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This PR initiates the rework of Zitadel's backend to state-persisted objects. This change is a step towards a more scalable and maintainable architecture. ## Changes * **New `/backend/v3` package**: A new package structure has been introduced to house the reworked backend logic. This includes: * `domain`: Contains the core business logic, commands, and repository interfaces. * `storage`: Implements the repository interfaces for database interactions with new transactional tables. * `telemetry`: Provides logging and tracing capabilities. * **Transactional Tables**: New database tables have been defined for `instances`, `instance_domains`, `organizations`, and `org_domains`. * **Projections**: New projections have been created to populate the new relational tables from the existing event store, ensuring data consistency during the migration. * **Repositories**: New repositories provide an abstraction layer for accessing and manipulating the data in the new tables. * **Setup**: A new setup step for `TransactionalTables` has been added to manage the database migrations for the new tables. This PR lays the foundation for future work to fully transition to state-persisted objects for these components, which will improve performance and simplify data access patterns. This PR initiates the rework of ZITADEL's backend to state-persisted objects. This is a foundational step towards a new architecture that will improve performance and maintainability. The following objects are migrated from event-sourced aggregates to state-persisted objects: * Instances * incl. Domains * Orgs * incl. Domains The structure of the new backend implementation follows the software architecture defined in this [wiki page](https://github.com/zitadel/zitadel/wiki/Software-Architecturel). This PR includes: * The initial implementation of the new transactional repositories for the objects listed above. * Projections to populate the new relational tables from the existing event store. * Adjustments to the build and test process to accommodate the new backend structure. This is a work in progress and further changes will be made to complete the migration. --------- Co-authored-by: Copilot <[email protected]> Co-authored-by: Iraq Jaber <[email protected]> Co-authored-by: Iraq <[email protected]> Co-authored-by: Tim Möhlmann <[email protected]>
131 lines
3.2 KiB
Go
131 lines
3.2 KiB
Go
package database
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// Condition represents a SQL condition.
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// Its written after the WHERE keyword in a SQL statement.
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type Condition interface {
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Write(builder *StatementBuilder)
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}
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type and struct {
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conditions []Condition
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}
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// Write implements [Condition].
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func (a *and) Write(builder *StatementBuilder) {
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if len(a.conditions) > 1 {
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builder.WriteString("(")
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defer builder.WriteString(")")
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}
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for i, condition := range a.conditions {
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if i > 0 {
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builder.WriteString(" AND ")
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}
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condition.Write(builder)
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}
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}
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// And combines multiple conditions with AND.
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func And(conditions ...Condition) *and {
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return &and{conditions: conditions}
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}
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var _ Condition = (*and)(nil)
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type or struct {
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conditions []Condition
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}
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// Write implements [Condition].
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func (o *or) Write(builder *StatementBuilder) {
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if len(o.conditions) > 1 {
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builder.WriteString("(")
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defer builder.WriteString(")")
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}
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for i, condition := range o.conditions {
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if i > 0 {
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builder.WriteString(" OR ")
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}
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condition.Write(builder)
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}
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}
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// Or combines multiple conditions with OR.
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func Or(conditions ...Condition) *or {
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return &or{conditions: conditions}
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}
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var _ Condition = (*or)(nil)
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type isNull struct {
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column Column
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}
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// Write implements [Condition].
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func (i *isNull) Write(builder *StatementBuilder) {
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i.column.WriteQualified(builder)
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builder.WriteString(" IS NULL")
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}
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// IsNull creates a condition that checks if a column is NULL.
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func IsNull(column Column) *isNull {
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return &isNull{column: column}
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}
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var _ Condition = (*isNull)(nil)
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type isNotNull struct {
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column Column
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}
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// Write implements [Condition].
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func (i *isNotNull) Write(builder *StatementBuilder) {
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i.column.WriteQualified(builder)
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builder.WriteString(" IS NOT NULL")
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}
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// IsNotNull creates a condition that checks if a column is NOT NULL.
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func IsNotNull(column Column) *isNotNull {
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return &isNotNull{column: column}
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}
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var _ Condition = (*isNotNull)(nil)
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type valueCondition func(builder *StatementBuilder)
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// NewTextCondition creates a condition that compares a text column with a value.
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func NewTextCondition[V Text](col Column, op TextOperation, value V) Condition {
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return valueCondition(func(builder *StatementBuilder) {
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writeTextOperation(builder, col, op, value)
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})
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}
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// NewDateCondition creates a condition that compares a numeric column with a value.
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func NewNumberCondition[V Number](col Column, op NumberOperation, value V) Condition {
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return valueCondition(func(builder *StatementBuilder) {
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writeNumberOperation(builder, col, op, value)
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})
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}
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// NewDateCondition creates a condition that compares a boolean column with a value.
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func NewBooleanCondition[V Boolean](col Column, value V) Condition {
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return valueCondition(func(builder *StatementBuilder) {
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writeBooleanOperation(builder, col, value)
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})
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}
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// NewColumnCondition creates a condition that compares two columns on equality.
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func NewColumnCondition(col1, col2 Column) Condition {
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return valueCondition(func(builder *StatementBuilder) {
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col1.WriteQualified(builder)
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builder.WriteString(" = ")
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col2.WriteQualified(builder)
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})
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}
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// Write implements [Condition].
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func (c valueCondition) Write(builder *StatementBuilder) {
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c(builder)
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}
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var _ Condition = (*valueCondition)(nil)
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