# frozen_string_literal: true require 'spec_helper' RSpec.describe Clusters::Platforms::Kubernetes do include KubernetesHelpers include ReactiveCachingHelpers it { is_expected.to belong_to(:cluster) } it { is_expected.to be_kind_of(Gitlab::Kubernetes) } it { is_expected.to respond_to :ca_pem } it { is_expected.to validate_exclusion_of(:namespace).in_array(%w(gitlab-managed-apps)) } it { is_expected.to validate_presence_of(:api_url) } it { is_expected.to validate_presence_of(:token) } it { is_expected.to delegate_method(:enabled?).to(:cluster) } it { is_expected.to delegate_method(:provided_by_user?).to(:cluster) } it { is_expected.to nullify_if_blank(:namespace) } it_behaves_like 'having unique enum values' describe 'before_validation' do let(:kubernetes) { create(:cluster_platform_kubernetes, :configured, namespace: namespace) } context 'when namespace includes upper case' do let(:namespace) { 'ABC' } it 'converts to lower case' do expect(kubernetes.namespace).to eq('abc') end end end describe 'validation' do subject { kubernetes.valid? } context 'when validates namespace' do let(:kubernetes) { build(:cluster_platform_kubernetes, :configured, namespace: namespace) } context 'when namespace is nil' do let(:namespace) { nil } it { is_expected.to be_truthy } end context 'when namespace is longer than 63' do let(:namespace) { 'a' * 64 } it { is_expected.to be_falsey } end context 'when namespace includes invalid character' do let(:namespace) { '!!!!!!' } it { is_expected.to be_falsey } end context 'when namespace is vaild' do let(:namespace) { 'namespace-123' } it { is_expected.to be_truthy } end context 'for group cluster' do let(:namespace) { 'namespace-123' } let(:cluster) { build(:cluster, :group, :provided_by_user) } let(:kubernetes) { cluster.platform_kubernetes } before do kubernetes.namespace = namespace end it { is_expected.to be_falsey } end end context 'when validates api_url' do let(:kubernetes) { build(:cluster_platform_kubernetes, :configured) } before do kubernetes.api_url = api_url end context 'when api_url is invalid url' do let(:api_url) { '!!!!!!' } it { expect(kubernetes.save).to be_falsey } end context 'when api_url is nil' do let(:api_url) { nil } it { expect(kubernetes.save).to be_falsey } end context 'when api_url is valid url' do let(:api_url) { 'https://111.111.111.111' } it { expect(kubernetes.save).to be_truthy } end context 'when api_url is localhost' do let(:api_url) { 'http://localhost:22' } it { expect(kubernetes.save).to be_falsey } context 'Application settings allows local requests' do before do allow(ApplicationSetting) .to receive(:current) .and_return(ApplicationSetting.build_from_defaults(allow_local_requests_from_web_hooks_and_services: true)) end it { expect(kubernetes.save).to be_truthy } end end end context 'when validates token' do let(:kubernetes) { build(:cluster_platform_kubernetes, :configured) } before do kubernetes.token = token end context 'when token is nil' do let(:token) { nil } it { expect(kubernetes.save).to be_falsey } end end context 'ca_cert' do let(:kubernetes) { build(:cluster_platform_kubernetes, ca_pem: ca_pem) } context 'with a valid certificate' do let(:ca_pem) { File.read(Rails.root.join('spec/fixtures/clusters/sample_cert.pem')) } it { is_expected.to be_truthy } end context 'with an invalid certificate' do let(:ca_pem) { "invalid" } it { is_expected.to be_falsey } context 'but the certificate is not being updated' do before do allow(kubernetes).to receive(:ca_cert_changed?).and_return(false) end it { is_expected.to be_truthy } end end context 'with no certificate' do let(:ca_pem) { "" } it { is_expected.to be_truthy } end end describe 'when using reserved namespaces' do subject { build(:cluster_platform_kubernetes, namespace: namespace) } context 'when no namespace is manually assigned' do let(:namespace) { nil } it { is_expected.to be_valid } end context 'when no reserved namespace is assigned' do let(:namespace) { 'my-namespace' } it { is_expected.to be_valid } end context 'when reserved namespace is assigned' do let(:namespace) { 'gitlab-managed-apps' } it { is_expected.not_to be_valid } end end end describe '#kubeclient' do let(:cluster) { create(:cluster, :project) } let(:kubernetes) { build(:cluster_platform_kubernetes, :configured, namespace: 'a-namespace', cluster: cluster) } subject { kubernetes.kubeclient } before do create(:cluster_kubernetes_namespace, cluster: kubernetes.cluster, cluster_project: kubernetes.cluster.cluster_project, project: kubernetes.cluster.cluster_project.project) end it { is_expected.to be_an_instance_of(Gitlab::Kubernetes::KubeClient) } context 'ca_pem is a single certificate' do let(:ca_pem) { File.read(Rails.root.join('spec/fixtures/clusters/ca_certificate.pem')) } let(:kubernetes) do build(:cluster_platform_kubernetes, :configured, namespace: 'a-namespace', cluster: cluster, ca_pem: ca_pem) end it 'adds it to cert_store' do cert = OpenSSL::X509::Certificate.new(ca_pem) cert_store = kubernetes.kubeclient.kubeclient_options[:ssl_options][:cert_store] expect(cert_store.verify(cert)).to be true end end context 'ca_pem is a chain' do let(:cert_chain) { File.read(Rails.root.join('spec/fixtures/clusters/chain_certificates.pem')) } let(:kubernetes) do build(:cluster_platform_kubernetes, :configured, namespace: 'a-namespace', cluster: cluster, ca_pem: cert_chain) end it 'includes chain of certificates' do cert1_file = File.read(Rails.root.join('spec/fixtures/clusters/root_certificate.pem')) cert1 = OpenSSL::X509::Certificate.new(cert1_file) cert2_file = File.read(Rails.root.join('spec/fixtures/clusters/intermediate_certificate.pem')) cert2 = OpenSSL::X509::Certificate.new(cert2_file) cert3_file = File.read(Rails.root.join('spec/fixtures/clusters/ca_certificate.pem')) cert3 = OpenSSL::X509::Certificate.new(cert3_file) cert_store = kubernetes.kubeclient.kubeclient_options[:ssl_options][:cert_store] expect(cert_store.verify(cert1)).to be true expect(cert_store.verify(cert2)).to be true expect(cert_store.verify(cert3)).to be true end end end describe '#rbac?' do let(:kubernetes) { build(:cluster_platform_kubernetes, :configured) } subject { kubernetes.rbac? } it { is_expected.to be_truthy } end describe '#predefined_variables' do let(:project) { create(:project) } let(:cluster) { create(:cluster, :group, platform_kubernetes: platform) } let(:platform) { create(:cluster_platform_kubernetes) } let(:persisted_namespace) { create(:cluster_kubernetes_namespace, project: project, cluster: cluster) } let(:environment_name) { 'env/production' } let(:environment_slug) { Gitlab::Slug::Environment.new(environment_name).generate } subject { platform.predefined_variables(project: project, environment_name: environment_name) } before do allow(Clusters::KubernetesNamespaceFinder).to receive(:new) .with(cluster, project: project, environment_name: environment_name) .and_return(double(execute: persisted_namespace)) end it { is_expected.to include(key: 'KUBE_URL', value: platform.api_url, public: true) } context 'platform has a CA certificate' do let(:ca_pem) { File.read(Rails.root.join('spec/fixtures/clusters/sample_cert.pem')) } let(:platform) { create(:cluster_platform_kubernetes, ca_cert: ca_pem) } it { is_expected.to include(key: 'KUBE_CA_PEM', value: ca_pem, public: true) } it { is_expected.to include(key: 'KUBE_CA_PEM_FILE', value: ca_pem, public: true, file: true) } end context 'cluster is managed by project' do before do allow(Gitlab::Kubernetes::DefaultNamespace).to receive(:new) .with(cluster, project: project).and_return(double(from_environment_name: namespace)) allow(platform).to receive(:kubeconfig).with(namespace).and_return('kubeconfig') end let(:cluster) { create(:cluster, :group, platform_kubernetes: platform, management_project: project) } let(:namespace) { 'kubernetes-namespace' } let(:kubeconfig) { 'kubeconfig' } it { is_expected.to include(key: 'KUBE_TOKEN', value: platform.token, public: false, masked: true) } it { is_expected.to include(key: 'KUBE_NAMESPACE', value: namespace) } it { is_expected.to include(key: 'KUBECONFIG', value: kubeconfig, public: false, file: true) } end context 'kubernetes namespace exists' do let(:variable) { Hash(key: :fake_key, value: 'fake_value') } let(:namespace_variables) { Gitlab::Ci::Variables::Collection.new([variable]) } before do expect(persisted_namespace).to receive(:predefined_variables).and_return(namespace_variables) end it { is_expected.to include(variable) } end context 'kubernetes namespace does not exist' do let(:persisted_namespace) { nil } let(:namespace) { 'kubernetes-namespace' } let(:kubeconfig) { 'kubeconfig' } before do allow(Gitlab::Kubernetes::DefaultNamespace).to receive(:new) .with(cluster, project: project).and_return(double(from_environment_name: namespace)) allow(platform).to receive(:kubeconfig).with(namespace).and_return(kubeconfig) end it { is_expected.not_to include(key: 'KUBE_TOKEN', value: platform.token, public: false, masked: true) } it { is_expected.not_to include(key: 'KUBE_NAMESPACE', value: namespace) } it { is_expected.not_to include(key: 'KUBECONFIG', value: kubeconfig, public: false, file: true) } context 'cluster is unmanaged' do let(:cluster) { create(:cluster, :group, :not_managed, platform_kubernetes: platform) } it { is_expected.to include(key: 'KUBE_TOKEN', value: platform.token, public: false, masked: true) } it { is_expected.to include(key: 'KUBE_NAMESPACE', value: namespace) } it { is_expected.to include(key: 'KUBECONFIG', value: kubeconfig, public: false, file: true) } context 'custom namespace is provided' do let(:custom_namespace) { 'custom-namespace' } subject do platform.predefined_variables( project: project, environment_name: environment_name, kubernetes_namespace: custom_namespace ) end before do allow(platform).to receive(:kubeconfig).with(custom_namespace).and_return(kubeconfig) end it { is_expected.to include(key: 'KUBE_TOKEN', value: platform.token, public: false, masked: true) } it { is_expected.to include(key: 'KUBE_NAMESPACE', value: custom_namespace) } it { is_expected.to include(key: 'KUBECONFIG', value: kubeconfig, public: false, file: true) } end end end context 'cluster variables' do let(:variable) { Hash(key: :fake_key, value: 'fake_value') } let(:cluster_variables) { Gitlab::Ci::Variables::Collection.new([variable]) } before do expect(cluster).to receive(:predefined_variables).and_return(cluster_variables) end it { is_expected.to include(variable) } end end describe '#terminals' do subject { service.terminals(environment, pods: pods) } let!(:cluster) { create(:cluster, :project, platform_kubernetes: service) } let(:project) { cluster.project } let(:service) { create(:cluster_platform_kubernetes, :configured) } let(:environment) { build(:environment, project: project, name: "env", slug: "env-000000") } let(:pods) { [{ "bad" => "pod" }] } context 'with invalid pods' do it 'returns no terminals' do is_expected.to be_empty end end context 'with valid pods' do let(:pod) { kube_pod(environment_slug: environment.slug, namespace: cluster.kubernetes_namespace_for(environment), project_slug: project.full_path_slug) } let(:pod_with_no_terminal) { kube_pod(environment_slug: environment.slug, project_slug: project.full_path_slug, status: "Pending") } let(:terminals) { kube_terminals(service, pod) } let(:pods) { [pod, pod, pod_with_no_terminal, kube_pod(environment_slug: "should-be-filtered-out")] } it 'returns terminals' do is_expected.to eq(terminals + terminals) end it 'uses max session time from settings' do stub_application_setting(terminal_max_session_time: 600) times = subject.map { |terminal| terminal[:max_session_time] } expect(times).to eq [600, 600, 600, 600] end end end describe '#calculate_reactive_cache_for' do let(:cluster) { create(:cluster, :project, platform_kubernetes: service) } let(:service) { create(:cluster_platform_kubernetes, :configured) } let(:namespace) { 'project-namespace' } let(:environment) { instance_double(Environment, deployment_namespace: namespace, project: cluster.project) } let(:expected_pod_cached_data) do kube_pod.tap { |kp| kp['metadata'].delete('namespace') } end subject { service.calculate_reactive_cache_for(environment) } context 'when kubernetes responds with valid deployments' do before do stub_kubeclient_pods(namespace) stub_kubeclient_deployments(namespace) stub_kubeclient_ingresses(namespace) end shared_examples 'successful deployment request' do it { is_expected.to include(pods: [expected_pod_cached_data], deployments: [kube_deployment], ingresses: [kube_ingress]) } end context 'on a project level cluster' do let(:cluster) { create(:cluster, :project, platform_kubernetes: service) } include_examples 'successful deployment request' end context 'on a group level cluster' do let(:cluster) { create(:cluster, :group, platform_kubernetes: service) } include_examples 'successful deployment request' end context 'on an instance level cluster' do let(:cluster) { create(:cluster, :instance, platform_kubernetes: service) } include_examples 'successful deployment request' end context 'when canary_ingress_weight_control feature flag is disabled' do before do stub_feature_flags(canary_ingress_weight_control: false) end it 'does not fetch ingress data from kubernetes' do expect(subject[:ingresses]).to be_empty end end end context 'when the kubernetes integration is disabled' do before do allow(service).to receive(:enabled?).and_return(false) end it { is_expected.to be_nil } end context 'when kubernetes responds with 500s' do before do stub_kubeclient_pods(namespace, status: 500) stub_kubeclient_deployments(namespace, status: 500) stub_kubeclient_ingresses(namespace, status: 500) end it { expect { subject }.to raise_error(Kubeclient::HttpError) } end context 'when kubernetes responds with 404s' do before do stub_kubeclient_pods(namespace, status: 404) stub_kubeclient_deployments(namespace, status: 404) stub_kubeclient_ingresses(namespace, status: 404) end it { is_expected.to eq(pods: [], deployments: [], ingresses: []) } end end describe '#rollout_status' do let(:deployments) { [] } let(:pods) { [] } let(:ingresses) { [] } let(:service) { create(:cluster_platform_kubernetes, :configured) } let!(:cluster) { create(:cluster, :project, enabled: true, platform_kubernetes: service) } let(:project) { cluster.project } let(:environment) { build(:environment, project: project, name: "env", slug: "env-000000") } let(:cache_data) { Hash(deployments: deployments, pods: pods, ingresses: ingresses) } subject(:rollout_status) { service.rollout_status(environment, cache_data) } context 'legacy deployments based on app label' do let(:legacy_deployment) do kube_deployment(name: 'legacy-deployment').tap do |deployment| deployment['metadata']['annotations'].delete('app.gitlab.com/env') deployment['metadata']['annotations'].delete('app.gitlab.com/app') deployment['metadata']['labels']['app'] = environment.slug end end let(:legacy_pod) do kube_pod(name: 'legacy-pod').tap do |pod| pod['metadata']['annotations'].delete('app.gitlab.com/env') pod['metadata']['annotations'].delete('app.gitlab.com/app') pod['metadata']['labels']['app'] = environment.slug end end context 'only legacy deployments' do let(:deployments) { [legacy_deployment] } let(:pods) { [legacy_pod] } it 'contains nothing' do expect(rollout_status).to be_kind_of(::Gitlab::Kubernetes::RolloutStatus) expect(rollout_status.deployments).to eq([]) end end context 'deployment with no pods' do let(:deployment) { kube_deployment(name: 'some-deployment', environment_slug: environment.slug, project_slug: project.full_path_slug) } let(:deployments) { [deployment] } let(:pods) { [] } it 'returns a valid status with matching deployments' do expect(rollout_status).to be_kind_of(::Gitlab::Kubernetes::RolloutStatus) expect(rollout_status.deployments.map(&:name)).to contain_exactly('some-deployment') end end context 'new deployment based on annotations' do let(:matched_deployment) { kube_deployment(name: 'matched-deployment', environment_slug: environment.slug, project_slug: project.full_path_slug) } let(:matched_pod) { kube_pod(environment_slug: environment.slug, project_slug: project.full_path_slug) } let(:deployments) { [matched_deployment, legacy_deployment] } let(:pods) { [matched_pod, legacy_pod] } it 'contains only matching deployments' do expect(rollout_status).to be_kind_of(::Gitlab::Kubernetes::RolloutStatus) expect(rollout_status.deployments.map(&:name)).to contain_exactly('matched-deployment') end end end context 'with no deployments but there are pods' do let(:deployments) do [] end let(:pods) do [ kube_pod(name: 'pod-1', environment_slug: environment.slug, project_slug: project.full_path_slug), kube_pod(name: 'pod-2', environment_slug: environment.slug, project_slug: project.full_path_slug) ] end it 'returns an empty array' do expect(rollout_status.instances).to eq([]) end end context 'with valid deployments' do let(:matched_deployment) { kube_deployment(environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 2) } let(:unmatched_deployment) { kube_deployment } let(:matched_pod) { kube_pod(environment_slug: environment.slug, project_slug: project.full_path_slug, status: 'Pending') } let(:unmatched_pod) { kube_pod(environment_slug: environment.slug + '-test', project_slug: project.full_path_slug) } let(:deployments) { [matched_deployment, unmatched_deployment] } let(:pods) { [matched_pod, unmatched_pod] } it 'creates a matching RolloutStatus' do expect(rollout_status).to be_kind_of(::Gitlab::Kubernetes::RolloutStatus) expect(rollout_status.deployments.map(&:annotations)).to eq([ { 'app.gitlab.com/app' => project.full_path_slug, 'app.gitlab.com/env' => 'env-000000' } ]) expect(rollout_status.instances).to eq([{ pod_name: "kube-pod", stable: true, status: "pending", tooltip: "kube-pod (Pending)", track: "stable" }, { pod_name: "Not provided", stable: true, status: "pending", tooltip: "Not provided (Pending)", track: "stable" }]) end context 'with canary ingress' do let(:ingresses) { [kube_ingress(track: :canary)] } it 'has canary ingress' do expect(rollout_status).to be_canary_ingress_exists expect(rollout_status.canary_ingress.canary_weight).to eq(50) end end end context 'with empty list of deployments' do it 'creates a matching RolloutStatus' do expect(rollout_status).to be_kind_of(::Gitlab::Kubernetes::RolloutStatus) expect(rollout_status).to be_not_found end end context 'when the pod track does not match the deployment track' do let(:deployments) do [ kube_deployment(name: 'deployment-a', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 1, track: 'weekly') ] end let(:pods) do [ kube_pod(name: 'pod-a-1', environment_slug: environment.slug, project_slug: project.full_path_slug, track: 'weekly'), kube_pod(name: 'pod-a-2', environment_slug: environment.slug, project_slug: project.full_path_slug, track: 'daily') ] end it 'does not return the pod' do expect(rollout_status.instances.map { |p| p[:pod_name] }).to eq(['pod-a-1']) end end context 'when the pod track is not stable' do let(:deployments) do [ kube_deployment(name: 'deployment-a', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 1, track: 'something') ] end let(:pods) do [ kube_pod(name: 'pod-a-1', environment_slug: environment.slug, project_slug: project.full_path_slug, track: 'something') ] end it 'the pod is not stable' do expect(rollout_status.instances.map { |p| p.slice(:stable, :track) }).to eq([{ stable: false, track: 'something' }]) end end context 'when the pod track is stable' do let(:deployments) do [ kube_deployment(name: 'deployment-a', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 1, track: 'stable') ] end let(:pods) do [ kube_pod(name: 'pod-a-1', environment_slug: environment.slug, project_slug: project.full_path_slug, track: 'stable') ] end it 'the pod is stable' do expect(rollout_status.instances.map { |p| p.slice(:stable, :track) }).to eq([{ stable: true, track: 'stable' }]) end end context 'when the pod track is not provided' do let(:deployments) do [ kube_deployment(name: 'deployment-a', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 1) ] end let(:pods) do [ kube_pod(name: 'pod-a-1', environment_slug: environment.slug, project_slug: project.full_path_slug) ] end it 'the pod is stable' do expect(rollout_status.instances.map { |p| p.slice(:stable, :track) }).to eq([{ stable: true, track: 'stable' }]) end end context 'when the number of matching pods does not match the number of replicas' do let(:deployments) do [ kube_deployment(name: 'deployment-a', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 3) ] end let(:pods) do [ kube_pod(name: 'pod-a-1', environment_slug: environment.slug, project_slug: project.full_path_slug) ] end it 'returns a pending pod for each missing replica' do expect(rollout_status.instances.map { |p| p.slice(:pod_name, :status) }).to eq([ { pod_name: 'pod-a-1', status: 'running' }, { pod_name: 'Not provided', status: 'pending' }, { pod_name: 'Not provided', status: 'pending' } ]) end end context 'when pending pods are returned for missing replicas' do let(:deployments) do [ kube_deployment(name: 'deployment-a', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 2, track: 'canary'), kube_deployment(name: 'deployment-b', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 2, track: 'stable') ] end let(:pods) do [ kube_pod(name: 'pod-a-1', environment_slug: environment.slug, project_slug: project.full_path_slug, track: 'canary') ] end it 'returns the correct track for the pending pods' do expect(rollout_status.instances.map { |p| p.slice(:pod_name, :status, :track) }).to eq([ { pod_name: 'pod-a-1', status: 'running', track: 'canary' }, { pod_name: 'Not provided', status: 'pending', track: 'canary' }, { pod_name: 'Not provided', status: 'pending', track: 'stable' }, { pod_name: 'Not provided', status: 'pending', track: 'stable' } ]) end end context 'when two deployments with the same track are missing instances' do let(:deployments) do [ kube_deployment(name: 'deployment-a', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 1, track: 'mytrack'), kube_deployment(name: 'deployment-b', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 1, track: 'mytrack') ] end let(:pods) do [] end it 'returns the correct number of pending pods' do expect(rollout_status.instances.map { |p| p.slice(:pod_name, :status, :track) }).to eq([ { pod_name: 'Not provided', status: 'pending', track: 'mytrack' }, { pod_name: 'Not provided', status: 'pending', track: 'mytrack' } ]) end end context 'with multiple matching deployments' do let(:deployments) do [ kube_deployment(name: 'deployment-a', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 2), kube_deployment(name: 'deployment-b', environment_slug: environment.slug, project_slug: project.full_path_slug, replicas: 2) ] end let(:pods) do [ kube_pod(name: 'pod-a-1', environment_slug: environment.slug, project_slug: project.full_path_slug), kube_pod(name: 'pod-a-2', environment_slug: environment.slug, project_slug: project.full_path_slug), kube_pod(name: 'pod-b-1', environment_slug: environment.slug, project_slug: project.full_path_slug), kube_pod(name: 'pod-b-2', environment_slug: environment.slug, project_slug: project.full_path_slug) ] end it 'returns each pod once' do expect(rollout_status.instances.map { |p| p[:pod_name] }).to eq(['pod-a-1', 'pod-a-2', 'pod-b-1', 'pod-b-2']) end end end describe '#ingresses' do subject { service.ingresses(namespace) } let(:service) { create(:cluster_platform_kubernetes, :configured) } let(:namespace) { 'project-namespace' } context 'when there is an ingress in the namespace' do before do stub_kubeclient_ingresses(namespace) end it 'returns an ingress' do expect(subject.count).to eq(1) expect(subject.first).to be_kind_of(::Gitlab::Kubernetes::Ingress) expect(subject.first.name).to eq('production-auto-deploy') end end context 'when there are no ingresss in the namespace' do before do allow(service.kubeclient).to receive(:get_ingresses) { raise Kubeclient::ResourceNotFoundError.new(404, 'Not found', nil) } end it 'returns nothing' do is_expected.to be_empty end end end describe '#patch_ingress' do subject { service.patch_ingress(namespace, ingress, data) } let(:service) { create(:cluster_platform_kubernetes, :configured) } let(:namespace) { 'project-namespace' } let(:ingress) { Gitlab::Kubernetes::Ingress.new(kube_ingress) } let(:data) { { metadata: { annotations: { name: 'test' } } } } context 'when there is an ingress in the namespace' do before do stub_kubeclient_ingresses(namespace, method: :patch, resource_path: "/#{ingress.name}") end it 'returns an ingress' do expect(subject[:items][0][:metadata][:name]).to eq('production-auto-deploy') end end context 'when there are no ingresss in the namespace' do before do allow(service.kubeclient).to receive(:patch_ingress) { raise Kubeclient::ResourceNotFoundError.new(404, 'Not found', nil) } end it 'raises an error' do expect { subject }.to raise_error(Kubeclient::ResourceNotFoundError) end end end end