package mesos import ( "reflect" "testing" "github.com/containous/traefik/log" "github.com/containous/traefik/types" "github.com/mesosphere/mesos-dns/records/state" ) func TestMesosTaskFilter(t *testing.T) { cases := []struct { mesosTask state.Task expected bool exposedByDefault bool }{ { mesosTask: state.Task{}, expected: false, exposedByDefault: true, }, { mesosTask: task(statuses(status(setState("TASK_RUNNING")))), expected: false, exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "false"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: false, // because label traefik.enable = false exposedByDefault: false, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: true, exposedByDefault: false, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: true, exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "false"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: false, // because label traefik.enable = false (even wherek exposedByDefault = true) exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true", types.LabelPortIndex, "1", types.LabelPort, "80"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: false, // traefik.portIndex & traefik.port cannot be set both exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true", types.LabelPortIndex, "1"), discovery(setDiscoveryPorts("TCP", 80, "WEB HTTP", "TCP", 443, "WEB HTTPS")), ), expected: true, exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true"), discovery(setDiscoveryPorts("TCP", 80, "WEB HTTP", "TCP", 443, "WEB HTTPS")), ), expected: true, // Default to first index exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true", types.LabelPortIndex, "1"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: false, // traefik.portIndex and discoveryPorts don't correspond exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true", types.LabelPortIndex, "0"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: true, // traefik.portIndex and discoveryPorts correspond exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true", types.LabelPort, "TRAEFIK"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: false, // traefik.port is not an integer exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true", types.LabelPort, "443"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: false, // traefik.port is not the same as discovery.port exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(true))), setLabels(types.LabelEnable, "true", types.LabelPort, "80"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: true, // traefik.port is the same as discovery.port exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"))), setLabels(types.LabelEnable, "true", types.LabelPort, "80"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: true, // No healthCheck exposedByDefault: true, }, { mesosTask: task(statuses(status( setState("TASK_RUNNING"), setHealthy(false))), setLabels(types.LabelEnable, "true", types.LabelPort, "80"), discovery(setDiscoveryPort("TCP", 80, "WEB")), ), expected: false, // HealthCheck at false exposedByDefault: true, }, } for _, c := range cases { actual := mesosTaskFilter(c.mesosTask, c.exposedByDefault) log.Errorf("Statuses : %v", c.mesosTask.Statuses) log.Errorf("Label : %v", c.mesosTask.Labels) log.Errorf("DiscoveryInfo : %v", c.mesosTask.DiscoveryInfo) if actual != c.expected { t.Fatalf("expected %v, got %v", c.expected, actual) } } } func TestTaskRecords(t *testing.T) { var task = state.Task{ SlaveID: "s_id", State: "TASK_RUNNING", } var framework = state.Framework{ Tasks: []state.Task{task}, } var slave = state.Slave{ ID: "s_id", Hostname: "127.0.0.1", } var state = state.State{ Slaves: []state.Slave{slave}, Frameworks: []state.Framework{framework}, } provider := &Provider{ Domain: "docker.localhost", ExposedByDefault: true, } var p = provider.taskRecords(state) if len(p) == 0 { t.Fatal("taskRecord should return at least one task") } if p[0].SlaveIP != slave.Hostname { t.Fatalf("The SlaveIP (%s) should be set with the slave hostname (%s)", p[0].SlaveID, slave.Hostname) } } func TestMesosLoadConfig(t *testing.T) { cases := []struct { applicationsError bool tasksError bool mesosTask state.Task expected bool exposedByDefault bool expectedNil bool expectedFrontends map[string]*types.Frontend expectedBackends map[string]*types.Backend }{} for _, c := range cases { provider := &Provider{ Domain: "docker.localhost", ExposedByDefault: true, } actualConfig := provider.loadMesosConfig() if c.expectedNil { if actualConfig != nil { t.Fatalf("Should have been nil, got %v", actualConfig) } } else { // Compare backends if !reflect.DeepEqual(actualConfig.Backends, c.expectedBackends) { t.Fatalf("expected %#v, got %#v", c.expectedBackends, actualConfig.Backends) } if !reflect.DeepEqual(actualConfig.Frontends, c.expectedFrontends) { t.Fatalf("expected %#v, got %#v", c.expectedFrontends, actualConfig.Frontends) } } } } func TestMesosGetSubDomain(t *testing.T) { providerGroups := &Provider{GroupsAsSubDomains: true} providerNoGroups := &Provider{GroupsAsSubDomains: false} apps := []struct { path string expected string provider *Provider }{ {"/test", "test", providerNoGroups}, {"/test", "test", providerGroups}, {"/a/b/c/d", "d.c.b.a", providerGroups}, {"/b/a/d/c", "c.d.a.b", providerGroups}, {"/d/c/b/a", "a.b.c.d", providerGroups}, {"/c/d/a/b", "b.a.d.c", providerGroups}, {"/a/b/c/d", "a-b-c-d", providerNoGroups}, {"/b/a/d/c", "b-a-d-c", providerNoGroups}, {"/d/c/b/a", "d-c-b-a", providerNoGroups}, {"/c/d/a/b", "c-d-a-b", providerNoGroups}, } for _, a := range apps { actual := a.provider.getSubDomain(a.path) if actual != a.expected { t.Errorf("expected %q, got %q", a.expected, actual) } } } // test helpers type ( taskOpt func(*state.Task) statusOpt func(*state.Status) ) func task(opts ...taskOpt) state.Task { var t state.Task for _, opt := range opts { opt(&t) } return t } func statuses(st ...state.Status) taskOpt { return func(t *state.Task) { t.Statuses = append(t.Statuses, st...) } } func discovery(dp state.DiscoveryInfo) taskOpt { return func(t *state.Task) { t.DiscoveryInfo = dp } } func setLabels(kvs ...string) taskOpt { return func(t *state.Task) { if len(kvs)%2 != 0 { panic("odd number") } for i := 0; i < len(kvs); i += 2 { var label = state.Label{Key: kvs[i], Value: kvs[i+1]} log.Errorf("Label1.1 : %v", label) t.Labels = append(t.Labels, label) log.Errorf("Label1.2 : %v", t.Labels) } } } func status(opts ...statusOpt) state.Status { var s state.Status for _, opt := range opts { opt(&s) } return s } func setDiscoveryPort(proto string, port int, name string) state.DiscoveryInfo { dp := state.DiscoveryPort{ Protocol: proto, Number: port, Name: name, } discoveryPorts := []state.DiscoveryPort{dp} ports := state.Ports{ DiscoveryPorts: discoveryPorts, } return state.DiscoveryInfo{ Ports: ports, } } func setDiscoveryPorts(proto1 string, port1 int, name1 string, proto2 string, port2 int, name2 string) state.DiscoveryInfo { dp1 := state.DiscoveryPort{ Protocol: proto1, Number: port1, Name: name1, } dp2 := state.DiscoveryPort{ Protocol: proto2, Number: port2, Name: name2, } discoveryPorts := []state.DiscoveryPort{dp1, dp2} ports := state.Ports{ DiscoveryPorts: discoveryPorts, } return state.DiscoveryInfo{ Ports: ports, } } func setState(st string) statusOpt { return func(s *state.Status) { s.State = st } } func setHealthy(b bool) statusOpt { return func(s *state.Status) { s.Healthy = &b } }