
	        )
	
	    def test_stop_instance(self):
	        self.assert_message_from_report(
	            "Stopping a_service@an_instance...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_STOP, "a_service", "an_instance"
	            ),
	        )
	
	    def test_enable(self):
	        self.assert_message_from_report(
	            "Enabling a_service...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_ENABLE, "a_service"
	            ),
	        )
	
	    def test_enable_instance(self):
	        self.assert_message_from_report(
	            "Enabling a_service@an_instance...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_ENABLE, "a_service", "an_instance"
	            ),
	        )
	
	    def test_disable(self):
	        self.assert_message_from_report(
	            "Disabling a_service...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_DISABLE, "a_service"
	            ),
	        )
	
	    def test_disable_instance(self):
	        self.assert_message_from_report(
	            "Disabling a_service@an_instance...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_DISABLE, "a_service", "an_instance"
	            ),
	        )
	
	    def test_kill(self):
	        self.assert_message_from_report(
	            "Killing a_service...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_KILL, "a_service"
	            ),
	        )
	
	    def test_kill_instance(self):
	        self.assert_message_from_report(
	            "Killing a_service@an_instance...",
	            reports.ServiceActionStarted(
	                const.SERVICE_ACTION_KILL, "a_service", "an_instance"
	            ),
	        )
	
	
	# TODO: add tests for node if needed
	class ServiceActionFailed(NameBuildTest):
	    def test_start(self):
	        self.assert_message_from_report(
	            "Unable to start a_service: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_START, "a_service", "a_reason"
	            ),
	        )
	
	    def test_start_instance(self):
	        self.assert_message_from_report(
	            "Unable to start a_service@an_instance: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_START,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	    def test_stop(self):
	        self.assert_message_from_report(
	            "Unable to stop a_service: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_STOP, "a_service", "a_reason"
	            ),
	        )
	
	    def test_stop_instance(self):
	        self.assert_message_from_report(
	            "Unable to stop a_service@an_instance: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_STOP,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	    def test_enable(self):
	        self.assert_message_from_report(
	            "Unable to enable a_service: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_ENABLE, "a_service", "a_reason"
	            ),
	        )
	
	    def test_enable_instance(self):
	        self.assert_message_from_report(
	            "Unable to enable a_service@an_instance: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_ENABLE,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	    def test_disable(self):
	        self.assert_message_from_report(
	            "Unable to disable a_service: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_DISABLE, "a_service", "a_reason"
	            ),
	        )
	
	    def test_disable_instance(self):
	        self.assert_message_from_report(
	            "Unable to disable a_service@an_instance: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_DISABLE,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	    def test_kill(self):
	        self.assert_message_from_report(
	            "Unable to kill a_service: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_KILL, "a_service", "a_reason"
	            ),
	        )
	
	    def test_kill_instance(self):
	        self.assert_message_from_report(
	            "Unable to kill a_service@an_instance: a_reason",
	            reports.ServiceActionFailed(
	                const.SERVICE_ACTION_KILL,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	
	# TODO: add tests for node if needed
	class ServiceActionSucceeded(NameBuildTest):
	    def test_start(self):
	        self.assert_message_from_report(
	            "a_service started",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_START, "a_service"
	            ),
	        )
	
	    def test_start_instance(self):
	        self.assert_message_from_report(
	            "a_service@an_instance started",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_START, "a_service", instance="an_instance"
	            ),
	        )
	
	    def test_stop(self):
	        self.assert_message_from_report(
	            "a_service stopped",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_STOP, "a_service"
	            ),
	        )
	
	    def test_stop_instance(self):
	        self.assert_message_from_report(
	            "a_service@an_instance stopped",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_STOP, "a_service", instance="an_instance"
	            ),
	        )
	
	    def test_enable(self):
	        self.assert_message_from_report(
	            "a_service enabled",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_ENABLE, "a_service"
	            ),
	        )
	
	    def test_enable_instance(self):
	        self.assert_message_from_report(
	            "a_service@an_instance enabled",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_ENABLE, "a_service", instance="an_instance"
	            ),
	        )
	
	    def test_disable(self):
	        self.assert_message_from_report(
	            "a_service disabled",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_DISABLE, "a_service"
	            ),
	        )
	
	    def test_disable_instance(self):
	        self.assert_message_from_report(
	            "a_service@an_instance disabled",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_DISABLE,
	                "a_service",
	                instance="an_instance",
	            ),
	        )
	
	    def test_kill(self):
	        self.assert_message_from_report(
	            "a_service killed",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_KILL, "a_service"
	            ),
	        )
	
	    def test_kill_instance(self):
	        self.assert_message_from_report(
	            "a_service@an_instance killed",
	            reports.ServiceActionSucceeded(
	                const.SERVICE_ACTION_KILL, "a_service", instance="an_instance"
	            ),
	        )
	
	
	class ServiceActionSkipped(NameBuildTest):
	    def test_start(self):
	        self.assert_message_from_report(
	            "not starting a_service: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_START, "a_service", "a_reason"
	            ),
	        )
	
	    def test_start_instance(self):
	        self.assert_message_from_report(
	            "not starting a_service@an_instance: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_START,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	    def test_stop(self):
	        self.assert_message_from_report(
	            "not stopping a_service: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_STOP, "a_service", "a_reason"
	            ),
	        )
	
	    def test_stop_instance(self):
	        self.assert_message_from_report(
	            "not stopping a_service@an_instance: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_STOP,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	    def test_enable(self):
	        self.assert_message_from_report(
	            "not enabling a_service: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_ENABLE, "a_service", "a_reason"
	            ),
	        )
	
	    def test_enable_instance(self):
	        self.assert_message_from_report(
	            "not enabling a_service@an_instance: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_ENABLE,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	    def test_disable(self):
	        self.assert_message_from_report(
	            "not disabling a_service: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_DISABLE, "a_service", "a_reason"
	            ),
	        )
	
	    def test_disable_instance(self):
	        self.assert_message_from_report(
	            "not disabling a_service@an_instance: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_DISABLE,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	    def test_kill(self):
	        self.assert_message_from_report(
	            "not killing a_service: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_KILL, "a_service", "a_reason"
	            ),
	        )
	
	    def test_kill_instance(self):
	        self.assert_message_from_report(
	            "not killing a_service@an_instance: a_reason",
	            reports.ServiceActionSkipped(
	                const.SERVICE_ACTION_KILL,
	                "a_service",
	                "a_reason",
	                instance="an_instance",
	            ),
	        )
	
	
	class ServiceUnableToDetectInitSystem(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Unable to detect init system. All actions related to system "
	                "services will be skipped."
	            ),
	            reports.ServiceUnableToDetectInitSystem(),
	        )
	
	
	class UnableToGetAgentMetadata(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Agent 'agent-name' is not installed or does not provide valid "
	                "metadata: reason"
	            ),
	            reports.UnableToGetAgentMetadata("agent-name", "reason"),
	        )
	
	
	class InvalidResourceAgentName(NameBuildTest):
	    def test_build_message_with_data(self):
	        self.assert_message_from_report(
	            "Invalid resource agent name ':name'. Use standard:provider:type "
	            "when standard is 'ocf' or standard:type otherwise.",
	            reports.InvalidResourceAgentName(":name"),
	        )
	
	
	class InvalidStonithAgentName(NameBuildTest):
	    def test_build_message_with_data(self):
	        self.assert_message_from_report(
	            "Invalid stonith agent name 'fence:name'. Agent name cannot contain "
	            "the ':' character, do not use the 'stonith:' prefix.",
	            reports.InvalidStonithAgentName("fence:name"),
	        )
	
	
	class AgentNameGuessed(NameBuildTest):
	    def test_build_message_with_data(self):
	        self.assert_message_from_report(
	            "Assumed agent name 'ocf:heartbeat:Delay' (deduced from 'Delay')",
	            reports.AgentNameGuessed("Delay", "ocf:heartbeat:Delay"),
	        )
	
	
	class AgentNameGuessFoundMoreThanOne(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Multiple agents match 'agent', please specify full name: "
	                "'agent1', 'agent2' or 'agent3'"
	            ),
	            reports.AgentNameGuessFoundMoreThanOne(
	                "agent", ["agent2", "agent1", "agent3"]
	            ),
	        )
	
	
	class AgentNameGuessFoundNone(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to find agent 'agent-name', try specifying its full name",
	            reports.AgentNameGuessFoundNone("agent-name"),
	        )
	
	
	class AgentImplementsUnsupportedOcfVersion(NameBuildTest):
	    def test_singular(self):
	        self.assert_message_from_report(
	            "Unable to process agent 'agent-name' as it implements unsupported "
	            "OCF version 'ocf-2.3', supported version is: 'v1'",
	            reports.AgentImplementsUnsupportedOcfVersion(
	                "agent-name", "ocf-2.3", ["v1"]
	            ),
	        )
	
	    def test_plural(self):
	        self.assert_message_from_report(
	            "Unable to process agent 'agent-name' as it implements unsupported "
	            "OCF version 'ocf-2.3', supported versions are: 'v1', 'v2', 'v3'",
	            reports.AgentImplementsUnsupportedOcfVersion(
	                "agent-name", "ocf-2.3", ["v1", "v2", "v3"]
	            ),
	        )
	
	
	class AgentGenericError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to load agent 'agent-name'",
	            reports.AgentGenericError("agent-name"),
	        )
	
	
	class OmittingNode(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Omitting node 'node1'", reports.OmittingNode("node1")
	        )
	
	
	class SbdCheckStarted(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Running SBD pre-enabling checks...", reports.SbdCheckStarted()
	        )
	
	
	class SbdCheckSuccess(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: SBD pre-enabling checks done",
	            reports.SbdCheckSuccess("node1"),
	        )
	
	
	class SbdConfigDistributionStarted(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Distributing SBD config...", reports.SbdConfigDistributionStarted()
	        )
	
	
	class SbdConfigAcceptedByNode(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: SBD config saved", reports.SbdConfigAcceptedByNode("node1")
	        )
	
	
	class UnableToGetSbdConfig(NameBuildTest):
	    def test_no_reason(self):
	        self.assert_message_from_report(
	            "Unable to get SBD configuration from node 'node1'",
	            reports.UnableToGetSbdConfig("node1", ""),
	        )
	
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to get SBD configuration from node 'node2': reason",
	            reports.UnableToGetSbdConfig("node2", "reason"),
	        )
	
	
	class UnableToSetSbdConfig(NameBuildTest):
	    def test_no_reason(self):
	        self.assert_message_from_report(
	            "Unable to set SBD configuration",
	            reports.UnableToSetSbdConfig(""),
	        )
	
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to set SBD configuration: reason",
	            reports.UnableToSetSbdConfig("reason"),
	        )
	
	
	class SbdDeviceInitializationStarted(NameBuildTest):
	    def test_more_devices(self):
	        self.assert_message_from_report(
	            "Initializing devices '/dev1', '/dev2', '/dev3'...",
	            reports.SbdDeviceInitializationStarted(["/dev3", "/dev2", "/dev1"]),
	        )
	
	    def test_one_device(self):
	        self.assert_message_from_report(
	            "Initializing device '/dev1'...",
	            reports.SbdDeviceInitializationStarted(["/dev1"]),
	        )
	
	
	class SbdDeviceInitializationSuccess(NameBuildTest):
	    def test_more_devices(self):
	        self.assert_message_from_report(
	            "Devices initialized successfully",
	            reports.SbdDeviceInitializationSuccess(["/dev2", "/dev1"]),
	        )
	
	    def test_one_device(self):
	        self.assert_message_from_report(
	            "Device initialized successfully",
	            reports.SbdDeviceInitializationSuccess(["/dev1"]),
	        )
	
	
	class SbdDeviceInitializationError(NameBuildTest):
	    def test_more_devices(self):
	        self.assert_message_from_report(
	            "Initialization of devices '/dev1', '/dev2' failed: this is reason",
	            reports.SbdDeviceInitializationError(
	                ["/dev2", "/dev1"], "this is reason"
	            ),
	        )
	
	    def test_one_device(self):
	        self.assert_message_from_report(
	            "Initialization of device '/dev2' failed: this is reason",
	            reports.SbdDeviceInitializationError(["/dev2"], "this is reason"),
	        )
	
	
	class SbdDeviceListError(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "Unable to get list of messages from device '/dev': this is reason",
	            reports.SbdDeviceListError("/dev", "this is reason"),
	        )
	
	
	class SbdDeviceMessageError(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            (
	                "Unable to set message 'test' for node 'node1' on device "
	                "'/dev1': this is reason"
	            ),
	            reports.SbdDeviceMessageError(
	                "/dev1", "node1", "test", "this is reason"
	            ),
	        )
	
	
	class SbdDeviceDumpError(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "Unable to get SBD headers from device '/dev1': this is reason",
	            reports.SbdDeviceDumpError("/dev1", "this is reason"),
	        )
	
	
	class FilesDistributionStarted(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "Sending 'first', 'second'",
	            reports.FilesDistributionStarted(["first", "second"]),
	        )
	
	    def test_build_messages_with_single_node(self):
	        self.assert_message_from_report(
	            "Sending 'first' to 'node1'",
	            reports.FilesDistributionStarted(["first"], ["node1"]),
	        )
	
	    def test_build_messages_with_nodes(self):
	        self.assert_message_from_report(
	            "Sending 'first', 'second' to 'node1', 'node2'",
	            reports.FilesDistributionStarted(
	                ["first", "second"], ["node1", "node2"]
	            ),
	        )
	
	
	class FilesDistributionSkipped(NameBuildTest):
	    def test_not_live(self):
	        self.assert_message_from_report(
	            "Distribution of 'file1' to 'nodeA', 'nodeB' was skipped because "
	            "the command does not run on a live cluster. "
	            "Please, distribute the file(s) manually.",
	            reports.FilesDistributionSkipped(
	                const.REASON_NOT_LIVE_CIB, ["file1"], ["nodeA", "nodeB"]
	            ),
	        )
	
	    def test_unreachable(self):
	        self.assert_message_from_report(
	            "Distribution of 'file1', 'file2' to 'nodeA' was skipped because "
	            "pcs is unable to connect to the node(s). Please, distribute "
	            "the file(s) manually.",
	            reports.FilesDistributionSkipped(
	                const.REASON_UNREACHABLE, ["file1", "file2"], ["nodeA"]
	            ),
	        )
	
	    def test_unknown_reason(self):
	        self.assert_message_from_report(
	            "Distribution of 'file1', 'file2' to 'nodeA', 'nodeB' was skipped "
	            "because some undefined reason. Please, distribute the file(s) "
	            "manually.",
	            reports.FilesDistributionSkipped(
	                "some undefined reason", ["file1", "file2"], ["nodeA", "nodeB"]
	            ),
	        )
	
	
	class FileDistributionSuccess(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "node1: successful distribution of the file 'some authfile'",
	            reports.FileDistributionSuccess("node1", "some authfile"),
	        )
	
	
	class FileDistributionError(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "node1: unable to distribute file 'file1': permission denied",
	            reports.FileDistributionError(
	                "node1", "file1", "permission denied"
	            ),
	        )
	
	
	class FilesRemoveFromNodesStarted(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "Requesting remove 'file'",
	            reports.FilesRemoveFromNodesStarted(["file"]),
	        )
	
	    def test_with_single_node(self):
	        self.assert_message_from_report(
	            "Requesting remove 'first' from 'node1'",
	            reports.FilesRemoveFromNodesStarted(["first"], ["node1"]),
	        )
	
	    def test_with_multiple_nodes(self):
	        self.assert_message_from_report(
	            "Requesting remove 'first', 'second' from 'node1', 'node2'",
	            reports.FilesRemoveFromNodesStarted(
	                ["first", "second"],
	                ["node1", "node2"],
	            ),
	        )
	
	
	class FilesRemoveFromNodesSkipped(NameBuildTest):
	    def test_not_live(self):
	        self.assert_message_from_report(
	            "Removing 'file1' from 'nodeA', 'nodeB' was skipped because the "
	            "command does not run on a live cluster. "
	            "Please, remove the file(s) manually.",
	            reports.FilesRemoveFromNodesSkipped(
	                const.REASON_NOT_LIVE_CIB, ["file1"], ["nodeA", "nodeB"]
	            ),
	        )
	
	    def test_unreachable(self):
	        self.assert_message_from_report(
	            "Removing 'file1', 'file2' from 'nodeA' was skipped because pcs is "
	            "unable to connect to the node(s). Please, remove the file(s) "
	            "manually.",
	            reports.FilesRemoveFromNodesSkipped(
	                const.REASON_UNREACHABLE, ["file1", "file2"], ["nodeA"]
	            ),
	        )
	
	    def test_unknown_reason(self):
	        self.assert_message_from_report(
	            "Removing 'file1', 'file2' from 'nodeA', 'nodeB' was skipped "
	            "because some undefined reason. Please, remove the file(s) "
	            "manually.",
	            reports.FilesRemoveFromNodesSkipped(
	                "some undefined reason", ["file1", "file2"], ["nodeA", "nodeB"]
	            ),
	        )
	
	
	class FileRemoveFromNodeSuccess(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "node1: successful removal of the file 'some authfile'",
	            reports.FileRemoveFromNodeSuccess("node1", "some authfile"),
	        )
	
	
	class FileRemoveFromNodeError(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "node1: unable to remove file 'file1': permission denied",
	            reports.FileRemoveFromNodeError(
	                "node1", "file1", "permission denied"
	            ),
	        )
	
	
	class ServiceCommandsOnNodesStarted(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "Requesting 'action1', 'action2'",
	            reports.ServiceCommandsOnNodesStarted(["action1", "action2"]),
	        )
	
	    def test_build_messages_with_single_node(self):
	        self.assert_message_from_report(
	            "Requesting 'action1' on 'node1'",
	            reports.ServiceCommandsOnNodesStarted(
	                ["action1"],
	                ["node1"],
	            ),
	        )
	
	    def test_build_messages_with_nodes(self):
	        self.assert_message_from_report(
	            "Requesting 'action1', 'action2' on 'node1', 'node2'",
	            reports.ServiceCommandsOnNodesStarted(
	                ["action1", "action2"],
	                ["node1", "node2"],
	            ),
	        )
	
	
	class ServiceCommandsOnNodesSkipped(NameBuildTest):
	    def test_not_live(self):
	        self.assert_message_from_report(
	            "Running action(s) 'pacemaker_remote enable', 'pacemaker_remote "
	            "start' on 'nodeA', 'nodeB' was skipped because the command "
	            "does not run on a live cluster. Please, "
	            "run the action(s) manually.",
	            reports.ServiceCommandsOnNodesSkipped(
	                const.REASON_NOT_LIVE_CIB,
	                ["pacemaker_remote enable", "pacemaker_remote start"],
	                ["nodeA", "nodeB"],
	            ),
	        )
	
	    def test_unreachable(self):
	        self.assert_message_from_report(
	            "Running action(s) 'pacemaker_remote enable', 'pacemaker_remote "
	            "start' on 'nodeA', 'nodeB' was skipped because pcs is unable "
	            "to connect to the node(s). Please, run the action(s) manually.",
	            reports.ServiceCommandsOnNodesSkipped(
	                const.REASON_UNREACHABLE,
	                ["pacemaker_remote enable", "pacemaker_remote start"],
	                ["nodeA", "nodeB"],
	            ),
	        )
	
	    def test_unknown_reason(self):
	        self.assert_message_from_report(
	            "Running action(s) 'pacemaker_remote enable', 'pacemaker_remote "
	            "start' on 'nodeA', 'nodeB' was skipped because some undefined "
	            "reason. Please, run the action(s) manually.",
	            reports.ServiceCommandsOnNodesSkipped(
	                "some undefined reason",
	                ["pacemaker_remote enable", "pacemaker_remote start"],
	                ["nodeA", "nodeB"],
	            ),
	        )
	
	
	class ServiceCommandOnNodeSuccess(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "node1: successful run of 'service enable'",
	            reports.ServiceCommandOnNodeSuccess("node1", "service enable"),
	        )
	
	
	class ServiceCommandOnNodeError(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "node1: service command failed: service1 start: permission denied",
	            reports.ServiceCommandOnNodeError(
	                "node1", "service1 start", "permission denied"
	            ),
	        )
	
	
	class InvalidResponseFormat(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: Invalid format of response",
	            reports.InvalidResponseFormat("node1"),
	        )
	
	
	class SbdNotUsedCannotSetSbdOptions(NameBuildTest):
	    def test_single_option(self):
	        self.assert_message_from_report(
	            "Cluster is not configured to use SBD, cannot specify SBD option(s)"
	            " 'device' for node 'node1'",
	            reports.SbdNotUsedCannotSetSbdOptions(["device"], "node1"),
	        )
	
	    def test_multiple_options(self):
	        self.assert_message_from_report(
	            "Cluster is not configured to use SBD, cannot specify SBD option(s)"
	            " 'device', 'watchdog' for node 'node1'",
	            reports.SbdNotUsedCannotSetSbdOptions(
	                ["device", "watchdog"], "node1"
	            ),
	        )
	
	
	class SbdWithDevicesNotUsedCannotSetDevice(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Cluster is not configured to use SBD with shared storage, cannot "
	            "specify SBD devices for node 'node1'",
	            reports.SbdWithDevicesNotUsedCannotSetDevice("node1"),
	        )
	
	
	class SbdNoDeviceForNode(NameBuildTest):
	    def test_not_enabled(self):
	        self.assert_message_from_report(
	            "No SBD device specified for node 'node1'",
	            reports.SbdNoDeviceForNode("node1"),
	        )
	
	    def test_enabled(self):
	        self.assert_message_from_report(
	            "Cluster uses SBD with shared storage so SBD devices must be "
	            "specified for all nodes, no device specified for node 'node1'",
	            reports.SbdNoDeviceForNode("node1", sbd_enabled_in_cluster=True),
	        )
	
	
	class SbdTooManyDevicesForNode(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "At most 3 SBD devices can be specified for a node, '/dev1', "
	            "'/dev2', '/dev3' specified for node 'node1'",
	            reports.SbdTooManyDevicesForNode(
	                "node1", ["/dev1", "/dev3", "/dev2"], 3
	            ),
	        )
	
	
	class SbdDevicePathNotAbsolute(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "Device path '/dev' on node 'node1' is not absolute",
	            reports.SbdDevicePathNotAbsolute("/dev", "node1"),
	        )
	
	
	class SbdDeviceDoesNotExist(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "node1: device '/dev' not found",
	            reports.SbdDeviceDoesNotExist("/dev", "node1"),
	        )
	
	
	class SbdDeviceIsNotBlockDevice(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            "node1: device '/dev' is not a block device",
	            reports.SbdDeviceIsNotBlockDevice("/dev", "node1"),
	        )
	
	
	class StonithWatchdogTimeoutCannotBeSet(NameBuildTest):
	    def test_sbd_not_enabled(self):
	        self.assert_message_from_report(
	            "fencing-watchdog-timeout / stonith-watchdog-timeout can only be "
	            "unset or set to 0 while SBD is disabled",
	            reports.StonithWatchdogTimeoutCannotBeSet(
	                reports.const.SBD_NOT_SET_UP
	            ),
	        )
	
	    def test_sbd_with_devices(self):
	        self.assert_message_from_report(
	            "fencing-watchdog-timeout / stonith-watchdog-timeout can only be "
	            "unset or set to 0 while SBD is enabled with devices",
	            reports.StonithWatchdogTimeoutCannotBeSet(
	                reports.const.SBD_SET_UP_WITH_DEVICES
	            ),
	        )
	
	
	class StonithWatchdogTimeoutCannotBeUnset(NameBuildTest):
	    def test_sbd_without_devices(self):
	        self.assert_message_from_report(
	            "fencing-watchdog-timeout / stonith-watchdog-timeout cannot be "
	            "unset or set to 0 while SBD is enabled without devices",
	            reports.StonithWatchdogTimeoutCannotBeUnset(
	                reports.const.SBD_SET_UP_WITHOUT_DEVICES
	            ),
	        )
	
	
	class StonithWatchdogTimeoutTooSmall(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "The fencing-watchdog-timeout / stonith-watchdog-timeout must be "
	            "greater than SBD watchdog timeout '5', entered '4'",
	            reports.StonithWatchdogTimeoutTooSmall(5, "4"),
	        )
	
	
	class WatchdogNotFound(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Watchdog 'watchdog-name' does not exist on node 'node1'",
	            reports.WatchdogNotFound("node1", "watchdog-name"),
	        )
	
	
	class WatchdogInvalid(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Watchdog path '/dev/wdog' is invalid.",
	            reports.WatchdogInvalid("/dev/wdog"),
	        )
	
	
	class UnableToGetSbdStatus(NameBuildTest):
	    def test_no_reason(self):
	        self.assert_message_from_report(
	            "Unable to get status of SBD from node 'node1'",
	            reports.UnableToGetSbdStatus("node1", ""),
	        )
	
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to get status of SBD from node 'node2': reason",
	            reports.UnableToGetSbdStatus("node2", "reason"),
	        )
	
	
	class ClusterRestartRequiredToApplyChanges(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Cluster restart is required in order to apply these changes.",
	            reports.ClusterRestartRequiredToApplyChanges(),
	        )
	
	
	class CibAlertRecipientAlreadyExists(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Recipient 'recipient' in alert 'alert-id' already exists",
	            reports.CibAlertRecipientAlreadyExists("alert-id", "recipient"),
	        )
	
	
	class CibAlertRecipientValueInvalid(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Recipient value 'recipient' is not valid.",
	            reports.CibAlertRecipientValueInvalid("recipient"),
	        )
	
	
	class CibUpgradeSuccessful(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "CIB has been upgraded to the latest schema version.",
	            reports.CibUpgradeSuccessful(),
	        )
	
	
	class CibUpgradeFailed(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Upgrading of CIB to the latest schema failed: reason",
	            reports.CibUpgradeFailed("reason"),
	        )
	
	
	class CibUpgradeFailedToMinimalRequiredVersion(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Unable to upgrade CIB to required schema version"
	                " 1.1 or higher. Current version is"
	                " 0.8. Newer version of pacemaker is needed."
	            ),
	            reports.CibUpgradeFailedToMinimalRequiredVersion("0.8", "1.1"),
	        )
	
	
	class FileAlreadyExists(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "Corosync authkey file '/corosync_conf/path' already exists",
	            reports.FileAlreadyExists(
	                "COROSYNC_AUTHKEY", "/corosync_conf/path"
	            ),
	        )
	
	    def test_with_node(self):
	        self.assert_message_from_report(
	            "node1: pcs configuration file '/pcs/conf/file' already exists",
	            reports.FileAlreadyExists(
	                "PCS_SETTINGS_CONF", "/pcs/conf/file", node="node1"
	            ),
	        )
	
	
	class FileIoError(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "Unable to read Booth configuration: ",
	            reports.FileIoError(
	                file_type_codes.BOOTH_CONFIG, RawFileError.ACTION_READ, ""
	            ),
	        )
	
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to read Pacemaker authkey '/authkey/path': Failed",
	            reports.FileIoError(
	                file_type_codes.PACEMAKER_AUTHKEY,
	                RawFileError.ACTION_READ,
	                "Failed",
	                file_path="/authkey/path",
	            ),
	        )
	
	    def test_role_translation_a(self):
	        self.assert_message_from_report(
	            "Unable to write Booth key '/booth/key/path': Failed",
	            reports.FileIoError(
	                file_type_codes.BOOTH_KEY,
	                RawFileError.ACTION_WRITE,
	                "Failed",
	                file_path="/booth/key/path",
	            ),
	        )
	
	    def test_role_translation_b(self):
	        self.assert_message_from_report(
	            (
	                "Unable to change ownership of pcsd configuration "
	                "'/pcsd/conf/path': Failed"
	            ),
	            reports.FileIoError(
	                file_type_codes.PCSD_ENVIRONMENT_CONFIG,
	                RawFileError.ACTION_CHOWN,
	                "Failed",
	                file_path="/pcsd/conf/path",
	            ),
	        )
	
	    def test_role_translation_c(self):
	        self.assert_message_from_report(
	            "Unable to change permissions of Corosync authkey: Failed",
	            reports.FileIoError(
	                file_type_codes.COROSYNC_AUTHKEY,
	                RawFileError.ACTION_CHMOD,
	                "Failed",
	            ),
	        )
	
	    def test_role_translation_d(self):
	        self.assert_message_from_report(
	            (
	                "Unable to change ownership of pcs configuration: "
	                "Permission denied"
	            ),
	            reports.FileIoError(
	                file_type_codes.PCS_SETTINGS_CONF,
	                RawFileError.ACTION_CHOWN,
	                "Permission denied",
	            ),
	        )
	
	
	class FileDoesNotExistUsingDefault(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Corosync authkey file '/corosync_conf/path' does not exist, "
	                "using default configuration"
	            ),
	            reports.FileDoesNotExistUsingDefault(
	                "COROSYNC_AUTHKEY", "/corosync_conf/path"
	            ),
	        )
	
	
	class InitSystemDoesNotSupportServiceInstances(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "service instances are not supported on your system",
	            reports.InitSystemDoesNotSupportServiceInstances(),
	        )
	
	
	class LiveEnvironmentRequired(NameBuildTest):
	    def test_build_messages_transformable_codes(self):
	        self.assert_message_from_report(
	            "This command does not support passing '{}', '{}'".format(
	                str(file_type_codes.CIB),
	                str(file_type_codes.COROSYNC_CONF),
	            ),
	            reports.LiveEnvironmentRequired(
	                [file_type_codes.COROSYNC_CONF, file_type_codes.CIB]
	            ),
	        )
	
	
	class LiveEnvironmentRequiredForLocalNode(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Node(s) must be specified if mocked CIB is used",
	            reports.LiveEnvironmentRequiredForLocalNode(),
	        )
	
	
	class LiveEnvironmentNotConsistent(NameBuildTest):
	    def test_one_one(self):
	        self.assert_message_from_report(
	            "When '{}' is specified, '{}' must be specified as well".format(
	                str(file_type_codes.BOOTH_CONFIG),
	                str(file_type_codes.BOOTH_KEY),
	            ),
	            reports.LiveEnvironmentNotConsistent(
	                [file_type_codes.BOOTH_CONFIG],
	                [file_type_codes.BOOTH_KEY],
	            ),
	        )
	
	    def test_many_many(self):
	        self.assert_message_from_report(
	            (
	                "When '{}', '{}' are specified, '{}', '{}' must be specified "
	                "as well"
	            ).format(
	                str(file_type_codes.BOOTH_CONFIG),
	                str(file_type_codes.CIB),
	                str(file_type_codes.BOOTH_KEY),
	                str(file_type_codes.COROSYNC_CONF),
	            ),
	            reports.LiveEnvironmentNotConsistent(
	                [file_type_codes.CIB, file_type_codes.BOOTH_CONFIG],
	                [file_type_codes.COROSYNC_CONF, file_type_codes.BOOTH_KEY],
	            ),
	        )
	
	
	class CorosyncNodeConflictCheckSkipped(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to check if there is a conflict with nodes set in corosync "
	            "because the command does not run on a live cluster",
	            reports.CorosyncNodeConflictCheckSkipped(const.REASON_NOT_LIVE_CIB),
	        )
	
	
	class CorosyncQuorumAtbCannotBeDisabledDueToSbd(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Unable to disable auto_tie_breaker, SBD fencing would have no "
	                "effect"
	            ),
	            reports.CorosyncQuorumAtbCannotBeDisabledDueToSbd(),
	        )
	
	
	class CorosyncQuorumAtbWillBeEnabledDueToSbd(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "SBD fencing is enabled in the cluster. To keep it effective, "
	                "auto_tie_breaker quorum option will be enabled."
	            ),
	            reports.CorosyncQuorumAtbWillBeEnabledDueToSbd(),
	        )
	
	
	class CorosyncQuorumAtbWillBeEnabledDueToSbdClusterIsRunning(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "SBD fencing is enabled in the cluster. To keep it effective, "
	                "auto_tie_breaker quorum option needs to be enabled. This can "
	                "only be done when the cluster is stopped. To proceed, stop the "
	                "cluster, enable auto_tie_breaker, and start the cluster. Then, "
	                "repeat the requested action."
	            ),
	            reports.CorosyncQuorumAtbWillBeEnabledDueToSbdClusterIsRunning(),
	        )
	
	
	class CibAclRoleIsAlreadyAssignedToTarget(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Role 'role_id' is already assigned to 'target_id'",
	            reports.CibAclRoleIsAlreadyAssignedToTarget("role_id", "target_id"),
	        )
	
	
	class CibAclRoleIsNotAssignedToTarget(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Role 'role_id' is not assigned to 'target_id'",
	            reports.CibAclRoleIsNotAssignedToTarget("role_id", "target_id"),
	        )
	
	
	class CibAclTargetAlreadyExists(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "'target_id' already exists",
	            reports.CibAclTargetAlreadyExists("target_id"),
	        )
	
	
	class CibFencingLevelAlreadyExists(NameBuildTest):
	    def test_target_node(self):
	        self.assert_message_from_report(
	            "Fencing level for 'nodeA' at level '1' with device(s) "
	            "'device1', 'device2' already exists",
	            reports.CibFencingLevelAlreadyExists(
	                "1", TARGET_TYPE_NODE, "nodeA", ["device2", "device1"]
	            ),
	        )
	
	    def test_target_pattern(self):
	        self.assert_message_from_report(
	            "Fencing level for 'node-\\d+' at level '1' with device(s) "
	            "'device1', 'device2' already exists",
	            reports.CibFencingLevelAlreadyExists(
	                "1", TARGET_TYPE_REGEXP, "node-\\d+", ["device1", "device2"]
	            ),
	        )
	
	    def test_target_attribute(self):
	        self.assert_message_from_report(
	            "Fencing level for 'name=value' at level '1' with device(s) "
	            "'device2' already exists",
	            reports.CibFencingLevelAlreadyExists(
	                "1", TARGET_TYPE_ATTRIBUTE, ("name", "value"), ["device2"]
	            ),
	        )
	
	
	class CibFencingLevelDoesNotExist(NameBuildTest):
	    def test_full_info(self):
	        self.assert_message_from_report(
	            "Fencing level for 'nodeA' at level '1' with device(s) "
	            "'device1', 'device2' does not exist",
	            reports.CibFencingLevelDoesNotExist(
	                "1", TARGET_TYPE_NODE, "nodeA", ["device2", "device1"]
	            ),
	        )
	
	    def test_only_level(self):
	        self.assert_message_from_report(
	            "Fencing level at level '1' does not exist",
	            reports.CibFencingLevelDoesNotExist("1"),
	        )
	
	    def test_only_target(self):
	        self.assert_message_from_report(
	            "Fencing level for 'name=value' does not exist",
	            reports.CibFencingLevelDoesNotExist(
	                target_type=TARGET_TYPE_ATTRIBUTE,
	                target_value=("name", "value"),
	            ),
	        )
	
	    def test_only_devices(self):
	        self.assert_message_from_report(
	            "Fencing level with device(s) 'device1' does not exist",
	            reports.CibFencingLevelDoesNotExist(devices=["device1"]),
	        )
	
	    def test_no_info(self):
	        self.assert_message_from_report(
	            "Fencing level does not exist",
	            reports.CibFencingLevelDoesNotExist(),
	        )
	
	
	class CibRemoveResources(NameBuildTest):
	    def test_single_id(self):
	        self.assert_message_from_report(
	            "Removing resource: 'id1'", reports.CibRemoveResources(["id1"])
	        )
	
	    def test_multiple_ids(self):
	        self.assert_message_from_report(
	            "Removing resources: 'id1', 'id2', 'id3'",
	            reports.CibRemoveResources(["id1", "id2", "id3"]),
	        )
	
	
	class CibRemoveDependantElements(NameBuildTest):
	    def test_single_element_type_with_single_id(self):
	        self.assert_message_from_report(
	            "Removing dependant element:\n  Location constraint: 'id1'",
	            reports.CibRemoveDependantElements({"id1": "rsc_location"}),
	        )
	
	    def test_single_element_type_with_multiple_ids(self):
	        self.assert_message_from_report(
	            (
	                "Removing dependant elements:\n"
	                "  Location constraints: 'id1', 'id2'"
	            ),
	            reports.CibRemoveDependantElements(
	                {"id1": "rsc_location", "id2": "rsc_location"}
	            ),
	        )
	
	    def test_multiple_element_types_with_single_id(self):
	        self.assert_message_from_report(
	            (
	                "Removing dependant elements:\n"
	                "  Clone: 'id2'\n"
	                "  Location constraint: 'id1'"
	            ),
	            reports.CibRemoveDependantElements(
	                {"id1": "rsc_location", "id2": "clone"}
	            ),
	        )
	
	    def test_multiple_element_types_with_multiple_ids(self):
	        self.assert_message_from_report(
	            (
	                "Removing dependant elements:\n"
	                "  Another_elements: 'id5', 'id6'\n"
	                "  Clones: 'id3', 'id4'\n"
	                "  Location constraints: 'id1', 'id2'"
	            ),
	            reports.CibRemoveDependantElements(
	                {
	                    "id1": "rsc_location",
	                    "id2": "rsc_location",
	                    "id3": "clone",
	                    "id4": "clone",
	                    "id5": "another_element",
	                    "id6": "another_element",
	                }
	            ),
	        )
	
	
	class CibRemoveReferences(NameBuildTest):
	    def test_one_element_single_reference(self):
	        self.assert_message_from_report(
	            ("Removing references:\n  Resource 'id1' from:\n    Tag: 'id2'"),
	            reports.CibRemoveReferences(
	                {"id1": "primitive", "id2": "tag"}, {"id1": ["id2"]}
	            ),
	        )
	
	    def test_missing_tag_mapping(self):
	        self.assert_message_from_report(
	            ("Removing references:\n  Element 'id1' from:\n    Element: 'id2'"),
	            reports.CibRemoveReferences({}, {"id1": ["id2"]}),
	        )
	
	    def test_one_element_multiple_references_same_type(self):
	        self.assert_message_from_report(
	            (
	                "Removing references:\n"
	                "  Resource 'id1' from:\n"
	                "    Tags: 'id2', 'id3'"
	            ),
	            reports.CibRemoveReferences(
	                {"id1": "primitive", "id2": "tag", "id3": "tag"},
	                {"id1": ["id2", "id3"]},
	            ),
	        )
	
	    def test_one_element_multiple_references_multiple_types(self):
	        self.assert_message_from_report(
	            (
	                "Removing references:\n"
	                "  Resource 'id1' from:\n"
	                "    Group: 'id3'\n"
	                "    Tag: 'id2'"
	            ),
	            reports.CibRemoveReferences(
	                {"id1": "primitive", "id2": "tag", "id3": "group"},
	                {"id1": ["id2", "id3"]},
	            ),
	        )
	
	    def test_multiple_elements_single_reference(self):
	        self.assert_message_from_report(
	            (
	                "Removing references:\n"
	                "  Resource 'id1' from:\n"
	                "    Tag: 'id2'\n"
	                "  Resource 'id3' from:\n"
	                "    Tag: 'id4'"
	            ),
	            reports.CibRemoveReferences(
	                {
	                    "id1": "primitive",
	                    "id2": "tag",
	                    "id3": "primitive",
	                    "id4": "tag",
	                },
	                {"id1": ["id2"], "id3": ["id4"]},
	            ),
	        )
	
	
	class UseCommandNodeAddRemote(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "this command is not sufficient for creating a remote connection",
	            reports.UseCommandNodeAddRemote(),
	        )
	
	
	class UseCommandNodeAddGuest(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "this command is not sufficient for creating a guest node",
	            reports.UseCommandNodeAddGuest(),
	        )
	
	
	class UseCommandNodeRemoveRemote(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "this command is not sufficient for removing a remote node",
	            reports.UseCommandNodeRemoveRemote(),
	        )
	
	
	class UseCommandNodeRemoveGuest(NameBuildTest):
	    def test_build_messages(self):
	        self.assert_message_from_report(
	            "this command is not sufficient for removing a guest node",
	            reports.UseCommandNodeRemoveGuest(),
	        )
	
	
	class UseCommandRemoveAndAddGuestNode(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Changing connection parameters of an existing guest node is not "
	            "sufficient for connecting to a different guest node, remove the "
	            "existing guest node and add a new one instead",
	            reports.UseCommandRemoveAndAddGuestNode(),
	        )
	
	
	class GuestNodeNameAlreadyExists(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot set name of the guest node to 'N' because that ID already "
	            "exists in the cluster configuration.",
	            reports.GuestNodeNameAlreadyExists("N"),
	        )
	
	
	class TmpFileWrite(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Writing to a temporary file /tmp/pcs/test.tmp:\n"
	                "--Debug Content Start--\n"
	                "test file\ncontent\n\n"
	                "--Debug Content End--\n"
	            ),
	            reports.TmpFileWrite("/tmp/pcs/test.tmp", "test file\ncontent\n"),
	        )
	
	
	class NodeAddressesUnresolvable(NameBuildTest):
	    def test_one_address(self):
	        self.assert_message_from_report(
	            "Unable to resolve addresses: 'node1'",
	            reports.NodeAddressesUnresolvable(["node1"]),
	        )
	
	    def test_more_address(self):
	        self.assert_message_from_report(
	            "Unable to resolve addresses: 'node1', 'node2', 'node3'",
	            reports.NodeAddressesUnresolvable(["node2", "node1", "node3"]),
	        )
	
	
	class UnableToPerformOperationOnAnyNode(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Unable to perform operation on any available node/host, "
	                "therefore it is not possible to continue"
	            ),
	            reports.UnableToPerformOperationOnAnyNode(),
	        )
	
	
	class HostNotFound(NameBuildTest):
	    def test_single_host(self):
	        self.assert_message_from_report(
	            "Host 'unknown_host' is not known to pcs",
	            reports.HostNotFound(["unknown_host"]),
	        )
	
	    def test_multiple_hosts(self):
	        self.assert_message_from_report(
	            "Hosts 'another_one', 'unknown_host' are not known to pcs",
	            reports.HostNotFound(["unknown_host", "another_one"]),
	        )
	
	
	class NoneHostFound(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "None of hosts is known to pcs.", reports.NoneHostFound()
	        )
	
	
	class HostAlreadyAuthorized(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "host: Already authorized", reports.HostAlreadyAuthorized("host")
	        )
	
	
	class AuthorizationSuccessful(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Authorized", reports.AuthorizationSuccessful()
	        )
	
	
	class IncorrectCredentials(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Username and/or password is incorrect",
	            reports.IncorrectCredentials(),
	        )
	
	
	class NoHostSpecified(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "No host specified", reports.NoHostSpecified()
	        )
	
	
	class ClusterDestroyStarted(NameBuildTest):
	    def test_multiple_hosts(self):
	        self.assert_message_from_report(
	            "Destroying cluster on hosts: 'node1', 'node2', 'node3'...",
	            reports.ClusterDestroyStarted(["node1", "node3", "node2"]),
	        )
	
	    def test_single_host(self):
	        self.assert_message_from_report(
	            "Destroying cluster on hosts: 'node1'...",
	            reports.ClusterDestroyStarted(["node1"]),
	        )
	
	
	class ClusterDestroySuccess(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "node1: Successfully destroyed cluster",
	            reports.ClusterDestroySuccess("node1"),
	        )
	
	
	class ClusterEnableStarted(NameBuildTest):
	    def test_multiple_hosts(self):
	        self.assert_message_from_report(
	            "Enabling cluster on hosts: 'node1', 'node2', 'node3'...",
	            reports.ClusterEnableStarted(["node1", "node3", "node2"]),
	        )
	
	    def test_single_host(self):
	        self.assert_message_from_report(
	            "Enabling cluster on hosts: 'node1'...",
	            reports.ClusterEnableStarted(["node1"]),
	        )
	
	
	class ClusterEnableSuccess(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "node1: Cluster enabled", reports.ClusterEnableSuccess("node1")
	        )
	
	
	class ClusterStartStarted(NameBuildTest):
	    def test_multiple_hosts(self):
	        self.assert_message_from_report(
	            "Starting cluster on hosts: 'node1', 'node2', 'node3'...",
	            reports.ClusterStartStarted(["node1", "node3", "node2"]),
	        )
	
	    def test_single_host(self):
	        self.assert_message_from_report(
	            "Starting cluster on hosts: 'node1'...",
	            reports.ClusterStartStarted(["node1"]),
	        )
	
	
	class ClusterStartSuccess(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "node1: Cluster started", reports.ClusterStartSuccess("node1")
	        )
	
	
	class ServiceNotInstalled(NameBuildTest):
	    def test_multiple_services(self):
	        self.assert_message_from_report(
	            "node1: Required cluster services not installed: 'service1', "
	            "'service2', 'service3'",
	            reports.ServiceNotInstalled(
	                "node1", ["service1", "service3", "service2"]
	            ),
	        )
	
	    def test_single_service(self):
	        self.assert_message_from_report(
	            "node1: Required cluster services not installed: 'service'",
	            reports.ServiceNotInstalled("node1", ["service"]),
	        )
	
	
	class HostAlreadyInClusterConfig(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "host: The host seems to be in a cluster already as cluster "
	            "configuration files have been found on the host",
	            reports.HostAlreadyInClusterConfig("host"),
	        )
	
	
	class HostAlreadyInClusterServices(NameBuildTest):
	    def test_multiple_services(self):
	        self.assert_message_from_report(
	            "node1: The host seems to be in a cluster already as the following "
	            "services are found to be running: 'service1', 'service2', "
	            "'service3'. If the host is not part of a cluster, stop the "
	            "services and retry",
	            reports.HostAlreadyInClusterServices(
	                "node1", ["service1", "service3", "service2"]
	            ),
	        )
	
	    def test_single_service(self):
	        self.assert_message_from_report(
	            "node1: The host seems to be in a cluster already as the following "
	            "service is found to be running: 'service'. If the host is not "
	            "part of a cluster, stop the service and retry",
	            reports.HostAlreadyInClusterServices("node1", ["service"]),
	        )
	
	
	class ServiceVersionMismatch(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Hosts do not have the same version of 'service'; "
	            "hosts 'host4', 'host5', 'host6' have version 2.0; "
	            "hosts 'host1', 'host3' have version 1.0; "
	            "host 'host2' has version 1.2",
	            reports.ServiceVersionMismatch(
	                "service",
	                {
	                    "host1": "1.0",
	                    "host2": "1.2",
	                    "host3": "1.0",
	                    "host4": "2.0",
	                    "host5": "2.0",
	                    "host6": "2.0",
	                },
	            ),
	        )
	
	
	class WaitForNodeStartupStarted(NameBuildTest):
	    def test_single_node(self):
	        self.assert_message_from_report(
	            "Waiting for node(s) to start: 'node1'...",
	            reports.WaitForNodeStartupStarted(["node1"]),
	        )
	
	    def test_multiple_nodes(self):
	        self.assert_message_from_report(
	            "Waiting for node(s) to start: 'node1', 'node2', 'node3'...",
	            reports.WaitForNodeStartupStarted(["node3", "node2", "node1"]),
	        )
	
	
	class WaitForNodeStartupTimedOut(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Node(s) startup timed out", reports.WaitForNodeStartupTimedOut()
	        )
	
	
	class WaitForNodeStartupError(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to verify all nodes have started",
	            reports.WaitForNodeStartupError(),
	        )
	
	
	class WaitForNodeStartupWithoutStart(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Cannot specify 'wait' without specifying 'start'",
	            reports.WaitForNodeStartupWithoutStart(),
	        )
	
	
	class PcsdVersionTooOld(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "node1: Old version of pcsd is running on the node, therefore "
	                "it is unable to perform the action"
	            ),
	            reports.PcsdVersionTooOld("node1"),
	        )
	
	
	class ClusterWillBeDestroyed(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Some nodes are already in a cluster. Enforcing this will "
	                "destroy existing cluster on those nodes. You should remove "
	                "the nodes from their clusters instead to keep the clusters "
	                "working properly"
	            ),
	            reports.ClusterWillBeDestroyed(),
	        )
	
	
	class ClusterSetupSuccess(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Cluster has been successfully set up.",
	            reports.ClusterSetupSuccess(),
	        )
	
	
	class UsingDefaultAddressForHost(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "No addresses specified for host 'node-name', using 'node-addr'",
	            reports.UsingDefaultAddressForHost(
	                "node-name",
	                "node-addr",
	                const.DEFAULT_ADDRESS_SOURCE_KNOWN_HOSTS,
	            ),
	        )
	
	
	class ResourceInBundleNotAccessible(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Resource 'resourceA' will not be accessible by the cluster "
	                "inside bundle 'bundleA', at least one of bundle options "
	                "'control-port' or 'ip-range-start' has to be specified"
	            ),
	            reports.ResourceInBundleNotAccessible("bundleA", "resourceA"),
	        )
	
	
	class UsingDefaultWatchdog(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "No watchdog has been specified for node 'node1'. Using "
	                "default watchdog '/dev/watchdog'"
	            ),
	            reports.UsingDefaultWatchdog("/dev/watchdog", "node1"),
	        )
	
	
	class CannotRemoveAllClusterNodes(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "No nodes would be left in the cluster",
	            reports.CannotRemoveAllClusterNodes(),
	        )
	
	
	class UnableToConnectToAnyRemainingNode(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Unable to connect to any remaining cluster node",
	            reports.UnableToConnectToAnyRemainingNode(),
	        )
	
	
	class UnableToConnectToAllRemainingNodes(NameBuildTest):
	    def test_single_node(self):
	        self.assert_message_from_report(
	            ("Remaining cluster node 'node1' could not be reached"),
	            reports.UnableToConnectToAllRemainingNodes(["node1"]),
	        )
	
	    def test_multiple_nodes(self):
	        self.assert_message_from_report(
	            (
	                "Remaining cluster nodes 'node0', 'node1', 'node2' could not "
	                "be reached"
	            ),
	            reports.UnableToConnectToAllRemainingNodes(
	                ["node1", "node0", "node2"]
	            ),
	        )
	
	
	class NodesToRemoveUnreachable(NameBuildTest):
	    def test_single_node(self):
	        self.assert_message_from_report(
	            (
	                "Removed node 'node0' could not be reached and subsequently "
	                "deconfigured"
	            ),
	            reports.NodesToRemoveUnreachable(["node0"]),
	        )
	
	    def test_multiple_nodes(self):
	        self.assert_message_from_report(
	            (
	                "Removed nodes 'node0', 'node1', 'node2' could not be reached "
	                "and subsequently deconfigured"
	            ),
	            reports.NodesToRemoveUnreachable(["node1", "node0", "node2"]),
	        )
	
	
	class NodeUsedAsTieBreaker(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Node 'node2' with id '2' is used as a tie breaker for a "
	                "qdevice and therefore cannot be removed"
	            ),
	            reports.NodeUsedAsTieBreaker("node2", 2),
	        )
	
	
	class CorosyncQuorumWillBeLost(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "This action will cause a loss of the quorum",
	            reports.CorosyncQuorumWillBeLost(),
	        )
	
	
	class CorosyncQuorumLossUnableToCheck(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Unable to determine whether this action will cause "
	                "a loss of the quorum"
	            ),
	            reports.CorosyncQuorumLossUnableToCheck(),
	        )
	
	
	class SbdListWatchdogError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to query available watchdogs from sbd: this is a reason",
	            reports.SbdListWatchdogError("this is a reason"),
	        )
	
	
	class SbdWatchdogNotSupported(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "node1: Watchdog '/dev/watchdog' is not supported (it may be a "
	                "software watchdog)"
	            ),
	            reports.SbdWatchdogNotSupported("node1", "/dev/watchdog"),
	        )
	
	
	class SbdWatchdogValidationInactive(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Not validating the watchdog",
	            reports.SbdWatchdogValidationInactive(),
	        )
	
	
	class SbdWatchdogTestError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to initialize test of the watchdog: some reason",
	            reports.SbdWatchdogTestError("some reason"),
	        )
	
	
	class SbdWatchdogTestMultipleDevices(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Multiple watchdog devices available, therefore, watchdog "
	                "which should be tested has to be specified."
	            ),
	            reports.SbdWatchdogTestMultipleDevices(),
	        )
	
	
	class SbdWatchdogTestFailed(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "System should have been reset already",
	            reports.SbdWatchdogTestFailed(),
	        )
	
	
	class SystemWillReset(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "System will reset shortly", reports.SystemWillReset()
	        )
	
	
	class ResourceBundleUnsupportedContainerType(NameBuildTest):
	    def test_single_type(self):
	        self.assert_message_from_report(
	            (
	                "Bundle 'bundle id' uses unsupported container type, therefore "
	                "it is not possible to set its container options. Supported "
	                "container types are: 'b'"
	            ),
	            reports.ResourceBundleUnsupportedContainerType("bundle id", ["b"]),
	        )
	
	    def test_multiple_types(self):
	        self.assert_message_from_report(
	            (
	                "Bundle 'bundle id' uses unsupported container type, therefore "
	                "it is not possible to set its container options. Supported "
	                "container types are: 'a', 'b', 'c'"
	            ),
	            reports.ResourceBundleUnsupportedContainerType(
	                "bundle id", ["b", "a", "c"]
	            ),
	        )
	
	    def test_no_update(self):
	        self.assert_message_from_report(
	            (
	                "Bundle 'bundle id' uses unsupported container type. Supported "
	                "container types are: 'a', 'b', 'c'"
	            ),
	            reports.ResourceBundleUnsupportedContainerType(
	                "bundle id", ["b", "a", "c"], updating_options=False
	            ),
	        )
	
	
	class FenceHistoryCommandError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to show fence history: reason",
	            reports.FenceHistoryCommandError(
	                "reason", reports.const.FENCE_HISTORY_COMMAND_SHOW
	            ),
	        )
	
	
	class FenceHistoryNotSupported(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Fence history is not supported, please upgrade pacemaker",
	            reports.FenceHistoryNotSupported(),
	        )
	
	
	class ResourceInstanceAttrValueNotUnique(NameBuildTest):
	    def test_one_resource(self):
	        self.assert_message_from_report(
	            (
	                "Value 'val' of option 'attr' is not unique across 'agent' "
	                "resources. Following resources are configured with the same "
	                "value of the instance attribute: 'A'"
	            ),
	            reports.ResourceInstanceAttrValueNotUnique(
	                "attr", "val", "agent", ["A"]
	            ),
	        )
	
	    def test_multiple_resources(self):
	        self.assert_message_from_report(
	            (
	                "Value 'val' of option 'attr' is not unique across 'agent' "
	                "resources. Following resources are configured with the same "
	                "value of the instance attribute: 'A', 'B', 'C'"
	            ),
	            reports.ResourceInstanceAttrValueNotUnique(
	                "attr", "val", "agent", ["B", "C", "A"]
	            ),
	        )
	
	
	class ResourceInstanceAttrGroupValueNotUnique(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Value '127.0.0.1', '12345' of options 'ip', 'port' (group "
	                "'address') is not unique across 'agent' resources. Following "
	                "resources are configured with the same values of the instance "
	                "attributes: 'A', 'B'"
	            ),
	            reports.ResourceInstanceAttrGroupValueNotUnique(
	                "address",
	                {
	                    "port": "12345",
	                    "ip": "127.0.0.1",
	                },
	                "agent",
	                ["B", "A"],
	            ),
	        )
	
	
	class CannotLeaveGroupEmptyAfterMove(NameBuildTest):
	    def test_single_resource(self):
	        self.assert_message_from_report(
	            "Unable to move resource 'R' as it would leave group 'gr1' empty.",
	            reports.CannotLeaveGroupEmptyAfterMove("gr1", ["R"]),
	        )
	
	    def test_multiple_resources(self):
	        self.assert_message_from_report(
	            "Unable to move resources 'R1', 'R2', 'R3' as it would leave "
	            "group 'gr1' empty.",
	            reports.CannotLeaveGroupEmptyAfterMove("gr1", ["R3", "R1", "R2"]),
	        )
	
	
	class CannotMoveResourceBundleInner(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Resources cannot be moved out of their bundles. If you want "
	                "to move a bundle, use the bundle id (B)"
	            ),
	            reports.CannotMoveResourceBundleInner("R", "B"),
	        )
	
	
	class CannotMoveResourceCloneInner(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "to move clone resources you must use the clone id (C)",
	            reports.CannotMoveResourceCloneInner("R", "C"),
	        )
	
	
	class CannotMoveResourceMultipleInstances(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "more than one instance of resource 'R' is running, "
	                "thus the resource cannot be moved"
	            ),
	            reports.CannotMoveResourceMultipleInstances("R"),
	        )
	
	
	class CannotMoveResourceMultipleInstancesNoNodeSpecified(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "more than one instance of resource 'R' is running, "
	                "thus the resource cannot be moved, "
	                "unless a destination node is specified"
	            ),
	            reports.CannotMoveResourceMultipleInstancesNoNodeSpecified("R"),
	        )
	
	
	class CannotMoveResourcePromotableInner(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "to move promotable clone resources you must use "
	                "the promotable clone id (P)"
	            ),
	            reports.CannotMoveResourcePromotableInner("R", "P"),
	        )
	
	
	class CannotMoveResourceMasterResourceNotPromotable(NameBuildTest):
	    def test_without_promotable(self):
	        self.assert_message_from_report(
	            "when specifying promoted you must use the promotable clone id",
	            reports.CannotMoveResourceMasterResourceNotPromotable("R"),
	        )
	
	    def test_with_promotable(self):
	        self.assert_message_from_report(
	            "when specifying promoted you must use the promotable clone id (P)",
	            reports.CannotMoveResourceMasterResourceNotPromotable(
	                "R", promotable_id="P"
	            ),
	        )
	
	
	class CannotMoveResourceNotRunning(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "It is not possible to move resource 'R' as it is not running "
	                "at the moment"
	            ),
	            reports.CannotMoveResourceNotRunning("R"),
	        )
	
	
	class CannotMoveResourceStoppedNoNodeSpecified(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "You must specify a node when moving/banning a stopped resource",
	            reports.CannotMoveResourceStoppedNoNodeSpecified("R"),
	        )
	
	
	class ResourceMovePcmkError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "cannot move resource 'R'\nstdout1\n  stdout2\nstderr1\n  stderr2",
	            reports.ResourceMovePcmkError(
	                "R", "stdout1\n\n  stdout2\n", "stderr1\n\n  stderr2\n"
	            ),
	        )
	
	
	class ResourceMovePcmkSuccess(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "stdout1\n  stdout2\nstderr1\n  stderr2",
	            reports.ResourceMovePcmkSuccess(
	                "R", "stdout1\n\n  stdout2\n", "stderr1\n\n  stderr2\n"
	            ),
	        )
	
	    def test_translate(self):
	        self.assert_message_from_report(
	            (
	                "Warning: Creating location constraint "
	                "'cli-ban-dummy-on-node1' with a score of -INFINITY "
	                "for resource dummy on node1.\n"
	                "	This will prevent dummy from running on node1 until the "
	                "constraint is removed\n"
	                "	This will be the case even if node1 is the last node in "
	                "the cluster"
	            ),
	            reports.ResourceMovePcmkSuccess(
	                "dummy",
	                "",
	                (
	                    "WARNING: Creating rsc_location constraint "
	                    "'cli-ban-dummy-on-node1' with a score of -INFINITY "
	                    "for resource dummy on node1.\n"
	                    "	This will prevent dummy from running on node1 until "
	                    "the constraint is removed using the clear option or "
	                    "by editing the CIB with an appropriate tool\n"
	                    "	This will be the case even if node1 is the last node "
	                    "in the cluster\n"
	                ),
	            ),
	        )
	
	
	class CannotBanResourceBundleInner(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Resource 'R' is in a bundle and cannot be banned. If you want "
	                "to ban the bundle, use the bundle id (B)"
	            ),
	            reports.CannotBanResourceBundleInner("R", "B"),
	        )
	
	
	class CannotBanResourceMasterResourceNotPromotable(NameBuildTest):
	    def test_without_promotable(self):
	        self.assert_message_from_report(
	            "when specifying promoted you must use the promotable clone id",
	            reports.CannotBanResourceMasterResourceNotPromotable("R"),
	        )
	
	    def test_with_promotable(self):
	        self.assert_message_from_report(
	            "when specifying promoted you must use the promotable clone id (P)",
	            reports.CannotBanResourceMasterResourceNotPromotable(
	                "R", promotable_id="P"
	            ),
	        )
	
	
	class CannotBanResourceMultipleInstancesNoNodeSpecified(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "more than one instance of resource 'R' is running, "
	                "thus the resource cannot be banned, "
	                "unless a destination node is specified"
	            ),
	            reports.CannotBanResourceMultipleInstancesNoNodeSpecified("R"),
	        )
	
	
	class CannotBanResourceStoppedNoNodeSpecified(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "You must specify a node when moving/banning a stopped resource",
	            reports.CannotBanResourceStoppedNoNodeSpecified("R"),
	        )
	
	
	class ResourceBanPcmkError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "cannot ban resource 'R'\nstdout1\n  stdout2\nstderr1\n  stderr2",
	            reports.ResourceBanPcmkError(
	                "R", "stdout1\n\n  stdout2\n", "stderr1\n\n  stderr2\n"
	            ),
	        )
	
	
	class ResourceBanPcmkSuccess(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "stdout1\n  stdout2\nstderr1\n  stderr2",
	            reports.ResourceBanPcmkSuccess(
	                "R", "stdout1\n\n  stdout2\n", "stderr1\n\n  stderr2\n"
	            ),
	        )
	
	    def test_translate(self):
	        self.assert_message_from_report(
	            (
	                "Warning: Creating location constraint "
	                "'cli-ban-dummy-on-node1' with a score of -INFINITY "
	                "for resource dummy on node1.\n"
	                "	This will prevent dummy from running on node1 until the "
	                "constraint is removed\n"
	                "	This will be the case even if node1 is the last node in "
	                "the cluster"
	            ),
	            reports.ResourceBanPcmkSuccess(
	                "dummy",
	                "",
	                (
	                    "WARNING: Creating rsc_location constraint "
	                    "'cli-ban-dummy-on-node1' with a score of -INFINITY "
	                    "for resource dummy on node1.\n"
	                    "	This will prevent dummy from running on node1 until "
	                    "the constraint is removed using the clear option or "
	                    "by editing the CIB with an appropriate tool\n"
	                    "	This will be the case even if node1 is the last node "
	                    "in the cluster\n"
	                ),
	            ),
	        )
	
	
	class CannotUnmoveUnbanResourceMasterResourceNotPromotable(NameBuildTest):
	    def test_without_promotable(self):
	        self.assert_message_from_report(
	            "when specifying promoted you must use the promotable clone id",
	            reports.CannotUnmoveUnbanResourceMasterResourceNotPromotable("R"),
	        )
	
	    def test_with_promotable(self):
	        self.assert_message_from_report(
	            "when specifying promoted you must use the promotable clone id (P)",
	            reports.CannotUnmoveUnbanResourceMasterResourceNotPromotable(
	                "R", promotable_id="P"
	            ),
	        )
	
	
	class ResourceUnmoveUnbanPcmkExpiredNotSupported(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "expired is not supported, please upgrade pacemaker",
	            reports.ResourceUnmoveUnbanPcmkExpiredNotSupported(),
	        )
	
	
	class ResourceUnmoveUnbanPcmkError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "cannot clear resource 'R'\nstdout1\n  stdout2\nstderr1\n  stderr2",
	            reports.ResourceUnmoveUnbanPcmkError(
	                "R", "stdout1\n\n  stdout2\n", "stderr1\n\n  stderr2\n"
	            ),
	        )
	
	
	class ResourceUnmoveUnbanPcmkSuccess(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "stdout1\n  stdout2\nstderr1\n  stderr2",
	            reports.ResourceUnmoveUnbanPcmkSuccess(
	                "R", "stdout1\n\n  stdout2\n", "stderr1\n\n  stderr2\n"
	            ),
	        )
	
	
	class ResourceMoveConstraintCreated(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Location constraint to move resource 'R1' has been created",
	            reports.ResourceMoveConstraintCreated("R1"),
	        )
	
	
	class ResourceMoveConstraintRemoved(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Location constraint created to move resource 'R1' has "
	                "been removed"
	            ),
	            reports.ResourceMoveConstraintRemoved("R1"),
	        )
	
	
	class ResourceMoveNotAffectingResource(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Unable to move resource 'R1' using a location constraint. "
	                "Current location of the resource may be affected by some "
	                "other constraint."
	            ),
	            reports.ResourceMoveNotAffectingResource("R1"),
	        )
	
	
	class ResourceMoveAffectsOtherResources(NameBuildTest):
	    def test_multiple(self):
	        self.assert_message_from_report(
	            "Moving resource 'R1' affects resources: 'p0', 'p1', 'p2'",
	            reports.ResourceMoveAffectsOtherResources("R1", ["p2", "p0", "p1"]),
	        )
	
	    def test_single(self):
	        self.assert_message_from_report(
	            "Moving resource 'R1' affects resource: 'R2'",
	            reports.ResourceMoveAffectsOtherResources("R1", ["R2"]),
	        )
	
	
	class ResourceMoveAutocleanSimulationFailure(NameBuildTest):
	    def test_simulation(self):
	        self.assert_message_from_report(
	            (
	                "Unable to ensure that moved resource 'R1' will stay on the "
	                "same node after a constraint used for moving it is removed."
	            ),
	            reports.ResourceMoveAutocleanSimulationFailure(
	                "R1", others_affected=False
	            ),
	        )
	
	    def test_simulation_others_affected(self):
	        self.assert_message_from_report(
	            (
	                "Unable to ensure that moved resource 'R1' or other resources "
	                "will stay on the same node after a constraint used for moving "
	                "it is removed."
	            ),
	            reports.ResourceMoveAutocleanSimulationFailure(
	                "R1", others_affected=True
	            ),
	        )
	
	    def test_live(self):
	        self.assert_message_from_report(
	            (
	                "Unable to ensure that moved resource 'R1' will stay on the "
	                "same node after a constraint used for moving it is removed."
	                " The constraint to move the resource has not been removed "
	                "from configuration. Consider removing it manually. Be aware "
	                "that removing the constraint may cause resources to move to "
	                "other nodes."
	            ),
	            reports.ResourceMoveAutocleanSimulationFailure(
	                "R1", others_affected=False, move_constraint_left_in_cib=True
	            ),
	        )
	
	    def test_live_others_affected(self):
	        self.assert_message_from_report(
	            (
	                "Unable to ensure that moved resource 'R1' or other resources "
	                "will stay on the same node after a constraint used for moving "
	                "it is removed."
	                " The constraint to move the resource has not been removed "
	                "from configuration. Consider removing it manually. Be aware "
	                "that removing the constraint may cause resources to move to "
	                "other nodes."
	            ),
	            reports.ResourceMoveAutocleanSimulationFailure(
	                "R1", others_affected=True, move_constraint_left_in_cib=True
	            ),
	        )
	
	
	class ResourceMayOrMayNotMove(NameBuildTest):
	    def test_build_message(self):
	        self.assert_message_from_report(
	            (
	                "A move constraint has been created and the resource 'id' may "
	                "or may not move depending on other configuration"
	            ),
	            reports.ResourceMayOrMayNotMove("id"),
	        )
	
	
	class ParseErrorJsonFile(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to parse known-hosts file '/tmp/known-hosts': "
	            "some reason: line 15 column 5 (char 100)",
	            reports.ParseErrorJsonFile(
	                file_type_codes.PCS_KNOWN_HOSTS,
	                15,
	                5,
	                100,
	                "some reason",
	                "some reason: line 15 column 5 (char 100)",
	                file_path="/tmp/known-hosts",
	            ),
	        )
	
	
	class ResourceDisableAffectsOtherResources(NameBuildTest):
	    def test_multiple_disabled(self):
	        self.assert_message_from_report(
	            (
	                "Disabling specified resource would have an effect on these "
	                "resources: 'O1', 'O2'"
	            ),
	            reports.ResourceDisableAffectsOtherResources(
	                ["D1"],
	                ["O2", "O1"],
	            ),
	        )
	
	    def test_multiple_affected(self):
	        self.assert_message_from_report(
	            (
	                "Disabling specified resources would have an effect on this "
	                "resource: 'O1'"
	            ),
	            reports.ResourceDisableAffectsOtherResources(
	                ["D2", "D1"],
	                ["O1"],
	            ),
	        )
	
	
	class DrConfigAlreadyExist(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Disaster-recovery already configured",
	            reports.DrConfigAlreadyExist(),
	        )
	
	
	class DrConfigDoesNotExist(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Disaster-recovery is not configured",
	            reports.DrConfigDoesNotExist(),
	        )
	
	
	class NodeInLocalCluster(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Node 'node-name' is part of local cluster",
	            reports.NodeInLocalCluster("node-name"),
	        )
	
	
	class BoothLackOfSites(NameBuildTest):
	    def test_no_site(self):
	        self.assert_message_from_report(
	            (
	                "lack of sites for booth configuration (need 2 at least): "
	                "sites missing"
	            ),
	            reports.BoothLackOfSites([]),
	        )
	
	    def test_single_site(self):
	        self.assert_message_from_report(
	            (
	                "lack of sites for booth configuration (need 2 at least): "
	                "sites 'site1'"
	            ),
	            reports.BoothLackOfSites(["site1"]),
	        )
	
	    def test_multiple_sites(self):
	        self.assert_message_from_report(
	            (
	                "lack of sites for booth configuration (need 2 at least): "
	                "sites 'site1', 'site2'"
	            ),
	            reports.BoothLackOfSites(["site1", "site2"]),
	        )
	
	
	class BoothEvenPeersNumber(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "odd number of peers is required (entered 4 peers)",
	            reports.BoothEvenPeersNumber(4),
	        )
	
	
	class BoothAddressDuplication(NameBuildTest):
	    def test_single_address(self):
	        self.assert_message_from_report(
	            "duplicate address for booth configuration: 'addr1'",
	            reports.BoothAddressDuplication(["addr1"]),
	        )
	
	    def test_multiple_addresses(self):
	        self.assert_message_from_report(
	            (
	                "duplicate address for booth configuration: 'addr1', 'addr2', "
	                "'addr3'"
	            ),
	            reports.BoothAddressDuplication(
	                sorted(["addr2", "addr1", "addr3"])
	            ),
	        )
	
	
	class BoothConfigUnexpectedLines(NameBuildTest):
	    def test_single_line(self):
	        self.assert_message_from_report(
	            "unexpected line in booth config:\nline",
	            reports.BoothConfigUnexpectedLines(["line"]),
	        )
	
	    def test_multiple_lines(self):
	        self.assert_message_from_report(
	            "unexpected lines in booth config:\nline\nline2",
	            reports.BoothConfigUnexpectedLines(["line", "line2"]),
	        )
	
	    def test_file_path(self):
	        self.assert_message_from_report(
	            "unexpected line in booth config 'PATH':\nline",
	            reports.BoothConfigUnexpectedLines(["line"], file_path="PATH"),
	        )
	
	
	class BoothInvalidName(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "booth name '/name' is not valid, it cannot contain /{} characters",
	            reports.BoothInvalidName("/name", "/{}"),
	        )
	
	
	class BoothTicketNameInvalid(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "booth ticket name 'ticket&' is not valid, use up to 63 "
	                "alphanumeric characters or dash"
	            ),
	            reports.BoothTicketNameInvalid("ticket&"),
	        )
	
	
	class BoothTicketDuplicate(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "booth ticket name 'ticket_name' already exists in configuration",
	            reports.BoothTicketDuplicate("ticket_name"),
	        )
	
	
	class BoothTicketDoesNotExist(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "booth ticket name 'ticket_name' does not exist",
	            reports.BoothTicketDoesNotExist("ticket_name"),
	        )
	
	
	class BoothTicketNotInCib(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to find ticket 'name' in CIB",
	            reports.BoothTicketNotInCib("name"),
	        )
	
	
	class BoothAlreadyInCib(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "booth instance 'name' is already created as cluster resource",
	            reports.BoothAlreadyInCib("name"),
	        )
	
	
	class BoothPathNotExists(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Configuration directory for booth 'path' is missing. Is booth "
	                "installed?"
	            ),
	            reports.BoothPathNotExists("path"),
	        )
	
	
	class BoothNotExistsInCib(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "booth instance 'name' not found in cib",
	            reports.BoothNotExistsInCib("name"),
	        )
	
	
	class BoothConfigIsUsed(NameBuildTest):
	    def test_cluster(self):
	        self.assert_message_from_report(
	            "booth instance 'name' is used in a cluster resource",
	            reports.BoothConfigIsUsed(
	                "name", reports.const.BOOTH_CONFIG_USED_IN_CLUSTER_RESOURCE
	            ),
	        )
	
	    def test_cluster_resource(self):
	        self.assert_message_from_report(
	            "booth instance 'name' is used in cluster resource 'R'",
	            reports.BoothConfigIsUsed(
	                "name", reports.const.BOOTH_CONFIG_USED_IN_CLUSTER_RESOURCE, "R"
	            ),
	        )
	
	    def test_service_manager_enabled(self):
	        self.assert_message_from_report(
	            "booth instance 'name' is used - it is enabled in service manager",
	            reports.BoothConfigIsUsed(
	                "name",
	                reports.const.BOOTH_CONFIG_USED_ENABLED_IN_SERVICE_MANAGER,
	            ),
	        )
	
	    def test_service_manager_running(self):
	        self.assert_message_from_report(
	            "booth instance 'name' is used - it is running in service manager",
	            reports.BoothConfigIsUsed(
	                "name",
	                reports.const.BOOTH_CONFIG_USED_RUNNING_IN_SERVICE_MANAGER,
	            ),
	        )
	
	    def test_systemd_enabled(self):
	        self.assert_message_from_report(
	            "booth instance 'name' is used - it is enabled in systemd",
	            reports.BoothConfigIsUsed(
	                "name",
	                reports.const.BOOTH_CONFIG_USED_ENABLED_IN_SYSTEMD,
	            ),
	        )
	
	    def test_systemd_running(self):
	        self.assert_message_from_report(
	            "booth instance 'name' is used - it is running in systemd",
	            reports.BoothConfigIsUsed(
	                "name",
	                reports.const.BOOTH_CONFIG_USED_RUNNING_IN_SYSTEMD,
	            ),
	        )
	
	
	class BoothMultipleTimesInCib(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "found more than one booth instance 'name' in cib",
	            reports.BoothMultipleTimesInCib("name"),
	        )
	
	
	class BoothConfigDistributionStarted(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Sending booth configuration to cluster nodes...",
	            reports.BoothConfigDistributionStarted(),
	        )
	
	
	class BoothConfigAcceptedByNode(NameBuildTest):
	    def test_defaults(self):
	        self.assert_message_from_report(
	            "Booth config saved",
	            reports.BoothConfigAcceptedByNode(),
	        )
	
	    def test_empty_name_list(self):
	        self.assert_message_from_report(
	            "Booth config saved",
	            reports.BoothConfigAcceptedByNode(name_list=[]),
	        )
	
	    def test_node_and_empty_name_list(self):
	        self.assert_message_from_report(
	            "node1: Booth config saved",
	            reports.BoothConfigAcceptedByNode(node="node1", name_list=[]),
	        )
	
	    def test_name_booth_only(self):
	        self.assert_message_from_report(
	            "Booth config saved",
	            reports.BoothConfigAcceptedByNode(name_list=["booth"]),
	        )
	
	    def test_name_booth_and_node(self):
	        self.assert_message_from_report(
	            "node1: Booth config saved",
	            reports.BoothConfigAcceptedByNode(
	                node="node1",
	                name_list=["booth"],
	            ),
	        )
	
	    def test_single_name(self):
	        self.assert_message_from_report(
	            "Booth config 'some' saved",
	            reports.BoothConfigAcceptedByNode(name_list=["some"]),
	        )
	
	    def test_multiple_names(self):
	        self.assert_message_from_report(
	            "Booth configs 'another', 'some' saved",
	            reports.BoothConfigAcceptedByNode(name_list=["another", "some"]),
	        )
	
	    def test_node(self):
	        self.assert_message_from_report(
	            "node1: Booth configs 'another', 'some' saved",
	            reports.BoothConfigAcceptedByNode(
	                node="node1",
	                name_list=["some", "another"],
	            ),
	        )
	
	
	class BoothConfigDistributionNodeError(NameBuildTest):
	    def test_empty_name(self):
	        self.assert_message_from_report(
	            "Unable to save booth config on node 'node1': reason1",
	            reports.BoothConfigDistributionNodeError("node1", "reason1"),
	        )
	
	    def test_booth_name(self):
	        self.assert_message_from_report(
	            "Unable to save booth config on node 'node1': reason1",
	            reports.BoothConfigDistributionNodeError(
	                "node1",
	                "reason1",
	                name="booth",
	            ),
	        )
	
	    def test_another_name(self):
	        self.assert_message_from_report(
	            "Unable to save booth config 'another' on node 'node1': reason1",
	            reports.BoothConfigDistributionNodeError(
	                "node1",
	                "reason1",
	                name="another",
	            ),
	        )
	
	
	class BoothFetchingConfigFromNode(NameBuildTest):
	    def test_empty_name(self):
	        self.assert_message_from_report(
	            "Fetching booth config from node 'node1'...",
	            reports.BoothFetchingConfigFromNode("node1"),
	        )
	
	    def test_booth_name(self):
	        self.assert_message_from_report(
	            "Fetching booth config from node 'node1'...",
	            reports.BoothFetchingConfigFromNode("node1", config="booth"),
	        )
	
	    def test_another_name(self):
	        self.assert_message_from_report(
	            "Fetching booth config 'another' from node 'node1'...",
	            reports.BoothFetchingConfigFromNode("node1", config="another"),
	        )
	
	
	class BoothUnsupportedFileLocation(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Booth configuration '/some/file' is outside of supported "
	                "booth config directory '/booth/conf/dir/', ignoring the file"
	            ),
	            reports.BoothUnsupportedFileLocation(
	                "/some/file",
	                "/booth/conf/dir/",
	                file_type_codes.BOOTH_CONFIG,
	            ),
	        )
	
	
	class BoothDaemonStatusError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "unable to get status of booth daemon: some reason",
	            reports.BoothDaemonStatusError("some reason"),
	        )
	
	
	class BoothTicketStatusError(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "unable to get status of booth tickets",
	            reports.BoothTicketStatusError(),
	        )
	
	    def test_all(self):
	        self.assert_message_from_report(
	            "unable to get status of booth tickets: some reason",
	            reports.BoothTicketStatusError(reason="some reason"),
	        )
	
	
	class BoothPeersStatusError(NameBuildTest):
	    def test_minimal(self):
	        self.assert_message_from_report(
	            "unable to get status of booth peers",
	            reports.BoothPeersStatusError(),
	        )
	
	    def test_all(self):
	        self.assert_message_from_report(
	            "unable to get status of booth peers: some reason",
	            reports.BoothPeersStatusError(reason="some reason"),
	        )
	
	
	class BoothCannotDetermineLocalSiteIp(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "cannot determine local site ip, please specify site parameter",
	            reports.BoothCannotDetermineLocalSiteIp(),
	        )
	
	
	class BoothTicketOperationFailed(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "unable to operation booth ticket 'ticket_name'"
	                " for site 'site_ip', reason: reason"
	            ),
	            reports.BoothTicketOperationFailed(
	                "operation", "reason", "site_ip", "ticket_name"
	            ),
	        )
	
	    def test_no_site_ip(self):
	        self.assert_message_from_report(
	            ("unable to operation booth ticket 'ticket_name', reason: reason"),
	            reports.BoothTicketOperationFailed(
	                "operation", "reason", None, "ticket_name"
	            ),
	        )
	
	
	class BoothTicketChangingState(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Changing state of ticket 'name' to standby",
	            reports.BoothTicketChangingState("name", "standby"),
	        )
	
	
	class BoothTicketCleanup(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Cleaning up ticket 'name' from CIB",
	            reports.BoothTicketCleanup("name"),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagAddRemoveIdsDuplication(NameBuildTest):
	    def test_message_add(self):
	        self.assert_message_from_report(
	            "Ids to add must be unique, duplicate ids: 'dup1', 'dup2'",
	            reports.TagAddRemoveIdsDuplication(
	                duplicate_ids_list=["dup2", "dup1"],
	            ),
	        )
	
	    def test_message_remove(self):
	        self.assert_message_from_report(
	            "Ids to remove must be unique, duplicate ids: 'dup1', 'dup2'",
	            reports.TagAddRemoveIdsDuplication(
	                duplicate_ids_list=["dup2", "dup1"],
	                add_or_not_remove=False,
	            ),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagAdjacentReferenceIdNotInTheTag(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "There is no reference id 'adj_id' in the tag 'tag_id', cannot "
	                "put reference ids next to it in the tag"
	            ),
	            reports.TagAdjacentReferenceIdNotInTheTag("adj_id", "tag_id"),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagCannotAddAndRemoveIdsAtTheSameTime(NameBuildTest):
	    def test_message_one_item(self):
	        self.assert_message_from_report(
	            "Ids cannot be added and removed at the same time: 'id1'",
	            reports.TagCannotAddAndRemoveIdsAtTheSameTime(["id1"]),
	        )
	
	    def test_message_more_items(self):
	        self.assert_message_from_report(
	            (
	                "Ids cannot be added and removed at the same time: 'id1', "
	                "'id2', 'id3'"
	            ),
	            reports.TagCannotAddAndRemoveIdsAtTheSameTime(
	                ["id3", "id2", "id1"],
	            ),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagCannotAddReferenceIdsAlreadyInTheTag(NameBuildTest):
	    def test_message_singular(self):
	        self.assert_message_from_report(
	            "Cannot add reference id already in the tag 'tag_id': 'id1'",
	            reports.TagCannotAddReferenceIdsAlreadyInTheTag(
	                "tag_id",
	                ["id1"],
	            ),
	        )
	
	    def test_message_plural(self):
	        self.assert_message_from_report(
	            "Cannot add reference ids already in the tag 'TAG': 'id1', 'id2'",
	            reports.TagCannotAddReferenceIdsAlreadyInTheTag(
	                "TAG",
	                ["id2", "id1"],
	            ),
	        )
	
	
	class TagCannotContainItself(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Tag cannot contain itself", reports.TagCannotContainItself()
	        )
	
	
	class TagCannotCreateEmptyTagNoIdsSpecified(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot create empty tag, no resource ids specified",
	            reports.TagCannotCreateEmptyTagNoIdsSpecified(),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagCannotPutIdNextToItself(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot put id 'some_id' next to itself.",
	            reports.TagCannotPutIdNextToItself("some_id"),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagCannotRemoveAdjacentId(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot remove id 'some_id' next to which ids are being added",
	            reports.TagCannotRemoveAdjacentId("some_id"),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagCannotRemoveReferencesWithoutRemovingTag(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "There would be no references left in the tag 'tag-id'",
	            reports.TagCannotRemoveReferencesWithoutRemovingTag("tag-id"),
	        )
	
	
	class TagCannotRemoveTagReferencedInConstraints(NameBuildTest):
	    def test_message_singular(self):
	        self.assert_message_from_report(
	            "Tag 'tag1' cannot be removed because it is referenced in "
	            "constraint 'constraint-id-1'",
	            reports.TagCannotRemoveTagReferencedInConstraints(
	                "tag1",
	                ["constraint-id-1"],
	            ),
	        )
	
	    def test_message_plural(self):
	        self.assert_message_from_report(
	            "Tag 'tag2' cannot be removed because it is referenced in "
	            "constraints 'constraint-id-1', 'constraint-id-2'",
	            reports.TagCannotRemoveTagReferencedInConstraints(
	                "tag2",
	                ["constraint-id-2", "constraint-id-1"],
	            ),
	        )
	
	
	class TagCannotRemoveTagsNoTagsSpecified(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot remove tags, no tags to remove specified",
	            reports.TagCannotRemoveTagsNoTagsSpecified(),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagCannotSpecifyAdjacentIdWithoutIdsToAdd(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot specify adjacent id 'some-id' without ids to add",
	            reports.TagCannotSpecifyAdjacentIdWithoutIdsToAdd("some-id"),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagCannotUpdateTagNoIdsSpecified(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot update tag, no ids to be added or removed specified",
	            reports.TagCannotUpdateTagNoIdsSpecified(),
	        )
	
	
	# TODO: remove, use ADD_REMOVE reports
	class TagIdsNotInTheTag(NameBuildTest):
	    def test_message_singular(self):
	        self.assert_message_from_report(
	            "Tag 'tag-id' does not contain id: 'a'",
	            reports.TagIdsNotInTheTag("tag-id", ["a"]),
	        )
	
	    def test_message_plural(self):
	        self.assert_message_from_report(
	            "Tag 'tag-id' does not contain ids: 'a', 'b'",
	            reports.TagIdsNotInTheTag("tag-id", ["b", "a"]),
	        )
	
	
	class RuleInEffectStatusDetectionNotSupported(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "crm_rule is not available, therefore expired parts of "
	                "configuration may not be detected. Consider upgrading pacemaker."
	            ),
	            reports.RuleInEffectStatusDetectionNotSupported(),
	        )
	
	
	class RuleExpressionOptionsDuplication(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Duplicate options in a single (sub)expression: 'key', 'name'",
	            reports.RuleExpressionOptionsDuplication(["name", "key"]),
	        )
	
	
	class RuleExpressionSinceGreaterThanUntil(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Since '987' is not sooner than until '654'",
	            reports.RuleExpressionSinceGreaterThanUntil("987", "654"),
	        )
	
	
	class RuleExpressionParseError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "'resource dummy op monitor' is not a valid rule expression, "
	            "parse error near or after line 1 column 16",
	            reports.RuleExpressionParseError(
	                "resource dummy op monitor",
	                "Expected end of text",
	                "resource dummy op monitor",
	                1,
	                16,
	                15,
	            ),
	        )
	
	
	class RuleExpressionNotAllowed(NameBuildTest):
	    def test_op(self):
	        self.assert_message_from_report(
	            "Keyword 'op' cannot be used in a rule in this command",
	            reports.RuleExpressionNotAllowed(
	                CibRuleExpressionType.OP_EXPRESSION
	            ),
	        )
	
	    def test_rsc(self):
	        self.assert_message_from_report(
	            "Keyword 'resource' cannot be used in a rule in this command",
	            reports.RuleExpressionNotAllowed(
	                CibRuleExpressionType.RSC_EXPRESSION
	            ),
	        )
	
	    def test_node_attr(self):
	        self.assert_message_from_report(
	            "Keywords 'defined', 'not_defined', 'eq', 'ne', 'gte', 'gt', "
	            "'lte' and 'lt' cannot be used in a rule in this command",
	            reports.RuleExpressionNotAllowed(CibRuleExpressionType.EXPRESSION),
	        )
	
	
	class RuleNoExpressionSpecified(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "No rule expression was specified",
	            reports.RuleNoExpressionSpecified(),
	        )
	
	
	class CibNvsetAmbiguousProvideNvsetId(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Several options sets exist, please specify an option set ID",
	            reports.CibNvsetAmbiguousProvideNvsetId(
	                const.PCS_COMMAND_RESOURCE_DEFAULTS_UPDATE
	            ),
	        )
	
	
	class AddRemoveItemsNotSpecified(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Cannot modify stonith resource 'container-id', no devices to "
	                "add or remove specified"
	            ),
	            reports.AddRemoveItemsNotSpecified(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	            ),
	        )
	
	    def test_message_without_container(self):
	        self.assert_message_from_report(
	            "No devices to add or remove specified",
	            reports.AddRemoveItemsNotSpecified(
	                container_type=None,
	                item_type=const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                container_id=None,
	            ),
	        )
	
	
	class AddRemoveItemsDuplication(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Devices to add or remove must be unique, duplicate devices: "
	                "'dup1', 'dup2'"
	            ),
	            reports.AddRemoveItemsDuplication(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                ["dup2", "dup1"],
	            ),
	        )
	
	
	class AddRemoveCannotAddItemsAlreadyInTheContainer(NameBuildTest):
	    def test_message_plural(self):
	        self.assert_message_from_report(
	            "Cannot add devices 'i1', 'i2', they are already present in stonith"
	            " resource 'container-id'",
	            reports.AddRemoveCannotAddItemsAlreadyInTheContainer(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                ["i2", "i1"],
	            ),
	        )
	
	    def test_message_singular(self):
	        self.assert_message_from_report(
	            "Cannot add device 'i1', it is already present in stonith resource "
	            "'container-id'",
	            reports.AddRemoveCannotAddItemsAlreadyInTheContainer(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                ["i1"],
	            ),
	        )
	
	
	class AddRemoveCannotRemoveItemsNotInTheContainer(NameBuildTest):
	    def test_message_plural(self):
	        self.assert_message_from_report(
	            (
	                "Cannot remove devices 'i1', 'i2', they are not present in "
	                "stonith resource 'container-id'"
	            ),
	            reports.AddRemoveCannotRemoveItemsNotInTheContainer(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                ["i2", "i1"],
	            ),
	        )
	
	    def test_message_singular(self):
	        self.assert_message_from_report(
	            (
	                "Cannot remove device 'i1', it is not present in "
	                "stonith resource 'container-id'"
	            ),
	            reports.AddRemoveCannotRemoveItemsNotInTheContainer(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                ["i1"],
	            ),
	        )
	
	
	class AddRemoveCannotAddAndRemoveItemsAtTheSameTime(NameBuildTest):
	    def test_message_plural(self):
	        self.assert_message_from_report(
	            "Devices cannot be added and removed at the same time: 'i1', 'i2'",
	            reports.AddRemoveCannotAddAndRemoveItemsAtTheSameTime(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                ["i2", "i1"],
	            ),
	        )
	
	    def test_message_singular(self):
	        self.assert_message_from_report(
	            "Device cannot be added and removed at the same time: 'i1'",
	            reports.AddRemoveCannotAddAndRemoveItemsAtTheSameTime(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                ["i1"],
	            ),
	        )
	
	
	class AddRemoveCannotRemoveAllItemsFromTheContainer(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot remove all devices from stonith resource 'container-id'",
	            reports.AddRemoveCannotRemoveAllItemsFromTheContainer(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                ["i1", "i2"],
	            ),
	        )
	
	
	class AddRemoveAdjacentItemNotInTheContainer(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "There is no device 'adjacent-item-id' in the stonith resource "
	                "'container-id', cannot add devices next to it"
	            ),
	            reports.AddRemoveAdjacentItemNotInTheContainer(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                "adjacent-item-id",
	            ),
	        )
	
	
	class AddRemoveCannotPutItemNextToItself(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Cannot put device 'adjacent-item-id' next to itself",
	            reports.AddRemoveCannotPutItemNextToItself(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                "adjacent-item-id",
	            ),
	        )
	
	
	class AddRemoveCannotSpecifyAdjacentItemWithoutItemsToAdd(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Cannot specify adjacent device 'adjacent-item-id' without "
	                "devices to add"
	            ),
	            reports.AddRemoveCannotSpecifyAdjacentItemWithoutItemsToAdd(
	                const.ADD_REMOVE_CONTAINER_TYPE_STONITH_RESOURCE,
	                const.ADD_REMOVE_ITEM_TYPE_DEVICE,
	                "container-id",
	                "adjacent-item-id",
	            ),
	        )
	
	
	class CloningStonithResourcesHasNoEffect(NameBuildTest):
	    def test_singular_without_group_id(self):
	        self.assert_message_from_report(
	            (
	                "No need to clone stonith resource 'fence1', any node can use "
	                "a stonith resource (unless specifically banned) regardless of "
	                "whether the stonith resource is running on that node or not"
	            ),
	            reports.CloningStonithResourcesHasNoEffect(["fence1"]),
	        )
	
	    def test_plural_with_group_id(self):
	        self.assert_message_from_report(
	            (
	                "Group 'StonithGroup' contains stonith resources. No need to "
	                "clone stonith resources 'fence1', 'fence2', any node can use "
	                "a stonith resource (unless specifically banned) regardless of "
	                "whether the stonith resource is running on that node or not"
	            ),
	            reports.CloningStonithResourcesHasNoEffect(
	                ["fence1", "fence2"], "StonithGroup"
	            ),
	        )
	
	
	class CommandInvalidPayload(NameBuildTest):
	    def test_all(self):
	        reason = "a reason"
	        self.assert_message_from_report(
	            f"Invalid command payload: {reason}",
	            reports.CommandInvalidPayload(reason),
	        )
	
	
	class CommandUnknown(NameBuildTest):
	    def test_all(self):
	        cmd = "a cmd"
	        self.assert_message_from_report(
	            f"Unknown command '{cmd}'",
	            reports.CommandUnknown(cmd),
	        )
	
	
	class NotAuthorized(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            "Current user is not authorized for this operation",
	            reports.NotAuthorized(),
	        )
	
	
	class AgentSelfValidationResult(NameBuildTest):
	    def test_message(self):
	        lines = [f"line #{i}" for i in range(3)]
	        self.assert_message_from_report(
	            "Validation result from agent:\n  {}".format("\n  ".join(lines)),
	            reports.AgentSelfValidationResult("\n".join(lines)),
	        )
	
	
	class AgentSelfValidationInvalidData(NameBuildTest):
	    def test_message(self):
	        reason = "not xml"
	        self.assert_message_from_report(
	            f"Invalid validation data from agent: {reason}",
	            reports.AgentSelfValidationInvalidData(reason),
	        )
	
	
	class AgentSelfValidationSkippedUpdatedResourceMisconfigured(NameBuildTest):
	    def test_message(self):
	        lines = [f"line #{i}" for i in range(3)]
	        self.assert_message_from_report(
	            (
	                "The resource was misconfigured before the update, therefore "
	                "agent self-validation will not be run for the updated "
	                "configuration. Validation output of the original "
	                "configuration:\n  {}"
	            ).format("\n  ".join(lines)),
	            reports.AgentSelfValidationSkippedUpdatedResourceMisconfigured(
	                "\n".join(lines)
	            ),
	        )
	
	
	class AgentSelfValidationAutoOnWithWarnings(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            (
	                "Validating resource options using the resource agent itself "
	                "is enabled by default and produces warnings. In a future "
	                "version, this might be changed to errors. Enable "
	                "agent validation to switch to the future behavior."
	            ),
	            reports.AgentSelfValidationAutoOnWithWarnings(),
	        )
	
	
	class ResourceCloneIncompatibleMetaAttributes(NameBuildTest):
	    def test_with_provider(self):
	        attr = "attr_name"
	        self.assert_message_from_report(
	            f"Clone option '{attr}' is not compatible with 'standard:provider:type' resource agent",
	            reports.ResourceCloneIncompatibleMetaAttributes(
	                attr, ResourceAgentNameDto("standard", "provider", "type")
	            ),
	        )
	
	    def test_without_provider(self):
	        attr = "attr_name"
	        self.assert_message_from_report(
	            f"Clone option '{attr}' is not compatible with 'standard:type' resource agent",
	            reports.ResourceCloneIncompatibleMetaAttributes(
	                attr, ResourceAgentNameDto("standard", None, "type")
	            ),
	        )
	
	    def test_resource_id(self):
	        attr = "attr_name"
	        res_id = "resource_id"
	        self.assert_message_from_report(
	            (
	                f"Clone option '{attr}' is not compatible with 'standard:type' "
	                f"resource agent of resource '{res_id}'"
	            ),
	            reports.ResourceCloneIncompatibleMetaAttributes(
	                attr,
	                ResourceAgentNameDto("standard", None, "type"),
	                resource_id=res_id,
	            ),
	        )
	
	    def test_group_id(self):
	        attr = "attr_name"
	        res_id = "resource id"
	        group_id = "group id"
	        self.assert_message_from_report(
	            (
	                f"Clone option '{attr}' is not compatible with 'standard:type' "
	                f"resource agent of resource '{res_id}' in group '{group_id}'"
	            ),
	            reports.ResourceCloneIncompatibleMetaAttributes(
	                attr,
	                ResourceAgentNameDto("standard", None, "type"),
	                resource_id=res_id,
	                group_id=group_id,
	            ),
	        )
	
	
	class BoothAuthfileNotUsed(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Booth authfile is not enabled",
	            reports.BoothAuthfileNotUsed("instance name"),
	        )
	
	
	class BoothUnsupportedOptionEnableAuthfile(NameBuildTest):
	    def test_message(self):
	        self.assert_message_from_report(
	            "Unsupported option 'enable-authfile' is set in booth configuration",
	            reports.BoothUnsupportedOptionEnableAuthfile("instance name"),
	        )
	
	
	class CannotCreateDefaultClusterPropertySet(NameBuildTest):
	    def test_all(self):
	        self.assert_message_from_report(
	            (
	                "Cannot create default cluster_property_set element, ID "
	                "'cib-bootstrap-options' already exists. Find elements with the"
	                " ID and remove them from cluster configuration."
	            ),
	            reports.CannotCreateDefaultClusterPropertySet(
	                "cib-bootstrap-options"
	            ),
	        )
	
	
	class ClusterStatusBundleMemberIdAsImplicit(NameBuildTest):
	    def test_one(self):
	        self.assert_message_from_report(
	            (
	                "Skipping bundle 'resource-bundle': resource 'resource' has "
	                "the same id as some of the implicit bundle resources"
	            ),
	            reports.ClusterStatusBundleMemberIdAsImplicit(
	                "resource-bundle", ["resource"]
	            ),
	        )
	
	    def test_multiple(self):
	        self.assert_message_from_report(
	            (
	                "Skipping bundle 'resource-bundle': resources 'resource-0', "
	                "'resource-1' have the same id as some of the implicit bundle "
	                "resources"
	            ),
	            reports.ClusterStatusBundleMemberIdAsImplicit(
	                "resource-bundle", ["resource-0", "resource-1"]
	            ),
	        )
	
	
	class ResourceWaitDeprecated(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Ability of this command to accept 'wait' argument is "
	                "deprecated and will be removed in a future release."
	            ),
	            reports.ResourceWaitDeprecated(),
	        )
	
	
	class CommandArgumentTypeMismatch(NameBuildTest):
	    def test_message(self) -> str:
	        self.assert_message_from_report(
	            "This command does not accept entity type.",
	            reports.CommandArgumentTypeMismatch(
	                "entity type", "pcs stonith create"
	            ),
	        )
	
	
	class ResourceRestartError(NameBuildTest):
	    def test_message(self) -> str:
	        self.assert_message_from_report(
	            "Unable to restart resource 'resourceId':\nerror description",
	            reports.ResourceRestartError("error description", "resourceId"),
	        )
	
	
	class ResourceRestartNodeIsForMultiinstanceOnly(NameBuildTest):
	    def test_message(self) -> str:
	        self.assert_message_from_report(
	            (
	                "Can only restart on a specific node for a clone or bundle, "
	                "'resourceId' is a resource"
	            ),
	            reports.ResourceRestartNodeIsForMultiinstanceOnly(
	                "resourceId", "primitive", "node01"
	            ),
	        )
	
	
	class ResourceRestartUsingParentRersource(NameBuildTest):
	    def test_message(self) -> str:
	        self.assert_message_from_report(
	            (
	                "Restarting 'parentId' instead...\n"
	                "(If a resource is a clone or bundle, you must use the clone "
	                "or bundle instead)"
	            ),
	            reports.ResourceRestartUsingParentRersource(
	                "resourceId", "parentId"
	            ),
	        )
	
	
	class ClusterOptionsMetadataNotSupported(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Cluster options metadata are not supported, please upgrade "
	                "pacemaker"
	            ),
	            reports.ClusterOptionsMetadataNotSupported(),
	        )
	
	
	class StoppingResources(NameBuildTest):
	    def test_one_resource(self):
	        self.assert_message_from_report(
	            "Stopping resource 'resourceId'",
	            reports.StoppingResources(["resourceId"]),
	        )
	
	    def test_multiple_resources(self):
	        self.assert_message_from_report(
	            "Stopping resources 'resourceId1', 'resourceId2'",
	            reports.StoppingResources(["resourceId1", "resourceId2"]),
	        )
	
	
	class StoppedResourcesBeforeDeleteCheckSkipped(NameBuildTest):
	    def test_one_resource(self):
	        self.assert_message_from_report(
	            (
	                "Not checking if resource 'A' is stopped before deletion. "
	                "Deleting unstopped resources may result in orphaned resources "
	                "being present in the cluster."
	            ),
	            reports.StoppedResourcesBeforeDeleteCheckSkipped(["A"]),
	        )
	
	    def test_multiple_resources(self):
	        self.assert_message_from_report(
	            (
	                "Not checking if resources 'A', 'B' are stopped before "
	                "deletion. Deleting unstopped resources may result in orphaned "
	                "resources being present in the cluster."
	            ),
	            reports.StoppedResourcesBeforeDeleteCheckSkipped(["A", "B"]),
	        )
	
	    def test_with_reason(self):
	        self.assert_message_from_report(
	            (
	                "Not checking if resource 'A' is stopped before deletion "
	                "because the command does not run on a live cluster. Deleting "
	                "unstopped resources may result in orphaned resources being "
	                "present in the cluster."
	            ),
	            reports.StoppedResourcesBeforeDeleteCheckSkipped(
	                ["A"], reports.const.REASON_NOT_LIVE_CIB
	            ),
	        )
	
	
	class CannotRemoveResourcesNotStopped(NameBuildTest):
	    def test_one_resource(self) -> str:
	        self.assert_message_from_report(
	            (
	                "Resource 'resourceId' is not stopped, removing unstopped "
	                "resources can lead to orphaned resources being present in the "
	                "cluster."
	            ),
	            reports.CannotRemoveResourcesNotStopped(["resourceId"]),
	        )
	
	    def test_multiple_resources(self) -> str:
	        self.assert_message_from_report(
	            (
	                "Resources 'resourceId1', 'resourceId2' are not stopped, "
	                "removing unstopped resources can lead to orphaned resources "
	                "being present in the cluster."
	            ),
	            reports.CannotRemoveResourcesNotStopped(
	                ["resourceId1", "resourceId2"]
	            ),
	        )
	
	
	class DlmClusterRenameNeeded(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "The DLM cluster name in the shared volume groups metadata "
	                "must be updated to reflect the name of the cluster so that "
	                "the volume groups can start"
	            ),
	            reports.DlmClusterRenameNeeded(),
	        )
	
	
	class Gfs2LockTableRenameNeeded(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "The lock table name on each GFS2 filesystem must be updated "
	                "to reflect the name of the cluster so that the filesystems "
	                "can be mounted"
	            ),
	            reports.Gfs2LockTableRenameNeeded(),
	        )
	
	
	class CibClusterNameRemovalStarted(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Removing CIB cluster name property on nodes...",
	            reports.CibClusterNameRemovalStarted(),
	        )
	
	
	class CibClusterNameRemoved(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "node: Succeeded", reports.CibClusterNameRemoved("node")
	        )
	
	
	class CibClusterNameRemovalFailed(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "CIB cluster name property removal failed: reason",
	            reports.CibClusterNameRemovalFailed("reason"),
	        )
	
	
	class PacemakerRunning(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Pacemaker is running", reports.PacemakerRunning()
	        )
	
	
	class CibXmlMissing(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "CIB XML file cannot be found", reports.CibXmlMissing()
	        )
	
	
	class CibNodeRenameElementUpdated(NameBuildTest):
	    def test_location_constraint(self):
	        self.assert_message_from_report(
	            "Location constraint 'loc-1': node updated from 'node1' to 'node2'",
	            reports.CibNodeRenameElementUpdated(
	                "Location constraint", "loc-1", "node", "node1", "node2"
	            ),
	        )
	
	    def test_rule_expression(self):
	        self.assert_message_from_report(
	            "Rule 'rule-1': #uname expression updated from 'node1' to 'node2'",
	            reports.CibNodeRenameElementUpdated(
	                "Rule", "rule-1", "#uname expression", "node1", "node2"
	            ),
	        )
	
	    def test_fencing_level(self):
	        self.assert_message_from_report(
	            "Fencing level '1': target updated from 'node1' to 'node2'",
	            reports.CibNodeRenameElementUpdated(
	                "Fencing level", "1", "target", "node1", "node2"
	            ),
	        )
	
	    def test_fence_device(self):
	        self.assert_message_from_report(
	            "Fence device 'fence_xvm': attribute 'pcmk_host_list' "
	            "updated from 'node1,node2' to 'node3,node2'",
	            reports.CibNodeRenameElementUpdated(
	                "Fence device",
	                "fence_xvm",
	                "attribute 'pcmk_host_list'",
	                "node1,node2",
	                "node3,node2",
	            ),
	        )
	
	
	class CibNodeRenameFencingLevelPatternExists(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Fencing level '1' uses target-pattern 'node.*', "
	            "which may match the renamed node, check the pattern and adjust the"
	            " configuration if necessary",
	            reports.CibNodeRenameFencingLevelPatternExists("1", "node.*"),
	        )
	
	
	class CibNodeRenameAclsExist(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "ACL rules exist in CIB and may contain references to node "
	            "names, check the ACL configuration and adjust it if necessary",
	            reports.CibNodeRenameAclsExist(),
	        )
	
	
	class CibNodeRenameOldNodeInCorosync(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Node 'old_name' is still known to corosync, "
	            "the node may not have been renamed in corosync.conf yet",
	            reports.CibNodeRenameOldNodeInCorosync(
	                old_name="old_name",
	            ),
	        )
	
	
	class CibNodeRenameNewNodeNotInCorosync(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Node 'new_name' is not known to corosync, "
	            "the node name may be incorrect",
	            reports.CibNodeRenameNewNodeNotInCorosync(
	                new_name="new_name",
	            ),
	        )
	
	
	class CibNodeRenameNoChange(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "No CIB configuration changes needed for node rename",
	            reports.CibNodeRenameNoChange(),
	        )
	
	
	class ConfiguredResourceMissingInStatus(NameBuildTest):
	    def test_only_resource_id(self):
	        self.assert_message_from_report(
	            (
	                "Cannot check if the resource 'id' is in expected state, "
	                "since the resource is missing in cluster status"
	            ),
	            reports.ConfiguredResourceMissingInStatus("id"),
	        )
	
	    def test_with_expected_state(self):
	        self.assert_message_from_report(
	            (
	                "Cannot check if the resource 'id' is in expected state "
	                "(stopped), since the resource is missing in cluster status"
	            ),
	            reports.ConfiguredResourceMissingInStatus(
	                "id", ResourceState.STOPPED
	            ),
	        )
	
	
	class NoStonithMeansWouldBeLeft(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Requested action leaves the cluster with no enabled means "
	                "to fence nodes, resulting in the cluster not being able to "
	                "recover from certain failure conditions"
	            ),
	            reports.NoStonithMeansWouldBeLeft(),
	        )
	
	
	class NoStonithMeansWouldBeLeftDueToProperties(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Setting property stonith-enabled to false or fencing-enabled"
	                " to 0 leaves the cluster with no enabled means to fence nodes,"
	                " resulting in the cluster not being able to recover from"
	                " certain failure conditions"
	            ),
	            reports.NoStonithMeansWouldBeLeftDueToProperties(
	                {"stonith-enabled": "false", "fencing-enabled": "0"}
	            ),
	        )
	
	
	class ParseErrorInvalidFileStructure(NameBuildTest):
	    def test_no_path(self):
	        self.assert_message_from_report(
	            "Unable to parse known-hosts file: reason",
	            reports.ParseErrorInvalidFileStructure(
	                "reason", file_type_codes.PCS_KNOWN_HOSTS, None
	            ),
	        )
	
	    def test_path(self):
	        self.assert_message_from_report(
	            "Unable to parse known-hosts file '/foo/bar': reason",
	            reports.ParseErrorInvalidFileStructure(
	                "reason", file_type_codes.PCS_KNOWN_HOSTS, "/foo/bar"
	            ),
	        )
	
	
	class NodeReportsUnexpectedClusterName(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "The node is not in the cluster named 'name'",
	            reports.NodeReportsUnexpectedClusterName("name"),
	        )
	
	
	class PcsCfgsyncSendingConfigsToNodes(NameBuildTest):
	    def test_one_node(self):
	        self.assert_message_from_report(
	            "Sending file 'known-hosts' to node 'node1'",
	            reports.PcsCfgsyncSendingConfigsToNodes(
	                [file_type_codes.PCS_KNOWN_HOSTS], ["node1"]
	            ),
	        )
	
	    def test_multiple_nodes(self):
	        self.assert_message_from_report(
	            "Sending file 'known-hosts' to nodes 'node1', 'node2'",
	            reports.PcsCfgsyncSendingConfigsToNodes(
	                [file_type_codes.PCS_KNOWN_HOSTS], ["node1", "node2"]
	            ),
	        )
	
	    def test_multiple_files(self):
	        self.assert_message_from_report(
	            "Sending files 'known-hosts', 'pcs configuration' to node 'node1'",
	            reports.PcsCfgsyncSendingConfigsToNodes(
	                [
	                    file_type_codes.PCS_KNOWN_HOSTS,
	                    file_type_codes.PCS_SETTINGS_CONF,
	                ],
	                ["node1"],
	            ),
	        )
	
	
	class PcsCfgsyncSendingConfigsToNodesFailed(NameBuildTest):
	    def test_one_node(self):
	        self.assert_message_from_report(
	            "Unable to save file 'known-hosts' on node 'node1'",
	            reports.PcsCfgsyncSendingConfigsToNodesFailed(
	                [file_type_codes.PCS_KNOWN_HOSTS], ["node1"]
	            ),
	        )
	
	    def test_multiple_nodes(self):
	        self.assert_message_from_report(
	            "Unable to save file 'known-hosts' on nodes 'node1', 'node2'",
	            reports.PcsCfgsyncSendingConfigsToNodesFailed(
	                [file_type_codes.PCS_KNOWN_HOSTS], ["node1", "node2"]
	            ),
	        )
	
	    def test_multiple_files(self):
	        self.assert_message_from_report(
	            "Unable to save files 'known-hosts', 'pcs configuration' on node 'node1'",
	            reports.PcsCfgsyncSendingConfigsToNodesFailed(
	                [
	                    file_type_codes.PCS_KNOWN_HOSTS,
	                    file_type_codes.PCS_SETTINGS_CONF,
	                ],
	                ["node1"],
	            ),
	        )
	
	
	class PcsCfgsyncConfigAccepted(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "The known-hosts file saved successfully",
	            reports.PcsCfgsyncConfigAccepted(file_type_codes.PCS_KNOWN_HOSTS),
	        )
	
	
	class PcsCfgsyncConfigRejected(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "The known-hosts file not saved, a newer version of the file "
	                "exists on the node"
	            ),
	            reports.PcsCfgsyncConfigRejected(file_type_codes.PCS_KNOWN_HOSTS),
	        )
	
	
	class PcsCfgsyncConfigSaveError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "The known-hosts file not saved",
	            reports.PcsCfgsyncConfigSaveError(file_type_codes.PCS_KNOWN_HOSTS),
	        )
	
	
	class PcsCfgsyncConfigUnsupported(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "The known-hosts file synchronization is not supported on this "
	                "node"
	            ),
	            reports.PcsCfgsyncConfigUnsupported(
	                file_type_codes.PCS_KNOWN_HOSTS
	            ),
	        )
	
	
	class PcsCfgsyncFetchingNewestConfig(NameBuildTest):
	    def test_one_node(self):
	        self.assert_message_from_report(
	            (
	                "Fetching the newest version of file 'known-hosts' from node "
	                "'node1'"
	            ),
	            reports.PcsCfgsyncFetchingNewestConfig(
	                [file_type_codes.PCS_KNOWN_HOSTS], ["node1"]
	            ),
	        )
	
	    def test_multiple_nodes(self):
	        self.assert_message_from_report(
	            (
	                "Fetching the newest version of file 'known-hosts' from nodes "
	                "'node1', 'node2'"
	            ),
	            reports.PcsCfgsyncFetchingNewestConfig(
	                [file_type_codes.PCS_KNOWN_HOSTS], ["node1", "node2"]
	            ),
	        )
	
	    def test_multiple_files(self):
	        self.assert_message_from_report(
	            (
	                "Fetching the newest version of files 'known-hosts', "
	                "'pcs configuration' from node 'node1'"
	            ),
	            reports.PcsCfgsyncFetchingNewestConfig(
	                [
	                    file_type_codes.PCS_KNOWN_HOSTS,
	                    file_type_codes.PCS_SETTINGS_CONF,
	                ],
	                ["node1"],
	            ),
	        )
	
	
	class PcsCfgsyncConflictRepeatAction(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Configuration conflict detected. Some nodes had a newer "
	                "configuration than the local node. Local node's configuration "
	                "was updated. Please repeat the last action if appropriate."
	            ),
	            reports.PcsCfgsyncConflictRepeatAction(),
	        )
	
	
	class MetaAttrsUnknownToPcmk(NameBuildTest):
	    def test_single_option(self):
	        self.assert_message_from_report(
	            (
	                "Resource meta attribute 'unknown' has no effect on cluster "
	                "resource handling, meta attribute with effect: 'known'"
	            ),
	            reports.MetaAttrsUnknownToPcmk(
	                ["unknown"], ["known"], ["primitive-meta"]
	            ),
	        )
	
	    def test_multiple_options(self):
	        self.assert_message_from_report(
	            (
	                "Resource / stonith meta attributes 'unknown1', 'unknown2' "
	                "have no effect on cluster resource handling, meta attributes "
	                "with effect: 'known1', 'known2'"
	            ),
	            reports.MetaAttrsUnknownToPcmk(
	                ["unknown1", "unknown2"],
	                ["known1", "known2"],
	                ["primitive-meta", "stonith-meta"],
	            ),
	        )
	
	
	class MetaAttrsNotValidatedUnsupportedType(NameBuildTest):
	    def test_empty_options(self):
	        self.assert_message_from_report(
	            "Meta attributes are not validated",
	            reports.MetaAttrsNotValidatedUnsupportedType([]),
	        )
	
	    def test_single_option(self):
	        self.assert_message_from_report(
	            "Meta attributes of clone are not validated",
	            reports.MetaAttrsNotValidatedUnsupportedType(["clone"]),
	        )
	
	    def test_multiple_options(self):
	        self.assert_message_from_report(
	            (
	                "Meta attributes of bundle / clone / group / resource are not "
	                "validated"
	            ),
	            reports.MetaAttrsNotValidatedUnsupportedType(
	                ["clone", "bundle", "group", "primitive"]
	            ),
	        )
	
	
	class MetaAttrsNotValidatedLoadingError(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            (
	                "Meta attribute validation is skipped due to an error loading "
	                "meta attributes definition."
	            ),
	            reports.MetaAttrsNotValidatedLoadingError(),
	        )
	
	
	class NodeNotInCluster(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "The node does not currently have a cluster configured",
	            reports.NodeNotInCluster(),
	        )
	
	
	class ClusterNameAlreadyInUse(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "The cluster name 'foo' is already used",
	            reports.ClusterNameAlreadyInUse("foo"),
	        )
	
	
	class UnableToGetClusterInfoFromStatus(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to retrieve cluster information from node status",
	            reports.UnableToGetClusterInfoFromStatus(),
	        )
	
	
	class UnableToGetClusterKnownHosts(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to get known hosts from cluster 'foo'",
	            reports.UnableToGetClusterKnownHosts("foo"),
	        )
	
	
	class CibResourceSecretUnableToGet(NameBuildTest):
	    def test_success(self):
	        self.assert_message_from_report(
	            "Unable to get secret 'secret_name' for resource 'resource_id'",
	            reports.CibResourceSecretUnableToGet(