Files
zitadel/internal/repository/user/human.go
T
3ff4fbc7e4 fix(eventstore): add owners to unique constraints (#12740)
<!-- CURSOR_AGENT_PR_BODY_BEGIN -->
# Which Problems Are Solved

Bulk unique-constraint deletes (org, IDP with many links, user, project)
reconstruct every uniqueness key in Go and emit N `DELETE`s. That can
OOM on large tenants.

A one-shot owner backfill is also not enough: during a rolling deploy,
older binaries still insert `owners = '{}'`, so a later owner-only
delete would miss those rows.

Owner-only org/user/grant delete only matches rows whose `owners` bag
contains that tag. Several grant and member types stamped the aggregate
resource owner, which is not always the user’s home org or the granted
org. Username-scope rewrites also dropped `user:` tags, so owner-only
user delete could miss rewritten username rows.

Command must not switch to owner-only delete on the first 79 of a
version, because leftover `'{}'` rows from rolling-update overlap are
only backfilled on a later 79. A failed 79 must not turn owner-delete
on, and backfill joins must not stamp the wrong org (unverified domains,
org-scoped usernames colliding with instance-scoped ones).

# How the Problems Are Solved

Uniqueness stays the existing primary key `(instance_id, unique_type,
unique_field)`. `owners` is only a lifecycle bag of tags (`org:<id>`,
`user:<id>`, `idp:<id>`, `project:<id>`, `grant:<id>`).

- Add `owners TEXT[] NOT NULL DEFAULT '{}'` on
`eventstore.unique_constraints` (init SQL for greenfield, setup 78 for
existing clusters).
- Create `unique_constraints_owners_gin` with `CREATE INDEX
CONCURRENTLY` **outside a transaction** (same pattern as step 76).
Built-in `GIN (owners)` only; no `btree_gin`.
- Stamp `WithOwners` on **add** events. Field-level removes ignore
owners. `RemoveByOwner` stores the tag in `Owners` and both v1/v3 and v2
pushers run `DELETE … WHERE instance_id = $1 AND owners @>
ARRAY[$tag]::text[]`.
- Setup 79 backfills `owners` from projections via numbered
`cmd/setup/79/*.sql` files. Table names are interpolated from
`internal/query/projection` constants. Matches use `unique_field IN (x,
lower(x))` so the primary key can be used. Missing projection tables
(`42P01`) are skipped.
- Org domains are tagged only when `is_verified`. Instance-scoped
usernames join only users that are not org-scoped (organization settings
or domain policy `user_login_must_be_domain`). Every username row still
gets `org:` + `user:` of that user.
- 79 is a **repeatable** migration. `Check` re-runs when
`lastRun["version"]` changed or when setup-only `ForceFinalize` is set
and `lastRun["finalized"]` is still false. `Finalized` is written only
after Execute succeeds.
- Failed setup events keep the last successful `lastRun`. Command reads
`finalized` only from `system.migration.repeatable.done`.
- Org / user / project remove skip N-key event replay **when that
`finalized` bit is true**. Otherwise they keep today’s N-key lists
**and** still emit `RemoveByOwner`. The “ready” result is cached in
memory once true.

Setup writes `finalized` on the 79 repeatable.done payload:

- First 79 of a version: backfill only, `finalized=false` (unless
`ForceFinalize` is already set).
- Later 79: version change or
`BackfillUniqueConstraintOwners.ForceFinalize` /
`ZITADEL_BACKFILLUNIQUECONSTRAINTOWNERS_FORCEFINALIZE` after the rolling
update is done. That run backfills leftovers and writes
`finalized=true`.

Member and grant owner bags now include every org that should delete the
row:

- Instance, org, and project members also stamp
`org:<user_resource_owner>`.
- User grants stamp grant, user, project, and granted orgs.
- Project grant members stamp the project org, user org, and granted
org.
- Project grants stamp both orgs plus `grant:<id>`. Grant remove emits
`RemoveByOwner(grant)`.
- Username-scope rewrites keep `user:<id>` as well as `org:`.
- User/grant orgs are carried as unexported add-event fields (not
persisted JSON). `WithOwners` skips empty and duplicate tags.

# Additional Changes

- Table-driven owner-tag tests, including project grant (two `org:` tags
plus `grant:`), cross-org members, user grants, and username-scope
rewrite `user:` tags.
- Table-driven 79 `Check` + `finalizeAfterSuccess` tests for version
change, sequential version bumps, ForceFinalize restart, and
already-finalized skip.
- Command tests: a failed 79 event with `finalized=true` does not enable
owner-delete.
- Integration fixtures (verified vs unverified org domain;
instance-scoped `bob` vs org-scoped `bob`).
- Instance-only and global unique types stay untagged (`'{}'`). Instance
wipe still uses `UniqueConstraintInstanceRemove`.
- Pusher owner cases live in `eventstore_pusher_owners_test.go` so
`eventstore_pusher_test.go` stays under 1k lines.

# Additional Context

A later cleanup can delete the N-key replay helpers once a release that
ran 79 a second time (or an operator who set `ForceFinalize`) is in
production. That is not required for correctness.

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---------

Co-authored-by: Cursor Agent <[email protected]>
Co-authored-by: Silvan <[email protected]>
2026-09-18 15:08:42 +02:00

572 lines
16 KiB
Go

package user
import (
"context"
"time"
"golang.org/x/text/language"
"github.com/zitadel/zitadel/internal/api/http"
"github.com/zitadel/zitadel/internal/crypto"
"github.com/zitadel/zitadel/internal/domain"
"github.com/zitadel/zitadel/internal/eventstore"
"github.com/zitadel/zitadel/internal/zerrors"
)
const (
humanEventPrefix = userEventTypePrefix + "human."
HumanAddedType = humanEventPrefix + "added"
HumanRegisteredType = humanEventPrefix + "selfregistered"
HumanInitialCodeAddedType = humanEventPrefix + "initialization.code.added"
HumanInitialCodeSentType = humanEventPrefix + "initialization.code.sent"
HumanInitializedCheckSucceededType = humanEventPrefix + "initialization.check.succeeded"
HumanInitializedCheckFailedType = humanEventPrefix + "initialization.check.failed"
HumanInviteCodeAddedType = humanEventPrefix + "invite.code.added"
HumanInviteCodeSentType = humanEventPrefix + "invite.code.sent"
HumanInviteCheckSucceededType = humanEventPrefix + "invite.check.succeeded"
HumanInviteCheckFailedType = humanEventPrefix + "invite.check.failed"
HumanSignedOutType = humanEventPrefix + "signed.out"
)
type HumanAddedEvent struct {
eventstore.BaseEvent `json:"-"`
UserName string `json:"userName"`
orgScopedUsername bool
FirstName string `json:"firstName,omitempty"`
LastName string `json:"lastName,omitempty"`
NickName string `json:"nickName,omitempty"`
DisplayName string `json:"displayName,omitempty"`
PreferredLanguage language.Tag `json:"preferredLanguage,omitempty"`
Gender domain.Gender `json:"gender,omitempty"`
EmailAddress domain.EmailAddress `json:"email,omitempty"`
PhoneNumber domain.PhoneNumber `json:"phone,omitempty"`
Country string `json:"country,omitempty"`
Locality string `json:"locality,omitempty"`
PostalCode string `json:"postalCode,omitempty"`
Region string `json:"region,omitempty"`
StreetAddress string `json:"streetAddress,omitempty"`
// New events only use EncodedHash. However, the secret field
// is preserved to handle events older than the switch to Passwap.
Secret *crypto.CryptoValue `json:"secret,omitempty"`
EncodedHash string `json:"encodedHash,omitempty"`
ChangeRequired bool `json:"changeRequired,omitempty"`
}
func (*HumanAddedEvent) EnforceResourceOwner() {}
func (e *HumanAddedEvent) Payload() interface{} {
return e
}
func (e *HumanAddedEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return []*eventstore.UniqueConstraint{NewAddUsernameUniqueConstraint(e.UserName, e.Aggregate().ResourceOwner, e.orgScopedUsername).WithOwners(usernameOwnerTags(e.Aggregate())...)}
}
func (e *HumanAddedEvent) AddAddressData(
country,
locality,
postalCode,
region,
streetAddress string,
) {
e.Country = country
e.Locality = locality
e.PostalCode = postalCode
e.Region = region
e.StreetAddress = streetAddress
}
func (e *HumanAddedEvent) AddPhoneData(
phoneNumber domain.PhoneNumber,
) {
e.PhoneNumber = phoneNumber
}
func (e *HumanAddedEvent) AddPasswordData(
encoded string,
changeRequired bool,
) {
e.EncodedHash = encoded
e.ChangeRequired = changeRequired
}
func NewHumanAddedEvent(
ctx context.Context,
aggregate *eventstore.Aggregate,
userName,
firstName,
lastName,
nickName,
displayName string,
preferredLanguage language.Tag,
gender domain.Gender,
emailAddress domain.EmailAddress,
orgScopedUsername bool,
) *HumanAddedEvent {
return &HumanAddedEvent{
BaseEvent: *eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanAddedType,
),
UserName: userName,
FirstName: firstName,
LastName: lastName,
NickName: nickName,
DisplayName: displayName,
PreferredLanguage: preferredLanguage,
Gender: gender,
EmailAddress: emailAddress,
orgScopedUsername: orgScopedUsername,
}
}
func HumanAddedEventMapper(event eventstore.Event) (eventstore.Event, error) {
humanAdded := &HumanAddedEvent{
BaseEvent: *eventstore.BaseEventFromRepo(event),
}
err := event.Unmarshal(humanAdded)
if err != nil {
return nil, zerrors.ThrowInternal(err, "USER-vGlhy", "unable to unmarshal human added")
}
return humanAdded, nil
}
type HumanRegisteredEvent struct {
eventstore.BaseEvent `json:"-"`
UserName string `json:"userName"`
orgScopedUsername bool
FirstName string `json:"firstName,omitempty"`
LastName string `json:"lastName,omitempty"`
NickName string `json:"nickName,omitempty"`
DisplayName string `json:"displayName,omitempty"`
PreferredLanguage language.Tag `json:"preferredLanguage,omitempty"`
Gender domain.Gender `json:"gender,omitempty"`
EmailAddress domain.EmailAddress `json:"email,omitempty"`
PhoneNumber domain.PhoneNumber `json:"phone,omitempty"`
Country string `json:"country,omitempty"`
Locality string `json:"locality,omitempty"`
PostalCode string `json:"postalCode,omitempty"`
Region string `json:"region,omitempty"`
StreetAddress string `json:"streetAddress,omitempty"`
// New events only use EncodedHash. However, the secret field
// is preserved to handle events older than the switch to Passwap.
Secret *crypto.CryptoValue `json:"secret,omitempty"` // legacy
EncodedHash string `json:"encodedHash,omitempty"`
ChangeRequired bool `json:"changeRequired,omitempty"`
UserAgentID string `json:"userAgentID,omitempty"`
}
func (*HumanRegisteredEvent) EnforceResourceOwner() {}
func (e *HumanRegisteredEvent) Payload() interface{} {
return e
}
func (e *HumanRegisteredEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return []*eventstore.UniqueConstraint{NewAddUsernameUniqueConstraint(e.UserName, e.Aggregate().ResourceOwner, e.orgScopedUsername).WithOwners(usernameOwnerTags(e.Aggregate())...)}
}
func (e *HumanRegisteredEvent) AddAddressData(
country,
locality,
postalCode,
region,
streetAddress string,
) {
e.Country = country
e.Locality = locality
e.PostalCode = postalCode
e.Region = region
e.StreetAddress = streetAddress
}
func (e *HumanRegisteredEvent) AddPhoneData(
phoneNumber domain.PhoneNumber,
) {
e.PhoneNumber = phoneNumber
}
func (e *HumanRegisteredEvent) AddPasswordData(
encoded string,
changeRequired bool,
) {
e.EncodedHash = encoded
e.ChangeRequired = changeRequired
}
func NewHumanRegisteredEvent(
ctx context.Context,
aggregate *eventstore.Aggregate,
userName,
firstName,
lastName,
nickName,
displayName string,
preferredLanguage language.Tag,
gender domain.Gender,
emailAddress domain.EmailAddress,
orgScopedUsername bool,
userAgentID string,
) *HumanRegisteredEvent {
return &HumanRegisteredEvent{
BaseEvent: *eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanRegisteredType,
),
UserName: userName,
FirstName: firstName,
LastName: lastName,
NickName: nickName,
DisplayName: displayName,
PreferredLanguage: preferredLanguage,
Gender: gender,
EmailAddress: emailAddress,
orgScopedUsername: orgScopedUsername,
UserAgentID: userAgentID,
}
}
func HumanRegisteredEventMapper(event eventstore.Event) (eventstore.Event, error) {
humanRegistered := &HumanRegisteredEvent{
BaseEvent: *eventstore.BaseEventFromRepo(event),
}
err := event.Unmarshal(humanRegistered)
if err != nil {
return nil, zerrors.ThrowInternal(err, "USER-3Vm9s", "unable to unmarshal human registered")
}
return humanRegistered, nil
}
type HumanInitialCodeAddedEvent struct {
eventstore.BaseEvent `json:"-"`
Code *crypto.CryptoValue `json:"code,omitempty"`
Expiry time.Duration `json:"expiry,omitempty"`
TriggeredAtOrigin string `json:"triggerOrigin,omitempty"`
AuthRequestID string `json:"authRequestID,omitempty"`
}
func (e *HumanInitialCodeAddedEvent) Payload() interface{} {
return e
}
func (e *HumanInitialCodeAddedEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func (e *HumanInitialCodeAddedEvent) TriggerOrigin() string {
return e.TriggeredAtOrigin
}
func NewHumanInitialCodeAddedEvent(
ctx context.Context,
aggregate *eventstore.Aggregate,
code *crypto.CryptoValue,
expiry time.Duration,
authRequestID string,
) *HumanInitialCodeAddedEvent {
return &HumanInitialCodeAddedEvent{
BaseEvent: *eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanInitialCodeAddedType,
),
Code: code,
Expiry: expiry,
TriggeredAtOrigin: http.DomainContext(ctx).Origin(),
AuthRequestID: authRequestID,
}
}
func HumanInitialCodeAddedEventMapper(event eventstore.Event) (eventstore.Event, error) {
humanRegistered := &HumanInitialCodeAddedEvent{
BaseEvent: *eventstore.BaseEventFromRepo(event),
}
err := event.Unmarshal(humanRegistered)
if err != nil {
return nil, zerrors.ThrowInternal(err, "USER-bM9se", "unable to unmarshal human initial code added")
}
return humanRegistered, nil
}
type HumanInitialCodeSentEvent struct {
eventstore.BaseEvent `json:"-"`
}
func (e *HumanInitialCodeSentEvent) Payload() interface{} {
return nil
}
func (e *HumanInitialCodeSentEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func NewHumanInitialCodeSentEvent(ctx context.Context, aggregate *eventstore.Aggregate) *HumanInitialCodeSentEvent {
return &HumanInitialCodeSentEvent{
BaseEvent: *eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanInitialCodeSentType,
),
}
}
func HumanInitialCodeSentEventMapper(event eventstore.Event) (eventstore.Event, error) {
return &HumanInitialCodeSentEvent{
BaseEvent: *eventstore.BaseEventFromRepo(event),
}, nil
}
type HumanInitializedCheckSucceededEvent struct {
eventstore.BaseEvent `json:"-"`
}
func (e *HumanInitializedCheckSucceededEvent) Payload() interface{} {
return nil
}
func (e *HumanInitializedCheckSucceededEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func NewHumanInitializedCheckSucceededEvent(ctx context.Context, aggregate *eventstore.Aggregate) *HumanInitializedCheckSucceededEvent {
return &HumanInitializedCheckSucceededEvent{
BaseEvent: *eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanInitializedCheckSucceededType,
),
}
}
func HumanInitializedCheckSucceededEventMapper(event eventstore.Event) (eventstore.Event, error) {
return &HumanInitializedCheckSucceededEvent{
BaseEvent: *eventstore.BaseEventFromRepo(event),
}, nil
}
type HumanInitializedCheckFailedEvent struct {
eventstore.BaseEvent `json:"-"`
}
func (e *HumanInitializedCheckFailedEvent) Payload() interface{} {
return nil
}
func (e *HumanInitializedCheckFailedEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func NewHumanInitializedCheckFailedEvent(ctx context.Context, aggregate *eventstore.Aggregate) *HumanInitializedCheckFailedEvent {
return &HumanInitializedCheckFailedEvent{
BaseEvent: *eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanInitializedCheckFailedType,
),
}
}
func HumanInitializedCheckFailedEventMapper(event eventstore.Event) (eventstore.Event, error) {
return &HumanInitializedCheckFailedEvent{
BaseEvent: *eventstore.BaseEventFromRepo(event),
}, nil
}
type HumanInviteCodeAddedEvent struct {
*eventstore.BaseEvent `json:"-"`
Code *crypto.CryptoValue `json:"code,omitempty"`
Expiry time.Duration `json:"expiry,omitempty"`
TriggeredAtOrigin string `json:"triggerOrigin,omitempty"`
URLTemplate string `json:"urlTemplate,omitempty"`
CodeReturned bool `json:"codeReturned,omitempty"`
ApplicationName string `json:"applicationName,omitempty"`
AuthRequestID string `json:"authRequestID,omitempty"`
}
func (e *HumanInviteCodeAddedEvent) SetBaseEvent(b *eventstore.BaseEvent) {
e.BaseEvent = b
}
func (e *HumanInviteCodeAddedEvent) Payload() interface{} {
return e
}
func (e *HumanInviteCodeAddedEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func (e *HumanInviteCodeAddedEvent) TriggerOrigin() string {
return e.TriggeredAtOrigin
}
func NewHumanInviteCodeAddedEvent(
ctx context.Context,
aggregate *eventstore.Aggregate,
code *crypto.CryptoValue,
expiry time.Duration,
urlTemplate string,
codeReturned bool,
applicationName string,
authRequestID string,
) *HumanInviteCodeAddedEvent {
return &HumanInviteCodeAddedEvent{
BaseEvent: eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanInviteCodeAddedType,
),
Code: code,
Expiry: expiry,
TriggeredAtOrigin: http.DomainContext(ctx).Origin(),
URLTemplate: urlTemplate,
CodeReturned: codeReturned,
ApplicationName: applicationName,
AuthRequestID: authRequestID,
}
}
type HumanInviteCodeSentEvent struct {
*eventstore.BaseEvent `json:"-"`
}
func (e *HumanInviteCodeSentEvent) SetBaseEvent(b *eventstore.BaseEvent) {
e.BaseEvent = b
}
func (e *HumanInviteCodeSentEvent) Payload() interface{} {
return nil
}
func (e *HumanInviteCodeSentEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func NewHumanInviteCodeSentEvent(ctx context.Context, aggregate *eventstore.Aggregate) *HumanInviteCodeSentEvent {
return &HumanInviteCodeSentEvent{
BaseEvent: eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanInviteCodeSentType,
),
}
}
type HumanInviteCheckSucceededEvent struct {
*eventstore.BaseEvent `json:"-"`
}
func (e *HumanInviteCheckSucceededEvent) SetBaseEvent(b *eventstore.BaseEvent) {
e.BaseEvent = b
}
func (e *HumanInviteCheckSucceededEvent) Payload() interface{} {
return nil
}
func (e *HumanInviteCheckSucceededEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func NewHumanInviteCheckSucceededEvent(ctx context.Context, aggregate *eventstore.Aggregate) *HumanInviteCheckSucceededEvent {
return &HumanInviteCheckSucceededEvent{
BaseEvent: eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanInviteCheckSucceededType,
),
}
}
type HumanInviteCheckFailedEvent struct {
*eventstore.BaseEvent `json:"-"`
}
func (e *HumanInviteCheckFailedEvent) SetBaseEvent(b *eventstore.BaseEvent) {
e.BaseEvent = b
}
func (e *HumanInviteCheckFailedEvent) Payload() interface{} {
return nil
}
func (e *HumanInviteCheckFailedEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func NewHumanInviteCheckFailedEvent(ctx context.Context, aggregate *eventstore.Aggregate) *HumanInviteCheckFailedEvent {
return &HumanInviteCheckFailedEvent{
BaseEvent: eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanInviteCheckFailedType,
),
}
}
type HumanSignedOutEvent struct {
eventstore.BaseEvent `json:"-"`
UserAgentID string `json:"userAgentID"`
SessionID string `json:"sessionID,omitempty"`
TriggeredAtOrigin string `json:"triggerOrigin,omitempty"`
}
func (e *HumanSignedOutEvent) Payload() interface{} {
return e
}
func (e *HumanSignedOutEvent) UniqueConstraints() []*eventstore.UniqueConstraint {
return nil
}
func (e *HumanSignedOutEvent) TriggerOrigin() string {
return e.TriggeredAtOrigin
}
func NewHumanSignedOutEvent(
ctx context.Context,
aggregate *eventstore.Aggregate,
userAgentID,
sessionID string,
) *HumanSignedOutEvent {
return &HumanSignedOutEvent{
BaseEvent: *eventstore.NewBaseEventForPush(
ctx,
aggregate,
HumanSignedOutType,
),
UserAgentID: userAgentID,
SessionID: sessionID,
TriggeredAtOrigin: http.DomainContext(ctx).Origin(),
}
}
func HumanSignedOutEventMapper(event eventstore.Event) (eventstore.Event, error) {
signedOut := &HumanSignedOutEvent{
BaseEvent: *eventstore.BaseEventFromRepo(event),
}
err := event.Unmarshal(signedOut)
if err != nil {
return nil, zerrors.ThrowInternal(err, "USER-WFS3g", "unable to unmarshal human signed out")
}
return signedOut, nil
}