go: use fixed names
Signed-off-by: Jens Langhammer <jens@goauthentik.io>
This commit is contained in:
@ -80,7 +80,7 @@ func NewAPIController(akURL url.URL, token string) *APIController {
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var outposts *api.PaginatedOutpostList
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var err error
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for {
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outposts, _, err = apiClient.OutpostsApi.OutpostsInstancesList(context.Background()).Execute()
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outposts, _, err = apiClient.OutpostsAPI.OutpostsInstancesList(context.Background()).Execute()
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if err == nil {
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break
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@ -96,7 +96,7 @@ func NewAPIController(akURL url.URL, token string) *APIController {
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log.WithField("name", outpost.Name).Debug("Fetched outpost configuration")
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akConfig, _, err := apiClient.RootApi.RootConfigRetrieve(context.Background()).Execute()
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akConfig, _, err := apiClient.RootAPI.RootConfigRetrieve(context.Background()).Execute()
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if err != nil {
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log.WithError(err).Error("Failed to fetch global configuration")
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return nil
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@ -174,7 +174,7 @@ func (a *APIController) Token() string {
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func (a *APIController) OnRefresh() error {
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// Because we don't know the outpost UUID, we simply do a list and pick the first
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// The service account this token belongs to should only have access to a single outpost
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outposts, _, err := a.Client.OutpostsApi.OutpostsInstancesList(context.Background()).Execute()
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outposts, _, err := a.Client.OutpostsAPI.OutpostsInstancesList(context.Background()).Execute()
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if err != nil {
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log.WithError(err).Error("Failed to fetch outpost configuration")
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return err
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@ -9,7 +9,7 @@ import (
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)
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type CryptoStore struct {
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api *api.CryptoApiService
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api *api.CryptoAPIService
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log *log.Entry
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@ -17,7 +17,7 @@ type CryptoStore struct {
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certificates map[string]*tls.Certificate
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}
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func NewCryptoStore(cryptoApi *api.CryptoApiService) *CryptoStore {
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func NewCryptoStore(cryptoApi *api.CryptoAPIService) *CryptoStore {
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return &CryptoStore{
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api: cryptoApi,
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log: log.WithField("logger", "authentik.outpost.cryptostore"),
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@ -139,7 +139,7 @@ func (fe *FlowExecutor) SetSession(s *http.Cookie) {
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func (fe *FlowExecutor) WarmUp() error {
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gcsp := sentry.StartSpan(fe.Context, "authentik.outposts.flow_executor.get_challenge")
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defer gcsp.Finish()
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req := fe.api.FlowsApi.FlowsExecutorGet(gcsp.Context(), fe.flowSlug).Query(fe.Params.Encode())
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req := fe.api.FlowsAPI.FlowsExecutorGet(gcsp.Context(), fe.flowSlug).Query(fe.Params.Encode())
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_, _, err := req.Execute()
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return err
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}
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@ -156,7 +156,7 @@ func (fe *FlowExecutor) Execute() (bool, error) {
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func (fe *FlowExecutor) getInitialChallenge() (*api.ChallengeTypes, error) {
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// Get challenge
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gcsp := sentry.StartSpan(fe.Context, "authentik.outposts.flow_executor.get_challenge")
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req := fe.api.FlowsApi.FlowsExecutorGet(gcsp.Context(), fe.flowSlug).Query(fe.Params.Encode())
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req := fe.api.FlowsAPI.FlowsExecutorGet(gcsp.Context(), fe.flowSlug).Query(fe.Params.Encode())
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challenge, _, err := req.Execute()
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if err != nil {
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return nil, err
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@ -179,7 +179,7 @@ func (fe *FlowExecutor) getInitialChallenge() (*api.ChallengeTypes, error) {
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func (fe *FlowExecutor) solveFlowChallenge(challenge *api.ChallengeTypes, depth int) (bool, error) {
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// Resole challenge
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scsp := sentry.StartSpan(fe.Context, "authentik.outposts.flow_executor.solve_challenge")
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responseReq := fe.api.FlowsApi.FlowsExecutorSolve(scsp.Context(), fe.flowSlug).Query(fe.Params.Encode())
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responseReq := fe.api.FlowsAPI.FlowsExecutorSolve(scsp.Context(), fe.flowSlug).Query(fe.Params.Encode())
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i := challenge.GetActualInstance()
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if i == nil {
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return false, errors.New("response request instance was null")
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@ -58,7 +58,7 @@ func (db *DirectBinder) Bind(username string, req *bind.Request) (ldap.LDAPResul
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return ldap.LDAPResultInvalidCredentials, nil
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}
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access, _, err := fe.ApiClient().OutpostsApi.OutpostsLdapAccessCheck(
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access, _, err := fe.ApiClient().OutpostsAPI.OutpostsLdapAccessCheck(
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req.Context(), db.si.GetProviderID(),
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).AppSlug(db.si.GetAppSlug()).Execute()
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if !access.Access.Passing {
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@ -84,7 +84,7 @@ func (db *DirectBinder) Bind(username string, req *bind.Request) (ldap.LDAPResul
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req.Log().Info("User has access")
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uisp := sentry.StartSpan(req.Context(), "authentik.providers.ldap.bind.user_info")
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// Get user info to store in context
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userInfo, _, err := fe.ApiClient().CoreApi.CoreUsersMeRetrieve(context.Background()).Execute()
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userInfo, _, err := fe.ApiClient().CoreAPI.CoreUsersMeRetrieve(context.Background()).Execute()
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if err != nil {
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metrics.RequestsRejected.With(prometheus.Labels{
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"outpost_name": db.si.GetOutpostName(),
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@ -30,7 +30,7 @@ func NewServer(ac *ak.APIController) *LDAPServer {
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ls := &LDAPServer{
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log: log.WithField("logger", "authentik.outpost.ldap"),
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ac: ac,
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cs: ak.NewCryptoStore(ac.Client.CryptoApi),
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cs: ak.NewCryptoStore(ac.Client.CryptoAPI),
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providers: []*ProviderInstance{},
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}
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s := ldap.NewServer()
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@ -30,7 +30,7 @@ func (ls *LDAPServer) getCurrentProvider(pk int32) *ProviderInstance {
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}
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func (ls *LDAPServer) Refresh() error {
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apiProviders, err := ak.Paginator(ls.ac.Client.OutpostsApi.OutpostsLdapList(context.Background()), ak.PaginatorOptions{
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apiProviders, err := ak.Paginator(ls.ac.Client.OutpostsAPI.OutpostsLdapList(context.Background()), ak.PaginatorOptions{
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PageSize: 100,
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Logger: ls.log,
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})
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@ -113,7 +113,7 @@ func (ds *DirectSearcher) Search(req *search.Request) (ldap.ServerSearchResult,
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errs.Go(func() error {
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if flags.CanSearch {
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uapisp := sentry.StartSpan(errCtx, "authentik.providers.ldap.search.api_user")
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searchReq, skip := utils.ParseFilterForUser(c.CoreApi.CoreUsersList(uapisp.Context()).IncludeGroups(true), parsedFilter, false)
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searchReq, skip := utils.ParseFilterForUser(c.CoreAPI.CoreUsersList(uapisp.Context()).IncludeGroups(true), parsedFilter, false)
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if skip {
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req.Log().Trace("Skip backend request")
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@ -132,7 +132,7 @@ func (ds *DirectSearcher) Search(req *search.Request) (ldap.ServerSearchResult,
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} else {
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if flags.UserInfo == nil {
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uapisp := sentry.StartSpan(errCtx, "authentik.providers.ldap.search.api_user")
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u, _, err := c.CoreApi.CoreUsersRetrieve(uapisp.Context(), flags.UserPk).Execute()
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u, _, err := c.CoreAPI.CoreUsersRetrieve(uapisp.Context(), flags.UserPk).Execute()
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uapisp.Finish()
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if err != nil {
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@ -155,7 +155,7 @@ func (ds *DirectSearcher) Search(req *search.Request) (ldap.ServerSearchResult,
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if needGroups {
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errs.Go(func() error {
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gapisp := sentry.StartSpan(errCtx, "authentik.providers.ldap.search.api_group")
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searchReq, skip := utils.ParseFilterForGroup(c.CoreApi.CoreGroupsList(gapisp.Context()).IncludeUsers(true), parsedFilter, false)
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searchReq, skip := utils.ParseFilterForGroup(c.CoreAPI.CoreGroupsList(gapisp.Context()).IncludeUsers(true), parsedFilter, false)
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if skip {
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req.Log().Trace("Skip backend request")
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return nil
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@ -39,12 +39,12 @@ func NewMemorySearcher(si server.LDAPServerInstance) *MemorySearcher {
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}
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ms.log.Debug("initialised memory searcher")
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// Error is not handled here, we get an empty/truncated list and the error is logged
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users, _ := ak.Paginator(ms.si.GetAPIClient().CoreApi.CoreUsersList(context.TODO()).IncludeGroups(true), ak.PaginatorOptions{
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users, _ := ak.Paginator(ms.si.GetAPIClient().CoreAPI.CoreUsersList(context.TODO()).IncludeGroups(true), ak.PaginatorOptions{
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PageSize: 100,
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Logger: ms.log,
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})
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ms.users = users
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groups, _ := ak.Paginator(ms.si.GetAPIClient().CoreApi.CoreGroupsList(context.TODO()).IncludeUsers(true), ak.PaginatorOptions{
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groups, _ := ak.Paginator(ms.si.GetAPIClient().CoreAPI.CoreGroupsList(context.TODO()).IncludeUsers(true), ak.PaginatorOptions{
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PageSize: 100,
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Logger: ms.log,
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})
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@ -120,7 +120,7 @@ func (a *Application) ReportMisconfiguration(r *http.Request, msg string, fields
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ClientIp: *api.NewNullableString(api.PtrString(r.RemoteAddr)),
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Context: fields,
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}
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_, _, err := a.ak.Client.EventsApi.EventsEventsCreate(context.Background()).EventRequest(req).Execute()
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_, _, err := a.ak.Client.EventsAPI.EventsEventsCreate(context.Background()).EventRequest(req).Execute()
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if err != nil {
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a.log.WithError(err).Warning("failed to report configuration error")
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}
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@ -56,7 +56,7 @@ func NewProxyServer(ac *ak.APIController) *ProxyServer {
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globalMux.Use(sentryhttp.New(sentryhttp.Options{}).Handle)
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}
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s := &ProxyServer{
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cryptoStore: ak.NewCryptoStore(ac.Client.CryptoApi),
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cryptoStore: ak.NewCryptoStore(ac.Client.CryptoAPI),
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apps: make(map[string]*application.Application),
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log: l,
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mux: rootMux,
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@ -15,7 +15,7 @@ import (
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)
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func (ps *ProxyServer) Refresh() error {
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providers, err := ak.Paginator(ps.akAPI.Client.OutpostsApi.OutpostsProxyList(context.Background()), ak.PaginatorOptions{
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providers, err := ak.Paginator(ps.akAPI.Client.OutpostsAPI.OutpostsProxyList(context.Background()), ak.PaginatorOptions{
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PageSize: 100,
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Logger: ps.log,
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})
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@ -31,7 +31,7 @@ func parseCIDRs(raw string) []*net.IPNet {
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}
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func (rs *RadiusServer) Refresh() error {
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apiProviders, err := ak.Paginator(rs.ac.Client.OutpostsApi.OutpostsRadiusList(context.Background()), ak.PaginatorOptions{
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apiProviders, err := ak.Paginator(rs.ac.Client.OutpostsAPI.OutpostsRadiusList(context.Background()), ak.PaginatorOptions{
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PageSize: 100,
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Logger: rs.log,
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})
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@ -45,7 +45,7 @@ func (rs *RadiusServer) Handle_AccessRequest(w radius.ResponseWriter, r *RadiusR
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_ = w.Write(r.Response(radius.CodeAccessReject))
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return
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}
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access, _, err := fe.ApiClient().OutpostsApi.OutpostsRadiusAccessCheck(
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access, _, err := fe.ApiClient().OutpostsAPI.OutpostsRadiusAccessCheck(
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r.Context(), r.pi.providerId,
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).AppSlug(r.pi.appSlug).Execute()
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if err != nil {
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@ -22,7 +22,7 @@ type Watcher struct {
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}
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func NewWatcher(client *api.APIClient) *Watcher {
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cs := ak.NewCryptoStore(client.CryptoApi)
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cs := ak.NewCryptoStore(client.CryptoAPI)
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l := log.WithField("logger", "authentik.router.brand_tls")
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cert, err := crypto.GenerateSelfSignedCert()
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if err != nil {
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@ -47,7 +47,7 @@ func (w *Watcher) Start() {
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func (w *Watcher) Check() {
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w.log.Info("updating brand certificates")
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brands, err := ak.Paginator(w.client.CoreApi.CoreBrandsList(context.Background()), ak.PaginatorOptions{
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brands, err := ak.Paginator(w.client.CoreAPI.CoreBrandsList(context.Background()), ak.PaginatorOptions{
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PageSize: 100,
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Logger: w.log,
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})
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