Golang DomainFields.Name方法代碼示例

func TestRunWhenOrganizationExists(t *testing.T) {
	developmentSpaceFields := cf.SpaceFields{}
	developmentSpaceFields.Name = "development"
	stagingSpaceFields := cf.SpaceFields{}
	stagingSpaceFields.Name = "staging"
	domainFields := cf.DomainFields{}
	domainFields.Name = "cfapps.io"
	cfAppDomainFields := cf.DomainFields{}
	cfAppDomainFields.Name = "cf-app.com"
	org := cf.Organization{}
	org.Name = "my-org"
	org.Guid = "my-org-guid"
	org.QuotaDefinition = cf.NewQuotaFields("cantina-quota", 512)
	org.Spaces = []cf.SpaceFields{developmentSpaceFields, stagingSpaceFields}
	org.Domains = []cf.DomainFields{domainFields, cfAppDomainFields}

	reqFactory := &testreq.FakeReqFactory{Organization: org, LoginSuccess: true}

	args := []string{"my-org"}
	ui := callShowOrg(t, args, reqFactory)

	assert.Equal(t, reqFactory.OrganizationName, "my-org")

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Getting info for org", "my-org", "my-user"},
		{"OK"},
		{"my-org"},
		{"  domains:", "cfapps.io", "cf-app.com"},
		{"  quota: ", "cantina-quota", "512M"},
		{"  spaces:", "development", "staging"},
	})
}

func testDisplayingAppSummaryWithErrorCode(t *testing.T, errorCode string) {
	reqApp := cf.Application{}
	reqApp.Name = "my-app"
	reqApp.Guid = "my-app-guid"

	domain3 := cf.DomainFields{}
	domain3.Name = "example.com"
	domain4 := cf.DomainFields{}
	domain4.Name = "example.com"

	route1 := cf.RouteSummary{}
	route1.Host = "my-app"
	route1.Domain = domain3

	route2 := cf.RouteSummary{}
	route2.Host = "foo"
	route2.Domain = domain4

	routes := []cf.RouteSummary{
		route1,
		route2,
	}

	app := cf.ApplicationFields{}
	app.State = "stopped"
	app.InstanceCount = 2
	app.RunningInstances = 0
	app.Memory = 256

	appSummary := cf.AppSummary{}
	appSummary.ApplicationFields = app
	appSummary.RouteSummaries = routes

	appSummaryRepo := &testapi.FakeAppSummaryRepo{GetSummarySummary: appSummary, GetSummaryErrorCode: errorCode}
	appInstancesRepo := &testapi.FakeAppInstancesRepo{}
	reqFactory := &testreq.FakeReqFactory{LoginSuccess: true, TargetedSpaceSuccess: true, Application: reqApp}
	ui := callApp(t, []string{"my-app"}, reqFactory, appSummaryRepo, appInstancesRepo)

	assert.Equal(t, appSummaryRepo.GetSummaryAppGuid, "my-app-guid")
	assert.Equal(t, appInstancesRepo.GetInstancesAppGuid, "my-app-guid")

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Showing health and status", "my-app", "my-org", "my-space", "my-user"},
		{"state", "stopped"},
		{"instances", "0/2"},
		{"usage", "256M x 2 instances"},
		{"urls", "my-app.example.com, foo.example.com"},
		{"no running instances"},
	})
}

func init() {
	defaultAppForStart.Name = "my-app"
	defaultAppForStart.Guid = "my-app-guid"
	defaultAppForStart.InstanceCount = 2

	domain := cf.DomainFields{}
	domain.Name = "example.com"

	route := cf.RouteSummary{}
	route.Host = "my-app"
	route.Domain = domain

	defaultAppForStart.Routes = []cf.RouteSummary{route}

	instance1 := cf.AppInstanceFields{}
	instance1.State = cf.InstanceStarting

	instance2 := cf.AppInstanceFields{}
	instance2.State = cf.InstanceStarting

	instance3 := cf.AppInstanceFields{}
	instance3.State = cf.InstanceRunning

	instance4 := cf.AppInstanceFields{}
	instance4.State = cf.InstanceStarting

	defaultInstanceReponses = [][]cf.AppInstanceFields{
		[]cf.AppInstanceFields{instance1, instance2},
		[]cf.AppInstanceFields{instance1, instance2},
		[]cf.AppInstanceFields{instance3, instance4},
	}
}

func TestPushingAppWithNoFlagsWhenAppIsAlreadyBoundToDomain(t *testing.T) {
	deps := getPushDependencies()

	domain := cf.DomainFields{}
	domain.Name = "example.com"

	existingRoute := cf.RouteSummary{}
	existingRoute.Host = "foo"
	existingRoute.Domain = domain

	existingApp := cf.Application{}
	existingApp.Name = "existing-app"
	existingApp.Guid = "existing-app-guid"
	existingApp.Routes = []cf.RouteSummary{existingRoute}

	deps.appRepo.ReadApp = existingApp
	deps.appRepo.UpdateAppResult = existingApp

	_ = callPush(t, []string{"existing-app"}, deps)

	assert.Equal(t, deps.appBitsRepo.UploadedAppGuid, "existing-app-guid")
	assert.Equal(t, deps.domainRepo.FindByNameInCurrentSpaceName, "")
	assert.Equal(t, deps.routeRepo.FindByHostAndDomainDomain, "")
	assert.Equal(t, deps.routeRepo.FindByHostAndDomainHost, "")
	assert.Equal(t, deps.routeRepo.CreatedHost, "")
	assert.Equal(t, deps.routeRepo.CreatedDomainGuid, "")
}

func TestPushingAppWhenItAlreadyExistsAndDomainIsSpecifiedIsAlreadyBound(t *testing.T) {
	deps := getPushDependencies()

	domain := cf.DomainFields{}
	domain.Name = "example.com"
	domain.Guid = "domain-guid"

	existingRoute := cf.RouteSummary{}
	existingRoute.Host = "existing-app"
	existingRoute.Domain = domain

	existingApp := cf.Application{}
	existingApp.Name = "existing-app"
	existingApp.Guid = "existing-app-guid"
	existingApp.Routes = []cf.RouteSummary{existingRoute}

	foundRoute := cf.Route{}
	foundRoute.RouteFields = existingRoute.RouteFields
	foundRoute.Domain = existingRoute.Domain

	deps.appRepo.ReadApp = existingApp
	deps.appRepo.UpdateAppResult = existingApp
	deps.routeRepo.FindByHostAndDomainRoute = foundRoute

	ui := callPush(t, []string{"-d", "example.com", "existing-app"}, deps)

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Using route", "existing-app", "example.com"},
	})
	assert.Equal(t, deps.appBitsRepo.UploadedAppGuid, "existing-app-guid")
}

func TestCreateRoute(t *testing.T) {
	space := cf.SpaceFields{}
	space.Guid = "my-space-guid"
	space.Name = "my-space"
	domain := cf.DomainFields{}
	domain.Guid = "domain-guid"
	domain.Name = "example.com"
	reqFactory := &testreq.FakeReqFactory{
		LoginSuccess:       true,
		TargetedOrgSuccess: true,
		Domain:             cf.Domain{DomainFields: domain},
		Space:              cf.Space{SpaceFields: space},
	}
	routeRepo := &testapi.FakeRouteRepository{}

	ui := callCreateRoute(t, []string{"-n", "host", "my-space", "example.com"}, reqFactory, routeRepo)

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Creating route", "host.example.com", "my-org", "my-space", "my-user"},
		{"OK"},
	})

	assert.Equal(t, routeRepo.CreateInSpaceHost, "host")
	assert.Equal(t, routeRepo.CreateInSpaceDomainGuid, "domain-guid")
	assert.Equal(t, routeRepo.CreateInSpaceSpaceGuid, "my-space-guid")

}

func TestDeleteRouteWithConfirmation(t *testing.T) {
	domain := cf.DomainFields{}
	domain.Guid = "domain-guid"
	domain.Name = "example.com"
	reqFactory := &testreq.FakeReqFactory{LoginSuccess: true}
	route := cf.Route{}
	route.Guid = "route-guid"
	route.Host = "my-host"
	route.Domain = domain
	routeRepo := &testapi.FakeRouteRepository{
		FindByHostAndDomainRoute: route,
	}

	ui := callDeleteRoute(t, "y", []string{"-n", "my-host", "example.com"}, reqFactory, routeRepo)

	testassert.SliceContains(t, ui.Prompts, testassert.Lines{
		{"Really delete", "my-host"},
	})

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Deleting route", "my-host.example.com"},
		{"OK"},
	})
	assert.Equal(t, routeRepo.DeleteRouteGuid, "route-guid")
}

func TestListingRoutes(t *testing.T) {
	domain := cf.DomainFields{}
	domain.Name = "example.com"
	domain2 := cf.DomainFields{}
	domain2.Name = "cfapps.com"
	domain3 := cf.DomainFields{}
	domain3.Name = "another-example.com"

	app1 := cf.ApplicationFields{}
	app1.Name = "dora"
	app2 := cf.ApplicationFields{}
	app2.Name = "dora2"

	app3 := cf.ApplicationFields{}
	app3.Name = "my-app"
	app4 := cf.ApplicationFields{}
	app4.Name = "my-app2"

	app5 := cf.ApplicationFields{}
	app5.Name = "july"

	route := cf.Route{}
	route.Host = "hostname-1"
	route.Domain = domain
	route.Apps = []cf.ApplicationFields{app1, app2}
	route2 := cf.Route{}
	route2.Host = "hostname-2"
	route2.Domain = domain2
	route2.Apps = []cf.ApplicationFields{app3, app4}
	route3 := cf.Route{}
	route3.Host = "hostname-3"
	route3.Domain = domain3
	route3.Apps = []cf.ApplicationFields{app5}
	routes := []cf.Route{route, route2, route3}

	routeRepo := &testapi.FakeRouteRepository{Routes: routes}

	ui := callListRoutes(t, []string{}, &testreq.FakeReqFactory{}, routeRepo)

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Getting routes", "my-user"},
		{"host", "domain", "apps"},
		{"hostname-1", "example.com", "dora", "dora2"},
		{"hostname-2", "cfapps.com", "my-app", "my-app2"},
		{"hostname-3", "another-example.com", "july"},
	})
}

func (resource RouteSummary) ToModel() (route cf.RouteSummary) {
	domain := cf.DomainFields{}
	domain.Guid = resource.Domain.Guid
	domain.Name = resource.Domain.Name
	domain.Shared = resource.Domain.OwningOrganizationGuid != ""

	route.Guid = resource.Guid
	route.Host = resource.Host
	route.Domain = domain
	return
}

func TestMapRouteWhenRouteNotReserved(t *testing.T) {
	domain := cf.DomainFields{}
	domain.Name = "my-domain.com"
	route := cf.Route{}
	route.Guid = "my-app-guid"
	route.Host = "my-host"
	route.Domain = domain
	app := cf.Application{}
	app.Guid = "my-app-guid"
	app.Name = "my-app"

	routeRepo := &testapi.FakeRouteRepository{}
	reqFactory := &testreq.FakeReqFactory{LoginSuccess: true, Application: app}
	routeCreator := &testcmd.FakeRouteCreator{ReservedRoute: route}

	callMapRoute(t, []string{"-n", "my-host", "my-app", "my-domain.com"}, reqFactory, routeRepo, routeCreator)

	assert.Equal(t, routeCreator.ReservedRoute, route)
}

func TestRouteCreator(t *testing.T) {
	space := cf.SpaceFields{}
	space.Guid = "my-space-guid"
	space.Name = "my-space"
	domain := cf.DomainFields{}
	domain.Guid = "domain-guid"
	domain.Name = "example.com"

	createdRoute := cf.Route{}
	createdRoute.Host = "my-host"
	createdRoute.Guid = "my-route-guid"
	routeRepo := &testapi.FakeRouteRepository{
		CreateInSpaceCreatedRoute: createdRoute,
	}

	ui := new(testterm.FakeUI)
	token, err := testconfig.CreateAccessTokenWithTokenInfo(configuration.TokenInfo{
		Username: "my-user",
	})
	assert.NoError(t, err)
	org := cf.OrganizationFields{}
	org.Name = "my-org"
	config := &configuration.Configuration{
		OrganizationFields: org,
		AccessToken:        token,
	}

	cmd := NewCreateRoute(ui, config, routeRepo)
	route, apiResponse := cmd.CreateRoute("my-host", domain, space)

	assert.Equal(t, route.Guid, createdRoute.Guid)

	assert.True(t, apiResponse.IsSuccessful())

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Creating route", "my-host.example.com", "my-org", "my-space", "my-user"},
		{"OK"},
	})

	assert.Equal(t, routeRepo.CreateInSpaceHost, "my-host")
	assert.Equal(t, routeRepo.CreateInSpaceDomainGuid, "domain-guid")
	assert.Equal(t, routeRepo.CreateInSpaceSpaceGuid, "my-space-guid")
}

func TestPushingAppWhenItAlreadyExistsAndDomainSpecifiedIsNotBound(t *testing.T) {
	deps := getPushDependencies()

	domain := cf.DomainFields{}
	domain.Name = "example.com"

	existingRoute := cf.RouteSummary{}
	existingRoute.Host = "existing-app"
	existingRoute.Domain = domain

	existingApp := cf.Application{}
	existingApp.Name = "existing-app"
	existingApp.Guid = "existing-app-guid"
	existingApp.Routes = []cf.RouteSummary{existingRoute}

	foundDomain := cf.Domain{}
	foundDomain.Guid = "domain-guid"
	foundDomain.Name = "newdomain.com"

	deps.appRepo.ReadApp = existingApp
	deps.appRepo.UpdateAppResult = existingApp
	deps.routeRepo.FindByHostAndDomainNotFound = true
	deps.domainRepo.FindByNameDomain = foundDomain

	ui := callPush(t, []string{"-d", "newdomain.com", "existing-app"}, deps)

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Creating route", "existing-app.newdomain.com"},
		{"OK"},
		{"Binding", "existing-app.newdomain.com"},
	})

	assert.Equal(t, deps.appBitsRepo.UploadedAppGuid, "existing-app-guid")
	assert.Equal(t, deps.domainRepo.FindByNameInCurrentSpaceName, "newdomain.com")
	assert.Equal(t, deps.routeRepo.FindByHostAndDomainDomain, "newdomain.com")
	assert.Equal(t, deps.routeRepo.FindByHostAndDomainHost, "existing-app")
	assert.Equal(t, deps.routeRepo.CreatedHost, "existing-app")
	assert.Equal(t, deps.routeRepo.CreatedDomainGuid, "domain-guid")
}

func TestShowSpaceInfoSuccess(t *testing.T) {
	org := cf.OrganizationFields{}
	org.Name = "my-org"

	app := cf.ApplicationFields{}
	app.Name = "app1"
	app.Guid = "app1-guid"
	apps := []cf.ApplicationFields{app}

	domain := cf.DomainFields{}
	domain.Name = "domain1"
	domain.Guid = "domain1-guid"
	domains := []cf.DomainFields{domain}

	serviceInstance := cf.ServiceInstanceFields{}
	serviceInstance.Name = "service1"
	serviceInstance.Guid = "service1-guid"
	services := []cf.ServiceInstanceFields{serviceInstance}

	space := cf.Space{}
	space.Name = "space1"
	space.Organization = org
	space.Applications = apps
	space.Domains = domains
	space.ServiceInstances = services

	reqFactory := &testreq.FakeReqFactory{LoginSuccess: true, TargetedOrgSuccess: true, Space: space}
	ui := callShowSpace(t, []string{"space1"}, reqFactory)
	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Getting info for space", "space1", "my-org", "my-user"},
		{"OK"},
		{"space1"},
		{"Org", "my-org"},
		{"Apps", "app1"},
		{"Domains", "domain1"},
		{"Services", "service1"},
	})
}

func TestCreateRouteIsIdempotent(t *testing.T) {
	space := cf.SpaceFields{}
	space.Guid = "my-space-guid"
	space.Name = "my-space"
	domain := cf.DomainFields{}
	domain.Guid = "domain-guid"
	domain.Name = "example.com"
	reqFactory := &testreq.FakeReqFactory{
		LoginSuccess:       true,
		TargetedOrgSuccess: true,
		Domain:             cf.Domain{DomainFields: domain},
		Space:              cf.Space{SpaceFields: space},
	}

	route := cf.Route{}
	route.Guid = "my-route-guid"
	route.Host = "host"
	route.Domain = domain
	route.Space = space
	routeRepo := &testapi.FakeRouteRepository{
		CreateInSpaceErr:         true,
		FindByHostAndDomainRoute: route,
	}

	ui := callCreateRoute(t, []string{"-n", "host", "my-space", "example.com"}, reqFactory, routeRepo)

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Creating route"},
		{"OK"},
		{"host.example.com", "already exists"},
	})

	assert.Equal(t, routeRepo.CreateInSpaceHost, "host")
	assert.Equal(t, routeRepo.CreateInSpaceDomainGuid, "domain-guid")
	assert.Equal(t, routeRepo.CreateInSpaceSpaceGuid, "my-space-guid")
}

func TestApps(t *testing.T) {
	domain := cf.DomainFields{}
	domain.Name = "cfapps.io"
	domain2 := cf.DomainFields{}
	domain2.Name = "example.com"

	route1 := cf.RouteSummary{}
	route1.Host = "app1"
	route1.Domain = domain

	route2 := cf.RouteSummary{}
	route2.Host = "app1"
	route2.Domain = domain2

	app1Routes := []cf.RouteSummary{route1, route2}

	domain3 := cf.DomainFields{}
	domain3.Name = "cfapps.io"

	route3 := cf.RouteSummary{}
	route3.Host = "app2"
	route3.Domain = domain3

	app2Routes := []cf.RouteSummary{route3}

	app := cf.AppSummary{}
	app.Name = "Application-1"
	app.State = "started"
	app.RunningInstances = 1
	app.InstanceCount = 1
	app.Memory = 512
	app.DiskQuota = 1024
	app.RouteSummaries = app1Routes

	app2 := cf.AppSummary{}
	app2.Name = "Application-2"
	app2.State = "started"
	app2.RunningInstances = 1
	app2.InstanceCount = 2
	app2.Memory = 256
	app2.DiskQuota = 1024
	app2.RouteSummaries = app2Routes

	apps := []cf.AppSummary{app, app2}

	appSummaryRepo := &testapi.FakeAppSummaryRepo{
		GetSummariesInCurrentSpaceApps: apps,
	}

	reqFactory := &testreq.FakeReqFactory{LoginSuccess: true, TargetedSpaceSuccess: true}

	ui := callApps(t, appSummaryRepo, reqFactory)

	assert.True(t, testcmd.CommandDidPassRequirements)

	testassert.SliceContains(t, ui.Outputs, testassert.Lines{
		{"Getting apps in", "my-org", "development", "my-user"},
		{"OK"},
		{"Application-1", "started", "1/1", "512M", "1G", "app1.cfapps.io", "app1.example.com"},
		{"Application-2", "started", "1/2", "256M", "1G", "app2.cfapps.io"},
	})
}