/**
 * Custom mutation operations
 * @generated by @constructive-io/graphql-codegen
 * DO NOT EDIT - changes will be overwritten
 */
import { OrmClient } from '../client';
import { QueryBuilder } from '../query-builder';
import type { InferSelectResult, StrictSelect } from '../select-types';
import type { ConstructBlueprintInput, CopyTemplateToBlueprintInput, ProvisionBucketInput, ProvisionCheckConstraintInput, ProvisionFullTextSearchInput, ProvisionIndexInput, ProvisionRelationInput, ProvisionSpatialRelationInput, ProvisionTableInput, ProvisionUniqueConstraintInput, ConstructBlueprintPayload, CopyTemplateToBlueprintPayload, ProvisionBucketPayload, ProvisionCheckConstraintPayload, ProvisionFullTextSearchPayload, ProvisionIndexPayload, ProvisionRelationPayload, ProvisionSpatialRelationPayload, ProvisionTablePayload, ProvisionUniqueConstraintPayload, ConstructBlueprintPayloadSelect, CopyTemplateToBlueprintPayloadSelect, ProvisionBucketPayloadSelect, ProvisionCheckConstraintPayloadSelect, ProvisionFullTextSearchPayloadSelect, ProvisionIndexPayloadSelect, ProvisionRelationPayloadSelect, ProvisionSpatialRelationPayloadSelect, ProvisionTablePayloadSelect, ProvisionUniqueConstraintPayloadSelect } from '../input-types';
/**
 * Variables for constructBlueprint
 * Executes a blueprint definition by delegating to provision_* procedures. Creates a blueprint_construction record to track the attempt. Eight phases: (0) entity_type_provision for each membership_type entry — provisions entity tables, membership modules, and security. When a prefix already exists (e.g., 'org'), the entry extends the existing entity type instead of creating a new one; if a storage[] key is present, it provisions entity-scoped storage for that type. (0.5) scope-based storage: each storage[] entry has an optional scope ('app' or 'org' only). App-scoped storage seeds buckets at migration time. Org-scoped storage resolves the org membership type, creates org_buckets/org_files with owner_id, and seeds buckets per-entity via an AFTER INSERT trigger on the users table. When function_module is installed, a private functions bucket is auto-injected into org-scoped or entity-scoped storage entries. (1) provision_table() for each table with nodes[], fields[], policies[], and grants (table-level indexes/fts/unique_constraints/check_constraints are deferred). After provisioning, optional smart_tags (jsonb object) on the table entry are applied via metaschema.append_table_smart_tags(), and optional smart_tags on individual field entries are applied via metaschema.append_field_smart_tags(). (2) provision_relation() for each relation, (3) provision_index() for top-level + deferred indexes, (4) provision_full_text_search() for top-level + deferred FTS, (5) provision_unique_constraint() for top-level + deferred unique constraints, (6) provision_check_constraint() for top-level + deferred check constraints, (7) seed achievements from definition.achievements[] — resolves events_module by entity_prefix and creates INSERT actions for levels, level_requirements, and achievement_rewards tables. Phase 0 entity tables are added to the table_map so subsequent phases can reference them by name. Table-level entries are deferred to phases 3-6 so they can reference columns created by relations in phase 2. Returns the construction record ID on success, NULL on failure.
 */
export interface ConstructBlueprintVariables {
    input: ConstructBlueprintInput;
}
/**
 * Variables for copyTemplateToBlueprint
 * Creates a new blueprint by copying a template definition. Checks visibility: owners can always copy their own templates, others require public visibility. Increments the template copy_count. Returns the new blueprint ID.
 */
export interface CopyTemplateToBlueprintVariables {
    input: CopyTemplateToBlueprintInput;
}
/**
 * Variables for provisionBucket
 * Provision an S3 bucket for a logical bucket in the database.
Reads the bucket config via RLS, then creates and configures
the S3 bucket with the appropriate privacy policies, CORS rules,
and lifecycle settings.
 */
export interface ProvisionBucketVariables {
    input: ProvisionBucketInput;
}
/**
 * Variables for provisionCheckConstraint
 * Creates a check constraint on a table from a $type + data blueprint definition. Supports: CheckOneOf (enum validation via = ANY(ARRAY[...])), CheckGreaterThan (single-column > value or cross-column), CheckLessThan (single-column < value or cross-column), CheckNotEqual (cross-column inequality). Builds AST expressions via ast_helpers and inserts into metaschema_public.check_constraint. Graceful: skips if a constraint with the same name already exists.
 */
export interface ProvisionCheckConstraintVariables {
    input: ProvisionCheckConstraintInput;
}
/**
 * Variables for provisionFullTextSearch
 * Creates a full-text search configuration on a table. Accepts a jsonb definition with field (tsvector column name) and sources (array of {field, weight, lang}). Graceful: skips if FTS config already exists for the same (table_id, field_id). Returns the fts_id.
 */
export interface ProvisionFullTextSearchVariables {
    input: ProvisionFullTextSearchInput;
}
/**
 * Variables for provisionIndex
 * Creates an index on a table. Accepts a jsonb definition with columns (array of names or single column string), access_method (default BTREE), is_unique, op_classes, options, and name (auto-generated if omitted). Graceful: skips if an index with the same (table_id, field_ids, access_method) already exists. Returns the index_id.
 */
export interface ProvisionIndexVariables {
    input: ProvisionIndexInput;
}
/**
 * Variables for provisionRelation
 * Composable relation provisioning: creates FK fields, indexes, unique constraints, and junction tables depending on the relation_type. Supports RelationBelongsTo, RelationHasOne, RelationHasMany, and RelationManyToMany. ManyToMany uses provision_table() internally for junction table creation with full node/grant/policy support. All operations are graceful (skip existing). Returns (out_field_id, out_junction_table_id, out_source_field_id, out_target_field_id).
 */
export interface ProvisionRelationVariables {
    input: ProvisionRelationInput;
}
/**
 * Variables for provisionSpatialRelation
 * Idempotent provisioner for metaschema_public.spatial_relation. Inserts a row declaring a spatial predicate between two geometry/geography columns (owner and target). Called from construct_blueprint when a relation entry has $type=RelationSpatial. Graceful: re-running with the same (source_table_id, name) returns the existing id without modifying the row. Operator whitelist and st_dwithin ↔ param_name pairing are enforced by the spatial_relation table CHECKs. Both fields must already exist — this is a metadata-only insert.
 */
export interface ProvisionSpatialRelationVariables {
    input: ProvisionSpatialRelationInput;
}
/**
 * Variables for provisionTable
 * Composable table provisioning: creates or finds a table, then creates fields (so Data* modules can reference them), applies N nodes (Data* modules), enables RLS, creates grants, creates N policies, and optionally creates table-level indexes/full_text_searches/unique_constraints. All operations are graceful (skip existing). Accepts multiple nodes and multiple policies per call, unlike secure_table_provision which is limited to one of each. Returns (out_table_id, out_fields).
 */
export interface ProvisionTableVariables {
    input: ProvisionTableInput;
}
/**
 * Variables for provisionUniqueConstraint
 * Creates a unique constraint on a table. Accepts a jsonb definition with columns (array of field names). Graceful: skips if the exact same unique constraint already exists.
 */
export interface ProvisionUniqueConstraintVariables {
    input: ProvisionUniqueConstraintInput;
}
export declare function createMutationOperations(client: OrmClient): {
    constructBlueprint: <S extends ConstructBlueprintPayloadSelect>(args: ConstructBlueprintVariables, options: {
        select: S;
    } & StrictSelect<S, ConstructBlueprintPayloadSelect>) => QueryBuilder<{
        constructBlueprint: InferSelectResult<ConstructBlueprintPayload, S> | null;
    }>;
    copyTemplateToBlueprint: <S extends CopyTemplateToBlueprintPayloadSelect>(args: CopyTemplateToBlueprintVariables, options: {
        select: S;
    } & StrictSelect<S, CopyTemplateToBlueprintPayloadSelect>) => QueryBuilder<{
        copyTemplateToBlueprint: InferSelectResult<CopyTemplateToBlueprintPayload, S> | null;
    }>;
    provisionBucket: <S extends ProvisionBucketPayloadSelect>(args: ProvisionBucketVariables, options: {
        select: S;
    } & StrictSelect<S, ProvisionBucketPayloadSelect>) => QueryBuilder<{
        provisionBucket: InferSelectResult<ProvisionBucketPayload, S> | null;
    }>;
    provisionCheckConstraint: <S extends ProvisionCheckConstraintPayloadSelect>(args: ProvisionCheckConstraintVariables, options: {
        select: S;
    } & StrictSelect<S, ProvisionCheckConstraintPayloadSelect>) => QueryBuilder<{
        provisionCheckConstraint: InferSelectResult<ProvisionCheckConstraintPayload, S> | null;
    }>;
    provisionFullTextSearch: <S extends ProvisionFullTextSearchPayloadSelect>(args: ProvisionFullTextSearchVariables, options: {
        select: S;
    } & StrictSelect<S, ProvisionFullTextSearchPayloadSelect>) => QueryBuilder<{
        provisionFullTextSearch: InferSelectResult<ProvisionFullTextSearchPayload, S> | null;
    }>;
    provisionIndex: <S extends ProvisionIndexPayloadSelect>(args: ProvisionIndexVariables, options: {
        select: S;
    } & StrictSelect<S, ProvisionIndexPayloadSelect>) => QueryBuilder<{
        provisionIndex: InferSelectResult<ProvisionIndexPayload, S> | null;
    }>;
    provisionRelation: <S extends ProvisionRelationPayloadSelect>(args: ProvisionRelationVariables, options: {
        select: S;
    } & StrictSelect<S, ProvisionRelationPayloadSelect>) => QueryBuilder<{
        provisionRelation: InferSelectResult<ProvisionRelationPayload, S> | null;
    }>;
    provisionSpatialRelation: <S extends ProvisionSpatialRelationPayloadSelect>(args: ProvisionSpatialRelationVariables, options: {
        select: S;
    } & StrictSelect<S, ProvisionSpatialRelationPayloadSelect>) => QueryBuilder<{
        provisionSpatialRelation: InferSelectResult<ProvisionSpatialRelationPayload, S> | null;
    }>;
    provisionTable: <S extends ProvisionTablePayloadSelect>(args: ProvisionTableVariables, options: {
        select: S;
    } & StrictSelect<S, ProvisionTablePayloadSelect>) => QueryBuilder<{
        provisionTable: InferSelectResult<ProvisionTablePayload, S> | null;
    }>;
    provisionUniqueConstraint: <S extends ProvisionUniqueConstraintPayloadSelect>(args: ProvisionUniqueConstraintVariables, options: {
        select: S;
    } & StrictSelect<S, ProvisionUniqueConstraintPayloadSelect>) => QueryBuilder<{
        provisionUniqueConstraint: InferSelectResult<ProvisionUniqueConstraintPayload, S> | null;
    }>;
};