Python jenkins.Jenkins类代码示例

 def test_find_missing_view(self):
     # test logic
     j = Jenkins(self.mock_jenkins_data_io)
     View = j.find_view("DoesNotExist")
 
     # verification
     self.assertEqual(View, None, "No valid view should have been found.")

def test_param_trigger(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    upstream_name = "test_param_trigger"
    jb = jk.create_job(upstream_name, FreestyleJob)
    with clean_job(jb):
        downstream_name = "sample_job"
        new_trigger = BuildTriggerConfig.instantiate([downstream_name])
        pub = ParameterizedBuildTrigger.instantiate([new_trigger])
        jb.add_publisher(pub)

        # Get a fresh copy of our job to ensure we have an up to date
        # copy of the config.xml for the job
        async_assert(lambda: jk.find_job(upstream_name).publishers)
        pubs = jk.find_job(upstream_name).publishers

        assert isinstance(pubs, list)
        assert len(pubs) == 1
        assert isinstance(pubs[0], ParameterizedBuildTrigger)
        triggers = pubs[0].triggers
        assert isinstance(triggers, list)
        assert len(triggers) == 1
        names = triggers[0].job_names
        assert isinstance(names, list)
        assert len(names) == 1
        assert names[0] == downstream_name
        assert triggers[0].condition == "SUCCESS"

 def test_find_job_no_jobs(self):
     mock_data_io = MagicMock()
     mock_data_io.get_api_data.return_value = {'jobs':{}}
     
     j = Jenkins(mock_data_io)
     njob = j.find_job("MyJob")
     self.assertEqual(njob, None, "No jobs should be found by the search method")

def test_wait_for_idle(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    node = jk.nodes[0]
    expected_job_name = "test_wait_for_idle_job"
    jb = jk.create_job(expected_job_name, FreestyleJob)
    with clean_job(jb):
        jb.quiet_period = 0
        shell_builder = ShellBuilder.instantiate("sleep 2")
        jb.add_builder(shell_builder)

        # Get a fresh copy of our job to ensure we have an up to date
        # copy of the config.xml for the job
        async_assert(lambda: jk.find_job(expected_job_name).builders)

        # Trigger a build
        jb.start_build()

        # The 'last_build' reference becomes available as soon as the previously
        # triggered build exits the queue and starts running. So we wait for the
        # last build to become valid before checking the node activity
        async_assert(lambda: jb.last_build)

        assert node.is_idle is False
        assert node.wait_for_idle()
        assert node.is_idle

def test_trigger_with_current_build_params(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    upstream_name = "test_trigger_with_current_build_params"
    jb = jk.create_job(upstream_name, FreestyleJob)
    with clean_job(jb):
        downstream_name = "sample_job"
        new_trigger = BuildTriggerConfig.instantiate([downstream_name])
        cur_bld_params = CurrentBuildParams.instantiate()
        new_trigger.add_build_param(cur_bld_params)
        new_pub = ParameterizedBuildTrigger.instantiate([new_trigger])
        jb.add_publisher(new_pub)

        # Get a fresh copy of our job to ensure we have an up to date
        # copy of the config.xml for the job
        async_assert(lambda: jk.find_job(upstream_name).publishers)
        pubs = jk.find_job(upstream_name).publishers

        assert len(pubs) == 1
        cur_pub = pubs[0]
        assert len(cur_pub.triggers) == 1
        cur_trig = cur_pub.triggers[0]
        assert len(cur_trig.build_params) == 1
        cur_param_cfg = cur_trig.build_params[0]

        assert isinstance(cur_param_cfg, CurrentBuildParams)

def test_create_multijob_job(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    expected_name = "test_create_multijob_job"
    jb = jk.create_job(expected_name, MultiJob)
    with clean_job(jb):
        assert jb is not None
        assert jb.name == expected_name

def test_find_node(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    expected_name = "master"
    result = jk.find_node(expected_name)

    assert result is not None
    assert result.name == expected_name

def test_find_multiple_nested_sub_views(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    parent1 = jk.create_view("test_find_multiple_nested_sub_views_parent1", NestedView)
    with clean_view(parent1):
        parent2 = parent1.create_view("test_find_multiple_nested_sub_views_parent2", NestedView)
        with clean_view(parent2):
            expected_view_name = "test_find_multiple_nested_sub_views_child"

            # Views in Jenkins must be unique within the same parent view, but
            # nested views may contain sub-views with the same name as their
            # ancestors / siblings. So we create 2 views with the same name in
            # each of our parent views to make sure they get resolved correctly
            child1 = parent1.create_view(expected_view_name, ListView)
            assert child1 is not None
            with clean_view(child1):
                child2 = parent2.create_view(expected_view_name, ListView)
                assert child2 is not None
                with clean_view(child2):

                    results = parent1.find_all_views(expected_view_name)
                    assert results is not None
                    assert isinstance(results, list)
                    assert len(results) == 2
                    assert results[0].name == expected_view_name
                    assert results[1].name == expected_view_name

def test_get_user_id(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    user = jk.find_user("admin")
    result = user.user_id

    assert result is not None
    assert result == "admin"

def test_rename_view(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    original_view_name = "test_rename_view"
    v = jk.create_view(original_view_name, SectionedView)
    try:
        expected_section_name = "MyNewSection"
        v.add_section("hudson.plugins.sectioned_view.TextSection", expected_section_name)

        expected_view_name = "test_rename_view2"
        v.rename(expected_view_name)
        assert jk.find_view(original_view_name) is None
    finally:
        tmp = jk.find_view(original_view_name)
        if tmp:
            tmp.delete()

    with clean_view(v):
        assert v.name == expected_view_name

        tmp_view = jk.find_view(expected_view_name)
        assert tmp_view is not None
        assert tmp_view.name == expected_view_name

        result = tmp_view.sections

        assert result is not None
        assert isinstance(result, list)
        assert len(result) == 1
        assert result[0].name == expected_section_name

def test_find_view(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    expected_name = "all"
    v = jk.find_view(expected_name)

    assert v is not None
    assert v.name == expected_name

def test_build_blocker_functionality(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    job_name1 = "test_build_blocker_functionality1"
    jb1 = jk.create_job(job_name1, FreestyleJob)
    with clean_job(jb1):
        job_name2 = "test_build_blocker_functionality2"
        jb2 = jk.create_job(job_name2, FreestyleJob)
        with clean_job(jb2):
            expected_jobs = job_name2
            build_blocker = BuildBlockerProperty.instantiate(expected_jobs)
            jb1.quiet_period = 0
            jb1.add_property(build_blocker)

            # Get a fresh copy of our job to ensure we have an up to date
            # copy of the config.xml for the job
            async_assert(lambda: jk.find_job(job_name1).properties)

            build_step = ShellBuilder.instantiate("sleep 10")
            jb2.quiet_period = 0
            jb2.add_builder(build_step)
            async_assert(lambda: jb2.builders)
            queue2 = jb2.start_build()

            async_assert(lambda: not queue2.waiting)

            queue1 = jb1.start_build()
            assert job_name2 in queue1.reason

            queue2.build.abort()
            assert queue1.waiting is False

def test_never_run_condition(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    expected_job_name = "test_never_run_condition"
    jb = jk.create_job(expected_job_name, FreestyleJob)
    with clean_job(jb):
        expected_output = "Here is my sample output..."
        shell_builder = ShellBuilder.instantiate("echo " + expected_output)
        condition = NeverRun.instantiate()
        conditional_builder = ConditionalBuilder.instantiate(condition, shell_builder)
        jb.add_builder(conditional_builder)

        # Get a fresh copy of our job to ensure we have an up to date
        # copy of the config.xml for the job
        async_assert(lambda: jk.find_job(expected_job_name).builders)

        builders = jk.find_job(expected_job_name).builders

        # Make sure the builder was correctly configured
        assert builders[0].condition is not None
        assert isinstance(builders[0].condition, NeverRun)
        assert builders[0].condition.get_friendly_name() == "never"

        # Finally, just to be sure our build actually did something relevant
        # we make sure the output from our shell command appears in the
        # build output for a build (ie: to ensure the conditional build step
        # actually ran)
        jb.start_build()
        async_assert(lambda: jb.last_build)

        assert expected_output not in jb.last_build.console_output

def test_multiple_upstream_jobs_recursive(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    parent_job_name = "test_multiple_upstream_jobs_recursive1"
    jb = jk.create_job(parent_job_name, FreestyleJob)
    with clean_job(jb):
        expected_name1 = "test_multiple_upstream_jobs_recursive2"
        jb2 = jk.create_job(expected_name1, FreestyleJob)
        with clean_job(jb2):
            expected_name2 = "test_multiple_upstream_jobs_recursive3"
            jb3 = jk.create_job(expected_name2, FreestyleJob)
            with clean_job(jb3):
                publisher1 = BuildTriggerPublisher.instantiate([expected_name1])
                jb.add_publisher(publisher1)

                publisher2 = BuildTriggerPublisher.instantiate([expected_name2])
                jb2.add_publisher(publisher2)

                async_assert(lambda: len(jb3.all_upstream_jobs) == 2)
                res = jb3.all_upstream_jobs

                all_names = [parent_job_name, expected_name1]
                assert isinstance(res, list)
                assert len(res) == 2
                assert res[0].name in all_names
                assert res[1].name in all_names
                assert isinstance(res[0], FreestyleJob)
                assert isinstance(res[1], FreestyleJob)

def test_prepare_shutdown(jenkins_env):
    jk = Jenkins(jenkins_env["url"], (jenkins_env["admin_user"], jenkins_env["admin_token"]))
    try:
        jk.prepare_shutdown()
        assert jk.is_shutting_down
    finally:
        jk.cancel_shutdown()