zitadel/internal/command/idp_model.go
Livio Spring 2cf3ef4de4
feat: federated logout for SAML IdPs (#9931)
# Which Problems Are Solved

Currently if a user signs in using an IdP, once they sign out of
Zitadel, the corresponding IdP session is not terminated. This can be
the desired behavior. In some cases, e.g. when using a shared computer
it results in a potential security risk, since a follower user might be
able to sign in as the previous using the still open IdP session.

# How the Problems Are Solved

- Admins can enabled a federated logout option on SAML IdPs through the
Admin and Management APIs.
- During the termination of a login V1 session using OIDC end_session
endpoint, Zitadel will check if an IdP was used to authenticate that
session.
- In case there was a SAML IdP used with Federated Logout enabled, it
will intercept the logout process, store the information into the shared
cache and redirect to the federated logout endpoint in the V1 login.
- The V1 login federated logout endpoint checks every request on an
existing cache entry. On success it will create a SAML logout request
for the used IdP and either redirect or POST to the configured SLO
endpoint. The cache entry is updated with a `redirected` state.
- A SLO endpoint is added to the `/idp` handlers, which will handle the
SAML logout responses. At the moment it will check again for an existing
federated logout entry (with state `redirected`) in the cache. On
success, the user is redirected to the initially provided
`post_logout_redirect_uri` from the end_session request.

# Additional Changes

None

# Additional Context

- This PR merges the https://github.com/zitadel/zitadel/pull/9841 and
https://github.com/zitadel/zitadel/pull/9854 to main, additionally
updating the docs on Entra ID SAML.
- closes #9228 
- backport to 3.x

---------

Co-authored-by: Silvan <27845747+adlerhurst@users.noreply.github.com>
Co-authored-by: Zach Hirschtritt <zachary.hirschtritt@klaviyo.com>
2025-05-23 13:52:25 +02:00

2313 lines
62 KiB
Go

package command
import (
"bytes"
"net/http"
"reflect"
"slices"
"time"
"github.com/zitadel/logging"
"github.com/zitadel/oidc/v3/pkg/client/rp"
"golang.org/x/oauth2"
"github.com/zitadel/zitadel/internal/crypto"
"github.com/zitadel/zitadel/internal/domain"
"github.com/zitadel/zitadel/internal/eventstore"
providers "github.com/zitadel/zitadel/internal/idp"
"github.com/zitadel/zitadel/internal/idp/providers/apple"
"github.com/zitadel/zitadel/internal/idp/providers/azuread"
"github.com/zitadel/zitadel/internal/idp/providers/github"
"github.com/zitadel/zitadel/internal/idp/providers/gitlab"
"github.com/zitadel/zitadel/internal/idp/providers/google"
"github.com/zitadel/zitadel/internal/idp/providers/jwt"
"github.com/zitadel/zitadel/internal/idp/providers/ldap"
"github.com/zitadel/zitadel/internal/idp/providers/oauth"
"github.com/zitadel/zitadel/internal/idp/providers/oidc"
saml2 "github.com/zitadel/zitadel/internal/idp/providers/saml"
"github.com/zitadel/zitadel/internal/idp/providers/saml/requesttracker"
"github.com/zitadel/zitadel/internal/repository/idp"
"github.com/zitadel/zitadel/internal/repository/idpconfig"
"github.com/zitadel/zitadel/internal/repository/instance"
"github.com/zitadel/zitadel/internal/repository/org"
"github.com/zitadel/zitadel/internal/zerrors"
)
type OAuthIDPWriteModel struct {
eventstore.WriteModel
Name string
ID string
ClientID string
ClientSecret *crypto.CryptoValue
AuthorizationEndpoint string
TokenEndpoint string
UserEndpoint string
Scopes []string
IDAttribute string
UsePKCE bool
idp.Options
State domain.IDPState
}
func (wm *OAuthIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.OAuthIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.OAuthIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *OAuthIDPWriteModel) reduceAddedEvent(e *idp.OAuthIDPAddedEvent) {
wm.Name = e.Name
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.AuthorizationEndpoint = e.AuthorizationEndpoint
wm.TokenEndpoint = e.TokenEndpoint
wm.UserEndpoint = e.UserEndpoint
wm.Scopes = e.Scopes
wm.IDAttribute = e.IDAttribute
wm.UsePKCE = e.UsePKCE
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *OAuthIDPWriteModel) reduceChangedEvent(e *idp.OAuthIDPChangedEvent) {
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Name != nil {
wm.Name = *e.Name
}
if e.AuthorizationEndpoint != nil {
wm.AuthorizationEndpoint = *e.AuthorizationEndpoint
}
if e.TokenEndpoint != nil {
wm.TokenEndpoint = *e.TokenEndpoint
}
if e.UserEndpoint != nil {
wm.UserEndpoint = *e.UserEndpoint
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
if e.IDAttribute != nil {
wm.IDAttribute = *e.IDAttribute
}
if e.UsePKCE != nil {
wm.UsePKCE = *e.UsePKCE
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *OAuthIDPWriteModel) NewChanges(
name,
clientID,
clientSecretString string,
secretCrypto crypto.EncryptionAlgorithm,
authorizationEndpoint,
tokenEndpoint,
userEndpoint,
idAttribute string,
scopes []string,
usePKCE bool,
options idp.Options,
) ([]idp.OAuthIDPChanges, error) {
changes := make([]idp.OAuthIDPChanges, 0)
var clientSecret *crypto.CryptoValue
var err error
if clientSecretString != "" {
clientSecret, err = crypto.Crypt([]byte(clientSecretString), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeOAuthClientSecret(clientSecret))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeOAuthClientID(clientID))
}
if wm.Name != name {
changes = append(changes, idp.ChangeOAuthName(name))
}
if wm.AuthorizationEndpoint != authorizationEndpoint {
changes = append(changes, idp.ChangeOAuthAuthorizationEndpoint(authorizationEndpoint))
}
if wm.TokenEndpoint != tokenEndpoint {
changes = append(changes, idp.ChangeOAuthTokenEndpoint(tokenEndpoint))
}
if wm.UserEndpoint != userEndpoint {
changes = append(changes, idp.ChangeOAuthUserEndpoint(userEndpoint))
}
if !reflect.DeepEqual(wm.Scopes, scopes) {
changes = append(changes, idp.ChangeOAuthScopes(scopes))
}
if wm.IDAttribute != idAttribute {
changes = append(changes, idp.ChangeOAuthIDAttribute(idAttribute))
}
if wm.UsePKCE != usePKCE {
changes = append(changes, idp.ChangeOAuthUsePKCE(usePKCE))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeOAuthOptions(opts))
}
return changes, nil
}
func (wm *OAuthIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
secret, err := crypto.DecryptString(wm.ClientSecret, idpAlg)
if err != nil {
return nil, err
}
config := &oauth2.Config{
ClientID: wm.ClientID,
ClientSecret: secret,
Endpoint: oauth2.Endpoint{
AuthURL: wm.AuthorizationEndpoint,
TokenURL: wm.TokenEndpoint,
},
RedirectURL: callbackURL,
Scopes: wm.Scopes,
}
opts := make([]oauth.ProviderOpts, 0, 4)
if wm.IsCreationAllowed {
opts = append(opts, oauth.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, oauth.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, oauth.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, oauth.WithAutoUpdate())
}
return oauth.New(
config,
wm.Name,
wm.UserEndpoint,
func() providers.User {
return oauth.NewUserMapper(wm.IDAttribute)
},
opts...,
)
}
func (wm *OAuthIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type OIDCIDPWriteModel struct {
eventstore.WriteModel
Name string
ID string
Issuer string
ClientID string
ClientSecret *crypto.CryptoValue
Scopes []string
IsIDTokenMapping bool
UsePKCE bool
idp.Options
State domain.IDPState
}
func (wm *OIDCIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.OIDCIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.OIDCIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.OIDCIDPMigratedAzureADEvent:
wm.State = domain.IDPStateMigrated
case *idp.OIDCIDPMigratedGoogleEvent:
wm.State = domain.IDPStateMigrated
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
case *idpconfig.IDPConfigAddedEvent:
wm.reduceIDPConfigAddedEvent(e)
case *idpconfig.IDPConfigChangedEvent:
wm.reduceIDPConfigChangedEvent(e)
case *idpconfig.OIDCConfigAddedEvent:
wm.reduceOIDCConfigAddedEvent(e)
case *idpconfig.OIDCConfigChangedEvent:
wm.reduceOIDCConfigChangedEvent(e)
case *idpconfig.IDPConfigRemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *OIDCIDPWriteModel) reduceAddedEvent(e *idp.OIDCIDPAddedEvent) {
wm.Name = e.Name
wm.Issuer = e.Issuer
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.Scopes = e.Scopes
wm.IsIDTokenMapping = e.IsIDTokenMapping
wm.UsePKCE = e.UsePKCE
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *OIDCIDPWriteModel) reduceChangedEvent(e *idp.OIDCIDPChangedEvent) {
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Name != nil {
wm.Name = *e.Name
}
if e.Issuer != nil {
wm.Issuer = *e.Issuer
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
if e.IsIDTokenMapping != nil {
wm.IsIDTokenMapping = *e.IsIDTokenMapping
}
if e.UsePKCE != nil {
wm.UsePKCE = *e.UsePKCE
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *OIDCIDPWriteModel) NewChanges(
name,
issuer,
clientID,
clientSecretString string,
secretCrypto crypto.EncryptionAlgorithm,
scopes []string,
idTokenMapping, usePKCE bool,
options idp.Options,
) ([]idp.OIDCIDPChanges, error) {
changes := make([]idp.OIDCIDPChanges, 0)
var clientSecret *crypto.CryptoValue
var err error
if clientSecretString != "" {
clientSecret, err = crypto.Crypt([]byte(clientSecretString), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeOIDCClientSecret(clientSecret))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeOIDCClientID(clientID))
}
if wm.Name != name {
changes = append(changes, idp.ChangeOIDCName(name))
}
if wm.Issuer != issuer {
changes = append(changes, idp.ChangeOIDCIssuer(issuer))
}
if !reflect.DeepEqual(wm.Scopes, scopes) {
changes = append(changes, idp.ChangeOIDCScopes(scopes))
}
if wm.IsIDTokenMapping != idTokenMapping {
changes = append(changes, idp.ChangeOIDCIsIDTokenMapping(idTokenMapping))
}
if wm.UsePKCE != usePKCE {
changes = append(changes, idp.ChangeOIDCUsePKCE(usePKCE))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeOIDCOptions(opts))
}
return changes, nil
}
// reduceIDPConfigAddedEvent handles old idpConfig events
func (wm *OIDCIDPWriteModel) reduceIDPConfigAddedEvent(e *idpconfig.IDPConfigAddedEvent) {
wm.Name = e.Name
wm.Options.IsCreationAllowed = true
wm.Options.IsLinkingAllowed = true
wm.Options.IsAutoCreation = e.AutoRegister
wm.Options.IsAutoUpdate = false
wm.State = domain.IDPStateActive
}
// reduceIDPConfigChangedEvent handles old idpConfig changes
func (wm *OIDCIDPWriteModel) reduceIDPConfigChangedEvent(e *idpconfig.IDPConfigChangedEvent) {
if e.Name != nil {
wm.Name = *e.Name
}
if e.AutoRegister != nil {
wm.Options.IsAutoCreation = *e.AutoRegister
}
}
// reduceOIDCConfigAddedEvent handles old OIDC idpConfig events
func (wm *OIDCIDPWriteModel) reduceOIDCConfigAddedEvent(e *idpconfig.OIDCConfigAddedEvent) {
wm.Issuer = e.Issuer
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.Scopes = e.Scopes
}
// reduceOIDCConfigChangedEvent handles old OIDC idpConfig changes
func (wm *OIDCIDPWriteModel) reduceOIDCConfigChangedEvent(e *idpconfig.OIDCConfigChangedEvent) {
if e.Issuer != nil {
wm.Issuer = *e.Issuer
}
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
}
func (wm *OIDCIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
secret, err := crypto.DecryptString(wm.ClientSecret, idpAlg)
if err != nil {
return nil, err
}
opts := make([]oidc.ProviderOpts, 1, 6)
opts[0] = oidc.WithSelectAccount()
if wm.IsIDTokenMapping {
opts = append(opts, oidc.WithIDTokenMapping())
}
if wm.IsCreationAllowed {
opts = append(opts, oidc.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, oidc.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, oidc.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, oidc.WithAutoUpdate())
}
return oidc.New(
wm.Name,
wm.Issuer,
wm.ClientID,
secret,
callbackURL,
wm.Scopes,
oidc.DefaultMapper,
opts...,
)
}
func (wm *OIDCIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type JWTIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
Issuer string
JWTEndpoint string
KeysEndpoint string
HeaderName string
idp.Options
State domain.IDPState
}
func (wm *JWTIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.JWTIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.JWTIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
case *idpconfig.IDPConfigAddedEvent:
wm.reduceIDPConfigAddedEvent(e)
case *idpconfig.IDPConfigChangedEvent:
wm.reduceIDPConfigChangedEvent(e)
case *idpconfig.JWTConfigAddedEvent:
wm.reduceJWTConfigAddedEvent(e)
case *idpconfig.JWTConfigChangedEvent:
wm.reduceJWTConfigChangedEvent(e)
case *idpconfig.IDPConfigRemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *JWTIDPWriteModel) reduceAddedEvent(e *idp.JWTIDPAddedEvent) {
wm.Name = e.Name
wm.Issuer = e.Issuer
wm.JWTEndpoint = e.JWTEndpoint
wm.KeysEndpoint = e.KeysEndpoint
wm.HeaderName = e.HeaderName
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *JWTIDPWriteModel) reduceChangedEvent(e *idp.JWTIDPChangedEvent) {
if e.Name != nil {
wm.Name = *e.Name
}
if e.Issuer != nil {
wm.Issuer = *e.Issuer
}
if e.JWTEndpoint != nil {
wm.JWTEndpoint = *e.JWTEndpoint
}
if e.KeysEndpoint != nil {
wm.KeysEndpoint = *e.KeysEndpoint
}
if e.HeaderName != nil {
wm.HeaderName = *e.HeaderName
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *JWTIDPWriteModel) NewChanges(
name,
issuer,
jwtEndpoint,
keysEndpoint,
headerName string,
options idp.Options,
) ([]idp.JWTIDPChanges, error) {
changes := make([]idp.JWTIDPChanges, 0)
if wm.Name != name {
changes = append(changes, idp.ChangeJWTName(name))
}
if wm.Issuer != issuer {
changes = append(changes, idp.ChangeJWTIssuer(issuer))
}
if wm.JWTEndpoint != jwtEndpoint {
changes = append(changes, idp.ChangeJWTEndpoint(jwtEndpoint))
}
if wm.KeysEndpoint != keysEndpoint {
changes = append(changes, idp.ChangeJWTKeysEndpoint(keysEndpoint))
}
if wm.HeaderName != headerName {
changes = append(changes, idp.ChangeJWTHeaderName(headerName))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeJWTOptions(opts))
}
return changes, nil
}
// reduceIDPConfigAddedEvent handles old idpConfig events
func (wm *JWTIDPWriteModel) reduceIDPConfigAddedEvent(e *idpconfig.IDPConfigAddedEvent) {
wm.Name = e.Name
wm.Options.IsCreationAllowed = true
wm.Options.IsLinkingAllowed = true
wm.Options.IsAutoCreation = e.AutoRegister
wm.Options.IsAutoUpdate = false
wm.State = domain.IDPStateActive
}
// reduceIDPConfigChangedEvent handles old idpConfig changes
func (wm *JWTIDPWriteModel) reduceIDPConfigChangedEvent(e *idpconfig.IDPConfigChangedEvent) {
if e.Name != nil {
wm.Name = *e.Name
}
if e.AutoRegister != nil {
wm.Options.IsAutoCreation = *e.AutoRegister
}
}
// reduceJWTConfigAddedEvent handles old JWT idpConfig events
func (wm *JWTIDPWriteModel) reduceJWTConfigAddedEvent(e *idpconfig.JWTConfigAddedEvent) {
wm.Issuer = e.Issuer
wm.JWTEndpoint = e.JWTEndpoint
wm.KeysEndpoint = e.KeysEndpoint
wm.HeaderName = e.HeaderName
}
// reduceJWTConfigChangedEvent handles old JWT idpConfig changes
func (wm *JWTIDPWriteModel) reduceJWTConfigChangedEvent(e *idpconfig.JWTConfigChangedEvent) {
if e.Issuer != nil {
wm.Issuer = *e.Issuer
}
if e.JWTEndpoint != nil {
wm.JWTEndpoint = *e.JWTEndpoint
}
if e.KeysEndpoint != nil {
wm.KeysEndpoint = *e.KeysEndpoint
}
if e.HeaderName != nil {
wm.HeaderName = *e.HeaderName
}
}
func (wm *JWTIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
opts := make([]jwt.ProviderOpts, 0)
if wm.IsCreationAllowed {
opts = append(opts, jwt.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, jwt.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, jwt.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, jwt.WithAutoUpdate())
}
return jwt.New(
wm.Name,
wm.Issuer,
wm.JWTEndpoint,
wm.KeysEndpoint,
wm.HeaderName,
idpAlg,
opts...,
)
}
func (wm *JWTIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type AzureADIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
ClientID string
ClientSecret *crypto.CryptoValue
Scopes []string
Tenant string
IsEmailVerified bool
idp.Options
State domain.IDPState
}
func (wm *AzureADIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.AzureADIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.OIDCIDPMigratedAzureADEvent:
wm.reduceAddedEvent(&e.AzureADIDPAddedEvent)
case *idp.AzureADIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *AzureADIDPWriteModel) reduceAddedEvent(e *idp.AzureADIDPAddedEvent) {
wm.Name = e.Name
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.Scopes = e.Scopes
wm.Tenant = e.Tenant
wm.IsEmailVerified = e.IsEmailVerified
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *AzureADIDPWriteModel) reduceChangedEvent(e *idp.AzureADIDPChangedEvent) {
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Name != nil {
wm.Name = *e.Name
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
if e.Tenant != nil {
wm.Tenant = *e.Tenant
}
if e.IsEmailVerified != nil {
wm.IsEmailVerified = *e.IsEmailVerified
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *AzureADIDPWriteModel) NewChanges(
name string,
clientID string,
clientSecretString string,
secretCrypto crypto.EncryptionAlgorithm,
scopes []string,
tenant string,
isEmailVerified bool,
options idp.Options,
) ([]idp.AzureADIDPChanges, error) {
changes := make([]idp.AzureADIDPChanges, 0)
var clientSecret *crypto.CryptoValue
var err error
if clientSecretString != "" {
clientSecret, err = crypto.Crypt([]byte(clientSecretString), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeAzureADClientSecret(clientSecret))
}
if wm.Name != name {
changes = append(changes, idp.ChangeAzureADName(name))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeAzureADClientID(clientID))
}
if wm.Tenant != tenant {
changes = append(changes, idp.ChangeAzureADTenant(tenant))
}
if wm.IsEmailVerified != isEmailVerified {
changes = append(changes, idp.ChangeAzureADIsEmailVerified(isEmailVerified))
}
if !reflect.DeepEqual(wm.Scopes, scopes) {
changes = append(changes, idp.ChangeAzureADScopes(scopes))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeAzureADOptions(opts))
}
return changes, nil
}
func (wm *AzureADIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
secret, err := crypto.DecryptString(wm.ClientSecret, idpAlg)
if err != nil {
return nil, err
}
opts := make([]azuread.ProviderOptions, 0, 3)
if wm.IsEmailVerified {
opts = append(opts, azuread.WithEmailVerified())
}
if wm.Tenant != "" {
opts = append(opts, azuread.WithTenant(azuread.TenantType(wm.Tenant)))
}
oauthOpts := make([]oauth.ProviderOpts, 0, 4)
if wm.IsCreationAllowed {
oauthOpts = append(oauthOpts, oauth.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
oauthOpts = append(oauthOpts, oauth.WithLinkingAllowed())
}
if wm.IsAutoCreation {
oauthOpts = append(oauthOpts, oauth.WithAutoCreation())
}
if wm.IsAutoUpdate {
oauthOpts = append(oauthOpts, oauth.WithAutoUpdate())
}
if len(oauthOpts) > 0 {
opts = append(opts, azuread.WithOAuthOptions(oauthOpts...))
}
return azuread.New(
wm.Name,
wm.ClientID,
secret,
callbackURL,
wm.Scopes,
opts...,
)
}
func (wm *AzureADIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type GitHubIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
ClientID string
ClientSecret *crypto.CryptoValue
Scopes []string
idp.Options
State domain.IDPState
}
func (wm *GitHubIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.GitHubIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.GitHubIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *GitHubIDPWriteModel) reduceAddedEvent(e *idp.GitHubIDPAddedEvent) {
wm.Name = e.Name
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.Scopes = e.Scopes
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *GitHubIDPWriteModel) reduceChangedEvent(e *idp.GitHubIDPChangedEvent) {
if e.Name != nil {
wm.Name = *e.Name
}
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *GitHubIDPWriteModel) NewChanges(
name,
clientID,
clientSecretString string,
secretCrypto crypto.EncryptionAlgorithm,
scopes []string,
options idp.Options,
) ([]idp.GitHubIDPChanges, error) {
changes := make([]idp.GitHubIDPChanges, 0)
var clientSecret *crypto.CryptoValue
var err error
if clientSecretString != "" {
clientSecret, err = crypto.Crypt([]byte(clientSecretString), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeGitHubClientSecret(clientSecret))
}
if wm.Name != name {
changes = append(changes, idp.ChangeGitHubName(name))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeGitHubClientID(clientID))
}
if !reflect.DeepEqual(wm.Scopes, scopes) {
changes = append(changes, idp.ChangeGitHubScopes(scopes))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeGitHubOptions(opts))
}
return changes, nil
}
func (wm *GitHubIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
secret, err := crypto.DecryptString(wm.ClientSecret, idpAlg)
if err != nil {
return nil, err
}
oauthOpts := make([]oauth.ProviderOpts, 0, 4)
if wm.IsCreationAllowed {
oauthOpts = append(oauthOpts, oauth.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
oauthOpts = append(oauthOpts, oauth.WithLinkingAllowed())
}
if wm.IsAutoCreation {
oauthOpts = append(oauthOpts, oauth.WithAutoCreation())
}
if wm.IsAutoUpdate {
oauthOpts = append(oauthOpts, oauth.WithAutoUpdate())
}
return github.New(
wm.ClientID,
secret,
callbackURL,
wm.Scopes,
oauthOpts...,
)
}
func (wm *GitHubIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type GitHubEnterpriseIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
ClientID string
ClientSecret *crypto.CryptoValue
AuthorizationEndpoint string
TokenEndpoint string
UserEndpoint string
Scopes []string
idp.Options
State domain.IDPState
}
func (wm *GitHubEnterpriseIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.GitHubEnterpriseIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.GitHubEnterpriseIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *GitHubEnterpriseIDPWriteModel) reduceAddedEvent(e *idp.GitHubEnterpriseIDPAddedEvent) {
wm.Name = e.Name
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.AuthorizationEndpoint = e.AuthorizationEndpoint
wm.TokenEndpoint = e.TokenEndpoint
wm.UserEndpoint = e.UserEndpoint
wm.Scopes = e.Scopes
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *GitHubEnterpriseIDPWriteModel) reduceChangedEvent(e *idp.GitHubEnterpriseIDPChangedEvent) {
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Name != nil {
wm.Name = *e.Name
}
if e.AuthorizationEndpoint != nil {
wm.AuthorizationEndpoint = *e.AuthorizationEndpoint
}
if e.TokenEndpoint != nil {
wm.TokenEndpoint = *e.TokenEndpoint
}
if e.UserEndpoint != nil {
wm.UserEndpoint = *e.UserEndpoint
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *GitHubEnterpriseIDPWriteModel) NewChanges(
name,
clientID string,
clientSecretString string,
secretCrypto crypto.EncryptionAlgorithm,
authorizationEndpoint,
tokenEndpoint,
userEndpoint string,
scopes []string,
options idp.Options,
) ([]idp.GitHubEnterpriseIDPChanges, error) {
changes := make([]idp.GitHubEnterpriseIDPChanges, 0)
var clientSecret *crypto.CryptoValue
var err error
if clientSecretString != "" {
clientSecret, err = crypto.Crypt([]byte(clientSecretString), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeGitHubEnterpriseClientSecret(clientSecret))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeGitHubEnterpriseClientID(clientID))
}
if wm.Name != name {
changes = append(changes, idp.ChangeGitHubEnterpriseName(name))
}
if wm.AuthorizationEndpoint != authorizationEndpoint {
changes = append(changes, idp.ChangeGitHubEnterpriseAuthorizationEndpoint(authorizationEndpoint))
}
if wm.TokenEndpoint != tokenEndpoint {
changes = append(changes, idp.ChangeGitHubEnterpriseTokenEndpoint(tokenEndpoint))
}
if wm.UserEndpoint != userEndpoint {
changes = append(changes, idp.ChangeGitHubEnterpriseUserEndpoint(userEndpoint))
}
if !reflect.DeepEqual(wm.Scopes, scopes) {
changes = append(changes, idp.ChangeGitHubEnterpriseScopes(scopes))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeGitHubEnterpriseOptions(opts))
}
return changes, nil
}
func (wm *GitHubEnterpriseIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
secret, err := crypto.DecryptString(wm.ClientSecret, idpAlg)
if err != nil {
return nil, err
}
oauthOpts := make([]oauth.ProviderOpts, 0, 4)
if wm.IsCreationAllowed {
oauthOpts = append(oauthOpts, oauth.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
oauthOpts = append(oauthOpts, oauth.WithLinkingAllowed())
}
if wm.IsAutoCreation {
oauthOpts = append(oauthOpts, oauth.WithAutoCreation())
}
if wm.IsAutoUpdate {
oauthOpts = append(oauthOpts, oauth.WithAutoUpdate())
}
return github.NewCustomURL(
wm.Name,
wm.ClientID,
secret,
callbackURL,
wm.AuthorizationEndpoint,
wm.TokenEndpoint,
wm.UserEndpoint,
wm.Scopes,
oauthOpts...,
)
}
func (wm *GitHubEnterpriseIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type GitLabIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
ClientID string
ClientSecret *crypto.CryptoValue
Scopes []string
idp.Options
State domain.IDPState
}
func (wm *GitLabIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.GitLabIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.GitLabIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *GitLabIDPWriteModel) reduceAddedEvent(e *idp.GitLabIDPAddedEvent) {
wm.Name = e.Name
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.Scopes = e.Scopes
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *GitLabIDPWriteModel) reduceChangedEvent(e *idp.GitLabIDPChangedEvent) {
if e.Name != nil {
wm.Name = *e.Name
}
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *GitLabIDPWriteModel) NewChanges(
name,
clientID,
clientSecretString string,
secretCrypto crypto.EncryptionAlgorithm,
scopes []string,
options idp.Options,
) ([]idp.GitLabIDPChanges, error) {
changes := make([]idp.GitLabIDPChanges, 0)
var clientSecret *crypto.CryptoValue
var err error
if clientSecretString != "" {
clientSecret, err = crypto.Crypt([]byte(clientSecretString), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeGitLabClientSecret(clientSecret))
}
if wm.Name != name {
changes = append(changes, idp.ChangeGitLabName(name))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeGitLabClientID(clientID))
}
if !reflect.DeepEqual(wm.Scopes, scopes) {
changes = append(changes, idp.ChangeGitLabScopes(scopes))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeGitLabOptions(opts))
}
return changes, nil
}
func (wm *GitLabIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
secret, err := crypto.DecryptString(wm.ClientSecret, idpAlg)
if err != nil {
return nil, err
}
opts := make([]oidc.ProviderOpts, 0, 4)
if wm.IsCreationAllowed {
opts = append(opts, oidc.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, oidc.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, oidc.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, oidc.WithAutoUpdate())
}
return gitlab.New(
wm.ClientID,
secret,
callbackURL,
wm.Scopes,
opts...,
)
}
func (wm *GitLabIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type GitLabSelfHostedIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
Issuer string
ClientID string
ClientSecret *crypto.CryptoValue
Scopes []string
idp.Options
State domain.IDPState
}
func (wm *GitLabSelfHostedIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.GitLabSelfHostedIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.GitLabSelfHostedIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *GitLabSelfHostedIDPWriteModel) reduceAddedEvent(e *idp.GitLabSelfHostedIDPAddedEvent) {
wm.Name = e.Name
wm.Issuer = e.Issuer
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.Scopes = e.Scopes
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *GitLabSelfHostedIDPWriteModel) reduceChangedEvent(e *idp.GitLabSelfHostedIDPChangedEvent) {
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Name != nil {
wm.Name = *e.Name
}
if e.Issuer != nil {
wm.Issuer = *e.Issuer
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *GitLabSelfHostedIDPWriteModel) NewChanges(
name string,
issuer string,
clientID string,
clientSecretString string,
secretCrypto crypto.EncryptionAlgorithm,
scopes []string,
options idp.Options,
) ([]idp.GitLabSelfHostedIDPChanges, error) {
changes := make([]idp.GitLabSelfHostedIDPChanges, 0)
var clientSecret *crypto.CryptoValue
var err error
if clientSecretString != "" {
clientSecret, err = crypto.Crypt([]byte(clientSecretString), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeGitLabSelfHostedClientSecret(clientSecret))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeGitLabSelfHostedClientID(clientID))
}
if wm.Name != name {
changes = append(changes, idp.ChangeGitLabSelfHostedName(name))
}
if wm.Issuer != issuer {
changes = append(changes, idp.ChangeGitLabSelfHostedIssuer(issuer))
}
if !reflect.DeepEqual(wm.Scopes, scopes) {
changes = append(changes, idp.ChangeGitLabSelfHostedScopes(scopes))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeGitLabSelfHostedOptions(opts))
}
return changes, nil
}
func (wm *GitLabSelfHostedIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
secret, err := crypto.DecryptString(wm.ClientSecret, idpAlg)
if err != nil {
return nil, err
}
opts := make([]oidc.ProviderOpts, 0, 4)
if wm.IsCreationAllowed {
opts = append(opts, oidc.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, oidc.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, oidc.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, oidc.WithAutoUpdate())
}
return gitlab.NewCustomIssuer(
wm.Name,
wm.Issuer,
wm.ClientID,
secret,
callbackURL,
wm.Scopes,
opts...,
)
}
func (wm *GitLabSelfHostedIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type GoogleIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
ClientID string
ClientSecret *crypto.CryptoValue
Scopes []string
idp.Options
State domain.IDPState
}
func (wm *GoogleIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.GoogleIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.GoogleIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.OIDCIDPMigratedGoogleEvent:
wm.reduceAddedEvent(&e.GoogleIDPAddedEvent)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *GoogleIDPWriteModel) reduceAddedEvent(e *idp.GoogleIDPAddedEvent) {
wm.Name = e.Name
wm.ClientID = e.ClientID
wm.ClientSecret = e.ClientSecret
wm.Scopes = e.Scopes
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *GoogleIDPWriteModel) reduceChangedEvent(e *idp.GoogleIDPChangedEvent) {
if e.Name != nil {
wm.Name = *e.Name
}
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.ClientSecret != nil {
wm.ClientSecret = e.ClientSecret
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *GoogleIDPWriteModel) NewChanges(
name string,
clientID string,
clientSecretString string,
secretCrypto crypto.EncryptionAlgorithm,
scopes []string,
options idp.Options,
) ([]idp.GoogleIDPChanges, error) {
changes := make([]idp.GoogleIDPChanges, 0)
var clientSecret *crypto.CryptoValue
var err error
if clientSecretString != "" {
clientSecret, err = crypto.Crypt([]byte(clientSecretString), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeGoogleClientSecret(clientSecret))
}
if wm.Name != name {
changes = append(changes, idp.ChangeGoogleName(name))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeGoogleClientID(clientID))
}
if !reflect.DeepEqual(wm.Scopes, scopes) {
changes = append(changes, idp.ChangeGoogleScopes(scopes))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeGoogleOptions(opts))
}
return changes, nil
}
func (wm *GoogleIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
errorHandler := func(w http.ResponseWriter, r *http.Request, errorType string, errorDesc string, state string) {
logging.Errorf("token exchanged failed: %s - %s (state: %s)", errorType, errorType, state)
rp.DefaultErrorHandler(w, r, errorType, errorDesc, state)
}
oidc.WithRelyingPartyOption(rp.WithErrorHandler(errorHandler))
secret, err := crypto.DecryptString(wm.ClientSecret, idpAlg)
if err != nil {
return nil, err
}
opts := make([]oidc.ProviderOpts, 0, 4)
if wm.IsCreationAllowed {
opts = append(opts, oidc.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, oidc.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, oidc.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, oidc.WithAutoUpdate())
}
return google.New(
wm.ClientID,
secret,
callbackURL,
wm.Scopes,
opts...,
)
}
func (wm *GoogleIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type LDAPIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
Servers []string
StartTLS bool
BaseDN string
BindDN string
BindPassword *crypto.CryptoValue
UserBase string
UserObjectClasses []string
UserFilters []string
Timeout time.Duration
RootCA []byte
idp.LDAPAttributes
idp.Options
State domain.IDPState
}
func (wm *LDAPIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.LDAPIDPAddedEvent:
if wm.ID != e.ID {
continue
}
wm.reduceAddedEvent(e)
case *idp.LDAPIDPChangedEvent:
if wm.ID != e.ID {
continue
}
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
if wm.ID != e.ID {
continue
}
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *LDAPIDPWriteModel) reduceAddedEvent(e *idp.LDAPIDPAddedEvent) {
wm.Name = e.Name
wm.Servers = e.Servers
wm.StartTLS = e.StartTLS
wm.BaseDN = e.BaseDN
wm.BindDN = e.BindDN
wm.BindPassword = e.BindPassword
wm.UserBase = e.UserBase
wm.UserObjectClasses = e.UserObjectClasses
wm.UserFilters = e.UserFilters
wm.Timeout = e.Timeout
wm.RootCA = e.RootCA
wm.LDAPAttributes = e.LDAPAttributes
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *LDAPIDPWriteModel) reduceChangedEvent(e *idp.LDAPIDPChangedEvent) {
if e.Name != nil {
wm.Name = *e.Name
}
if e.Name != nil {
wm.Name = *e.Name
}
if e.Servers != nil {
wm.Servers = e.Servers
}
if e.StartTLS != nil {
wm.StartTLS = *e.StartTLS
}
if e.BaseDN != nil {
wm.BaseDN = *e.BaseDN
}
if e.BindDN != nil {
wm.BindDN = *e.BindDN
}
if e.BindPassword != nil {
wm.BindPassword = e.BindPassword
}
if e.UserBase != nil {
wm.UserBase = *e.UserBase
}
if e.UserObjectClasses != nil {
wm.UserObjectClasses = e.UserObjectClasses
}
if e.UserFilters != nil {
wm.UserFilters = e.UserFilters
}
if e.Timeout != nil {
wm.Timeout = *e.Timeout
}
wm.LDAPAttributes.ReduceChanges(e.LDAPAttributeChanges)
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *LDAPIDPWriteModel) NewChanges(
name string,
servers []string,
startTLS bool,
baseDN string,
bindDN string,
bindPassword string,
userBase string,
userObjectClasses []string,
userFilters []string,
timeout time.Duration,
rootCA []byte,
secretCrypto crypto.EncryptionAlgorithm,
attributes idp.LDAPAttributes,
options idp.Options,
) ([]idp.LDAPIDPChanges, error) {
changes := make([]idp.LDAPIDPChanges, 0)
var cryptedPassword *crypto.CryptoValue
var err error
if bindPassword != "" {
cryptedPassword, err = crypto.Crypt([]byte(bindPassword), secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeLDAPBindPassword(cryptedPassword))
}
if wm.Name != name {
changes = append(changes, idp.ChangeLDAPName(name))
}
if !reflect.DeepEqual(wm.Servers, servers) {
changes = append(changes, idp.ChangeLDAPServers(servers))
}
if wm.StartTLS != startTLS {
changes = append(changes, idp.ChangeLDAPStartTLS(startTLS))
}
if wm.BaseDN != baseDN {
changes = append(changes, idp.ChangeLDAPBaseDN(baseDN))
}
if wm.BindDN != bindDN {
changes = append(changes, idp.ChangeLDAPBindDN(bindDN))
}
if wm.UserBase != userBase {
changes = append(changes, idp.ChangeLDAPUserBase(userBase))
}
if !reflect.DeepEqual(wm.UserObjectClasses, userObjectClasses) {
changes = append(changes, idp.ChangeLDAPUserObjectClasses(userObjectClasses))
}
if !reflect.DeepEqual(wm.UserFilters, userFilters) {
changes = append(changes, idp.ChangeLDAPUserFilters(userFilters))
}
if wm.Timeout != timeout {
changes = append(changes, idp.ChangeLDAPTimeout(timeout))
}
if !bytes.Equal(wm.RootCA, rootCA) {
changes = append(changes, idp.ChangeLDAPRootCA(rootCA))
}
attrs := wm.LDAPAttributes.Changes(attributes)
if !attrs.IsZero() {
changes = append(changes, idp.ChangeLDAPAttributes(attrs))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeLDAPOptions(opts))
}
return changes, nil
}
func (wm *LDAPIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
password, err := crypto.DecryptString(wm.BindPassword, idpAlg)
if err != nil {
return nil, err
}
var opts []ldap.ProviderOpts
if !wm.StartTLS {
opts = append(opts, ldap.WithoutStartTLS())
}
if wm.LDAPAttributes.IDAttribute != "" {
opts = append(opts, ldap.WithCustomIDAttribute(wm.LDAPAttributes.IDAttribute))
}
if wm.LDAPAttributes.FirstNameAttribute != "" {
opts = append(opts, ldap.WithFirstNameAttribute(wm.LDAPAttributes.FirstNameAttribute))
}
if wm.LDAPAttributes.LastNameAttribute != "" {
opts = append(opts, ldap.WithLastNameAttribute(wm.LDAPAttributes.LastNameAttribute))
}
if wm.LDAPAttributes.DisplayNameAttribute != "" {
opts = append(opts, ldap.WithDisplayNameAttribute(wm.LDAPAttributes.DisplayNameAttribute))
}
if wm.LDAPAttributes.NickNameAttribute != "" {
opts = append(opts, ldap.WithNickNameAttribute(wm.LDAPAttributes.NickNameAttribute))
}
if wm.LDAPAttributes.PreferredUsernameAttribute != "" {
opts = append(opts, ldap.WithPreferredUsernameAttribute(wm.LDAPAttributes.PreferredUsernameAttribute))
}
if wm.LDAPAttributes.EmailAttribute != "" {
opts = append(opts, ldap.WithEmailAttribute(wm.LDAPAttributes.EmailAttribute))
}
if wm.LDAPAttributes.EmailVerifiedAttribute != "" {
opts = append(opts, ldap.WithEmailVerifiedAttribute(wm.LDAPAttributes.EmailVerifiedAttribute))
}
if wm.LDAPAttributes.PhoneAttribute != "" {
opts = append(opts, ldap.WithPhoneAttribute(wm.LDAPAttributes.PhoneAttribute))
}
if wm.LDAPAttributes.PhoneVerifiedAttribute != "" {
opts = append(opts, ldap.WithPhoneVerifiedAttribute(wm.LDAPAttributes.PhoneVerifiedAttribute))
}
if wm.LDAPAttributes.PreferredLanguageAttribute != "" {
opts = append(opts, ldap.WithPreferredLanguageAttribute(wm.LDAPAttributes.PreferredLanguageAttribute))
}
if wm.LDAPAttributes.AvatarURLAttribute != "" {
opts = append(opts, ldap.WithAvatarURLAttribute(wm.LDAPAttributes.AvatarURLAttribute))
}
if wm.LDAPAttributes.ProfileAttribute != "" {
opts = append(opts, ldap.WithProfileAttribute(wm.LDAPAttributes.ProfileAttribute))
}
if wm.IsCreationAllowed {
opts = append(opts, ldap.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, ldap.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, ldap.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, ldap.WithAutoUpdate())
}
return ldap.New(
wm.Name,
wm.Servers,
wm.BaseDN,
wm.BindDN,
password,
wm.UserBase,
wm.UserObjectClasses,
wm.UserFilters,
wm.Timeout,
wm.RootCA,
callbackURL,
opts...,
), nil
}
func (wm *LDAPIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type AppleIDPWriteModel struct {
eventstore.WriteModel
ID string
Name string
ClientID string
TeamID string
KeyID string
PrivateKey *crypto.CryptoValue
Scopes []string
idp.Options
State domain.IDPState
}
func (wm *AppleIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.AppleIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.AppleIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *AppleIDPWriteModel) reduceAddedEvent(e *idp.AppleIDPAddedEvent) {
wm.Name = e.Name
wm.ClientID = e.ClientID
wm.TeamID = e.TeamID
wm.KeyID = e.KeyID
wm.PrivateKey = e.PrivateKey
wm.Scopes = e.Scopes
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *AppleIDPWriteModel) reduceChangedEvent(e *idp.AppleIDPChangedEvent) {
if e.Name != nil {
wm.Name = *e.Name
}
if e.ClientID != nil {
wm.ClientID = *e.ClientID
}
if e.PrivateKey != nil {
wm.PrivateKey = e.PrivateKey
}
if e.Scopes != nil {
wm.Scopes = e.Scopes
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *AppleIDPWriteModel) NewChanges(
name string,
clientID string,
teamID string,
keyID string,
privateKey []byte,
secretCrypto crypto.EncryptionAlgorithm,
scopes []string,
options idp.Options,
) ([]idp.AppleIDPChanges, error) {
changes := make([]idp.AppleIDPChanges, 0)
var encryptedKey *crypto.CryptoValue
var err error
if len(privateKey) != 0 {
encryptedKey, err = crypto.Crypt(privateKey, secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeApplePrivateKey(encryptedKey))
}
if wm.Name != name {
changes = append(changes, idp.ChangeAppleName(name))
}
if wm.ClientID != clientID {
changes = append(changes, idp.ChangeAppleClientID(clientID))
}
if wm.TeamID != teamID {
changes = append(changes, idp.ChangeAppleTeamID(teamID))
}
if wm.KeyID != keyID {
changes = append(changes, idp.ChangeAppleKeyID(keyID))
}
if slices.Compare(wm.Scopes, scopes) != 0 {
changes = append(changes, idp.ChangeAppleScopes(scopes))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeAppleOptions(opts))
}
return changes, nil
}
func (wm *AppleIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
privateKey, err := crypto.Decrypt(wm.PrivateKey, idpAlg)
if err != nil {
return nil, err
}
opts := make([]oidc.ProviderOpts, 0, 4)
if wm.IsCreationAllowed {
opts = append(opts, oidc.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, oidc.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, oidc.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, oidc.WithAutoUpdate())
}
return apple.New(
wm.ClientID,
wm.TeamID,
wm.KeyID,
callbackURL,
privateKey,
wm.Scopes,
opts...,
)
}
func (wm *AppleIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type SAMLIDPWriteModel struct {
eventstore.WriteModel
Name string
ID string
Metadata []byte
Key *crypto.CryptoValue
Certificate []byte
Binding string
WithSignedRequest bool
NameIDFormat *domain.SAMLNameIDFormat
TransientMappingAttributeName string
FederatedLogoutEnabled bool
idp.Options
State domain.IDPState
}
func (wm *SAMLIDPWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.SAMLIDPAddedEvent:
wm.reduceAddedEvent(e)
case *idp.SAMLIDPChangedEvent:
wm.reduceChangedEvent(e)
case *idp.RemovedEvent:
wm.State = domain.IDPStateRemoved
}
}
return wm.WriteModel.Reduce()
}
func (wm *SAMLIDPWriteModel) reduceAddedEvent(e *idp.SAMLIDPAddedEvent) {
wm.Name = e.Name
wm.Metadata = e.Metadata
wm.Key = e.Key
wm.Certificate = e.Certificate
wm.Binding = e.Binding
wm.WithSignedRequest = e.WithSignedRequest
wm.NameIDFormat = e.NameIDFormat
wm.TransientMappingAttributeName = e.TransientMappingAttributeName
wm.FederatedLogoutEnabled = e.FederatedLogoutEnabled
wm.Options = e.Options
wm.State = domain.IDPStateActive
}
func (wm *SAMLIDPWriteModel) reduceChangedEvent(e *idp.SAMLIDPChangedEvent) {
if e.Key != nil {
wm.Key = e.Key
}
if e.Certificate != nil {
wm.Certificate = e.Certificate
}
if e.Name != nil {
wm.Name = *e.Name
}
if e.Metadata != nil {
wm.Metadata = e.Metadata
}
if e.Binding != nil {
wm.Binding = *e.Binding
}
if e.WithSignedRequest != nil {
wm.WithSignedRequest = *e.WithSignedRequest
}
if e.NameIDFormat != nil {
wm.NameIDFormat = e.NameIDFormat
}
if e.TransientMappingAttributeName != nil {
wm.TransientMappingAttributeName = *e.TransientMappingAttributeName
}
if e.FederatedLogoutEnabled != nil {
wm.FederatedLogoutEnabled = *e.FederatedLogoutEnabled
}
wm.Options.ReduceChanges(e.OptionChanges)
}
func (wm *SAMLIDPWriteModel) NewChanges(
name string,
metadata,
key,
certificate []byte,
secretCrypto crypto.EncryptionAlgorithm,
binding string,
withSignedRequest bool,
nameIDFormat *domain.SAMLNameIDFormat,
transientMappingAttributeName string,
federatedLogoutEnabled bool,
options idp.Options,
) ([]idp.SAMLIDPChanges, error) {
changes := make([]idp.SAMLIDPChanges, 0)
if key != nil {
keyEnc, err := crypto.Crypt(key, secretCrypto)
if err != nil {
return nil, err
}
changes = append(changes, idp.ChangeSAMLKey(keyEnc))
}
if certificate != nil {
changes = append(changes, idp.ChangeSAMLCertificate(certificate))
}
if wm.Name != name {
changes = append(changes, idp.ChangeSAMLName(name))
}
if !reflect.DeepEqual(wm.Metadata, metadata) {
changes = append(changes, idp.ChangeSAMLMetadata(metadata))
}
if wm.Binding != binding {
changes = append(changes, idp.ChangeSAMLBinding(binding))
}
if wm.WithSignedRequest != withSignedRequest {
changes = append(changes, idp.ChangeSAMLWithSignedRequest(withSignedRequest))
}
if wm.NameIDFormat != nameIDFormat {
changes = append(changes, idp.ChangeSAMLNameIDFormat(nameIDFormat))
}
if wm.TransientMappingAttributeName != transientMappingAttributeName {
changes = append(changes, idp.ChangeSAMLTransientMappingAttributeName(transientMappingAttributeName))
}
if wm.FederatedLogoutEnabled != federatedLogoutEnabled {
changes = append(changes, idp.ChangeSAMLFederatedLogoutEnabled(federatedLogoutEnabled))
}
opts := wm.Options.Changes(options)
if !opts.IsZero() {
changes = append(changes, idp.ChangeSAMLOptions(opts))
}
return changes, nil
}
func (wm *SAMLIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm, getRequest requesttracker.GetRequest, addRequest requesttracker.AddRequest) (providers.Provider, error) {
key, err := crypto.Decrypt(wm.Key, idpAlg)
if err != nil {
return nil, err
}
opts := make([]saml2.ProviderOpts, 0, 7)
if wm.IsCreationAllowed {
opts = append(opts, saml2.WithCreationAllowed())
}
if wm.IsLinkingAllowed {
opts = append(opts, saml2.WithLinkingAllowed())
}
if wm.IsAutoCreation {
opts = append(opts, saml2.WithAutoCreation())
}
if wm.IsAutoUpdate {
opts = append(opts, saml2.WithAutoUpdate())
}
if wm.WithSignedRequest {
opts = append(opts, saml2.WithSignedRequest())
}
if wm.Binding != "" {
opts = append(opts, saml2.WithBinding(wm.Binding))
}
if wm.NameIDFormat != nil {
opts = append(opts, saml2.WithNameIDFormat(*wm.NameIDFormat))
}
if wm.TransientMappingAttributeName != "" {
opts = append(opts, saml2.WithTransientMappingAttributeName(wm.TransientMappingAttributeName))
}
// TODO: ? if wm.FederatedLogoutEnabled
opts = append(opts, saml2.WithCustomRequestTracker(
requesttracker.New(
addRequest,
getRequest,
),
))
return saml2.New(
wm.Name,
callbackURL,
wm.Metadata,
wm.Certificate,
key,
opts...,
)
}
func (wm *SAMLIDPWriteModel) GetProviderOptions() idp.Options {
return wm.Options
}
type IDPRemoveWriteModel struct {
eventstore.WriteModel
ID string
State domain.IDPState
}
func (wm *IDPRemoveWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *idp.OAuthIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.OIDCIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.JWTIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.AzureADIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.GitHubIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.GitHubEnterpriseIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.GitLabIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.GitLabSelfHostedIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.GoogleIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.LDAPIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.AppleIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.SAMLIDPAddedEvent:
wm.reduceAdded(e.ID)
case *idp.RemovedEvent:
wm.reduceRemoved(e.ID)
case *idpconfig.IDPConfigAddedEvent:
wm.reduceAdded(e.ConfigID)
case *idpconfig.IDPConfigRemovedEvent:
wm.reduceRemoved(e.ConfigID)
}
}
return wm.WriteModel.Reduce()
}
func (wm *IDPRemoveWriteModel) reduceAdded(id string) {
if wm.ID != id {
return
}
wm.State = domain.IDPStateActive
}
func (wm *IDPRemoveWriteModel) reduceRemoved(id string) {
if wm.ID != id {
return
}
wm.State = domain.IDPStateRemoved
}
type IDPTypeWriteModel struct {
eventstore.WriteModel
ID string
Type domain.IDPType
State domain.IDPState
}
func NewIDPTypeWriteModel(id string) *IDPTypeWriteModel {
return &IDPTypeWriteModel{
ID: id,
}
}
func (wm *IDPTypeWriteModel) Reduce() error {
for _, event := range wm.Events {
switch e := event.(type) {
case *instance.OAuthIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeOAuth, e.Aggregate())
case *org.OAuthIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeOAuth, e.Aggregate())
case *instance.OIDCIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeOIDC, e.Aggregate())
case *org.OIDCIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeOIDC, e.Aggregate())
case *instance.JWTIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeJWT, e.Aggregate())
case *org.JWTIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeJWT, e.Aggregate())
case *instance.AzureADIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeAzureAD, e.Aggregate())
case *org.AzureADIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeAzureAD, e.Aggregate())
case *instance.GitHubIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGitHub, e.Aggregate())
case *org.GitHubIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGitHub, e.Aggregate())
case *instance.GitHubEnterpriseIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGitHubEnterprise, e.Aggregate())
case *org.GitHubEnterpriseIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGitHubEnterprise, e.Aggregate())
case *instance.GitLabIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGitLab, e.Aggregate())
case *org.GitLabIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGitLab, e.Aggregate())
case *instance.GitLabSelfHostedIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGitLabSelfHosted, e.Aggregate())
case *org.GitLabSelfHostedIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGitLabSelfHosted, e.Aggregate())
case *instance.GoogleIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGoogle, e.Aggregate())
case *org.GoogleIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeGoogle, e.Aggregate())
case *instance.LDAPIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeLDAP, e.Aggregate())
case *org.LDAPIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeLDAP, e.Aggregate())
case *instance.AppleIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeApple, e.Aggregate())
case *org.AppleIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeApple, e.Aggregate())
case *instance.SAMLIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeSAML, e.Aggregate())
case *org.SAMLIDPAddedEvent:
wm.reduceAdded(e.ID, domain.IDPTypeSAML, e.Aggregate())
case *instance.OIDCIDPMigratedAzureADEvent:
wm.reduceChanged(e.ID, domain.IDPTypeAzureAD)
case *org.OIDCIDPMigratedAzureADEvent:
wm.reduceChanged(e.ID, domain.IDPTypeAzureAD)
case *instance.OIDCIDPMigratedGoogleEvent:
wm.reduceChanged(e.ID, domain.IDPTypeGoogle)
case *org.OIDCIDPMigratedGoogleEvent:
wm.reduceChanged(e.ID, domain.IDPTypeGoogle)
case *instance.IDPRemovedEvent:
wm.reduceRemoved(e.ID)
case *org.IDPRemovedEvent:
wm.reduceRemoved(e.ID)
case *instance.IDPConfigAddedEvent:
if e.Typ == domain.IDPConfigTypeOIDC {
wm.reduceAdded(e.ConfigID, domain.IDPTypeOIDC, e.Aggregate())
} else if e.Typ == domain.IDPConfigTypeJWT {
wm.reduceAdded(e.ConfigID, domain.IDPTypeJWT, e.Aggregate())
}
case *org.IDPConfigAddedEvent:
if e.Typ == domain.IDPConfigTypeOIDC {
wm.reduceAdded(e.ConfigID, domain.IDPTypeOIDC, e.Aggregate())
} else if e.Typ == domain.IDPConfigTypeJWT {
wm.reduceAdded(e.ConfigID, domain.IDPTypeJWT, e.Aggregate())
}
case *instance.IDPConfigRemovedEvent:
wm.reduceRemoved(e.ConfigID)
case *org.IDPConfigRemovedEvent:
wm.reduceRemoved(e.ConfigID)
}
}
return wm.WriteModel.Reduce()
}
func (wm *IDPTypeWriteModel) reduceAdded(id string, t domain.IDPType, agg *eventstore.Aggregate) {
if wm.ID != id {
return
}
wm.Type = t
wm.State = domain.IDPStateActive
wm.ResourceOwner = agg.ResourceOwner
wm.InstanceID = agg.InstanceID
}
func (wm *IDPTypeWriteModel) reduceChanged(id string, t domain.IDPType) {
if wm.ID != id {
return
}
wm.Type = t
}
func (wm *IDPTypeWriteModel) reduceRemoved(id string) {
if wm.ID != id {
return
}
wm.Type = domain.IDPTypeUnspecified
wm.State = domain.IDPStateRemoved
wm.ResourceOwner = ""
wm.InstanceID = ""
}
func (wm *IDPTypeWriteModel) Query() *eventstore.SearchQueryBuilder {
return eventstore.NewSearchQueryBuilder(eventstore.ColumnsEvent).
AddQuery().
AggregateTypes(instance.AggregateType).
EventTypes(
instance.OAuthIDPAddedEventType,
instance.OIDCIDPAddedEventType,
instance.JWTIDPAddedEventType,
instance.AzureADIDPAddedEventType,
instance.GitHubIDPAddedEventType,
instance.GitHubEnterpriseIDPAddedEventType,
instance.GitLabIDPAddedEventType,
instance.GitLabSelfHostedIDPAddedEventType,
instance.GoogleIDPAddedEventType,
instance.LDAPIDPAddedEventType,
instance.AppleIDPAddedEventType,
instance.SAMLIDPAddedEventType,
instance.OIDCIDPMigratedAzureADEventType,
instance.OIDCIDPMigratedGoogleEventType,
instance.IDPRemovedEventType,
).
EventData(map[string]interface{}{"id": wm.ID}).
Or().
AggregateTypes(org.AggregateType).
EventTypes(
org.OAuthIDPAddedEventType,
org.OIDCIDPAddedEventType,
org.JWTIDPAddedEventType,
org.AzureADIDPAddedEventType,
org.GitHubIDPAddedEventType,
org.GitHubEnterpriseIDPAddedEventType,
org.GitLabIDPAddedEventType,
org.GitLabSelfHostedIDPAddedEventType,
org.GoogleIDPAddedEventType,
org.LDAPIDPAddedEventType,
org.AppleIDPAddedEventType,
org.SAMLIDPAddedEventType,
org.OIDCIDPMigratedAzureADEventType,
org.OIDCIDPMigratedGoogleEventType,
org.IDPRemovedEventType,
).
EventData(map[string]interface{}{"id": wm.ID}).
Or(). // old events
AggregateTypes(instance.AggregateType).
EventTypes(
instance.IDPConfigAddedEventType,
instance.IDPConfigRemovedEventType,
).
EventData(map[string]interface{}{"idpConfigId": wm.ID}).
Or().
AggregateTypes(org.AggregateType).
EventTypes(
org.IDPConfigAddedEventType,
org.IDPConfigRemovedEventType,
).
EventData(map[string]interface{}{"idpConfigId": wm.ID}).
Builder()
}
type IDP interface {
eventstore.QueryReducer
ToProvider(string, crypto.EncryptionAlgorithm) (providers.Provider, error)
GetProviderOptions() idp.Options
}
type SAMLIDP interface {
eventstore.QueryReducer
ToProvider(string, crypto.EncryptionAlgorithm, requesttracker.GetRequest, requesttracker.AddRequest) (providers.Provider, error)
GetProviderOptions() idp.Options
}
type AllIDPWriteModel struct {
model IDP
samlModel SAMLIDP
ID string
IDPType domain.IDPType
ResourceOwner string
Instance bool
}
func NewAllIDPWriteModel(resourceOwner string, instanceBool bool, id string, idpType domain.IDPType) (*AllIDPWriteModel, error) {
writeModel := &AllIDPWriteModel{
ID: id,
IDPType: idpType,
ResourceOwner: resourceOwner,
Instance: instanceBool,
}
if instanceBool {
switch idpType {
case domain.IDPTypeOIDC:
writeModel.model = NewOIDCInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeJWT:
writeModel.model = NewJWTInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeOAuth:
writeModel.model = NewOAuthInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeLDAP:
writeModel.model = NewLDAPInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeAzureAD:
writeModel.model = NewAzureADInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGitHub:
writeModel.model = NewGitHubInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGitHubEnterprise:
writeModel.model = NewGitHubEnterpriseInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGitLab:
writeModel.model = NewGitLabInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGitLabSelfHosted:
writeModel.model = NewGitLabSelfHostedInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGoogle:
writeModel.model = NewGoogleInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeApple:
writeModel.model = NewAppleInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeSAML:
writeModel.samlModel = NewSAMLInstanceIDPWriteModel(resourceOwner, id)
case domain.IDPTypeUnspecified:
fallthrough
default:
return nil, zerrors.ThrowInternal(nil, "COMMAND-xw921211", "Errors.IDPConfig.NotExisting")
}
} else {
switch idpType {
case domain.IDPTypeOIDC:
writeModel.model = NewOIDCOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeJWT:
writeModel.model = NewJWTOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeOAuth:
writeModel.model = NewOAuthOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeLDAP:
writeModel.model = NewLDAPOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeAzureAD:
writeModel.model = NewAzureADOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGitHub:
writeModel.model = NewGitHubOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGitHubEnterprise:
writeModel.model = NewGitHubEnterpriseOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGitLab:
writeModel.model = NewGitLabOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGitLabSelfHosted:
writeModel.model = NewGitLabSelfHostedOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeGoogle:
writeModel.model = NewGoogleOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeApple:
writeModel.model = NewAppleOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeSAML:
writeModel.samlModel = NewSAMLOrgIDPWriteModel(resourceOwner, id)
case domain.IDPTypeUnspecified:
fallthrough
default:
return nil, zerrors.ThrowInternal(nil, "COMMAND-xw921111", "Errors.IDPConfig.NotExisting")
}
}
return writeModel, nil
}
func (wm *AllIDPWriteModel) Reduce() error {
if wm.model != nil {
return wm.model.Reduce()
}
return wm.samlModel.Reduce()
}
func (wm *AllIDPWriteModel) Query() *eventstore.SearchQueryBuilder {
if wm.model != nil {
return wm.model.Query()
}
return wm.samlModel.Query()
}
func (wm *AllIDPWriteModel) AppendEvents(events ...eventstore.Event) {
if wm.model != nil {
wm.model.AppendEvents(events...)
return
}
wm.samlModel.AppendEvents(events...)
}
func (wm *AllIDPWriteModel) ToProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm) (providers.Provider, error) {
if wm.model == nil {
return nil, zerrors.ThrowInternal(nil, "COMMAND-afvf0gc9sa", "ErrorsIDPConfig.NotExisting")
}
return wm.model.ToProvider(callbackURL, idpAlg)
}
func (wm *AllIDPWriteModel) GetProviderOptions() idp.Options {
if wm.model != nil {
return wm.model.GetProviderOptions()
}
return wm.samlModel.GetProviderOptions()
}
func (wm *AllIDPWriteModel) ToSAMLProvider(callbackURL string, idpAlg crypto.EncryptionAlgorithm, getRequest requesttracker.GetRequest, addRequest requesttracker.AddRequest) (providers.Provider, error) {
if wm.samlModel == nil {
return nil, zerrors.ThrowInternal(nil, "COMMAND-csi30hdscv", "ErrorsIDPConfig.NotExisting")
}
return wm.samlModel.ToProvider(callbackURL, idpAlg, getRequest, addRequest)
}