2023-08-15 14:47:05 +02:00
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package login
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import (
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"context"
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"fmt"
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"net/http"
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http_mw "github.com/zitadel/zitadel/internal/api/http/middleware"
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"github.com/zitadel/zitadel/internal/domain"
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)
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const (
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tmplOTPVerification = "otpverification"
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querySelectedProvider = "selectedProvider"
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)
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type mfaOTPData struct {
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userData
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MFAProviders []domain.MFAType
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SelectedProvider domain.MFAType
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}
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type mfaOTPFormData struct {
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Resend bool `schema:"resend"`
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Code string `schema:"code"`
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SelectedProvider domain.MFAType `schema:"selectedProvider"`
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Provider domain.MFAType `schema:"provider"`
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}
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2024-12-06 10:56:19 +01:00
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func OTPLink(origin, authRequestID, code string, provider domain.MFAType) string {
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return fmt.Sprintf("%s%s?%s=%s&%s=%s&%s=%d", externalLink(origin), EndpointMFAOTPVerify, QueryAuthRequestID, authRequestID, queryCode, code, querySelectedProvider, provider)
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}
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feat(notification): use event worker pool (#8962)
# Which Problems Are Solved
The current handling of notification follows the same pattern as all
other projections:
Created events are handled sequentially (based on "position") by a
handler. During the process, a lot of information is aggregated (user,
texts, templates, ...).
This leads to back pressure on the projection since the handling of
events might take longer than the time before a new event (to be
handled) is created.
# How the Problems Are Solved
- The current user notification handler creates separate notification
events based on the user / session events.
- These events contain all the present and required information
including the userID.
- These notification events get processed by notification workers, which
gather the necessary information (recipient address, texts, templates)
to send out these notifications.
- If a notification fails, a retry event is created based on the current
notification request including the current state of the user (this
prevents race conditions, where a user is changed in the meantime and
the notification already gets the new state).
- The retry event will be handled after a backoff delay. This delay
increases with every attempt.
- If the configured amount of attempts is reached or the message expired
(based on config), a cancel event is created, letting the workers know,
the notification must no longer be handled.
- In case of successful send, a sent event is created for the
notification aggregate and the existing "sent" events for the user /
session object is stored.
- The following is added to the defaults.yaml to allow configuration of
the notification workers:
```yaml
Notifications:
# The amount of workers processing the notification request events.
# If set to 0, no notification request events will be handled. This can be useful when running in
# multi binary / pod setup and allowing only certain executables to process the events.
Workers: 1 # ZITADEL_NOTIFIACATIONS_WORKERS
# The amount of events a single worker will process in a run.
BulkLimit: 10 # ZITADEL_NOTIFIACATIONS_BULKLIMIT
# Time interval between scheduled notifications for request events
RequeueEvery: 2s # ZITADEL_NOTIFIACATIONS_REQUEUEEVERY
# The amount of workers processing the notification retry events.
# If set to 0, no notification retry events will be handled. This can be useful when running in
# multi binary / pod setup and allowing only certain executables to process the events.
RetryWorkers: 1 # ZITADEL_NOTIFIACATIONS_RETRYWORKERS
# Time interval between scheduled notifications for retry events
RetryRequeueEvery: 2s # ZITADEL_NOTIFIACATIONS_RETRYREQUEUEEVERY
# Only instances are projected, for which at least a projection-relevant event exists within the timeframe
# from HandleActiveInstances duration in the past until the projection's current time
# If set to 0 (default), every instance is always considered active
HandleActiveInstances: 0s # ZITADEL_NOTIFIACATIONS_HANDLEACTIVEINSTANCES
# The maximum duration a transaction remains open
# before it spots left folding additional events
# and updates the table.
TransactionDuration: 1m # ZITADEL_NOTIFIACATIONS_TRANSACTIONDURATION
# Automatically cancel the notification after the amount of failed attempts
MaxAttempts: 3 # ZITADEL_NOTIFIACATIONS_MAXATTEMPTS
# Automatically cancel the notification if it cannot be handled within a specific time
MaxTtl: 5m # ZITADEL_NOTIFIACATIONS_MAXTTL
# Failed attempts are retried after a confogired delay (with exponential backoff).
# Set a minimum and maximum delay and a factor for the backoff
MinRetryDelay: 1s # ZITADEL_NOTIFIACATIONS_MINRETRYDELAY
MaxRetryDelay: 20s # ZITADEL_NOTIFIACATIONS_MAXRETRYDELAY
# Any factor below 1 will be set to 1
RetryDelayFactor: 1.5 # ZITADEL_NOTIFIACATIONS_RETRYDELAYFACTOR
```
# Additional Changes
None
# Additional Context
- closes #8931
2024-11-27 16:01:17 +01:00
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func OTPLinkTemplate(origin, authRequestID string, provider domain.MFAType) string {
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return fmt.Sprintf("%s%s?%s=%s&%s=%s&%s=%d", externalLink(origin), EndpointMFAOTPVerify, QueryAuthRequestID, authRequestID, queryCode, "{{.Code}}", querySelectedProvider, provider)
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2023-08-15 14:47:05 +02:00
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}
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// renderOTPVerification renders the OTP verification for SMS and Email based on the passed MFAType.
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// It will send a new code to either phone or email first.
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func (l *Login) handleOTPVerification(w http.ResponseWriter, r *http.Request, authReq *domain.AuthRequest, providers []domain.MFAType, selectedProvider domain.MFAType, err error) {
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if err != nil {
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l.renderOTPVerification(w, r, authReq, providers, selectedProvider, err)
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return
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}
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userAgentID, _ := http_mw.UserAgentIDFromCtx(r.Context())
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var sendCode func(ctx context.Context, userID, resourceOwner, authRequestID, userAgentID string) error
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switch selectedProvider {
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case domain.MFATypeOTPSMS:
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sendCode = l.authRepo.SendMFAOTPSMS
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case domain.MFATypeOTPEmail:
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sendCode = l.authRepo.SendMFAOTPEmail
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// another type should never be passed, but just making sure
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case domain.MFATypeU2F,
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domain.MFATypeTOTP,
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domain.MFATypeU2FUserVerification:
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l.renderError(w, r, authReq, err)
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return
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}
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err = sendCode(setContext(r.Context(), authReq.UserOrgID), authReq.UserID, authReq.UserOrgID, authReq.ID, userAgentID)
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l.renderOTPVerification(w, r, authReq, providers, selectedProvider, err)
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}
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func (l *Login) renderOTPVerification(w http.ResponseWriter, r *http.Request, authReq *domain.AuthRequest, providers []domain.MFAType, selectedProvider domain.MFAType, err error) {
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var errID, errMessage string
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if err != nil {
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errID, errMessage = l.getErrorMessage(r, err)
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}
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2023-12-05 12:12:01 +01:00
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translator := l.getTranslator(r.Context(), authReq)
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2023-08-15 14:47:05 +02:00
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data := &mfaOTPData{
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2023-12-05 12:12:01 +01:00
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userData: l.getUserData(r, authReq, translator, "VerifyMFAU2F.Title", "VerifyMFAU2F.Description", errID, errMessage),
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2023-08-15 14:47:05 +02:00
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MFAProviders: removeSelectedProviderFromList(providers, selectedProvider),
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SelectedProvider: selectedProvider,
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}
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2023-12-05 12:12:01 +01:00
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l.renderer.RenderTemplate(w, r, translator, l.renderer.Templates[tmplOTPVerification], data, nil)
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2023-08-15 14:47:05 +02:00
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}
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// handleOTPVerificationCheck handles form submissions of the OTP verification.
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// On successful code verification, the check will be added to the auth request.
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// A user is also able to request a code resend or choose another provider.
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func (l *Login) handleOTPVerificationCheck(w http.ResponseWriter, r *http.Request) {
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formData := new(mfaOTPFormData)
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2024-05-24 16:58:45 +02:00
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authReq, err := l.ensureAuthRequestAndParseData(r, formData)
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if err != nil {
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2023-08-15 14:47:05 +02:00
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l.renderError(w, r, authReq, err)
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return
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}
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step, ok := authReq.PossibleSteps[0].(*domain.MFAVerificationStep)
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if !ok {
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l.renderError(w, r, authReq, err)
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return
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}
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if formData.Resend {
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l.handleOTPVerification(w, r, authReq, step.MFAProviders, formData.SelectedProvider, nil)
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return
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}
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if formData.Code == "" {
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l.renderMFAVerifySelected(w, r, authReq, step, formData.Provider, nil)
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return
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}
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userAgentID, _ := http_mw.UserAgentIDFromCtx(r.Context())
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var actionType authMethod
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var verifyCode func(ctx context.Context, userID, resourceOwner, code, authRequestID, userAgentID string, info *domain.BrowserInfo) error
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switch formData.SelectedProvider {
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case domain.MFATypeOTPSMS:
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actionType = authMethodOTPSMS
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verifyCode = l.authRepo.VerifyMFAOTPSMS
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case domain.MFATypeOTPEmail:
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actionType = authMethodOTPEmail
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verifyCode = l.authRepo.VerifyMFAOTPEmail
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// another type should never be passed, but just making sure
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case domain.MFATypeU2F,
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domain.MFATypeTOTP,
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domain.MFATypeU2FUserVerification:
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l.renderOTPVerification(w, r, authReq, step.MFAProviders, formData.SelectedProvider, err)
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return
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}
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err = verifyCode(setContext(r.Context(), authReq.UserOrgID), authReq.UserID, authReq.UserOrgID, formData.Code, authReq.ID, userAgentID, domain.BrowserInfoFromRequest(r))
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metadata, actionErr := l.runPostInternalAuthenticationActions(authReq, r, actionType, err)
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if err == nil && actionErr == nil && len(metadata) > 0 {
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_, err = l.command.BulkSetUserMetadata(r.Context(), authReq.UserID, authReq.UserOrgID, metadata...)
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} else if actionErr != nil && err == nil {
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err = actionErr
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}
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if err != nil {
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l.renderOTPVerification(w, r, authReq, step.MFAProviders, formData.SelectedProvider, err)
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return
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}
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l.renderNextStep(w, r, authReq)
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}
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