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
# Which Problems Are Solved Currently ZITADEL defines organization and instance member roles and permissions in defaults.yaml. The permission check is done on API call level. For example: "is this user allowed to make this call on this org". This makes sense on the V1 API where the API is permission-level shaped. For example, a search for users always happens in the context of the organization. (Either the organization the calling user belongs to, or through member ship and the x-zitadel-orgid header. However, for resource based APIs we must be able to resolve permissions by object. For example, an IAM_OWNER listing users should be able to get all users in an instance based on the query filters. Alternatively a user may have user.read permissions on one or more orgs. They should be able to read just those users. # How the Problems Are Solved ## Role permission mapping The role permission mappings defined from `defaults.yaml` or local config override are synchronized to the database on every run of `zitadel setup`: - A single query per **aggregate** builds a list of `add` and `remove` actions needed to reach the desired state or role permission mappings from the config. - The required events based on the actions are pushed to the event store. - Events define search fields so that permission checking can use the indices and is strongly consistent for both query and command sides. The migration is split in the following aggregates: - System aggregate for for roles prefixed with `SYSTEM` - Each instance for roles not prefixed with `SYSTEM`. This is in anticipation of instance level management over the API. ## Membership Current instance / org / project membership events now have field table definitions. Like the role permissions this ensures strong consistency while still being able to use the indices of the fields table. A migration is provided to fill the membership fields. ## Permission check I aimed keeping the mental overhead to the developer to a minimal. The provided implementation only provides a permission check for list queries for org level resources, for example users. In the `query` package there is a simple helper function `wherePermittedOrgs` which makes sure the underlying database function is called as part of the `SELECT` query and the permitted organizations are part of the `WHERE` clause. This makes sure results from non-permitted organizations are omitted. Under the hood: - A Pg/PlSQL function searches for a list of organization IDs the passed user has the passed permission. - When the user has the permission on instance level, it returns early with all organizations. - The functions uses a number of views. The views help mapping the fields entries into relational data and simplify the code use for the function. The views provide some pre-filters which allow proper index usage once the final `WHERE` clauses are set by the function. # Additional Changes # Additional Context Closes #9032 Closes https://github.com/zitadel/zitadel/issues/9014 https://github.com/zitadel/zitadel/issues/9188 defines follow-ups for the new permission framework based on this concept.
132 lines
4.1 KiB
Go
132 lines
4.1 KiB
Go
package projection
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import (
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"context"
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"github.com/zitadel/zitadel/internal/eventstore"
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old_handler "github.com/zitadel/zitadel/internal/eventstore/handler"
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"github.com/zitadel/zitadel/internal/eventstore/handler/v2"
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"github.com/zitadel/zitadel/internal/feature"
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"github.com/zitadel/zitadel/internal/repository/feature/feature_v2"
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"github.com/zitadel/zitadel/internal/zerrors"
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)
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const (
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SystemFeatureTable = "projections.system_features"
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SystemFeatureKeyCol = "key"
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SystemFeatureCreationDateCol = "creation_date"
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SystemFeatureChangeDateCol = "change_date"
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SystemFeatureSequenceCol = "sequence"
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SystemFeatureValueCol = "value"
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)
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type systemFeatureProjection struct{}
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func newSystemFeatureProjection(ctx context.Context, config handler.Config) *handler.Handler {
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return handler.NewHandler(ctx, &config, new(systemFeatureProjection))
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}
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func (*systemFeatureProjection) Name() string {
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return SystemFeatureTable
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}
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func (*systemFeatureProjection) Init() *old_handler.Check {
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return handler.NewTableCheck(handler.NewTable(
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[]*handler.InitColumn{
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handler.NewColumn(SystemFeatureKeyCol, handler.ColumnTypeText),
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handler.NewColumn(SystemFeatureCreationDateCol, handler.ColumnTypeTimestamp),
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handler.NewColumn(SystemFeatureChangeDateCol, handler.ColumnTypeTimestamp),
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handler.NewColumn(SystemFeatureSequenceCol, handler.ColumnTypeInt64),
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handler.NewColumn(SystemFeatureValueCol, handler.ColumnTypeJSONB),
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},
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handler.NewPrimaryKey(SystemFeatureKeyCol),
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))
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}
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func (*systemFeatureProjection) Reducers() []handler.AggregateReducer {
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return []handler.AggregateReducer{{
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Aggregate: feature_v2.AggregateType,
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EventReducers: []handler.EventReducer{
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{
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Event: feature_v2.SystemResetEventType,
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Reduce: reduceSystemResetFeatures,
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},
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{
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Event: feature_v2.SystemLoginDefaultOrgEventType,
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Reduce: reduceSystemSetFeature[bool],
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},
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{
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Event: feature_v2.SystemTriggerIntrospectionProjectionsEventType,
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Reduce: reduceSystemSetFeature[bool],
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},
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{
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Event: feature_v2.SystemLegacyIntrospectionEventType,
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Reduce: reduceSystemSetFeature[bool],
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},
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{
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Event: feature_v2.SystemUserSchemaEventType,
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Reduce: reduceSystemSetFeature[bool],
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},
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{
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Event: feature_v2.SystemTokenExchangeEventType,
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Reduce: reduceSystemSetFeature[bool],
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},
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{
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Event: feature_v2.SystemActionsEventType,
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Reduce: reduceSystemSetFeature[bool],
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},
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{
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Event: feature_v2.SystemImprovedPerformanceEventType,
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Reduce: reduceSystemSetFeature[[]feature.ImprovedPerformanceType],
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},
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{
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Event: feature_v2.SystemDisableUserTokenEvent,
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Reduce: reduceSystemSetFeature[bool],
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},
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{
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Event: feature_v2.SystemEnableBackChannelLogout,
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Reduce: reduceSystemSetFeature[bool],
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},
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{
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Event: feature_v2.SystemLoginVersion,
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Reduce: reduceSystemSetFeature[*feature.LoginV2],
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},
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{
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Event: feature_v2.SystemPermissionCheckV2,
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Reduce: reduceSystemSetFeature[bool],
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},
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},
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}}
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}
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func reduceSystemSetFeature[T any](event eventstore.Event) (*handler.Statement, error) {
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e, ok := event.(*feature_v2.SetEvent[T])
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if !ok {
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return nil, zerrors.ThrowInvalidArgumentf(nil, "PROJE-uPh8O", "reduce.wrong.event.type %T", event)
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}
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f, err := e.FeatureJSON()
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if err != nil {
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return nil, err
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}
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columns := []handler.Column{
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handler.NewCol(SystemFeatureKeyCol, f.Key.String()),
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handler.NewCol(SystemFeatureCreationDateCol, handler.OnlySetValueOnInsert(SystemFeatureTable, e.CreationDate())),
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handler.NewCol(SystemFeatureChangeDateCol, e.CreationDate()),
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handler.NewCol(SystemFeatureSequenceCol, e.Sequence()),
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handler.NewCol(SystemFeatureValueCol, f.Value),
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}
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return handler.NewUpsertStatement(e, columns[0:1], columns), nil
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}
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func reduceSystemResetFeatures(event eventstore.Event) (*handler.Statement, error) {
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e, ok := event.(*feature_v2.ResetEvent)
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if !ok {
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return nil, zerrors.ThrowInvalidArgumentf(nil, "PROJE-roo6A", "reduce.wrong.event.type %T", event)
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}
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return handler.NewDeleteStatement(e, []handler.Condition{
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// Hack: need at least one condition or the query builder will throw us an error
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handler.NewIsNotNullCond(SystemFeatureKeyCol),
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}), nil
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}
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