{"version":3,"file":"index.mjs","names":["parsePostgresArray","cuid2","#driver","#log","#initDone","#destroyPromise","#initPromise","#connections","#needsLogging","#addLogging","#txConnections","#logError","#logQuery","#calculateDurationMillis","BuiltinFunctions","z"],"sources":["../src/utils/zod-utils.ts","../src/utils/object-utils.ts","../src/client/executor/error-processor.ts","../src/client/errors.ts","../src/client/query-utils.ts","../src/client/constants.ts","../src/client/contract.ts","../src/client/crud/dialects/base-dialect.ts","../src/client/crud/dialects/lateral-join-dialect-base.ts","../src/client/crud/dialects/mysql.ts","../src/client/crud/dialects/postgresql.ts","../src/client/crud/dialects/sqlite.ts","../src/client/crud/dialects/index.ts","../src/client/zod/cache-decorator.ts","../src/client/zod/factory.ts","../src/client/crud/validator/validator.ts","../src/client/crud/operations/base.ts","../src/client/crud/operations/aggregate.ts","../src/client/crud/operations/count.ts","../src/client/crud/operations/create.ts","../src/client/crud/operations/delete.ts","../src/client/crud/operations/exists.ts","../src/client/crud/operations/find.ts","../src/client/crud/operations/group-by.ts","../src/client/crud/operations/update.ts","../src/client/executor/zenstack-driver.ts","../src/client/executor/name-mapper.ts","../src/client/executor/temp-alias-transformer.ts","../src/client/executor/zenstack-query-executor.ts","../src/client/functions.ts","../src/client/helpers/schema-db-pusher.ts","../src/client/promise.ts","../src/client/result-processor.ts","../src/client/client-impl.ts","../src/client/plugin.ts","../src/utils/kysely-utils.ts","../src/utils/schema-utils.ts"],"sourcesContent":["import { ZodError } from 'zod';\nimport { fromError } from 'zod-validation-error/v4';\n\n/**\n * Format ZodError into a readable string\n */\nexport function formatError(error: ZodError): string {\n return fromError(error).toString();\n}\n","import { isPlainObject } from '@zenstackhq/common-helpers';\n\n/**\n * Extract fields from an object.\n */\nexport function extractFields(obj: any, fields: readonly string[]) {\n return Object.fromEntries(Object.entries(obj).filter(([key]) => fields.includes(key)));\n}\n\n/**\n * Create an object with fields as keys and true values.\n */\nexport function fieldsToSelectObject(fields: readonly string[]): Record {\n return Object.fromEntries(fields.map((f) => [f, true]));\n}\n\n/**\n * Checks if the given value is an empty plain object.\n */\nexport function isEmptyObject(x: unknown) {\n return isPlainObject(x) && Object.keys(x as object).length === 0;\n}\n","/**\n * Extracts database error code from an error thrown by the database driver.\n *\n * @todo currently assumes the error has a code field\n */\nexport function getDbErrorCode(error: unknown): unknown | undefined {\n if (error instanceof Error && 'code' in error) {\n return error.code;\n } else {\n return undefined;\n }\n}\n","import { getDbErrorCode } from './executor/error-processor';\n\n/**\n * Reason code for ORM errors.\n */\nexport enum ORMErrorReason {\n /**\n * ORM client configuration error.\n */\n CONFIG_ERROR = 'config-error',\n\n /**\n * Invalid input error.\n */\n INVALID_INPUT = 'invalid-input',\n\n /**\n * The specified record was not found.\n */\n NOT_FOUND = 'not-found',\n\n /**\n * Operation is rejected by access policy.\n */\n REJECTED_BY_POLICY = 'rejected-by-policy',\n\n /**\n * Error was thrown by the underlying database driver.\n */\n DB_QUERY_ERROR = 'db-query-error',\n\n /**\n * The requested operation is not supported.\n */\n NOT_SUPPORTED = 'not-supported',\n\n /**\n * An internal error occurred.\n */\n INTERNAL_ERROR = 'internal-error',\n}\n\n/**\n * Reason code for policy rejection.\n */\nexport enum RejectedByPolicyReason {\n /**\n * Rejected because the operation is not allowed by policy.\n */\n NO_ACCESS = 'no-access',\n\n /**\n * Rejected because the result cannot be read back after mutation due to policy.\n */\n CANNOT_READ_BACK = 'cannot-read-back',\n\n /**\n * Other reasons.\n */\n OTHER = 'other',\n}\n\n/**\n * ZenStack ORM error.\n */\nexport class ORMError extends Error {\n constructor(\n public reason: ORMErrorReason,\n message?: string,\n options?: ErrorOptions,\n ) {\n super(message, options);\n }\n\n /**\n * The name of the model that the error pertains to.\n */\n public model?: string;\n\n /**\n * The error code given by the underlying database driver.\n */\n public dbErrorCode?: unknown;\n\n /**\n * The error message given by the underlying database driver.\n */\n public dbErrorMessage?: string;\n\n /**\n * The reason code for policy rejection. Only available when `reason` is `REJECTED_BY_POLICY`.\n */\n public rejectedByPolicyReason?: RejectedByPolicyReason;\n\n /**\n * The SQL query that was executed. Only available when `reason` is `DB_QUERY_ERROR`.\n */\n public sql?: string;\n\n /**\n * The parameters used in the SQL query. Only available when `reason` is `DB_QUERY_ERROR`.\n */\n public sqlParams?: readonly unknown[];\n}\n\nexport function createConfigError(message: string, options?: ErrorOptions) {\n return new ORMError(ORMErrorReason.CONFIG_ERROR, message, options);\n}\n\nexport function createNotFoundError(model: string, message?: string, options?: ErrorOptions) {\n const error = new ORMError(ORMErrorReason.NOT_FOUND, message ?? 'Record not found', options);\n error.model = model;\n return error;\n}\n\nexport function createInvalidInputError(message: string, model?: string, options?: ErrorOptions) {\n const error = new ORMError(ORMErrorReason.INVALID_INPUT, message, options);\n error.model = model;\n return error;\n}\n\nexport function createDBQueryError(message: string, dbError: unknown, sql: string, parameters: readonly unknown[]) {\n const error = new ORMError(ORMErrorReason.DB_QUERY_ERROR, message, { cause: dbError });\n error.dbErrorCode = getDbErrorCode(dbError);\n error.dbErrorMessage = dbError instanceof Error ? dbError.message : undefined;\n error.sql = sql;\n error.sqlParams = parameters;\n return error;\n}\n\nexport function createRejectedByPolicyError(\n model: string,\n reason: RejectedByPolicyReason,\n message: string,\n options?: ErrorOptions,\n) {\n const error = new ORMError(ORMErrorReason.REJECTED_BY_POLICY, message, options);\n error.model = model;\n error.rejectedByPolicyReason = reason;\n return error;\n}\n\nexport function createNotSupportedError(message: string, options?: ErrorOptions) {\n return new ORMError(ORMErrorReason.NOT_SUPPORTED, message, options);\n}\n\nexport function createInternalError(message: string, model?: string, options?: ErrorOptions) {\n const error = new ORMError(ORMErrorReason.INTERNAL_ERROR, message, options);\n error.model = model;\n return error;\n}\n","import { invariant } from '@zenstackhq/common-helpers';\nimport { ExpressionUtils, type FieldDef, type GetModels, type ModelDef, type SchemaDef } from '@zenstackhq/schema';\nimport {\n AliasNode,\n ColumnNode,\n ReferenceNode,\n TableNode,\n type Expression,\n type ExpressionBuilder,\n type OperationNode,\n} from 'kysely';\nimport { match } from 'ts-pattern';\nimport { extractFields } from '../utils/object-utils';\nimport type { AggregateOperators } from './constants';\nimport { createInternalError } from './errors';\n\nexport function hasModel(schema: SchemaDef, model: string) {\n return Object.keys(schema.models)\n .map((k) => k.toLowerCase())\n .includes(model.toLowerCase());\n}\n\n/**\n * Structural lookups derived purely from the (immutable) schema. The schema does not\n * change for a client's lifetime, so these results are memoized per-schema and shared\n * across every consumer (orm query building + plugins). Keyed by the schema object so\n * the cache dies with the schema and never leaks across schemas. See issue #2715.\n */\ninterface SchemaLookupCache {\n model: Map;\n m2mRelation: Map>;\n m2mJoinTable?: Map;\n}\n\nconst schemaLookupCache = new WeakMap();\n\nfunction getSchemaLookupCache(schema: SchemaDef): SchemaLookupCache {\n let cache = schemaLookupCache.get(schema);\n if (!cache) {\n cache = { model: new Map(), m2mRelation: new Map() };\n schemaLookupCache.set(schema, cache);\n }\n return cache;\n}\n\nexport function getModel(schema: SchemaDef, model: string) {\n const cache = getSchemaLookupCache(schema);\n const key = model.toLowerCase();\n if (cache.model.has(key)) {\n return cache.model.get(key);\n }\n const result = Object.values(schema.models).find((m) => m.name.toLowerCase() === key);\n cache.model.set(key, result);\n return result;\n}\n\nexport function getTypeDef(schema: SchemaDef, type: string) {\n return schema.typeDefs?.[type];\n}\n\nexport function requireModel(schema: SchemaDef, model: string) {\n const modelDef = getModel(schema, model);\n if (!modelDef) {\n throw createInternalError(`Model \"${model}\" not found in schema`, model);\n }\n return modelDef;\n}\n\nexport function requireTypeDef(schema: SchemaDef, type: string) {\n const typeDef = getTypeDef(schema, type);\n if (!typeDef) {\n throw createInternalError(`Type \"${type}\" not found in schema`, type);\n }\n return typeDef;\n}\n\nexport function getField(schema: SchemaDef, model: string, field: string) {\n const modelDef = getModel(schema, model);\n return modelDef?.fields[field];\n}\n\nexport function requireField(schema: SchemaDef, modelOrType: string, field: string) {\n const modelDef = getModel(schema, modelOrType);\n if (modelDef) {\n if (!modelDef.fields[field]) {\n throw createInternalError(`Field \"${field}\" not found in model \"${modelOrType}\"`, modelOrType);\n } else {\n return modelDef.fields[field];\n }\n }\n const typeDef = getTypeDef(schema, modelOrType);\n if (typeDef) {\n if (!typeDef.fields[field]) {\n throw createInternalError(`Field \"${field}\" not found in type \"${modelOrType}\"`, modelOrType);\n } else {\n return typeDef.fields[field];\n }\n }\n throw createInternalError(`Model or type \"${modelOrType}\" not found in schema`, modelOrType);\n}\n\n/**\n * Gets all model fields, by default non-relation, non-computed, non-inherited, non-unsupported fields only.\n */\nexport function getModelFields(\n schema: SchemaDef,\n model: string,\n options?: { relations?: boolean; computed?: boolean; inherited?: boolean; unsupported?: boolean },\n) {\n const modelDef = requireModel(schema, model);\n return Object.values(modelDef.fields).filter((f) => {\n if (f.relation && !options?.relations) {\n return false;\n }\n if (f.computed && !options?.computed) {\n return false;\n }\n if (f.originModel && !options?.inherited) {\n return false;\n }\n if (f.type === 'Unsupported' && !options?.unsupported) {\n return false;\n }\n return true;\n });\n}\n\n/**\n * Checks if a field is of `Unsupported` type.\n */\nexport function isUnsupportedField(fieldDef: FieldDef) {\n return fieldDef.type === 'Unsupported';\n}\n\nexport function getIdFields(schema: SchemaDef, model: GetModels) {\n const modelDef = getModel(schema, model);\n return modelDef?.idFields;\n}\n\nexport function requireIdFields(schema: SchemaDef, model: string) {\n const modelDef = requireModel(schema, model);\n const result = modelDef?.idFields;\n if (!result) {\n throw createInternalError(`Model \"${model}\" does not have ID field(s)`, model);\n }\n return result;\n}\n\nexport function getRelationForeignKeyFieldPairs(schema: SchemaDef, model: string, relationField: string) {\n const fieldDef = requireField(schema, model, relationField);\n\n if (!fieldDef?.relation) {\n throw createInternalError(`Field \"${relationField}\" is not a relation`, model);\n }\n\n if (fieldDef.relation.fields) {\n if (!fieldDef.relation.references) {\n throw createInternalError(`Relation references not defined for field \"${relationField}\"`, model);\n }\n // this model owns the fk\n return {\n keyPairs: fieldDef.relation.fields.map((f, i) => ({\n fk: f,\n pk: fieldDef.relation!.references![i]!,\n })),\n ownedByModel: true,\n };\n } else {\n if (!fieldDef.relation.opposite) {\n throw createInternalError(`Opposite relation not defined for field \"${relationField}\"`, model);\n }\n\n const oppositeField = requireField(schema, fieldDef.type, fieldDef.relation.opposite);\n\n if (!oppositeField.relation) {\n throw createInternalError(`Field \"${fieldDef.relation.opposite}\" is not a relation`, model);\n }\n if (!oppositeField.relation.fields) {\n throw createInternalError(`Relation fields not defined for field \"${relationField}\"`, model);\n }\n if (!oppositeField.relation.references) {\n throw createInternalError(`Relation references not defined for field \"${relationField}\"`, model);\n }\n\n // the opposite model owns the fk\n return {\n keyPairs: oppositeField.relation.fields.map((f, i) => ({\n fk: f,\n pk: oppositeField.relation!.references![i]!,\n })),\n ownedByModel: false,\n };\n }\n}\n\nexport function isScalarField(schema: SchemaDef, model: string, field: string): boolean {\n const fieldDef = getField(schema, model, field);\n return !fieldDef?.relation && !fieldDef?.foreignKeyFor;\n}\n\nexport function isForeignKeyField(schema: SchemaDef, model: string, field: string): boolean {\n const fieldDef = getField(schema, model, field);\n return !!fieldDef?.foreignKeyFor;\n}\n\nexport function isRelationField(schema: SchemaDef, model: string, field: string): boolean {\n const fieldDef = getField(schema, model, field);\n return !!fieldDef?.relation;\n}\n\nexport function isInheritedField(schema: SchemaDef, model: string, field: string): boolean {\n const fieldDef = getField(schema, model, field);\n return !!fieldDef?.originModel;\n}\n\nexport function getUniqueFields(schema: SchemaDef, model: string) {\n const modelDef = requireModel(schema, model);\n const result: Array<\n // single field unique\n | { name: string; def: FieldDef }\n // multi-field unique\n | { name: string; defs: Record }\n > = [];\n for (const [key, value] of Object.entries(modelDef.uniqueFields)) {\n if (typeof value !== 'object') {\n throw createInternalError(`Invalid unique field definition for \"${key}\"`, model);\n }\n\n if (typeof value.type === 'string') {\n // singular unique field\n result.push({ name: key, def: requireField(schema, model, key) });\n } else {\n // compound unique field\n result.push({\n name: key,\n defs: Object.fromEntries(Object.keys(value).map((k) => [k, requireField(schema, model, k)])),\n });\n }\n }\n return result;\n}\n\nexport function getIdValues(schema: SchemaDef, model: string, data: any): Record {\n const idFields = getIdFields(schema, model);\n if (!idFields) {\n throw createInternalError(`ID fields not defined for model \"${model}\"`, model);\n }\n return idFields.reduce((acc, field) => ({ ...acc, [field]: data[field] }), {});\n}\n\nexport function fieldHasDefaultValue(fieldDef: FieldDef) {\n return fieldDef.default !== undefined || fieldDef.updatedAt;\n}\n\nexport function isEnum(schema: SchemaDef, type: string) {\n return !!schema.enums?.[type];\n}\n\nexport function getEnum(schema: SchemaDef, type: string) {\n return schema.enums?.[type];\n}\n\nexport function isTypeDef(schema: SchemaDef, type: string) {\n return !!schema.typeDefs?.[type];\n}\n\nexport function buildJoinPairs(\n schema: SchemaDef,\n model: string,\n modelAlias: string,\n relationField: string,\n relationModelAlias: string,\n): [string, string][] {\n const { keyPairs, ownedByModel } = getRelationForeignKeyFieldPairs(schema, model, relationField);\n\n return keyPairs.map(({ fk, pk }) => {\n if (ownedByModel) {\n // the parent model owns the fk\n return [`${relationModelAlias}.${pk}`, `${modelAlias}.${fk}`];\n } else {\n // the relation side owns the fk\n return [`${relationModelAlias}.${fk}`, `${modelAlias}.${pk}`];\n }\n });\n}\n\nexport function makeDefaultOrderBy(schema: SchemaDef, model: string) {\n const idFields = requireIdFields(schema, model);\n return idFields.map((f) => ({ [f]: 'asc' }) as const);\n}\n\nexport function getManyToManyRelation(schema: SchemaDef, model: string, field: string) {\n const cache = getSchemaLookupCache(schema);\n const key = `${model} ${field}`;\n if (cache.m2mRelation.has(key)) {\n return cache.m2mRelation.get(key);\n }\n const result = computeManyToManyRelation(schema, model, field);\n cache.m2mRelation.set(key, result);\n return result;\n}\n\n/**\n * Endpoints of an implicit many-to-many relation, identified by its join table name.\n */\nexport interface ManyToManyJoinTableEndpoints {\n model: string;\n field: string;\n otherModel: string;\n otherField: string;\n}\n\n/**\n * Resolve the relation endpoints for an implicit many-to-many join table by its table\n * name, or `undefined` if the table is not an implicit m2m join table. The join-table\n * index is built once per schema (single pass) and reused, making this an O(1) lookup.\n * See issue #2715.\n */\nexport function getManyToManyJoinTable(\n schema: SchemaDef,\n joinTableName: string,\n): ManyToManyJoinTableEndpoints | undefined {\n const cache = getSchemaLookupCache(schema);\n if (!cache.m2mJoinTable) {\n const map = new Map();\n for (const model of Object.values(schema.models)) {\n for (const field of Object.values(model.fields)) {\n const m2m = getManyToManyRelation(schema, model.name, field.name);\n if (m2m?.joinTable && !map.has(m2m.joinTable)) {\n map.set(m2m.joinTable, {\n model: model.name,\n field: field.name,\n otherModel: m2m.otherModel,\n otherField: m2m.otherField,\n });\n }\n }\n }\n cache.m2mJoinTable = map;\n }\n return cache.m2mJoinTable.get(joinTableName);\n}\n\nfunction computeManyToManyRelation(schema: SchemaDef, model: string, field: string) {\n const fieldDef = requireField(schema, model, field);\n if (!fieldDef.array || !fieldDef.relation?.opposite) {\n return undefined;\n }\n\n // in case the m2m relation field is inherited from a delegate base, get the base model\n const realModel = fieldDef.originModel ?? model;\n\n const oppositeFieldDef = requireField(schema, fieldDef.type, fieldDef.relation.opposite);\n if (oppositeFieldDef.array) {\n // Prisma's convention for many-to-many relation:\n // - model are sorted alphabetically by name\n // - join table is named _To, unless an explicit name is provided by `@relation`\n // - foreign keys are named A and B (based on the order of the model)\n const sortedModelNames = [realModel, fieldDef.type].sort();\n\n let orderedFK: [string, string];\n if (realModel !== fieldDef.type) {\n // not a self-relation, model name's sort order determines fk order\n orderedFK = sortedModelNames[0] === realModel ? ['A', 'B'] : ['B', 'A'];\n } else {\n // for self-relations, since model names are identical, relation field name's\n // sort order determines fk order\n const sortedFieldNames = [field, oppositeFieldDef.name].sort();\n orderedFK = sortedFieldNames[0] === field ? ['A', 'B'] : ['B', 'A'];\n }\n\n const modelIdFields = requireIdFields(schema, realModel);\n invariant(modelIdFields.length === 1, 'Only single-field ID is supported for many-to-many relation');\n const otherIdFields = requireIdFields(schema, fieldDef.type);\n invariant(otherIdFields.length === 1, 'Only single-field ID is supported for many-to-many relation');\n\n return {\n parentFkName: orderedFK[0],\n parentPKName: modelIdFields[0]!,\n otherModel: fieldDef.type,\n otherField: fieldDef.relation.opposite,\n otherFkName: orderedFK[1],\n otherPKName: otherIdFields[0]!,\n joinTable: fieldDef.relation.name\n ? `_${fieldDef.relation.name}`\n : `_${sortedModelNames[0]}To${sortedModelNames[1]}`,\n };\n } else {\n return undefined;\n }\n}\n\n/**\n * Convert filter like `{ id1_id2: { id1: 1, id2: 1 } }` to `{ id1: 1, id2: 1 }`\n */\nexport function flattenCompoundUniqueFilters(schema: SchemaDef, model: string, filter: unknown) {\n if (typeof filter !== 'object' || !filter) {\n return filter;\n }\n\n const uniqueFields = getUniqueFields(schema, model);\n const compoundUniques = uniqueFields.filter((u) => 'defs' in u);\n if (compoundUniques.length === 0) {\n return filter;\n }\n\n const flattenedResult: any = {};\n const restFilter: any = {};\n\n for (const [key, value] of Object.entries(filter)) {\n if (compoundUniques.some(({ name }) => name === key)) {\n // flatten the compound field\n Object.assign(flattenedResult, value);\n } else {\n restFilter[key] = value;\n }\n }\n\n if (Object.keys(flattenedResult).length === 0) {\n // nothing flattened\n return filter;\n } else if (Object.keys(restFilter).length === 0) {\n // all flattened\n return flattenedResult;\n } else {\n const flattenedKeys = Object.keys(flattenedResult);\n const restKeys = Object.keys(restFilter);\n if (flattenedKeys.some((k) => restKeys.includes(k))) {\n // keys overlap, cannot merge directly, build an AND clause\n return {\n AND: [flattenedResult, restFilter],\n };\n } else {\n // safe to merge directly\n return { ...flattenedResult, ...restFilter };\n }\n }\n}\n\nexport function ensureArray(value: T | T[]): T[] {\n if (Array.isArray(value)) {\n return value;\n } else {\n return [value];\n }\n}\n\nexport function extractIdFields(entity: any, schema: SchemaDef, model: string) {\n const idFields = requireIdFields(schema, model);\n return extractFields(entity, idFields);\n}\n\nexport function getDiscriminatorField(schema: SchemaDef, model: string) {\n const modelDef = requireModel(schema, model);\n const delegateAttr = modelDef.attributes?.find((attr) => attr.name === '@@delegate');\n if (!delegateAttr) {\n return undefined;\n }\n const discriminator = delegateAttr.args?.find((arg) => arg.name === 'discriminator');\n if (!discriminator || !ExpressionUtils.isField(discriminator.value)) {\n throw createInternalError(`Discriminator field not defined for model \"${model}\"`, model);\n }\n return discriminator.value.field;\n}\n\nexport function getDelegateDiscriminatorValue(schema: SchemaDef, model: string) {\n const modelDef = requireModel(schema, model);\n return modelDef.delegateMap ?? modelDef.name;\n}\n\nexport function getDelegateDescendantModels(\n schema: SchemaDef,\n model: string,\n collected: Set = new Set(),\n): ModelDef[] {\n const subModels = Object.values(schema.models).filter((m) => m.baseModel === model);\n subModels.forEach((def) => {\n if (!collected.has(def)) {\n collected.add(def);\n getDelegateDescendantModels(schema, def.name, collected);\n }\n });\n return [...collected];\n}\n\nexport function aggregate(eb: ExpressionBuilder, expr: Expression, op: AggregateOperators) {\n return match(op)\n .with('_count', () => eb.fn.count(expr))\n .with('_sum', () => eb.fn.sum(expr))\n .with('_avg', () => eb.fn.avg(expr))\n .with('_min', () => eb.fn.min(expr))\n .with('_max', () => eb.fn.max(expr))\n .exhaustive();\n}\n\n/**\n * Strips alias from the node if it exists.\n */\nexport function stripAlias(node: OperationNode) {\n if (AliasNode.is(node)) {\n return { alias: node.alias, node: node.node };\n } else {\n return { alias: undefined, node };\n }\n}\n\n/**\n * Extracts model name from an OperationNode.\n */\nexport function extractModelName(node: OperationNode) {\n const { node: innerNode } = stripAlias(node);\n return TableNode.is(innerNode!) ? innerNode!.table.identifier.name : undefined;\n}\n\n/**\n * Extracts field name from an OperationNode.\n */\nexport function extractFieldName(node: OperationNode) {\n if (ReferenceNode.is(node) && ColumnNode.is(node.column)) {\n return node.column.column.name;\n } else if (ColumnNode.is(node)) {\n return node.column.name;\n } else {\n return undefined;\n }\n}\n\nexport const TEMP_ALIAS_PREFIX = '$$_';\n\n/**\n * Create an alias name for a temporary table or column name.\n */\nexport function tmpAlias(name: string) {\n if (!name.startsWith(TEMP_ALIAS_PREFIX)) {\n return `${TEMP_ALIAS_PREFIX}${name}`;\n } else {\n return name;\n }\n}\n","// /**\n// * The comment prefix for annotation generated Kysely queries with context information.\n// */\n// export const CONTEXT_COMMENT_PREFIX = '-- $$context:';\n\n/**\n * The types of fields that are numeric.\n */\nexport const NUMERIC_FIELD_TYPES = ['Int', 'Float', 'BigInt', 'Decimal'];\n\n/**\n * Client API methods that are not supported in transactions.\n */\nexport const TRANSACTION_UNSUPPORTED_METHODS = ['$transaction', '$connect', '$disconnect', '$use'] as const;\n\n/**\n * Prefix for JSON field used to store joined delegate rows.\n */\nexport const DELEGATE_JOINED_FIELD_PREFIX = '$delegate$';\n\n/**\n * Logical combinators used in filters.\n */\nexport const LOGICAL_COMBINATORS = ['AND', 'OR', 'NOT'] as const;\n\n/**\n * Aggregation operators.\n */\nexport const AggregateOperators = ['_count', '_sum', '_avg', '_min', '_max'] as const;\nexport type AggregateOperators = (typeof AggregateOperators)[number];\n\n/**\n * Mapping of filter operators to their corresponding filter kind categories.\n */\nexport const FILTER_PROPERTY_TO_KIND = {\n // Equality operators\n equals: 'Equality',\n not: 'Equality',\n in: 'Equality',\n notIn: 'Equality',\n\n // Range operators\n lt: 'Range',\n lte: 'Range',\n gt: 'Range',\n gte: 'Range',\n between: 'Range',\n\n // Like operators\n contains: 'Like',\n startsWith: 'Like',\n endsWith: 'Like',\n mode: 'Like',\n\n // Relation operators\n is: 'Relation',\n isNot: 'Relation',\n some: 'Relation',\n every: 'Relation',\n none: 'Relation',\n\n // Json operators\n path: 'Json',\n string_contains: 'Json',\n string_starts_with: 'Json',\n string_ends_with: 'Json',\n array_contains: 'Json',\n array_starts_with: 'Json',\n array_ends_with: 'Json',\n\n // Fuzzy search operators\n fuzzy: 'Fuzzy',\n\n // Full-text search operators\n fts: 'FullText',\n\n // List operators\n has: 'List',\n hasEvery: 'List',\n hasSome: 'List',\n isEmpty: 'List',\n} as const;\n\n/**\n * Mapping of filter operators to their corresponding filter kind categories.\n */\nexport type FilterPropertyToKind = typeof FILTER_PROPERTY_TO_KIND;\n","import {\n type FieldIsArray,\n type GetModels,\n type GetTypeDefs,\n type ProcedureDef,\n type RelationFields,\n type RelationFieldType,\n type SchemaDef,\n} from '@zenstackhq/schema';\nimport type { AnyKysely } from '../utils/kysely-utils';\nimport type { Simplify, UnwrapTuplePromises } from '../utils/type-utils';\nimport type { TRANSACTION_UNSUPPORTED_METHODS } from './constants';\nimport type {\n CrudArgsType,\n CrudReturnType,\n DefaultModelResult,\n ProcedureFunc,\n SelectSubset,\n Subset,\n TypeDefResult,\n} from './crud-types';\nimport type { Diagnostics } from './diagnostics';\nimport type { ClientOptions, QueryOptions, QueryRelevantOptions } from './options';\nimport type {\n ExtClientMembersBase,\n ExtQueryArgsBase,\n ExtResultBase,\n ExtResultInferenceArgs,\n RuntimePlugin,\n} from './plugin';\nimport type { ZenStackPromise } from './promise';\nimport type { ToKysely } from './query-builder';\nimport type { GetSlicedModels, GetSlicedOperations, GetSlicedProcedures, ModelAllowsCreate } from './type-utils';\nimport type { ZodSchemaFactory } from './zod/factory';\n\ntype TransactionUnsupportedMethods = (typeof TRANSACTION_UNSUPPORTED_METHODS)[number];\n\n/**\n * Transaction isolation levels.\n */\nexport enum TransactionIsolationLevel {\n ReadUncommitted = 'read uncommitted',\n ReadCommitted = 'read committed',\n RepeatableRead = 'repeatable read',\n Serializable = 'serializable',\n Snapshot = 'snapshot',\n}\n\n/**\n * Symbol used as a type-only key on `ClientContract` to brand the `ExtQueryArgs`\n * generic slot. Hidden from member-access autocomplete since symbol keys are\n * not surfaced. Consumed by `InferExtQueryArgs` to recover the slot.\n * @internal\n */\nexport const ExtQueryArgsMarker: unique symbol = Symbol('zenstack.client.extQueryArgs');\n\n/**\n * Symbol used as a type-only key on `ClientContract` to brand the `ExtResult`\n * generic slot. Consumed by `InferExtResult` to recover the slot.\n * @internal\n */\nexport const ExtResultMarker: unique symbol = Symbol('zenstack.client.extResult');\n\n/**\n * ZenStack client interface.\n *\n * Note: this alias resolves to an intersection, so it cannot carry variance annotations itself\n * (TS2637). It doesn't need them - measuring its variance recurses into {@link ModelOperations},\n * whose annotations short-circuit the expensive cascade. See {@link CommonModelOperations}.\n */\nexport type ClientContract<\n Schema extends SchemaDef,\n Options extends ClientOptions = ClientOptions,\n ExtQueryArgs extends ExtQueryArgsBase = {},\n ExtClientMembers extends ExtClientMembersBase = {},\n ExtResult extends ExtResultBase = {},\n> = {\n /**\n * The schema definition.\n */\n readonly $schema: Schema;\n\n /**\n * The client options.\n */\n readonly $options: Options;\n\n /** @internal type-only brand carrying the `ExtQueryArgs` slot for inference. */\n readonly [ExtQueryArgsMarker]?: ExtQueryArgs;\n\n /** @internal type-only brand carrying the `ExtResult` slot for inference. */\n readonly [ExtResultMarker]?: ExtResult;\n\n /**\n * Executes a prepared raw query and returns the number of affected rows.\n * @example\n * ```\n * const result = await db.$executeRaw`UPDATE User SET cool = ${true} WHERE email = ${'user@email.com'};`\n * ```\n */\n $executeRaw(query: TemplateStringsArray, ...values: any[]): ZenStackPromise;\n\n /**\n * Executes a raw query and returns the number of affected rows.\n * This method is susceptible to SQL injections.\n * @example\n * ```\n * const result = await db.$executeRawUnsafe('UPDATE User SET cool = $1 WHERE email = $2 ;', true, 'user@email.com')\n * ```\n */\n $executeRawUnsafe(query: string, ...values: any[]): ZenStackPromise;\n\n /**\n * Performs a prepared raw query and returns the `SELECT` data.\n * @example\n * ```\n * const result = await db.$queryRaw`SELECT * FROM User WHERE id = ${1} OR email = ${'user@email.com'};`\n * ```\n */\n $queryRaw(query: TemplateStringsArray, ...values: any[]): ZenStackPromise;\n\n /**\n * Performs a raw query and returns the `SELECT` data.\n * This method is susceptible to SQL injections.\n * @example\n * ```\n * const result = await db.$queryRawUnsafe('SELECT * FROM User WHERE id = $1 OR email = $2;', 1, 'user@email.com')\n * ```\n */\n $queryRawUnsafe(query: string, ...values: any[]): ZenStackPromise;\n\n /**\n * The current user identity. If the client is not bound to any user context, returns `undefined`.\n */\n get $auth(): AuthType | undefined;\n\n /**\n * Returns a new client bound to the specified user identity. The original client remains unchanged.\n * Pass `undefined` to return a client without any user context.\n *\n * @example\n * ```\n * const userClient = db.$setAuth({ id: 'user-id' });\n * ```\n */\n $setAuth(\n auth: AuthType | undefined,\n ): ClientContract;\n\n /**\n * Returns a new client with new options applied. The original client remains unchanged.\n *\n * @example\n * ```\n * const dbNoValidation = db.$setOptions({ ...db.$options, validateInput: false });\n * ```\n */\n $setOptions>(\n options: NewOptions,\n ): ClientContract;\n\n /**\n * Returns a new client enabling/disabling query args validation. The original client remains unchanged.\n *\n * @deprecated Use {@link $setOptions} instead.\n */\n $setInputValidation(enable: boolean): ClientContract;\n\n /**\n * The Kysely query builder instance.\n *\n * @example\n * ```\n * db.$qb.selectFrom('User').selectAll().where('id', '=', 1).execute();\n * ```\n */\n readonly $qb: ToKysely;\n\n /**\n * The raw Kysely query builder without any ZenStack enhancements.\n */\n readonly $qbRaw: AnyKysely;\n\n /**\n * Starts an interactive transaction.\n *\n * @example\n * ```\n * await db.$transaction(async (tx) => {\n * const user = await tx.user.update({ where: { id: 1 }, data: { name: 'Alice' } });\n * const post = await tx.post.create({ data: { title: 'Hello World', authorId: user.id } });\n * return { user, posts: [post] };\n * ```\n */\n $transaction(\n callback: (\n tx: TransactionClientContract,\n ) => Promise,\n options?: { isolationLevel?: TransactionIsolationLevel },\n ): Promise;\n\n /**\n * Starts a sequential transaction that runs the provided operations in order.\n *\n * @example\n * ```\n * await db.$transaction([\n * db.user.update({ where: { id: 1 }, data: { name: 'Alice' } }),\n * db.post.create({ data: { title: 'Hello World', authorId: 1 } }),\n * ]);\n */\n $transaction

[]>(\n arg: [...P],\n options?: { isolationLevel?: TransactionIsolationLevel },\n ): Promise>;\n\n /**\n * Returns a new client with the specified plugin installed. The original client remains unchanged.\n *\n * @see {@link https://zenstack.dev/docs/orm/plugins/|Plugin Documentation}\n */\n $use<\n PluginSchema extends SchemaDef = Schema,\n PluginExtQueryArgs extends ExtQueryArgsBase = {},\n PluginExtClientMembers extends ExtClientMembersBase = {},\n PluginExtResult extends ExtResultBase = {},\n _R = {}, // auxiliary type for inferring precise typing for `PluginExtResult`\n >(\n plugin: RuntimePlugin & {\n // intersect with the `result` extension field for precise typing\n result?: ExtResultInferenceArgs;\n },\n ): ClientContract<\n Schema,\n Options,\n ExtQueryArgs & PluginExtQueryArgs,\n ExtClientMembers & PluginExtClientMembers,\n ExtResult & PluginExtResult\n >;\n\n /**\n * Returns a new client with the specified plugin removed. The original client remains unchanged.\n */\n $unuse(pluginId: string): ClientContract;\n\n /**\n * Returns a new client with all plugins removed. The original client remains unchanged.\n */\n $unuseAll(): ClientContract;\n\n /**\n * Eagerly connects to the database.\n */\n $connect(): Promise;\n\n /**\n * Explicitly disconnects from the database.\n */\n $disconnect(): Promise;\n\n /**\n * Factory for creating zod schemas to validate query args.\n */\n get $zod(): ZodSchemaFactory, ExtQueryArgs>;\n\n /**\n * Pushes the schema to the database. For testing purposes only.\n * @private\n */\n $pushSchema(): Promise;\n\n /**\n * Returns diagnostics information such as cache and slow query statistics.\n */\n get $diagnostics(): Promise;\n} & {\n // Project `Options` to its query-relevant subset before fanning out across every model. This\n // strips the heavy `computedFields`/`procedures` function types (never read by these types) so\n // the 30+ `ModelOperations` instantiations stay cheap. See {@link QueryRelevantOptions}.\n [Key in GetSlicedModels> as Uncapitalize]: ModelOperations<\n Schema,\n Key,\n QueryRelevantOptions,\n ExtQueryArgs,\n ExtResult\n >;\n} & ProcedureOperations &\n ExtClientMembers;\n\n/**\n * The contract for a client in a transaction.\n */\nexport type TransactionClientContract<\n Schema extends SchemaDef,\n Options extends ClientOptions,\n ExtQueryArgs extends ExtQueryArgsBase,\n ExtClientMembers extends ExtClientMembersBase,\n ExtResult extends ExtResultBase = {},\n> = Omit, TransactionUnsupportedMethods>;\n\nexport type ProcedureOperations<\n Schema extends SchemaDef,\n Options extends ClientOptions = ClientOptions,\n> =\n Schema['procedures'] extends Record\n ? {\n /**\n * Custom procedures.\n */\n $procs: {\n [Key in GetSlicedProcedures]: ProcedureFunc;\n };\n }\n : {};\n\n/**\n * Creates a new ZenStack client instance.\n */\nexport interface ClientConstructor {\n new = ClientOptions>(\n schema: Schema,\n options: Options,\n ): ClientContract;\n}\n\n/**\n * CRUD operations.\n */\nexport type CRUD = 'create' | 'read' | 'update' | 'delete';\n\n/**\n * Extended CRUD operations including 'post-update'.\n */\nexport type CRUD_EXT = CRUD | 'post-update';\n\n/**\n * CRUD operations.\n */\nexport const CRUD = ['create', 'read', 'update', 'delete'] as const;\n\n/**\n * Extended CRUD operations including 'post-update'.\n */\nexport const CRUD_EXT = [...CRUD, 'post-update'] as const;\n\n// #region Model operations\n\ntype SliceOperations<\n T extends Record,\n Schema extends SchemaDef,\n Model extends GetModels,\n Options extends QueryOptions,\n> = Omit<\n {\n // keep only operations included by slicing options\n [Key in keyof T as Key extends GetSlicedOperations ? Key : never]: T[Key];\n },\n // exclude create operations for models that don't allow create (delegate models, required Unsupported fields)\n ModelAllowsCreate extends true ? never : OperationsRequiringCreate\n>;\n\nexport type AllModelOperations<\n Schema extends SchemaDef,\n Model extends GetModels,\n Options extends QueryOptions,\n ExtQueryArgs extends ExtQueryArgsBase,\n ExtResult extends ExtResultBase = {},\n> = CommonModelOperations &\n // provider-specific operations\n (Schema['provider']['type'] extends 'mysql'\n ? {}\n : {\n /**\n * Creates multiple entities and returns them.\n * @param args - create args. See {@link createMany} for input. Use\n * `select` and `omit` to control the fields returned.\n * @returns the created entities\n *\n * @example\n * ```ts\n * // create multiple entities and return selected fields\n * await db.user.createManyAndReturn({\n * data: [\n * { name: 'Alex', email: 'alex@zenstack.dev' },\n * { name: 'John', email: 'john@zenstack.dev' }\n * ],\n * select: { id: true, email: true }\n * });\n * ```\n */\n createManyAndReturn<\n T extends CrudArgsType,\n >(\n args?: SelectSubset<\n T,\n CrudArgsType\n >,\n ): ZenStackPromise>;\n\n /**\n * Updates multiple entities and returns them.\n * @param args - update args. Only scalar fields are allowed for data.\n * @returns the updated entities\n *\n * @example\n * ```ts\n * // update many entities and return selected fields\n * await db.user.updateManyAndReturn({\n * where: { email: { endsWith: '@zenstack.dev' } },\n * data: { role: 'ADMIN' },\n * select: { id: true, email: true }\n * }); // result: `Array<{ id: string; email: string }>`\n *\n * // limit the number of updated entities\n * await db.user.updateManyAndReturn({\n * where: { email: { endsWith: '@zenstack.dev' } },\n * data: { role: 'ADMIN' },\n * limit: 10\n * });\n * ```\n */\n updateManyAndReturn<\n T extends CrudArgsType,\n >(\n args: Subset>,\n ): ZenStackPromise>;\n });\n\n// Explicit variance annotations bypass TypeScript's structural variance *measurement* for this\n// large, deeply-recursive generic. Measurement here comes back \"unreliable\" (the type recurses\n// across related models) and is pure wasted work - it dominated type-check time. The annotations\n// below match the measured variance and let the checker skip that probing entirely.\ntype CommonModelOperations<\n in out Schema extends SchemaDef,\n in out Model extends GetModels,\n // `Options` is invariant (it is read for `omit`/`slicing` in both arg and result positions).\n // Annotating it keeps the variance-measurement skip. Note: a client built with an explicit\n // `omit`/`slicing` literal is then no longer assignable to the bare `ClientContract`\n // (default options) - schema-agnostic call sites that take `ClientContract` should\n // accept the client via a cast. This is a rare pattern and worth the type-check speedup.\n in out Options extends QueryOptions,\n in out ExtQueryArgs extends ExtQueryArgsBase,\n out ExtResult extends ExtResultBase = {},\n> = {\n /**\n * Returns a list of entities.\n * @param args - query args\n * @returns a list of entities\n *\n * @example\n * ```ts\n * // find all users and return all scalar fields\n * await db.user.findMany();\n *\n * // find all users with name 'Alex'\n * await db.user.findMany({\n * where: {\n * name: 'Alex'\n * }\n * });\n *\n * // select fields\n * await db.user.findMany({\n * select: {\n * name: true,\n * email: true,\n * }\n * }); // result: `Array<{ name: string, email: string }>`\n *\n * // omit fields\n * await db.user.findMany({\n * omit: {\n * name: true,\n * }\n * }); // result: `Array<{ id: number; email: string; ... }>`\n *\n * // include relations (and all scalar fields)\n * await db.user.findMany({\n * include: {\n * posts: true,\n * }\n * }); // result: `Array<{ ...; posts: Post[] }>`\n *\n * // include relations with filter\n * await db.user.findMany({\n * include: {\n * posts: {\n * where: {\n * published: true\n * }\n * }\n * }\n * });\n *\n * // pagination and sorting\n * await db.user.findMany({\n * skip: 10,\n * take: 10,\n * orderBy: [{ name: 'asc' }, { email: 'desc' }],\n * });\n *\n * // pagination with cursor (https://www.prisma.io/docs/orm/prisma-client/queries/pagination#cursor-based-pagination)\n * await db.user.findMany({\n * cursor: { id: 10 },\n * skip: 1,\n * take: 10,\n * orderBy: { id: 'asc' },\n * });\n *\n * // distinct\n * await db.user.findMany({\n * distinct: ['name']\n * });\n *\n * // count all relations\n * await db.user.findMany({\n * _count: true,\n * }); // result: `{ _count: { posts: number; ... } }`\n *\n * // count selected relations\n * await db.user.findMany({\n * _count: { select: { posts: true } },\n * }); // result: `{ _count: { posts: number } }`\n * ```\n */\n findMany>(\n args?: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Returns a uniquely identified entity.\n * @param args - query args\n * @returns a single entity or null if not found\n * @see {@link findMany}\n */\n findUnique>(\n args: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Returns a uniquely identified entity or throws `NotFoundError` if not found.\n * @param args - query args\n * @returns a single entity\n * @see {@link findMany}\n */\n findUniqueOrThrow>(\n args: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Returns the first entity.\n * @param args - query args\n * @returns a single entity or null if not found\n * @see {@link findMany}\n */\n findFirst>(\n args?: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Returns the first entity or throws `NotFoundError` if not found.\n * @param args - query args\n * @returns a single entity\n * @see {@link findMany}\n */\n findFirstOrThrow>(\n args?: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Creates a new entity.\n * @param args - create args\n * @returns the created entity\n *\n * @example\n * ```ts\n * // simple create\n * await db.user.create({\n * data: { name: 'Alex', email: 'alex@zenstack.dev' }\n * });\n *\n * // nested create with relation\n * await db.user.create({\n * data: {\n * email: 'alex@zenstack.dev',\n * posts: { create: { title: 'Hello World' } }\n * }\n * });\n *\n * // you can use `select`, `omit`, and `include` to control\n * // the fields returned by the query, as with `findMany`\n * await db.user.create({\n * data: {\n * email: 'alex@zenstack.dev',\n * posts: { create: { title: 'Hello World' } }\n * },\n * include: { posts: true }\n * }); // result: `{ id: number; posts: Post[] }`\n *\n * // connect relations\n * await db.user.create({\n * data: {\n * email: 'alex@zenstack.dev',\n * posts: { connect: { id: 1 } }\n * }\n * });\n *\n * // connect relations, and create if not found\n * await db.user.create({\n * data: {\n * email: 'alex@zenstack.dev',\n * posts: {\n * connectOrCreate: {\n * where: { id: 1 },\n * create: { title: 'Hello World' }\n * }\n * }\n * }\n * });\n * ```\n */\n create>(\n args: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Creates multiple entities. Only scalar fields are allowed.\n * @param args - create args\n * @returns count of created entities: `{ count: number }`\n *\n * @example\n * ```ts\n * // create multiple entities\n * await db.user.createMany({\n * data: [\n * { name: 'Alex', email: 'alex@zenstack.dev' },\n * { name: 'John', email: 'john@zenstack.dev' }\n * ]\n * });\n *\n * // skip items that cause unique constraint violation\n * await db.user.createMany({\n * data: [\n * { name: 'Alex', email: 'alex@zenstack.dev' },\n * { name: 'John', email: 'john@zenstack.dev' }\n * ],\n * skipDuplicates: true\n * });\n * ```\n */\n createMany>(\n args?: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Updates a uniquely identified entity.\n * @param args - update args. See {@link findMany} for how to control\n * fields and relations returned.\n * @returns the updated entity. Throws `NotFoundError` if the entity is not found.\n *\n * @example\n * ```ts\n * // update fields\n * await db.user.update({\n * where: { id: 1 },\n * data: { name: 'Alex' }\n * });\n *\n * // connect a relation\n * await db.user.update({\n * where: { id: 1 },\n * data: { posts: { connect: { id: 1 } } }\n * });\n *\n * // connect relation, and create if not found\n * await db.user.update({\n * where: { id: 1 },\n * data: {\n * posts: {\n * connectOrCreate: {\n * where: { id: 1 },\n * create: { title: 'Hello World' }\n * }\n * }\n * }\n * });\n *\n * // create many related entities (only available for one-to-many relations)\n * await db.user.update({\n * where: { id: 1 },\n * data: {\n * posts: {\n * createMany: {\n * data: [{ title: 'Hello World' }, { title: 'Hello World 2' }],\n * }\n * }\n * }\n * });\n *\n * // disconnect a one-to-many relation\n * await db.user.update({\n * where: { id: 1 },\n * data: { posts: { disconnect: { id: 1 } } }\n * });\n *\n * // disconnect a one-to-one relation\n * await db.user.update({\n * where: { id: 1 },\n * data: { profile: { disconnect: true } }\n * });\n *\n * // replace a relation (only available for one-to-many relations)\n * await db.user.update({\n * where: { id: 1 },\n * data: {\n * posts: {\n * set: [{ id: 1 }, { id: 2 }]\n * }\n * }\n * });\n *\n * // update a relation\n * await db.user.update({\n * where: { id: 1 },\n * data: {\n * posts: {\n * update: { where: { id: 1 }, data: { title: 'Hello World' } }\n * }\n * }\n * });\n *\n * // upsert a relation\n * await db.user.update({\n * where: { id: 1 },\n * data: {\n * posts: {\n * upsert: {\n * where: { id: 1 },\n * create: { title: 'Hello World' },\n * update: { title: 'Hello World' }\n * }\n * }\n * }\n * });\n *\n * // update many related entities (only available for one-to-many relations)\n * await db.user.update({\n * where: { id: 1 },\n * data: {\n * posts: {\n * updateMany: {\n * where: { published: true },\n * data: { title: 'Hello World' }\n * }\n * }\n * }\n * });\n *\n * // delete a one-to-many relation\n * await db.user.update({\n * where: { id: 1 },\n * data: { posts: { delete: { id: 1 } } }\n * });\n *\n * // delete a one-to-one relation\n * await db.user.update({\n * where: { id: 1 },\n * data: { profile: { delete: true } }\n * });\n * ```\n */\n update>(\n args: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Updates multiple entities.\n * @param args - update args. Only scalar fields are allowed for data.\n * @returns count of updated entities: `{ count: number }`\n *\n * @example\n * ```ts\n * // update many entities\n * await db.user.updateMany({\n * where: { email: { endsWith: '@zenstack.dev' } },\n * data: { role: 'ADMIN' }\n * });\n *\n * // limit the number of updated entities\n * await db.user.updateMany({\n * where: { email: { endsWith: '@zenstack.dev' } },\n * data: { role: 'ADMIN' },\n * limit: 10\n * });\n */\n updateMany>(\n args: Subset>,\n ): ZenStackPromise>;\n\n /**\n * Creates or updates an entity.\n * @param args - upsert args\n * @returns the upserted entity\n *\n * @example\n * ```ts\n * // upsert an entity\n * await db.user.upsert({\n * // `where` clause is used to find the entity\n * where: { id: 1 },\n * // `create` clause is used if the entity is not found\n * create: { email: 'alex@zenstack.dev', name: 'Alex' },\n * // `update` clause is used if the entity is found\n * update: { name: 'Alex-new' },\n * // `select` and `omit` can be used to control the returned fields\n * ...\n * });\n * ```\n */\n upsert>(\n args: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Deletes a uniquely identifiable entity.\n * @param args - delete args\n * @returns the deleted entity. Throws `NotFoundError` if the entity is not found.\n *\n * @example\n * ```ts\n * // delete an entity\n * await db.user.delete({\n * where: { id: 1 }\n * });\n *\n * // delete an entity and return selected fields\n * await db.user.delete({\n * where: { id: 1 },\n * select: { id: true, email: true }\n * }); // result: `{ id: string; email: string }`\n * ```\n */\n delete>(\n args: SelectSubset>,\n ): ZenStackPromise>;\n\n /**\n * Deletes multiple entities.\n * @param args - delete args\n * @returns count of deleted entities: `{ count: number }`\n *\n * @example\n * ```ts\n * // delete many entities\n * await db.user.deleteMany({\n * where: { email: { endsWith: '@zenstack.dev' } }\n * });\n *\n * // limit the number of deleted entities\n * await db.user.deleteMany({\n * where: { email: { endsWith: '@zenstack.dev' } },\n * limit: 10\n * });\n * ```\n */\n deleteMany>(\n args?: Subset>,\n ): ZenStackPromise>;\n\n /**\n * Counts rows or field values.\n * @param args - count args\n * @returns `number`, or an object containing count of selected relations\n *\n * @example\n * ```ts\n * // count all\n * await db.user.count();\n *\n * // count with a filter\n * await db.user.count({ where: { email: { endsWith: '@zenstack.dev' } } });\n *\n * // count rows and field values\n * await db.user.count({\n * select: { _all: true, email: true }\n * }); // result: `{ _all: number, email: number }`\n */\n count>(\n args?: Subset>,\n ): ZenStackPromise>>;\n\n /**\n * Aggregates rows.\n * @param args - aggregation args\n * @returns an object containing aggregated values\n *\n * @example\n * ```ts\n * // aggregate rows\n * await db.profile.aggregate({\n * where: { email: { endsWith: '@zenstack.dev' } },\n * _count: true,\n * _avg: { age: true },\n * _sum: { age: true },\n * _min: { age: true },\n * _max: { age: true }\n * }); // result: `{ _count: number, _avg: { age: number }, ... }`\n */\n aggregate>(\n args: Subset>,\n ): ZenStackPromise>>;\n\n /**\n * Groups rows by columns.\n * @param args - groupBy args\n * @returns an object containing grouped values\n *\n * @example\n * ```ts\n * // group by a field\n * await db.profile.groupBy({\n * by: 'country',\n * _count: true\n * }); // result: `Array<{ country: string, _count: number }>`\n *\n * // group by multiple fields\n * await db.profile.groupBy({\n * by: ['country', 'city'],\n * _count: true\n * }); // result: `Array<{ country: string, city: string, _count: number }>`\n *\n * // group by with sorting, the `orderBy` fields must be either an aggregation\n * // or a field used in the `by` list\n * await db.profile.groupBy({\n * by: 'country',\n * orderBy: { country: 'desc' }\n * });\n *\n * // group by with having (post-aggregation filter), the fields used in `having` must\n * // be either an aggregation, or a field used in the `by` list\n * await db.profile.groupBy({\n * by: 'country',\n * having: { country: 'US', age: { _avg: { gte: 18 } } }\n * });\n */\n groupBy>(\n args: Subset>,\n ): ZenStackPromise>>;\n\n /**\n * Checks if an entity exists.\n * @param args - exists args\n * @returns whether a matching entity was found\n *\n * @example\n * ```ts\n * // check if a user exists\n * await db.user.exists({\n * where: { id: 1 },\n * }); // result: `boolean`\n *\n * // check with a relation\n * await db.user.exists({\n * where: { posts: { some: { published: true } } },\n * }); // result: `boolean`\n */\n exists>(\n args?: Subset>,\n ): ZenStackPromise>;\n};\n\nexport type OperationsRequiringCreate = 'create' | 'createMany' | 'createManyAndReturn' | 'upsert';\n\n// See the note on `CommonModelOperations` - explicit variance annotations skip the expensive,\n// \"unreliable\" variance measurement of this recursive type.\nexport type ModelOperations<\n in out Schema extends SchemaDef,\n in out Model extends GetModels,\n // `Options` is invariant - see the note on {@link CommonModelOperations}.\n in out Options extends QueryOptions = ClientOptions,\n in out ExtQueryArgs extends ExtQueryArgsBase = {},\n out ExtResult extends ExtResultBase = {},\n> = SliceOperations, Schema, Model, Options>;\n\n//#endregion\n\n//#region Supporting types\n\n/**\n * Type for auth context that includes both scalar and relation fields.\n * Relations are recursively included to allow nested auth data like { user: { profile: { ... } } }\n */\ntype AuthModelType> = Partial<\n DefaultModelResult\n> & {\n [Key in RelationFields]?: FieldIsArray extends true\n ? AuthModelType>[]\n : AuthModelType>;\n};\n\nexport type AuthType =\n Schema['authType'] extends GetModels\n ? AuthModelType\n : Schema['authType'] extends GetTypeDefs\n ? TypeDefResult\n : Record;\n\n//#endregion\n","import { enumerate, invariant, isPlainObject, lowerCaseFirst } from '@zenstackhq/common-helpers';\nimport type { BuiltinType, DataSourceProviderType, FieldDef, GetModels, ModelDef, SchemaDef } from '@zenstackhq/schema';\nimport type { AliasableExpression, Expression, ExpressionBuilder, ExpressionWrapper, SqlBool, ValueNode } from 'kysely';\nimport { expressionBuilder, sql, type SelectQueryBuilder } from 'kysely';\nimport { match, P } from 'ts-pattern';\nimport { AnyNullClass, DbNullClass, JsonNullClass } from '../../../common-types';\nimport type { OrArray } from '../../../utils/type-utils';\nimport { AggregateOperators, DELEGATE_JOINED_FIELD_PREFIX, LOGICAL_COMBINATORS } from '../../constants';\nimport type {\n BooleanFilter,\n BytesFilter,\n DateTimeFilter,\n FindArgs,\n OrderBy,\n SortOrder,\n StringFilter,\n} from '../../crud-types';\nimport { createConfigError, createInvalidInputError, createNotSupportedError } from '../../errors';\nimport type { ClientOptions } from '../../options';\nimport {\n aggregate,\n buildJoinPairs,\n ensureArray,\n flattenCompoundUniqueFilters,\n getDelegateDescendantModels,\n getManyToManyRelation,\n getModelFields,\n getRelationForeignKeyFieldPairs,\n isEnum,\n isTypeDef,\n makeDefaultOrderBy,\n requireField,\n requireIdFields,\n requireModel,\n requireTypeDef,\n tmpAlias,\n} from '../../query-utils';\n\nexport abstract class BaseCrudDialect {\n protected eb = expressionBuilder();\n\n constructor(\n protected readonly schema: Schema,\n protected readonly options: ClientOptions,\n ) {}\n\n // #region capability flags\n\n /**\n * Whether the dialect supports updating with a limit on the number of updated rows.\n */\n abstract get supportsUpdateWithLimit(): boolean;\n\n /**\n * Whether the dialect supports deleting with a limit on the number of deleted rows.\n */\n abstract get supportsDeleteWithLimit(): boolean;\n\n /**\n * Whether the dialect supports DISTINCT ON.\n */\n abstract get supportsDistinctOn(): boolean;\n\n /**\n * Whether the dialect support inserting with `DEFAULT` as field value.\n */\n abstract get supportsDefaultAsFieldValue(): boolean;\n\n /**\n * Whether the dialect supports the RETURNING clause in INSERT/UPDATE/DELETE statements.\n */\n abstract get supportsReturning(): boolean;\n\n /**\n * Whether the dialect supports `INSERT INTO ... DEFAULT VALUES` syntax.\n */\n abstract get supportsInsertDefaultValues(): boolean;\n\n /**\n * How to perform insert ignore operation.\n */\n abstract get insertIgnoreMethod(): 'onConflict' | 'ignore';\n\n // #endregion\n\n // #region value transformation\n\n /**\n * Transforms input value before sending to database.\n *\n * `fieldDef` is optional so existing callers that don't have it stay\n * source-compatible. Dialects can use it to inspect `@db.*` native-type\n * attributes (e.g. to format `@db.Time` values as `HH:MM:SS` rather than\n * full ISO timestamps).\n */\n transformInput(value: unknown, _type: BuiltinType, _forArrayField: boolean, _fieldDef?: FieldDef) {\n return value;\n }\n\n /**\n * Transforms output value received from database.\n */\n transformOutput(value: unknown, _type: BuiltinType, _array: boolean) {\n return value;\n }\n\n // #endregion\n\n // #region common query builders\n\n buildSelectModel(model: string, modelAlias: string) {\n const modelDef = requireModel(this.schema, model);\n let result = this.eb.selectFrom(model === modelAlias ? model : `${model} as ${modelAlias}`);\n // join all delegate bases\n let joinBase = modelDef.baseModel;\n while (joinBase) {\n result = this.buildDelegateJoin(model, modelAlias, joinBase, result);\n joinBase = requireModel(this.schema, joinBase).baseModel;\n }\n return result;\n }\n\n buildFilterSortTake(\n model: string,\n args: FindArgs, any, true>,\n query: SelectQueryBuilder,\n modelAlias: string,\n ) {\n let result = query;\n\n // where\n if (args.where) {\n result = result.where(() => this.buildFilter(model, modelAlias, args?.where));\n }\n\n // skip && take\n let negateOrderBy = false;\n const skip = args.skip;\n let take = args.take;\n if (take !== undefined && take < 0) {\n negateOrderBy = true;\n take = -take;\n }\n result = this.buildSkipTake(result, skip, take);\n\n // distinct\n let distinctFields: string[] = [];\n if ('distinct' in args && (args as any).distinct) {\n distinctFields = ensureArray((args as any).distinct) as string[];\n if (this.supportsDistinctOn) {\n result = result.distinctOn(distinctFields.map((f) => this.eb.ref(`${modelAlias}.${f}`)));\n } else {\n throw createNotSupportedError(`\"distinct\" is not supported by \"${this.schema.provider.type}\" provider`);\n }\n }\n\n // orderBy\n // Some dialects (e.g., postgres) requires DISTINCT ON expressions to match the leftmost ORDER BY expressions.\n // Prepend distinct fields only when the user-supplied orderBy doesn't already satisfy this.\n let effectiveOrderBy = args.orderBy;\n if (distinctFields.length > 0 && this.supportsDistinctOn) {\n const existingOrderBy = enumerate(args.orderBy).filter((o) => Object.keys(o as object).length > 0);\n const alreadySatisfied = distinctFields.every(\n (f, i) => i < existingOrderBy.length && Object.keys(existingOrderBy[i] as object)[0] === f,\n );\n if (existingOrderBy.length > 0 && !alreadySatisfied) {\n const prependedOrderBy = distinctFields.map((f) => ({ [f]: 'asc' })) as any[];\n effectiveOrderBy = [...prependedOrderBy, ...existingOrderBy];\n }\n }\n result = this.buildOrderBy(result, model, modelAlias, effectiveOrderBy, negateOrderBy, take);\n\n if (args.cursor) {\n if (effectiveOrderBy) {\n const offendingKey = enumerate(effectiveOrderBy)\n .map((ob: any) => {\n if (typeof ob !== 'object' || ob === null) return undefined;\n if ('_fuzzyRelevance' in ob) return '_fuzzyRelevance';\n if ('_ftsRelevance' in ob) return '_ftsRelevance';\n return undefined;\n })\n .find((k) => k !== undefined);\n if (offendingKey) {\n // TODO: revisit this limitation\n throw createNotSupportedError(\n `cursor pagination cannot be combined with \"${offendingKey}\" ordering`,\n );\n }\n }\n result = this.buildCursorFilter(\n model,\n result,\n args.cursor,\n effectiveOrderBy as OrArray> | undefined,\n negateOrderBy,\n modelAlias,\n );\n }\n return result;\n }\n\n buildFilter(model: string, modelAlias: string, where: boolean | object | undefined) {\n if (where === true || where === undefined) {\n return this.true();\n }\n\n if (where === false) {\n return this.false();\n }\n\n let result = this.true();\n const _where = flattenCompoundUniqueFilters(this.schema, model, where);\n\n for (const [key, payload] of Object.entries(_where)) {\n if (payload === undefined) {\n continue;\n }\n\n if (key.startsWith('$')) {\n continue;\n }\n\n if (this.isLogicalCombinator(key)) {\n result = this.and(result, this.buildCompositeFilter(model, modelAlias, key, payload));\n continue;\n }\n\n const fieldDef = requireField(this.schema, model, key);\n\n if (fieldDef.relation) {\n result = this.and(result, this.buildRelationFilter(model, modelAlias, key, fieldDef, payload));\n } else {\n // if the field is from a base model, build a reference from that model\n const fieldRef = this.fieldRef(fieldDef.originModel ?? model, key, fieldDef.originModel ?? modelAlias);\n if (fieldDef.array) {\n result = this.and(result, this.buildArrayFilter(fieldRef, fieldDef, payload));\n } else {\n result = this.and(result, this.buildPrimitiveFilter(fieldRef, fieldDef, payload));\n }\n }\n }\n\n // call expression builder and combine the results\n if ('$expr' in _where && typeof _where['$expr'] === 'function') {\n result = this.and(result, _where['$expr'](this.eb));\n }\n\n return result;\n }\n\n private buildCursorFilter(\n model: string,\n query: SelectQueryBuilder,\n cursor: object,\n orderBy: OrArray> | undefined,\n negateOrderBy: boolean,\n modelAlias: string,\n ) {\n const _orderBy = orderBy ?? makeDefaultOrderBy(this.schema, model);\n\n const orderByItems = ensureArray(_orderBy).flatMap((obj) => Object.entries(obj));\n\n const subQueryAlias = `${model}$cursor$sub`;\n const cursorFilter = this.buildFilter(model, subQueryAlias, cursor);\n\n let result = query;\n const filters: ExpressionWrapper[] = [];\n\n for (let i = orderByItems.length - 1; i >= 0; i--) {\n const andFilters: ExpressionWrapper[] = [];\n\n for (let j = 0; j <= i; j++) {\n const [field, order] = orderByItems[j]!;\n const _order = negateOrderBy ? (order === 'asc' ? 'desc' : 'asc') : order;\n const op = j === i ? (_order === 'asc' ? '>=' : '<=') : '=';\n // Fields inherited from a delegate base live on the base table, which is\n // joined with its model name as alias. See buildSelectModel/buildDelegateJoin.\n const fieldDef = requireField(this.schema, model, field);\n const outerAlias = fieldDef.originModel ?? modelAlias;\n const subSelectAlias = fieldDef.originModel ?? subQueryAlias;\n andFilters.push(\n this.eb(\n this.eb.ref(`${outerAlias}.${field}`),\n op,\n this.buildSelectModel(model, subQueryAlias)\n .select(`${subSelectAlias}.${field}`)\n .where(cursorFilter),\n ),\n );\n }\n\n filters.push(this.eb.and(andFilters));\n }\n\n result = result.where((eb) => eb.or(filters));\n\n return result;\n }\n\n private isLogicalCombinator(key: string): key is (typeof LOGICAL_COMBINATORS)[number] {\n return LOGICAL_COMBINATORS.includes(key as any);\n }\n\n protected buildCompositeFilter(\n model: string,\n modelAlias: string,\n key: (typeof LOGICAL_COMBINATORS)[number],\n payload: any,\n ): Expression {\n // Normalize payload: ensure array, remove empty objects and objects with\n // only undefined fields values\n const normalizedPayload = enumerate(payload).filter((el) => {\n if (typeof el === 'object' && el !== null && !Array.isArray(el)) {\n const entries = Object.entries(el);\n return entries.some(([, v]) => v !== undefined);\n } else {\n return true;\n }\n });\n\n const normalizedFilters = normalizedPayload.map((el) => this.buildFilter(model, modelAlias, el));\n\n return match(key)\n .with('AND', () => {\n if (normalizedFilters.length === 0) {\n // AND of no conditions is a no-op, return true\n return this.true();\n }\n return this.and(...normalizedFilters);\n })\n .with('OR', () => {\n if (normalizedFilters.length === 0) {\n // OR of no conditions is always false, return false\n return this.false();\n }\n return this.or(...normalizedFilters);\n })\n .with('NOT', () => {\n if (normalizedFilters.length === 0) {\n // NOT of no conditions is a no-op, return true\n return this.true();\n }\n return this.not(...normalizedFilters);\n })\n .exhaustive();\n }\n\n private buildRelationFilter(model: string, modelAlias: string, field: string, fieldDef: FieldDef, payload: any) {\n if (!fieldDef.array) {\n return this.buildToOneRelationFilter(model, modelAlias, field, fieldDef, payload);\n } else {\n return this.buildToManyRelationFilter(model, modelAlias, field, fieldDef, payload);\n }\n }\n\n private buildToOneRelationFilter(\n model: string,\n modelAlias: string,\n field: string,\n fieldDef: FieldDef,\n payload: any,\n ): Expression {\n if (payload === null) {\n const { ownedByModel, keyPairs } = getRelationForeignKeyFieldPairs(this.schema, model, field);\n\n if (ownedByModel && !fieldDef.originModel) {\n // can be short-circuited to FK null check\n return this.and(...keyPairs.map(({ fk }) => this.eb(this.eb.ref(`${modelAlias}.${fk}`), 'is', null)));\n } else {\n // translate it to `{ is: null }` filter\n return this.buildToOneRelationFilter(model, modelAlias, field, fieldDef, { is: null });\n }\n }\n\n const joinAlias = tmpAlias(`${modelAlias}$${field}`);\n const joinPairs = buildJoinPairs(\n this.schema,\n model,\n // if field is from a base, use the base model to join\n fieldDef.originModel ?? modelAlias,\n field,\n joinAlias,\n );\n const baseJoin = this.eb\n .selectFrom(`${fieldDef.type} as ${joinAlias}`)\n .select(this.eb.lit(1).as('_'))\n .where(() =>\n this.and(...joinPairs.map(([left, right]) => this.eb(this.eb.ref(left), '=', this.eb.ref(right)))),\n );\n\n const existsSelect = (extraFilter?: () => Expression) => {\n const q = extraFilter ? baseJoin.where(extraFilter) : baseJoin;\n return this.buildExistsExpression(q);\n };\n\n const conditions: Expression[] = [];\n\n if ('is' in payload || 'isNot' in payload) {\n if ('is' in payload) {\n if (payload.is === null) {\n // check if not found\n conditions.push(this.eb.not(existsSelect()));\n } else {\n // check if found that matches the filter\n conditions.push(existsSelect(() => this.buildFilter(fieldDef.type, joinAlias, payload.is)));\n }\n }\n\n if ('isNot' in payload) {\n if (payload.isNot === null) {\n // check if found\n conditions.push(existsSelect());\n } else {\n conditions.push(\n this.or(\n // no related row\n this.eb.not(existsSelect()),\n // related row exists but doesn't match the filter\n this.eb.not(existsSelect(() => this.buildFilter(fieldDef.type, joinAlias, payload.isNot))),\n ),\n );\n }\n }\n } else {\n conditions.push(existsSelect(() => this.buildFilter(fieldDef.type, joinAlias, payload)));\n }\n\n return this.and(...conditions);\n }\n\n private buildToManyRelationFilter(\n model: string,\n modelAlias: string,\n field: string,\n fieldDef: FieldDef,\n payload: any,\n ) {\n // null check needs to be converted to fk \"is null\" checks\n if (payload === null) {\n return this.eb(this.eb.ref(`${modelAlias}.${field}`), 'is', null);\n }\n\n const relationModel = fieldDef.type;\n\n // evaluating the filter involves creating an inner select,\n // give it an alias to avoid conflict\n const relationFilterSelectAlias = tmpAlias(`${modelAlias}$${field}$flt`);\n\n const buildPkFkWhereRefs = (eb: ExpressionBuilder) => {\n const m2m = getManyToManyRelation(this.schema, model, field);\n if (m2m) {\n // many-to-many relation\n\n const modelIdFields = requireIdFields(this.schema, model);\n invariant(modelIdFields.length === 1, 'many-to-many relation must have exactly one id field');\n const relationIdFields = requireIdFields(this.schema, relationModel);\n invariant(relationIdFields.length === 1, 'many-to-many relation must have exactly one id field');\n\n return eb(\n this.eb.ref(`${relationFilterSelectAlias}.${relationIdFields[0]}`),\n 'in',\n eb\n .selectFrom(m2m.joinTable)\n .select(`${m2m.joinTable}.${m2m.otherFkName}`)\n .whereRef(\n this.eb.ref(`${m2m.joinTable}.${m2m.parentFkName}`),\n '=',\n this.eb.ref(`${modelAlias}.${modelIdFields[0]}`),\n ),\n );\n } else {\n const relationKeyPairs = getRelationForeignKeyFieldPairs(this.schema, model, field);\n\n let result = this.true();\n for (const { fk, pk } of relationKeyPairs.keyPairs) {\n if (relationKeyPairs.ownedByModel) {\n result = this.and(\n result,\n eb(\n this.eb.ref(`${modelAlias}.${fk}`),\n '=',\n this.eb.ref(`${relationFilterSelectAlias}.${pk}`),\n ),\n );\n } else {\n result = this.and(\n result,\n eb(\n this.eb.ref(`${modelAlias}.${pk}`),\n '=',\n this.eb.ref(`${relationFilterSelectAlias}.${fk}`),\n ),\n );\n }\n }\n return result;\n }\n };\n\n let result = this.true();\n\n for (const [key, subPayload] of Object.entries(payload)) {\n if (!subPayload) {\n continue;\n }\n\n const existsSelect = (negate: boolean) => {\n const filter = this.buildFilter(relationModel, relationFilterSelectAlias, subPayload);\n const innerQuery = this.buildSelectModel(relationModel, relationFilterSelectAlias)\n .select(this.eb.lit(1).as('_'))\n .where(buildPkFkWhereRefs(this.eb))\n .where(() => (negate ? this.eb.not(filter) : filter));\n return this.buildExistsExpression(innerQuery);\n };\n\n switch (key) {\n case 'some': {\n result = this.and(result, existsSelect(false));\n break;\n }\n\n case 'every': {\n result = this.and(result, this.eb.not(existsSelect(true)));\n break;\n }\n\n case 'none': {\n result = this.and(result, this.eb.not(existsSelect(false)));\n break;\n }\n }\n }\n\n return result;\n }\n\n private buildArrayFilter(fieldRef: Expression, fieldDef: FieldDef, payload: any) {\n const clauses: Expression[] = [];\n const fieldType = fieldDef.type as BuiltinType;\n\n for (const [key, _value] of Object.entries(payload)) {\n if (_value === undefined) {\n continue;\n }\n\n invariant(fieldDef.array, 'Field must be an array type to build array filter');\n const value = this.transformInput(_value, fieldType, true, fieldDef);\n\n let receiver = fieldRef;\n if (isEnum(this.schema, fieldType)) {\n // cast enum array to `text[]` for type compatibility\n receiver = this.eb.cast(fieldRef, sql.raw('text[]'));\n }\n\n const buildArray = (value: unknown) => {\n invariant(Array.isArray(value), 'Array filter value must be an array');\n return this.buildArrayValue(\n value.map((v) => this.eb.val(v)),\n fieldType,\n );\n };\n\n switch (key) {\n case 'equals': {\n clauses.push(this.eb(receiver, '=', buildArray(value)));\n break;\n }\n\n case 'has': {\n clauses.push(this.buildArrayContains(receiver, this.eb.val(value), fieldType));\n break;\n }\n\n case 'hasEvery': {\n clauses.push(this.buildArrayHasEvery(receiver, buildArray(value)));\n break;\n }\n\n case 'hasSome': {\n clauses.push(this.buildArrayHasSome(receiver, buildArray(value)));\n break;\n }\n\n case 'isEmpty': {\n clauses.push(this.eb(fieldRef, value === true ? '=' : '!=', this.eb.val([])));\n break;\n }\n\n default: {\n throw createInvalidInputError(`Invalid array filter key: ${key}`);\n }\n }\n }\n\n return this.and(...clauses);\n }\n\n buildPrimitiveFilter(fieldRef: Expression, fieldDef: FieldDef, payload: any) {\n if (payload === null) {\n return this.eb(fieldRef, 'is', null);\n }\n\n if (isEnum(this.schema, fieldDef.type)) {\n return this.buildEnumFilter(fieldRef, fieldDef, payload);\n }\n\n if (isTypeDef(this.schema, fieldDef.type)) {\n if (payload instanceof DbNullClass || payload instanceof JsonNullClass || payload instanceof AnyNullClass) {\n // null sentinel passed directly (e.g. where: { field: DbNull }) — treat like { equals: sentinel }\n return this.buildJsonValueFilterClause(fieldRef, payload);\n }\n return this.buildJsonFilter(fieldRef, payload, fieldDef);\n }\n\n return match(fieldDef.type as BuiltinType)\n .with('String', () => this.buildStringFilter(fieldRef, payload, fieldDef))\n .with(P.union('Int', 'Float', 'Decimal', 'BigInt'), (type) =>\n this.buildNumberFilter(fieldRef, type, payload),\n )\n .with('Boolean', () => this.buildBooleanFilter(fieldRef, payload))\n .with('DateTime', () => this.buildDateTimeFilter(fieldRef, payload))\n .with('Bytes', () => this.buildBytesFilter(fieldRef, payload))\n .with('Json', () => this.buildJsonFilter(fieldRef, payload, fieldDef))\n .with('Unsupported', () => {\n throw createInvalidInputError(`Unsupported field cannot be used in filters`);\n })\n .exhaustive();\n }\n\n private buildJsonFilter(receiver: Expression, filter: any, fieldDef: FieldDef): any {\n invariant(filter && typeof filter === 'object', 'Json filter payload must be an object');\n\n if (\n [\n 'path',\n 'equals',\n 'not',\n 'string_contains',\n 'string_starts_with',\n 'string_ends_with',\n 'array_contains',\n 'array_starts_with',\n 'array_ends_with',\n ].some((k) => k in filter)\n ) {\n return this.buildPlainJsonFilter(receiver, filter);\n } else if (isTypeDef(this.schema, fieldDef.type)) {\n return this.buildTypedJsonFilter(receiver, filter, fieldDef.type, !!fieldDef.array);\n } else {\n throw createInvalidInputError(`Invalid JSON filter payload`);\n }\n }\n\n private buildPlainJsonFilter(receiver: Expression, filter: any) {\n const clauses: Expression[] = [];\n\n const path = filter.path;\n const jsonReceiver = this.buildJsonPathSelection(receiver, path);\n const stringReceiver = this.castText(jsonReceiver);\n\n const mode = filter.mode ?? 'default';\n invariant(mode === 'default' || mode === 'insensitive', 'Invalid JSON filter mode');\n\n for (const [key, value] of Object.entries(filter)) {\n switch (key) {\n case 'equals': {\n clauses.push(this.buildJsonValueFilterClause(jsonReceiver, value));\n break;\n }\n case 'not': {\n clauses.push(this.eb.not(this.buildJsonValueFilterClause(jsonReceiver, value)));\n break;\n }\n case 'string_contains': {\n invariant(typeof value === 'string', 'string_contains value must be a string');\n clauses.push(this.buildJsonStringFilter(stringReceiver, key, value, mode));\n break;\n }\n case 'string_starts_with': {\n invariant(typeof value === 'string', 'string_starts_with value must be a string');\n clauses.push(this.buildJsonStringFilter(stringReceiver, key, value, mode));\n break;\n }\n case 'string_ends_with': {\n invariant(typeof value === 'string', 'string_ends_with value must be a string');\n clauses.push(this.buildJsonStringFilter(stringReceiver, key, value, mode));\n break;\n }\n case 'array_contains': {\n clauses.push(this.buildJsonArrayFilter(jsonReceiver, key, value));\n break;\n }\n case 'array_starts_with': {\n clauses.push(this.buildJsonArrayFilter(jsonReceiver, key, value));\n break;\n }\n case 'array_ends_with': {\n clauses.push(this.buildJsonArrayFilter(jsonReceiver, key, value));\n break;\n }\n case 'path':\n case 'mode':\n // already handled\n break;\n default:\n throw createInvalidInputError(`Invalid JSON filter key: ${key}`);\n }\n }\n return this.and(...clauses);\n }\n\n private buildTypedJsonFilter(receiver: Expression, filter: any, typeDefName: string, array: boolean) {\n if (array) {\n return this.buildTypedJsonArrayFilter(receiver, filter, typeDefName);\n } else {\n return this.buildTypeJsonNonArrayFilter(receiver, filter, typeDefName);\n }\n }\n\n private buildTypedJsonArrayFilter(receiver: Expression, filter: any, typeDefName: string) {\n invariant(filter && typeof filter === 'object', 'Typed JSON array filter payload must be an object');\n\n const makeExistsPred = (filter: any) =>\n this.buildJsonArrayExistsPredicate(receiver, (elem) =>\n this.buildTypedJsonFilter(elem, filter, typeDefName, false),\n );\n\n const makeExistsNegatedPred = (filter: any) =>\n this.buildJsonArrayExistsPredicate(receiver, (elem) =>\n this.eb.not(this.buildTypedJsonFilter(elem, filter, typeDefName, false)),\n );\n\n const clauses: Expression[] = [];\n\n for (const [key, value] of Object.entries(filter)) {\n if (!value || typeof value !== 'object') {\n continue;\n }\n switch (key) {\n case 'some':\n clauses.push(makeExistsPred(value));\n break;\n\n case 'none':\n clauses.push(this.eb.not(makeExistsPred(value)));\n break;\n\n case 'every':\n clauses.push(this.eb.not(makeExistsNegatedPred(value)));\n break;\n\n default:\n invariant(false, `Invalid typed JSON array filter key: ${key}`);\n }\n }\n return this.and(...clauses);\n }\n\n private buildTypeJsonNonArrayFilter(\n receiver: Expression,\n filter: any,\n typeDefName: string,\n ): Expression {\n const clauses: Expression[] = [];\n\n if (filter === null) {\n return this.eb(receiver, '=', this.transformInput(null, 'Json', false));\n }\n\n invariant(filter && typeof filter === 'object', 'Typed JSON filter payload must be an object');\n\n if ('is' in filter || 'isNot' in filter) {\n // is / isNot filters\n if ('is' in filter && filter.is && typeof filter.is === 'object') {\n clauses.push(this.buildTypedJsonFilter(receiver, filter.is, typeDefName, false));\n }\n\n if ('isNot' in filter && filter.isNot && typeof filter.isNot === 'object') {\n clauses.push(this.eb.not(this.buildTypedJsonFilter(receiver, filter.isNot, typeDefName, false)));\n }\n } else {\n // direct field filters\n const typeDef = requireTypeDef(this.schema, typeDefName);\n for (const [key, value] of Object.entries(filter)) {\n const fieldDef = typeDef.fields[key];\n invariant(fieldDef, `Field \"${key}\" not found in type definition \"${typeDefName}\"`);\n const fieldReceiver = this.buildJsonPathSelection(receiver, `$.${key}`);\n if (isTypeDef(this.schema, fieldDef.type)) {\n clauses.push(this.buildTypedJsonFilter(fieldReceiver, value, fieldDef.type, !!fieldDef.array));\n } else {\n if (fieldDef.array) {\n clauses.push(this.buildArrayFilter(fieldReceiver, fieldDef, value));\n } else {\n let _receiver = fieldReceiver;\n if (fieldDef.type === 'String') {\n // trim quotes for string fields\n _receiver = this.trimTextQuotes(this.castText(fieldReceiver));\n }\n clauses.push(this.buildPrimitiveFilter(_receiver, fieldDef, value));\n }\n }\n }\n }\n return this.and(...clauses);\n }\n\n private buildJsonValueFilterClause(lhs: Expression, value: unknown) {\n if (value instanceof DbNullClass) {\n return this.eb(lhs, 'is', null);\n } else if (value instanceof JsonNullClass) {\n return this.eb.and([\n this.eb(lhs, '=', this.transformInput(null, 'Json', false)),\n this.eb(lhs, 'is not', null),\n ]);\n } else if (value instanceof AnyNullClass) {\n // AnyNull matches both DB NULL and JSON null\n return this.eb.or([this.eb(lhs, 'is', null), this.eb(lhs, '=', this.transformInput(null, 'Json', false))]);\n } else {\n return this.buildJsonEqualityFilter(lhs, value);\n }\n }\n\n protected buildJsonEqualityFilter(lhs: Expression, rhs: unknown) {\n return this.buildValueFilter(lhs, 'Json', rhs);\n }\n\n private buildValueFilter(lhs: Expression, type: BuiltinType, rhs: unknown) {\n if (rhs === undefined) {\n // undefined filter is no-op, always true\n return this.true();\n }\n\n if (rhs === null) {\n // null comparison\n return this.eb(lhs, 'is', null);\n }\n\n return this.eb(lhs, '=', this.transformInput(rhs, type, false));\n }\n\n private buildStandardFilter(\n type: BuiltinType,\n payload: any,\n lhs: Expression,\n getRhs: (value: unknown) => any,\n recurse: (value: unknown) => Expression,\n throwIfInvalid = false,\n onlyForKeys: string[] | undefined = undefined,\n excludeKeys: string[] = [],\n ) {\n if (payload === null || !isPlainObject(payload)) {\n return {\n conditions: [this.buildValueFilter(lhs, type, payload)],\n consumedKeys: [],\n };\n }\n\n const conditions: Expression[] = [];\n const consumedKeys: string[] = [];\n\n for (const [op, value] of Object.entries(payload)) {\n if (onlyForKeys && !onlyForKeys.includes(op)) {\n continue;\n }\n if (excludeKeys.includes(op)) {\n continue;\n }\n if (value === undefined) {\n continue;\n }\n const rhs = Array.isArray(value) ? value.map(getRhs) : getRhs(value);\n const condition = match(op)\n .with('equals', () => (rhs === null ? this.eb(lhs, 'is', null) : this.eb(lhs, '=', rhs)))\n .with('in', () => {\n invariant(Array.isArray(rhs), 'right hand side must be an array');\n if (rhs.length === 0) {\n return this.false();\n } else {\n return this.eb(lhs, 'in', rhs);\n }\n })\n .with('notIn', () => {\n invariant(Array.isArray(rhs), 'right hand side must be an array');\n if (rhs.length === 0) {\n return this.true();\n } else {\n return this.eb.not(this.eb(lhs, 'in', rhs));\n }\n })\n .with('lt', () => this.eb(lhs, '<', rhs))\n .with('lte', () => this.eb(lhs, '<=', rhs))\n .with('gt', () => this.eb(lhs, '>', rhs))\n .with('gte', () => this.eb(lhs, '>=', rhs))\n .with('between', () => {\n invariant(Array.isArray(rhs), 'right hand side must be an array');\n invariant(rhs.length === 2, 'right hand side must have a length of 2');\n const [start, end] = rhs;\n return this.eb.and([this.eb(lhs, '>=', start), this.eb(lhs, '<=', end)]);\n })\n .with('not', () => this.eb.not(recurse(value)))\n // aggregations\n .with(P.union(...AggregateOperators), (op) => {\n const innerResult = this.buildStandardFilter(\n type,\n value,\n aggregate(this.eb, lhs, op),\n getRhs,\n recurse,\n throwIfInvalid,\n );\n consumedKeys.push(...innerResult.consumedKeys);\n return this.and(...innerResult.conditions);\n })\n .otherwise(() => {\n if (throwIfInvalid) {\n throw createInvalidInputError(`Invalid filter key: ${op}`);\n } else {\n return undefined;\n }\n });\n\n if (condition) {\n conditions.push(condition);\n consumedKeys.push(op);\n }\n }\n\n return { conditions, consumedKeys };\n }\n\n private buildStringFilter(fieldRef: Expression, payload: StringFilter, fieldDef?: FieldDef) {\n let mode: 'default' | 'insensitive' | undefined;\n if (payload && typeof payload === 'object' && 'mode' in payload) {\n mode = payload.mode;\n }\n\n const { conditions, consumedKeys } = this.buildStandardFilter(\n 'String',\n payload,\n mode === 'insensitive' ? this.eb.fn('lower', [fieldRef]) : fieldRef,\n (value) => this.prepStringCasing(this.eb, value, mode),\n (value) => this.buildStringFilter(fieldRef, value as StringFilter, fieldDef),\n );\n\n if (payload && typeof payload === 'object') {\n for (const [key, value] of Object.entries(payload)) {\n if (key === 'mode' || consumedKeys.includes(key)) {\n continue;\n }\n\n if (value === undefined) {\n continue;\n }\n\n if (key === 'fuzzy') {\n invariant(\n fieldDef?.fuzzy === true,\n `field \"${fieldDef?.name ?? ''}\" is not fuzzy-searchable; add the \\`@fuzzy\\` attribute to use the \\`fuzzy\\` filter`,\n );\n conditions.push(this.buildFuzzyFilter(fieldRef, this.normalizeFuzzyOptions(value)));\n continue;\n }\n\n if (key === 'fts') {\n invariant(\n fieldDef?.fullText === true,\n `field \"${fieldDef?.name ?? ''}\" is not full-text-searchable; add the \\`@fullText\\` attribute to use the \\`fts\\` filter`,\n );\n conditions.push(this.buildFullTextFilter(fieldRef, value));\n continue;\n }\n\n invariant(typeof value === 'string', `${key} value must be a string`);\n\n const escapedValue = this.escapeLikePattern(value);\n const condition = match(key)\n .with('contains', () => this.buildStringLike(fieldRef, `%${escapedValue}%`, mode === 'insensitive'))\n .with('startsWith', () =>\n this.buildStringLike(fieldRef, `${escapedValue}%`, mode === 'insensitive'),\n )\n .with('endsWith', () => this.buildStringLike(fieldRef, `%${escapedValue}`, mode === 'insensitive'))\n .otherwise(() => {\n throw createInvalidInputError(`Invalid string filter key: ${key}`);\n });\n\n if (condition) {\n conditions.push(condition);\n }\n }\n }\n\n return this.and(...conditions);\n }\n\n private buildJsonStringFilter(\n receiver: Expression,\n operation: 'string_contains' | 'string_starts_with' | 'string_ends_with',\n value: string,\n mode: 'default' | 'insensitive',\n ) {\n // build LIKE pattern based on operation, note that receiver is quoted\n const escapedValue = this.escapeLikePattern(value);\n const pattern = match(operation)\n .with('string_contains', () => `\"%${escapedValue}%\"`)\n .with('string_starts_with', () => `\"${escapedValue}%\"`)\n .with('string_ends_with', () => `\"%${escapedValue}\"`)\n .exhaustive();\n\n return this.buildStringLike(receiver, pattern, mode === 'insensitive');\n }\n\n private escapeLikePattern(pattern: string) {\n return pattern.replace(/\\\\/g, '\\\\\\\\').replace(/%/g, '\\\\%').replace(/_/g, '\\\\_');\n }\n\n private buildStringLike(receiver: Expression, pattern: string, insensitive: boolean) {\n const { supportsILike } = this.getStringCasingBehavior();\n const op = insensitive && supportsILike ? 'ilike' : 'like';\n return sql`${receiver} ${sql.raw(op)} ${sql.val(pattern)} escape ${sql.val('\\\\')}`;\n }\n\n private prepStringCasing(\n eb: ExpressionBuilder,\n value: unknown,\n mode: 'default' | 'insensitive' | undefined,\n ): any {\n if (!mode || mode === 'default') {\n return value === null ? value : sql.val(value);\n }\n\n if (typeof value === 'string') {\n return eb.fn('lower', [sql.val(value)]);\n } else if (Array.isArray(value)) {\n return value.map((v) => this.prepStringCasing(eb, v, mode));\n } else {\n return value === null ? null : sql.val(value);\n }\n }\n\n private buildNumberFilter(fieldRef: Expression, type: BuiltinType, payload: any) {\n const { conditions } = this.buildStandardFilter(\n type,\n payload,\n fieldRef,\n (value) => this.transformInput(value, type, false),\n (value) => this.buildNumberFilter(fieldRef, type, value),\n );\n return this.and(...conditions);\n }\n\n private buildBooleanFilter(fieldRef: Expression, payload: BooleanFilter) {\n const { conditions } = this.buildStandardFilter(\n 'Boolean',\n payload,\n fieldRef,\n (value) => this.transformInput(value, 'Boolean', false),\n (value) => this.buildBooleanFilter(fieldRef, value as BooleanFilter),\n true,\n ['equals', 'not'],\n );\n return this.and(...conditions);\n }\n\n private buildDateTimeFilter(fieldRef: Expression, payload: DateTimeFilter) {\n const { conditions } = this.buildStandardFilter(\n 'DateTime',\n payload,\n fieldRef,\n (value) => this.transformInput(value, 'DateTime', false),\n (value) => this.buildDateTimeFilter(fieldRef, value as DateTimeFilter),\n true,\n );\n return this.and(...conditions);\n }\n\n private buildBytesFilter(fieldRef: Expression, payload: BytesFilter) {\n const conditions = this.buildStandardFilter(\n 'Bytes',\n payload,\n fieldRef,\n (value) => this.transformInput(value, 'Bytes', false),\n (value) => this.buildBytesFilter(fieldRef, value as BytesFilter),\n true,\n ['equals', 'in', 'notIn', 'not'],\n );\n return this.and(...conditions.conditions);\n }\n\n private buildEnumFilter(fieldRef: Expression, fieldDef: FieldDef, payload: any) {\n const conditions = this.buildStandardFilter(\n 'String',\n payload,\n fieldRef,\n (value) => value,\n (value) => this.buildEnumFilter(fieldRef, fieldDef, value),\n true,\n ['equals', 'in', 'notIn', 'not'],\n );\n return this.and(...conditions.conditions);\n }\n\n buildOrderBy(\n query: SelectQueryBuilder,\n model: string,\n modelAlias: string,\n orderBy: OrArray, boolean, boolean>> | undefined,\n negated: boolean,\n take: number | undefined,\n ) {\n if (!orderBy) {\n return query;\n }\n\n let result = query;\n\n const buildFieldRef = (model: string, field: string, modelAlias: string) => {\n const fieldDef = requireField(this.schema, model, field);\n return fieldDef.originModel\n ? this.fieldRef(fieldDef.originModel, field, fieldDef.originModel)\n : this.fieldRef(model, field, modelAlias);\n };\n\n enumerate(orderBy).forEach((orderBy, index) => {\n for (const [field, value] of Object.entries(orderBy)) {\n if (!value) {\n continue;\n }\n\n // _fuzzyRelevance ordering\n if (field === '_fuzzyRelevance') {\n result = this.applyFuzzyRelevanceOrderBy(result, model, modelAlias, value, negated, buildFieldRef);\n continue;\n }\n\n // _ftsRelevance ordering\n if (field === '_ftsRelevance') {\n result = this.applyFtsRelevanceOrderBy(result, model, modelAlias, value, negated, buildFieldRef);\n continue;\n }\n\n // aggregations\n if (['_count', '_avg', '_sum', '_min', '_max'].includes(field)) {\n result = this.applyAggregationOrderBy(\n result,\n model,\n modelAlias,\n field as AggregateOperators,\n value,\n negated,\n buildFieldRef,\n );\n continue;\n }\n\n const fieldDef = requireField(this.schema, model, field);\n\n if (!fieldDef.relation) {\n result = this.applyScalarOrderBy(result, model, modelAlias, field, value, negated, buildFieldRef);\n } else {\n result = this.applyRelationOrderBy(\n result,\n model,\n modelAlias,\n field,\n fieldDef,\n value,\n negated,\n take,\n index,\n );\n }\n }\n });\n\n return result;\n }\n\n private applyRelationOrderBy(\n query: SelectQueryBuilder,\n model: string,\n modelAlias: string,\n field: string,\n fieldDef: FieldDef,\n value: any,\n negated: boolean,\n take: number | undefined,\n index: number,\n ): SelectQueryBuilder {\n const relationModel = fieldDef.type;\n\n if (fieldDef.array) {\n // order by to-many relation\n if (typeof value !== 'object') {\n throw createInvalidInputError(`invalid orderBy value for field \"${field}\"`);\n }\n if ('_count' in value) {\n invariant(\n value._count === 'asc' || value._count === 'desc',\n 'invalid orderBy value for field \"_count\"',\n );\n const sort = this.negateSort(value._count, negated);\n return query.orderBy((eb) => {\n const subQueryAlias = tmpAlias(`${modelAlias}$ob$${field}$ct`);\n let subQuery = this.buildSelectModel(relationModel, subQueryAlias);\n const joinPairs = buildJoinPairs(this.schema, model, modelAlias, field, subQueryAlias);\n subQuery = subQuery.where(() =>\n this.and(...joinPairs.map(([left, right]) => eb(this.eb.ref(left), '=', this.eb.ref(right)))),\n );\n subQuery = subQuery.select(() => eb.fn.count(eb.lit(1)).as('_count'));\n return subQuery;\n }, sort);\n }\n return query;\n }\n\n // order by to-one relation\n const joinAlias = tmpAlias(`${modelAlias}$ob$${index}`);\n const joined = query.leftJoin(`${relationModel} as ${joinAlias}`, (join) => {\n const joinPairs = buildJoinPairs(this.schema, model, modelAlias, field, joinAlias);\n return join.on((eb) =>\n this.and(...joinPairs.map(([left, right]) => eb(this.eb.ref(left), '=', this.eb.ref(right)))),\n );\n });\n return this.buildOrderBy(joined, relationModel, joinAlias, value, negated, take);\n }\n\n private applyScalarOrderBy(\n query: SelectQueryBuilder,\n model: string,\n modelAlias: string,\n field: string,\n value: any,\n negated: boolean,\n buildFieldRef: (model: string, field: string, modelAlias: string) => Expression,\n ): SelectQueryBuilder {\n const fieldRef = buildFieldRef(model, field, modelAlias);\n if (value === 'asc' || value === 'desc') {\n return query.orderBy(fieldRef, this.negateSort(value, negated));\n }\n if (typeof value === 'object' && 'sort' in value && (value.sort === 'asc' || value.sort === 'desc')) {\n const sort = this.negateSort(value.sort, negated);\n if (value.nulls === 'first' || value.nulls === 'last') {\n return this.buildOrderByField(query, fieldRef, sort, value.nulls);\n } else {\n return query.orderBy(fieldRef, sort);\n }\n }\n return query;\n }\n\n private applyAggregationOrderBy(\n query: SelectQueryBuilder,\n model: string,\n modelAlias: string,\n field: AggregateOperators,\n value: any,\n negated: boolean,\n buildFieldRef: (model: string, field: string, modelAlias: string) => Expression,\n ): SelectQueryBuilder {\n invariant(typeof value === 'object', `invalid orderBy value for field \"${field}\"`);\n let result = query;\n for (const [k, v] of Object.entries(value)) {\n invariant(v === 'asc' || v === 'desc', `invalid orderBy value for field \"${field}\"`);\n result = result.orderBy(\n (eb) => aggregate(eb, buildFieldRef(model, k, modelAlias), field),\n this.negateSort(v, negated),\n );\n }\n return result;\n }\n\n private applyFuzzyRelevanceOrderBy(\n query: SelectQueryBuilder,\n model: string,\n modelAlias: string,\n value: any,\n negated: boolean,\n buildFieldRef: (model: string, field: string, modelAlias: string) => Expression,\n ): SelectQueryBuilder {\n invariant(\n typeof value === 'object' && 'fields' in value && 'search' in value && 'sort' in value,\n 'invalid orderBy value for \"_fuzzyRelevance\"',\n );\n invariant(\n Array.isArray(value.fields) && value.fields.length > 0,\n '_fuzzyRelevance.fields must be a non-empty array',\n );\n invariant(value.sort === 'asc' || value.sort === 'desc', 'invalid sort value for \"_fuzzyRelevance\"');\n invariant(\n typeof value.search === 'string' && value.search.length > 0,\n '_fuzzyRelevance.search must be a non-empty string',\n );\n const mode = value.mode ?? 'simple';\n invariant(\n mode === 'simple' || mode === 'word' || mode === 'strictWord',\n '_fuzzyRelevance.mode must be \"simple\", \"word\" or \"strictWord\"',\n );\n const unaccent = value.unaccent ?? false;\n invariant(typeof unaccent === 'boolean', '_fuzzyRelevance.unaccent must be a boolean');\n for (const fieldName of value.fields as string[]) {\n const fieldDef = requireField(this.schema, model, fieldName);\n invariant(\n fieldDef.fuzzy === true,\n `field \"${fieldName}\" is not fuzzy-searchable; add the \\`@fuzzy\\` attribute to use it in \\`_fuzzyRelevance\\``,\n );\n }\n const fieldRefs = (value.fields as string[]).map((f) => buildFieldRef(model, f, modelAlias));\n return this.buildFuzzyRelevanceOrderBy(\n query,\n fieldRefs,\n value.search,\n this.negateSort(value.sort, negated),\n mode,\n unaccent,\n );\n }\n\n private applyFtsRelevanceOrderBy(\n query: SelectQueryBuilder,\n model: string,\n modelAlias: string,\n value: any,\n negated: boolean,\n buildFieldRef: (model: string, field: string, modelAlias: string) => Expression,\n ): SelectQueryBuilder {\n invariant(\n typeof value === 'object' && 'fields' in value && 'search' in value && 'sort' in value,\n 'invalid orderBy value for \"_ftsRelevance\"',\n );\n invariant(\n Array.isArray(value.fields) && value.fields.length > 0,\n '_ftsRelevance.fields must be a non-empty array',\n );\n invariant(value.sort === 'asc' || value.sort === 'desc', 'invalid sort value for \"_ftsRelevance\"');\n invariant(\n typeof value.search === 'string' && value.search.length > 0,\n '_ftsRelevance.search must be a non-empty string',\n );\n if (value.config !== undefined) {\n invariant(\n typeof value.config === 'string' && value.config.length > 0,\n '_ftsRelevance.config must be a non-empty string',\n );\n }\n const config = value.config as string | undefined;\n for (const fieldName of value.fields as string[]) {\n const fieldDef = requireField(this.schema, model, fieldName);\n invariant(\n fieldDef.fullText === true,\n `field \"${fieldName}\" is not full-text-searchable; add the \\`@fullText\\` attribute to use it in \\`_ftsRelevance\\``,\n );\n }\n const fieldRefs = (value.fields as string[]).map((f) => buildFieldRef(model, f, modelAlias));\n return this.buildFtsRelevanceOrderBy(\n query,\n fieldRefs,\n value.search,\n config,\n this.negateSort(value.sort, negated),\n );\n }\n\n buildSelectAllFields(\n model: string,\n query: SelectQueryBuilder,\n omit: Record | undefined | null,\n modelAlias: string,\n ) {\n let result = query;\n\n for (const fieldDef of getModelFields(this.schema, model, { inherited: true, computed: true })) {\n if (this.shouldOmitField(omit, model, fieldDef.name)) {\n continue;\n }\n result = this.buildSelectField(result, model, modelAlias, fieldDef.name);\n }\n\n // select all fields from delegate descendants and pack into a JSON field `$delegate$Model`\n const descendants = getDelegateDescendantModels(this.schema, model);\n for (const subModel of descendants) {\n result = this.buildDelegateJoin(model, modelAlias, subModel.name, result);\n result = result.select(() => {\n const jsonObject: Record> = {};\n for (const fieldDef of getModelFields(this.schema, subModel.name, { computed: true })) {\n if (this.shouldOmitField(omit, subModel.name, fieldDef.name)) {\n continue;\n }\n jsonObject[fieldDef.name] = this.fieldRef(subModel.name, fieldDef.name, subModel.name);\n }\n return this.buildJsonObject(jsonObject).as(`${DELEGATE_JOINED_FIELD_PREFIX}${subModel.name}`);\n });\n }\n\n return result;\n }\n\n shouldOmitField(omit: unknown, model: string, field: string) {\n // query-level\n if (omit && typeof omit === 'object' && typeof (omit as any)[field] === 'boolean') {\n return (omit as any)[field];\n }\n\n // client-level: check both uncapitalized (current) and original (backward compat) model name\n const uncapModel = lowerCaseFirst(model);\n const omitConfig =\n (this.options.omit as Record | undefined)?.[uncapModel] ??\n (this.options.omit as Record | undefined)?.[model];\n if (omitConfig && typeof omitConfig === 'object' && typeof omitConfig[field] === 'boolean') {\n return omitConfig[field];\n }\n\n // schema-level\n const fieldDef = requireField(this.schema, model, field);\n return !!fieldDef.omit;\n }\n\n protected buildModelSelect(\n model: GetModels,\n subQueryAlias: string,\n payload: true | FindArgs, any, true>,\n selectAllFields: boolean,\n ) {\n let subQuery = this.buildSelectModel(model, subQueryAlias);\n\n if (selectAllFields) {\n subQuery = this.buildSelectAllFields(\n model,\n subQuery,\n typeof payload === 'object' ? payload?.omit : undefined,\n subQueryAlias,\n );\n }\n\n if (payload && typeof payload === 'object') {\n subQuery = this.buildFilterSortTake(model, payload, subQuery, subQueryAlias);\n }\n\n return subQuery;\n }\n\n buildSelectField(\n query: SelectQueryBuilder,\n model: string,\n modelAlias: string,\n field: string,\n ): SelectQueryBuilder {\n const fieldDef = requireField(this.schema, model, field);\n\n // if field is defined on a delegate base, the base model is joined with its\n // model name from outer query, so we should use it directly as the alias\n const fieldModel = fieldDef.originModel ?? model;\n const alias = fieldDef.originModel ?? modelAlias;\n\n return query.select(() => this.fieldRef(fieldModel, field, alias).as(field));\n }\n\n buildDelegateJoin(\n thisModel: string,\n thisModelAlias: string,\n otherModelAlias: string,\n query: SelectQueryBuilder,\n ) {\n const idFields = requireIdFields(this.schema, thisModel);\n query = query.leftJoin(otherModelAlias, (qb) => {\n for (const idField of idFields) {\n qb = qb.onRef(`${thisModelAlias}.${idField}`, '=', `${otherModelAlias}.${idField}`);\n }\n return qb;\n });\n return query;\n }\n\n buildCountJson(model: string, eb: ExpressionBuilder, parentAlias: string, payload: any) {\n const modelDef = requireModel(this.schema, model);\n const toManyRelations = Object.entries(modelDef.fields).filter(([, field]) => field.relation && field.array);\n\n const selections =\n payload === true\n ? {\n select: toManyRelations.reduce(\n (acc, [field]) => {\n acc[field] = true;\n return acc;\n },\n {} as Record,\n ),\n }\n : payload;\n\n const jsonObject: Record> = {};\n\n for (const [field, value] of Object.entries(selections.select)) {\n const fieldDef = requireField(this.schema, model, field);\n const fieldModel = fieldDef.type as GetModels;\n let fieldCountQuery: SelectQueryBuilder;\n\n // Use a unique alias for the subquery to avoid ambiguous references when\n // fieldModel === model (self-referential relation on a delegate model)\n const subQueryAlias = tmpAlias(`${parentAlias}$_${field}$count`);\n\n // join conditions\n const m2m = getManyToManyRelation(this.schema, model, field);\n if (m2m) {\n // many-to-many relation, count the join table\n fieldCountQuery = this.buildModelSelect(fieldModel, subQueryAlias, value as any, false)\n .innerJoin(m2m.joinTable, (join) =>\n join\n .onRef(`${m2m.joinTable}.${m2m.otherFkName}`, '=', `${subQueryAlias}.${m2m.otherPKName}`)\n .onRef(`${m2m.joinTable}.${m2m.parentFkName}`, '=', `${parentAlias}.${m2m.parentPKName}`),\n )\n .select(eb.fn.countAll().as(`_count$${field}`));\n } else {\n // build a nested query to count the number of records in the relation\n fieldCountQuery = this.buildModelSelect(fieldModel, subQueryAlias, value as any, false).select(\n eb.fn.countAll().as(`_count$${field}`),\n );\n\n // join conditions\n const joinPairs = buildJoinPairs(this.schema, model, parentAlias, field, subQueryAlias);\n for (const [left, right] of joinPairs) {\n fieldCountQuery = fieldCountQuery.whereRef(left, '=', right);\n }\n }\n\n jsonObject[field] = fieldCountQuery;\n }\n\n return this.buildJsonObject(jsonObject);\n }\n\n // #endregion\n\n // #region utils\n\n protected negateSort(sort: SortOrder, negated: boolean) {\n return negated ? (sort === 'asc' ? 'desc' : 'asc') : sort;\n }\n\n public true(): Expression {\n return this.eb.lit(this.transformInput(true, 'Boolean', false) as boolean);\n }\n\n public false(): Expression {\n return this.eb.lit(this.transformInput(false, 'Boolean', false) as boolean);\n }\n\n public isTrue(expression: Expression) {\n const node = expression.toOperationNode();\n if (node.kind !== 'ValueNode') {\n return false;\n }\n return (node as ValueNode).value === true || (node as ValueNode).value === 1;\n }\n\n public isFalse(expression: Expression) {\n const node = expression.toOperationNode();\n if (node.kind !== 'ValueNode') {\n return false;\n }\n return (node as ValueNode).value === false || (node as ValueNode).value === 0;\n }\n\n and(...args: Expression[]) {\n const nonTrueArgs = args.filter((arg) => !this.isTrue(arg));\n if (nonTrueArgs.length === 0) {\n return this.true();\n } else if (nonTrueArgs.length === 1) {\n return nonTrueArgs[0]!;\n } else {\n return this.eb.and(nonTrueArgs);\n }\n }\n\n or(...args: Expression[]) {\n const nonFalseArgs = args.filter((arg) => !this.isFalse(arg));\n if (nonFalseArgs.length === 0) {\n return this.false();\n } else if (nonFalseArgs.length === 1) {\n return nonFalseArgs[0]!;\n } else {\n return this.eb.or(nonFalseArgs);\n }\n }\n\n not(...args: Expression[]) {\n return this.eb.not(this.and(...args));\n }\n\n fieldRef(model: string, field: string, modelAlias?: string, inlineComputedField = true) {\n const fieldDef = requireField(this.schema, model, field);\n\n if (!fieldDef.computed) {\n // regular field\n return this.eb.ref(modelAlias ? `${modelAlias}.${field}` : field);\n } else {\n // computed field\n if (!inlineComputedField) {\n return this.eb.ref(modelAlias ? `${modelAlias}.${field}` : field);\n }\n let computer: Function | undefined;\n if ('computedFields' in this.options) {\n const computedFields = this.options.computedFields as Record;\n // check both uncapitalized (current) and original (backward compat) model name\n const computedModel = fieldDef.originModel ?? model;\n computer =\n computedFields?.[lowerCaseFirst(computedModel)]?.[field] ??\n computedFields?.[computedModel]?.[field];\n }\n if (!computer) {\n throw createConfigError(`Computed field \"${field}\" implementation not provided for model \"${model}\"`);\n }\n return computer(this.eb, { modelAlias });\n }\n }\n\n protected canJoinWithoutNestedSelect(\n modelDef: ModelDef,\n payload: boolean | FindArgs, any, true>,\n ) {\n if (modelDef.computedFields) {\n // computed fields requires explicit select\n return false;\n }\n\n if (modelDef.baseModel || modelDef.isDelegate) {\n // delegate models require upward/downward joins\n return false;\n }\n\n if (\n typeof payload === 'object' &&\n (payload.orderBy ||\n payload.skip !== undefined ||\n payload.take !== undefined ||\n payload.cursor ||\n (payload as any).distinct)\n ) {\n // ordering/pagination/distinct needs to be handled before joining\n return false;\n }\n\n return true;\n }\n\n // #endregion\n\n /**\n * Builds an EXISTS expression from an inner SELECT query.\n * Can be overridden by dialects that need special handling (e.g., MySQL wraps\n * in a derived table to avoid \"can't specify target table for update in FROM clause\").\n */\n protected buildExistsExpression(innerQuery: SelectQueryBuilder): Expression {\n return this.eb.exists(innerQuery);\n }\n\n // #region abstract methods\n\n abstract get provider(): DataSourceProviderType;\n\n /**\n * Builds selection for a relation field.\n */\n abstract buildRelationSelection(\n query: SelectQueryBuilder,\n model: string,\n relationField: string,\n parentAlias: string,\n payload: true | FindArgs, any, true>,\n ): SelectQueryBuilder;\n\n /**\n * Builds skip and take clauses.\n */\n abstract buildSkipTake(\n query: SelectQueryBuilder,\n skip: number | undefined,\n take: number | undefined,\n ): SelectQueryBuilder;\n\n /**\n * Builds an Kysely expression that returns a JSON object for the given key-value pairs.\n */\n abstract buildJsonObject(value: Record>): AliasableExpression;\n\n /**\n * Builds an Kysely expression that returns the length of an array.\n */\n abstract buildArrayLength(array: Expression): AliasableExpression;\n\n /**\n * Builds an array value expression.\n */\n abstract buildArrayValue(values: Expression[], elemType: string): AliasableExpression;\n\n /**\n * Builds an expression that checks if an array contains a single value.\n */\n abstract buildArrayContains(\n field: Expression,\n value: Expression,\n elemType?: string,\n ): AliasableExpression;\n\n /**\n * Builds an expression that checks if an array contains all values from another array.\n */\n abstract buildArrayHasEvery(field: Expression, values: Expression): AliasableExpression;\n\n /**\n * Builds an expression that checks if an array overlaps with another array.\n */\n abstract buildArrayHasSome(field: Expression, values: Expression): AliasableExpression;\n\n /**\n * Casts the given expression to an integer type.\n */\n abstract castInt>(expression: T): T;\n\n /**\n * Casts the given expression to a text type.\n */\n abstract castText>(expression: T): T;\n\n /**\n * Trims double quotes from the start and end of a text expression.\n */\n abstract trimTextQuotes>(expression: T): T;\n\n /*\n * Gets the string casing behavior for the dialect.\n */\n abstract getStringCasingBehavior(): { supportsILike: boolean; likeCaseSensitive: boolean };\n\n /**\n * Builds a VALUES table and select all fields from it.\n */\n abstract buildValuesTableSelect(fields: FieldDef[], rows: unknown[][]): SelectQueryBuilder;\n\n /**\n * Builds a binary comparison expression between two operands.\n */\n buildComparison(\n left: Expression,\n _leftFieldDef: FieldDef | undefined,\n op: string,\n right: Expression,\n _rightFieldDef: FieldDef | undefined,\n ): Expression {\n return this.eb(left, op as any, right) as Expression;\n }\n\n /**\n * Builds a JSON path selection expression.\n */\n protected abstract buildJsonPathSelection(receiver: Expression, path: string | undefined): Expression;\n\n /**\n * Builds a JSON array filter expression.\n */\n protected abstract buildJsonArrayFilter(\n receiver: Expression,\n operation: 'array_contains' | 'array_starts_with' | 'array_ends_with',\n value: unknown,\n ): Expression;\n\n /**\n * Builds a JSON array exists predicate (returning if any element matches the filter).\n */\n protected abstract buildJsonArrayExistsPredicate(\n receiver: Expression,\n buildFilter: (elem: Expression) => Expression,\n ): Expression;\n\n /**\n * Builds an ORDER BY clause for a field with NULLS FIRST/LAST support.\n */\n protected abstract buildOrderByField(\n query: SelectQueryBuilder,\n field: Expression,\n sort: SortOrder,\n nulls: 'first' | 'last',\n ): SelectQueryBuilder;\n\n /**\n * Builds a fuzzy search filter for a string field using PostgreSQL `pg_trgm`.\n * The selected SQL form (operator vs. function, with/without `unaccent`) depends\n * on the resolved options.\n */\n abstract buildFuzzyFilter(fieldRef: Expression, options: FuzzyFilterOptions): Expression;\n\n /**\n * Builds an ORDER BY clause that sorts by fuzzy relevance to a search term.\n */\n abstract buildFuzzyRelevanceOrderBy(\n query: SelectQueryBuilder,\n fieldRefs: Expression[],\n search: string,\n sort: SortOrder,\n mode: FuzzyFilterOptions['mode'],\n unaccent: boolean,\n ): SelectQueryBuilder;\n\n /**\n * Validate the user-provided fuzzy filter payload and apply defaults so dialects\n * always receive a fully-resolved {@link FuzzyFilterOptions} value.\n */\n protected normalizeFuzzyOptions(value: unknown): FuzzyFilterOptions {\n invariant(\n value !== null && typeof value === 'object' && !Array.isArray(value),\n 'fuzzy filter must be an object with at least a \"search\" field',\n );\n const raw = value as Record;\n invariant(\n typeof raw['search'] === 'string' && raw['search'].length > 0,\n 'fuzzy.search must be a non-empty string',\n );\n const mode = raw['mode'] ?? 'simple';\n invariant(\n mode === 'simple' || mode === 'word' || mode === 'strictWord',\n 'fuzzy.mode must be \"simple\", \"word\" or \"strictWord\"',\n );\n const threshold = raw['threshold'];\n if (threshold !== undefined) {\n invariant(\n typeof threshold === 'number' && threshold >= 0 && threshold <= 1,\n 'fuzzy.threshold must be a number between 0 and 1',\n );\n }\n const unaccent = raw['unaccent'] ?? false;\n invariant(typeof unaccent === 'boolean', 'fuzzy.unaccent must be a boolean');\n return {\n search: raw['search'],\n mode: mode as FuzzyFilterOptions['mode'],\n threshold: threshold as number | undefined,\n unaccent,\n };\n }\n\n /**\n * Builds a full-text-search filter for a string field. Receives the raw\n * user-supplied filter payload — dialects validate/normalize it themselves\n * (the shape is provider-specific; only Postgres supports this filter).\n */\n abstract buildFullTextFilter(fieldRef: Expression, payload: unknown): Expression;\n\n /**\n * Builds an ORDER BY clause that sorts by full-text-search relevance to a search term.\n */\n abstract buildFtsRelevanceOrderBy(\n query: SelectQueryBuilder,\n fieldRefs: Expression[],\n search: string,\n config: string | undefined,\n sort: SortOrder,\n ): SelectQueryBuilder;\n\n // #endregion\n}\n\n/**\n * Resolved options for a fuzzy filter passed to a dialect. `mode` and `unaccent`\n * are always populated (defaults: `mode='simple'`, `unaccent=false`, applied by\n * `normalizeFuzzyOptions`); `threshold` is optional and switches the SQL from\n * operator form (`%`, `<%`, `<<%`) to function form (`similarity() > threshold`).\n */\nexport type FuzzyFilterOptions = {\n search: string;\n mode: 'simple' | 'word' | 'strictWord';\n threshold?: number;\n unaccent: boolean;\n};\n","import { invariant } from '@zenstackhq/common-helpers';\nimport type { FieldDef, GetModels, SchemaDef } from '@zenstackhq/schema';\nimport { type AliasableExpression, type Expression, type ExpressionBuilder, type SelectQueryBuilder } from 'kysely';\nimport { DELEGATE_JOINED_FIELD_PREFIX } from '../../constants';\nimport type { FindArgs, NullsOrder, SortOrder } from '../../crud-types';\nimport {\n buildJoinPairs,\n ensureArray,\n getDelegateDescendantModels,\n getManyToManyRelation,\n isRelationField,\n requireField,\n requireIdFields,\n requireModel,\n tmpAlias,\n} from '../../query-utils';\nimport { BaseCrudDialect } from './base-dialect';\n\n/**\n * Base class for dialects that support lateral joins (MySQL and PostgreSQL).\n * Contains common logic for building relation selections using lateral joins and JSON aggregation.\n */\nexport abstract class LateralJoinDialectBase extends BaseCrudDialect {\n /**\n * Builds an array aggregation expression.\n */\n protected abstract buildArrayAgg(\n arg: Expression,\n orderBy?: { expr: Expression; sort: SortOrder; nulls?: NullsOrder }[],\n ): AliasableExpression;\n\n override buildRelationSelection(\n query: SelectQueryBuilder,\n model: string,\n relationField: string,\n parentAlias: string,\n payload: true | FindArgs, any, true>,\n ): SelectQueryBuilder {\n const relationResultName = tmpAlias(`${parentAlias}$${relationField}`);\n const joinedQuery = this.buildRelationJSON(\n model,\n query,\n relationField,\n parentAlias,\n payload,\n relationResultName,\n );\n return joinedQuery.select(`${relationResultName}.$data as ${relationField}`);\n }\n\n private buildRelationJSON(\n model: string,\n qb: SelectQueryBuilder,\n relationField: string,\n parentAlias: string,\n payload: true | FindArgs, any, true>,\n resultName: string,\n ) {\n const relationFieldDef = requireField(this.schema, model, relationField);\n const relationModel = relationFieldDef.type as GetModels;\n\n return qb.leftJoinLateral(\n (eb) => {\n const relationSelectName = tmpAlias(`${resultName}$sub`);\n const relationModelDef = requireModel(this.schema, relationModel);\n\n let tbl: SelectQueryBuilder;\n\n if (this.canJoinWithoutNestedSelect(relationModelDef, payload)) {\n // build join directly\n tbl = this.buildModelSelect(relationModel, relationSelectName, payload, false);\n\n // parent join filter\n tbl = this.buildRelationJoinFilter(\n tbl,\n model,\n relationField,\n relationModel,\n relationSelectName,\n parentAlias,\n );\n } else {\n // join with a nested query\n tbl = eb.selectFrom(() => {\n let subQuery = this.buildModelSelect(relationModel, `${relationSelectName}$t`, payload, true);\n\n // parent join filter\n subQuery = this.buildRelationJoinFilter(\n subQuery,\n model,\n relationField,\n relationModel,\n `${relationSelectName}$t`,\n parentAlias,\n );\n\n if (typeof payload !== 'object' || payload.take === undefined) {\n // force adding a limit otherwise the ordering is ignored by some databases\n // during JSON array aggregation\n subQuery = subQuery.limit(Number.MAX_SAFE_INTEGER);\n }\n\n return subQuery.as(relationSelectName);\n });\n }\n\n // select relation result\n tbl = this.buildRelationObjectSelect(\n relationModel,\n relationSelectName,\n relationFieldDef,\n tbl,\n payload,\n resultName,\n );\n\n // add nested joins for each relation\n tbl = this.buildRelationJoins(tbl, relationModel, relationSelectName, payload, resultName);\n\n // alias the join table\n return tbl.as(resultName);\n },\n (join) => join.onTrue(),\n );\n }\n\n private buildRelationJoinFilter(\n query: SelectQueryBuilder,\n model: string,\n relationField: string,\n relationModel: GetModels,\n relationModelAlias: string,\n parentAlias: string,\n ) {\n const m2m = getManyToManyRelation(this.schema, model, relationField);\n if (m2m) {\n // many-to-many relation\n const parentIds = requireIdFields(this.schema, model);\n const relationIds = requireIdFields(this.schema, relationModel);\n invariant(parentIds.length === 1, 'many-to-many relation must have exactly one id field');\n invariant(relationIds.length === 1, 'many-to-many relation must have exactly one id field');\n query = query.where((eb) =>\n eb(\n eb.ref(`${relationModelAlias}.${relationIds[0]}`),\n 'in',\n eb\n .selectFrom(m2m.joinTable)\n .select(`${m2m.joinTable}.${m2m.otherFkName}`)\n .whereRef(`${parentAlias}.${parentIds[0]}`, '=', `${m2m.joinTable}.${m2m.parentFkName}`),\n ),\n );\n } else {\n const joinPairs = buildJoinPairs(this.schema, model, parentAlias, relationField, relationModelAlias);\n query = query.where((eb) =>\n this.and(...joinPairs.map(([left, right]) => eb(this.eb.ref(left), '=', this.eb.ref(right)))),\n );\n }\n return query;\n }\n\n private buildRelationObjectSelect(\n relationModel: string,\n relationModelAlias: string,\n relationFieldDef: FieldDef,\n qb: SelectQueryBuilder,\n payload: true | FindArgs, any, true>,\n parentResultName: string,\n ) {\n qb = qb.select((eb) => {\n const objArgs = this.buildRelationObjectArgs(\n relationModel,\n relationModelAlias,\n eb,\n payload,\n parentResultName,\n );\n\n if (relationFieldDef.array) {\n const orderBy = this.buildRelationOrderByExpressions(relationModel, relationModelAlias, payload);\n return this.buildArrayAgg(this.buildJsonObject(objArgs), orderBy).as('$data');\n } else {\n return this.buildJsonObject(objArgs).as('$data');\n }\n });\n\n return qb;\n }\n\n /**\n * Extracts scalar `orderBy` clauses from the relation payload and maps them to\n * the array-aggregation ordering format.\n *\n * For to-many relations aggregated into a JSON array (via lateral joins), this\n * lets us preserve a stable ordering by passing `{ expr, sort, nulls? }` into\n * the dialect's `buildArrayAgg` implementation.\n */\n private buildRelationOrderByExpressions(\n model: string,\n modelAlias: string,\n payload: true | FindArgs, any, true>,\n ): { expr: Expression; sort: SortOrder; nulls?: NullsOrder }[] | undefined {\n if (payload === true || !payload.orderBy) {\n return undefined;\n }\n\n type ScalarSortValue = SortOrder | { sort: SortOrder; nulls?: NullsOrder };\n const items: { expr: Expression; sort: SortOrder; nulls?: NullsOrder }[] = [];\n\n for (const orderBy of ensureArray(payload.orderBy)) {\n for (const [field, value] of Object.entries(orderBy) as [string, ScalarSortValue | undefined][]) {\n if (!value || requireField(this.schema, model, field).relation) {\n continue;\n }\n\n const expr = this.fieldRef(model, field, modelAlias);\n let sort = typeof value === 'string' ? value : value.sort;\n if (payload.take !== undefined && payload.take < 0) {\n // negative `take` requires negated sorting, and the result order\n // will be corrected during post-read processing\n sort = this.negateSort(sort, true);\n }\n if (typeof value === 'string') {\n items.push({ expr, sort });\n } else {\n items.push({ expr, sort, nulls: value.nulls });\n }\n }\n }\n\n return items.length > 0 ? items : undefined;\n }\n\n private buildRelationObjectArgs(\n relationModel: string,\n relationModelAlias: string,\n eb: ExpressionBuilder,\n payload: true | FindArgs, any, true>,\n parentResultName: string,\n ) {\n const relationModelDef = requireModel(this.schema, relationModel);\n const objArgs: Record> = {};\n\n const descendantModels = getDelegateDescendantModels(this.schema, relationModel);\n if (descendantModels.length > 0) {\n // select all JSONs built from delegate descendants\n Object.assign(\n objArgs,\n ...descendantModels.map((subModel) => ({\n [`${DELEGATE_JOINED_FIELD_PREFIX}${subModel.name}`]: eb.ref(\n `${DELEGATE_JOINED_FIELD_PREFIX}${subModel.name}`,\n ),\n })),\n );\n }\n\n if (payload === true || !payload.select) {\n // select all scalar fields except for omitted\n const omit = typeof payload === 'object' ? payload.omit : undefined;\n\n Object.assign(\n objArgs,\n ...Object.entries(relationModelDef.fields)\n .filter(([, value]) => !value.relation)\n .filter(([name]) => !this.shouldOmitField(omit, relationModel, name))\n .map(([field]) => ({\n [field]: this.fieldRef(relationModel, field, relationModelAlias, false),\n })),\n );\n } else if (payload.select) {\n // select specific fields\n Object.assign(\n objArgs,\n ...Object.entries(payload.select)\n .filter(([, value]) => value)\n .map(([field, value]) => {\n if (field === '_count') {\n const subJson = this.buildCountJson(\n relationModel as GetModels,\n eb,\n relationModelAlias,\n value,\n );\n return { [field]: subJson };\n } else {\n const fieldDef = requireField(this.schema, relationModel, field);\n const fieldValue = fieldDef.relation\n ? // reference the synthesized JSON field\n eb.ref(`${parentResultName}$${field}.$data`)\n : // reference a plain field\n this.fieldRef(relationModel, field, relationModelAlias, false);\n return { [field]: fieldValue };\n }\n }),\n );\n }\n\n if (typeof payload === 'object' && (payload as any).include && typeof (payload as any).include === 'object') {\n // include relation fields\n\n Object.assign(\n objArgs,\n ...Object.entries((payload as any).include)\n .filter(([, value]) => value)\n .map(([field, value]) => {\n if (field === '_count') {\n return {\n [field]: this.buildCountJson(\n relationModel as GetModels,\n eb,\n relationModelAlias,\n value,\n ),\n };\n }\n return { [field]: eb.ref(`${parentResultName}$${field}.$data`) };\n }),\n );\n }\n\n return objArgs;\n }\n\n private buildRelationJoins(\n query: SelectQueryBuilder,\n relationModel: string,\n relationModelAlias: string,\n payload: true | FindArgs, any, true>,\n parentResultName: string,\n ) {\n let result = query;\n if (typeof payload === 'object') {\n const selectInclude = (payload as any).include ?? payload.select;\n if (selectInclude && typeof selectInclude === 'object') {\n Object.entries(selectInclude)\n .filter(([, value]) => value)\n .filter(([field]) => isRelationField(this.schema, relationModel, field))\n .forEach(([field, value]) => {\n result = this.buildRelationJSON(\n relationModel,\n result,\n field,\n relationModelAlias,\n value,\n `${parentResultName}$${field}`,\n );\n });\n }\n }\n return result;\n }\n}\n","import { invariant } from '@zenstackhq/common-helpers';\nimport type { BuiltinType, FieldDef, SchemaDef } from '@zenstackhq/schema';\nimport Decimal from 'decimal.js';\nimport type { AliasableExpression, TableExpression } from 'kysely';\nimport {\n expressionBuilder,\n ExpressionWrapper,\n sql,\n ValueListNode,\n type Expression,\n type SelectQueryBuilder,\n type SqlBool,\n} from 'kysely';\nimport { AnyNullClass, DbNullClass, JsonNullClass } from '../../../common-types';\nimport type { NullsOrder, SortOrder } from '../../crud-types';\nimport { createInvalidInputError, createNotSupportedError } from '../../errors';\nimport type { ClientOptions } from '../../options';\nimport { isTypeDef } from '../../query-utils';\nimport type { FuzzyFilterOptions } from './base-dialect';\nimport { LateralJoinDialectBase } from './lateral-join-dialect-base';\n\nexport class MySqlCrudDialect extends LateralJoinDialectBase {\n constructor(schema: Schema, options: ClientOptions) {\n super(schema, options);\n }\n\n override get provider() {\n return 'mysql' as const;\n }\n\n // #region capabilities\n\n override get supportsUpdateWithLimit(): boolean {\n return true;\n }\n\n override get supportsDeleteWithLimit(): boolean {\n return true;\n }\n\n override get supportsDistinctOn(): boolean {\n return false;\n }\n\n override get supportsReturning(): boolean {\n return false;\n }\n\n override get supportsInsertDefaultValues(): boolean {\n return false;\n }\n\n override get supportsDefaultAsFieldValue() {\n return true;\n }\n\n override get insertIgnoreMethod() {\n return 'ignore' as const;\n }\n\n // #endregion\n\n // #region value transformation\n\n override transformInput(value: unknown, type: BuiltinType, forArrayField: boolean): unknown {\n if (value === undefined) {\n return value;\n }\n\n // Handle special null classes for JSON fields\n if (value instanceof JsonNullClass) {\n return this.eb.cast(sql.lit('null'), 'json');\n } else if (value instanceof DbNullClass) {\n return null;\n } else if (value instanceof AnyNullClass) {\n invariant(false, 'should not reach here: AnyNull is not a valid input value');\n }\n\n if (isTypeDef(this.schema, type)) {\n // type-def fields (regardless array or scalar) are stored as scalar `Json` and\n // their input values need to be stringified if not already (i.e., provided in\n // default values)\n if (typeof value !== 'string') {\n return this.transformInput(value, 'Json', forArrayField);\n } else {\n return value;\n }\n } else if (Array.isArray(value)) {\n if (type === 'Json') {\n // type-def arrays reach here\n return JSON.stringify(value);\n } else {\n throw createNotSupportedError(`MySQL does not support array literals`);\n }\n } else {\n switch (type) {\n case 'Boolean':\n return value ? 1 : 0;\n case 'DateTime':\n // MySQL DATETIME format: 'YYYY-MM-DD HH:MM:SS.mmm'\n if (value instanceof Date) {\n // force UTC\n return value.toISOString().replace('Z', '+00:00');\n } else if (typeof value === 'string') {\n // parse and force UTC\n return new Date(value).toISOString().replace('Z', '+00:00');\n } else {\n return value;\n }\n case 'Decimal':\n return value !== null ? value.toString() : value;\n case 'Json':\n return this.eb.cast(this.eb.val(JSON.stringify(value)), 'json');\n case 'Bytes':\n return Buffer.isBuffer(value) ? value : value instanceof Uint8Array ? Buffer.from(value) : value;\n default:\n return value;\n }\n }\n }\n\n override transformOutput(value: unknown, type: BuiltinType, array: boolean) {\n if (value === null || value === undefined) {\n return value;\n }\n\n switch (type) {\n case 'Boolean':\n return this.transformOutputBoolean(value);\n case 'DateTime':\n return this.transformOutputDate(value);\n case 'Bytes':\n return this.transformOutputBytes(value);\n case 'BigInt':\n return this.transformOutputBigInt(value);\n case 'Decimal':\n return this.transformDecimal(value);\n default:\n return super.transformOutput(value, type, array);\n }\n }\n\n private transformOutputBoolean(value: unknown) {\n return !!value;\n }\n\n private transformOutputBigInt(value: unknown) {\n if (typeof value === 'bigint') {\n return value;\n }\n invariant(\n typeof value === 'string' || typeof value === 'number',\n `Expected string or number, got ${typeof value}`,\n );\n return BigInt(value);\n }\n\n private transformDecimal(value: unknown) {\n if (value instanceof Decimal) {\n return value;\n }\n invariant(\n typeof value === 'string' || typeof value === 'number' || value instanceof Decimal,\n `Expected string, number or Decimal, got ${typeof value}`,\n );\n return new Decimal(value);\n }\n\n private transformOutputDate(value: unknown) {\n if (typeof value !== 'string') {\n return value;\n }\n\n // MySQL `TIME` columns return bare time strings (\"09:30:00\") that `new Date`\n // can't parse on their own — anchor at the Unix epoch. Detect by shape rather\n // than the schema attribute so the runtime stays decoupled from `@db.*`\n // (which is migration/db-push only): TIME starts with `HH:`, DATE/DATETIME\n // values always start with `YYYY-`.\n const anchored = /^\\d{2}:/.test(value) ? `1970-01-01T${value}` : value;\n\n // MySQL DateTime columns are returned as strings (non-ISO but parsable as JS Date),\n // convert to ISO Date by appending 'Z' if not present\n return new Date(!anchored.endsWith('Z') ? anchored + 'Z' : anchored);\n }\n\n private transformOutputBytes(value: unknown) {\n return Buffer.isBuffer(value) ? Uint8Array.from(value) : value;\n }\n\n // #endregion\n\n // #region other overrides\n\n protected override buildExistsExpression(innerQuery: SelectQueryBuilder): Expression {\n // MySQL doesn't allow referencing the target table of a DELETE/UPDATE in a subquery\n // directly within the same statement. Wrapping in a derived table materializes the\n // subquery, making it a separate virtual table that MySQL accepts.\n return this.eb.exists(this.eb.selectFrom(innerQuery.as('$exists_sub')).select(this.eb.lit(1).as('_')));\n }\n\n protected buildArrayAgg(\n arg: Expression,\n _orderBy?: { expr: Expression; sort: SortOrder; nulls?: NullsOrder }[],\n ): AliasableExpression {\n // MySQL doesn't support ORDER BY inside JSON_ARRAYAGG.\n // For relation queries that need deterministic ordering, ordering is applied\n // by the input subquery before aggregation.\n return this.eb.fn.coalesce(sql`JSON_ARRAYAGG(${arg})`, sql`JSON_ARRAY()`);\n }\n\n override buildSkipTake(\n query: SelectQueryBuilder,\n skip: number | undefined,\n take: number | undefined,\n ) {\n if (take !== undefined) {\n query = query.limit(take);\n }\n if (skip !== undefined) {\n query = query.offset(skip);\n if (take === undefined) {\n // MySQL requires offset to be used with limit\n query = query.limit(Number.MAX_SAFE_INTEGER);\n }\n }\n return query;\n }\n\n override buildJsonObject(value: Record>) {\n return this.eb.fn(\n 'JSON_OBJECT',\n Object.entries(value).flatMap(([key, value]) => [sql.lit(key), value]),\n );\n }\n\n override castInt>(expression: T): T {\n return this.eb.cast(expression, sql.raw('unsigned')) as unknown as T;\n }\n\n override castText>(expression: T): T {\n // Use utf8mb4 character set collation to match MySQL 8.0+ default and avoid\n // collation conflicts when comparing with VALUES ROW columns\n return sql`CAST(${expression} AS CHAR CHARACTER SET utf8mb4)` as unknown as T;\n }\n\n override trimTextQuotes>(expression: T): T {\n return sql`TRIM(BOTH ${sql.lit('\"')} FROM ${expression})` as unknown as T;\n }\n\n override buildArrayLength(array: Expression): AliasableExpression {\n return this.eb.fn('JSON_LENGTH', [array]);\n }\n\n override buildArrayValue(values: Expression[], _elemType: string): AliasableExpression {\n return new ExpressionWrapper(ValueListNode.create(values.map((v) => v.toOperationNode())));\n }\n\n override buildArrayContains(\n _field: Expression,\n _value: Expression,\n _elemType?: string,\n ): AliasableExpression {\n throw createNotSupportedError('MySQL does not support native array operations');\n }\n\n override buildArrayHasEvery(\n _field: Expression,\n _values: Expression,\n ): AliasableExpression {\n throw createNotSupportedError('MySQL does not support native array operations');\n }\n\n override buildArrayHasSome(\n _field: Expression,\n _values: Expression,\n ): AliasableExpression {\n throw createNotSupportedError('MySQL does not support native array operations');\n }\n\n protected override buildJsonEqualityFilter(\n lhs: Expression,\n rhs: unknown,\n ): ExpressionWrapper {\n // MySQL's JSON equality comparison is key-order sensitive, use bi-directional JSON_CONTAINS\n // instead to achieve key-order insensitive comparison\n return this.eb.and([\n this.eb.fn('JSON_CONTAINS', [lhs, this.eb.val(JSON.stringify(rhs))]),\n this.eb.fn('JSON_CONTAINS', [this.eb.val(JSON.stringify(rhs)), lhs]),\n ]);\n }\n\n protected override buildJsonPathSelection(receiver: Expression, path: string | undefined) {\n if (path) {\n return this.eb.fn('JSON_EXTRACT', [receiver, this.eb.val(path)]);\n } else {\n return receiver;\n }\n }\n\n protected override buildJsonArrayFilter(\n lhs: Expression,\n operation: 'array_contains' | 'array_starts_with' | 'array_ends_with',\n value: unknown,\n ) {\n switch (operation) {\n case 'array_contains': {\n const v = Array.isArray(value) ? value : [value];\n return sql`JSON_CONTAINS(${lhs}, ${sql.val(JSON.stringify(v))})`;\n }\n\n case 'array_starts_with': {\n return this.eb(\n this.eb.fn('JSON_EXTRACT', [lhs, this.eb.val('$[0]')]),\n '=',\n this.transformInput(value, 'Json', false),\n );\n }\n\n case 'array_ends_with': {\n return this.eb(\n sql`JSON_EXTRACT(${lhs}, CONCAT('$[', JSON_LENGTH(${lhs}) - 1, ']'))`,\n '=',\n this.transformInput(value, 'Json', false),\n );\n }\n\n default:\n throw createInvalidInputError(`Unsupported array filter operation: ${operation}`);\n }\n }\n\n protected override buildJsonArrayExistsPredicate(\n receiver: Expression,\n buildFilter: (elem: Expression) => Expression,\n ) {\n // MySQL doesn't have a direct json_array_elements, we need to use JSON_TABLE or a different approach\n // For simplicity, we'll use EXISTS with a subquery that unnests the JSON array\n return this.eb.exists(\n this.eb\n .selectFrom(sql`JSON_TABLE(${receiver}, '$[*]' COLUMNS(value JSON PATH '$'))`.as('$items'))\n .select(this.eb.lit(1).as('_'))\n .where(buildFilter(this.eb.ref('$items.value'))),\n );\n }\n\n override getStringCasingBehavior() {\n // MySQL LIKE is case-insensitive by default (depends on collation), no ILIKE support\n return { supportsILike: false, likeCaseSensitive: false };\n }\n\n override buildValuesTableSelect(fields: FieldDef[], rows: unknown[][]) {\n const cols = rows[0]?.length ?? 0;\n\n if (fields.length !== cols) {\n throw createInvalidInputError('Number of fields must match number of columns in each row');\n }\n\n // check all rows have the same length\n for (const row of rows) {\n if (row.length !== cols) {\n throw createInvalidInputError('All rows must have the same number of columns');\n }\n }\n\n // build final alias name as `$values(f1, f2, ...)`\n const aliasWithColumns = `$values(${fields.map((f) => f.name).join(', ')})`;\n\n const eb = expressionBuilder();\n\n return eb\n .selectFrom(\n sql`(VALUES ${sql.join(\n rows.map((row) => sql`ROW(${sql.join(row.map((v) => sql.val(v)))})`),\n sql.raw(', '),\n )}) as ${sql.raw(aliasWithColumns)}` as unknown as TableExpression,\n )\n .selectAll();\n }\n\n protected override buildOrderByField(\n query: SelectQueryBuilder,\n field: Expression,\n sort: SortOrder,\n nulls: 'first' | 'last',\n ) {\n let result = query;\n if (nulls === 'first') {\n // NULLS FIRST: order by IS NULL DESC (nulls=1 first), then the actual field\n result = result.orderBy(sql`${field} IS NULL`, 'desc');\n result = result.orderBy(field, sort);\n } else {\n // NULLS LAST: order by IS NULL ASC (nulls=0 last), then the actual field\n result = result.orderBy(sql`${field} IS NULL`, 'asc');\n result = result.orderBy(field, sort);\n }\n return result;\n }\n\n // #endregion\n\n // #region fuzzy search\n\n override buildFuzzyFilter(_fieldRef: Expression, _options: FuzzyFilterOptions): Expression {\n throw createNotSupportedError('\"fuzzy\" filter is not supported by the \"mysql\" provider');\n }\n\n override buildFuzzyRelevanceOrderBy(\n _query: SelectQueryBuilder,\n _fieldRefs: Expression[],\n _search: string,\n _sort: SortOrder,\n _mode: FuzzyFilterOptions['mode'],\n _unaccent: boolean,\n ): SelectQueryBuilder {\n throw createNotSupportedError('\"_fuzzyRelevance\" ordering is not supported by the \"mysql\" provider');\n }\n\n // #endregion\n\n // #region full-text search\n\n override buildFullTextFilter(_fieldRef: Expression, _payload: unknown): Expression {\n throw createNotSupportedError('\"fts\" filter is not supported by the \"mysql\" provider');\n }\n\n override buildFtsRelevanceOrderBy(\n _query: SelectQueryBuilder,\n _fieldRefs: Expression[],\n _search: string,\n _config: string | undefined,\n _sort: SortOrder,\n ): SelectQueryBuilder {\n throw createNotSupportedError('\"_ftsRelevance\" ordering is not supported by the \"mysql\" provider');\n }\n\n // #endregion\n}\n","import { invariant } from '@zenstackhq/common-helpers';\nimport type { BuiltinType, FieldDef, SchemaDef } from '@zenstackhq/schema';\nimport Decimal from 'decimal.js';\nimport {\n expressionBuilder,\n sql,\n type AliasableExpression,\n type Expression,\n type SelectQueryBuilder,\n type SqlBool,\n} from 'kysely';\nimport { parse as parsePostgresArray } from 'postgres-array';\nimport { AnyNullClass, DbNullClass, JsonNullClass } from '../../../common-types';\nimport type { NullsOrder, SortOrder } from '../../crud-types';\nimport { createInvalidInputError } from '../../errors';\nimport type { ClientOptions } from '../../options';\nimport { isEnum, isTypeDef } from '../../query-utils';\nimport type { FuzzyFilterOptions } from './base-dialect';\nimport { LateralJoinDialectBase } from './lateral-join-dialect-base';\n\n/**\n * Formats a JS `Date` as a Postgres TIME / TIMETZ literal (`HH:MM:SS.fff`,\n * optionally with `+ZZ:ZZ` for TIMETZ). Reads UTC components so the value\n * round-trips with ISO-input parsing — callers anchor time-only inputs to\n * the Unix epoch.\n */\nfunction formatTimeOfDay(date: Date, withTimezone: boolean): string {\n const pad = (n: number, w = 2) => String(n).padStart(w, '0');\n const time = `${pad(date.getUTCHours())}:${pad(date.getUTCMinutes())}:${pad(date.getUTCSeconds())}.${pad(date.getUTCMilliseconds(), 3)}`;\n return withTimezone ? `${time}+00:00` : time;\n}\n\nexport class PostgresCrudDialect extends LateralJoinDialectBase {\n private static typeParserOverrideApplied = false;\n\n private readonly zmodelToSqlTypeMap: Record = {\n String: 'text',\n Boolean: 'boolean',\n Int: 'integer',\n BigInt: 'bigint',\n Float: 'double precision',\n Decimal: 'decimal',\n DateTime: 'timestamp',\n Bytes: 'bytea',\n Json: 'jsonb',\n };\n\n // Maps @db.* attribute names to PostgreSQL SQL types for use in VALUES table casts\n private static readonly dbAttributeToSqlTypeMap: Record = {\n '@db.Uuid': 'uuid',\n '@db.Citext': 'citext',\n '@db.Inet': 'inet',\n '@db.Bit': 'bit',\n '@db.VarBit': 'varbit',\n '@db.Xml': 'xml',\n '@db.Json': 'json',\n '@db.JsonB': 'jsonb',\n '@db.ByteA': 'bytea',\n '@db.Text': 'text',\n '@db.Char': 'bpchar',\n '@db.VarChar': 'varchar',\n '@db.Date': 'date',\n '@db.Time': 'time',\n '@db.Timetz': 'timetz',\n '@db.Timestamp': 'timestamp',\n '@db.Timestamptz': 'timestamptz',\n '@db.SmallInt': 'smallint',\n '@db.Integer': 'integer',\n '@db.BigInt': 'bigint',\n '@db.Real': 'real',\n '@db.DoublePrecision': 'double precision',\n '@db.Decimal': 'decimal',\n '@db.Boolean': 'boolean',\n };\n\n constructor(schema: Schema, options: ClientOptions) {\n super(schema, options);\n this.overrideTypeParsers();\n }\n\n override get provider() {\n return 'postgresql' as const;\n }\n\n private overrideTypeParsers() {\n if (this.options.fixPostgresTimezone !== false && !PostgresCrudDialect.typeParserOverrideApplied) {\n PostgresCrudDialect.typeParserOverrideApplied = true;\n\n const fixTimezone = (value: unknown) => {\n if (typeof value !== 'string') {\n return value;\n }\n if (!this.hasTimezoneOffset(value)) {\n // force UTC if no offset\n value += 'Z';\n }\n const result = new Date(value);\n return isNaN(result.getTime())\n ? value // fallback to original value if parsing fails\n : result;\n };\n\n // override node-pg's default type parser to resolve the timezone handling issue\n // with \"TIMESTAMP WITHOUT TIME ZONE\" fields\n // https://github.com/brianc/node-postgres/issues/429\n import(/* webpackIgnore: true */ 'pg') // suppress bundler analysis warnings\n .then((pg) => {\n // timestamp\n pg.types.setTypeParser(pg.types.builtins.TIMESTAMP, fixTimezone);\n // timestamp array\n pg.types.setTypeParser(1115, (value) => {\n if (typeof value !== 'string') {\n return value;\n }\n try {\n const arr = parsePostgresArray(value);\n return arr.map(fixTimezone);\n } catch {\n // fallback to original value if parsing fails\n return value;\n }\n });\n // date\n pg.types.setTypeParser(\n pg.types.builtins.DATE,\n // append time and UTC offset to force a valid UTC date time\n (v) => new Date(`${v}T00:00:00Z`),\n );\n })\n .catch(() => {\n // ignore\n });\n }\n }\n\n // #region capabilities\n\n override get supportsUpdateWithLimit(): boolean {\n return false;\n }\n\n override get supportsDeleteWithLimit(): boolean {\n return false;\n }\n\n override get supportsDistinctOn(): boolean {\n return true;\n }\n\n override get supportsReturning(): boolean {\n return true;\n }\n\n override get supportsDefaultAsFieldValue() {\n return true;\n }\n\n override get supportsInsertDefaultValues(): boolean {\n return true;\n }\n\n override get insertIgnoreMethod() {\n return 'onConflict' as const;\n }\n\n // #endregion\n\n // #region value transformation\n\n override transformInput(value: unknown, type: BuiltinType, forArrayField: boolean, fieldDef?: FieldDef): unknown {\n if (value === undefined) {\n return value;\n }\n\n // Handle special null classes for JSON fields\n if (value instanceof JsonNullClass) {\n return 'null';\n } else if (value instanceof DbNullClass) {\n return null;\n } else if (value instanceof AnyNullClass) {\n invariant(false, 'should not reach here: AnyNull is not a valid input value');\n }\n\n // node-pg incorrectly handles array values passed to non-array JSON fields,\n // the workaround is to JSON stringify the value\n // https://github.com/brianc/node-postgres/issues/374\n\n if (isTypeDef(this.schema, type)) {\n // type-def fields (regardless array or scalar) are stored as scalar `Json` and\n // their input values need to be stringified if not already (i.e., provided in\n // default values)\n if (typeof value !== 'string') {\n return JSON.stringify(value);\n } else {\n return value;\n }\n } else if (Array.isArray(value)) {\n if (type === 'Json' && !forArrayField) {\n // scalar `Json` fields need their input stringified\n return JSON.stringify(value);\n } else {\n return value.map((v) => this.transformInput(v, type, false, fieldDef));\n }\n } else {\n switch (type) {\n case 'DateTime': {\n const date = value instanceof Date ? value : typeof value === 'string' ? new Date(value) : null;\n if (date === null || isNaN(date.getTime())) return value;\n // Postgres TIME / TIMETZ columns reject ISO datetime input —\n // they expect `HH:MM:SS[.fff][+ZZ:ZZ]`. Detect those native\n // types via the field's @db.* attribute and format\n // accordingly. All other DateTime fields keep the existing\n // ISO behaviour (TIMESTAMP / TIMESTAMPTZ / DATE all accept\n // it natively).\n const dbAttrName = fieldDef?.attributes?.find((a) => a.name.startsWith('@db.'))?.name;\n if (dbAttrName === '@db.Time' || dbAttrName === '@db.Timetz') {\n return formatTimeOfDay(date, dbAttrName === '@db.Timetz');\n }\n return date.toISOString();\n }\n case 'Decimal':\n return value !== null ? value.toString() : value;\n case 'Json':\n if (\n value === null ||\n typeof value === 'string' ||\n typeof value === 'number' ||\n typeof value === 'boolean'\n ) {\n // postgres requires simple JSON values to be stringified\n return JSON.stringify(value);\n } else {\n return value;\n }\n default:\n return value;\n }\n }\n }\n\n override transformOutput(value: unknown, type: BuiltinType, array: boolean) {\n if (value === null || value === undefined) {\n return value;\n }\n\n switch (type) {\n case 'DateTime':\n return this.transformOutputDate(value);\n case 'Bytes':\n return this.transformOutputBytes(value);\n case 'BigInt':\n return this.transformOutputBigInt(value);\n case 'Decimal':\n return this.transformDecimal(value);\n default:\n if (isEnum(this.schema, type)) {\n return this.transformOutputEnum(value, array);\n } else {\n return super.transformOutput(value, type, array);\n }\n }\n }\n\n private transformOutputBigInt(value: unknown) {\n if (typeof value === 'bigint') {\n return value;\n }\n invariant(\n typeof value === 'string' || typeof value === 'number',\n `Expected string or number, got ${typeof value}`,\n );\n return BigInt(value);\n }\n\n private transformDecimal(value: unknown) {\n if (value instanceof Decimal) {\n return value;\n }\n invariant(\n typeof value === 'string' || typeof value === 'number' || value instanceof Decimal,\n `Expected string, number or Decimal, got ${typeof value}`,\n );\n return new Decimal(value);\n }\n\n private transformOutputDate(value: unknown) {\n if (typeof value !== 'string') {\n return value;\n }\n\n // PG `time` / `timetz` values come back as bare time strings (\"09:30:00\" or\n // \"09:30:00+00\") that `new Date` can't parse on their own — anchor at the\n // Unix epoch and expand `timetz`'s minute-less offset (`+HH` -> `+HH:00`).\n // Detect by shape rather than the schema attribute so the runtime stays\n // decoupled from `@db.*` (which is migration/db-push only): time-only\n // values start with `HH:`, anything date-bearing starts with `YYYY-`.\n const isTimeOnly = /^\\d{2}:/.test(value);\n const anchored = isTimeOnly ? `1970-01-01T${value}`.replace(/([+-]\\d{2})$/, '$1:00') : value;\n\n // PostgreSQL's jsonb_build_object serializes timestamp as ISO 8601 strings,\n // we force interpret them as UTC dates here if the value does not carry timezone\n // offset (this happens with \"TIMESTAMP WITHOUT TIME ZONE\" field type)\n const normalized = this.hasTimezoneOffset(anchored) ? anchored : `${anchored}Z`;\n const parsed = new Date(normalized);\n return Number.isNaN(parsed.getTime())\n ? value // fallback to original value if parsing fails\n : parsed;\n }\n\n private hasTimezoneOffset(value: string) {\n return value.endsWith('Z') || /[+-]\\d{2}:\\d{2}$/.test(value);\n }\n\n private transformOutputBytes(value: unknown) {\n return Buffer.isBuffer(value)\n ? Uint8Array.from(value)\n : // node-pg encode bytea as hex string prefixed with \\x when embedded in JSON\n typeof value === 'string' && value.startsWith('\\\\x')\n ? Uint8Array.from(Buffer.from(value.slice(2), 'hex'))\n : value;\n }\n\n private transformOutputEnum(value: unknown, array: boolean) {\n if (array && typeof value === 'string') {\n try {\n // postgres returns enum arrays as `{\"val 1\",val2}` strings, parse them back\n // to string arrays here\n return parsePostgresArray(value);\n } catch {\n // fall through - return as-is if parsing fails\n }\n }\n return value;\n }\n\n // #endregion\n\n // #region other overrides\n\n protected buildArrayAgg(\n arg: Expression,\n orderBy?: { expr: Expression; sort: SortOrder; nulls?: NullsOrder }[],\n ) {\n if (!orderBy || orderBy.length === 0) {\n return this.eb.fn.coalesce(sql`jsonb_agg(${arg})`, sql`'[]'::jsonb`);\n }\n\n const orderBySql = sql.join(\n orderBy.map(({ expr, sort, nulls }) => {\n const dir = sql.raw(sort.toUpperCase());\n const nullsSql = nulls ? sql` NULLS ${sql.raw(nulls.toUpperCase())}` : sql``;\n return sql`${expr} ${dir}${nullsSql}`;\n }),\n sql.raw(', '),\n );\n\n return this.eb.fn.coalesce(sql`jsonb_agg(${arg} ORDER BY ${orderBySql})`, sql`'[]'::jsonb`);\n }\n\n override buildSkipTake(\n query: SelectQueryBuilder,\n skip: number | undefined,\n take: number | undefined,\n ) {\n if (take !== undefined) {\n query = query.limit(take);\n }\n if (skip !== undefined) {\n query = query.offset(skip);\n }\n return query;\n }\n\n override buildJsonObject(value: Record>) {\n const entries = Object.entries(value);\n\n // PostgreSQL's FUNC_MAX_ARGS limit is 100. jsonb_build_object takes key-value pairs,\n // so at most 50 pairs (100 args) fit in one call. Split larger objects and merge with ||.\n const MAX_PAIRS = 50;\n\n const buildChunk = (chunk: [string, Expression][]) =>\n this.eb.fn(\n 'jsonb_build_object',\n chunk.flatMap(([k, v]) => [sql.lit(k), v]),\n );\n\n if (entries.length <= MAX_PAIRS) {\n return buildChunk(entries);\n }\n\n const chunks: Expression[] = [];\n for (let i = 0; i < entries.length; i += MAX_PAIRS) {\n chunks.push(buildChunk(entries.slice(i, i + MAX_PAIRS)));\n }\n\n return chunks.reduce((acc, chunk) => sql`${acc} || ${chunk}`) as AliasableExpression;\n }\n\n override castInt>(expression: T): T {\n return this.eb.cast(expression, 'integer') as unknown as T;\n }\n\n override castText>(expression: T): T {\n return this.eb.cast(expression, 'text') as unknown as T;\n }\n\n override trimTextQuotes>(expression: T): T {\n return this.eb.fn('trim', [expression, sql.lit('\"')]) as unknown as T;\n }\n\n override buildArrayLength(array: Expression): AliasableExpression {\n return this.eb.fn('array_length', [array, sql.lit(1)]);\n }\n\n override buildArrayValue(values: Expression[], elemType: string): AliasableExpression {\n const arr = sql`ARRAY[${sql.join(values, sql.raw(','))}]`;\n const mappedType = this.getSqlType(elemType);\n return this.eb.cast(arr, sql`${sql.raw(mappedType)}[]`);\n }\n\n override buildArrayContains(\n field: Expression,\n value: Expression,\n elemType?: string,\n ): AliasableExpression {\n // PostgreSQL @> operator expects array on both sides, so wrap single value in a typed array\n const arrayExpr = sql`ARRAY[${value}]`;\n if (elemType) {\n const mappedType = this.getSqlType(elemType);\n const typedArray = this.eb.cast(arrayExpr, sql`${sql.raw(mappedType)}[]`);\n return this.eb(field, '@>', typedArray);\n } else {\n return this.eb(field, '@>', arrayExpr);\n }\n }\n\n override buildArrayHasEvery(field: Expression, values: Expression): AliasableExpression {\n // PostgreSQL @> operator: field contains all elements in values\n return this.eb(field, '@>', values);\n }\n\n override buildArrayHasSome(field: Expression, values: Expression): AliasableExpression {\n // PostgreSQL && operator: arrays have any elements in common\n return this.eb(field, '&&', values);\n }\n\n protected override buildJsonPathSelection(receiver: Expression, path: string | undefined) {\n if (path) {\n return this.eb.fn('jsonb_path_query_first', [receiver, this.eb.val(path)]);\n } else {\n return receiver;\n }\n }\n\n protected override buildJsonArrayFilter(\n lhs: Expression,\n operation: 'array_contains' | 'array_starts_with' | 'array_ends_with',\n value: unknown,\n ) {\n switch (operation) {\n case 'array_contains': {\n const v = Array.isArray(value) ? value : [value];\n return sql`${lhs} @> ${sql.val(JSON.stringify(v))}::jsonb`;\n }\n case 'array_starts_with':\n return this.eb(\n this.eb.fn('jsonb_extract_path', [lhs, this.eb.val('0')]),\n '=',\n this.transformInput(value, 'Json', false),\n );\n case 'array_ends_with':\n return this.eb(\n this.eb.fn('jsonb_extract_path', [lhs, sql`(jsonb_array_length(${lhs}) - 1)::text`]),\n '=',\n this.transformInput(value, 'Json', false),\n );\n }\n }\n\n protected override buildJsonArrayExistsPredicate(\n receiver: Expression,\n buildFilter: (elem: Expression) => Expression,\n ) {\n return this.eb.exists(\n this.eb\n .selectFrom(this.eb.fn('jsonb_array_elements', [receiver]).as('$items'))\n .select(this.eb.lit(1).as('_'))\n .where(buildFilter(this.eb.ref('$items.value'))),\n );\n }\n\n private getSqlType(zmodelType: string, attributes?: FieldDef['attributes']) {\n // Check @db.* attributes first — they specify the exact native PostgreSQL type\n if (attributes) {\n for (const attr of attributes) {\n const mapped = PostgresCrudDialect.dbAttributeToSqlTypeMap[attr.name];\n if (mapped) {\n return mapped;\n }\n }\n }\n if (isEnum(this.schema, zmodelType)) {\n // reduce enum to text for type compatibility\n return 'text';\n } else {\n return this.zmodelToSqlTypeMap[zmodelType] ?? 'text';\n }\n }\n\n // Resolves the effective SQL type for a field: the native type from any @db.* attribute,\n // or the base ZModel SQL type if no attribute is present, or undefined if the field is unknown.\n private resolveFieldSqlType(fieldDef: FieldDef | undefined): {\n sqlType: string | undefined;\n hasDbOverride: boolean;\n } {\n if (!fieldDef) {\n return { sqlType: undefined, hasDbOverride: false };\n }\n const dbAttr = fieldDef.attributes?.find((a) => a.name.startsWith('@db.'));\n if (dbAttr) {\n return { sqlType: PostgresCrudDialect.dbAttributeToSqlTypeMap[dbAttr.name], hasDbOverride: true };\n }\n return { sqlType: this.getSqlType(fieldDef.type), hasDbOverride: false };\n }\n\n override buildComparison(\n left: Expression,\n leftFieldDef: FieldDef | undefined,\n op: string,\n right: Expression,\n rightFieldDef: FieldDef | undefined,\n ) {\n const leftResolved = this.resolveFieldSqlType(leftFieldDef);\n const rightResolved = this.resolveFieldSqlType(rightFieldDef);\n // If the resolved SQL types differ and at least one side carries a @db.* native type override,\n // cast that side back to its base ZModel SQL type so PostgreSQL doesn't reject the comparison\n // (e.g. \"operator does not exist: uuid = text\").\n if (\n leftResolved.sqlType !== rightResolved.sqlType &&\n (leftResolved.hasDbOverride || rightResolved.hasDbOverride)\n ) {\n if (leftResolved.hasDbOverride) {\n left = this.eb.cast(left, sql.raw(this.getSqlType(leftFieldDef!.type)));\n }\n if (rightResolved.hasDbOverride) {\n right = this.eb.cast(right, sql.raw(this.getSqlType(rightFieldDef!.type)));\n }\n }\n return super.buildComparison(left, leftFieldDef, op, right, rightFieldDef);\n }\n\n override getStringCasingBehavior() {\n // Postgres `LIKE` is case-sensitive, `ILIKE` is case-insensitive\n return { supportsILike: true, likeCaseSensitive: true };\n }\n\n override buildValuesTableSelect(fields: FieldDef[], rows: unknown[][]) {\n if (rows.length === 0) {\n throw createInvalidInputError('At least one row is required to build values table');\n }\n\n // check all rows have the same length\n const rowLength = rows[0]!.length;\n\n if (fields.length !== rowLength) {\n throw createInvalidInputError('Number of fields must match number of columns in each row');\n }\n\n for (const row of rows) {\n if (row.length !== rowLength) {\n throw createInvalidInputError('All rows must have the same number of columns');\n }\n }\n\n const eb = expressionBuilder();\n\n return eb\n .selectFrom(\n sql`(VALUES ${sql.join(\n rows.map((row) => sql`(${sql.join(row.map((v) => sql.val(v)))})`),\n sql.raw(', '),\n )})`.as('$values'),\n )\n .select(\n fields.map((f, i) => {\n const mappedType = this.getSqlType(f.type, f.attributes);\n const castType = f.array ? sql`${sql.raw(mappedType)}[]` : sql.raw(mappedType);\n return this.eb.cast(sql.ref(`$values.column${i + 1}`), castType).as(f.name);\n }),\n );\n }\n\n protected override buildOrderByField(\n query: SelectQueryBuilder,\n field: Expression,\n sort: SortOrder,\n nulls: 'first' | 'last',\n ) {\n return query.orderBy(field, (ob) => {\n ob = sort === 'asc' ? ob.asc() : ob.desc();\n ob = nulls === 'first' ? ob.nullsFirst() : ob.nullsLast();\n return ob;\n });\n }\n\n // #endregion\n\n // #region search\n\n /**\n * Wraps an expression with `unaccent(lower(...))` or just `lower(...)` depending on\n * whether the user opted into accent-insensitive matching. The lowering is always\n * applied so trigram comparisons are case-insensitive on both sides.\n */\n private normalizeForTrigram(expr: Expression, applyUnaccent: boolean): Expression {\n return applyUnaccent ? sql`unaccent(lower(${expr}))` : sql`lower(${expr})`;\n }\n\n override buildFuzzyFilter(fieldRef: Expression, options: FuzzyFilterOptions): Expression {\n const fieldExpr = this.normalizeForTrigram(fieldRef, options.unaccent);\n const valueExpr = this.normalizeForTrigram(sql.val(options.search), options.unaccent);\n\n if (options.threshold === undefined) {\n // Operator form: relies on the session-level pg_trgm.*_threshold settings.\n // 'simple' -> `%` (similarity()), symmetric.\n // 'word' -> `<%` (word_similarity()): search-term <% document.\n // 'strictWord' -> `<<%` (strict_word_similarity()): search-term <<% document.\n switch (options.mode) {\n case 'simple':\n return sql`${fieldExpr} % ${valueExpr}`;\n case 'word':\n return sql`${valueExpr} <% ${fieldExpr}`;\n case 'strictWord':\n return sql`${valueExpr} <<% ${fieldExpr}`;\n }\n }\n\n // Function form: explicit `similarity(...) > threshold`. Bypasses session settings,\n // letting the user pick a per-query threshold.\n const threshold = sql.val(options.threshold);\n switch (options.mode) {\n case 'simple':\n return sql`similarity(${fieldExpr}, ${valueExpr}) > ${threshold}`;\n case 'word':\n return sql`word_similarity(${valueExpr}, ${fieldExpr}) > ${threshold}`;\n case 'strictWord':\n return sql`strict_word_similarity(${valueExpr}, ${fieldExpr}) > ${threshold}`;\n }\n }\n\n override buildFuzzyRelevanceOrderBy(\n query: SelectQueryBuilder,\n fieldRefs: Expression[],\n search: string,\n sort: SortOrder,\n mode: FuzzyFilterOptions['mode'],\n unaccent: boolean,\n ): SelectQueryBuilder {\n const valueExpr = this.normalizeForTrigram(sql.val(search), unaccent);\n const buildSimilarity = (fieldRef: Expression) => {\n const fieldExpr = this.normalizeForTrigram(fieldRef, unaccent);\n switch (mode) {\n case 'simple':\n return sql`similarity(${fieldExpr}, ${valueExpr})`;\n case 'word':\n return sql`word_similarity(${valueExpr}, ${fieldExpr})`;\n case 'strictWord':\n return sql`strict_word_similarity(${valueExpr}, ${fieldExpr})`;\n }\n };\n\n if (fieldRefs.length === 1) {\n return query.orderBy(buildSimilarity(fieldRefs[0]!), sort);\n }\n const similarities = fieldRefs.map((ref) => buildSimilarity(ref));\n return query.orderBy(sql`GREATEST(${sql.join(similarities)})`, sort);\n }\n\n override buildFullTextFilter(fieldRef: Expression, payload: unknown): Expression {\n // When `config` is provided we bind it via sql.val + an inline ::regconfig\n // cast (parameterized, no string concatenation). When omitted we emit the\n // single-arg forms `to_tsvector(field)` / `to_tsquery(query)` so Postgres\n // falls back to the database-level `default_text_search_config`.\n // `to_tsquery` throws at execution on syntax error; we don't pre-validate.\n const options = this.normalizeFullTextOptions(payload);\n const query = sql.val(options.search);\n if (options.config === undefined) {\n return sql`to_tsvector(${fieldRef}) @@ to_tsquery(${query})`;\n }\n const cfg = sql.val(options.config);\n return sql`to_tsvector(${cfg}::regconfig, ${fieldRef}) @@ to_tsquery(${cfg}::regconfig, ${query})`;\n }\n\n /**\n * Validate the user-provided `fts` filter payload. When `config` is omitted\n * it stays `undefined` so {@link buildFullTextFilter} can emit the no-regconfig\n * SQL form and let Postgres fall back to `default_text_search_config`.\n */\n private normalizeFullTextOptions(value: unknown): FullTextFilterOptions {\n invariant(\n value !== null && typeof value === 'object' && !Array.isArray(value),\n 'fts filter must be an object with at least a \"search\" field',\n );\n const raw = value as Record;\n invariant(\n typeof raw['search'] === 'string' && (raw['search'] as string).length > 0,\n 'fts.search must be a non-empty string',\n );\n if (raw['config'] !== undefined) {\n invariant(\n typeof raw['config'] === 'string' && (raw['config'] as string).length > 0,\n 'fts.config must be a non-empty string',\n );\n }\n return {\n search: raw['search'] as string,\n config: raw['config'] as string | undefined,\n };\n }\n\n override buildFtsRelevanceOrderBy(\n query: SelectQueryBuilder,\n fieldRefs: Expression[],\n search: string,\n config: string | undefined,\n sort: SortOrder,\n ): SelectQueryBuilder {\n const q = sql.val(search);\n\n // Document expression: a single field, or `concat_ws` of all fields when\n // multi-field. The single-field path coalesces NULL → '' so `ts_rank`\n // returns 0.0 (not NULL) for NULL-valued rows, matching the null-skipping\n // behavior `concat_ws` already provides on the multi-field path.\n // Multi-field uses a single ts_rank over the combined document (matches\n // Prisma; ensures AND queries match terms spread across fields).\n const document =\n fieldRefs.length === 1\n ? sql`coalesce(${fieldRefs[0]!}, '')`\n : sql`concat_ws(' ', ${sql.join(fieldRefs)})`;\n\n if (config === undefined) {\n // No regconfig — Postgres uses default_text_search_config.\n return query.orderBy(sql`ts_rank(to_tsvector(${document}), to_tsquery(${q}))`, sort);\n }\n const cfg = sql.val(config);\n return query.orderBy(\n sql`ts_rank(to_tsvector(${cfg}::regconfig, ${document}), to_tsquery(${cfg}::regconfig, ${q}))`,\n sort,\n );\n }\n\n // #endregion\n}\n\n/**\n * Resolved options for the `fts` full-text filter (Postgres-only). `config` is\n * left `undefined` when the user didn't supply one — `buildFullTextFilter` then\n * emits `to_tsvector(field)` / `to_tsquery(query)` without a regconfig argument\n * so Postgres falls back to the database-level `default_text_search_config`.\n */\ntype FullTextFilterOptions = {\n search: string;\n config: string | undefined;\n};\n","import { invariant } from '@zenstackhq/common-helpers';\nimport type { BuiltinType, FieldDef, GetModels, SchemaDef } from '@zenstackhq/schema';\nimport Decimal from 'decimal.js';\nimport {\n expressionBuilder,\n ExpressionWrapper,\n sql,\n ValueListNode,\n type AliasableExpression,\n type Expression,\n type ExpressionBuilder,\n type RawBuilder,\n type SelectQueryBuilder,\n type SqlBool,\n} from 'kysely';\nimport { AnyNullClass, DbNullClass, JsonNullClass } from '../../../common-types';\nimport { DELEGATE_JOINED_FIELD_PREFIX } from '../../constants';\nimport type { FindArgs, SortOrder } from '../../crud-types';\nimport { createInternalError, createInvalidInputError, createNotSupportedError } from '../../errors';\nimport {\n getDelegateDescendantModels,\n getManyToManyRelation,\n getRelationForeignKeyFieldPairs,\n requireField,\n requireIdFields,\n requireModel,\n tmpAlias,\n} from '../../query-utils';\nimport { BaseCrudDialect, type FuzzyFilterOptions } from './base-dialect';\n\nexport class SqliteCrudDialect extends BaseCrudDialect {\n override get provider() {\n return 'sqlite' as const;\n }\n\n // #region capabilities\n\n override get supportsUpdateWithLimit() {\n return false;\n }\n\n override get supportsDeleteWithLimit() {\n return false;\n }\n\n override get supportsDistinctOn() {\n return false;\n }\n\n override get supportsReturning() {\n return true;\n }\n\n override get supportsDefaultAsFieldValue() {\n return false;\n }\n\n override get supportsInsertDefaultValues(): boolean {\n return true;\n }\n\n override get insertIgnoreMethod() {\n return 'onConflict' as const;\n }\n\n // #endregion\n\n // #region value transformation\n\n override transformInput(value: unknown, type: BuiltinType, _forArrayField: boolean): unknown {\n if (value === undefined) {\n return value;\n }\n\n // Handle special null classes for JSON fields\n if (value instanceof JsonNullClass) {\n return 'null';\n } else if (value instanceof DbNullClass) {\n return null;\n } else if (value instanceof AnyNullClass) {\n invariant(false, 'should not reach here: AnyNull is not a valid input value');\n }\n\n if (type === 'Json' || (this.schema.typeDefs && type in this.schema.typeDefs)) {\n // JSON data should be stringified\n return JSON.stringify(value);\n }\n\n if (Array.isArray(value)) {\n return value.map((v) => this.transformInput(v, type, false));\n } else {\n switch (type) {\n case 'Boolean':\n return value ? 1 : 0;\n case 'DateTime':\n return value instanceof Date\n ? value.toISOString()\n : typeof value === 'string'\n ? new Date(value).toISOString()\n : value;\n case 'Decimal':\n return (value as Decimal).toString();\n case 'Bytes':\n return Buffer.from(value as Uint8Array);\n default:\n return value;\n }\n }\n }\n\n override transformOutput(value: unknown, type: BuiltinType, array: boolean) {\n if (value === null || value === undefined) {\n return value;\n } else if (this.schema.typeDefs && type in this.schema.typeDefs) {\n // typed JSON field\n return this.transformOutputJson(value);\n } else {\n switch (type) {\n case 'Boolean':\n return this.transformOutputBoolean(value);\n case 'DateTime':\n return this.transformOutputDate(value);\n case 'Bytes':\n return this.transformOutputBytes(value);\n case 'Decimal':\n return this.transformOutputDecimal(value);\n case 'BigInt':\n return this.transformOutputBigInt(value);\n case 'Json':\n return this.transformOutputJson(value);\n default:\n return super.transformOutput(value, type, array);\n }\n }\n }\n\n private transformOutputDecimal(value: unknown) {\n if (value instanceof Decimal) {\n return value;\n }\n invariant(\n typeof value === 'string' || typeof value === 'number' || value instanceof Decimal,\n `Expected string, number or Decimal, got ${typeof value}`,\n );\n return new Decimal(value);\n }\n\n private transformOutputBigInt(value: unknown) {\n if (typeof value === 'bigint') {\n return value;\n }\n invariant(\n typeof value === 'string' || typeof value === 'number',\n `Expected string or number, got ${typeof value}`,\n );\n return BigInt(value);\n }\n\n private transformOutputBoolean(value: unknown) {\n return !!value;\n }\n\n private transformOutputDate(value: unknown) {\n if (typeof value === 'number') {\n return new Date(value);\n } else if (typeof value === 'string') {\n return new Date(value);\n } else {\n return value;\n }\n }\n\n private transformOutputBytes(value: unknown) {\n return Buffer.isBuffer(value) ? Uint8Array.from(value) : value;\n }\n\n private transformOutputJson(value: unknown) {\n // better-sqlite3 typically returns JSON as string; be tolerant\n if (typeof value === 'string') {\n try {\n return JSON.parse(value);\n } catch (e) {\n throw createInternalError('Invalid JSON returned', undefined, { cause: e });\n }\n }\n return value;\n }\n\n // #endregion\n\n // #region other overrides\n\n override buildRelationSelection(\n query: SelectQueryBuilder,\n model: string,\n relationField: string,\n parentAlias: string,\n payload: true | FindArgs, any, true>,\n ): SelectQueryBuilder {\n return query.select((eb) =>\n this.buildRelationJSON(model, eb, relationField, parentAlias, payload).as(relationField),\n );\n }\n\n private buildRelationJSON(\n model: string,\n eb: ExpressionBuilder,\n relationField: string,\n parentAlias: string,\n payload: true | FindArgs, any, true>,\n ) {\n const relationFieldDef = requireField(this.schema, model, relationField);\n const relationModel = relationFieldDef.type as GetModels;\n const relationModelDef = requireModel(this.schema, relationModel);\n\n const subQueryName = tmpAlias(`${parentAlias}$${relationField}`);\n let tbl: SelectQueryBuilder;\n\n if (this.canJoinWithoutNestedSelect(relationModelDef, payload)) {\n // join without needing a nested select on relation model\n tbl = this.buildModelSelect(relationModel, subQueryName, payload, false);\n\n // add parent join filter\n tbl = this.buildRelationJoinFilter(tbl, model, relationField, subQueryName, parentAlias);\n } else {\n // need to make a nested select on relation model\n tbl = eb.selectFrom(() => {\n // nested query name\n const selectModelAlias = tmpAlias(`${parentAlias}$${relationField}$sub`);\n\n // select all fields\n let selectModelQuery = this.buildModelSelect(relationModel, selectModelAlias, payload, true);\n\n // add parent join filter\n selectModelQuery = this.buildRelationJoinFilter(\n selectModelQuery,\n model,\n relationField,\n selectModelAlias,\n parentAlias,\n );\n return selectModelQuery.as(subQueryName);\n });\n }\n\n tbl = tbl.select(() => {\n type ArgsType = Expression | RawBuilder | SelectQueryBuilder;\n const objArgs: ArgsType[] = [];\n\n const descendantModels = getDelegateDescendantModels(this.schema, relationModel);\n if (descendantModels.length > 0) {\n // select all JSONs built from delegate descendants\n objArgs.push(\n ...descendantModels\n .map((subModel) => [\n sql.lit(`${DELEGATE_JOINED_FIELD_PREFIX}${subModel.name}`),\n eb.ref(`${DELEGATE_JOINED_FIELD_PREFIX}${subModel.name}`),\n ])\n .flatMap((v) => v),\n );\n }\n\n if (payload === true || !payload.select) {\n // select all scalar fields except for omitted\n const omit = typeof payload === 'object' ? payload.omit : undefined;\n objArgs.push(\n ...Object.entries(relationModelDef.fields)\n .filter(([, value]) => !value.relation)\n .filter(([name]) => !this.shouldOmitField(omit, relationModel, name))\n .map(([field]) => [sql.lit(field), this.fieldRef(relationModel, field, subQueryName, false)])\n .flatMap((v) => v),\n );\n } else if (payload.select) {\n // select specific fields\n objArgs.push(\n ...Object.entries(payload.select)\n .filter(([, value]) => value)\n .map(([field, value]) => {\n if (field === '_count') {\n const subJson = this.buildCountJson(\n relationModel,\n eb,\n tmpAlias(`${parentAlias}$${relationField}`),\n value,\n );\n return [sql.lit(field), subJson];\n } else {\n const fieldDef = requireField(this.schema, relationModel, field);\n if (fieldDef.relation) {\n const subJson = this.buildRelationJSON(\n relationModel,\n eb,\n field,\n tmpAlias(`${parentAlias}$${relationField}`),\n value,\n );\n return [sql.lit(field), subJson];\n } else {\n return [\n sql.lit(field),\n this.fieldRef(relationModel, field, subQueryName, false) as ArgsType,\n ];\n }\n }\n })\n .flatMap((v) => v),\n );\n }\n\n if (\n typeof payload === 'object' &&\n (payload as any).include &&\n typeof (payload as any).include === 'object'\n ) {\n // include relation fields\n objArgs.push(\n ...Object.entries((payload as any).include)\n .filter(([, value]) => value)\n .map(([field, value]) => {\n if (field === '_count') {\n const subJson = this.buildCountJson(\n relationModel,\n eb,\n tmpAlias(`${parentAlias}$${relationField}`),\n value,\n );\n return [sql.lit(field), subJson];\n }\n const subJson = this.buildRelationJSON(\n relationModel,\n eb,\n field,\n tmpAlias(`${parentAlias}$${relationField}`),\n value,\n );\n return [sql.lit(field), subJson];\n })\n .flatMap((v) => v),\n );\n }\n\n if (relationFieldDef.array) {\n return eb.fn\n .coalesce(sql`json_group_array(json_object(${sql.join(objArgs)}))`, sql`json_array()`)\n .as('$data');\n } else {\n return sql`json_object(${sql.join(objArgs)})`.as('$data');\n }\n });\n\n return tbl;\n }\n\n private buildRelationJoinFilter(\n selectModelQuery: SelectQueryBuilder,\n model: string,\n relationField: string,\n relationModelAlias: string,\n parentAlias: string,\n ) {\n const fieldDef = requireField(this.schema, model, relationField);\n const relationModel = fieldDef.type as GetModels;\n\n const m2m = getManyToManyRelation(this.schema, model, relationField);\n if (m2m) {\n // many-to-many relation\n const parentIds = requireIdFields(this.schema, model);\n const relationIds = requireIdFields(this.schema, relationModel);\n invariant(parentIds.length === 1, 'many-to-many relation must have exactly one id field');\n invariant(relationIds.length === 1, 'many-to-many relation must have exactly one id field');\n selectModelQuery = selectModelQuery.where((eb) =>\n eb(\n eb.ref(`${relationModelAlias}.${relationIds[0]}`),\n 'in',\n eb\n .selectFrom(m2m.joinTable)\n .select(`${m2m.joinTable}.${m2m.otherFkName}`)\n .whereRef(`${parentAlias}.${parentIds[0]}`, '=', `${m2m.joinTable}.${m2m.parentFkName}`),\n ),\n );\n } else {\n const { keyPairs, ownedByModel } = getRelationForeignKeyFieldPairs(this.schema, model, relationField);\n keyPairs.forEach(({ fk, pk }) => {\n if (ownedByModel) {\n // the parent model owns the fk\n selectModelQuery = selectModelQuery.whereRef(\n `${relationModelAlias}.${pk}`,\n '=',\n `${parentAlias}.${fk}`,\n );\n } else {\n // the relation side owns the fk\n selectModelQuery = selectModelQuery.whereRef(\n `${relationModelAlias}.${fk}`,\n '=',\n `${parentAlias}.${pk}`,\n );\n }\n });\n }\n return selectModelQuery;\n }\n\n override buildSkipTake(\n query: SelectQueryBuilder,\n skip: number | undefined,\n take: number | undefined,\n ) {\n if (take !== undefined) {\n query = query.limit(take);\n }\n if (skip !== undefined) {\n query = query.offset(skip);\n if (take === undefined) {\n // SQLite requires offset to be used with limit\n query = query.limit(-1);\n }\n }\n return query;\n }\n\n override buildJsonObject(value: Record>) {\n return this.eb.fn(\n 'json_object',\n Object.entries(value).flatMap(([key, value]) => [sql.lit(key), value]),\n );\n }\n\n protected override buildJsonPathSelection(receiver: Expression, path: string | undefined) {\n if (!path) {\n return receiver;\n } else {\n return sql`${receiver} -> ${this.eb.val(path)}`;\n }\n }\n\n protected override buildJsonArrayFilter(\n lhs: Expression,\n operation: 'array_contains' | 'array_starts_with' | 'array_ends_with',\n value: unknown,\n ) {\n switch (operation) {\n case 'array_contains':\n if (Array.isArray(value)) {\n throw createNotSupportedError(\n 'SQLite \"array_contains\" only supports checking for a single value, not an array of values',\n );\n } else {\n return sql`EXISTS (SELECT 1 FROM json_each(${lhs}) WHERE value = ${value})`;\n }\n case 'array_starts_with':\n return this.eb(this.eb.fn('json_extract', [lhs, this.eb.val('$[0]')]), '=', value);\n case 'array_ends_with':\n return this.eb(sql`json_extract(${lhs}, '$[' || (json_array_length(${lhs}) - 1) || ']')`, '=', value);\n }\n }\n\n protected override buildJsonArrayExistsPredicate(\n receiver: Expression,\n buildFilter: (elem: Expression) => Expression,\n ) {\n return this.eb.exists(\n this.eb\n .selectFrom(this.eb.fn('json_each', [receiver]).as('$items'))\n .select(this.eb.lit(1).as('_'))\n .where(buildFilter(this.eb.ref('$items.value'))),\n );\n }\n\n override buildArrayLength(array: Expression): AliasableExpression {\n return this.eb.fn('json_array_length', [array]);\n }\n\n override buildArrayValue(values: Expression[], _elemType: string): AliasableExpression {\n return new ExpressionWrapper(ValueListNode.create(values.map((v) => v.toOperationNode())));\n }\n\n override buildArrayContains(\n _field: Expression,\n _value: Expression,\n _elemType?: string,\n ): AliasableExpression {\n throw createNotSupportedError('SQLite does not support native array operations');\n }\n\n override buildArrayHasEvery(\n _field: Expression,\n _values: Expression,\n ): AliasableExpression {\n throw createNotSupportedError('SQLite does not support native array operations');\n }\n\n override buildArrayHasSome(\n _field: Expression,\n _values: Expression,\n ): AliasableExpression {\n throw createNotSupportedError('SQLite does not support native array operations');\n }\n\n override castInt>(expression: T): T {\n return expression;\n }\n\n override castText>(expression: T): T {\n return this.eb.cast(expression, 'text') as unknown as T;\n }\n\n override trimTextQuotes>(expression: T): T {\n return this.eb.fn('trim', [expression, sql.lit('\"')]) as unknown as T;\n }\n\n override getStringCasingBehavior() {\n // SQLite `LIKE` is case-insensitive, and there is no `ILIKE`\n return { supportsILike: false, likeCaseSensitive: false };\n }\n\n override buildValuesTableSelect(fields: FieldDef[], rows: unknown[][]) {\n if (rows.length === 0) {\n throw createInvalidInputError('At least one row is required to build values table');\n }\n\n // check all rows have the same length\n const rowLength = rows[0]!.length;\n\n if (fields.length !== rowLength) {\n throw createInvalidInputError('Number of fields must match number of columns in each row');\n }\n\n for (const row of rows) {\n if (row.length !== rowLength) {\n throw createInvalidInputError('All rows must have the same number of columns');\n }\n }\n\n const eb = expressionBuilder();\n\n return eb\n .selectFrom(\n sql`(VALUES ${sql.join(\n rows.map((row) => sql`(${sql.join(row.map((v) => sql.val(v)))})`),\n sql.raw(', '),\n )})`.as('$values'),\n )\n .select(fields.map((f, i) => eb.ref(`$values.column${i + 1}`).as(f.name)));\n }\n\n protected override buildOrderByField(\n query: SelectQueryBuilder,\n field: Expression,\n sort: SortOrder,\n nulls: 'first' | 'last',\n ) {\n return query.orderBy(field, (ob) => {\n ob = sort === 'asc' ? ob.asc() : ob.desc();\n ob = nulls === 'first' ? ob.nullsFirst() : ob.nullsLast();\n return ob;\n });\n }\n\n override buildFuzzyFilter(_fieldRef: Expression, _options: FuzzyFilterOptions): Expression {\n throw createNotSupportedError('\"fuzzy\" filter is not supported by the \"sqlite\" provider');\n }\n\n override buildFuzzyRelevanceOrderBy(\n _query: SelectQueryBuilder,\n _fieldRefs: Expression[],\n _search: string,\n _sort: SortOrder,\n _mode: FuzzyFilterOptions['mode'],\n _unaccent: boolean,\n ): SelectQueryBuilder {\n throw createNotSupportedError('\"_fuzzyRelevance\" ordering is not supported by the \"sqlite\" provider');\n }\n\n override buildFullTextFilter(_fieldRef: Expression, _payload: unknown): Expression {\n throw createNotSupportedError('\"fts\" filter is not supported by the \"sqlite\" provider');\n }\n\n override buildFtsRelevanceOrderBy(\n _query: SelectQueryBuilder,\n _fieldRefs: Expression[],\n _search: string,\n _config: string | undefined,\n _sort: SortOrder,\n ): SelectQueryBuilder {\n throw createNotSupportedError('\"_ftsRelevance\" ordering is not supported by the \"sqlite\" provider');\n }\n // #endregion\n}\n","import type { SchemaDef } from '@zenstackhq/schema';\nimport { match } from 'ts-pattern';\nimport type { ClientOptions } from '../../options';\nimport type { BaseCrudDialect } from './base-dialect';\nimport { MySqlCrudDialect } from './mysql';\nimport { PostgresCrudDialect } from './postgresql';\nimport { SqliteCrudDialect } from './sqlite';\n\nexport function getCrudDialect(\n schema: Schema,\n options: ClientOptions,\n): BaseCrudDialect {\n return match(schema.provider.type)\n .with('sqlite', () => new SqliteCrudDialect(schema, options))\n .with('postgresql', () => new PostgresCrudDialect(schema, options))\n .with('mysql', () => new MySqlCrudDialect(schema, options))\n .exhaustive();\n}\n","import stableStringify from 'json-stable-stringify';\n\n/**\n * Method decorator that caches the return value based on method name and arguments.\n *\n * Requirements:\n * - Class must have a `getCache(key: string)` method\n * - Class must have a `setCache(key: string, value: any)` method\n */\nexport function cache() {\n return function (_target: any, propertyKey: string, descriptor: PropertyDescriptor) {\n const originalMethod = descriptor.value;\n\n descriptor.value = function (\n this: {\n getCache: (key: string) => unknown;\n setCache: (key: string, value: unknown) => void;\n } & Record,\n ...args: any[]\n ) {\n // Build cache key object\n const cacheKeyObj: Record = {\n $call: propertyKey,\n $args: args.map((arg) => {\n if (Array.isArray(arg)) {\n // sort array arguments for consistent cache keys\n return [...arg].sort();\n } else {\n return arg;\n }\n }),\n };\n\n // Generate stable string key\n const cacheKey = stableStringify(cacheKeyObj)!;\n\n // Check cache\n const cached = this.getCache(cacheKey);\n if (cached !== undefined) {\n return cached;\n }\n\n // Execute original method\n const result = originalMethod.apply(this, args);\n\n // Store in cache\n this.setCache(cacheKey, result);\n\n return result;\n };\n\n return descriptor;\n };\n}\n","import { enumerate, invariant, lowerCaseFirst, upperCaseFirst } from '@zenstackhq/common-helpers';\nimport {\n type AttributeApplication,\n type BuiltinType,\n type FieldDef,\n type GetModels,\n type SchemaDef,\n} from '@zenstackhq/schema';\nimport { ZodUtils } from '@zenstackhq/zod';\nimport Decimal from 'decimal.js';\nimport { match, P } from 'ts-pattern';\nimport { z, ZodObject, ZodType } from 'zod';\nimport { AnyNullClass, DbNullClass, JsonNullClass } from '../../common-types';\nimport { extractFields } from '../../utils/object-utils';\nimport { AggregateOperators, FILTER_PROPERTY_TO_KIND, LOGICAL_COMBINATORS, NUMERIC_FIELD_TYPES } from '../constants';\nimport type { ClientContract } from '../contract';\nimport type {\n AggregateArgs,\n CountArgs,\n CreateArgs,\n CreateManyAndReturnArgs,\n CreateManyArgs,\n DeleteArgs,\n DeleteManyArgs,\n ExistsArgs,\n FindFirstArgs,\n FindManyArgs,\n FindUniqueArgs,\n GroupByArgs,\n UpdateArgs,\n UpdateManyAndReturnArgs,\n UpdateManyArgs,\n UpsertArgs,\n} from '../crud-types';\nimport {\n CoreCreateOperations,\n CoreDeleteOperations,\n CoreReadOperations,\n CoreUpdateOperations,\n type CoreCrudOperations,\n} from '../crud/operations/base';\nimport { createInternalError } from '../errors';\nimport type { ClientOptions, QueryOptions } from '../options';\nimport type { AnyPlugin, ExtQueryArgsBase } from '../plugin';\nimport {\n fieldHasDefaultValue,\n getEnum,\n getTypeDef,\n getUniqueFields,\n isEnum,\n isTypeDef,\n requireField,\n requireModel,\n} from '../query-utils';\nimport { cache } from './cache-decorator';\n\n/**\n * Create a factory for generating Zod schemas to validate ORM query inputs.\n */\nexport function createQuerySchemaFactory<\n Schema extends SchemaDef,\n Options extends ClientOptions,\n ExtQueryArgs extends ExtQueryArgsBase = {},\n>(client: ClientContract): ZodSchemaFactory;\n\n/**\n * Create a factory for generating Zod schemas to validate ORM query inputs.\n */\nexport function createQuerySchemaFactory<\n Schema extends SchemaDef,\n Options extends ClientOptions = ClientOptions,\n ExtQueryArgs extends ExtQueryArgsBase = {},\n>(schema: Schema, options?: Options): ZodSchemaFactory;\n\n/**\n * Create a factory using only query options (e.g. slicing) without a full client config.\n */\nexport function createQuerySchemaFactory(\n schema: Schema,\n options?: QueryOptions,\n): ZodSchemaFactory;\n\nexport function createQuerySchemaFactory(clientOrSchema: any, options?: any) {\n return new ZodSchemaFactory(clientOrSchema, options);\n}\n\n/**\n * Builds a `DateTime` value schema that accepts a `Date` object or any string\n * the JS `Date` constructor parses, and coerces it to a `Date`. ISO datetime,\n * ISO date, and time-only strings (e.g. `\"09:00:00\"` for `@db.Time` fields,\n * anchored to the Unix epoch) are the documented happy paths; other formats\n * accepted by `new Date(...)` also pass through, mirroring Prisma's pre-3.5\n * behaviour. Strings the engine can't parse fall through and are rejected by\n * `z.date()` with the standard error.\n *\n * @see https://github.com/zenstackhq/zenstack/issues/2631\n */\nexport function coercedDateTimeSchema(): ZodType {\n // The schema keeps the original `z.iso.datetime() | z.iso.date() | z.date()`\n // union so the generated OpenAPI spec still documents the accepted ISO\n // forms. Preprocess runs first and coerces strings into `Date` objects,\n // so the union's `z.date()` arm catches everything that successfully\n // parses — including non-ISO formats like `\"2024/01/15\"` for Prisma\n // compatibility (rejected with the standard error if `new Date(...)`\n // returns Invalid Date).\n return z.preprocess((val) => {\n if (typeof val !== 'string') return val;\n if (/^\\d{2}:\\d{2}(?::\\d{2}(?:\\.\\d+)?)?(?:Z|[+-]\\d\\d(?::\\d\\d)?)?$/.test(val)) {\n const hasTz = val.endsWith('Z') || /[+-]\\d\\d(?::\\d\\d)?$/.test(val);\n const d = new Date(`1970-01-01T${val}${hasTz ? '' : 'Z'}`);\n return isNaN(d.getTime()) ? val : d;\n }\n const d = new Date(val);\n return isNaN(d.getTime()) ? val : d;\n }, z.union([z.iso.datetime(), z.iso.date(), z.date()]));\n}\n\n/**\n * Options for creating Zod schemas.\n */\nexport type CreateSchemaOptions = {\n /**\n * Controls the depth of relation nesting in the generated schema. Default is unlimited.\n */\n relationDepth?: number;\n};\n\n/**\n * Factory class responsible for creating and caching Zod schemas for ORM input validation.\n */\nexport class ZodSchemaFactory<\n in out Schema extends SchemaDef,\n // Bounded by `QueryOptions` (not `ClientOptions`): only `omit`/`slicing` shape the schema types.\n // The `$zod` accessor passes the client's *projected* (query-relevant) options, so the heavy\n // options literal never reaches the (invariant) arg types this factory produces.\n in out Options extends QueryOptions = ClientOptions,\n ExtQueryArgs extends ExtQueryArgsBase = {},\n> {\n private readonly schemaCache = new Map();\n private readonly schemaRegistry = z.registry<{ id: string }>();\n private readonly allFilterKinds = [...new Set(Object.values(FILTER_PROPERTY_TO_KIND))];\n private readonly schema: Schema;\n private readonly options: Options;\n private readonly extraValidationsEnabled = true;\n\n // The client's `Options` type arg is intentionally erased here (`any`) - the factory only needs\n // the schema and the runtime options object; its own `Options` type param is supplied (projected)\n // by the caller (`$zod`).\n constructor(client: ClientContract);\n constructor(schema: Schema, options?: Options);\n constructor(clientOrSchema: any, options?: Options) {\n if ('$schema' in clientOrSchema) {\n this.schema = clientOrSchema.$schema;\n this.options = clientOrSchema.$options;\n } else {\n this.schema = clientOrSchema;\n this.options = options || ({} as Options);\n }\n }\n\n private get plugins(): AnyPlugin[] {\n // `plugins` is a runtime-only field absent from the query-relevant `Options` type;\n // read it weakly (the concrete options object always carries it at runtime).\n return (this.options as { plugins?: AnyPlugin[] }).plugins ?? [];\n }\n\n /**\n * Returns model field entries, excluding Unsupported fields.\n */\n private getModelFields(model: string): [string, FieldDef][] {\n const modelDef = requireModel(this.schema, model);\n return Object.entries(modelDef.fields).filter(([, def]) => def.type !== 'Unsupported');\n }\n\n private shouldIncludeRelations(options?: CreateSchemaOptions): boolean {\n return options?.relationDepth === undefined || options.relationDepth > 0;\n }\n\n private nextOptions(options?: CreateSchemaOptions): CreateSchemaOptions | undefined {\n if (!options) return undefined;\n if (options.relationDepth === undefined) return options;\n return { ...options, relationDepth: options.relationDepth - 1 };\n }\n\n // #region Cache Management\n\n // @ts-ignore\n private getCache(cacheKey: string) {\n return this.schemaCache.get(cacheKey);\n }\n\n // @ts-ignore\n private setCache(cacheKey: string, schema: ZodType) {\n this.schemaCache.set(cacheKey, schema);\n }\n\n /**\n * Builds a suffix to append to schema IDs when filter variants differ from defaults.\n * Ensures different combinations of optional, array, and allowedFilterKinds produce distinct registry entries.\n */\n private filterSchemaSuffix(opts: {\n optional?: boolean;\n array?: boolean;\n withAggregations?: boolean;\n allowedFilterKinds?: string[] | undefined;\n }): string {\n const parts: string[] = [];\n if (opts.optional) parts.push('Optional');\n if (opts.array) parts.push('Array');\n if (opts.withAggregations) parts.push('Agg');\n if (opts.allowedFilterKinds) parts.push(...opts.allowedFilterKinds.slice().sort());\n return parts.length ? `${parts.join('')}` : '';\n }\n\n /**\n * Registers a schema in the registry under the given id.\n * Safe to call multiple times with the same id: first registration wins, subsequent ones are silently skipped.\n */\n private registerSchema(id: string, schema: ZodType) {\n if (!this.schemaRegistry.has(schema)) {\n try {\n this.schemaRegistry.add(schema, { id });\n } catch {\n // id already taken by a different schema variant (e.g. different options) — skip\n }\n }\n }\n\n /**\n * Returns a JSON Schema document containing all registered Zod schemas as named definitions.\n * The returned object has the shape `{ schemas: { [id]: jsonSchema } }`.\n *\n * Eagerly builds all top-level schemas for every model so the registry is fully populated\n * before serialization.\n */\n toJSONSchema() {\n // Reset both the registry and the builder cache so that all eager calls\n // below re-execute their bodies and re-register schemas into the fresh registry.\n this.schemaCache.clear();\n this.schemaRegistry.clear();\n\n // Eagerly build schemas for included models so they are registered before serialization.\n for (const model of Object.keys(this.schema.models).filter((m) => this.isModelAllowed(m))) {\n const m = model as GetModels;\n this.makeFindUniqueSchema(m);\n this.makeFindFirstSchema(m);\n this.makeFindManySchema(m);\n this.makeExistsSchema(m);\n this.makeCreateSchema(m);\n this.makeCreateManySchema(m);\n this.makeCreateManyAndReturnSchema(m);\n this.makeUpdateSchema(m);\n this.makeUpdateManySchema(m);\n this.makeUpdateManyAndReturnSchema(m);\n this.makeUpsertSchema(m);\n this.makeDeleteSchema(m);\n this.makeDeleteManySchema(m);\n this.makeCountSchema(m);\n this.makeAggregateSchema(m);\n this.makeGroupBySchema(m);\n }\n // Eagerly build args schemas for allowed procedures only.\n for (const procName of Object.keys(this.schema.procedures ?? {})) {\n if (this.isProcedureAllowed(procName)) {\n this.makeProcedureArgsSchema(procName);\n }\n }\n return z.toJSONSchema(this.schemaRegistry, { unrepresentable: 'any' });\n }\n\n get cacheStats() {\n return {\n size: this.schemaCache.size,\n keys: [...this.schemaCache.keys()],\n };\n }\n\n // #endregion\n\n // #region Find\n\n makeFindUniqueSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n return this.makeFindSchema(model, 'findUnique', options) as ZodType<\n FindUniqueArgs\n >;\n }\n\n makeFindFirstSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType | undefined> {\n return this.makeFindSchema(model, 'findFirst', options) as ZodType<\n FindFirstArgs | undefined\n >;\n }\n\n makeFindManySchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType | undefined> {\n return this.makeFindSchema(model, 'findMany', options) as ZodType<\n FindManyArgs | undefined\n >;\n }\n\n @cache()\n private makeFindSchema(model: string, operation: CoreCrudOperations, options?: CreateSchemaOptions) {\n const fields: Record = {};\n const unique = operation === 'findUnique';\n const findOne = operation === 'findUnique' || operation === 'findFirst';\n const where = this.makeWhereSchema(model, unique, false, false, options);\n if (unique) {\n fields['where'] = where;\n } else {\n fields['where'] = where.optional();\n }\n\n fields['select'] = this.makeSelectSchema(model, options).optional().nullable();\n fields['include'] = this.makeIncludeSchema(model, options).optional().nullable();\n fields['omit'] = this.makeOmitSchema(model).optional().nullable();\n\n if (!unique) {\n fields['skip'] = this.makeSkipSchema().optional();\n if (findOne) {\n fields['take'] = z.literal(1).optional();\n } else {\n fields['take'] = this.makeTakeSchema().optional();\n }\n fields['orderBy'] = this.orArray(this.makeOrderBySchema(model, true, false, options), true).optional();\n fields['cursor'] = this.makeCursorSchema(model, options).optional();\n fields['distinct'] = this.makeDistinctSchema(model).optional();\n }\n\n const baseSchema = z.strictObject(fields);\n let result: ZodType = this.mergePluginArgsSchema(baseSchema, operation);\n result = this.refineForSelectIncludeMutuallyExclusive(result);\n result = this.refineForSelectOmitMutuallyExclusive(result);\n result = this.refineForSelectHasTruthyField(result);\n\n if (!unique) {\n result = result.optional();\n }\n this.registerSchema(`${model}${upperCaseFirst(operation)}Args`, result);\n return result;\n }\n\n @cache()\n makeExistsSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType | undefined> {\n const baseSchema = z.strictObject({\n where: this.makeWhereSchema(model, false, false, false, options).optional(),\n });\n const result = this.mergePluginArgsSchema(baseSchema, 'exists').optional() as ZodType<\n ExistsArgs | undefined\n >;\n this.registerSchema(`${model}ExistsArgs`, result);\n return result;\n }\n\n private makeScalarSchema(type: string, attributes?: readonly AttributeApplication[]) {\n if (this.schema.typeDefs && type in this.schema.typeDefs) {\n return this.makeTypeDefSchema(type);\n } else if (this.schema.enums && type in this.schema.enums) {\n return this.makeEnumSchema(type);\n } else {\n return match(type)\n .with('String', () =>\n this.extraValidationsEnabled ? ZodUtils.addStringValidation(z.string(), attributes) : z.string(),\n )\n .with('Int', () =>\n this.extraValidationsEnabled\n ? ZodUtils.addNumberValidation(z.number().int(), attributes)\n : z.number().int(),\n )\n .with('Float', () =>\n this.extraValidationsEnabled ? ZodUtils.addNumberValidation(z.number(), attributes) : z.number(),\n )\n .with('Boolean', () => z.boolean())\n .with('BigInt', () =>\n z.union([\n this.extraValidationsEnabled\n ? ZodUtils.addNumberValidation(z.number().int(), attributes)\n : z.number().int(),\n this.extraValidationsEnabled\n ? ZodUtils.addBigIntValidation(z.bigint(), attributes)\n : z.bigint(),\n ]),\n )\n .with('Decimal', () => {\n return z.union([\n this.extraValidationsEnabled\n ? ZodUtils.addNumberValidation(z.number(), attributes)\n : z.number(),\n ZodUtils.addDecimalValidation(z.instanceof(Decimal), attributes, this.extraValidationsEnabled),\n ZodUtils.addDecimalValidation(z.string(), attributes, this.extraValidationsEnabled),\n ]);\n })\n .with('DateTime', () => this.makeDateTimeValueSchema())\n .with('Bytes', () => z.instanceof(Uint8Array))\n .with('Json', () => this.makeJsonValueSchema())\n .otherwise(() => z.unknown());\n }\n }\n\n @cache()\n private makeEnumSchema(_enum: string) {\n const enumDef = getEnum(this.schema, _enum);\n invariant(enumDef, `Enum \"${_enum}\" not found in schema`);\n const schema = z.enum(Object.keys(enumDef.values) as [string, ...string[]]);\n this.registerSchema(_enum, schema);\n return schema;\n }\n\n @cache()\n private makeTypeDefSchema(type: string): ZodType {\n const typeDef = getTypeDef(this.schema, type);\n invariant(typeDef, `Type definition \"${type}\" not found in schema`);\n const schema = z.looseObject(\n Object.fromEntries(\n Object.entries(typeDef.fields).map(([field, def]) => {\n // Wrap nested typedef references in z.lazy() so cyclic or self-referencing\n // typedefs don't recurse infinitely while building schemas.\n let fieldSchema: ZodType = isTypeDef(this.schema, def.type)\n ? z.lazy(() => this.makeTypeDefSchema(def.type))\n : this.makeScalarSchema(def.type);\n if (def.array) {\n fieldSchema = fieldSchema.array();\n }\n if (def.optional) {\n fieldSchema = fieldSchema.nullish();\n }\n return [field, fieldSchema];\n }),\n ),\n );\n\n // zod doesn't preserve object field order after parsing, here we use a\n // validation-only custom schema and use the original data if parsing\n // is successful\n const finalSchema = z.any().superRefine((value, ctx) => {\n const parseResult = schema.safeParse(value);\n if (!parseResult.success) {\n parseResult.error.issues.forEach((issue) => ctx.addIssue(issue as any));\n }\n });\n\n this.registerSchema(type, finalSchema);\n return finalSchema;\n }\n\n @cache()\n makeWhereSchema(\n model: string,\n unique: boolean,\n withoutRelationFields = false,\n withAggregations = false,\n options?: CreateSchemaOptions,\n ): ZodType {\n // unique field used in unique filters bypass filter slicing\n const uniqueFieldNames = unique\n ? getUniqueFields(this.schema, model)\n .filter(\n (uf): uf is { name: string; def: FieldDef } =>\n // single-field unique\n 'def' in uf,\n )\n .map((uf) => uf.name)\n : undefined;\n\n const nextOpts = this.nextOptions(options);\n\n const fields: Record = {};\n for (const [field, fieldDef] of this.getModelFields(model)) {\n let fieldSchema: ZodType | undefined;\n\n if (fieldDef.relation) {\n if (withoutRelationFields || !this.shouldIncludeRelations(options)) {\n continue;\n }\n\n // Check if Relation filter kind is allowed\n const allowedFilterKinds = this.getEffectiveFilterKinds(model, field);\n if (allowedFilterKinds && !allowedFilterKinds.includes('Relation')) {\n // Relation filters are not allowed for this field - use z.never()\n fieldSchema = z.never();\n } else {\n fieldSchema = z.lazy(() =>\n this.makeWhereSchema(fieldDef.type, false, false, false, nextOpts).optional(),\n );\n\n if (fieldDef.array) {\n // to-many relation\n fieldSchema = z.strictObject({\n some: fieldSchema.optional(),\n every: fieldSchema.optional(),\n none: fieldSchema.optional(),\n });\n } else {\n // to-one relation\n\n // optional to-one relation allows null\n fieldSchema = this.nullableIf(fieldSchema, !fieldDef.array && !!fieldDef.optional);\n\n fieldSchema = z.union([\n fieldSchema,\n z.strictObject({\n is: fieldSchema.optional(),\n isNot: fieldSchema.optional(),\n }),\n ]);\n }\n }\n } else {\n const ignoreSlicing = !!uniqueFieldNames?.includes(field);\n const allowedFilterKinds = ignoreSlicing ? undefined : this.getEffectiveFilterKinds(model, field);\n\n const enumDef = getEnum(this.schema, fieldDef.type);\n if (enumDef) {\n // enum\n if (Object.keys(enumDef.values).length > 0) {\n fieldSchema = this.makeEnumFilterSchema(\n fieldDef.type,\n !!fieldDef.optional,\n !!fieldDef.array,\n withAggregations,\n allowedFilterKinds,\n );\n }\n } else if (fieldDef.array) {\n // array field\n fieldSchema = this.makeArrayFilterSchema(fieldDef.type, allowedFilterKinds);\n } else if (this.isTypeDefType(fieldDef.type)) {\n fieldSchema = this.makeTypedJsonFilterSchema(\n fieldDef.type,\n !!fieldDef.optional,\n !!fieldDef.array,\n allowedFilterKinds,\n );\n } else {\n // primitive field\n fieldSchema = this.makePrimitiveFilterSchema(\n fieldDef.type as BuiltinType,\n !!fieldDef.optional,\n withAggregations,\n allowedFilterKinds,\n !!fieldDef.fuzzy,\n !!fieldDef.fullText,\n );\n }\n }\n\n if (fieldSchema) {\n fields[field] = fieldSchema.optional();\n }\n }\n\n if (unique) {\n // add compound unique fields, e.g. `{ id1_id2: { id1: 1, id2: 1 } }`\n // compound-field filters are not affected by slicing\n const uniqueFields = getUniqueFields(this.schema, model);\n for (const uniqueField of uniqueFields) {\n if ('defs' in uniqueField) {\n fields[uniqueField.name] = z\n .object(\n Object.fromEntries(\n Object.entries(uniqueField.defs).map(([key, def]) => {\n invariant(!def.relation, 'unique field cannot be a relation');\n let fieldSchema: ZodType;\n const enumDef = getEnum(this.schema, def.type);\n if (enumDef) {\n // enum (ignoreSlicing=true → undefined allowedFilterKinds)\n if (Object.keys(enumDef.values).length > 0) {\n fieldSchema = this.makeEnumFilterSchema(\n def.type,\n !!def.optional,\n !!def.array,\n false,\n undefined,\n );\n } else {\n fieldSchema = z.never();\n }\n } else {\n fieldSchema = this.makePrimitiveFilterSchema(\n def.type as BuiltinType,\n !!def.optional,\n false,\n undefined,\n );\n }\n return [key, fieldSchema];\n }),\n ),\n )\n .optional();\n }\n }\n }\n\n // expression builder\n fields['$expr'] = z.custom((v) => typeof v === 'function', { error: '\"$expr\" must be a function' }).optional();\n\n // logical operators\n fields['AND'] = this.orArray(\n z.lazy(() => this.makeWhereSchema(model, false, withoutRelationFields, false, options)),\n true,\n ).optional();\n fields['OR'] = z\n .lazy(() => this.makeWhereSchema(model, false, withoutRelationFields, false, options))\n .array()\n .optional();\n fields['NOT'] = this.orArray(\n z.lazy(() => this.makeWhereSchema(model, false, withoutRelationFields, false, options)),\n true,\n ).optional();\n\n const baseWhere = z.strictObject(fields);\n let result: ZodType = baseWhere;\n\n if (unique) {\n // requires at least one unique field (field set) is required\n const uniqueFields = getUniqueFields(this.schema, model);\n if (uniqueFields.length === 0) {\n throw createInternalError(`Model \"${model}\" has no unique fields`);\n }\n\n if (uniqueFields.length === 1) {\n // only one unique field (set), mark the field(s) required\n result = baseWhere.required({\n [uniqueFields[0]!.name]: true,\n } as any);\n } else {\n result = baseWhere.refine((value) => {\n // check that at least one unique field is set\n return uniqueFields.some(({ name }) => value[name] !== undefined);\n }, `At least one unique field or field set must be set`);\n }\n }\n\n let schemaId = unique ? `${model}WhereUniqueInput` : `${model}WhereInput`;\n if (withoutRelationFields) schemaId += 'WithoutRelation';\n if (withAggregations) schemaId += 'WithAggregation';\n this.registerSchema(schemaId, result);\n return result;\n }\n\n @cache()\n private makeTypedJsonFilterSchema(\n type: string,\n optional: boolean,\n array: boolean,\n allowedFilterKinds: string[] | undefined,\n ) {\n const typeDef = getTypeDef(this.schema, type);\n invariant(typeDef, `Type definition \"${type}\" not found in schema`);\n\n const candidates: ZodType[] = [];\n\n if (!array) {\n // fields filter — typedef sub-fields are not model fields, no slicing applies\n const fieldSchemas: Record = {};\n for (const [fieldName, fieldDef] of Object.entries(typeDef.fields)) {\n if (this.isTypeDefType(fieldDef.type)) {\n fieldSchemas[fieldName] = this.makeTypedJsonFilterSchema(\n fieldDef.type,\n !!fieldDef.optional,\n !!fieldDef.array,\n undefined,\n ).optional();\n } else {\n const enumDef = getEnum(this.schema, fieldDef.type);\n if (enumDef) {\n fieldSchemas[fieldName] = this.makeEnumFilterSchema(\n fieldDef.type,\n !!fieldDef.optional,\n !!fieldDef.array,\n false,\n undefined,\n ).optional();\n } else if (fieldDef.array) {\n fieldSchemas[fieldName] = this.makeArrayFilterSchema(fieldDef.type, undefined).optional();\n } else {\n fieldSchemas[fieldName] = this.makePrimitiveFilterSchema(\n fieldDef.type as BuiltinType,\n !!fieldDef.optional,\n false,\n undefined,\n ).optional();\n }\n }\n }\n\n candidates.push(z.strictObject(fieldSchemas));\n }\n\n const recursiveSchema = z\n .lazy(() => this.makeTypedJsonFilterSchema(type, optional, false, allowedFilterKinds))\n .optional();\n if (array) {\n // array filter\n candidates.push(\n z.strictObject({\n some: recursiveSchema,\n every: recursiveSchema,\n none: recursiveSchema,\n }),\n );\n } else {\n // is / isNot filter\n candidates.push(\n z.strictObject({\n is: recursiveSchema,\n isNot: recursiveSchema,\n }),\n );\n }\n\n // plain json filter\n candidates.push(this.makeJsonFilterSchema(optional, allowedFilterKinds));\n\n if (optional) {\n // allow null and null sentinel values\n candidates.push(z.null());\n candidates.push(z.instanceof(DbNullClass));\n candidates.push(z.instanceof(JsonNullClass));\n candidates.push(z.instanceof(AnyNullClass));\n }\n\n // either plain json filter or field filters\n const result = z.union(candidates);\n this.registerSchema(`${type}Filter${this.filterSchemaSuffix({ optional, array, allowedFilterKinds })}`, result);\n return result;\n }\n\n // For optional typed JSON fields, allow DbNull, JsonNull, and null.\n // z.union doesn't work here because `z.any()` (returned by `makeScalarSchema`)\n // always wins, so we create a wrapper superRefine instead.\n // The caller must pass the already-built fieldSchema so that array/list\n // mutation shapes (set, push, etc.) are preserved.\n private makeNullableTypedJsonMutationSchema(fieldSchema: z.ZodTypeAny) {\n return z\n .any()\n .superRefine((value, ctx) => {\n if (\n value instanceof DbNullClass ||\n value instanceof JsonNullClass ||\n value === null ||\n value === undefined\n ) {\n return;\n }\n const parseResult = fieldSchema.safeParse(value);\n if (!parseResult.success) {\n parseResult.error.issues.forEach((issue) => ctx.addIssue(issue as any));\n }\n })\n .optional();\n }\n\n private isTypeDefType(type: string) {\n return this.schema.typeDefs && type in this.schema.typeDefs;\n }\n\n @cache()\n private makeEnumFilterSchema(\n enumName: string,\n optional: boolean,\n array: boolean,\n withAggregations: boolean,\n allowedFilterKinds: string[] | undefined,\n ) {\n const enumDef = getEnum(this.schema, enumName);\n invariant(enumDef, `Enum \"${enumName}\" not found in schema`);\n const baseSchema = z.enum(Object.keys(enumDef.values) as [string, ...string[]]);\n let schema: ZodType;\n if (array) {\n schema = this.internalMakeArrayFilterSchema(baseSchema, allowedFilterKinds);\n } else {\n const components = this.makeCommonPrimitiveFilterComponents(\n baseSchema,\n optional,\n () =>\n z.lazy(() =>\n this.makeEnumFilterSchema(enumName, optional, array, withAggregations, allowedFilterKinds),\n ),\n ['equals', 'in', 'notIn', 'not'],\n withAggregations ? ['_count', '_min', '_max'] : undefined,\n allowedFilterKinds,\n );\n\n schema = this.createUnionFilterSchema(baseSchema, optional, components, allowedFilterKinds);\n }\n this.registerSchema(\n `${enumName}Filter${this.filterSchemaSuffix({ optional, array, allowedFilterKinds, withAggregations })}`,\n schema,\n );\n return schema;\n }\n\n @cache()\n @cache()\n private makeArrayFilterSchema(fieldType: string, allowedFilterKinds: string[] | undefined) {\n const schema = this.internalMakeArrayFilterSchema(\n this.makeScalarSchema(fieldType as BuiltinType),\n allowedFilterKinds,\n );\n this.registerSchema(\n `${fieldType}ArrayFilter${this.filterSchemaSuffix({ array: true, allowedFilterKinds })}`,\n schema,\n );\n return schema;\n }\n\n private internalMakeArrayFilterSchema(elementSchema: ZodType, allowedFilterKinds: string[] | undefined) {\n const operators = {\n equals: elementSchema.array().optional(),\n has: elementSchema.optional(),\n hasEvery: elementSchema.array().optional(),\n hasSome: elementSchema.array().optional(),\n isEmpty: z.boolean().optional(),\n };\n\n // Filter operators based on allowed filter kinds\n const filteredOperators = this.trimFilterOperators(operators, allowedFilterKinds);\n\n return z.strictObject(filteredOperators);\n }\n\n @cache()\n private makePrimitiveFilterSchema(\n type: BuiltinType,\n optional: boolean,\n withAggregations: boolean,\n allowedFilterKinds: string[] | undefined,\n withFuzzy = false,\n withFullText = false,\n ) {\n return match(type)\n .with('String', () =>\n this.makeStringFilterSchema(optional, withAggregations, allowedFilterKinds, withFuzzy, withFullText),\n )\n .with(P.union('Int', 'Float', 'Decimal', 'BigInt'), (type) =>\n this.makeNumberFilterSchema(type, optional, withAggregations, allowedFilterKinds),\n )\n .with('Boolean', () => this.makeBooleanFilterSchema(optional, withAggregations, allowedFilterKinds))\n .with('DateTime', () => this.makeDateTimeFilterSchema(optional, withAggregations, allowedFilterKinds))\n .with('Bytes', () => this.makeBytesFilterSchema(optional, withAggregations, allowedFilterKinds))\n .with('Json', () => this.makeJsonFilterSchema(optional, allowedFilterKinds))\n .with('Unsupported', () => z.never())\n .exhaustive();\n }\n\n @cache()\n private makeJsonValueSchema(): ZodType {\n const schema = z.union([\n z.string(),\n z.number(),\n z.boolean(),\n z.instanceof(JsonNullClass),\n z.lazy(() => z.union([this.makeJsonValueSchema(), z.null()]).array()),\n z.record(\n z.string(),\n z.lazy(() => z.union([this.makeJsonValueSchema(), z.null()])),\n ),\n ]);\n this.registerSchema('JsonValue', schema);\n return schema;\n }\n\n @cache()\n private makeJsonFilterSchema(optional: boolean, allowedFilterKinds: string[] | undefined) {\n // Check if Json filter kind is allowed\n if (allowedFilterKinds && !allowedFilterKinds.includes('Json')) {\n // Return a never schema if Json filters are not allowed\n return z.never();\n }\n\n // Extend the base JsonValue with filter-only null sentinels, flattened into one union\n const jsonValue = this.makeJsonValueSchema();\n const filterMembers: ZodType[] = [jsonValue, z.instanceof(DbNullClass), z.instanceof(AnyNullClass)];\n if (optional) filterMembers.push(z.null());\n const filterValueSchema = z.union(filterMembers as [ZodType, ZodType, ...ZodType[]]);\n const schema = z.strictObject({\n path: z.string().optional(),\n equals: filterValueSchema.optional(),\n not: filterValueSchema.optional(),\n string_contains: z.string().optional(),\n string_starts_with: z.string().optional(),\n string_ends_with: z.string().optional(),\n mode: this.makeStringModeSchema().optional(),\n array_contains: filterValueSchema.optional(),\n array_starts_with: filterValueSchema.optional(),\n array_ends_with: filterValueSchema.optional(),\n });\n this.registerSchema(`JsonFilter${this.filterSchemaSuffix({ optional, allowedFilterKinds })}`, schema);\n return schema;\n }\n\n @cache()\n private makeDateTimeValueSchema(): ZodType {\n const schema = coercedDateTimeSchema();\n this.registerSchema('DateTime', schema);\n return schema;\n }\n\n @cache()\n private makeDateTimeFilterSchema(\n optional: boolean,\n withAggregations: boolean,\n allowedFilterKinds: string[] | undefined,\n ): ZodType {\n const filterValueSchema = this.makeDateTimeValueSchema();\n\n const schema = this.makeCommonPrimitiveFilterSchema(\n filterValueSchema,\n optional,\n () => z.lazy(() => this.makeDateTimeFilterSchema(optional, withAggregations, allowedFilterKinds)),\n withAggregations ? ['_count', '_min', '_max'] : undefined,\n allowedFilterKinds,\n );\n this.registerSchema(\n `DateTimeFilter${this.filterSchemaSuffix({ optional, allowedFilterKinds, withAggregations })}`,\n schema,\n );\n return schema;\n }\n\n @cache()\n private makeBooleanFilterSchema(\n optional: boolean,\n withAggregations: boolean,\n allowedFilterKinds: string[] | undefined,\n ): ZodType {\n const components = this.makeCommonPrimitiveFilterComponents(\n z.boolean(),\n optional,\n () => z.lazy(() => this.makeBooleanFilterSchema(optional, withAggregations, allowedFilterKinds)),\n ['equals', 'not'],\n withAggregations ? ['_count', '_min', '_max'] : undefined,\n allowedFilterKinds,\n );\n\n const schema = this.createUnionFilterSchema(z.boolean(), optional, components, allowedFilterKinds);\n this.registerSchema(\n `BooleanFilter${this.filterSchemaSuffix({ optional, allowedFilterKinds, withAggregations })}`,\n schema,\n );\n return schema;\n }\n\n @cache()\n private makeBytesFilterSchema(\n optional: boolean,\n withAggregations: boolean,\n allowedFilterKinds: string[] | undefined,\n ): ZodType {\n const baseSchema = z.instanceof(Uint8Array);\n const components = this.makeCommonPrimitiveFilterComponents(\n baseSchema,\n optional,\n () => z.instanceof(Uint8Array),\n ['equals', 'in', 'notIn', 'not'],\n withAggregations ? ['_count', '_min', '_max'] : undefined,\n allowedFilterKinds,\n );\n\n const schema = this.createUnionFilterSchema(baseSchema, optional, components, allowedFilterKinds);\n this.registerSchema(\n `BytesFilter${this.filterSchemaSuffix({ optional, allowedFilterKinds, withAggregations })}`,\n schema,\n );\n return schema;\n }\n\n private makeCommonPrimitiveFilterComponents(\n baseSchema: ZodType,\n optional: boolean,\n makeThis: () => ZodType,\n supportedOperators: string[] | undefined = undefined,\n withAggregations: Array<'_count' | '_avg' | '_sum' | '_min' | '_max'> | undefined = undefined,\n allowedFilterKinds: string[] | undefined = undefined,\n ) {\n const commonAggSchema = () =>\n this.makeCommonPrimitiveFilterSchema(baseSchema, false, makeThis, undefined, allowedFilterKinds).optional();\n let result = {\n equals: this.nullableIf(baseSchema.optional(), optional),\n in: baseSchema.array().optional(),\n notIn: baseSchema.array().optional(),\n lt: baseSchema.optional(),\n lte: baseSchema.optional(),\n gt: baseSchema.optional(),\n gte: baseSchema.optional(),\n between: baseSchema.array().length(2).optional(),\n not: makeThis().optional(),\n ...(withAggregations?.includes('_count')\n ? { _count: this.makeNumberFilterSchema('Int', false, false, undefined).optional() }\n : {}),\n ...(withAggregations?.includes('_avg') ? { _avg: commonAggSchema() } : {}),\n ...(withAggregations?.includes('_sum') ? { _sum: commonAggSchema() } : {}),\n ...(withAggregations?.includes('_min') ? { _min: commonAggSchema() } : {}),\n ...(withAggregations?.includes('_max') ? { _max: commonAggSchema() } : {}),\n };\n if (supportedOperators) {\n const keys = [...supportedOperators, ...(withAggregations ?? [])];\n result = extractFields(result, keys) as typeof result;\n }\n\n // Filter operators based on allowed filter kinds\n result = this.trimFilterOperators(result, allowedFilterKinds) as typeof result;\n\n return result;\n }\n\n private makeCommonPrimitiveFilterSchema(\n baseSchema: ZodType,\n optional: boolean,\n makeThis: () => ZodType,\n withAggregations: Array | undefined = undefined,\n allowedFilterKinds: string[] | undefined = undefined,\n ): ZodType {\n const components = this.makeCommonPrimitiveFilterComponents(\n baseSchema,\n optional,\n makeThis,\n undefined,\n withAggregations,\n allowedFilterKinds,\n );\n\n return this.createUnionFilterSchema(baseSchema, optional, components, allowedFilterKinds);\n }\n\n @cache()\n private makeNumberFilterSchema(\n type: 'Int' | 'Float' | 'Decimal' | 'BigInt',\n optional: boolean,\n withAggregations: boolean,\n allowedFilterKinds: string[] | undefined,\n ): ZodType {\n const schema = this.makeCommonPrimitiveFilterSchema(\n this.makeScalarSchema(type),\n optional,\n () => z.lazy(() => this.makeNumberFilterSchema(type, optional, withAggregations, allowedFilterKinds)),\n withAggregations ? ['_count', '_avg', '_sum', '_min', '_max'] : undefined,\n allowedFilterKinds,\n );\n this.registerSchema(\n `${type}Filter${this.filterSchemaSuffix({ optional, allowedFilterKinds, withAggregations })}`,\n schema,\n );\n return schema;\n }\n\n @cache()\n private makeStringFilterSchema(\n optional: boolean,\n withAggregations: boolean,\n allowedFilterKinds: string[] | undefined,\n withFuzzy = false,\n withFullText = false,\n ): ZodType {\n const baseComponents = this.makeCommonPrimitiveFilterComponents(\n z.string(),\n optional,\n () =>\n z.lazy(() =>\n this.makeStringFilterSchema(\n optional,\n withAggregations,\n allowedFilterKinds,\n withFuzzy,\n withFullText,\n ),\n ),\n undefined,\n withAggregations ? ['_count', '_min', '_max'] : undefined,\n allowedFilterKinds,\n );\n\n const stringSpecificOperators = {\n startsWith: z.string().optional(),\n endsWith: z.string().optional(),\n contains: z.string().optional(),\n ...(withFuzzy && this.providerSupportsFuzzySearch\n ? {\n fuzzy: this.makeFuzzyFilterSchema().optional(),\n }\n : {}),\n ...(withFullText && this.providerSupportsFullTextSearch\n ? {\n fts: this.makeFullTextFilterSchema().optional(),\n }\n : {}),\n ...(this.providerSupportsCaseSensitivity\n ? {\n mode: this.makeStringModeSchema().optional(),\n }\n : {}),\n };\n\n // Filter string-specific operators based on allowed filter kinds\n const filteredStringOperators = this.trimFilterOperators(stringSpecificOperators, allowedFilterKinds);\n\n const allComponents = {\n ...baseComponents,\n ...filteredStringOperators,\n };\n\n const schema = this.createUnionFilterSchema(z.string(), optional, allComponents, allowedFilterKinds);\n const featureSuffix = `${withFuzzy ? 'Fuzzy' : ''}${withFullText ? 'FullText' : ''}`;\n this.registerSchema(\n `StringFilter${this.filterSchemaSuffix({ optional, allowedFilterKinds, withAggregations })}${featureSuffix}`,\n schema,\n );\n return schema;\n }\n\n private makeStringModeSchema() {\n return z.union([z.literal('default'), z.literal('insensitive')]);\n }\n\n private makeFuzzyFilterSchema() {\n return z.strictObject({\n search: z.string().min(1),\n mode: z.union([z.literal('simple'), z.literal('word'), z.literal('strictWord')]).default('simple'),\n threshold: z.number().min(0).max(1).optional(),\n unaccent: z.boolean().default(false),\n });\n }\n\n private makeFullTextFilterSchema() {\n return z.strictObject({\n search: z.string().min(1),\n config: z.string().min(1).optional(),\n });\n }\n\n @cache()\n private makeSelectSchema(model: string, options?: CreateSchemaOptions) {\n const fields: Record = {};\n for (const [field, fieldDef] of this.getModelFields(model)) {\n if (fieldDef.relation) {\n if (!this.shouldIncludeRelations(options)) {\n continue;\n }\n // Check if the target model is allowed by slicing configuration\n if (this.isModelAllowed(fieldDef.type)) {\n fields[field] = this.makeRelationSelectIncludeSchema(model, field, options).optional();\n }\n } else {\n if (this.options.allowQueryTimeOmitOverride === false && this.isFieldOmittedByConfig(model, field)) {\n // when query-time omit override is disallowed, an omitted field cannot be\n // un-omitted by explicitly selecting it, so only allow `false`\n fields[field] = z.literal(false).optional();\n } else {\n fields[field] = z.boolean().optional();\n }\n }\n }\n\n if (this.shouldIncludeRelations(options)) {\n const _countSchema = this.makeCountSelectionSchema(model, options);\n if (!(_countSchema instanceof z.ZodNever)) {\n fields['_count'] = _countSchema;\n }\n }\n\n this.addExtResultFields(model, fields);\n\n const result = z.strictObject(fields);\n this.registerSchema(`${model}Select`, result);\n return result;\n }\n\n @cache()\n private makeCountSelectionSchema(model: string, options?: CreateSchemaOptions) {\n const modelDef = requireModel(this.schema, model);\n const toManyRelations = Object.values(modelDef.fields).filter((def) => def.relation && def.array);\n if (toManyRelations.length > 0) {\n const nextOpts = this.nextOptions(options);\n const schema = z\n .union([\n z.literal(true),\n z.strictObject({\n select: z.strictObject(\n toManyRelations.reduce(\n (acc, fieldDef) => ({\n ...acc,\n [fieldDef.name]: z\n .union([\n z.boolean(),\n z.strictObject({\n where: this.makeWhereSchema(\n fieldDef.type,\n false,\n false,\n false,\n nextOpts,\n ),\n }),\n ])\n .optional(),\n }),\n {} as Record,\n ),\n ),\n }),\n ])\n .optional();\n this.registerSchema(`${model}CountSelection`, schema);\n return schema;\n } else {\n return z.never();\n }\n }\n\n @cache()\n private makeRelationSelectIncludeSchema(model: string, field: string, options?: CreateSchemaOptions) {\n const fieldDef = requireField(this.schema, model, field);\n const nextOpts = this.nextOptions(options);\n let objSchema: ZodType = z.strictObject({\n ...(fieldDef.array || fieldDef.optional\n ? {\n // to-many relations and optional to-one relations are filterable\n where: z\n .lazy(() => this.makeWhereSchema(fieldDef.type, false, false, false, nextOpts))\n .optional(),\n }\n : {}),\n select: z\n .lazy(() => this.makeSelectSchema(fieldDef.type, nextOpts))\n .optional()\n .nullable(),\n include: z\n .lazy(() => this.makeIncludeSchema(fieldDef.type, nextOpts))\n .optional()\n .nullable(),\n omit: z\n .lazy(() => this.makeOmitSchema(fieldDef.type))\n .optional()\n .nullable(),\n ...(fieldDef.array\n ? {\n // to-many relations can be ordered, skipped, taken, and cursor-located\n orderBy: z\n .lazy(() => this.orArray(this.makeOrderBySchema(fieldDef.type, true, false, nextOpts), true))\n .optional(),\n skip: this.makeSkipSchema().optional(),\n take: this.makeTakeSchema().optional(),\n cursor: this.makeCursorSchema(fieldDef.type, nextOpts).optional(),\n distinct: this.makeDistinctSchema(fieldDef.type).optional(),\n }\n : {}),\n });\n\n objSchema = this.refineForSelectIncludeMutuallyExclusive(objSchema);\n objSchema = this.refineForSelectOmitMutuallyExclusive(objSchema);\n objSchema = this.refineForSelectHasTruthyField(objSchema);\n\n const result = z.union([z.boolean(), objSchema]);\n this.registerSchema(`${model}${upperCaseFirst(field)}RelationInput`, result);\n return result;\n }\n\n /**\n * Determines whether a field is configured to be omitted at the schema or client-options level\n * (query-level omit is excluded as it's mutually exclusive with `select`).\n */\n private isFieldOmittedByConfig(model: string, field: string): boolean {\n // options-level omit\n const omitConfig =\n (this.options.omit as Record | undefined)?.[lowerCaseFirst(model)] ??\n (this.options.omit as Record | undefined)?.[model];\n if (omitConfig && typeof omitConfig[field] === 'boolean') {\n return omitConfig[field];\n }\n\n // schema-level omit\n const fieldDef = requireField(this.schema, model, field);\n return !!fieldDef.omit;\n }\n\n @cache()\n private makeOmitSchema(model: string) {\n const fields: Record = {};\n for (const [field, fieldDef] of this.getModelFields(model)) {\n if (!fieldDef.relation) {\n if (this.options.allowQueryTimeOmitOverride !== false) {\n // if override is allowed, use boolean\n fields[field] = z.boolean().optional();\n } else {\n // otherwise only allow true\n fields[field] = z.literal(true).optional();\n }\n }\n }\n\n this.addExtResultFields(model, fields);\n\n const result = z.strictObject(fields);\n this.registerSchema(`${model}OmitInput`, result);\n return result;\n }\n\n private addExtResultFields(model: string, fields: Record) {\n for (const plugin of this.plugins) {\n const resultConfig = plugin.result;\n if (resultConfig) {\n const modelConfig = resultConfig[lowerCaseFirst(model)];\n if (modelConfig) {\n for (const field of Object.keys(modelConfig)) {\n fields[field] = z.boolean().optional();\n }\n }\n }\n }\n }\n\n @cache()\n private makeIncludeSchema(model: string, options?: CreateSchemaOptions) {\n const modelDef = requireModel(this.schema, model);\n const fields: Record = {};\n for (const field of Object.keys(modelDef.fields)) {\n const fieldDef = requireField(this.schema, model, field);\n if (fieldDef.relation) {\n if (!this.shouldIncludeRelations(options)) {\n continue;\n }\n // Check if the target model is allowed by slicing configuration\n if (this.isModelAllowed(fieldDef.type)) {\n fields[field] = this.makeRelationSelectIncludeSchema(model, field, options).optional();\n }\n }\n }\n\n if (this.shouldIncludeRelations(options)) {\n const _countSchema = this.makeCountSelectionSchema(model, options);\n if (!(_countSchema instanceof z.ZodNever)) {\n fields['_count'] = _countSchema;\n }\n }\n\n const result = z.strictObject(fields);\n this.registerSchema(`${model}Include`, result);\n return result;\n }\n\n @cache()\n private makeOrderBySchema(\n model: string,\n withRelation: boolean,\n WithAggregation: boolean,\n options?: CreateSchemaOptions,\n ) {\n const fields: Record = {};\n const sort = z.union([z.literal('asc'), z.literal('desc')]);\n const refineAtMostOneKey = (s: ZodObject) =>\n s.refine((v: object) => Object.keys(v).length <= 1, {\n message: 'Each orderBy element must have at most one key',\n });\n const nextOpts = this.nextOptions(options);\n for (const [field, fieldDef] of this.getModelFields(model)) {\n if (fieldDef.relation) {\n // relations\n if (withRelation && this.shouldIncludeRelations(options)) {\n fields[field] = z\n .lazy(() => {\n let relationOrderBy = this.makeOrderBySchema(\n fieldDef.type,\n withRelation,\n WithAggregation,\n nextOpts,\n );\n if (fieldDef.array) {\n // safeExtend drops existing refinements, so re-apply after extending\n relationOrderBy = refineAtMostOneKey(relationOrderBy.safeExtend({ _count: sort }));\n }\n return relationOrderBy;\n })\n .optional();\n }\n } else {\n // scalars\n if (fieldDef.optional) {\n fields[field] = z\n .union([\n sort,\n z.strictObject({\n sort,\n nulls: z.union([z.literal('first'), z.literal('last')]).optional(),\n }),\n ])\n .optional();\n } else {\n fields[field] = sort.optional();\n }\n }\n }\n\n // aggregations\n if (WithAggregation) {\n const aggregationFields = ['_count', '_avg', '_sum', '_min', '_max'];\n for (const agg of aggregationFields) {\n fields[agg] = z.lazy(() => this.makeOrderBySchema(model, true, false, options).optional());\n }\n }\n\n // _fuzzyRelevance ordering for fuzzy search — only fields annotated with `@fuzzy` (postgres only).\n if (this.providerSupportsFuzzySearch) {\n const fuzzyFieldNames = this.getModelFields(model)\n .filter(([, def]) => !def.relation && def.type === 'String' && def.fuzzy === true)\n .map(([name]) => name);\n if (fuzzyFieldNames.length > 0) {\n fields['_fuzzyRelevance'] = z\n .strictObject({\n fields: z.array(z.enum(fuzzyFieldNames as [string, ...string[]])).min(1),\n search: z.string(),\n mode: z\n .union([z.literal('simple'), z.literal('word'), z.literal('strictWord')])\n .default('simple'),\n unaccent: z.boolean().default(false),\n sort,\n })\n .optional();\n }\n }\n\n // _ftsRelevance ordering for full-text search — only fields annotated with `@fullText` (postgres only).\n if (this.providerSupportsFullTextSearch) {\n const fullTextFieldNames = this.getModelFields(model)\n .filter(([, def]) => !def.relation && def.type === 'String' && def.fullText === true)\n .map(([name]) => name);\n if (fullTextFieldNames.length > 0) {\n fields['_ftsRelevance'] = z\n .strictObject({\n fields: z.array(z.enum(fullTextFieldNames as [string, ...string[]])).min(1),\n search: z.string().min(1),\n config: z.string().min(1).optional(),\n sort,\n })\n .optional();\n }\n }\n\n const schema = refineAtMostOneKey(z.strictObject(fields));\n\n let schemaId = `${model}OrderBy`;\n if (withRelation) schemaId += 'WithRelation';\n if (WithAggregation) schemaId += 'WithAggregation';\n schemaId += 'Input';\n this.registerSchema(schemaId, schema);\n return schema;\n }\n\n @cache()\n private makeDistinctSchema(model: string) {\n const nonRelationFields = this.getModelFields(model)\n .filter(([, def]) => !def.relation)\n .map(([name]) => name);\n const schema = nonRelationFields.length > 0 ? this.orArray(z.enum(nonRelationFields as any), true) : z.never();\n this.registerSchema(`${model}DistinctInput`, schema);\n return schema;\n }\n\n @cache()\n private makeCursorSchema(model: string, options?: CreateSchemaOptions) {\n const schema = this.makeWhereSchema(model, true, true, false, options).optional();\n this.registerSchema(`${model}CursorInput`, schema);\n return schema;\n }\n\n // #endregion\n\n // #region Create\n\n @cache()\n makeCreateSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const dataSchema = this.makeCreateDataSchema(model, false, [], false, options);\n const baseSchema = z.strictObject({\n data: dataSchema,\n select: this.makeSelectSchema(model, options).optional().nullable(),\n include: this.makeIncludeSchema(model, options).optional().nullable(),\n omit: this.makeOmitSchema(model).optional().nullable(),\n });\n let schema: ZodType = this.mergePluginArgsSchema(baseSchema, 'create');\n schema = this.refineForSelectIncludeMutuallyExclusive(schema);\n schema = this.refineForSelectOmitMutuallyExclusive(schema);\n schema = this.refineForSelectHasTruthyField(schema);\n this.registerSchema(`${model}CreateArgs`, schema);\n return schema as ZodType>;\n }\n\n @cache()\n makeCreateManySchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const result = this.mergePluginArgsSchema(\n this.makeCreateManyPayloadSchema(model, [], options),\n 'createMany',\n ) as unknown as ZodType>;\n this.registerSchema(`${model}CreateManyArgs`, result);\n return result;\n }\n\n @cache()\n makeCreateManyAndReturnSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const base = this.makeCreateManyPayloadSchema(model, [], options);\n let result: ZodObject = base.extend({\n select: this.makeSelectSchema(model, options).optional().nullable(),\n omit: this.makeOmitSchema(model).optional().nullable(),\n });\n result = this.mergePluginArgsSchema(result, 'createManyAndReturn');\n const schema = this.refineForSelectHasTruthyField(\n this.refineForSelectOmitMutuallyExclusive(result),\n ).optional() as ZodType>;\n this.registerSchema(`${model}CreateManyAndReturnArgs`, schema);\n return schema;\n }\n\n @cache()\n private makeCreateDataSchema(\n model: string,\n canBeArray: boolean,\n withoutFields: string[] = [],\n withoutRelationFields = false,\n options?: CreateSchemaOptions,\n ) {\n const skipRelations = withoutRelationFields || !this.shouldIncludeRelations(options);\n const uncheckedVariantFields: Record = {};\n const checkedVariantFields: Record = {};\n const modelDef = requireModel(this.schema, model);\n const modelFields = this.getModelFields(model);\n const hasRelation =\n !skipRelations && modelFields.some(([f, def]) => !withoutFields.includes(f) && def.relation);\n\n const nextOpts = this.nextOptions(options);\n\n modelFields.forEach(([field, fieldDef]) => {\n if (withoutFields.includes(field)) {\n return;\n }\n\n // skip computed fields and discriminator fields\n if (fieldDef.computed || fieldDef.isDiscriminator) {\n return;\n }\n\n if (fieldDef.relation) {\n if (skipRelations) {\n return;\n }\n // Check if the target model is allowed by slicing configuration\n if (!this.isModelAllowed(fieldDef.type)) {\n return;\n }\n const excludeFields: string[] = [];\n const oppositeField = fieldDef.relation.opposite;\n if (oppositeField) {\n excludeFields.push(oppositeField);\n const oppositeFieldDef = requireField(this.schema, fieldDef.type, oppositeField);\n if (oppositeFieldDef.relation?.fields) {\n excludeFields.push(...oppositeFieldDef.relation.fields);\n }\n }\n\n let fieldSchema: ZodType = z.lazy(() =>\n this.makeRelationManipulationSchema(model, field, excludeFields, 'create', nextOpts),\n );\n\n if (fieldDef.optional || fieldDef.array) {\n // optional or array relations are optional\n fieldSchema = fieldSchema.optional();\n } else {\n // if all fk fields are optional, the relation is optional\n let allFksOptional = false;\n if (fieldDef.relation.fields) {\n allFksOptional = fieldDef.relation.fields.every((f) => {\n const fkDef = requireField(this.schema, model, f);\n return fkDef.optional || fieldHasDefaultValue(fkDef);\n });\n }\n if (allFksOptional) {\n fieldSchema = fieldSchema.optional();\n }\n }\n\n // optional to-one relation can be null\n if (fieldDef.optional && !fieldDef.array) {\n fieldSchema = fieldSchema.nullable();\n }\n checkedVariantFields[field] = fieldSchema;\n if (fieldDef.array || !fieldDef.relation.references) {\n // non-owned relation\n uncheckedVariantFields[field] = fieldSchema;\n }\n } else {\n let fieldSchema = this.makeScalarSchema(fieldDef.type, fieldDef.attributes);\n\n if (fieldDef.array) {\n fieldSchema = ZodUtils.addListValidation(fieldSchema.array(), fieldDef.attributes);\n fieldSchema = z\n .union([\n fieldSchema,\n z.strictObject({\n set: fieldSchema,\n }),\n ])\n .optional();\n }\n\n if (fieldDef.optional || fieldHasDefaultValue(fieldDef)) {\n fieldSchema = fieldSchema.optional();\n }\n\n if (fieldDef.optional) {\n if (fieldDef.type === 'Json') {\n // DbNull for Json fields\n fieldSchema = z.union([fieldSchema, z.instanceof(DbNullClass)]);\n } else if (this.isTypeDefType(fieldDef.type)) {\n fieldSchema = this.makeNullableTypedJsonMutationSchema(fieldSchema);\n } else {\n fieldSchema = fieldSchema.nullable();\n }\n }\n\n uncheckedVariantFields[field] = fieldSchema;\n if (!fieldDef.foreignKeyFor) {\n // non-fk field\n checkedVariantFields[field] = fieldSchema;\n }\n }\n });\n\n const uncheckedCreateSchema = this.extraValidationsEnabled\n ? ZodUtils.addCustomValidation(z.strictObject(uncheckedVariantFields), modelDef.attributes)\n : z.strictObject(uncheckedVariantFields);\n const checkedCreateSchema = this.extraValidationsEnabled\n ? ZodUtils.addCustomValidation(z.strictObject(checkedVariantFields), modelDef.attributes)\n : z.strictObject(checkedVariantFields);\n\n const result = !hasRelation\n ? this.orArray(uncheckedCreateSchema, canBeArray)\n : z.union([\n uncheckedCreateSchema,\n checkedCreateSchema,\n ...(canBeArray ? [z.array(uncheckedCreateSchema)] : []),\n ...(canBeArray ? [z.array(checkedCreateSchema)] : []),\n ]);\n\n const idParts = [`${model}CreateData`];\n if (canBeArray) idParts.push('Array');\n if (withoutRelationFields) idParts.push('WithoutRelation');\n if (withoutFields.length) idParts.push(`Without${withoutFields.slice().sort().join('')}`);\n this.registerSchema(idParts.join(''), result);\n return result;\n }\n\n @cache()\n private makeRelationManipulationSchema(\n model: string,\n field: string,\n withoutFields: string[],\n mode: 'create' | 'update',\n options?: CreateSchemaOptions,\n ) {\n const fieldDef = requireField(this.schema, model, field);\n const fieldType = fieldDef.type;\n const array = !!fieldDef.array;\n const canCreateModel = this.canCreateModel(fieldType);\n const fields: Record = {\n connect: this.makeConnectDataSchema(fieldType, array, options).optional(),\n };\n\n if (canCreateModel) {\n fields['create'] = this.makeCreateDataSchema(\n fieldDef.type,\n !!fieldDef.array,\n withoutFields,\n false,\n options,\n ).optional();\n fields['connectOrCreate'] = this.makeConnectOrCreateDataSchema(\n fieldType,\n array,\n withoutFields,\n options,\n ).optional();\n }\n\n if (array && canCreateModel) {\n fields['createMany'] = this.makeCreateManyPayloadSchema(fieldType, withoutFields, options).optional();\n }\n\n if (mode === 'update') {\n if (fieldDef.optional || fieldDef.array) {\n // disconnect and delete are only available for optional/to-many relations\n fields['disconnect'] = this.makeDisconnectDataSchema(fieldType, array, options).optional();\n\n fields['delete'] = this.makeDeleteRelationDataSchema(fieldType, array, true, options).optional();\n }\n\n fields['update'] = array\n ? this.orArray(\n z.strictObject({\n where: this.makeWhereSchema(fieldType, true, false, false, options),\n data: this.makeUpdateDataSchema(fieldType, withoutFields, false, options),\n }),\n true,\n ).optional()\n : z\n .union([\n z.strictObject({\n where: this.makeWhereSchema(fieldType, false, false, false, options).optional(),\n data: this.makeUpdateDataSchema(fieldType, withoutFields, false, options),\n }),\n this.makeUpdateDataSchema(fieldType, withoutFields, false, options),\n ])\n .optional();\n\n if (canCreateModel) {\n let upsertWhere = this.makeWhereSchema(fieldType, true, false, false, options);\n if (!fieldDef.array) {\n // to-one relation, can upsert without where clause\n upsertWhere = upsertWhere.optional();\n }\n fields['upsert'] = this.orArray(\n z.strictObject({\n where: upsertWhere,\n create: this.makeCreateDataSchema(fieldType, false, withoutFields, false, options),\n update: this.makeUpdateDataSchema(fieldType, withoutFields, false, options),\n }),\n true,\n ).optional();\n }\n\n if (array) {\n // to-many relation specifics\n fields['set'] = this.makeSetDataSchema(fieldType, true, options).optional();\n\n fields['updateMany'] = this.orArray(\n z.strictObject({\n where: this.makeWhereSchema(fieldType, false, true, false, options),\n data: this.makeUpdateDataSchema(fieldType, withoutFields, false, options),\n }),\n true,\n ).optional();\n\n fields['deleteMany'] = this.makeDeleteRelationDataSchema(fieldType, true, false, options).optional();\n }\n }\n\n return z.strictObject(fields);\n }\n\n @cache()\n private makeSetDataSchema(model: string, canBeArray: boolean, options?: CreateSchemaOptions) {\n return this.orArray(this.makeWhereSchema(model, true, false, false, options), canBeArray);\n }\n\n @cache()\n private makeConnectDataSchema(model: string, canBeArray: boolean, options?: CreateSchemaOptions) {\n return this.orArray(this.makeWhereSchema(model, true, false, false, options), canBeArray);\n }\n\n @cache()\n private makeDisconnectDataSchema(model: string, canBeArray: boolean, options?: CreateSchemaOptions) {\n if (canBeArray) {\n // to-many relation, must be unique filters\n return this.orArray(this.makeWhereSchema(model, true, false, false, options), canBeArray);\n } else {\n // to-one relation, can be boolean or a regular filter - the entity\n // being disconnected is already uniquely identified by its parent\n return z.union([z.boolean(), this.makeWhereSchema(model, false, false, false, options)]);\n }\n }\n\n @cache()\n private makeDeleteRelationDataSchema(\n model: string,\n toManyRelation: boolean,\n uniqueFilter: boolean,\n options?: CreateSchemaOptions,\n ) {\n return toManyRelation\n ? this.orArray(this.makeWhereSchema(model, uniqueFilter, false, false, options), true)\n : z.union([z.boolean(), this.makeWhereSchema(model, uniqueFilter, false, false, options)]);\n }\n\n @cache()\n private makeConnectOrCreateDataSchema(\n model: string,\n canBeArray: boolean,\n withoutFields: string[],\n options?: CreateSchemaOptions,\n ) {\n const whereSchema = this.makeWhereSchema(model, true, false, false, options);\n const createSchema = this.makeCreateDataSchema(model, false, withoutFields, false, options);\n return this.orArray(\n z.strictObject({\n where: whereSchema,\n create: createSchema,\n }),\n canBeArray,\n );\n }\n\n @cache()\n private makeCreateManyPayloadSchema(model: string, withoutFields: string[], options?: CreateSchemaOptions) {\n const schema = z.strictObject({\n data: this.makeCreateDataSchema(model, true, withoutFields, true, options),\n skipDuplicates: z.boolean().optional(),\n });\n const idParts = [`${model}CreateManyPayload`];\n if (withoutFields.length) idParts.push(`Without${withoutFields.slice().sort().join('')}`);\n this.registerSchema(idParts.join(''), schema);\n return schema;\n }\n\n // #endregion\n\n // #region Update\n\n @cache()\n makeUpdateSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const baseSchema = z.strictObject({\n where: this.makeWhereSchema(model, true, false, false, options),\n data: this.makeUpdateDataSchema(model, [], false, options),\n select: this.makeSelectSchema(model, options).optional().nullable(),\n include: this.makeIncludeSchema(model, options).optional().nullable(),\n omit: this.makeOmitSchema(model).optional().nullable(),\n });\n let schema: ZodType = this.mergePluginArgsSchema(baseSchema, 'update');\n schema = this.refineForSelectIncludeMutuallyExclusive(schema);\n schema = this.refineForSelectOmitMutuallyExclusive(schema);\n schema = this.refineForSelectHasTruthyField(schema);\n this.registerSchema(`${model}UpdateArgs`, schema);\n return schema as ZodType>;\n }\n\n @cache()\n makeUpdateManySchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const result = this.mergePluginArgsSchema(\n z.strictObject({\n where: this.makeWhereSchema(model, false, false, false, options).optional(),\n data: this.makeUpdateDataSchema(model, [], true, options),\n limit: z.number().int().nonnegative().optional(),\n }),\n 'updateMany',\n ) as unknown as ZodType>;\n this.registerSchema(`${model}UpdateManyArgs`, result);\n return result;\n }\n\n @cache()\n makeUpdateManyAndReturnSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n // plugin extended args schema is merged in `makeUpdateManySchema`\n const baseSchema = this.makeUpdateManySchema(model, options) as unknown as ZodObject;\n let schema: ZodType = baseSchema.extend({\n select: this.makeSelectSchema(model, options).optional().nullable(),\n omit: this.makeOmitSchema(model).optional().nullable(),\n });\n schema = this.refineForSelectOmitMutuallyExclusive(schema);\n schema = this.refineForSelectHasTruthyField(schema);\n this.registerSchema(`${model}UpdateManyAndReturnArgs`, schema);\n return schema as ZodType>;\n }\n\n @cache()\n makeUpsertSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const baseSchema = z.strictObject({\n where: this.makeWhereSchema(model, true, false, false, options),\n create: this.makeCreateDataSchema(model, false, [], false, options),\n update: this.makeUpdateDataSchema(model, [], false, options),\n select: this.makeSelectSchema(model, options).optional().nullable(),\n include: this.makeIncludeSchema(model, options).optional().nullable(),\n omit: this.makeOmitSchema(model).optional().nullable(),\n });\n let schema: ZodType = this.mergePluginArgsSchema(baseSchema, 'upsert');\n schema = this.refineForSelectIncludeMutuallyExclusive(schema);\n schema = this.refineForSelectOmitMutuallyExclusive(schema);\n schema = this.refineForSelectHasTruthyField(schema);\n this.registerSchema(`${model}UpsertArgs`, schema);\n return schema as ZodType>;\n }\n\n @cache()\n private makeUpdateDataSchema(\n model: string,\n withoutFields: string[] = [],\n withoutRelationFields = false,\n options?: CreateSchemaOptions,\n ) {\n const skipRelations = withoutRelationFields || !this.shouldIncludeRelations(options);\n const uncheckedVariantFields: Record = {};\n const checkedVariantFields: Record = {};\n const modelDef = requireModel(this.schema, model);\n const modelFields = this.getModelFields(model);\n const hasRelation =\n !skipRelations && modelFields.some(([key, value]) => value.relation && !withoutFields.includes(key));\n\n const nextOpts = this.nextOptions(options);\n\n modelFields.forEach(([field, fieldDef]) => {\n if (withoutFields.includes(field)) {\n return;\n }\n\n // skip computed fields and discriminator fields\n if (fieldDef.computed || fieldDef.isDiscriminator) {\n return;\n }\n\n if (fieldDef.relation) {\n if (skipRelations) {\n return;\n }\n // Check if the target model is allowed by slicing configuration\n if (!this.isModelAllowed(fieldDef.type)) {\n return;\n }\n const excludeFields: string[] = [];\n const oppositeField = fieldDef.relation.opposite;\n if (oppositeField) {\n excludeFields.push(oppositeField);\n const oppositeFieldDef = requireField(this.schema, fieldDef.type, oppositeField);\n if (oppositeFieldDef.relation?.fields) {\n excludeFields.push(...oppositeFieldDef.relation.fields);\n }\n }\n let fieldSchema: ZodType = z\n .lazy(() => this.makeRelationManipulationSchema(model, field, excludeFields, 'update', nextOpts))\n .optional();\n // optional to-one relation can be null\n if (fieldDef.optional && !fieldDef.array) {\n fieldSchema = fieldSchema.nullable();\n }\n checkedVariantFields[field] = fieldSchema;\n if (fieldDef.array || !fieldDef.relation.references) {\n // non-owned relation\n uncheckedVariantFields[field] = fieldSchema;\n }\n } else {\n let fieldSchema = this.makeScalarSchema(fieldDef.type, fieldDef.attributes);\n\n if (this.isNumericField(fieldDef)) {\n fieldSchema = z.union([\n fieldSchema,\n z\n .object({\n // TODO: use Decimal/BigInt for incremental updates\n set: this.nullableIf(z.number().optional(), !!fieldDef.optional).optional(),\n increment: z.number().optional(),\n decrement: z.number().optional(),\n multiply: z.number().optional(),\n divide: z.number().optional(),\n })\n .refine(\n (v) => Object.keys(v).length === 1,\n 'Only one of \"set\", \"increment\", \"decrement\", \"multiply\", or \"divide\" can be provided',\n ),\n ]);\n }\n\n if (fieldDef.array) {\n const arraySchema = ZodUtils.addListValidation(fieldSchema.array(), fieldDef.attributes);\n fieldSchema = z.union([\n arraySchema,\n z\n .object({\n set: arraySchema.optional(),\n push: z.union([fieldSchema, fieldSchema.array()]).optional(),\n })\n .refine((v) => Object.keys(v).length === 1, 'Only one of \"set\", \"push\" can be provided'),\n ]);\n }\n\n if (fieldDef.optional) {\n if (fieldDef.type === 'Json') {\n // DbNull for Json fields\n fieldSchema = z.union([fieldSchema, z.instanceof(DbNullClass)]);\n } else if (this.isTypeDefType(fieldDef.type)) {\n fieldSchema = this.makeNullableTypedJsonMutationSchema(fieldSchema);\n } else {\n fieldSchema = fieldSchema.nullable();\n }\n }\n\n // all fields are optional in update\n fieldSchema = fieldSchema.optional();\n\n uncheckedVariantFields[field] = fieldSchema;\n if (!fieldDef.foreignKeyFor) {\n // non-fk field\n checkedVariantFields[field] = fieldSchema;\n }\n }\n });\n\n const uncheckedUpdateSchema = this.extraValidationsEnabled\n ? ZodUtils.addCustomValidation(z.strictObject(uncheckedVariantFields), modelDef.attributes)\n : z.strictObject(uncheckedVariantFields);\n const checkedUpdateSchema = this.extraValidationsEnabled\n ? ZodUtils.addCustomValidation(z.strictObject(checkedVariantFields), modelDef.attributes)\n : z.strictObject(checkedVariantFields);\n const result = !hasRelation ? uncheckedUpdateSchema : z.union([uncheckedUpdateSchema, checkedUpdateSchema]);\n\n const idParts = [`${model}UpdateData`];\n if (withoutRelationFields) idParts.push('WithoutRelation');\n if (withoutFields.length) idParts.push(`Without${withoutFields.slice().sort().join('')}`);\n this.registerSchema(idParts.join(''), result);\n return result;\n }\n\n // #endregion\n\n // #region Delete\n\n @cache()\n makeDeleteSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const baseSchema = z.strictObject({\n where: this.makeWhereSchema(model, true, false, false, options),\n select: this.makeSelectSchema(model, options).optional().nullable(),\n include: this.makeIncludeSchema(model, options).optional().nullable(),\n omit: this.makeOmitSchema(model).optional().nullable(),\n });\n let schema: ZodType = this.mergePluginArgsSchema(baseSchema, 'delete');\n schema = this.refineForSelectIncludeMutuallyExclusive(schema);\n schema = this.refineForSelectOmitMutuallyExclusive(schema);\n schema = this.refineForSelectHasTruthyField(schema);\n this.registerSchema(`${model}DeleteArgs`, schema);\n return schema as ZodType>;\n }\n\n @cache()\n makeDeleteManySchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType | undefined> {\n const result = this.mergePluginArgsSchema(\n z.strictObject({\n where: this.makeWhereSchema(model, false, false, false, options).optional(),\n limit: z.number().int().nonnegative().optional(),\n }),\n 'deleteMany',\n ).optional() as unknown as ZodType | undefined>;\n this.registerSchema(`${model}DeleteManyArgs`, result);\n return result;\n }\n\n // #endregion\n\n // #region Count\n\n @cache()\n makeCountSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType | undefined> {\n const result = this.mergePluginArgsSchema(\n z.strictObject({\n where: this.makeWhereSchema(model, false, false, false, options).optional(),\n skip: this.makeSkipSchema().optional(),\n take: this.makeTakeSchema().optional(),\n orderBy: this.orArray(this.makeOrderBySchema(model, true, false, options), true).optional(),\n select: this.makeCountAggregateInputSchema(model).optional(),\n }),\n 'count',\n ).optional() as ZodType | undefined>;\n this.registerSchema(`${model}CountArgs`, result);\n return result;\n }\n\n @cache()\n private makeCountAggregateInputSchema(model: string) {\n const schema = z.union([\n z.literal(true),\n z.strictObject({\n _all: z.literal(true).optional(),\n ...this.getModelFields(model).reduce(\n (acc, [field]) => {\n acc[field] = z.literal(true).optional();\n return acc;\n },\n {} as Record,\n ),\n }),\n ]);\n this.registerSchema(`${model}CountAggregateInput`, schema);\n return schema;\n }\n\n // #endregion\n\n // #region Aggregate\n\n @cache()\n makeAggregateSchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const result = this.mergePluginArgsSchema(\n z.strictObject({\n where: this.makeWhereSchema(model, false, false, false, options).optional(),\n skip: this.makeSkipSchema().optional(),\n take: this.makeTakeSchema().optional(),\n orderBy: this.orArray(this.makeOrderBySchema(model, true, false, options), true).optional(),\n _count: this.makeCountAggregateInputSchema(model).optional(),\n _avg: this.makeSumAvgInputSchema(model).optional(),\n _sum: this.makeSumAvgInputSchema(model).optional(),\n _min: this.makeMinMaxInputSchema(model).optional(),\n _max: this.makeMinMaxInputSchema(model).optional(),\n }),\n 'aggregate',\n ) as unknown as ZodType>;\n this.registerSchema(`${model}AggregateArgs`, result);\n return result;\n }\n\n @cache()\n private makeSumAvgInputSchema(model: string) {\n const schema = z.strictObject(\n this.getModelFields(model).reduce(\n (acc, [field, fieldDef]) => {\n if (this.isNumericField(fieldDef)) {\n acc[field] = z.literal(true).optional();\n }\n return acc;\n },\n {} as Record,\n ),\n );\n this.registerSchema(`${model}SumAvgAggregateInput`, schema);\n return schema;\n }\n\n @cache()\n private makeMinMaxInputSchema(model: string) {\n const schema = z.strictObject(\n this.getModelFields(model).reduce(\n (acc, [field, fieldDef]) => {\n if (!fieldDef.relation && !fieldDef.array) {\n acc[field] = z.literal(true).optional();\n }\n return acc;\n },\n {} as Record,\n ),\n );\n this.registerSchema(`${model}MinMaxAggregateInput`, schema);\n return schema;\n }\n\n // #endregion\n\n // #region Group By\n\n @cache()\n makeGroupBySchema>(\n model: Model,\n options?: CreateSchemaOptions,\n ): ZodType> {\n const nonRelationFields = this.getModelFields(model)\n .filter(([, def]) => !def.relation)\n .map(([name]) => name);\n const bySchema =\n nonRelationFields.length > 0\n ? this.orArray(z.enum(nonRelationFields as [string, ...string[]]), true)\n : z.never();\n\n const baseSchema = z.strictObject({\n where: this.makeWhereSchema(model, false, false, false, options).optional(),\n orderBy: this.orArray(this.makeOrderBySchema(model, false, true, options), true).optional(),\n by: bySchema,\n having: this.makeHavingSchema(model, options).optional(),\n skip: this.makeSkipSchema().optional(),\n take: this.makeTakeSchema().optional(),\n _count: this.makeCountAggregateInputSchema(model).optional(),\n _avg: this.makeSumAvgInputSchema(model).optional(),\n _sum: this.makeSumAvgInputSchema(model).optional(),\n _min: this.makeMinMaxInputSchema(model).optional(),\n _max: this.makeMinMaxInputSchema(model).optional(),\n });\n\n let schema: ZodType = this.mergePluginArgsSchema(baseSchema, 'groupBy');\n\n // fields used in `having` must be either in the `by` list, or aggregations\n schema = schema.refine((value: any) => {\n const bys = enumerate(value.by);\n if (value.having && typeof value.having === 'object') {\n for (const [key, val] of Object.entries(value.having)) {\n if (AggregateOperators.includes(key as any)) {\n continue;\n }\n if (bys.includes(key)) {\n continue;\n }\n // we have a key not mentioned in `by`, in this case it must only use\n // aggregations in the condition\n\n // 1. payload must be an object\n if (!val || typeof val !== 'object') {\n return false;\n }\n // 2. payload must only contain aggregations\n if (!this.onlyAggregationFields(val)) {\n return false;\n }\n }\n }\n return true;\n }, 'fields in \"having\" must be in \"by\"');\n\n // fields used in `orderBy` must be either in the `by` list, or aggregations\n schema = schema.refine((value: any) => {\n const bys = enumerate(value.by);\n for (const orderBy of enumerate(value.orderBy)) {\n if (\n orderBy &&\n Object.keys(orderBy)\n .filter((f) => !AggregateOperators.includes(f as AggregateOperators))\n .some((key) => !bys.includes(key))\n ) {\n return false;\n }\n }\n return true;\n }, 'fields in \"orderBy\" must be in \"by\"');\n\n this.registerSchema(`${model}GroupByArgs`, schema);\n return schema as ZodType>;\n }\n\n private onlyAggregationFields(val: object) {\n for (const [key, value] of Object.entries(val)) {\n if (AggregateOperators.includes(key as any)) {\n // aggregation field\n continue;\n }\n if (LOGICAL_COMBINATORS.includes(key as any)) {\n // logical operators\n if (enumerate(value).every((v) => this.onlyAggregationFields(v))) {\n continue;\n }\n }\n return false;\n }\n return true;\n }\n\n @cache()\n private makeHavingSchema(model: string, options?: CreateSchemaOptions) {\n const schema = this.makeWhereSchema(model, false, true, true, options);\n this.registerSchema(`${model}HavingInput`, schema);\n return schema;\n }\n\n // #endregion\n\n // #region Procedures\n\n @cache()\n makeProcedureArgsSchema(procName: string): ZodType {\n const procDef = (this.schema.procedures ?? {})[procName];\n if (!procDef) {\n throw createInternalError(`Procedure not found: ${procName}`);\n }\n const shape: Record = {};\n for (const param of Object.values(procDef.params ?? {})) {\n shape[param.name] = this.makeProcedureParamSchema(param);\n }\n const schema = z.object(shape);\n this.registerSchema(`${procName}ProcArgs`, schema);\n return schema;\n }\n\n @cache()\n makeProcedureParamSchema(\n param: { type: string; array?: boolean; optional?: boolean },\n _options?: CreateSchemaOptions,\n ): ZodType {\n let schema: ZodType;\n\n if (isTypeDef(this.schema, param.type)) {\n schema = this.makeTypeDefSchema(param.type);\n } else if (isEnum(this.schema, param.type)) {\n schema = this.makeEnumSchema(param.type);\n } else if (param.type in (this.schema.models ?? {})) {\n // For model-typed values, accept any object (no deep shape validation).\n schema = z.record(z.string(), z.unknown());\n } else {\n // Builtin scalar types.\n schema = this.makeScalarSchema(param.type as BuiltinType);\n\n // If a type isn't recognized by any of the above branches, `makeScalarSchema` returns `unknown`.\n // Treat it as configuration/schema error.\n if (schema instanceof z.ZodUnknown) {\n throw createInternalError(`Unsupported procedure parameter type: ${param.type}`);\n }\n }\n\n if (param.array) {\n schema = schema.array();\n }\n if (param.optional) {\n schema = schema.optional();\n }\n\n return schema;\n }\n\n // #endregion\n\n // #region Plugin Args\n\n private mergePluginArgsSchema(schema: ZodObject, operation: CoreCrudOperations) {\n let result = schema;\n for (const plugin of this.plugins ?? []) {\n if (plugin.queryArgs) {\n const pluginSchema = this.getPluginExtQueryArgsSchema(plugin, operation);\n if (pluginSchema) {\n result = result.extend(pluginSchema.shape);\n }\n }\n }\n return result.strict();\n }\n\n private getPluginExtQueryArgsSchema(plugin: AnyPlugin, operation: string): ZodObject | undefined {\n if (!plugin.queryArgs) {\n return undefined;\n }\n\n let result: ZodType | undefined;\n\n if (operation in plugin.queryArgs && plugin.queryArgs[operation]) {\n // most specific operation takes highest precedence\n result = plugin.queryArgs[operation];\n } else if (operation === 'upsert') {\n // upsert is special: it's in both CoreCreateOperations and CoreUpdateOperations\n // so we need to merge both $create and $update schemas to match the type system\n const createSchema =\n '$create' in plugin.queryArgs && plugin.queryArgs['$create'] ? plugin.queryArgs['$create'] : undefined;\n const updateSchema =\n '$update' in plugin.queryArgs && plugin.queryArgs['$update'] ? plugin.queryArgs['$update'] : undefined;\n\n if (createSchema && updateSchema) {\n invariant(createSchema instanceof ZodObject, 'Plugin extended query args schema must be a Zod object');\n invariant(updateSchema instanceof ZodObject, 'Plugin extended query args schema must be a Zod object');\n // merge both schemas (combines their properties)\n result = createSchema.extend(updateSchema.shape);\n } else if (createSchema) {\n result = createSchema;\n } else if (updateSchema) {\n result = updateSchema;\n }\n } else if (\n // then comes grouped operations: $create, $read, $update, $delete\n CoreCreateOperations.includes(operation as CoreCreateOperations) &&\n '$create' in plugin.queryArgs &&\n plugin.queryArgs['$create']\n ) {\n result = plugin.queryArgs['$create'];\n } else if (\n CoreReadOperations.includes(operation as CoreReadOperations) &&\n '$read' in plugin.queryArgs &&\n plugin.queryArgs['$read']\n ) {\n result = plugin.queryArgs['$read'];\n } else if (\n CoreUpdateOperations.includes(operation as CoreUpdateOperations) &&\n '$update' in plugin.queryArgs &&\n plugin.queryArgs['$update']\n ) {\n result = plugin.queryArgs['$update'];\n } else if (\n CoreDeleteOperations.includes(operation as CoreDeleteOperations) &&\n '$delete' in plugin.queryArgs &&\n plugin.queryArgs['$delete']\n ) {\n result = plugin.queryArgs['$delete'];\n } else if ('$all' in plugin.queryArgs && plugin.queryArgs['$all']) {\n // finally comes $all\n result = plugin.queryArgs['$all'];\n }\n\n invariant(\n result === undefined || result instanceof ZodObject,\n 'Plugin extended query args schema must be a Zod object',\n );\n return result;\n }\n\n // #endregion\n\n // #region Helpers\n\n @cache()\n private makeSkipSchema() {\n return z.number().int().nonnegative();\n }\n\n @cache()\n private makeTakeSchema() {\n return z.number().int();\n }\n\n private refineForSelectIncludeMutuallyExclusive(schema: ZodType) {\n return schema.refine(\n (value: any) => !(value['select'] && value['include']),\n '\"select\" and \"include\" cannot be used together',\n );\n }\n\n private refineForSelectOmitMutuallyExclusive(schema: ZodType) {\n return schema.refine(\n (value: any) => !(value['select'] && value['omit']),\n '\"select\" and \"omit\" cannot be used together',\n );\n }\n\n private refineForSelectHasTruthyField(schema: ZodType) {\n return schema.refine((value: any) => {\n const select = value['select'];\n if (!select || typeof select !== 'object') {\n return true;\n }\n return Object.values(select).some((v) => v);\n }, '\"select\" must have at least one truthy value');\n }\n\n private nullableIf(schema: ZodType, nullable: boolean) {\n return nullable ? schema.nullable() : schema;\n }\n\n private orArray(schema: T, canBeArray: boolean) {\n return canBeArray ? z.union([schema, z.array(schema)]) : schema;\n }\n\n private isNumericField(fieldDef: FieldDef) {\n return NUMERIC_FIELD_TYPES.includes(fieldDef.type) && !fieldDef.array;\n }\n\n private get providerSupportsCaseSensitivity() {\n return this.schema.provider.type === 'postgresql';\n }\n\n private get providerSupportsFullTextSearch() {\n return this.schema.provider.type === 'postgresql';\n }\n\n private get providerSupportsFuzzySearch() {\n return this.schema.provider.type === 'postgresql';\n }\n\n /**\n * Gets the effective set of allowed FilterKind values for a specific model and field.\n * Respects the precedence: model[field] > model.$all > $all[field] > $all.$all.\n */\n private getEffectiveFilterKinds(model: string | undefined, field: string): string[] | undefined {\n if (!model) {\n // no restrictions\n return undefined;\n }\n\n const slicing = this.options.slicing;\n if (!slicing?.models) {\n // no slicing or no model-specific slicing, no restrictions\n return undefined;\n }\n\n // A string-indexed view of slicing.models that avoids unsafe 'as any' while still\n // allowing runtime access by model name. The value shape matches FieldSlicingOptions.\n type FieldConfig = { includedFilterKinds?: readonly string[]; excludedFilterKinds?: readonly string[] };\n type FieldsRecord = { $all?: FieldConfig } & Record;\n type ModelConfig = { fields?: FieldsRecord };\n const modelsRecord = slicing.models as Record;\n\n // Check field-level settings for the specific model\n const modelConfig = modelsRecord[lowerCaseFirst(model)];\n if (modelConfig?.fields) {\n const fieldConfig = modelConfig.fields[field];\n if (fieldConfig) {\n return this.computeFilterKinds(fieldConfig.includedFilterKinds, fieldConfig.excludedFilterKinds);\n }\n\n // Fallback to field-level $all for the specific model\n const allFieldsConfig = modelConfig.fields['$all'];\n if (allFieldsConfig) {\n return this.computeFilterKinds(\n allFieldsConfig.includedFilterKinds,\n allFieldsConfig.excludedFilterKinds,\n );\n }\n }\n\n // Fallback to model-level $all\n const allModelsConfig = modelsRecord['$all'];\n if (allModelsConfig?.fields) {\n // Check specific field in $all model config before falling back to $all.$all\n const allModelsFieldConfig = allModelsConfig.fields[field];\n if (allModelsFieldConfig) {\n return this.computeFilterKinds(\n allModelsFieldConfig.includedFilterKinds,\n allModelsFieldConfig.excludedFilterKinds,\n );\n }\n\n // Fallback to $all.$all\n const allModelsAllFieldsConfig = allModelsConfig.fields['$all'];\n if (allModelsAllFieldsConfig) {\n return this.computeFilterKinds(\n allModelsAllFieldsConfig.includedFilterKinds,\n allModelsAllFieldsConfig.excludedFilterKinds,\n );\n }\n }\n\n return undefined; // No restrictions\n }\n\n /**\n * Computes the effective set of filter kinds based on inclusion and exclusion lists.\n */\n private computeFilterKinds(included: readonly string[] | undefined, excluded: readonly string[] | undefined) {\n let result: string[] | undefined;\n\n if (included !== undefined) {\n // Start with the included set\n result = [...included];\n }\n\n if (excluded !== undefined) {\n if (!result) {\n // If no inclusion list, start with all filter kinds\n result = [...this.allFilterKinds];\n }\n // Remove excluded kinds\n for (const kind of excluded) {\n result = result.filter((k) => k !== kind);\n }\n }\n\n return result;\n }\n\n /**\n * Filters operators based on allowed filter kinds.\n */\n private trimFilterOperators>(\n operators: T,\n allowedKinds: string[] | undefined,\n ): Partial {\n if (!allowedKinds) {\n return operators; // No restrictions\n }\n\n return Object.fromEntries(\n Object.entries(operators).filter(([key, _]) => {\n return (\n !(key in FILTER_PROPERTY_TO_KIND) ||\n allowedKinds.includes(FILTER_PROPERTY_TO_KIND[key as keyof typeof FILTER_PROPERTY_TO_KIND])\n );\n }),\n ) as Partial;\n }\n\n private createUnionFilterSchema(\n valueSchema: ZodType,\n optional: boolean,\n components: Record,\n allowedFilterKinds: string[] | undefined,\n ) {\n // If all filter operators are excluded\n if (Object.keys(components).length === 0) {\n // if equality filters are allowed, allow direct value\n if (!allowedFilterKinds || allowedFilterKinds.includes('Equality')) {\n return this.nullableIf(valueSchema, optional);\n }\n // otherwise nothing is allowed\n return z.never();\n }\n\n if (!allowedFilterKinds || allowedFilterKinds.includes('Equality')) {\n // direct value or filter operators\n return z.union([this.nullableIf(valueSchema, optional), z.strictObject(components)]);\n } else {\n // filter operators\n return z.strictObject(components);\n }\n }\n\n private canCreateModel(model: string) {\n const modelDef = requireModel(this.schema, model);\n if (modelDef.isDelegate) {\n return false;\n }\n const hasRequiredUnsupportedFields = Object.values(modelDef.fields).some(\n (fieldDef) => fieldDef.type === 'Unsupported' && !fieldDef.optional && !fieldHasDefaultValue(fieldDef),\n );\n if (hasRequiredUnsupportedFields) {\n return false;\n }\n return true;\n }\n\n private isModelAllowed(targetModel: string): boolean {\n const slicing = this.options.slicing;\n if (!slicing) {\n return true; // No slicing, all models allowed\n }\n\n const { includedModels, excludedModels } = slicing;\n\n // If includedModels is specified, only those models are allowed\n if (includedModels !== undefined) {\n if (!includedModels.includes(targetModel as any)) {\n return false;\n }\n }\n\n // If excludedModels is specified, those models are not allowed\n if (excludedModels !== undefined) {\n if (excludedModels.includes(targetModel as any)) {\n return false;\n }\n }\n\n return true;\n }\n\n private isProcedureAllowed(procName: string): boolean {\n const slicing = this.options.slicing;\n if (!slicing) {\n return true;\n }\n\n const { includedProcedures, excludedProcedures } = slicing;\n\n if (includedProcedures !== undefined) {\n if (!(includedProcedures as readonly string[]).includes(procName)) {\n return false;\n }\n }\n\n if (excludedProcedures !== undefined) {\n if ((excludedProcedures as readonly string[]).includes(procName)) {\n return false;\n }\n }\n\n return true;\n }\n\n // #endregion\n}\n\nexport function createSchemaFactory>(\n client: Client,\n): Client extends ClientContract\n ? ZodSchemaFactory\n : never {\n return new ZodSchemaFactory(client) as any;\n}\n","import { invariant } from '@zenstackhq/common-helpers';\nimport { type GetModels, type ProcedureDef, type SchemaDef } from '@zenstackhq/schema';\nimport { match } from 'ts-pattern';\nimport { ZodType } from 'zod';\nimport { formatError } from '../../../utils/zod-utils';\nimport type { ClientContract } from '../../contract';\nimport {\n type AggregateArgs,\n type CountArgs,\n type CreateArgs,\n type CreateManyAndReturnArgs,\n type CreateManyArgs,\n type DeleteArgs,\n type DeleteManyArgs,\n type ExistsArgs,\n type FindArgs,\n type GroupByArgs,\n type UpdateArgs,\n type UpdateManyAndReturnArgs,\n type UpdateManyArgs,\n type UpsertArgs,\n} from '../../crud-types';\nimport { createInvalidInputError } from '../../errors';\nimport { ZodSchemaFactory } from '../../zod/factory';\n\ntype GetSchemaFunc = (model: GetModels) => ZodType;\n\nexport type InputValidatorOptions = {\n /**\n * Whether validation is enabled. Defaults to `true`.\n */\n enabled?: boolean;\n};\n\nexport class InputValidator {\n readonly zodFactory: ZodSchemaFactory;\n private readonly enabled: boolean;\n\n constructor(\n private readonly client: ClientContract,\n options?: InputValidatorOptions,\n ) {\n this.zodFactory = new ZodSchemaFactory(client);\n this.enabled = options?.enabled !== false;\n }\n\n // #region Entry points\n\n validateFindArgs(\n model: GetModels,\n args: unknown,\n operation: 'findFirst' | 'findUnique' | 'findMany',\n ): FindArgs, any, true> | undefined {\n return this.validate, any, true> | undefined>(\n model,\n operation,\n (model) =>\n match(operation)\n .with('findFirst', () => this.zodFactory.makeFindFirstSchema(model))\n .with('findUnique', () => this.zodFactory.makeFindUniqueSchema(model))\n .with('findMany', () => this.zodFactory.makeFindManySchema(model))\n .exhaustive(),\n args,\n );\n }\n\n validateExistsArgs(\n model: GetModels,\n args: unknown,\n ): ExistsArgs, any> | undefined {\n return this.validate, any> | undefined>(\n model,\n 'exists',\n (model) => this.zodFactory.makeExistsSchema(model),\n args,\n );\n }\n\n validateCreateArgs(model: GetModels, args: unknown): CreateArgs, any> {\n return this.validate, any>>(\n model,\n 'create',\n (model) => this.zodFactory.makeCreateSchema(model),\n args,\n );\n }\n\n validateCreateManyArgs(model: GetModels, args: unknown): CreateManyArgs> {\n return this.validate>>(\n model,\n 'createMany',\n (model) => this.zodFactory.makeCreateManySchema(model),\n args,\n );\n }\n\n validateCreateManyAndReturnArgs(\n model: GetModels,\n args: unknown,\n ): CreateManyAndReturnArgs, any> | undefined {\n return this.validate, any> | undefined>(\n model,\n 'createManyAndReturn',\n (model) => this.zodFactory.makeCreateManyAndReturnSchema(model),\n args,\n );\n }\n\n validateUpdateArgs(model: GetModels, args: unknown): UpdateArgs, any> {\n return this.validate, any>>(\n model,\n 'update',\n (model) => this.zodFactory.makeUpdateSchema(model),\n args,\n );\n }\n\n validateUpdateManyArgs(model: GetModels, args: unknown): UpdateManyArgs, any> {\n return this.validate, any>>(\n model,\n 'updateMany',\n (model) => this.zodFactory.makeUpdateManySchema(model),\n args,\n );\n }\n\n validateUpdateManyAndReturnArgs(\n model: GetModels,\n args: unknown,\n ): UpdateManyAndReturnArgs, any> {\n return this.validate, any>>(\n model,\n 'updateManyAndReturn',\n (model) => this.zodFactory.makeUpdateManyAndReturnSchema(model),\n args,\n );\n }\n\n validateUpsertArgs(model: GetModels, args: unknown): UpsertArgs, any> {\n return this.validate, any>>(\n model,\n 'upsert',\n (model) => this.zodFactory.makeUpsertSchema(model),\n args,\n );\n }\n\n validateDeleteArgs(model: GetModels, args: unknown): DeleteArgs, any> {\n return this.validate, any>>(\n model,\n 'delete',\n (model) => this.zodFactory.makeDeleteSchema(model),\n args,\n );\n }\n\n validateDeleteManyArgs(\n model: GetModels,\n args: unknown,\n ): DeleteManyArgs, any> | undefined {\n return this.validate, any> | undefined>(\n model,\n 'deleteMany',\n (model) => this.zodFactory.makeDeleteManySchema(model),\n args,\n );\n }\n\n validateCountArgs(model: GetModels, args: unknown): CountArgs, any> | undefined {\n return this.validate, any> | undefined>(\n model,\n 'count',\n (model) => this.zodFactory.makeCountSchema(model),\n args,\n );\n }\n\n validateAggregateArgs(model: GetModels, args: unknown): AggregateArgs, any> {\n return this.validate, any>>(\n model,\n 'aggregate',\n (model) => this.zodFactory.makeAggregateSchema(model),\n args,\n );\n }\n\n validateGroupByArgs(model: GetModels, args: unknown): GroupByArgs, any> {\n return this.validate, any>>(\n model,\n 'groupBy',\n (model) => this.zodFactory.makeGroupBySchema(model),\n args,\n );\n }\n\n // TODO: turn it into a Zod schema and cache\n validateProcedureInput(proc: string, input: unknown): unknown {\n if (!this.enabled) {\n return input;\n }\n const procDef = (this.client.$schema.procedures ?? {})[proc] as ProcedureDef | undefined;\n invariant(procDef, `Procedure \"${proc}\" not found in schema`);\n\n const params = Object.values(procDef.params ?? {});\n\n // For procedures where every parameter is optional, allow omitting the input entirely.\n if (typeof input === 'undefined') {\n if (params.length === 0) {\n return undefined;\n }\n if (params.every((p) => p.optional)) {\n return undefined;\n }\n throw createInvalidInputError('Missing procedure arguments', `$procs.${proc}`);\n }\n\n if (typeof input !== 'object' || input === null || Array.isArray(input)) {\n throw createInvalidInputError('Procedure input must be an object', `$procs.${proc}`);\n }\n\n const envelope = input as Record;\n const argsPayload = Object.prototype.hasOwnProperty.call(envelope, 'args') ? (envelope as any).args : undefined;\n\n if (params.length === 0) {\n if (typeof argsPayload === 'undefined') {\n return input;\n }\n if (!argsPayload || typeof argsPayload !== 'object' || Array.isArray(argsPayload)) {\n throw createInvalidInputError('Procedure `args` must be an object', `$procs.${proc}`);\n }\n if (Object.keys(argsPayload as any).length === 0) {\n return input;\n }\n throw createInvalidInputError('Procedure does not accept arguments', `$procs.${proc}`);\n }\n\n if (typeof argsPayload === 'undefined') {\n if (params.every((p) => p.optional)) {\n return input;\n }\n throw createInvalidInputError('Missing procedure arguments', `$procs.${proc}`);\n }\n\n if (!argsPayload || typeof argsPayload !== 'object' || Array.isArray(argsPayload)) {\n throw createInvalidInputError('Procedure `args` must be an object', `$procs.${proc}`);\n }\n\n const obj = argsPayload as Record;\n\n for (const param of params) {\n const value = (obj as any)[param.name];\n\n if (!Object.prototype.hasOwnProperty.call(obj, param.name)) {\n if (param.optional) {\n continue;\n }\n throw createInvalidInputError(`Missing procedure argument: ${param.name}`, `$procs.${proc}`);\n }\n\n if (typeof value === 'undefined') {\n if (param.optional) {\n continue;\n }\n throw createInvalidInputError(\n `Invalid procedure argument: ${param.name} is required`,\n `$procs.${proc}`,\n );\n }\n\n const schema = this.zodFactory.makeProcedureParamSchema(param);\n const parsed = schema.safeParse(value);\n if (!parsed.success) {\n throw createInvalidInputError(\n `Invalid procedure argument: ${param.name}: ${formatError(parsed.error)}`,\n `$procs.${proc}`,\n );\n }\n }\n\n return input;\n }\n\n // #endregion\n\n // #region Validation helpers\n\n private validate(model: GetModels, operation: string, getSchema: GetSchemaFunc, args: unknown) {\n if (!this.enabled) {\n return args as T;\n }\n const schema = getSchema(model);\n const { error, data } = schema.safeParse(args);\n if (error) {\n throw createInvalidInputError(\n `Invalid ${operation} args for model \"${model}\": ${formatError(error)}`,\n model,\n {\n cause: error,\n },\n );\n }\n return data as T;\n }\n\n // #endregion\n}\n","import { createId as cuid2 } from '@paralleldrive/cuid2';\nimport { clone, enumerate, invariant, isPlainObject } from '@zenstackhq/common-helpers';\nimport type { BuiltinType, Expression, FieldDef } from '@zenstackhq/schema';\nimport { ExpressionUtils, type GetModels, type ModelDef, type SchemaDef } from '@zenstackhq/schema';\nimport { default as cuid1 } from 'cuid';\nimport {\n createQueryId,\n expressionBuilder,\n sql,\n type Compilable,\n type ExpressionBuilder,\n type IsolationLevel,\n type QueryResult,\n type SelectQueryBuilder,\n} from 'kysely';\nimport { nanoid } from 'nanoid';\nimport { match } from 'ts-pattern';\nimport { ulid } from 'ulid';\nimport * as uuid from 'uuid';\nimport type { AnyKysely } from '../../../utils/kysely-utils';\nimport { extractFields, fieldsToSelectObject, isEmptyObject } from '../../../utils/object-utils';\nimport { NUMERIC_FIELD_TYPES } from '../../constants';\nimport { TransactionIsolationLevel, type ClientContract, type CRUD } from '../../contract';\nimport type { FindArgs, SelectIncludeOmit, WhereInput } from '../../crud-types';\nimport {\n createDBQueryError,\n createInternalError,\n createInvalidInputError,\n createNotFoundError,\n createNotSupportedError,\n ORMError,\n ORMErrorReason,\n} from '../../errors';\nimport type { ToKysely } from '../../query-builder';\nimport {\n ensureArray,\n extractIdFields,\n flattenCompoundUniqueFilters,\n getDelegateDiscriminatorValue,\n getDiscriminatorField,\n getField,\n getIdValues,\n getManyToManyRelation,\n getModel,\n getRelationForeignKeyFieldPairs,\n isForeignKeyField,\n isRelationField,\n isScalarField,\n requireField,\n requireIdFields,\n requireModel,\n} from '../../query-utils';\nimport { getCrudDialect } from '../dialects';\nimport type { BaseCrudDialect } from '../dialects/base-dialect';\nimport { InputValidator } from '../validator';\n\n/**\n * List of core CRUD operations. It excludes the 'orThrow' variants.\n */\nexport const CoreCrudOperations = [\n 'findMany',\n 'findUnique',\n 'findFirst',\n 'create',\n 'createMany',\n 'createManyAndReturn',\n 'update',\n 'updateMany',\n 'updateManyAndReturn',\n 'upsert',\n 'delete',\n 'deleteMany',\n 'count',\n 'aggregate',\n 'groupBy',\n 'exists',\n] as const;\n\n/**\n * List of core CRUD operations. It excludes the 'orThrow' variants.\n */\nexport type CoreCrudOperations = (typeof CoreCrudOperations)[number];\n\n/**\n * List of core read operations. It excludes the 'orThrow' variants.\n */\nexport const CoreReadOperations = [\n 'findMany',\n 'findUnique',\n 'findFirst',\n 'count',\n 'aggregate',\n 'groupBy',\n 'exists',\n] as const;\n\n/**\n * List of core read operations. It excludes the 'orThrow' variants.\n */\nexport type CoreReadOperations = (typeof CoreReadOperations)[number];\n\n/**\n * List of core write operations.\n */\nexport const CoreWriteOperations = [\n 'create',\n 'createMany',\n 'createManyAndReturn',\n 'update',\n 'updateMany',\n 'updateManyAndReturn',\n 'upsert',\n 'delete',\n 'deleteMany',\n] as const;\n\n/**\n * List of core write operations.\n */\nexport type CoreWriteOperations = (typeof CoreWriteOperations)[number];\n\n/**\n * List of core create operations.\n */\nexport const CoreCreateOperations = ['create', 'createMany', 'createManyAndReturn', 'upsert'] as const;\n\n/**\n * List of core create operations.\n */\nexport type CoreCreateOperations = (typeof CoreCreateOperations)[number];\n\n/**\n * List of core update operations.\n */\nexport const CoreUpdateOperations = ['update', 'updateMany', 'updateManyAndReturn', 'upsert'] as const;\n\n/**\n * List of core update operations.\n */\nexport type CoreUpdateOperations = (typeof CoreUpdateOperations)[number];\n\n/**\n * List of core delete operations.\n */\nexport const CoreDeleteOperations = ['delete', 'deleteMany'] as const;\n\n/**\n * List of core delete operations.\n */\nexport type CoreDeleteOperations = (typeof CoreDeleteOperations)[number];\n\n/**\n * List of all CRUD operations, including 'orThrow' variants.\n */\nexport const AllCrudOperations = [...CoreCrudOperations, 'findUniqueOrThrow', 'findFirstOrThrow'] as const;\n\n/**\n * List of all CRUD operations, including 'orThrow' variants.\n */\nexport type AllCrudOperations = (typeof AllCrudOperations)[number];\n\n/**\n * List of all read operations, including 'orThrow' variants.\n */\nexport const AllReadOperations = [...CoreReadOperations, 'findUniqueOrThrow', 'findFirstOrThrow'] as const;\n\n/**\n * List of all read operations, including 'orThrow' variants.\n */\nexport type AllReadOperations = (typeof AllReadOperations)[number];\n\n/**\n * List of all write operations - simply an alias of CoreWriteOperations.\n */\nexport const AllWriteOperations = CoreWriteOperations;\n\n/**\n * List of all write operations - simply an alias of CoreWriteOperations.\n */\nexport type AllWriteOperations = CoreWriteOperations;\n\n// context for nested relation operations\nexport type FromRelationContext = {\n // the model where the relation field is defined\n model: string;\n // the relation field name\n field: string;\n // the parent entity's id fields and values\n ids: any;\n // for relations owned by model, record the parent updates needed after the relation is processed\n parentUpdates: Record;\n};\n\nexport abstract class BaseOperationHandler {\n protected readonly dialect: BaseCrudDialect;\n\n constructor(\n protected readonly client: ClientContract,\n protected readonly model: GetModels,\n protected readonly inputValidator: InputValidator,\n ) {\n this.dialect = getCrudDialect(this.schema, this.client.$options);\n }\n\n protected get schema() {\n return this.client.$schema;\n }\n\n protected get options() {\n return this.client.$options;\n }\n\n protected get kysely(): AnyKysely {\n return this.client.$qb;\n }\n\n abstract handle(operation: CoreCrudOperations, args: any): Promise;\n\n withClient(client: ClientContract) {\n return new (this.constructor as new (...args: any[]) => this)(client, this.model, this.inputValidator);\n }\n\n // TODO: this is not clean, needs a better solution\n protected get hasPolicyEnabled() {\n return this.options.plugins?.some((plugin) => plugin.id === 'policy') ?? false;\n }\n\n protected requireModel(model: string) {\n return requireModel(this.schema, model);\n }\n\n protected getModel(model: string) {\n return getModel(this.schema, model);\n }\n\n protected requireField(model: string, field: string) {\n return requireField(this.schema, model, field);\n }\n\n protected getField(model: string, field: string) {\n return getField(this.schema, model, field);\n }\n\n protected async exists(\n kysely: ToKysely,\n model: GetModels,\n filter: any,\n ): Promise {\n return this.readUnique(kysely, model, {\n where: filter,\n select: this.makeIdSelect(model),\n });\n }\n\n protected async existsNonUnique(kysely: ToKysely, model: GetModels, filter: any): Promise {\n const query = kysely\n .selectNoFrom((eb) =>\n eb\n .exists(\n this.dialect\n .buildSelectModel(model, model)\n .select(sql.lit(1).as('_'))\n .where(() => this.dialect.buildFilter(model, model, filter)),\n )\n .as('$exists'),\n )\n .modifyEnd(this.makeContextComment({ model, operation: 'read' }));\n\n let result: { $exists: number | boolean }[] = [];\n const compiled = kysely.getExecutor().compileQuery(query.toOperationNode(), createQueryId());\n try {\n const r = await kysely.getExecutor().executeQuery(compiled);\n result = r.rows as { $exists: number | boolean }[];\n } catch (err) {\n throw createDBQueryError(`Failed to execute query: ${err}`, err, compiled.sql, compiled.parameters);\n }\n\n return !!result[0]?.$exists;\n }\n\n protected async read(\n kysely: AnyKysely,\n model: string,\n args: FindArgs, any, true> | undefined,\n ): Promise {\n // table\n let query = this.dialect.buildSelectModel(model, model);\n\n if (args) {\n query = this.dialect.buildFilterSortTake(model, args, query, model);\n }\n\n // select\n if (args && 'select' in args && args.select) {\n // select is mutually exclusive with omit\n query = this.buildFieldSelection(model, query, args.select, model);\n } else {\n // include all scalar fields except those in omit\n query = this.dialect.buildSelectAllFields(model, query, (args as any)?.omit, model);\n }\n\n // include\n if (args && 'include' in args && args.include) {\n // note that 'omit' is handled above already\n query = this.buildFieldSelection(model, query, args.include, model);\n }\n\n query = query.modifyEnd(this.makeContextComment({ model, operation: 'read' }));\n\n let result: any[] = [];\n const compiled = kysely.getExecutor().compileQuery(query.toOperationNode(), createQueryId());\n try {\n const r = await kysely.getExecutor().executeQuery(compiled);\n result = r.rows;\n } catch (err) {\n throw createDBQueryError(`Failed to execute query: ${err}`, err, compiled.sql, compiled.parameters);\n }\n\n return result;\n }\n\n protected async readUnique(kysely: AnyKysely, model: string, args: FindArgs, any, true>) {\n const result = await this.read(kysely, model, { ...args, take: 1 });\n return result[0] ?? null;\n }\n\n private buildFieldSelection(\n model: string,\n query: SelectQueryBuilder,\n selectOrInclude: Record,\n parentAlias: string,\n ) {\n let result = query;\n\n for (const [field, payload] of Object.entries(selectOrInclude)) {\n if (!payload) {\n continue;\n }\n\n if (field === '_count') {\n result = this.buildCountSelection(result, model, parentAlias, payload);\n continue;\n }\n\n const fieldDef = this.requireField(model, field);\n if (!fieldDef.relation) {\n // scalar field\n result = this.dialect.buildSelectField(result, model, parentAlias, field);\n } else {\n if (!fieldDef.array && !fieldDef.optional && payload.where) {\n throw createInternalError(`Field \"${field}\" does not support filtering`, model);\n }\n if (fieldDef.originModel) {\n result = this.dialect.buildRelationSelection(\n result,\n fieldDef.originModel,\n field,\n fieldDef.originModel,\n payload,\n );\n } else {\n // regular relation\n result = this.dialect.buildRelationSelection(result, model, field, parentAlias, payload);\n }\n }\n }\n\n return result;\n }\n\n private buildCountSelection(\n query: SelectQueryBuilder,\n model: string,\n parentAlias: string,\n payload: any,\n ) {\n return query.select((eb) => this.dialect.buildCountJson(model, eb, parentAlias, payload).as('_count'));\n }\n\n protected async create(\n kysely: AnyKysely,\n model: string,\n data: any,\n fromRelation?: FromRelationContext,\n creatingForDelegate = false,\n returnFields?: readonly string[],\n ): Promise {\n const modelDef = this.requireModel(model);\n\n // additional validations\n if (modelDef.isDelegate && !creatingForDelegate) {\n throw createNotSupportedError(`Model \"${model}\" is a delegate and cannot be created directly.`);\n }\n\n let createFields: any = {};\n let updateParent: ((entity: any) => void) | undefined = undefined;\n\n let m2m: ReturnType = undefined;\n\n if (fromRelation) {\n m2m = getManyToManyRelation(this.schema, fromRelation.model, fromRelation.field);\n if (!m2m) {\n // many-to-many relations are handled after create\n const { ownedByModel, keyPairs } = getRelationForeignKeyFieldPairs(\n this.schema,\n fromRelation?.model ?? '',\n fromRelation?.field ?? '',\n );\n\n if (!ownedByModel) {\n // assign fks from parent\n const parentFkFields = await this.buildFkAssignments(\n kysely,\n fromRelation.model,\n fromRelation.field,\n fromRelation.ids,\n );\n Object.assign(createFields, parentFkFields);\n } else {\n // record parent fk update after entity is created\n updateParent = (entity) => {\n for (const { fk, pk } of keyPairs) {\n fromRelation.parentUpdates[fk] = entity[pk];\n }\n };\n }\n }\n }\n\n // process the create and handle relations\n const postCreateRelations: Record = {};\n for (const [field, value] of Object.entries(data)) {\n const fieldDef = this.requireField(model, field);\n if (isScalarField(this.schema, model, field) || isForeignKeyField(this.schema, model, field)) {\n if (\n fieldDef.array &&\n value &&\n typeof value === 'object' &&\n 'set' in value &&\n Array.isArray(value.set)\n ) {\n // deal with nested \"set\" for scalar lists\n createFields[field] = this.dialect.transformInput(value.set, fieldDef.type as BuiltinType, true, fieldDef);\n } else {\n createFields[field] = this.dialect.transformInput(\n value,\n fieldDef.type as BuiltinType,\n !!fieldDef.array,\n fieldDef,\n );\n }\n } else {\n const subM2M = getManyToManyRelation(this.schema, model, field);\n if (!subM2M && fieldDef.relation?.fields && fieldDef.relation?.references) {\n const fkValues = await this.processOwnedRelationForCreate(kysely, fieldDef, value);\n for (let i = 0; i < fieldDef.relation.fields.length; i++) {\n createFields[fieldDef.relation.fields[i]!] = fkValues[fieldDef.relation.references[i]!];\n }\n } else {\n const subPayload = value;\n if (subPayload && typeof subPayload === 'object') {\n postCreateRelations[field] = subPayload;\n }\n }\n }\n }\n\n // create delegate base model entity\n if (modelDef.baseModel) {\n const baseCreateResult = await this.processBaseModelCreate(kysely, modelDef.baseModel, createFields, model);\n createFields = baseCreateResult.remainingFields;\n }\n\n const updatedData = this.fillGeneratedAndDefaultValues(modelDef, createFields);\n\n // return id fields if no returnFields specified\n returnFields = returnFields ?? requireIdFields(this.schema, model);\n\n let createdEntity: any;\n\n if (this.dialect.supportsReturning) {\n const query = kysely\n .insertInto(model)\n .$if(Object.keys(updatedData).length === 0, (qb) =>\n qb\n // case for `INSERT INTO ... DEFAULT VALUES` syntax\n .$if(this.dialect.supportsInsertDefaultValues, () => qb.defaultValues())\n // case for `INSERT INTO ... VALUES ({})` syntax\n .$if(!this.dialect.supportsInsertDefaultValues, () => qb.values({})),\n )\n .$if(Object.keys(updatedData).length > 0, (qb) => qb.values(updatedData))\n .returning(returnFields as any)\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'create',\n }),\n );\n\n createdEntity = await this.executeQueryTakeFirst(kysely, query, 'create');\n } else {\n // Fallback for databases that don't support RETURNING (e.g., MySQL)\n const insertQuery = kysely\n .insertInto(model)\n .$if(Object.keys(updatedData).length === 0, (qb) =>\n qb\n // case for `INSERT INTO ... DEFAULT VALUES` syntax\n .$if(this.dialect.supportsInsertDefaultValues, () => qb.defaultValues())\n // case for `INSERT INTO ... VALUES ({})` syntax\n .$if(!this.dialect.supportsInsertDefaultValues, () => qb.values({})),\n )\n .$if(Object.keys(updatedData).length > 0, (qb) => qb.values(updatedData))\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'create',\n }),\n );\n\n const insertResult = await this.executeQuery(kysely, insertQuery, 'create');\n\n // Build WHERE clause to find the inserted record\n const idFields = requireIdFields(this.schema, model);\n const idValues: Record = {};\n\n for (const idField of idFields) {\n if (insertResult.insertId !== undefined && insertResult.insertId !== null) {\n const fieldDef = this.requireField(model, idField);\n if (this.isAutoIncrementField(fieldDef)) {\n // auto-generated id value\n idValues[idField] = insertResult.insertId;\n continue;\n }\n }\n\n if (updatedData[idField] !== undefined) {\n // ID was provided in the insert\n idValues[idField] = updatedData[idField];\n } else {\n throw createInternalError(\n `Cannot determine ID field \"${idField}\" value for created model \"${model}\"`,\n );\n }\n }\n\n // for dialects that don't support RETURNING, the outside logic will always\n // read back the created record, we just return the id fields here\n createdEntity = idValues;\n }\n\n if (Object.keys(postCreateRelations).length > 0) {\n // process nested creates that need to happen after the current entity is created\n for (const [field, subPayload] of Object.entries(postCreateRelations)) {\n await this.processNoneOwnedRelationForCreate(kysely, model, field, subPayload, createdEntity);\n }\n }\n\n if (fromRelation && m2m) {\n // connect many-to-many relation\n await this.handleManyToManyRelation(\n kysely,\n 'connect',\n fromRelation.model,\n fromRelation.field,\n fromRelation.ids,\n m2m.otherModel,\n m2m.otherField,\n [createdEntity],\n m2m.joinTable,\n );\n }\n\n // finally update parent if needed\n if (updateParent) {\n updateParent(createdEntity);\n }\n\n return createdEntity;\n }\n\n private isAutoIncrementField(fieldDef: FieldDef) {\n return (\n fieldDef.default &&\n ExpressionUtils.isCall(fieldDef.default) &&\n fieldDef.default.function === 'autoincrement'\n );\n }\n\n private async processBaseModelCreate(kysely: ToKysely, model: string, createFields: any, forModel: string) {\n const thisCreateFields: any = {};\n const remainingFields: any = {};\n\n Object.entries(createFields).forEach(([field, value]) => {\n const fieldDef = this.getField(model, field);\n if (fieldDef) {\n thisCreateFields[field] = value;\n } else {\n remainingFields[field] = value;\n }\n });\n\n const discriminatorField = getDiscriminatorField(this.schema, model);\n invariant(discriminatorField, `Base model \"${model}\" must have a discriminator field`);\n thisCreateFields[discriminatorField] = getDelegateDiscriminatorValue(this.schema, forModel);\n\n // create base model entity\n const baseEntity: any = await this.create(\n kysely,\n model as GetModels,\n thisCreateFields,\n undefined,\n true,\n );\n\n // copy over id fields from base model\n const idValues = extractIdFields(baseEntity, this.schema, model);\n Object.assign(remainingFields, idValues);\n\n return { baseEntity, remainingFields };\n }\n\n private async buildFkAssignments(kysely: AnyKysely, model: string, relationField: string, entity: any) {\n const parentFkFields: any = {};\n\n invariant(relationField, 'parentField must be defined if parentModel is defined');\n invariant(entity, 'parentEntity must be defined if parentModel is defined');\n\n const { keyPairs } = getRelationForeignKeyFieldPairs(this.schema, model, relationField);\n\n for (const pair of keyPairs) {\n if (!(pair.pk in entity)) {\n // the relation may be using a non-id field as fk, so we read in-place\n // to fetch that field\n const extraRead = await this.readUnique(kysely, model, {\n where: entity,\n select: { [pair.pk]: true },\n } as any);\n if (!extraRead) {\n throw createInternalError(`Field \"${pair.pk}\" not found in parent created data`, model);\n } else {\n // update the parent entity\n Object.assign(entity, extraRead);\n }\n }\n Object.assign(parentFkFields, {\n [pair.fk]: (entity as any)[pair.pk],\n });\n }\n return parentFkFields;\n }\n\n private async handleManyToManyRelation(\n kysely: AnyKysely,\n action: Action,\n leftModel: string,\n leftField: string,\n leftEntity: any,\n rightModel: string,\n rightField: string,\n rightEntities: any[],\n joinTable: string,\n ): Promise {\n if (rightEntities.length === 0) {\n return;\n }\n\n // the implicit m2m join table's \"A\", \"B\" fk fields' order is determined\n // by model name's sort order, and when identical (for self-relations),\n // field name's sort order\n const leftFirst =\n leftModel !== rightModel\n ? leftModel.localeCompare(rightModel) <= 0\n : leftField.localeCompare(rightField) <= 0;\n\n const leftIdField = requireIdFields(this.schema, leftModel);\n const rightIdField = requireIdFields(this.schema, rightModel);\n invariant(leftIdField.length === 1, 'many-to-many relation must have exactly one id field');\n invariant(rightIdField.length === 1, 'many-to-many relation must have exactly one id field');\n\n const leftIdValue = leftEntity[leftIdField[0]!];\n const rightIdValues = rightEntities.map((e) => e[rightIdField[0]!]);\n\n // Prisma's convention for many-to-many: fk fields are named \"A\" and \"B\"\n if (action === 'connect') {\n const values = rightIdValues.map((rightId) => ({\n A: leftFirst ? leftIdValue : rightId,\n B: leftFirst ? rightId : leftIdValue,\n }));\n\n await kysely\n .insertInto(joinTable as any)\n .values(values as any)\n // case for `INSERT IGNORE` or `ON CONFLICT DO NOTHING` syntax\n .$if(this.dialect.insertIgnoreMethod === 'onConflict', (qb) =>\n qb.onConflict((oc) => oc.columns(['A', 'B'] as any).doNothing()),\n )\n // case for `INSERT IGNORE` syntax\n .$if(this.dialect.insertIgnoreMethod === 'ignore', (qb) => qb.ignore())\n .execute();\n } else {\n const eb = expressionBuilder();\n const [leftCol, rightCol] = leftFirst ? (['A', 'B'] as const) : (['B', 'A'] as const);\n\n await kysely\n .deleteFrom(joinTable as any)\n .where(eb(`${joinTable}.${leftCol}`, '=', leftIdValue))\n .where(eb(`${joinTable}.${rightCol}`, 'in', rightIdValues))\n .execute();\n }\n }\n\n private resetManyToManyRelation(kysely: AnyKysely, model: string, field: string, parentIds: any) {\n invariant(Object.keys(parentIds).length === 1, 'parentIds must have exactly one field');\n const parentId = Object.values(parentIds)[0]!;\n\n const m2m = getManyToManyRelation(this.schema, model, field);\n invariant(m2m, 'not a many-to-many relation');\n\n const eb = expressionBuilder();\n return kysely\n .deleteFrom(m2m.joinTable as any)\n .where(eb(`${m2m.joinTable}.${m2m.parentFkName}`, '=', parentId))\n .execute();\n }\n\n private async processOwnedRelationForCreate(kysely: ToKysely, relationField: FieldDef, payload: any) {\n if (!payload) {\n return;\n }\n\n let result: any;\n const relationModel = relationField.type as GetModels;\n\n for (const [action, subPayload] of Object.entries(payload)) {\n if (!subPayload) {\n continue;\n }\n switch (action) {\n case 'create': {\n const created = await this.create(kysely, relationModel, subPayload);\n // extract id fields and return as foreign key values\n result = getIdValues(this.schema, relationField.type, created);\n break;\n }\n\n case 'connect': {\n const referencedPkFields = relationField.relation!.references!;\n invariant(referencedPkFields, 'relation must have fields info');\n const extractedFks = extractFields(subPayload, referencedPkFields);\n if (Object.keys(extractedFks).length === referencedPkFields.length) {\n // payload contains all referenced pk fields, we can\n // directly use it to connect the relation\n result = extractedFks;\n } else {\n // read the relation entity and fetch the referenced pk fields\n const relationEntity = await this.readUnique(kysely, relationModel, {\n where: subPayload,\n select: fieldsToSelectObject(referencedPkFields) as any,\n });\n if (!relationEntity) {\n throw createNotFoundError(\n relationModel,\n `Could not find the entity to connect for the relation \"${relationField.name}\"`,\n );\n }\n result = relationEntity;\n }\n break;\n }\n\n case 'connectOrCreate': {\n const found = await this.exists(kysely, relationModel, subPayload.where);\n if (!found) {\n // create\n const created = await this.create(kysely, relationModel, subPayload.create);\n result = getIdValues(this.schema, relationField.type, created);\n } else {\n // connect\n result = found;\n }\n break;\n }\n\n default:\n throw createInvalidInputError(`Invalid relation action: ${action}`);\n }\n }\n\n return result;\n }\n\n private async processNoneOwnedRelationForCreate(\n kysely: AnyKysely,\n contextModel: string,\n relationFieldName: string,\n payload: any,\n parentEntity: any,\n ) {\n const relationFieldDef = this.requireField(contextModel, relationFieldName);\n const relationModel = relationFieldDef.type as GetModels;\n const fromRelationContext: FromRelationContext = {\n model: contextModel,\n field: relationFieldName,\n ids: parentEntity,\n parentUpdates: {},\n };\n\n for (const [action, subPayload] of Object.entries(payload)) {\n if (!subPayload) {\n continue;\n }\n switch (action) {\n case 'create': {\n // create with a parent entity\n for (const item of enumerate(subPayload)) {\n await this.create(kysely, relationModel, item, fromRelationContext);\n }\n break;\n }\n\n case 'createMany': {\n invariant(relationFieldDef.array, 'relation must be an array for createMany');\n await this.createMany(\n kysely,\n relationModel,\n subPayload as { data: any; skipDuplicates: boolean },\n false,\n fromRelationContext,\n );\n break;\n }\n\n case 'connect': {\n await this.connectRelation(kysely, relationModel, subPayload, fromRelationContext);\n break;\n }\n\n case 'connectOrCreate': {\n for (const item of enumerate(subPayload)) {\n const found = await this.exists(kysely, relationModel, item.where);\n if (!found) {\n await this.create(kysely, relationModel, item.create, fromRelationContext);\n } else {\n await this.connectRelation(kysely, relationModel, found, fromRelationContext);\n }\n }\n break;\n }\n\n default:\n throw createInvalidInputError(`Invalid relation action: ${action}`);\n }\n }\n }\n\n protected async createMany<\n ReturnData extends boolean,\n Result = ReturnData extends true ? unknown[] : { count: number },\n >(\n kysely: ToKysely,\n model: GetModels,\n input: { data: any; skipDuplicates?: boolean },\n returnData: ReturnData,\n fromRelation?: FromRelationContext,\n fieldsToReturn?: readonly string[],\n ): Promise {\n if (!input.data || (Array.isArray(input.data) && input.data.length === 0)) {\n // nothing todo\n return returnData ? ([] as Result) : ({ count: 0 } as Result);\n }\n\n const modelDef = this.requireModel(model);\n\n const relationKeyPairs: { fk: string; pk: string }[] = [];\n if (fromRelation) {\n const { ownedByModel, keyPairs } = getRelationForeignKeyFieldPairs(\n this.schema,\n fromRelation.model,\n fromRelation.field,\n );\n if (ownedByModel) {\n throw createInvalidInputError('incorrect relation hierarchy for createMany', model);\n }\n relationKeyPairs.push(...keyPairs);\n }\n\n let createData = enumerate(input.data).map((item) => {\n const newItem: any = {};\n for (const [name, value] of Object.entries(item)) {\n const fieldDef = this.requireField(model, name);\n invariant(!fieldDef.relation, 'createMany does not support relations');\n newItem[name] = this.dialect.transformInput(value, fieldDef.type as BuiltinType, !!fieldDef.array, fieldDef);\n }\n if (fromRelation) {\n for (const { fk, pk } of relationKeyPairs) {\n newItem[fk] = fromRelation.ids[pk];\n }\n }\n return this.fillGeneratedAndDefaultValues(modelDef, newItem);\n });\n\n if (!this.dialect.supportsDefaultAsFieldValue) {\n // if the dialect doesn't support `DEFAULT` as insert field values,\n // we need to double check if data rows have mismatching fields, and\n // if so, make sure all fields have default value filled if not provided\n const allPassedFields = createData.reduce((acc, item) => {\n Object.keys(item).forEach((field) => {\n if (!acc.includes(field)) {\n acc.push(field);\n }\n });\n return acc;\n }, [] as string[]);\n for (const item of createData) {\n if (Object.keys(item).length === allPassedFields.length) {\n continue;\n }\n for (const field of allPassedFields) {\n if (!(field in item)) {\n const fieldDef = this.requireField(model, field);\n if (\n fieldDef.default !== undefined &&\n fieldDef.default !== null &&\n typeof fieldDef.default !== 'object'\n ) {\n item[field] = this.dialect.transformInput(\n fieldDef.default,\n fieldDef.type as BuiltinType,\n !!fieldDef.array,\n fieldDef,\n );\n }\n }\n }\n }\n }\n\n if (modelDef.baseModel) {\n if (input.skipDuplicates) {\n // TODO: simulate createMany with create in this case\n throw createNotSupportedError('\"skipDuplicates\" options is not supported for polymorphic models');\n }\n // create base hierarchy\n const baseCreateResult = await this.processBaseModelCreateMany(\n kysely,\n modelDef.baseModel,\n createData,\n !!input.skipDuplicates,\n model,\n );\n createData = baseCreateResult.remainingFieldRows;\n }\n\n const query = kysely\n .insertInto(model)\n .values(createData)\n .$if(!!input.skipDuplicates, (qb) =>\n qb\n // case for `INSERT ... ON CONFLICT DO NOTHING` syntax\n .$if(this.dialect.insertIgnoreMethod === 'onConflict', () => qb.onConflict((oc) => oc.doNothing()))\n // case for `INSERT IGNORE` syntax\n .$if(this.dialect.insertIgnoreMethod === 'ignore', () => qb.ignore()),\n )\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'create',\n }),\n );\n\n if (!returnData) {\n const result = await this.executeQuery(kysely, query, 'createMany');\n return { count: Number(result.numAffectedRows) } as Result;\n } else {\n fieldsToReturn = fieldsToReturn ?? requireIdFields(this.schema, model);\n\n if (this.dialect.supportsReturning) {\n const result = await query.returning(fieldsToReturn as any).execute();\n return result as Result;\n } else {\n // Fallback for databases that don't support RETURNING (e.g., MySQL)\n // For createMany without RETURNING, we can't reliably get all inserted records\n // especially with auto-increment IDs. The best we can do is return the count.\n // If users need the created records, they should use multiple create() calls\n // or the application should query after insertion.\n throw createNotSupportedError(\n `\\`createManyAndReturn\\` is not supported for ${this.dialect.provider}. ` +\n `Use multiple \\`create\\` calls or query the records after insertion.`,\n );\n }\n }\n }\n\n private async processBaseModelCreateMany(\n kysely: ToKysely,\n model: string,\n createRows: any[],\n skipDuplicates: boolean,\n forModel: GetModels,\n ) {\n const thisCreateRows: any[] = [];\n const remainingFieldRows: any[] = [];\n const discriminatorField = getDiscriminatorField(this.schema, model);\n invariant(discriminatorField, `Base model \"${model}\" must have a discriminator field`);\n\n for (const createFields of createRows) {\n const thisCreateFields: any = {};\n const remainingFields: any = {};\n Object.entries(createFields).forEach(([field, value]) => {\n const fieldDef = this.getField(model, field);\n if (fieldDef) {\n thisCreateFields[field] = value;\n } else {\n remainingFields[field] = value;\n }\n });\n thisCreateFields[discriminatorField] = getDelegateDiscriminatorValue(this.schema, forModel);\n thisCreateRows.push(thisCreateFields);\n remainingFieldRows.push(remainingFields);\n }\n\n // create base model entity\n let baseEntities: unknown[];\n if (this.dialect.supportsReturning) {\n baseEntities = await this.createMany(\n kysely,\n model as GetModels,\n { data: thisCreateRows, skipDuplicates },\n true,\n );\n } else {\n // fall back to multiple creates if RETURNING is not supported\n baseEntities = [];\n for (const row of thisCreateRows) {\n baseEntities.push(await this.create(kysely, model, row, undefined, true));\n }\n }\n\n // copy over id fields from base model\n for (let i = 0; i < baseEntities.length; i++) {\n const idValues = extractIdFields(baseEntities[i], this.schema, model);\n Object.assign(remainingFieldRows[i], idValues);\n }\n return { baseEntities, remainingFieldRows };\n }\n\n private fillGeneratedAndDefaultValues(modelDef: ModelDef, data: object) {\n const fields = modelDef.fields;\n const values: any = clone(data);\n for (const [field, fieldDef] of Object.entries(fields)) {\n if (fieldDef.originModel) {\n // skip fields from delegate base\n continue;\n }\n if (!(field in data)) {\n if (typeof fieldDef?.default === 'object' && 'kind' in fieldDef.default) {\n const generated = this.evalGenerator(fieldDef.default);\n if (generated !== undefined) {\n values[field] = this.dialect.transformInput(\n generated,\n fieldDef.type as BuiltinType,\n !!fieldDef.array,\n fieldDef,\n );\n }\n } else if (fieldDef?.updatedAt) {\n // TODO: should this work at kysely level instead?\n values[field] = this.dialect.transformInput(new Date(), 'DateTime', false, fieldDef);\n } else if (fieldDef?.default !== undefined) {\n let value = fieldDef.default;\n if (fieldDef.type === 'Json') {\n // Schema uses JSON string for default value of Json fields\n if (fieldDef.array && Array.isArray(value)) {\n value = value.map((v) => (typeof v === 'string' ? JSON.parse(v) : v));\n } else if (typeof value === 'string') {\n value = JSON.parse(value);\n }\n }\n values[field] = this.dialect.transformInput(value, fieldDef.type as BuiltinType, !!fieldDef.array, fieldDef);\n }\n }\n }\n return values;\n }\n\n private evalGenerator(defaultValue: Expression) {\n if (ExpressionUtils.isCall(defaultValue)) {\n const firstArgVal =\n defaultValue.args?.[0] && ExpressionUtils.isLiteral(defaultValue.args[0])\n ? defaultValue.args[0].value\n : undefined;\n return match(defaultValue.function)\n .with('cuid', () => {\n const version = firstArgVal;\n const generated = version === 2 ? cuid2() : cuid1();\n return this.formatGeneratedValue(generated, defaultValue.args?.[1]);\n })\n .with('uuid', () => {\n const version = firstArgVal;\n const generated = version === 7 ? uuid.v7() : uuid.v4();\n return this.formatGeneratedValue(generated, defaultValue.args?.[1]);\n })\n .with('nanoid', () => {\n const length = firstArgVal;\n const generated = typeof length === 'number' ? nanoid(length) : nanoid();\n return this.formatGeneratedValue(generated, defaultValue.args?.[1]);\n })\n .with('ulid', () => this.formatGeneratedValue(ulid(), defaultValue.args?.[0]))\n .with('now', () => new Date())\n .otherwise(() => undefined);\n } else if (\n ExpressionUtils.isMember(defaultValue) &&\n ExpressionUtils.isCall(defaultValue.receiver) &&\n defaultValue.receiver.function === 'auth'\n ) {\n // `auth()` member access\n let val: any = this.client.$auth;\n for (const member of defaultValue.members) {\n val = val?.[member];\n }\n return val ?? null;\n } else {\n return undefined;\n }\n }\n\n private formatGeneratedValue(generated: string, formatExpr?: Expression) {\n if (!formatExpr || !ExpressionUtils.isLiteral(formatExpr) || typeof formatExpr.value !== 'string') {\n return generated;\n }\n\n // Replace non-escaped %s with the generated value, then unescape \\%s to %s\n return formatExpr.value.replace(/(? {\n if (!data || typeof data !== 'object') {\n throw createInvalidInputError('data must be an object');\n }\n\n const parentWhere = await this.buildUpdateParentRelationFilter(kysely, fromRelation);\n\n let combinedWhere: Record = where ?? true;\n if (Object.keys(parentWhere).length > 0) {\n combinedWhere = Object.keys(combinedWhere).length > 0 ? { AND: [parentWhere, combinedWhere] } : parentWhere;\n }\n const origWhere = combinedWhere;\n\n const modelDef = this.requireModel(model);\n let finalData = data;\n\n // fill in automatically updated fields\n const autoUpdatedFields: string[] = [];\n for (const [fieldName, fieldDef] of Object.entries(modelDef.fields)) {\n if (fieldDef.updatedAt && finalData[fieldName] === undefined) {\n const ignoredFields = new Set(typeof fieldDef.updatedAt === 'boolean' ? [] : fieldDef.updatedAt.ignore);\n const hasNonIgnoredFields = Object.keys(data).some(\n (field) =>\n (isScalarField(this.schema, modelDef.name, field) ||\n isForeignKeyField(this.schema, modelDef.name, field)) &&\n !ignoredFields.has(field),\n );\n if (hasNonIgnoredFields) {\n if (finalData === data) {\n finalData = clone(data);\n }\n finalData[fieldName] = this.dialect.transformInput(new Date(), 'DateTime', false, fieldDef);\n autoUpdatedFields.push(fieldName);\n }\n }\n }\n\n // lazily load the entity to be updated\n let thisEntity: any;\n const loadThisEntity = async () => {\n if (thisEntity === undefined) {\n thisEntity = (await this.getEntityIds(kysely, model, origWhere)) ?? null;\n if (!thisEntity && throwIfNotFound) {\n throw createNotFoundError(model);\n }\n }\n return thisEntity;\n };\n\n if (Object.keys(finalData).length === 0) {\n return loadThisEntity();\n }\n\n if (\n // when updating a model with delegate base, base fields may be referenced in the filter,\n // so we read the id out if the filter and and use it as the update filter instead\n modelDef.baseModel ||\n // for dialects that don't support RETURNING, we need to read the id fields\n // to identify the updated entity for toplevel updates\n (!this.dialect.supportsReturning && !fromRelation)\n ) {\n // update the filter to db-loaded id fields\n combinedWhere = await loadThisEntity();\n if (!combinedWhere) {\n // not found\n return null;\n }\n }\n\n if (modelDef.baseModel) {\n const baseUpdateResult = await this.processBaseModelUpdate(\n kysely,\n modelDef.baseModel,\n combinedWhere,\n finalData,\n throwIfNotFound,\n );\n\n if (!baseUpdateResult.baseEntity) {\n // base entity not found\n if (throwIfNotFound) {\n throw createNotFoundError(model);\n } else {\n return null;\n }\n }\n\n // only fields not consumed by base update will be used for this model\n finalData = baseUpdateResult.remainingFields;\n // make sure to include only the id fields from the base entity in the final filter\n combinedWhere = getIdValues(this.schema, modelDef.baseModel!, baseUpdateResult.baseEntity);\n\n // update this entity with fields in updated base\n await loadThisEntity();\n if (thisEntity) {\n for (const [key, value] of Object.entries(baseUpdateResult.baseEntity)) {\n if (key in thisEntity) {\n thisEntity[key] = value;\n }\n }\n } else {\n // base entity not found\n return null;\n }\n }\n\n const updateFields: any = {};\n\n for (const field in finalData) {\n const fieldDef = this.requireField(model, field);\n if (isScalarField(this.schema, model, field) || isForeignKeyField(this.schema, model, field)) {\n updateFields[field] = this.processScalarFieldUpdateData(model, field, finalData);\n } else {\n if (!allowRelationUpdate) {\n throw createNotSupportedError(`Relation update not allowed for field \"${field}\"`);\n }\n\n // load this entity for passing on to relation updates as parent\n const relationParent = await loadThisEntity();\n if (!relationParent) {\n // not found\n return null;\n }\n\n const parentUpdates = await this.processRelationUpdates(\n kysely,\n model,\n field,\n fieldDef,\n relationParent,\n finalData[field],\n );\n\n if (Object.keys(parentUpdates).length > 0) {\n // merge field updates propagated from nested relation processing\n Object.assign(updateFields, parentUpdates);\n }\n }\n }\n\n let hasFieldUpdate = Object.keys(updateFields).length > 0;\n if (hasFieldUpdate) {\n // check if only updating auto-updated fields, if so, we can skip the update\n hasFieldUpdate = Object.keys(updateFields).some((f) => !autoUpdatedFields.includes(f));\n }\n\n if (!hasFieldUpdate) {\n // nothing to update, return the existing entity\n return loadThisEntity();\n } else {\n let updatedEntity: any;\n\n if (this.dialect.supportsReturning) {\n const returnFields = fieldsToReturn !== undefined && fieldsToReturn.length > 0;\n const query = kysely\n .updateTable(model)\n .where(() => this.dialect.buildFilter(model, model, combinedWhere))\n .set(updateFields)\n .$if(returnFields, (qb) => qb.returning(fieldsToReturn as any))\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'update',\n }),\n );\n\n if (returnFields) {\n updatedEntity = await this.executeQueryTakeFirst(kysely, query, 'update');\n } else {\n const r = await this.executeQuery(kysely, query, 'update');\n if (!r.numAffectedRows) {\n // nothing updated\n updatedEntity = null;\n } else {\n // if no specific fields to return, we are done, return `true` to indicate a successful update\n updatedEntity = true;\n }\n }\n } else {\n // post-update read filter\n let readFilter = combinedWhere;\n\n // check if we are updating any id fields, if so, we need to fetch original entity ids\n // before the update, and overwrite the filter with updated id values for post-update read\n const idFields = requireIdFields(this.schema, model);\n const updatingIdFields = idFields.some((idField) => idField in updateFields);\n\n if (updatingIdFields) {\n const origIdValues = await loadThisEntity();\n invariant(origIdValues, 'Original entity should have been loaded for update without RETURNING');\n\n readFilter = { ...origIdValues };\n // replace id fields in the filter with updated values if they are being updated\n // const readFilter: any = { ...origWhere };\n for (const idField of idFields) {\n if (idField in updateFields && updateFields[idField] !== undefined) {\n // if id fields are being updated, use the new values\n readFilter[idField] = updateFields[idField];\n }\n }\n }\n\n // Fallback for databases that don't support RETURNING (e.g., MySQL)\n const updateQuery = kysely\n .updateTable(model)\n .where(() => this.dialect.buildFilter(model, model, combinedWhere))\n .set(updateFields)\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'update',\n }),\n );\n\n const updateResult = await this.executeQuery(kysely, updateQuery, 'update');\n\n if (!updateResult.numAffectedRows) {\n // nothing updated\n updatedEntity = null;\n } else if (fieldsToReturn === undefined || fieldsToReturn.length === 0) {\n // if no specific fields to return, we are done, return `true` to indicate a successful update\n updatedEntity = true;\n } else {\n if (!updatingIdFields) {\n // not updating id fields, we can directly return original id values\n updatedEntity = await loadThisEntity();\n } else {\n // otherwise we need to re-query the updated entity\n const selectQuery = kysely\n .selectFrom(model)\n .select(fieldsToReturn as any)\n .where(() => this.dialect.buildFilter(model, model, readFilter));\n updatedEntity = await this.executeQueryTakeFirst(kysely, selectQuery, 'update');\n }\n }\n }\n\n if (!updatedEntity) {\n if (throwIfNotFound) {\n throw createNotFoundError(model);\n } else {\n return null;\n }\n }\n\n return updatedEntity;\n }\n }\n\n private async buildUpdateParentRelationFilter(kysely: AnyKysely, fromRelation: FromRelationContext | undefined) {\n const parentWhere: any = {};\n let m2m: ReturnType = undefined;\n if (fromRelation) {\n m2m = getManyToManyRelation(this.schema, fromRelation.model, fromRelation.field);\n if (!m2m) {\n // merge foreign key conditions from the relation\n const { ownedByModel, keyPairs } = getRelationForeignKeyFieldPairs(\n this.schema,\n fromRelation.model,\n fromRelation.field,\n );\n if (ownedByModel) {\n const fromEntity = await this.readUnique(kysely, fromRelation.model, {\n where: fromRelation.ids,\n });\n for (const { fk, pk } of keyPairs) {\n parentWhere[pk] = fromEntity[fk];\n }\n } else {\n for (const { fk, pk } of keyPairs) {\n parentWhere[fk] = fromRelation.ids[pk];\n }\n }\n } else {\n // many-to-many relation, filter for parent with \"some\"\n const fromRelationFieldDef = this.requireField(fromRelation.model, fromRelation.field);\n invariant(fromRelationFieldDef.relation?.opposite);\n parentWhere[fromRelationFieldDef.relation.opposite] = {\n some: fromRelation.ids,\n };\n }\n }\n return parentWhere;\n }\n\n private processScalarFieldUpdateData(model: string, field: string, data: any): any {\n const fieldDef = this.requireField(model, field);\n if (this.isNumericIncrementalUpdate(fieldDef, data[field])) {\n // numeric fields incremental updates\n return this.transformIncrementalUpdate(model, field, fieldDef, data[field]);\n }\n\n if (fieldDef.array && typeof data[field] === 'object' && !Array.isArray(data[field]) && data[field]) {\n // scalar list updates\n return this.transformScalarListUpdate(model, field, fieldDef, data[field]);\n }\n\n return this.dialect.transformInput(data[field], fieldDef.type as BuiltinType, !!fieldDef.array, fieldDef);\n }\n\n private isNumericIncrementalUpdate(fieldDef: FieldDef, value: any) {\n if (!this.isNumericField(fieldDef)) {\n return false;\n }\n if (typeof value !== 'object' || !value) {\n return false;\n }\n return ['increment', 'decrement', 'multiply', 'divide', 'set'].some((key) => key in value);\n }\n\n private async processBaseModelUpdate(\n kysely: ToKysely,\n model: string,\n where: any,\n updateFields: any,\n throwIfNotFound: boolean,\n ) {\n const thisUpdateFields: any = {};\n const remainingFields: any = {};\n\n Object.entries(updateFields).forEach(([field, value]) => {\n const fieldDef = this.getField(model, field);\n if (fieldDef) {\n thisUpdateFields[field] = value;\n } else {\n remainingFields[field] = value;\n }\n });\n\n // update base model entity\n const baseEntity: any = await this.update(\n kysely,\n model as GetModels,\n where,\n thisUpdateFields,\n undefined,\n undefined,\n throwIfNotFound,\n requireIdFields(this.schema, model),\n );\n return { baseEntity, remainingFields };\n }\n\n private transformIncrementalUpdate(\n model: string,\n field: string,\n fieldDef: FieldDef,\n payload: Record,\n ) {\n invariant(\n Object.keys(payload).length === 1,\n 'Only one of \"set\", \"increment\", \"decrement\", \"multiply\", or \"divide\" can be provided',\n );\n\n const key = Object.keys(payload)[0];\n const value = this.dialect.transformInput(payload[key!], fieldDef.type as BuiltinType, false, fieldDef);\n const eb = expressionBuilder();\n const fieldRef = this.dialect.fieldRef(model, field);\n\n return match(key)\n .with('set', () => value)\n .with('increment', () => eb(fieldRef, '+', value))\n .with('decrement', () => eb(fieldRef, '-', value))\n .with('multiply', () => eb(fieldRef, '*', value))\n .with('divide', () => eb(fieldRef, '/', value))\n .otherwise(() => {\n throw createInvalidInputError(`Invalid incremental update operation: ${key}`);\n });\n }\n\n private transformScalarListUpdate(\n model: string,\n field: string,\n fieldDef: FieldDef,\n payload: Record,\n ) {\n invariant(Object.keys(payload).length === 1, 'Only one of \"set\", \"push\" can be provided');\n const key = Object.keys(payload)[0];\n const value = this.dialect.transformInput(payload[key!], fieldDef.type as BuiltinType, true, fieldDef);\n const eb = expressionBuilder();\n const fieldRef = this.dialect.fieldRef(model, field);\n\n return match(key)\n .with('set', () => value)\n .with('push', () => {\n return eb(fieldRef, '||', eb.val(ensureArray(value)));\n })\n .otherwise(() => {\n throw createInvalidInputError(`Invalid array update operation: ${key}`);\n });\n }\n\n private isNumericField(fieldDef: FieldDef) {\n return NUMERIC_FIELD_TYPES.includes(fieldDef.type) && !fieldDef.array;\n }\n\n private makeContextComment(_context: { model: string; operation: CRUD }) {\n return sql``;\n // return sql.raw(`${CONTEXT_COMMENT_PREFIX}${JSON.stringify(context)}`);\n }\n\n protected async updateMany<\n ReturnData extends boolean,\n Result = ReturnData extends true ? unknown[] : { count: number },\n >(\n kysely: AnyKysely,\n model: string,\n where: any,\n data: any,\n limit: number | undefined,\n returnData: ReturnData,\n filterModel?: string,\n fromRelation?: FromRelationContext,\n fieldsToReturn?: readonly string[],\n ): Promise {\n if (typeof data !== 'object') {\n throw createInvalidInputError('data must be an object');\n }\n\n if (Object.keys(data).length === 0) {\n return (returnData ? [] : { count: 0 }) as Result;\n }\n\n const modelDef = this.requireModel(model);\n if (modelDef.baseModel && limit !== undefined) {\n throw createNotSupportedError('Updating with a limit is not supported for polymorphic models');\n }\n\n const parentWhere = await this.buildUpdateParentRelationFilter(kysely, fromRelation);\n let combinedWhere: WhereInput, any, false> = where ?? true;\n if (Object.keys(parentWhere).length > 0) {\n combinedWhere = Object.keys(combinedWhere).length > 0 ? { AND: [parentWhere, combinedWhere] } : parentWhere;\n }\n\n filterModel ??= model;\n let updateFields: any = {};\n\n for (const field in data) {\n if (isRelationField(this.schema, model, field)) {\n continue;\n }\n updateFields[field] = this.processScalarFieldUpdateData(model, field, data);\n }\n\n let resultFromBaseModel: any = undefined;\n if (modelDef.baseModel) {\n const baseResult = await this.processBaseModelUpdateMany(\n kysely,\n modelDef.baseModel,\n combinedWhere,\n updateFields,\n filterModel,\n );\n updateFields = baseResult.remainingFields;\n resultFromBaseModel = baseResult.baseResult;\n }\n\n // check again if we don't have anything to update for this model\n if (Object.keys(updateFields).length === 0) {\n // return result from base model if it exists, otherwise return empty result\n return resultFromBaseModel ?? ((returnData ? [] : { count: 0 }) as Result);\n }\n\n let shouldFallbackToIdFilter = false;\n\n if (limit !== undefined && !this.dialect.supportsUpdateWithLimit) {\n // if the dialect doesn't support update with limit natively, we'll\n // simulate it by filtering by id with a limit\n shouldFallbackToIdFilter = true;\n }\n\n if (modelDef.isDelegate || modelDef.baseModel) {\n // if the model is in a delegate hierarchy, we'll need to filter by\n // id because the filter may involve fields in different models in\n // the hierarchy\n shouldFallbackToIdFilter = true;\n }\n\n let query = kysely.updateTable(model).set(updateFields);\n\n if (!shouldFallbackToIdFilter) {\n // simple filter\n query = query\n .where(() => this.dialect.buildFilter(model, model, combinedWhere))\n .$if(limit !== undefined, (qb) => qb.limit(limit!));\n } else {\n query = query.where((eb) =>\n eb(\n eb.refTuple(\n // @ts-expect-error\n ...this.buildIdFieldRefs(kysely, model),\n ),\n 'in',\n // the outer \"select *\" is needed to isolate the sub query (as needed for dialects like mysql)\n eb\n .selectFrom(\n this.dialect\n .buildSelectModel(filterModel, filterModel)\n .where(this.dialect.buildFilter(filterModel, filterModel, combinedWhere))\n .select(this.buildIdFieldRefs(kysely, filterModel))\n .$if(limit !== undefined, (qb) => qb.limit(limit!))\n .as('$sub'),\n )\n .selectAll(),\n ),\n );\n }\n\n query = query.modifyEnd(this.makeContextComment({ model, operation: 'update' }));\n\n if (!returnData) {\n const result = await this.executeQuery(kysely, query, 'update');\n return { count: Number(result.numAffectedRows) } as Result;\n } else {\n fieldsToReturn = fieldsToReturn ?? requireIdFields(this.schema, model);\n\n if (this.dialect.supportsReturning) {\n const finalQuery = query.returning(fieldsToReturn as any);\n const result = await this.executeQuery(kysely, finalQuery, 'update');\n return result.rows as Result;\n } else {\n // Fallback for databases that don't support RETURNING (e.g., MySQL)\n // First, select the records to be updated\n let selectQuery = kysely.selectFrom(model).selectAll();\n\n if (!shouldFallbackToIdFilter) {\n selectQuery = selectQuery\n .where(() => this.dialect.buildFilter(model, model, combinedWhere))\n .$if(limit !== undefined, (qb) => qb.limit(limit!));\n } else {\n selectQuery = selectQuery.where((eb) =>\n eb(\n eb.refTuple(\n // @ts-expect-error\n ...this.buildIdFieldRefs(kysely, model),\n ),\n 'in',\n this.dialect\n .buildSelectModel(filterModel, filterModel)\n .where(this.dialect.buildFilter(filterModel, filterModel, combinedWhere))\n .select(this.buildIdFieldRefs(kysely, filterModel))\n .$if(limit !== undefined, (qb) => qb.limit(limit!)),\n ),\n );\n }\n\n const recordsToUpdate = await this.executeQuery(kysely, selectQuery, 'update');\n\n // Execute the update\n await this.executeQuery(kysely, query, 'update');\n\n // Return the IDs of updated records, then query them back with updated values\n if (recordsToUpdate.rows.length === 0) {\n return [] as Result;\n }\n\n const idFields = requireIdFields(this.schema, model);\n const updatedIds = recordsToUpdate.rows.map((row: any) => {\n const id: Record = {};\n for (const idField of idFields) {\n id[idField] = row[idField];\n }\n return id;\n });\n\n // Query back the updated records\n const resultQuery = kysely\n .selectFrom(model)\n .selectAll()\n .where((eb) => {\n const conditions = updatedIds.map((id) => {\n const idConditions = Object.entries(id).map(([field, value]) => eb.eb(field, '=', value));\n return eb.and(idConditions);\n });\n return eb.or(conditions);\n });\n\n const result = await this.executeQuery(kysely, resultQuery, 'update');\n return result.rows as Result;\n }\n }\n }\n\n private async processBaseModelUpdateMany(\n kysely: AnyKysely,\n model: string,\n where: any,\n updateFields: any,\n filterModel: string,\n ) {\n const thisUpdateFields: any = {};\n const remainingFields: any = {};\n\n Object.entries(updateFields).forEach(([field, value]) => {\n const fieldDef = this.getField(model, field);\n if (fieldDef) {\n thisUpdateFields[field] = value;\n } else {\n remainingFields[field] = value;\n }\n });\n\n // update base model entity\n const baseResult: any = await this.updateMany(\n kysely,\n model as GetModels,\n where,\n thisUpdateFields,\n undefined,\n false,\n filterModel,\n );\n return { baseResult, remainingFields };\n }\n\n private buildIdFieldRefs(kysely: AnyKysely, model: string) {\n const idFields = requireIdFields(this.schema, model);\n return idFields.map((f) => kysely.dynamic.ref(`${model}.${f}`));\n }\n\n private async processRelationUpdates(\n kysely: AnyKysely,\n model: string,\n field: string,\n fieldDef: FieldDef,\n parentIds: any,\n args: any,\n ) {\n const fieldModel = fieldDef.type as GetModels;\n const fromRelationContext: FromRelationContext = {\n model,\n field,\n ids: parentIds,\n parentUpdates: {},\n };\n\n for (const [key, value] of Object.entries(args)) {\n switch (key) {\n case 'create': {\n invariant(\n !Array.isArray(value) || fieldDef.array,\n 'relation must be an array if create is an array',\n );\n for (const item of enumerate(value)) {\n await this.create(kysely, fieldModel, item, fromRelationContext);\n }\n break;\n }\n\n case 'createMany': {\n invariant(fieldDef.array, 'relation must be an array for createMany');\n await this.createMany(\n kysely,\n fieldModel,\n value as { data: any; skipDuplicates: boolean },\n false,\n fromRelationContext,\n );\n break;\n }\n\n case 'connect': {\n await this.connectRelation(kysely, fieldModel, value, fromRelationContext);\n break;\n }\n\n case 'connectOrCreate': {\n await this.connectOrCreateRelation(kysely, fieldModel, value, fromRelationContext);\n break;\n }\n\n case 'disconnect': {\n await this.disconnectRelation(kysely, fieldModel, value, fromRelationContext);\n break;\n }\n\n case 'set': {\n invariant(fieldDef.array, 'relation must be an array');\n await this.setRelation(kysely, fieldModel, value, fromRelationContext);\n break;\n }\n\n case 'update': {\n for (const _item of enumerate(value)) {\n const item = _item as { where: any; data: any };\n let where;\n let data;\n if ('data' in item && typeof item.data === 'object') {\n where = item.where;\n data = item.data;\n } else {\n where = undefined;\n data = item;\n }\n // update should throw if:\n // - to-many: there's a where clause and no entity is found\n // - to-one: always throw if no entity is found\n const throwIfNotFound = !fieldDef.array || !!where;\n await this.update(kysely, fieldModel, where, data, fromRelationContext, true, throwIfNotFound);\n }\n break;\n }\n\n case 'upsert': {\n for (const _item of enumerate(value)) {\n const item = _item as {\n where: any;\n create: any;\n update: any;\n };\n\n const updated = await this.update(\n kysely,\n fieldModel,\n item.where,\n item.update,\n fromRelationContext,\n true,\n false,\n );\n if (!updated) {\n await this.create(kysely, fieldModel, item.create, fromRelationContext);\n }\n }\n break;\n }\n\n case 'updateMany': {\n for (const _item of enumerate(value)) {\n const item = _item as { where: any; data: any; limit: number | undefined };\n await this.updateMany(\n kysely,\n fieldModel,\n item.where,\n item.data,\n item.limit,\n false,\n fieldModel,\n fromRelationContext,\n );\n }\n break;\n }\n\n case 'delete': {\n await this.deleteRelation(kysely, fieldModel, value, fromRelationContext, true, true);\n break;\n }\n\n case 'deleteMany': {\n await this.deleteRelation(kysely, fieldModel, value, fromRelationContext, false, false);\n break;\n }\n\n default: {\n throw createInvalidInputError(`Invalid relation update operation: ${key}`);\n }\n }\n }\n\n return fromRelationContext.parentUpdates;\n }\n\n // #region relation manipulation\n\n protected async connectRelation(kysely: AnyKysely, model: string, data: any, fromRelation: FromRelationContext) {\n const _data = this.normalizeRelationManipulationInput(model, data);\n if (_data.length === 0) {\n return;\n }\n\n const m2m = getManyToManyRelation(this.schema, fromRelation.model, fromRelation.field);\n if (m2m) {\n // handle many-to-many relation: batch fetch all entity IDs in one query\n const allIds = await this.getEntitiesIds(kysely, model, _data);\n if (allIds.length !== _data.length) {\n throw createNotFoundError(model);\n }\n await this.handleManyToManyRelation(\n kysely,\n 'connect',\n fromRelation.model,\n fromRelation.field,\n fromRelation.ids,\n m2m.otherModel!,\n m2m.otherField!,\n allIds,\n m2m.joinTable,\n );\n } else {\n const { ownedByModel, keyPairs } = getRelationForeignKeyFieldPairs(\n this.schema,\n fromRelation.model,\n fromRelation.field,\n );\n\n if (ownedByModel) {\n // record parent fk update\n invariant(_data.length === 1, 'only one entity can be connected');\n const target = await this.readUnique(kysely, model, {\n where: _data[0],\n });\n if (!target) {\n throw createNotFoundError(model);\n }\n\n for (const { fk, pk } of keyPairs) {\n fromRelation.parentUpdates[fk] = target[pk];\n }\n } else {\n // disconnect current if it's a one-one relation\n const relationFieldDef = this.requireField(fromRelation.model, fromRelation.field);\n\n if (!relationFieldDef.array) {\n const query = kysely\n .updateTable(model)\n .where((eb) => eb.and(keyPairs.map(({ fk, pk }) => eb(eb.ref(fk), '=', fromRelation.ids[pk]))))\n .set(keyPairs.reduce((acc, { fk }) => ({ ...acc, [fk]: null }), {} as any))\n .modifyEnd(\n this.makeContextComment({\n model: fromRelation.model,\n operation: 'update',\n }),\n );\n await this.executeQuery(kysely, query, 'disconnect');\n }\n\n // connect\n const query = kysely\n .updateTable(model)\n .where((eb) => eb.or(_data.map((d) => eb.and(d))))\n .set(\n keyPairs.reduce(\n (acc, { fk, pk }) => ({\n ...acc,\n [fk]: fromRelation.ids[pk],\n }),\n {} as any,\n ),\n )\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'update',\n }),\n );\n const updateResult = await this.executeQuery(kysely, query, 'connect');\n\n // validate connect result\n if (!updateResult.numAffectedRows || _data.length > updateResult.numAffectedRows) {\n // some entities were not connected\n throw createNotFoundError(model);\n }\n }\n }\n }\n\n protected async connectOrCreateRelation(\n kysely: ToKysely,\n model: GetModels,\n data: any,\n fromRelation: FromRelationContext,\n ) {\n const _data = enumerate(data);\n if (_data.length === 0) {\n return;\n }\n\n for (const { where, create } of _data) {\n const existing = await this.exists(kysely, model, where);\n if (existing) {\n await this.connectRelation(kysely, model, [where], fromRelation);\n } else {\n await this.create(kysely, model, create, fromRelation);\n }\n }\n }\n\n protected async disconnectRelation(kysely: AnyKysely, model: string, data: any, fromRelation: FromRelationContext) {\n let disconnectConditions: any[] = [];\n if (typeof data === 'boolean') {\n if (data === false) {\n return;\n } else {\n disconnectConditions = [true];\n }\n } else if (isEmptyObject(data)) {\n // empty object means true\n disconnectConditions = [true];\n } else {\n disconnectConditions = this.normalizeRelationManipulationInput(model, data);\n\n if (disconnectConditions.length === 0) {\n return;\n }\n }\n\n if (disconnectConditions.length === 0) {\n return;\n }\n\n const m2m = getManyToManyRelation(this.schema, fromRelation.model, fromRelation.field);\n if (m2m) {\n // handle many-to-many relation: batch fetch all entity IDs in one query\n const allIds = await this.getEntitiesIds(kysely, model, disconnectConditions);\n if (allIds.length > 0) {\n await this.handleManyToManyRelation(\n kysely,\n 'disconnect',\n fromRelation.model,\n fromRelation.field,\n fromRelation.ids,\n m2m.otherModel,\n m2m.otherField,\n allIds,\n m2m.joinTable,\n );\n }\n } else {\n const { ownedByModel, keyPairs } = getRelationForeignKeyFieldPairs(\n this.schema,\n fromRelation.model,\n fromRelation.field,\n );\n\n const eb = expressionBuilder();\n if (ownedByModel) {\n // record parent fk update\n invariant(disconnectConditions.length === 1, 'only one entity can be disconnected');\n const condition = disconnectConditions[0];\n\n if (condition === true) {\n // just disconnect, record parent fk update\n for (const { fk } of keyPairs) {\n fromRelation.parentUpdates[fk] = null;\n }\n } else {\n // disconnect with a filter\n\n // read parent's fk\n const fromEntity = await this.readUnique(kysely, fromRelation.model, {\n where: fromRelation.ids,\n select: fieldsToSelectObject(keyPairs.map(({ fk }) => fk)),\n });\n if (!fromEntity || keyPairs.some(({ fk }) => fromEntity[fk] == null)) {\n return;\n }\n\n // check if the disconnect target exists under parent fk and the filter condition\n const relationFilter = {\n AND: [condition, Object.fromEntries(keyPairs.map(({ fk, pk }) => [pk, fromEntity[fk]]))],\n };\n\n // if the target exists, record parent fk update, otherwise do nothing\n const targetExists = await this.read(kysely, model, {\n where: relationFilter,\n take: 1,\n select: this.makeIdSelect(model),\n } as any);\n if (targetExists.length > 0) {\n for (const { fk } of keyPairs) {\n fromRelation.parentUpdates[fk] = null;\n }\n }\n }\n } else {\n // disconnect\n const query = kysely\n .updateTable(model)\n .where(\n eb.and([\n // fk filter\n eb.and(Object.fromEntries(keyPairs.map(({ fk, pk }) => [fk, fromRelation.ids[pk]]))),\n // merge extra disconnect conditions\n eb.or(disconnectConditions.map((d) => eb.and(d))),\n ]),\n )\n .set(keyPairs.reduce((acc, { fk }) => ({ ...acc, [fk]: null }), {} as any))\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'update',\n }),\n );\n await this.executeQuery(kysely, query, 'disconnect');\n }\n }\n }\n\n protected async setRelation(kysely: AnyKysely, model: string, data: any, fromRelation: FromRelationContext) {\n const _data = this.normalizeRelationManipulationInput(model, data);\n\n const m2m = getManyToManyRelation(this.schema, fromRelation.model, fromRelation.field);\n\n if (m2m) {\n // handle many-to-many relation\n\n // reset for the parent\n await this.resetManyToManyRelation(kysely, fromRelation.model, fromRelation.field, fromRelation.ids);\n\n if (_data.length > 0) {\n // batch fetch all entity IDs in one query\n const allIds = await this.getEntitiesIds(kysely, model, _data);\n if (allIds.length !== _data.length) {\n throw createNotFoundError(model);\n }\n await this.handleManyToManyRelation(\n kysely,\n 'connect',\n fromRelation.model,\n fromRelation.field,\n fromRelation.ids,\n m2m.otherModel,\n m2m.otherField,\n allIds,\n m2m.joinTable,\n );\n }\n } else {\n const { ownedByModel, keyPairs } = getRelationForeignKeyFieldPairs(\n this.schema,\n fromRelation.model,\n fromRelation.field,\n );\n\n if (ownedByModel) {\n throw createInternalError('relation can only be set from the non-owning side', fromRelation.model);\n }\n\n const fkConditions = keyPairs.reduce(\n (acc, { fk, pk }) => ({\n ...acc,\n [fk]: fromRelation.ids[pk],\n }),\n {} as any,\n );\n\n // disconnect\n const query = kysely\n .updateTable(model)\n .where((eb) =>\n eb.and([\n // match parent\n eb.and(fkConditions),\n // exclude entities to be connected\n eb.not(eb.or(_data.map((d) => eb.and(d)))),\n ]),\n )\n .set(keyPairs.reduce((acc, { fk }) => ({ ...acc, [fk]: null }), {} as any))\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'update',\n }),\n );\n await this.executeQuery(kysely, query, 'disconnect');\n\n // connect\n if (_data.length > 0) {\n const query = kysely\n .updateTable(model)\n .where((eb) => eb.or(_data.map((d) => eb.and(d))))\n .set(\n keyPairs.reduce(\n (acc, { fk, pk }) => ({\n ...acc,\n [fk]: fromRelation.ids[pk],\n }),\n {} as any,\n ),\n )\n .modifyEnd(\n this.makeContextComment({\n model,\n operation: 'update',\n }),\n );\n const r = await this.executeQuery(kysely, query, 'connect');\n\n // validate result\n if (!r.numAffectedRows || _data.length > r.numAffectedRows) {\n // some entities were not connected\n throw createNotFoundError(model);\n }\n }\n }\n }\n\n protected async deleteRelation(\n kysely: ToKysely,\n model: GetModels,\n data: any,\n fromRelation: FromRelationContext,\n uniqueDelete: boolean,\n throwForNotFound: boolean,\n ) {\n let deleteConditions: any[] = [];\n let expectedDeleteCount = -1; // -1 means no expected delete count check\n if (typeof data === 'boolean') {\n if (data === false) {\n return;\n } else {\n deleteConditions = [true];\n if (uniqueDelete) {\n expectedDeleteCount = 1;\n }\n }\n } else if (isEmptyObject(data)) {\n // empty object means true\n deleteConditions = [true];\n if (uniqueDelete) {\n expectedDeleteCount = 1;\n }\n } else {\n deleteConditions = this.normalizeRelationManipulationInput(model, data);\n if (deleteConditions.length === 0) {\n return;\n }\n if (uniqueDelete) {\n // each delete condition is one unique match\n expectedDeleteCount = deleteConditions.length;\n }\n }\n\n let deleteResult: Awaited>;\n let deleteFromModel: string;\n const m2m = getManyToManyRelation(this.schema, fromRelation.model, fromRelation.field);\n\n if (m2m) {\n deleteFromModel = model;\n\n // handle many-to-many relation\n const fieldDef = this.requireField(fromRelation.model, fromRelation.field);\n invariant(fieldDef.relation?.opposite);\n\n deleteResult = await this.delete(kysely, model, {\n AND: [\n {\n [fieldDef.relation.opposite]: {\n some: fromRelation.ids,\n },\n },\n {\n OR: deleteConditions,\n },\n ],\n });\n } else {\n const { ownedByModel, keyPairs } = getRelationForeignKeyFieldPairs(\n this.schema,\n fromRelation.model,\n fromRelation.field,\n );\n\n if (ownedByModel) {\n deleteFromModel = fromRelation.model;\n\n const fromEntity = await this.readUnique(kysely, fromRelation.model as GetModels, {\n where: fromRelation.ids,\n });\n if (!fromEntity) {\n throw createNotFoundError(fromRelation.model);\n }\n\n const fieldDef = this.requireField(fromRelation.model, fromRelation.field);\n invariant(fieldDef.relation?.opposite);\n deleteResult = await this.delete(kysely, model, {\n AND: [\n // filter for parent\n Object.fromEntries(keyPairs.map(({ fk, pk }) => [pk, fromEntity[fk]])),\n {\n OR: deleteConditions,\n },\n ],\n });\n } else {\n deleteFromModel = model;\n deleteResult = await this.delete(kysely, model, {\n AND: [\n Object.fromEntries(keyPairs.map(({ fk, pk }) => [fk, fromRelation.ids[pk]])),\n {\n OR: deleteConditions,\n },\n ],\n });\n }\n }\n\n // validate result\n if (throwForNotFound && expectedDeleteCount >= 0 && expectedDeleteCount > (deleteResult.numAffectedRows ?? 0)) {\n // some entities were not deleted\n throw createNotFoundError(deleteFromModel);\n }\n }\n\n private normalizeRelationManipulationInput(model: string, data: any) {\n return enumerate(data).map((item) => flattenCompoundUniqueFilters(this.schema, model, item));\n }\n\n // #endregion\n\n protected async delete(\n kysely: AnyKysely,\n model: string,\n where: any,\n limit?: number,\n filterModel?: string,\n fieldsToReturn?: readonly string[],\n ): Promise> {\n filterModel ??= model;\n\n const modelDef = this.requireModel(model);\n\n if (modelDef.baseModel) {\n if (limit !== undefined) {\n throw createNotSupportedError('Deleting with a limit is not supported for polymorphic models');\n }\n // just delete base and it'll cascade back to this model\n return this.processBaseModelDelete(kysely, modelDef.baseModel, where, limit, filterModel);\n }\n\n fieldsToReturn = fieldsToReturn ?? requireIdFields(this.schema, model);\n\n let needIdFilter = false;\n\n if (limit !== undefined && !this.dialect.supportsDeleteWithLimit) {\n // if the dialect doesn't support delete with limit natively, we'll\n // simulate it by filtering by id with a limit\n needIdFilter = true;\n }\n\n if (modelDef.isDelegate || modelDef.baseModel) {\n // if the model is in a delegate hierarchy, we'll need to filter by\n // id because the filter may involve fields in different models in\n // the hierarchy\n needIdFilter = true;\n }\n\n const deleteFilter = needIdFilter\n ? (eb: ExpressionBuilder) =>\n eb(\n eb.refTuple(\n // @ts-expect-error\n ...this.buildIdFieldRefs(kysely, model),\n ),\n 'in',\n // the outer \"select *\" is needed to isolate the sub query (as needed for dialects like mysql)\n eb\n .selectFrom(\n this.dialect\n .buildSelectModel(filterModel, filterModel)\n .where(() => this.dialect.buildFilter(filterModel, filterModel, where))\n .select(this.buildIdFieldRefs(kysely, filterModel))\n .$if(limit !== undefined, (qb) => qb.limit(limit!))\n .as('$sub'),\n )\n .selectAll(),\n )\n : () => this.dialect.buildFilter(model, model, where);\n\n // if the model being deleted has a relation to a model that extends a delegate model, and if that\n // relation is set to trigger a cascade delete from this model, the deletion will not automatically\n // clean up the base hierarchy of the relation side (because polymorphic model's cascade deletion\n // works downward not upward). We need to take care of the base deletions manually here.\n\n await this.processDelegateRelationDelete(kysely, modelDef, where, limit);\n\n const query = kysely\n .deleteFrom(model)\n .where(deleteFilter)\n .$if(this.dialect.supportsReturning, (qb) => qb.returning(fieldsToReturn))\n .$if(limit !== undefined && this.dialect.supportsDeleteWithLimit, (qb) => qb.limit(limit!))\n .modifyEnd(this.makeContextComment({ model, operation: 'delete' }));\n\n return this.executeQuery(kysely, query, 'delete');\n }\n\n private async processDelegateRelationDelete(\n kysely: ToKysely,\n modelDef: ModelDef,\n where: any,\n limit: number | undefined,\n ) {\n for (const fieldDef of Object.values(modelDef.fields)) {\n if (fieldDef.relation && fieldDef.relation.opposite) {\n const oppositeModelDef = this.requireModel(fieldDef.type);\n const oppositeRelation = this.requireField(fieldDef.type, fieldDef.relation.opposite);\n if (oppositeModelDef.baseModel && oppositeRelation.relation?.onDelete === 'Cascade') {\n if (limit !== undefined) {\n throw createNotSupportedError('Deleting with a limit is not supported for polymorphic models');\n }\n // the deletion will propagate upward to the base model chain\n await this.delete(\n kysely,\n fieldDef.type as GetModels,\n {\n [fieldDef.relation.opposite]: where,\n },\n undefined,\n );\n }\n }\n }\n }\n\n private async processBaseModelDelete(\n kysely: AnyKysely,\n model: string,\n where: any,\n limit: number | undefined,\n filterModel: string,\n ) {\n return this.delete(kysely, model, where, limit, filterModel);\n }\n\n protected makeIdSelect(model: string) {\n const modelDef = this.requireModel(model);\n return modelDef.idFields.reduce((acc, f) => {\n acc[f] = true;\n return acc;\n }, {} as any);\n }\n\n protected trimResult(data: any, args: SelectIncludeOmit, boolean>) {\n if (!('select' in args) || !args.select) {\n return data;\n }\n return Object.keys(args.select).reduce((acc, field) => {\n acc[field] = data[field];\n return acc;\n }, {} as any);\n }\n\n protected needReturnRelations(model: string, args: SelectIncludeOmit, boolean>) {\n let returnRelation = false;\n\n if ('include' in args && args.include) {\n returnRelation = Object.keys(args.include).length > 0;\n } else if ('select' in args && args.select) {\n returnRelation = Object.entries(args.select).some(([K, v]) => {\n const fieldDef = this.requireField(model, K);\n return fieldDef.relation && v;\n });\n }\n return returnRelation;\n }\n\n protected async safeTransaction(callback: (tx: AnyKysely) => Promise, isolationLevel?: IsolationLevel) {\n if (this.kysely.isTransaction) {\n // proceed directly if already in a transaction\n return callback(this.kysely);\n } else {\n // otherwise, create a new transaction and execute the callback\n let txBuilder = this.kysely.transaction();\n txBuilder = txBuilder.setIsolationLevel(isolationLevel ?? TransactionIsolationLevel.ReadCommitted);\n return txBuilder.execute(callback);\n }\n }\n\n protected async safeTransactionIf(\n condition: boolean,\n callback: (tx: AnyKysely) => Promise,\n isolationLevel?: IsolationLevel,\n ) {\n if (condition) {\n return this.safeTransaction(callback, isolationLevel);\n } else {\n return callback(this.kysely);\n }\n }\n\n // Given a unique filter of a model, load the entity and return its id fields\n private getEntityIds(kysely: AnyKysely, model: string, uniqueFilter: any) {\n return this.readUnique(kysely, model, {\n where: uniqueFilter,\n select: this.makeIdSelect(model),\n });\n }\n\n // Given multiple unique filters, load all matching entities and return their id fields in one query\n private getEntitiesIds(kysely: AnyKysely, model: string, uniqueFilters: any[]) {\n return this.read(kysely, model, {\n where: { OR: uniqueFilters },\n select: this.makeIdSelect(model),\n } as any);\n }\n\n /**\n * Normalize input args to strip `undefined` fields\n */\n protected normalizeArgs(args: unknown) {\n if (!args) {\n return;\n }\n const newArgs = clone(args);\n this.doNormalizeArgs(newArgs);\n return newArgs;\n }\n\n private doNormalizeArgs(args: unknown) {\n if (args && typeof args === 'object') {\n for (const [key, value] of Object.entries(args)) {\n if (value === undefined) {\n delete args[key as keyof typeof args];\n } else if (value && isPlainObject(value)) {\n this.doNormalizeArgs(value);\n }\n }\n }\n }\n\n protected executeQuery(kysely: ToKysely, query: Compilable, _operation: string) {\n return kysely.executeQuery(query.compile());\n }\n\n protected async executeQueryTakeFirst(kysely: ToKysely, query: Compilable, _operation: string) {\n const result = await kysely.executeQuery(query.compile());\n return result.rows[0];\n }\n\n protected async executeQueryTakeFirstOrThrow(kysely: ToKysely, query: Compilable, _operation: string) {\n const result = await kysely.executeQuery(query.compile());\n if (result.rows.length === 0) {\n throw new ORMError(ORMErrorReason.NOT_FOUND, 'No rows found');\n }\n return result.rows[0];\n }\n\n protected mutationNeedsReadBack(model: string, args: any) {\n const idFields = requireIdFields(this.schema, model);\n if (this.hasPolicyEnabled) {\n // TODO: refactor this check\n // policy enforcement always requires read back\n return { needReadBack: true, selectedFields: idFields };\n }\n\n if (!this.dialect.supportsReturning) {\n // if the dialect doesn't support RETURNING, we always need read back\n return { needReadBack: true, selectedFields: idFields };\n }\n\n if (args.include && typeof args.include === 'object' && Object.keys(args.include).length > 0) {\n // includes present, need read back to fetch relations\n return { needReadBack: true, selectedFields: idFields };\n }\n\n const modelDef = this.requireModel(model);\n\n if (modelDef.baseModel || modelDef.isDelegate) {\n // polymorphic model, need read back\n return { needReadBack: true, selectedFields: idFields };\n }\n\n const allFields = Object.keys(modelDef.fields);\n const relationFields = Object.values(modelDef.fields)\n .filter((f) => f.relation)\n .map((f) => f.name);\n const computedFields = Object.values(modelDef.fields)\n .filter((f) => f.computed)\n .map((f) => f.name);\n\n const allFieldsSelected: string[] = [];\n\n if (!args.select || typeof args.select !== 'object') {\n // all non-relation fields selected\n allFieldsSelected.push(\n ...allFields.filter(\n (f) => !relationFields.includes(f) && !this.dialect.shouldOmitField(args.omit, model, f),\n ),\n );\n } else {\n // explicit select\n allFieldsSelected.push(\n ...Object.entries(args.select)\n .filter(([k, v]) => v && !this.dialect.shouldOmitField(args.omit, model, k))\n .map(([k]) => k),\n );\n }\n\n if (allFieldsSelected.some((f) => relationFields.includes(f) || computedFields.includes(f))) {\n // relation or computed field selected, need read back\n return { needReadBack: true, selectedFields: idFields };\n } else {\n return { needReadBack: false, selectedFields: allFieldsSelected };\n }\n }\n}\n","import type { SchemaDef } from '@zenstackhq/schema';\nimport { match } from 'ts-pattern';\nimport { getField } from '../../query-utils';\nimport { BaseOperationHandler } from './base';\n\nexport class AggregateOperationHandler extends BaseOperationHandler {\n async handle(_operation: 'aggregate', args: unknown | undefined) {\n // normalize args to strip `undefined` fields\n const normalizedArgs = this.normalizeArgs(args);\n\n // parse args\n const parsedArgs = this.inputValidator.validateAggregateArgs(this.model, normalizedArgs);\n\n let query = this.kysely.selectFrom((eb) => {\n // nested query for filtering and pagination\n\n // table and where\n let subQuery = this.dialect\n .buildSelectModel(this.model, this.model)\n .where(() => this.dialect.buildFilter(this.model, this.model, parsedArgs?.where));\n\n // select fields: collect fields from aggregation body\n const selectedFields: string[] = [];\n for (const [key, value] of Object.entries(parsedArgs)) {\n if (key.startsWith('_') && value && typeof value === 'object') {\n // select fields\n Object.entries(value)\n .filter(([field]) => field !== '_all')\n .filter(([, val]) => val === true)\n .forEach(([field]) => {\n if (!selectedFields.includes(field)) selectedFields.push(field);\n });\n }\n }\n if (selectedFields.length > 0) {\n for (const field of selectedFields) {\n subQuery = this.dialect.buildSelectField(subQuery, this.model, this.model, field);\n }\n } else {\n // if no field is explicitly selected, just do a `select 1` so `_count` works\n subQuery = subQuery.select(() => eb.lit(1).as('_all'));\n }\n\n // skip & take\n const skip = parsedArgs?.skip;\n let take = parsedArgs?.take;\n let negateOrderBy = false;\n if (take !== undefined && take < 0) {\n negateOrderBy = true;\n take = -take;\n }\n subQuery = this.dialect.buildSkipTake(subQuery, skip, take);\n\n // orderBy\n subQuery = this.dialect.buildOrderBy(\n subQuery,\n this.model,\n this.model,\n parsedArgs.orderBy,\n negateOrderBy,\n take,\n );\n\n return subQuery.as('$sub');\n });\n\n // aggregations\n for (const [key, value] of Object.entries(parsedArgs)) {\n switch (key) {\n case '_count': {\n if (value === true) {\n query = query.select((eb) => this.dialect.castInt(eb.fn.countAll()).as('_count'));\n } else {\n Object.entries(value).forEach(([field, val]) => {\n if (val === true) {\n if (field === '_all') {\n query = query.select((eb) =>\n this.dialect.castInt(eb.fn.countAll()).as(`_count._all`),\n );\n } else {\n query = query.select((eb) =>\n this.dialect\n .castInt(eb.fn.count(eb.ref(`$sub.${field}`)))\n .as(`${key}.${field}`),\n );\n }\n }\n });\n }\n break;\n }\n\n case '_sum':\n case '_avg':\n case '_max':\n case '_min': {\n Object.entries(value).forEach(([field, val]) => {\n if (val === true) {\n query = query.select((eb) => {\n const fn = match(key)\n .with('_sum', () => eb.fn.sum)\n .with('_avg', () => eb.fn.avg)\n .with('_max', () => eb.fn.max)\n .with('_min', () => eb.fn.min)\n .exhaustive();\n return fn(eb.ref(`$sub.${field}`)).as(`${key}.${field}`);\n });\n }\n });\n break;\n }\n }\n }\n\n const result = await this.executeQuery(this.kysely, query, 'aggregate');\n const ret: any = {};\n\n // postprocess result to convert flat fields into nested objects\n for (const [key, value] of Object.entries(result.rows[0] as object)) {\n if (key === '_count') {\n ret[key] = value;\n continue;\n }\n const parts = key.split('.');\n if (parts.length < 2) {\n continue;\n }\n\n const op = parts[0]!;\n const field = [...parts.slice(1)].join('.');\n\n let val: any = value;\n if (typeof value === 'string') {\n const fieldDef = getField(this.schema, this.model, field);\n if (fieldDef) {\n const type = fieldDef.type;\n if (op === '_avg') {\n val = parseFloat(val);\n } else {\n if (op === '_sum' || op === '_min' || op === '_max') {\n val = match(type)\n .with('Int', () => parseInt(value, 10))\n .with('BigInt', () => BigInt(value))\n .with('Float', () => parseFloat(value))\n .with('Decimal', () => parseFloat(value))\n .otherwise(() => value);\n }\n }\n }\n }\n\n ret[op] = {\n ...ret[op],\n [field]: val,\n };\n }\n\n return ret;\n }\n}\n","import type { SchemaDef } from '@zenstackhq/schema';\nimport { BaseOperationHandler } from './base';\n\nexport class CountOperationHandler extends BaseOperationHandler {\n async handle(_operation: 'count', args: unknown | undefined) {\n // normalize args to strip `undefined` fields\n const normalizedArgs = this.normalizeArgs(args);\n\n // parse args\n const parsedArgs = this.inputValidator.validateCountArgs(this.model, normalizedArgs);\n const subQueryName = '$sub';\n\n let query = this.kysely.selectFrom((eb) => {\n // nested query for filtering and pagination\n\n let subQuery = this.dialect\n .buildSelectModel(this.model, this.model)\n .where(() => this.dialect.buildFilter(this.model, this.model, parsedArgs?.where));\n\n if (parsedArgs?.select && typeof parsedArgs.select === 'object') {\n // select fields\n for (const [key, value] of Object.entries(parsedArgs.select)) {\n if (key !== '_all' && value === true) {\n subQuery = this.dialect.buildSelectField(subQuery, this.model, this.model, key);\n }\n }\n } else {\n // no field selection, just build a `select 1`\n subQuery = subQuery.select(() => eb.lit(1).as('_all'));\n }\n\n subQuery = this.dialect.buildSkipTake(subQuery, parsedArgs?.skip, parsedArgs?.take);\n return subQuery.as(subQueryName);\n });\n\n if (parsedArgs?.select && typeof parsedArgs.select === 'object') {\n // count with field selection\n query = query.select((eb) =>\n Object.keys(parsedArgs.select!).map((key) =>\n key === '_all'\n ? this.dialect.castInt(eb.fn.countAll()).as('_all')\n : this.dialect.castInt(eb.fn.count(eb.ref(`${subQueryName}.${key}`))).as(key),\n ),\n );\n const result = await this.executeQuery(this.kysely, query, 'count');\n return result.rows[0];\n } else {\n // simple count all\n query = query.select((eb) => this.dialect.castInt(eb.fn.countAll()).as('count'));\n const result = await this.executeQuery(this.kysely, query, 'count');\n return (result.rows[0] as any).count as number;\n }\n }\n}\n","import type { SchemaDef } from '@zenstackhq/schema';\nimport { match } from 'ts-pattern';\nimport { createRejectedByPolicyError, RejectedByPolicyReason } from '../../errors';\nimport { getIdValues } from '../../query-utils';\nimport { BaseOperationHandler } from './base';\n\nexport class CreateOperationHandler extends BaseOperationHandler {\n async handle(operation: 'create' | 'createMany' | 'createManyAndReturn', args: unknown | undefined) {\n // normalize args to strip `undefined` fields\n const normalizedArgs = this.normalizeArgs(args);\n\n return match(operation)\n .with('create', () => this.runCreate(this.inputValidator.validateCreateArgs(this.model, normalizedArgs)))\n .with('createMany', () => {\n return this.runCreateMany(this.inputValidator.validateCreateManyArgs(this.model, normalizedArgs));\n })\n .with('createManyAndReturn', () => {\n return this.runCreateManyAndReturn(\n this.inputValidator.validateCreateManyAndReturnArgs(this.model, normalizedArgs),\n );\n })\n .exhaustive();\n }\n\n private async runCreate(args: any) {\n // analyze if we need to read back the created record, or just return the create result\n const { needReadBack, selectedFields } = this.mutationNeedsReadBack(this.model, args);\n\n // analyze if the create involves nested creates\n const needsNestedCreate = this.needsNestedCreate(args.data);\n\n const result = await this.safeTransactionIf(needReadBack || needsNestedCreate, async (tx) => {\n const createResult = await this.create(tx, this.model, args.data, undefined, false, selectedFields);\n\n if (needReadBack) {\n return this.readUnique(tx, this.model, {\n select: args.select,\n include: args.include,\n omit: args.omit,\n where: getIdValues(this.schema, this.model, createResult) as any,\n });\n } else {\n return createResult;\n }\n });\n\n if (!result && this.hasPolicyEnabled) {\n throw createRejectedByPolicyError(\n this.model,\n RejectedByPolicyReason.CANNOT_READ_BACK,\n `result is not allowed to be read back`,\n );\n }\n\n return result;\n }\n\n private runCreateMany(args?: any) {\n if (args === undefined) {\n return { count: 0 };\n }\n\n // analyze if the create involves nested creates\n const needsNestedCreate = this.needsNestedCreate(args.data);\n\n return this.safeTransactionIf(needsNestedCreate, (tx) => this.createMany(tx, this.model, args, false));\n }\n\n private async runCreateManyAndReturn(args?: any) {\n if (args === undefined) {\n return [];\n }\n\n // analyze if we need to read back the created record, or just return the create result\n const { needReadBack, selectedFields } = this.mutationNeedsReadBack(this.model, args);\n\n // analyze if the create involves nested creates\n const needsNestedCreate = this.needsNestedCreate(args.data);\n\n return this.safeTransactionIf(needReadBack || needsNestedCreate, async (tx) => {\n const createResult = await this.createMany(tx, this.model, args, true, undefined, selectedFields);\n\n if (needReadBack) {\n return this.read(\n tx,\n this.model,\n {\n select: args.select,\n omit: args.omit,\n where: {\n OR: createResult.map((item) => getIdValues(this.schema, this.model, item) as any),\n },\n } as any, // TODO: fix type\n );\n } else {\n return createResult;\n }\n });\n }\n\n private needsNestedCreate(data: any) {\n const modelDef = this.requireModel(this.model);\n if (modelDef.baseModel) {\n // involve delegate base models\n return true;\n }\n\n // has relation manipulation in the payload\n const hasRelation = Object.entries(data).some(([field, value]) => {\n const fieldDef = this.getField(this.model, field);\n return fieldDef?.relation && value !== undefined;\n });\n if (hasRelation) {\n return true;\n }\n\n return false;\n }\n}\n","import type { SchemaDef } from '@zenstackhq/schema';\nimport { match } from 'ts-pattern';\nimport { createNotFoundError, createRejectedByPolicyError, RejectedByPolicyReason } from '../../errors';\nimport { BaseOperationHandler } from './base';\n\nexport class DeleteOperationHandler extends BaseOperationHandler {\n async handle(operation: 'delete' | 'deleteMany', args: unknown | undefined) {\n // normalize args to strip `undefined` fields\n const normalizedArgs = this.normalizeArgs(args);\n\n return match(operation)\n .with('delete', () => this.runDelete(this.inputValidator.validateDeleteArgs(this.model, normalizedArgs)))\n .with('deleteMany', () =>\n this.runDeleteMany(this.inputValidator.validateDeleteManyArgs(this.model, normalizedArgs)),\n )\n .exhaustive();\n }\n\n async runDelete(args: any) {\n // analyze if we need to read back the deleted record, or just return delete result\n const { needReadBack, selectedFields } = this.mutationNeedsReadBack(this.model, args);\n\n // analyze if the delete involves nested deletes\n const needsNestedDelete = this.needsNestedDelete();\n\n const result = await this.safeTransactionIf(needReadBack || needsNestedDelete, async (tx) => {\n let preDeleteRead: any = undefined;\n if (needReadBack) {\n preDeleteRead = await this.readUnique(tx, this.model, {\n select: args.select,\n include: args.include,\n omit: args.omit,\n where: args.where,\n });\n }\n const deleteResult = await this.delete(tx, this.model, args.where, undefined, undefined, selectedFields);\n if (!deleteResult.numAffectedRows) {\n throw createNotFoundError(this.model);\n }\n\n return needReadBack ? preDeleteRead : deleteResult.rows[0];\n });\n\n if (!result && this.hasPolicyEnabled) {\n throw createRejectedByPolicyError(\n this.model,\n RejectedByPolicyReason.CANNOT_READ_BACK,\n 'result is not allowed to be read back',\n );\n }\n\n return result;\n }\n\n async runDeleteMany(args?: any) {\n // analyze if the delete involves nested deletes\n const needsNestedDelete = this.needsNestedDelete();\n\n return await this.safeTransactionIf(needsNestedDelete, async (tx) => {\n const result = await this.delete(tx, this.model, args?.where, args?.limit);\n return { count: Number(result.numAffectedRows ?? 0) };\n });\n }\n\n private needsNestedDelete() {\n const modelDef = this.requireModel(this.model);\n if (modelDef.baseModel) {\n return true;\n }\n\n // Check if any relation points to a delegate sub-model with cascade delete,\n // which would trigger processDelegateRelationDelete in BaseOperationHandler.delete()\n for (const fieldDef of Object.values(modelDef.fields)) {\n if (fieldDef.relation?.opposite) {\n const oppositeModelDef = this.requireModel(fieldDef.type);\n const oppositeRelation = this.requireField(fieldDef.type, fieldDef.relation.opposite);\n if (oppositeModelDef.baseModel && oppositeRelation.relation?.onDelete === 'Cascade') {\n return true;\n }\n }\n }\n\n return false;\n }\n}\n","import type { SchemaDef } from '@zenstackhq/schema';\nimport { BaseOperationHandler } from './base';\n\nexport class ExistsOperationHandler extends BaseOperationHandler {\n async handle(_operation: 'exists', args: unknown): Promise {\n // normalize args to strip `undefined` fields\n const normalizedArgs = this.normalizeArgs(args);\n const parsedArgs = this.inputValidator.validateExistsArgs(this.model, normalizedArgs);\n\n return await this.existsNonUnique(this.client.$qb, this.model, parsedArgs?.where);\n }\n}\n","import type { SchemaDef } from '@zenstackhq/schema';\nimport { BaseOperationHandler, type CoreCrudOperations } from './base';\n\nexport class FindOperationHandler extends BaseOperationHandler {\n async handle(operation: CoreCrudOperations, args: unknown, validateArgs = true): Promise {\n // normalize args to strip `undefined` fields\n const normalizedArgs = this.normalizeArgs(args);\n\n const findOne = operation === 'findFirst' || operation === 'findUnique';\n\n // parse args\n let parsedArgs = validateArgs\n ? this.inputValidator.validateFindArgs(\n this.model,\n normalizedArgs,\n operation as 'findFirst' | 'findUnique' | 'findMany',\n )\n : (normalizedArgs as any);\n\n if (findOne) {\n // ensure \"limit 1\"\n parsedArgs = parsedArgs ?? {};\n parsedArgs.take = 1;\n }\n\n // run query\n const result = await this.read(this.client.$qb, this.model, parsedArgs);\n\n const finalResult = findOne ? (result[0] ?? null) : result;\n return finalResult;\n }\n}\n","import type { SchemaDef } from '@zenstackhq/schema';\nimport { match } from 'ts-pattern';\nimport { aggregate, getField } from '../../query-utils';\nimport { BaseOperationHandler } from './base';\n\nexport class GroupByOperationHandler extends BaseOperationHandler {\n async handle(_operation: 'groupBy', args: unknown | undefined) {\n // normalize args to strip `undefined` fields\n const normalizedArgs = this.normalizeArgs(args);\n\n // parse args\n const parsedArgs = this.inputValidator.validateGroupByArgs(this.model, normalizedArgs);\n\n let query = this.kysely\n .selectFrom(this.model as string)\n .where(() => this.dialect.buildFilter(this.model, this.model, parsedArgs?.where));\n\n const fieldRef = (field: string) => this.dialect.fieldRef(this.model, field);\n\n // groupBy\n const bys = typeof parsedArgs.by === 'string' ? [parsedArgs.by] : (parsedArgs.by as string[]);\n query = query.groupBy(bys.map((by) => fieldRef(by)));\n\n // skip & take\n const skip = parsedArgs?.skip;\n let take = parsedArgs?.take;\n let negateOrderBy = false;\n if (take !== undefined && take < 0) {\n negateOrderBy = true;\n take = -take;\n }\n query = this.dialect.buildSkipTake(query, skip, take);\n\n // orderBy\n query = this.dialect.buildOrderBy(query, this.model, this.model, parsedArgs.orderBy, negateOrderBy, take);\n\n // having\n if (parsedArgs.having) {\n query = query.having(() => this.dialect.buildFilter(this.model, this.model, parsedArgs.having));\n }\n\n // select all by fields\n for (const by of bys) {\n query = query.select(() => fieldRef(by).as(by));\n }\n\n // aggregations\n for (const [key, value] of Object.entries(parsedArgs)) {\n switch (key) {\n case '_count': {\n if (value === true) {\n query = query.select((eb) => this.dialect.castInt(eb.fn.countAll()).as('_count'));\n } else {\n Object.entries(value).forEach(([field, val]) => {\n if (val === true) {\n if (field === '_all') {\n query = query.select((eb) =>\n this.dialect.castInt(eb.fn.countAll()).as(`_count._all`),\n );\n } else {\n query = query.select((eb) =>\n this.dialect.castInt(eb.fn.count(fieldRef(field))).as(`${key}.${field}`),\n );\n }\n }\n });\n }\n break;\n }\n\n case '_sum':\n case '_avg':\n case '_max':\n case '_min': {\n Object.entries(value).forEach(([field, val]) => {\n if (val === true) {\n query = query.select((eb) => aggregate(eb, fieldRef(field), key).as(`${key}.${field}`));\n }\n });\n break;\n }\n }\n }\n\n const result = await this.executeQuery(this.kysely, query, 'groupBy');\n return result.rows.map((row) => this.postProcessRow(row));\n }\n\n private postProcessRow(row: any) {\n const ret: any = {};\n\n // postprocess result to convert flat fields into nested objects\n for (const [key, value] of Object.entries(row)) {\n if (key === '_count') {\n ret[key] = value;\n continue;\n }\n const parts = key.split('.');\n if (parts.length < 2) {\n ret[key] = value;\n continue;\n }\n\n const op = parts[0]!;\n const field = [...parts.slice(1)].join('.');\n\n let val: any = value;\n if (typeof value === 'string') {\n const fieldDef = getField(this.schema, this.model, field);\n if (fieldDef) {\n const type = fieldDef.type;\n if (op === '_avg') {\n val = parseFloat(val);\n } else {\n if (op === '_sum' || op === '_min' || op === '_max') {\n val = match(type)\n .with('Int', () => parseInt(value, 10))\n .with('BigInt', () => BigInt(value))\n .with('Float', () => parseFloat(value))\n .with('Decimal', () => parseFloat(value))\n .otherwise(() => value);\n }\n }\n }\n }\n\n ret[op] = {\n ...ret[op],\n [field]: val,\n };\n }\n\n return ret;\n }\n}\n","import type { GetModels, SchemaDef } from '@zenstackhq/schema';\nimport { match } from 'ts-pattern';\nimport type { WhereInput } from '../../crud-types';\nimport { createRejectedByPolicyError, RejectedByPolicyReason } from '../../errors';\nimport { getIdValues, requireIdFields } from '../../query-utils';\nimport { BaseOperationHandler } from './base';\n\nexport class UpdateOperationHandler extends BaseOperationHandler {\n async handle(operation: 'update' | 'updateMany' | 'updateManyAndReturn' | 'upsert', args: unknown) {\n // normalize args to strip `undefined` fields\n const normalizedArgs = this.normalizeArgs(args);\n\n return match(operation)\n .with('update', () => this.runUpdate(this.inputValidator.validateUpdateArgs(this.model, normalizedArgs)))\n .with('updateMany', () =>\n this.runUpdateMany(this.inputValidator.validateUpdateManyArgs(this.model, normalizedArgs)),\n )\n .with('updateManyAndReturn', () =>\n this.runUpdateManyAndReturn(\n this.inputValidator.validateUpdateManyAndReturnArgs(this.model, normalizedArgs),\n ),\n )\n .with('upsert', () => this.runUpsert(this.inputValidator.validateUpsertArgs(this.model, normalizedArgs)))\n .exhaustive();\n }\n\n private async runUpdate(args: any) {\n // analyze if we need to read back the update record, or just return the updated result\n const { needReadBack, selectedFields } = this.needReadBack(args);\n\n // analyze if the update involves nested updates\n const needsNestedUpdate = this.needsNestedUpdate(args.data);\n\n const result = await this.safeTransactionIf(needReadBack || needsNestedUpdate, async (tx) => {\n const updateResult = await this.update(\n tx,\n this.model,\n args.where,\n args.data,\n undefined,\n undefined,\n undefined,\n selectedFields,\n );\n\n if (needReadBack) {\n // updated can be undefined if there's nothing to update, in that case we'll use the original\n // filter to read back the entity\n // note that we trim filter to id fields only, just in case underlying executor returns more fields\n const readFilter = updateResult ? getIdValues(this.schema, this.model, updateResult) : args.where;\n let readBackResult: any = undefined;\n readBackResult = await this.readUnique(tx, this.model, {\n select: args.select,\n include: args.include,\n omit: args.omit,\n where: readFilter,\n });\n return readBackResult;\n } else {\n return updateResult;\n }\n });\n\n if (!result) {\n // update succeeded but result cannot be read back\n if (this.hasPolicyEnabled) {\n // if access policy is enabled, we assume it's due to read violation (not guaranteed though)\n throw createRejectedByPolicyError(\n this.model,\n RejectedByPolicyReason.CANNOT_READ_BACK,\n 'result is not allowed to be read back',\n );\n } else {\n // this can happen if the entity is cascade deleted during the update, return null to\n // be consistent with Prisma even though it doesn't comply with the method signature\n return null;\n }\n } else {\n return result;\n }\n }\n private async runUpdateMany(args: any) {\n // analyze if the update involves nested updates\n const needsNestedUpdate = this.needsNestedUpdate(args.data);\n\n return this.safeTransactionIf(needsNestedUpdate, async (tx) => {\n return this.updateMany(tx, this.model, args.where, args.data, args.limit, false);\n });\n }\n\n private async runUpdateManyAndReturn(args: any) {\n if (!args) {\n return [];\n }\n\n // analyze if we need to read back the updated record, or just return the update result\n const { needReadBack, selectedFields } = this.needReadBack(args);\n\n // analyze if the update involves nested updates\n const needsNestedUpdate = this.needsNestedUpdate(args.data);\n\n const { readBackResult, updateResult } = await this.safeTransactionIf(\n needReadBack || needsNestedUpdate,\n async (tx) => {\n const updateResult = await this.updateMany(\n tx,\n this.model,\n args.where,\n args.data,\n args.limit,\n true,\n undefined,\n undefined,\n selectedFields,\n );\n\n if (needReadBack) {\n const readBackResult = await this.read(\n tx,\n this.model,\n {\n select: args.select,\n omit: args.omit,\n where: {\n OR: updateResult.map((item) => getIdValues(this.schema, this.model, item) as any),\n },\n } as any, // TODO: fix type\n );\n\n return { readBackResult, updateResult };\n } else {\n return { readBackResult: updateResult, updateResult };\n }\n },\n );\n\n if (readBackResult.length < updateResult.length && this.hasPolicyEnabled) {\n // some of the updated entities cannot be read back\n throw createRejectedByPolicyError(\n this.model,\n RejectedByPolicyReason.CANNOT_READ_BACK,\n 'result is not allowed to be read back',\n );\n }\n\n return readBackResult;\n }\n\n private async runUpsert(args: any) {\n // analyze if we need to read back the updated record, or just return the update result\n const { needReadBack, selectedFields } = this.needReadBack(args);\n\n // upsert is intrinsically multi-step and is always run in a transaction\n const result = await this.safeTransaction(async (tx) => {\n let mutationResult: unknown = await this.update(\n tx,\n this.model,\n args.where,\n args.update,\n undefined,\n true,\n false,\n selectedFields,\n );\n\n if (!mutationResult) {\n // non-existing, create\n mutationResult = await this.create(tx, this.model, args.create, undefined, undefined, selectedFields);\n }\n\n if (needReadBack) {\n return this.readUnique(tx, this.model, {\n select: args.select,\n include: args.include,\n omit: args.omit,\n where: getIdValues(this.schema, this.model, mutationResult) as WhereInput<\n Schema,\n GetModels,\n any,\n false\n >,\n });\n } else {\n return mutationResult;\n }\n });\n\n if (!result && this.hasPolicyEnabled) {\n throw createRejectedByPolicyError(\n this.model,\n RejectedByPolicyReason.CANNOT_READ_BACK,\n 'result is not allowed to be read back',\n );\n }\n\n return result;\n }\n\n private needReadBack(args: any) {\n const baseResult = this.mutationNeedsReadBack(this.model, args);\n if (baseResult.needReadBack) {\n return baseResult;\n }\n\n const idFields = requireIdFields(this.schema, this.model);\n\n if (!this.dialect.supportsReturning) {\n // if dialect doesn't support \"returning\", we always need to read back\n return { needReadBack: true, selectedFields: idFields };\n }\n\n // further check if we're not updating any non-relation fields, because if so,\n // SQL \"returning\" is not effective, we need to always read back\n\n const modelDef = this.requireModel(this.model);\n const nonRelationFields = Object.entries(modelDef.fields)\n .filter(([_, def]) => !def.relation)\n .map(([name, _]) => name);\n\n // update/updateMany payload\n if (args.data && !Object.keys(args.data).some((field) => nonRelationFields.includes(field))) {\n return { needReadBack: true, selectedFields: idFields };\n }\n\n // upsert payload\n if (args.update && !Object.keys(args.update).some((field: string) => nonRelationFields.includes(field))) {\n return { needReadBack: true, selectedFields: idFields };\n }\n\n return baseResult;\n }\n\n private needsNestedUpdate(data: any) {\n const modelDef = this.requireModel(this.model);\n if (modelDef.baseModel) {\n // involve delegate base models\n return true;\n }\n\n // has relation manipulation in the payload\n const hasRelation = Object.entries(data).some(([field, value]) => {\n const fieldDef = this.getField(this.model, field);\n return fieldDef?.relation && value !== undefined;\n });\n if (hasRelation) {\n return true;\n }\n\n return false;\n }\n}\n","import type { CompiledQuery, DatabaseConnection, Driver, Log, QueryResult, TransactionSettings } from 'kysely';\n\n/**\n * Copied from kysely's RuntimeDriver\n */\nexport class ZenStackDriver implements Driver {\n readonly #driver: Driver;\n readonly #log: Log;\n\n #initPromise?: Promise;\n #initDone: boolean;\n #destroyPromise?: Promise;\n #connections = new WeakSet();\n #txConnections = new WeakMap Promise>>();\n\n constructor(driver: Driver, log: Log) {\n this.#initDone = false;\n this.#driver = driver;\n this.#log = log;\n }\n\n async init(): Promise {\n if (this.#destroyPromise) {\n throw new Error('driver has already been destroyed');\n }\n\n if (!this.#initPromise) {\n this.#initPromise = this.#driver\n .init()\n .then(() => {\n this.#initDone = true;\n })\n .catch((err) => {\n this.#initPromise = undefined;\n return Promise.reject(err);\n });\n }\n\n await this.#initPromise;\n }\n\n async acquireConnection(): Promise {\n if (this.#destroyPromise) {\n throw new Error('driver has already been destroyed');\n }\n\n if (!this.#initDone) {\n await this.init();\n }\n\n const connection = await this.#driver.acquireConnection();\n\n if (!this.#connections.has(connection)) {\n if (this.#needsLogging()) {\n this.#addLogging(connection);\n }\n\n this.#connections.add(connection);\n }\n\n return connection;\n }\n\n async releaseConnection(connection: DatabaseConnection): Promise {\n await this.#driver.releaseConnection(connection);\n }\n\n async beginTransaction(connection: DatabaseConnection, settings: TransactionSettings): Promise {\n const result = await this.#driver.beginTransaction(connection, settings);\n this.#txConnections.set(connection, []);\n return result;\n }\n\n async commitTransaction(connection: DatabaseConnection): Promise {\n try {\n const result = await this.#driver.commitTransaction(connection);\n const callbacks = this.#txConnections.get(connection);\n // delete from the map immediately to avoid accidental re-triggering\n this.#txConnections.delete(connection);\n if (callbacks) {\n for (const callback of callbacks) {\n try {\n await callback();\n } catch (err) {\n // errors in commit callbacks are logged but do not fail the commit\n console.error(`Error executing transaction commit callback: ${err}`);\n }\n }\n }\n return result;\n } catch (err) {\n this.#txConnections.delete(connection);\n throw err;\n }\n }\n\n async rollbackTransaction(connection: DatabaseConnection): Promise {\n try {\n return await this.#driver.rollbackTransaction(connection);\n } finally {\n this.#txConnections.delete(connection);\n }\n }\n\n async destroy(): Promise {\n if (!this.#initPromise) {\n return;\n }\n\n await this.#initPromise;\n\n if (!this.#destroyPromise) {\n this.#destroyPromise = this.#driver.destroy().catch((err) => {\n this.#destroyPromise = undefined;\n return Promise.reject(err);\n });\n }\n\n await this.#destroyPromise;\n }\n\n #needsLogging(): boolean {\n return this.#log.isLevelEnabled('query') || this.#log.isLevelEnabled('error');\n }\n\n // This method monkey patches the database connection's executeQuery method\n // by adding logging code around it. Monkey patching is not pretty, but it's\n // the best option in this case.\n #addLogging(connection: DatabaseConnection): void {\n const executeQuery = connection.executeQuery;\n const streamQuery = connection.streamQuery;\n // eslint-disable-next-line @typescript-eslint/no-this-alias\n const dis = this;\n\n connection.executeQuery = async (compiledQuery): Promise> => {\n let caughtError: unknown;\n const startTime = performanceNow();\n\n try {\n return await executeQuery.call(connection, compiledQuery);\n } catch (error) {\n caughtError = error;\n await dis.#logError(error, compiledQuery, startTime);\n throw error;\n } finally {\n if (!caughtError) {\n await dis.#logQuery(compiledQuery, startTime);\n }\n }\n };\n\n connection.streamQuery = async function* (compiledQuery, chunkSize): AsyncIterableIterator> {\n let caughtError: unknown;\n const startTime = performanceNow();\n\n try {\n for await (const result of streamQuery.call(connection, compiledQuery, chunkSize)) {\n yield result;\n }\n } catch (error) {\n caughtError = error;\n await dis.#logError(error, compiledQuery, startTime);\n throw error;\n } finally {\n if (!caughtError) {\n await dis.#logQuery(compiledQuery, startTime, true);\n }\n }\n };\n }\n\n async #logError(error: unknown, compiledQuery: CompiledQuery, startTime: number): Promise {\n await this.#log.error(() => ({\n level: 'error',\n error,\n query: compiledQuery,\n queryDurationMillis: this.#calculateDurationMillis(startTime),\n }));\n }\n\n async #logQuery(compiledQuery: CompiledQuery, startTime: number, isStream = false): Promise {\n await this.#log.query(() => ({\n level: 'query',\n isStream,\n query: compiledQuery,\n queryDurationMillis: this.#calculateDurationMillis(startTime),\n }));\n }\n\n #calculateDurationMillis(startTime: number): number {\n return performanceNow() - startTime;\n }\n\n isTransactionConnection(connection: DatabaseConnection): boolean {\n return this.#txConnections.has(connection);\n }\n\n registerTransactionCommitCallback(connection: DatabaseConnection, callback: () => Promise): void {\n if (!this.#txConnections.has(connection)) {\n return;\n }\n const callbacks = this.#txConnections.get(connection);\n if (callbacks) {\n callbacks.push(callback);\n } else {\n this.#txConnections.set(connection, [callback]);\n }\n }\n}\n\nexport function performanceNow() {\n if (typeof performance !== 'undefined' && typeof performance.now === 'function') {\n return performance.now();\n } else {\n return Date.now();\n }\n}\n","import { invariant } from '@zenstackhq/common-helpers';\nimport type { EnumDef, EnumField, FieldDef, ModelDef, SchemaDef } from '@zenstackhq/schema';\nimport {\n AliasNode,\n BinaryOperationNode,\n CaseWhenBuilder,\n ColumnNode,\n ColumnUpdateNode,\n DeleteQueryNode,\n expressionBuilder,\n ExpressionWrapper,\n FromNode,\n IdentifierNode,\n InsertQueryNode,\n type OperationNode,\n OperationNodeTransformer,\n PrimitiveValueListNode,\n type QueryId,\n ReferenceNode,\n ReturningNode,\n SelectAllNode,\n SelectionNode,\n SelectQueryNode,\n type SimpleReferenceExpressionNode,\n TableNode,\n UpdateQueryNode,\n ValueListNode,\n ValueNode,\n ValuesNode,\n} from 'kysely';\nimport type { ClientContract } from '../contract';\nimport { getCrudDialect } from '../crud/dialects';\nimport type { BaseCrudDialect } from '../crud/dialects/base-dialect';\nimport {\n extractFieldName,\n extractModelName,\n getEnum,\n getField,\n getManyToManyRelation,\n getModel,\n getModelFields,\n isEnum,\n stripAlias,\n} from '../query-utils';\n\ntype Scope = {\n model?: string;\n alias?: OperationNode;\n namesMapped?: boolean; // true means fields referring to this scope have their names already mapped\n};\n\ntype SelectionNodeChild = SimpleReferenceExpressionNode | AliasNode | SelectAllNode;\n\nexport class QueryNameMapper extends OperationNodeTransformer {\n private readonly modelToTableMap = new Map();\n private readonly fieldToColumnMap = new Map();\n private readonly enumTypeMap = new Map();\n // Maps implicit many-to-many join table names to their PostgreSQL schema\n private readonly joinTableSchemaMap = new Map();\n private readonly scopes: Scope[] = [];\n private readonly dialect: BaseCrudDialect;\n\n constructor(private readonly client: ClientContract) {\n super();\n this.dialect = getCrudDialect(client.$schema, client.$options);\n for (const [modelName, modelDef] of Object.entries(client.$schema.models)) {\n const mappedName = this.getMappedName(modelDef);\n if (mappedName) {\n this.modelToTableMap.set(modelName, mappedName);\n }\n\n for (const fieldDef of getModelFields(this.schema, modelName)) {\n const mappedName = this.getMappedName(fieldDef);\n if (mappedName) {\n this.fieldToColumnMap.set(`${modelName}.${fieldDef.name}`, mappedName);\n }\n }\n }\n\n for (const [enumName, enumDef] of Object.entries(client.$schema.enums ?? {})) {\n const mappedName = this.getMappedName(enumDef);\n if (mappedName) {\n this.enumTypeMap.set(enumName, mappedName);\n }\n }\n\n // Build a map from implicit many-to-many join table names to their PostgreSQL schema.\n // Join tables live in the schema of the alphabetically-first model in the relation\n // (matching Prisma's convention for both naming and placement).\n if (client.$schema.provider.type === 'postgresql') {\n for (const modelName of Object.keys(client.$schema.models)) {\n for (const fieldDef of getModelFields(this.schema, modelName, { relations: true })) {\n const m2m = getManyToManyRelation(this.schema, modelName, fieldDef.name);\n if (m2m && !this.joinTableSchemaMap.has(m2m.joinTable)) {\n // Use the schema of whichever model comes first alphabetically —\n // that is where Prisma creates the join table.\n const owningModel = [modelName, m2m.otherModel].sort()[0]!;\n this.joinTableSchemaMap.set(m2m.joinTable, this.getTableSchema(owningModel) ?? 'public');\n }\n }\n }\n }\n }\n\n private get schema() {\n return this.client.$schema;\n }\n\n // #region overrides\n\n protected override transformSelectQuery(node: SelectQueryNode, queryId?: QueryId) {\n if (!node.from?.froms) {\n return super.transformSelectQuery(node, queryId);\n }\n\n // process \"from\" clauses\n const processedFroms = node.from.froms.map((from) => this.processSelectTable(from));\n\n // process \"join\" clauses, note that \"from\" and previous joins need to be added as scopes since join conditions\n // can refer to \"from\" tables and previous joins\n const processedJoins: ReturnType[] = [];\n const cumulativeScopes = [...processedFroms.map(({ scope }) => scope)];\n for (const join of node.joins ?? []) {\n const processedJoin = this.withScopes(cumulativeScopes, () => this.processSelectTable(join.table));\n processedJoins.push(processedJoin);\n cumulativeScopes.push(processedJoin.scope);\n }\n\n // merge the scopes of froms and joins since they're all visible in the query body\n\n return this.withScopes(cumulativeScopes, () => {\n // transform join clauses, \"on\" is transformed within the scopes\n const joins = node.joins\n ? node.joins.map((join, i) => ({\n ...join,\n table: processedJoins[i]!.node,\n on: this.transformNode(join.on),\n }))\n : undefined;\n const selections = this.processSelectQuerySelections(node);\n const baseResult = super.transformSelectQuery(node, queryId);\n\n return {\n ...baseResult,\n from: FromNode.create(processedFroms.map((f) => f.node)),\n joins,\n selections,\n };\n });\n }\n\n protected override transformInsertQuery(node: InsertQueryNode, queryId?: QueryId) {\n if (!node.into) {\n return super.transformInsertQuery(node, queryId);\n }\n\n const model = extractModelName(node.into);\n invariant(model, 'InsertQueryNode must have a model name in the \"into\" clause');\n\n return this.withScope({ model }, () => {\n const baseResult = super.transformInsertQuery(node, queryId);\n let values = baseResult.values;\n if (node.columns && values) {\n // process enum values with name mapping\n values = this.processEnumMappingForColumns(model, node.columns, values);\n }\n return {\n ...baseResult,\n // map table name\n into: this.processTableRef(node.into!),\n values,\n } satisfies InsertQueryNode;\n });\n }\n\n private isOperationNode(value: unknown): value is OperationNode {\n return !!value && typeof value === 'object' && 'kind' in value;\n }\n\n protected override transformReturning(node: ReturningNode) {\n return {\n kind: node.kind,\n // map column names in returning selections (include returningAll)\n selections: this.processSelections(node.selections),\n };\n }\n\n protected override transformReference(node: ReferenceNode, queryId?: QueryId) {\n if (!ColumnNode.is(node.column)) {\n return super.transformReference(node, queryId);\n }\n\n // resolve the reference to a field from outer scopes\n const scope = this.resolveFieldFromScopes(node.column.column.name, node.table?.table.identifier.name);\n if (scope && !scope.namesMapped && scope.model) {\n // map column name and table name as needed\n const mappedFieldName = this.mapFieldName(scope.model, node.column.column.name);\n\n // map table name depending on how it is resolved\n let mappedTableName = node.table?.table.identifier.name;\n if (mappedTableName) {\n if (scope.alias && IdentifierNode.is(scope.alias) && scope.alias.name === mappedTableName) {\n // table name is resolved to an alias, no mapping needed\n } else if (scope.model === mappedTableName) {\n // table name is resolved to a model, map the name as needed\n mappedTableName = this.mapTableName(scope.model);\n }\n }\n return ReferenceNode.create(\n ColumnNode.create(mappedFieldName),\n mappedTableName ? this.createTableNode(mappedTableName, undefined) : undefined,\n );\n } else {\n // no name mapping needed\n return node;\n }\n }\n\n protected override transformColumn(node: ColumnNode, queryId?: QueryId) {\n const scope = this.resolveFieldFromScopes(node.column.name);\n if (!scope || scope.namesMapped || !scope.model) {\n return super.transformColumn(node, queryId);\n }\n const mappedName = this.mapFieldName(scope.model, node.column.name);\n return ColumnNode.create(mappedName);\n }\n\n protected override transformBinaryOperation(node: BinaryOperationNode, queryId?: QueryId) {\n // transform enum name mapping for enum values used inside binary operations\n // 1. simple value: column = EnumValue\n // 2. list value: column IN [EnumValue, EnumValue2]\n\n // note: Kysely only allows column ref on the left side of a binary operation\n\n if (\n ReferenceNode.is(node.leftOperand) &&\n ColumnNode.is(node.leftOperand.column) &&\n (ValueNode.is(node.rightOperand) || PrimitiveValueListNode.is(node.rightOperand))\n ) {\n const columnNode = node.leftOperand.column;\n\n // resolve field from scope in case it's not directly qualified with a table name\n const resolvedScope = this.resolveFieldFromScopes(\n columnNode.column.name,\n node.leftOperand.table?.table.identifier.name,\n );\n\n if (resolvedScope?.model) {\n const valueNode = node.rightOperand;\n let resultValue: OperationNode = valueNode;\n\n if (ValueNode.is(valueNode)) {\n resultValue = this.processEnumMappingForValue(\n resolvedScope.model,\n columnNode,\n valueNode,\n ) as OperationNode;\n } else if (PrimitiveValueListNode.is(valueNode)) {\n resultValue = PrimitiveValueListNode.create(\n this.processEnumMappingForValues(\n resolvedScope.model,\n valueNode.values.map(() => columnNode),\n valueNode.values,\n ),\n );\n }\n\n return super.transformBinaryOperation(\n {\n ...node,\n rightOperand: resultValue,\n },\n queryId,\n );\n }\n }\n\n return super.transformBinaryOperation(node, queryId);\n }\n\n protected override transformUpdateQuery(node: UpdateQueryNode, queryId?: QueryId) {\n if (!node.table) {\n return super.transformUpdateQuery(node, queryId);\n }\n\n const { alias, node: innerTable } = stripAlias(node.table);\n if (!innerTable || !TableNode.is(innerTable)) {\n return super.transformUpdateQuery(node);\n }\n\n const model = extractModelName(innerTable);\n invariant(model, 'UpdateQueryNode must have a model name in the \"table\" clause');\n\n return this.withScope({ model, alias }, () => {\n const baseResult = super.transformUpdateQuery(node, queryId);\n\n // process enum value mappings in update set values\n const updates = baseResult.updates?.map((update, i) => {\n if (ColumnNode.is(update.column)) {\n // fetch original column that doesn't have name mapping applied\n const origColumn = node.updates![i]!.column as ColumnNode;\n return ColumnUpdateNode.create(\n update.column,\n this.processEnumMappingForValue(model, origColumn, update.value) as OperationNode,\n );\n } else {\n return update;\n }\n });\n\n return {\n ...baseResult,\n updates,\n // map table name\n table: this.wrapAlias(this.processTableRef(innerTable), alias),\n };\n });\n }\n\n protected override transformDeleteQuery(node: DeleteQueryNode, queryId?: QueryId) {\n // all \"from\" nodes are pushed as scopes\n const scopes: Scope[] = node.from.froms.map((node) => {\n const { alias, node: innerNode } = stripAlias(node);\n return {\n model: extractModelName(innerNode),\n alias,\n namesMapped: false,\n };\n });\n\n // process name mapping in each \"from\"\n const froms = node.from.froms.map((from) => {\n const { alias, node: innerNode } = stripAlias(from);\n if (TableNode.is(innerNode!)) {\n // map table name\n return this.wrapAlias(this.processTableRef(innerNode), alias);\n } else {\n return super.transformNode(from, queryId);\n }\n });\n\n return this.withScopes(scopes, () => {\n return {\n ...super.transformDeleteQuery(node, queryId),\n from: FromNode.create(froms),\n };\n });\n }\n\n // #endregion\n\n // #region utils\n\n private processSelectQuerySelections(node: SelectQueryNode) {\n const selections: SelectionNode[] = [];\n for (const selection of node.selections ?? []) {\n const processedSelections: { originalField?: string; selection: SelectionNode }[] = [];\n if (SelectAllNode.is(selection.selection)) {\n // expand `selectAll` to all fields with name mapping if the\n // inner-most scope is not already mapped\n const scope = this.requireCurrentScope();\n if (scope?.model && !scope.namesMapped) {\n // expand\n processedSelections.push(...this.createSelectAllFields(scope.model, scope.alias));\n } else {\n // preserve\n processedSelections.push({\n originalField: undefined,\n selection: super.transformSelection(selection),\n });\n }\n } else if (ReferenceNode.is(selection.selection) || ColumnNode.is(selection.selection)) {\n // map column name and add/preserve alias\n const transformed = this.transformNode(selection.selection);\n\n // field name without applying name mapping\n const originalField = extractFieldName(selection.selection);\n\n if (AliasNode.is(transformed)) {\n // keep the alias if there's one\n processedSelections.push({ originalField, selection: SelectionNode.create(transformed) });\n } else {\n // otherwise use an alias to preserve the original field name\n const fieldName = extractFieldName(transformed);\n if (fieldName !== originalField) {\n processedSelections.push({\n originalField,\n selection: SelectionNode.create(\n this.wrapAlias(\n transformed,\n originalField ? IdentifierNode.create(originalField) : undefined,\n ),\n ),\n });\n } else {\n processedSelections.push({\n originalField,\n selection: SelectionNode.create(transformed),\n });\n }\n }\n } else {\n const { node: innerNode } = stripAlias(selection.selection);\n processedSelections.push({\n originalField: extractFieldName(innerNode),\n selection: super.transformSelection(selection),\n });\n }\n\n // process enum value mapping\n const enumProcessedSelections = processedSelections.map(({ originalField, selection }) => {\n if (!originalField) {\n return selection;\n } else {\n return SelectionNode.create(this.processEnumSelection(selection.selection, originalField));\n }\n });\n selections.push(...enumProcessedSelections);\n }\n\n return selections;\n }\n\n private resolveFieldFromScopes(name: string, qualifier?: string) {\n for (let i = this.scopes.length - 1; i >= 0; i--) {\n const scope = this.scopes[i]!;\n if (qualifier) {\n // if the field as a qualifier, the qualifier must match the scope's\n // alias if any, or model if no alias\n if (scope.alias) {\n if (scope.alias && IdentifierNode.is(scope.alias) && scope.alias.name === qualifier) {\n // scope has an alias that matches the qualifier\n return scope;\n } else {\n // scope has an alias but it doesn't match the qualifier\n continue;\n }\n } else if (scope.model) {\n if (scope.model === qualifier) {\n // scope has a model that matches the qualifier\n return scope;\n } else {\n // scope has a model but it doesn't match the qualifier\n continue;\n }\n }\n } else {\n // if the field has no qualifier, match with model name\n if (scope.model) {\n const modelDef = getModel(this.schema, scope.model);\n if (!modelDef) {\n continue;\n }\n if (getModelFields(this.schema, scope.model).some((f) => f.name === name)) {\n return scope;\n }\n }\n }\n }\n return undefined;\n }\n\n private pushScope(scope: Scope) {\n this.scopes.push(scope);\n }\n\n private withScope(scope: Scope, fn: (...args: unknown[]) => T): T {\n this.pushScope(scope);\n try {\n return fn();\n } finally {\n this.scopes.pop();\n }\n }\n\n private withScopes(scopes: Scope[], fn: (...args: unknown[]) => T): T {\n scopes.forEach((s) => this.pushScope(s));\n try {\n return fn();\n } finally {\n scopes.forEach(() => this.scopes.pop());\n }\n }\n\n private wrapAlias(node: T, alias: OperationNode | undefined) {\n return alias ? AliasNode.create(node, alias) : node;\n }\n\n private processTableRef(node: TableNode) {\n if (!node) {\n return node;\n }\n if (!TableNode.is(node)) {\n return super.transformNode(node);\n }\n const mappedName = this.mapTableName(node.table.identifier.name);\n const tableSchema = this.getTableSchema(node.table.identifier.name);\n return this.createTableNode(mappedName, tableSchema);\n }\n\n private getMappedName(def: ModelDef | FieldDef | EnumField) {\n const mapAttr = def.attributes?.find((attr) => attr.name === '@@map' || attr.name === '@map');\n if (mapAttr) {\n const nameArg = mapAttr.args?.find((arg) => arg.name === 'name');\n if (nameArg && nameArg.value.kind === 'literal') {\n return nameArg.value.value as string;\n }\n }\n return undefined;\n }\n\n private mapFieldName(model: string, field: string): string {\n const mappedName = this.fieldToColumnMap.get(`${model}.${field}`);\n if (mappedName) {\n return mappedName;\n } else {\n return field;\n }\n }\n\n private mapTableName(tableName: string): string {\n const mappedName = this.modelToTableMap.get(tableName);\n if (mappedName) {\n return mappedName;\n } else {\n return tableName;\n }\n }\n\n private hasMappedColumns(modelName: string) {\n return [...this.fieldToColumnMap.keys()].some((key) => key.startsWith(modelName + '.'));\n }\n\n // convert a \"from\" node to a nested query if there are columns with name mapping\n private processSelectTable(node: OperationNode): { node: OperationNode; scope: Scope } {\n const { alias, node: innerNode } = stripAlias(node);\n if (innerNode && TableNode.is(innerNode)) {\n // if the selection is a table, map its name and create alias to preserve model name,\n // mark the scope as names NOT mapped if the model has field name mappings, so that\n // inner transformations will map column names\n const modelName = innerNode.table.identifier.name;\n const mappedName = this.mapTableName(modelName);\n const finalAlias = alias ?? (mappedName !== modelName ? IdentifierNode.create(modelName) : undefined);\n const tableSchema = this.getTableSchema(modelName);\n return {\n node: this.wrapAlias(this.createTableNode(mappedName, tableSchema), finalAlias),\n scope: {\n alias: alias ?? IdentifierNode.create(modelName),\n model: modelName,\n namesMapped: !this.hasMappedColumns(modelName),\n },\n };\n } else {\n // otherwise, it's an alias or a sub-query, in which case the inner field names are\n // already mapped, so we just create a scope with the alias and mark names mapped\n return {\n node: super.transformNode(node),\n scope: {\n alias,\n model: undefined,\n namesMapped: true,\n },\n };\n }\n }\n\n private getTableSchema(model: string) {\n if (this.schema.provider.type !== 'postgresql') {\n return undefined;\n }\n // Implicit many-to-many join tables (e.g. _AToB) are not represented as models.\n // Their schema is pre-computed in the constructor from the models they join.\n if (!this.schema.models[model]) {\n return this.joinTableSchemaMap.get(model) ?? 'public';\n }\n let schema = this.schema.provider.defaultSchema ?? 'public';\n const schemaAttr = this.schema.models[model].attributes?.find((attr) => attr.name === '@@schema');\n if (schemaAttr) {\n const mapArg = schemaAttr.args?.find((arg) => arg.name === 'map');\n if (mapArg && mapArg.value.kind === 'literal') {\n schema = mapArg.value.value as string;\n }\n }\n return schema;\n }\n\n private createSelectAllFields(model: string, alias: OperationNode | undefined) {\n return getModelFields(this.schema, model).map((fieldDef) => {\n const columnName = this.mapFieldName(model, fieldDef.name);\n const columnRef = ReferenceNode.create(\n ColumnNode.create(columnName),\n alias && IdentifierNode.is(alias) ? TableNode.create(alias.name) : undefined,\n );\n if (columnName !== fieldDef.name) {\n const aliased = AliasNode.create(columnRef, IdentifierNode.create(fieldDef.name));\n return { originalField: fieldDef.name, selection: SelectionNode.create(aliased) };\n } else {\n return { originalField: fieldDef.name, selection: SelectionNode.create(columnRef) };\n }\n });\n }\n\n private processSelections(selections: readonly SelectionNode[]) {\n const result: SelectionNode[] = [];\n selections.forEach((selection) => {\n if (SelectAllNode.is(selection.selection)) {\n // expand \"select *\" to a list of selections if name mapping is needed\n const processed = this.processSelectAll(selection.selection);\n if (Array.isArray(processed)) {\n // expanded and names mapped\n result.push(...processed.map((s) => SelectionNode.create(s)));\n } else {\n // not expanded\n result.push(SelectionNode.create(processed));\n }\n } else {\n result.push(SelectionNode.create(this.processSelection(selection.selection)));\n }\n });\n return result;\n }\n\n private processSelection(node: SelectionNodeChild) {\n const { alias, node: innerNode } = stripAlias(node);\n const originalField = extractFieldName(innerNode);\n let result = super.transformNode(node);\n\n if (originalField) {\n // process enum value mapping\n result = this.processEnumSelection(result, originalField);\n }\n\n if (!AliasNode.is(result)) {\n const addAlias = alias ?? (originalField ? IdentifierNode.create(originalField) : undefined);\n if (addAlias) {\n result = this.wrapAlias(result, addAlias);\n }\n }\n return result;\n }\n\n private processSelectAll(node: SelectAllNode) {\n const scope = this.requireCurrentScope();\n if (!scope.model || !(this.hasMappedColumns(scope.model) || this.modelUsesEnumWithMappedValues(scope.model))) {\n // no name mapping needed, preserve the select all\n return super.transformSelectAll(node);\n }\n\n // expand select all to a list of selections with name mapping\n return getModelFields(this.schema, scope.model).map((fieldDef) => {\n const columnName = this.mapFieldName(scope.model!, fieldDef.name);\n const columnRef = ReferenceNode.create(ColumnNode.create(columnName));\n\n // process enum value mapping\n const enumProcessed = this.processEnumSelection(columnRef, fieldDef.name);\n\n return columnName !== fieldDef.name && !AliasNode.is(enumProcessed)\n ? this.wrapAlias(enumProcessed, IdentifierNode.create(fieldDef.name))\n : enumProcessed;\n });\n }\n\n private createTableNode(tableName: string, schemaName: string | undefined) {\n return schemaName ? TableNode.createWithSchema(schemaName, tableName) : TableNode.create(tableName);\n }\n\n private requireCurrentScope() {\n const scope = this.scopes[this.scopes.length - 1];\n invariant(scope, 'No scope available');\n return scope;\n }\n\n // #endregion\n\n // #region enum value mapping\n\n private modelUsesEnumWithMappedValues(model: string) {\n const modelDef = getModel(this.schema, model);\n if (!modelDef) {\n return false;\n }\n return getModelFields(this.schema, model).some((fieldDef) => {\n const enumDef = getEnum(this.schema, fieldDef.type);\n if (!enumDef) {\n return false;\n }\n return Object.values(enumDef.fields ?? {}).some((f) => f.attributes?.some((attr) => attr.name === '@map'));\n });\n }\n\n private getEnumValueMapping(enumDef: EnumDef) {\n const mapping: Record = {};\n for (const [key, field] of Object.entries(enumDef.fields ?? {})) {\n const mappedName = this.getMappedName(field);\n if (mappedName) {\n mapping[key] = mappedName;\n }\n }\n return mapping;\n }\n\n private processEnumMappingForColumns(\n model: string,\n columns: readonly ColumnNode[],\n values: OperationNode,\n ): OperationNode {\n if (ValuesNode.is(values)) {\n return ValuesNode.create(\n values.values.map((valueItems) => {\n if (PrimitiveValueListNode.is(valueItems)) {\n return PrimitiveValueListNode.create(\n this.processEnumMappingForValues(model, columns, valueItems.values),\n );\n } else {\n return ValueListNode.create(\n this.processEnumMappingForValues(model, columns, valueItems.values) as OperationNode[],\n );\n }\n }),\n );\n } else if (PrimitiveValueListNode.is(values)) {\n return PrimitiveValueListNode.create(this.processEnumMappingForValues(model, columns, values.values));\n } else {\n return values;\n }\n }\n\n private processEnumMappingForValues(model: string, columns: readonly ColumnNode[], values: readonly unknown[]) {\n const result: unknown[] = [];\n for (let i = 0; i < columns.length; i++) {\n const value = values[i];\n if (value === null || value === undefined) {\n result.push(value);\n continue;\n }\n result.push(this.processEnumMappingForValue(model, columns[i]!, value));\n }\n return result;\n }\n\n private processEnumMappingForValue(model: string, column: ColumnNode, value: unknown) {\n const fieldDef = getField(this.schema, model, column.column.name);\n if (!fieldDef) {\n return value;\n }\n if (!isEnum(this.schema, fieldDef.type)) {\n return value;\n }\n\n const enumDef = getEnum(this.schema, fieldDef.type);\n if (!enumDef) {\n return value;\n }\n\n const enumValueMapping = this.getEnumValueMapping(enumDef);\n if (this.isOperationNode(value) && ValueNode.is(value) && typeof value.value === 'string') {\n const mappedValue = enumValueMapping[value.value];\n if (mappedValue) {\n return ValueNode.create(mappedValue);\n }\n } else if (typeof value === 'string') {\n const mappedValue = enumValueMapping[value];\n if (mappedValue) {\n return mappedValue;\n }\n }\n\n return value;\n }\n\n private processEnumSelection(selection: SelectionNodeChild, fieldName: string) {\n const { alias, node } = stripAlias(selection);\n const fieldScope = this.resolveFieldFromScopes(fieldName);\n if (!fieldScope || !fieldScope.model) {\n return selection;\n }\n const aliasName = alias && IdentifierNode.is(alias) ? alias.name : fieldName;\n\n const fieldDef = getField(this.schema, fieldScope.model, fieldName);\n if (!fieldDef) {\n return selection;\n }\n const enumDef = getEnum(this.schema, fieldDef.type);\n if (!enumDef) {\n return selection;\n }\n const enumValueMapping = this.getEnumValueMapping(enumDef);\n if (Object.keys(enumValueMapping).length === 0) {\n return selection;\n }\n\n const eb = expressionBuilder();\n const caseBuilder = eb.case();\n let caseWhen: CaseWhenBuilder | undefined;\n for (const [key, value] of Object.entries(enumValueMapping)) {\n if (!caseWhen) {\n caseWhen = caseBuilder.when(new ExpressionWrapper(node), '=', value).then(key);\n } else {\n caseWhen = caseWhen.when(new ExpressionWrapper(node), '=', value).then(key);\n }\n }\n\n // the explicit cast to \"text\" is needed to address postgres's case-when type inference issue\n const finalExpr = caseWhen!.else(this.dialect.castText(new ExpressionWrapper(node))).end();\n if (aliasName) {\n return finalExpr.as(aliasName).toOperationNode() as SelectionNodeChild;\n } else {\n return finalExpr.toOperationNode() as SelectionNodeChild;\n }\n }\n\n // #endregion\n}\n","import { IdentifierNode, OperationNodeTransformer, type OperationNode, type QueryId } from 'kysely';\nimport { TEMP_ALIAS_PREFIX } from '../query-utils';\n\ntype TempAliasTransformerMode = 'alwaysCompact' | 'compactLongNames';\n\ntype TempAliasTransformerOptions = {\n mode?: TempAliasTransformerMode;\n maxIdentifierLength?: number;\n};\n\n/**\n * Kysely node transformer that replaces temporary aliases created during query construction with\n * shorter names while ensuring the same temp alias gets replaced with the same name.\n */\nexport class TempAliasTransformer extends OperationNodeTransformer {\n private aliasMap = new Map();\n private readonly textEncoder = new TextEncoder();\n private readonly mode: TempAliasTransformerMode;\n private readonly maxIdentifierLength: number;\n\n constructor(options: TempAliasTransformerOptions = {}) {\n super();\n this.mode = options.mode ?? 'alwaysCompact';\n // PostgreSQL limits identifier length to 63 bytes and silently truncates overlong aliases.\n const maxIdentifierLength = options.maxIdentifierLength ?? 63;\n if (\n !Number.isFinite(maxIdentifierLength) ||\n !Number.isInteger(maxIdentifierLength) ||\n maxIdentifierLength <= 0\n ) {\n throw new RangeError('maxIdentifierLength must be a positive integer');\n }\n this.maxIdentifierLength = maxIdentifierLength;\n }\n\n run(node: T): T {\n this.aliasMap.clear();\n return this.transformNode(node);\n }\n\n protected override transformIdentifier(node: IdentifierNode, queryId?: QueryId): IdentifierNode {\n if (!node.name.startsWith(TEMP_ALIAS_PREFIX)) {\n return super.transformIdentifier(node, queryId);\n }\n\n let shouldCompact = false;\n if (this.mode === 'alwaysCompact') {\n shouldCompact = true;\n } else {\n // check if the alias name exceeds the max identifier length, and\n // if so, compact it\n const aliasByteLength = this.textEncoder.encode(node.name).length;\n if (aliasByteLength > this.maxIdentifierLength) {\n shouldCompact = true;\n }\n }\n\n if (shouldCompact) {\n let mapped = this.aliasMap.get(node.name);\n if (!mapped) {\n mapped = `$$t${this.aliasMap.size + 1}`;\n this.aliasMap.set(node.name, mapped);\n }\n return IdentifierNode.create(mapped);\n } else {\n return super.transformIdentifier(node, queryId);\n }\n }\n}\n","import { invariant } from '@zenstackhq/common-helpers';\nimport type { ModelDef, SchemaDef, TypeDefDef } from '@zenstackhq/schema';\nimport type { QueryId } from 'kysely';\nimport {\n AndNode,\n ColumnNode,\n ColumnUpdateNode,\n CompiledQuery,\n createQueryId,\n DefaultQueryExecutor,\n DeleteQueryNode,\n expressionBuilder,\n InsertQueryNode,\n PrimitiveValueListNode,\n ReturningNode,\n SelectionNode,\n SelectQueryNode,\n SingleConnectionProvider,\n TableNode,\n UpdateQueryNode,\n ValueNode,\n ValuesNode,\n WhereNode,\n type ConnectionProvider,\n type DatabaseConnection,\n type DialectAdapter,\n type KyselyPlugin,\n type OperationNode,\n type QueryCompiler,\n type QueryResult,\n type RootOperationNode,\n} from 'kysely';\nimport { match } from 'ts-pattern';\nimport type { ClientImpl } from '../client-impl';\nimport { TransactionIsolationLevel, type ClientContract } from '../contract';\nimport { getCrudDialect } from '../crud/dialects';\nimport type { BaseCrudDialect } from '../crud/dialects/base-dialect';\nimport { createDBQueryError, createInternalError, ORMError } from '../errors';\nimport type { AfterEntityMutationCallback, OnKyselyQueryCallback } from '../plugin';\nimport { requireIdFields, stripAlias } from '../query-utils';\nimport { QueryNameMapper } from './name-mapper';\nimport { TempAliasTransformer } from './temp-alias-transformer';\nimport type { ZenStackDriver } from './zenstack-driver';\n\ntype MutationQueryNode = InsertQueryNode | UpdateQueryNode | DeleteQueryNode;\n\ntype MutationInfo = {\n model: string;\n action: 'create' | 'update' | 'delete';\n where: WhereNode | undefined;\n};\n\ntype CallBeforeMutationHooksArgs = {\n queryNode: OperationNode;\n mutationInfo: MutationInfo;\n loadBeforeMutationEntities: () => Promise[] | undefined>;\n client: ClientContract;\n queryId: QueryId;\n};\n\ntype CallAfterMutationHooksArgs = {\n queryResult: QueryResult;\n queryNode: OperationNode;\n mutationInfo: MutationInfo;\n client: ClientContract;\n filterFor: 'inTx' | 'outTx' | 'all';\n connection: DatabaseConnection;\n queryId: QueryId;\n beforeMutationEntities?: Record[];\n afterMutationEntities?: Record[];\n};\n\nconst DEFAULT_MAX_SLOW_RECORDS = 100;\n\nexport class ZenStackQueryExecutor extends DefaultQueryExecutor {\n // #region constructor, fields and props\n\n private readonly nameMapper: QueryNameMapper | undefined;\n private readonly dialect: BaseCrudDialect;\n\n constructor(\n private client: ClientImpl,\n private readonly driver: ZenStackDriver,\n private readonly compiler: QueryCompiler,\n adapter: DialectAdapter,\n private readonly connectionProvider: ConnectionProvider,\n plugins: KyselyPlugin[] = [],\n private suppressMutationHooks: boolean = false,\n ) {\n super(compiler, adapter, connectionProvider, plugins);\n\n if (\n client.$schema.provider.type === 'postgresql' || // postgres queries need to be schema-qualified\n this.schemaHasMappedNames(client.$schema)\n ) {\n this.nameMapper = new QueryNameMapper(client as unknown as ClientContract);\n }\n\n this.dialect = getCrudDialect(client.$schema, client.$options);\n }\n\n private schemaHasMappedNames(schema: SchemaDef) {\n const hasMapAttr = (decl: ModelDef | TypeDefDef) => {\n if (decl.attributes?.some((attr) => attr.name === '@@map')) {\n return true;\n }\n return Object.values(decl.fields).some((field) => field.attributes?.some((attr) => attr.name === '@map'));\n };\n\n return Object.values(schema.models).some(hasMapAttr) || Object.values(schema.typeDefs ?? []).some(hasMapAttr);\n }\n\n private get kysely() {\n return this.client.$qb;\n }\n\n private get options() {\n return this.client.$options;\n }\n\n private get hasEntityMutationPlugins() {\n return (this.client.$options.plugins ?? []).some((plugin) => plugin.onEntityMutation);\n }\n\n private get hasEntityMutationPluginsWithAfterMutationHooks() {\n return (this.client.$options.plugins ?? []).some((plugin) => plugin.onEntityMutation?.afterEntityMutation);\n }\n\n private get hasOnKyselyHooks() {\n return (this.client.$options.plugins ?? []).some((plugin) => plugin.onKyselyQuery);\n }\n\n // #endregion\n\n // #region main entry point\n\n override async executeQuery(compiledQuery: CompiledQuery) {\n // proceed with the query with kysely interceptors\n // if the query is a raw query, we need to carry over the parameters\n const queryParams = (compiledQuery as any).$raw ? compiledQuery.parameters : undefined;\n\n // needs to ensure transaction if we:\n // - have plugins with Kysely hooks, as they may spawn more queries (check: should creating tx be plugin's responsibility?)\n // - have entity mutation plugins\n const needEnsureTx = this.hasOnKyselyHooks || this.hasEntityMutationPlugins;\n\n const result = await this.provideConnection(async (connection) => {\n let startedTx = false;\n try {\n // mutations are wrapped in tx if not already in one\n if (\n this.isMutationNode(compiledQuery.query) &&\n !this.driver.isTransactionConnection(connection) &&\n needEnsureTx\n ) {\n await this.driver.beginTransaction(connection, {\n isolationLevel: TransactionIsolationLevel.ReadCommitted,\n });\n startedTx = true;\n }\n const result = await this.proceedQueryWithKyselyInterceptors(\n connection,\n compiledQuery.query,\n queryParams,\n compiledQuery.queryId,\n );\n if (startedTx) {\n await this.driver.commitTransaction(connection);\n }\n return result;\n } catch (err) {\n if (startedTx) {\n await this.driver.rollbackTransaction(connection);\n }\n if (err instanceof ORMError) {\n throw err;\n } else {\n // wrap error\n throw createDBQueryError(\n `Failed to execute query: ${err}`,\n err,\n compiledQuery.sql,\n compiledQuery.parameters,\n );\n }\n }\n });\n\n return this.ensureProperQueryResult(compiledQuery.query, result);\n }\n\n private async proceedQueryWithKyselyInterceptors(\n connection: DatabaseConnection,\n queryNode: RootOperationNode,\n parameters: readonly unknown[] | undefined,\n queryId: QueryId,\n ) {\n let proceed = (q: RootOperationNode) => this.proceedQuery(connection, q, parameters, queryId);\n\n const hooks: OnKyselyQueryCallback[] = [];\n // tsc perf\n for (const plugin of this.client.$options.plugins ?? []) {\n if (plugin.onKyselyQuery) {\n hooks.push(plugin.onKyselyQuery.bind(plugin));\n }\n }\n\n for (const hook of hooks) {\n const _proceed = proceed;\n proceed = async (query: RootOperationNode) => {\n const _p = (q: RootOperationNode) => _proceed(q);\n const hookResult = await hook!({\n client: this.client as unknown as ClientContract,\n schema: this.client.$schema,\n query,\n proceed: _p,\n });\n return hookResult;\n };\n }\n\n const result = await proceed(queryNode);\n\n return result;\n }\n\n private async proceedQuery(\n connection: DatabaseConnection,\n query: RootOperationNode,\n parameters: readonly unknown[] | undefined,\n queryId: QueryId,\n ) {\n if (this.suppressMutationHooks || !this.isMutationNode(query) || !this.hasEntityMutationPlugins) {\n // no need to handle mutation hooks, just proceed\n return this.internalExecuteQuery(query, connection, queryId, parameters);\n }\n\n let preUpdateIds: Record[] | undefined;\n const mutationModel = this.getMutationModel(query);\n const needLoadAfterMutationEntities =\n (InsertQueryNode.is(query) || UpdateQueryNode.is(query)) &&\n this.hasEntityMutationPluginsWithAfterMutationHooks;\n\n if (needLoadAfterMutationEntities) {\n if (this.dialect.supportsReturning) {\n // need to make sure the query node has \"returnAll\" for insert and update queries\n // so that after-mutation hooks can get the mutated entities with all fields\n query = {\n ...query,\n returning: ReturningNode.create([SelectionNode.createSelectAll()]),\n };\n } else {\n if (UpdateQueryNode.is(query)) {\n // if we're updating and the dialect doesn't support RETURNING, need to load\n // entity IDs before the update in so we can use them to load the entities\n // after the update\n preUpdateIds = await this.getPreUpdateIds(mutationModel, query, connection);\n }\n }\n }\n\n // the client passed to hooks needs to be in sync with current in-transaction\n // status so that it doesn't try to create a nested one\n const currentlyInTx = this.driver.isTransactionConnection(connection);\n\n const connectionClient = this.createClientForConnection(connection, currentlyInTx);\n\n const mutationInfo = this.getMutationInfo(query);\n\n // cache already loaded before-mutation entities\n let beforeMutationEntities: Record[] | undefined;\n const loadBeforeMutationEntities = async () => {\n if (beforeMutationEntities === undefined && (UpdateQueryNode.is(query) || DeleteQueryNode.is(query))) {\n beforeMutationEntities = await this.loadEntities(\n mutationInfo.model,\n mutationInfo.where,\n connection,\n undefined,\n );\n }\n return beforeMutationEntities;\n };\n\n // call before mutation hooks\n await this.callBeforeMutationHooks({\n queryNode: query,\n mutationInfo,\n loadBeforeMutationEntities,\n client: connectionClient,\n queryId,\n });\n\n // execute the final query\n const result = await this.internalExecuteQuery(query, connection, queryId, parameters);\n\n let afterMutationEntities: Record[] | undefined;\n if (needLoadAfterMutationEntities) {\n afterMutationEntities = await this.loadAfterMutationEntities(\n mutationInfo,\n query,\n result,\n connection,\n preUpdateIds,\n );\n }\n\n const baseArgs: CallAfterMutationHooksArgs = {\n queryResult: result,\n queryNode: query,\n mutationInfo,\n filterFor: 'all',\n client: connectionClient,\n connection,\n queryId,\n beforeMutationEntities,\n afterMutationEntities,\n };\n\n if (!this.driver.isTransactionConnection(connection)) {\n // not in a transaction, just call all after-mutation hooks\n await this.callAfterMutationHooks({\n ...baseArgs,\n filterFor: 'all',\n });\n } else {\n // run after-mutation hooks that are requested to be run inside tx\n await this.callAfterMutationHooks({\n ...baseArgs,\n filterFor: 'inTx',\n });\n\n // register other after-mutation hooks to be run after the tx is committed\n this.driver.registerTransactionCommitCallback(connection, () =>\n this.callAfterMutationHooks({\n ...baseArgs,\n filterFor: 'outTx',\n }),\n );\n }\n\n return result;\n }\n\n // #endregion\n\n // #region before and after mutation hooks\n\n private async callBeforeMutationHooks(args: CallBeforeMutationHooksArgs) {\n const { queryNode, mutationInfo, loadBeforeMutationEntities, client, queryId } = args;\n\n if (this.options.plugins) {\n for (const plugin of this.options.plugins) {\n const onEntityMutation = plugin.onEntityMutation;\n if (!onEntityMutation?.beforeEntityMutation) {\n continue;\n }\n\n await onEntityMutation.beforeEntityMutation({\n model: mutationInfo.model,\n action: mutationInfo.action,\n queryNode,\n loadBeforeMutationEntities,\n client,\n queryId,\n });\n }\n }\n }\n\n private async callAfterMutationHooks(args: CallAfterMutationHooksArgs) {\n const { queryNode, mutationInfo, client, filterFor, queryId, beforeMutationEntities, afterMutationEntities } =\n args;\n\n const hooks: AfterEntityMutationCallback[] = [];\n\n // tsc perf\n for (const plugin of this.options.plugins ?? []) {\n const onEntityMutation = plugin.onEntityMutation;\n\n if (!onEntityMutation?.afterEntityMutation) {\n continue;\n }\n if (filterFor === 'inTx' && !onEntityMutation.runAfterMutationWithinTransaction) {\n continue;\n }\n\n if (filterFor === 'outTx' && onEntityMutation.runAfterMutationWithinTransaction) {\n continue;\n }\n\n hooks.push(onEntityMutation.afterEntityMutation.bind(plugin));\n }\n\n if (hooks.length === 0) {\n return;\n }\n\n for (const hook of hooks) {\n await hook({\n model: mutationInfo.model,\n action: mutationInfo.action,\n queryNode,\n loadAfterMutationEntities: () => Promise.resolve(afterMutationEntities),\n beforeMutationEntities,\n client,\n queryId,\n });\n }\n }\n\n private async loadAfterMutationEntities(\n mutationInfo: MutationInfo,\n queryNode: OperationNode,\n queryResult: QueryResult,\n connection: DatabaseConnection,\n preUpdateIds: Record[] | undefined,\n ): Promise[] | undefined> {\n if (mutationInfo.action === 'delete') {\n return undefined;\n }\n\n if (this.dialect.supportsReturning) {\n // entities are returned in the query result\n return queryResult.rows as Record[];\n } else {\n const mutatedIds = InsertQueryNode.is(queryNode)\n ? this.getInsertIds(mutationInfo.model, queryNode, queryResult)\n : preUpdateIds;\n\n if (mutatedIds) {\n const idFields = requireIdFields(this.client.$schema, mutationInfo.model);\n const eb = expressionBuilder();\n const filter = eb(\n // @ts-ignore\n eb.refTuple(...idFields),\n 'in',\n mutatedIds.map((idObj) =>\n eb.tuple(\n // @ts-ignore\n ...idFields.map((idField) => eb.val(idObj[idField] as any)),\n ),\n ),\n );\n const entities = await this.loadEntities(\n mutationInfo.model,\n WhereNode.create(filter.toOperationNode()),\n connection,\n undefined,\n );\n return entities;\n } else {\n console.warn(\n `Unable to load after-mutation entities for hooks: model \"${mutationInfo.model}\", operation \"${mutationInfo.action}\".\nThis happens when the following conditions are met:\n\n1. The database does not support RETURNING clause for INSERT/UPDATE, e.g., MySQL.\n2. The mutation creates or updates multiple entities at once.\n3. For create: the model does not have all ID fields explicitly set in the mutation data.\n4. For update: the mutation modifies ID fields.\n\nIn such cases, ZenStack cannot reliably determine the IDs of the mutated entities to reload them.\n`,\n );\n return [];\n }\n }\n }\n\n private async getPreUpdateIds(mutationModel: string, query: UpdateQueryNode, connection: DatabaseConnection) {\n // Get the ID fields for this model\n const idFields = requireIdFields(this.client.$schema, mutationModel);\n\n // Check if the update modifies any ID fields\n if (query.updates) {\n for (const update of query.updates) {\n if (ColumnUpdateNode.is(update)) {\n // Extract the column name from the update\n const columnNode = update.column;\n if (ColumnNode.is(columnNode)) {\n const columnName = columnNode.column.name;\n if (idFields.includes(columnName)) {\n // ID field is being updated, return undefined\n return undefined;\n }\n }\n }\n }\n }\n\n // No ID fields are being updated, load the entities\n return await this.loadEntities(this.getMutationModel(query), query.where, connection, idFields);\n }\n\n private getInsertIds(\n mutationModel: string,\n query: InsertQueryNode,\n queryResult: QueryResult,\n ): Record[] | undefined {\n const idFields = requireIdFields(this.client.$schema, mutationModel);\n\n if (\n InsertQueryNode.is(query) &&\n queryResult.numAffectedRows === 1n &&\n queryResult.insertId &&\n idFields.length === 1\n ) {\n // single row creation, return the insertId directly\n return [\n {\n [idFields[0]!]: queryResult.insertId,\n },\n ];\n }\n\n const columns = query.columns;\n if (!columns) {\n return undefined;\n }\n\n const values = query.values;\n if (!values || !ValuesNode.is(values)) {\n return undefined;\n }\n\n // Extract ID values for each row\n const allIds: Record[] = [];\n for (const valuesItem of values.values) {\n const rowIds: Record = {};\n\n if (PrimitiveValueListNode.is(valuesItem)) {\n // PrimitiveValueListNode case\n invariant(valuesItem.values.length === columns.length, 'Values count must match columns count');\n for (const idField of idFields) {\n const colIndex = columns.findIndex((col) => col.column.name === idField);\n if (colIndex === -1) {\n // ID field not included in insert columns\n return undefined;\n }\n rowIds[idField] = valuesItem.values[colIndex];\n }\n } else {\n // ValueListNode case\n invariant(valuesItem.values.length === columns.length, 'Values count must match columns count');\n for (const idField of idFields) {\n const colIndex = columns.findIndex((col) => col.column.name === idField);\n if (colIndex === -1) {\n // ID field not included in insert columns\n return undefined;\n }\n const valueNode = valuesItem.values[colIndex];\n if (!valueNode || !ValueNode.is(valueNode)) {\n // not a literal value\n return undefined;\n }\n rowIds[idField] = valueNode.value;\n }\n }\n\n allIds.push(rowIds);\n }\n\n return allIds;\n }\n\n private async loadEntities(\n model: string,\n where: WhereNode | undefined,\n connection: DatabaseConnection,\n fieldsToLoad: readonly string[] | undefined,\n ): Promise[]> {\n let selectQuery = this.kysely.selectFrom(model);\n if (fieldsToLoad) {\n selectQuery = selectQuery.select(fieldsToLoad);\n } else {\n selectQuery = selectQuery.selectAll();\n }\n let selectQueryNode = selectQuery.toOperationNode() as SelectQueryNode;\n selectQueryNode = {\n ...selectQueryNode,\n where: this.andNodes(selectQueryNode.where, where),\n };\n // execute the query directly with the given connection to avoid triggering\n // any other side effects\n const result = await this.internalExecuteQuery(selectQueryNode, connection);\n return result.rows as Record[];\n }\n\n // #endregion\n\n // #region utilities\n\n private getMutationInfo(queryNode: MutationQueryNode): MutationInfo {\n const model = this.getMutationModel(queryNode);\n const { action, where } = match(queryNode)\n .when(InsertQueryNode.is, () => ({\n action: 'create' as const,\n where: undefined,\n }))\n .when(UpdateQueryNode.is, (node) => ({\n action: 'update' as const,\n where: node.where,\n }))\n .when(DeleteQueryNode.is, (node) => ({\n action: 'delete' as const,\n where: node.where,\n }))\n .exhaustive();\n\n return { model, action, where };\n }\n\n private isMutationNode(queryNode: RootOperationNode): queryNode is MutationQueryNode {\n return InsertQueryNode.is(queryNode) || UpdateQueryNode.is(queryNode) || DeleteQueryNode.is(queryNode);\n }\n\n private getMutationModel(queryNode: OperationNode): string {\n return match(queryNode)\n .when(InsertQueryNode.is, (node) => {\n invariant(node.into, 'InsertQueryNode must have an into clause');\n return node.into.table.identifier.name;\n })\n .when(UpdateQueryNode.is, (node) => {\n invariant(node.table, 'UpdateQueryNode must have a table');\n const { node: tableNode } = stripAlias(node.table);\n invariant(TableNode.is(tableNode), 'UpdateQueryNode must use a TableNode');\n return tableNode.table.identifier.name;\n })\n .when(DeleteQueryNode.is, (node) => {\n invariant(node.from.froms.length === 1, 'Delete query must have exactly one from table');\n const { node: tableNode } = stripAlias(node.from.froms[0]!);\n invariant(TableNode.is(tableNode), 'DeleteQueryNode must use a TableNode');\n return tableNode.table.identifier.name;\n })\n .otherwise((node) => {\n throw createInternalError(`Invalid query node: ${node}`);\n }) as string;\n }\n\n private processQueryNode(query: Node): Node {\n let result = query;\n result = this.processNameMapping(result);\n result = this.processTempAlias(result);\n return result;\n }\n\n private processNameMapping(query: Node): Node {\n return this.nameMapper?.transformNode(query) ?? query;\n }\n\n private processTempAlias(query: Node): Node {\n return new TempAliasTransformer({\n mode: this.options.useCompactAliasNames === false ? 'compactLongNames' : 'alwaysCompact',\n }).run(query);\n }\n\n private createClientForConnection(connection: DatabaseConnection, inTx: boolean) {\n const innerExecutor = this.withConnectionProvider(new SingleConnectionProvider(connection));\n innerExecutor.suppressMutationHooks = true;\n const innerClient = this.client.withExecutor(innerExecutor);\n if (inTx) {\n innerClient.forceTransaction();\n }\n return innerClient as unknown as ClientContract;\n }\n\n private andNodes(condition1: WhereNode | undefined, condition2: WhereNode | undefined) {\n if (condition1 && condition2) {\n return WhereNode.create(AndNode.create(condition1, condition2));\n } else if (condition1) {\n return WhereNode.create(condition1);\n } else {\n return condition2;\n }\n }\n\n private async internalExecuteQuery(\n query: RootOperationNode,\n connection: DatabaseConnection,\n queryId?: QueryId,\n parameters?: readonly unknown[],\n ) {\n // run query node processors: name mapping, temp alias renaming, etc.\n const finalQuery = this.processQueryNode(query);\n\n // inherit the original queryId\n let compiledQuery = this.compileQuery(finalQuery, queryId ?? createQueryId());\n if (parameters) {\n compiledQuery = { ...compiledQuery, parameters: parameters };\n }\n\n const trackSlowQuery = this.options.diagnostics !== undefined;\n const startTimestamp = trackSlowQuery ? performance.now() : undefined;\n const startedAt = trackSlowQuery ? new Date() : undefined;\n\n try {\n const result = await connection.executeQuery(compiledQuery);\n\n if (startTimestamp !== undefined) {\n this.trackSlowQuery(compiledQuery, startTimestamp, startedAt!);\n }\n\n return this.ensureProperQueryResult(compiledQuery.query, result);\n } catch (err) {\n throw createDBQueryError(\n `Failed to execute query: ${err}`,\n err,\n compiledQuery.sql,\n compiledQuery.parameters,\n );\n }\n }\n\n private trackSlowQuery(compiledQuery: CompiledQuery, startTimestamp: number, startedAt: Date) {\n const durationMs = performance.now() - startTimestamp;\n const thresholdMs = this.options.diagnostics?.slowQueryThresholdMs;\n if (thresholdMs === undefined || durationMs < thresholdMs) {\n return;\n }\n\n const slowQueries = this.client.slowQueries;\n const maxRecords = this.options.diagnostics?.slowQueryMaxRecords ?? DEFAULT_MAX_SLOW_RECORDS;\n if (maxRecords <= 0) {\n return;\n }\n\n const queryInfo = { startedAt, durationMs, sql: compiledQuery.sql };\n\n if (slowQueries.length >= maxRecords) {\n // find and remove the entry with the lowest duration\n let minIndex = 0;\n for (let i = 1; i < slowQueries.length; i++) {\n if (slowQueries[i]!.durationMs < slowQueries[minIndex]!.durationMs) {\n minIndex = i;\n }\n }\n // only replace if the new query is slower than the minimum\n if (durationMs > slowQueries[minIndex]!.durationMs) {\n slowQueries[minIndex] = queryInfo;\n }\n } else {\n slowQueries.push(queryInfo);\n }\n }\n\n private ensureProperQueryResult(query: RootOperationNode, result: QueryResult) {\n let finalResult = result;\n\n if (this.isMutationNode(query)) {\n // Kysely dialects don't consistently set numAffectedRows, so we fix it here\n // to simplify the consumer's code\n finalResult = {\n ...result,\n numAffectedRows: result.numAffectedRows ?? BigInt(result.rows.length),\n };\n }\n\n return finalResult;\n }\n\n // #endregion\n\n // #region other overrides\n\n override withPlugin(plugin: KyselyPlugin) {\n return new ZenStackQueryExecutor(\n this.client,\n this.driver,\n this.compiler,\n this.adapter,\n this.connectionProvider,\n [...this.plugins, plugin],\n this.suppressMutationHooks,\n );\n }\n\n override withPlugins(plugins: ReadonlyArray) {\n return new ZenStackQueryExecutor(\n this.client,\n this.driver,\n this.compiler,\n this.adapter,\n this.connectionProvider,\n [...this.plugins, ...plugins],\n this.suppressMutationHooks,\n );\n }\n\n override withPluginAtFront(plugin: KyselyPlugin) {\n return new ZenStackQueryExecutor(\n this.client,\n this.driver,\n this.compiler,\n this.adapter,\n this.connectionProvider,\n [plugin, ...this.plugins],\n this.suppressMutationHooks,\n );\n }\n\n override withoutPlugins() {\n return new ZenStackQueryExecutor(\n this.client,\n this.driver,\n this.compiler,\n this.adapter,\n this.connectionProvider,\n [],\n this.suppressMutationHooks,\n );\n }\n\n override withConnectionProvider(connectionProvider: ConnectionProvider) {\n const newExecutor = new ZenStackQueryExecutor(\n this.client,\n this.driver,\n this.compiler,\n this.adapter,\n connectionProvider,\n this.plugins as KyselyPlugin[],\n this.suppressMutationHooks,\n );\n // replace client with a new one associated with the new executor\n newExecutor.client = this.client.withExecutor(newExecutor);\n return newExecutor;\n }\n\n // #endregion\n}\n","import { invariant, lowerCaseFirst, upperCaseFirst } from '@zenstackhq/common-helpers';\nimport { sql, ValueNode, type BinaryOperator, type Expression, type ExpressionBuilder, type SqlBool } from 'kysely';\nimport { match } from 'ts-pattern';\nimport type { ZModelFunction, ZModelFunctionContext } from './options';\n\n// TODO: migrate default value generation functions to here too\n\nexport const contains: ZModelFunction = (eb, args, context) => textMatch(eb, args, context, 'contains');\n\nexport const search: ZModelFunction = (_eb: ExpressionBuilder, _args: Expression[]) => {\n throw new Error(`\"search\" function is not implemented yet`);\n};\n\nexport const startsWith: ZModelFunction = (eb, args, context) => textMatch(eb, args, context, 'startsWith');\n\nexport const endsWith: ZModelFunction = (eb, args, context) => textMatch(eb, args, context, 'endsWith');\n\nconst textMatch = (\n eb: ExpressionBuilder,\n args: Expression[],\n { dialect }: ZModelFunctionContext,\n method: 'contains' | 'startsWith' | 'endsWith',\n) => {\n const [field, search, caseInsensitive = undefined] = args;\n if (!field) {\n throw new Error('\"field\" parameter is required');\n }\n if (!search) {\n throw new Error('\"search\" parameter is required');\n }\n\n const casingBehavior = dialect.getStringCasingBehavior();\n const caseInsensitiveValue = readBoolean(caseInsensitive, false);\n let op: BinaryOperator;\n let fieldExpr = field;\n let searchExpr = search;\n\n if (caseInsensitiveValue) {\n // case-insensitive search\n if (casingBehavior.supportsILike) {\n // use ILIKE if supported\n op = 'ilike';\n } else {\n // otherwise change both sides to lower case\n op = 'like';\n if (casingBehavior.likeCaseSensitive === true) {\n fieldExpr = eb.fn('LOWER', [fieldExpr]);\n searchExpr = eb.fn('LOWER', [searchExpr]);\n }\n }\n } else {\n // case-sensitive search, just use LIKE and deliver whatever the database's behavior is\n op = 'like';\n }\n\n // coalesce to empty string to consistently handle nulls across databases\n searchExpr = eb.fn.coalesce(searchExpr, sql.lit(''));\n\n // escape special characters in search string\n const escapedSearch = sql`REPLACE(REPLACE(REPLACE(${dialect.castText(searchExpr)}, ${sql.val('\\\\')}, ${sql.val('\\\\\\\\')}), ${sql.val('%')}, ${sql.val('\\\\%')}), ${sql.val('_')}, ${sql.val('\\\\_')})`;\n\n searchExpr = match(method)\n .with('contains', () => eb.fn('CONCAT', [sql.lit('%'), escapedSearch, sql.lit('%')]))\n .with('startsWith', () => eb.fn('CONCAT', [escapedSearch, sql.lit('%')]))\n .with('endsWith', () => eb.fn('CONCAT', [sql.lit('%'), escapedSearch]))\n .exhaustive();\n\n return sql`${fieldExpr} ${sql.raw(op)} ${searchExpr} escape ${sql.val('\\\\')}`;\n};\n\nexport const has: ZModelFunction = (_eb, args, context) => {\n const [field, search] = args;\n if (!field) {\n throw new Error('\"field\" parameter is required');\n }\n if (!search) {\n throw new Error('\"search\" parameter is required');\n }\n return context.dialect.buildArrayContains(field, search);\n};\n\nexport const hasEvery: ZModelFunction = (_eb, args, { dialect }: ZModelFunctionContext) => {\n const [field, search] = args;\n if (!field) {\n throw new Error('\"field\" parameter is required');\n }\n if (!search) {\n throw new Error('\"search\" parameter is required');\n }\n return dialect.buildArrayHasEvery(field, search);\n};\n\nexport const hasSome: ZModelFunction = (_eb, args, { dialect }: ZModelFunctionContext) => {\n const [field, search] = args;\n if (!field) {\n throw new Error('\"field\" parameter is required');\n }\n if (!search) {\n throw new Error('\"search\" parameter is required');\n }\n return dialect.buildArrayHasSome(field, search);\n};\n\nexport const isEmpty: ZModelFunction = (eb, args, { dialect }: ZModelFunctionContext) => {\n const [field] = args;\n if (!field) {\n throw new Error('\"field\" parameter is required');\n }\n return eb(dialect.buildArrayLength(field), '=', sql.lit(0));\n};\n\nexport const now: ZModelFunction = (_eb, _args, context) =>\n match(context.dialect.provider)\n // SQLite stores DateTime as ISO 8601 text ('YYYY-MM-DDTHH:MM:SS.sssZ'), but\n // CURRENT_TIMESTAMP returns 'YYYY-MM-DD HH:MM:SS'. Use strftime for ISO format.\n .with('sqlite', () => sql.raw(\"strftime('%Y-%m-%dT%H:%M:%fZ')\"))\n // MySQL stores DateTime as ISO 8601 text ('YYYY-MM-DDTHH:MM:SS.sss+00:00').\n // Use CONCAT + SUBSTRING to produce matching 3-digit millisecond ISO format.\n .with('mysql', () =>\n sql.raw(\"CONCAT(SUBSTRING(DATE_FORMAT(UTC_TIMESTAMP(3), '%Y-%m-%dT%H:%i:%s.%f'), 1, 23), '+00:00')\"),\n )\n // PostgreSQL has native timestamp type that compares correctly.\n .with('postgresql', () => sql.raw('CURRENT_TIMESTAMP'))\n .exhaustive();\n\nexport const currentModel: ZModelFunction = (_eb, args, { model }: ZModelFunctionContext) => {\n let result = model;\n const [casing] = args;\n if (casing) {\n result = processCasing(casing, result, model);\n }\n return sql.lit(result);\n};\n\nexport const currentOperation: ZModelFunction = (_eb, args, { operation }: ZModelFunctionContext) => {\n let result: string = operation;\n const [casing] = args;\n if (casing) {\n result = processCasing(casing, result, operation);\n }\n return sql.lit(result);\n};\n\nfunction processCasing(casing: Expression, result: string, model: string) {\n const opNode = casing.toOperationNode();\n invariant(ValueNode.is(opNode) && typeof opNode.value === 'string', '\"casting\" parameter must be a string value');\n result = match(opNode.value)\n .with('original', () => model)\n .with('upper', () => result.toUpperCase())\n .with('lower', () => result.toLowerCase())\n .with('capitalize', () => upperCaseFirst(result))\n .with('uncapitalize', () => lowerCaseFirst(result))\n .otherwise(() => {\n throw new Error(\n `Invalid casing value: ${opNode.value}. Must be \"original\", \"upper\", \"lower\", \"capitalize\", or \"uncapitalize\".`,\n );\n });\n return result;\n}\n\nfunction readBoolean(expr: Expression | undefined, defaultValue: boolean) {\n if (expr === undefined) {\n return defaultValue;\n }\n const opNode = expr.toOperationNode();\n invariant(ValueNode.is(opNode), 'expression must be a literal value');\n return !!opNode.value;\n}\n","import { invariant } from '@zenstackhq/common-helpers';\nimport {\n ExpressionUtils,\n type BuiltinType,\n type CascadeAction,\n type EnumDef,\n type FieldDef,\n type ModelDef,\n type SchemaDef,\n} from '@zenstackhq/schema';\nimport { CreateTableBuilder, sql, type ColumnDataType, type OnModifyForeignAction, type RawBuilder } from 'kysely';\nimport toposort from 'toposort';\nimport { match } from 'ts-pattern';\nimport type { ToKysely } from '../query-builder';\nimport { isUnsupportedField, requireModel } from '../query-utils';\n\n/**\n * This class is for testing purposes only. It should never be used in production.\n *\n * @private\n */\nexport class SchemaDbPusher {\n constructor(\n private readonly schema: Schema,\n private readonly kysely: ToKysely,\n ) {}\n\n async push() {\n await this.kysely.transaction().execute(async (tx) => {\n if (this.schema.enums && this.providerSupportsNativeEnum) {\n for (const enumDef of Object.values(this.schema.enums)) {\n let enumValues: string[];\n if (enumDef.fields) {\n enumValues = Object.values(enumDef.fields).map((f) => {\n const mapAttr = f.attributes?.find((a) => a.name === '@map');\n if (!mapAttr || !mapAttr.args?.[0]) {\n return f.name;\n } else {\n const mappedName = ExpressionUtils.getLiteralValue(mapAttr.args[0].value);\n invariant(\n mappedName && typeof mappedName === 'string',\n `Invalid @map attribute for enum field ${f.name}`,\n );\n return mappedName;\n }\n });\n } else {\n enumValues = Object.values(enumDef.values);\n }\n\n const createEnum = tx.schema.createType(this.getEnumName(enumDef)).asEnum(enumValues);\n await createEnum.execute();\n }\n }\n\n // sort models so that target of fk constraints are created first\n const models = Object.values(this.schema.models).filter((m) => !m.isView);\n const sortedModels = this.sortModels(models);\n for (const modelDef of sortedModels) {\n const createTable = this.createModelTable(tx, modelDef);\n await createTable.execute();\n }\n });\n }\n\n private get providerSupportsNativeEnum() {\n return ['postgresql'].includes(this.schema.provider.type);\n }\n\n private sortModels(models: ModelDef[]): ModelDef[] {\n const graph: [ModelDef, ModelDef | undefined][] = [];\n\n for (const model of models) {\n let added = false;\n\n if (model.baseModel) {\n // base model should be created before concrete model\n const baseDef = requireModel(this.schema, model.baseModel);\n // edge: concrete model -> base model\n graph.push([model, baseDef]);\n added = true;\n }\n\n for (const field of Object.values(model.fields)) {\n // relation order\n if (field.relation && field.relation.fields && field.relation.references) {\n // skip self-referential relations to avoid false cycle in toposort\n if (field.type === model.name) {\n continue;\n }\n const targetModel = requireModel(this.schema, field.type);\n // edge: fk side -> target model\n graph.push([model, targetModel]);\n added = true;\n }\n }\n\n if (!added) {\n // no relations, add self to graph to ensure it is included in the result\n graph.push([model, undefined]);\n }\n }\n\n return toposort(graph)\n .reverse()\n .filter((m) => !!m);\n }\n\n private createModelTable(kysely: ToKysely, modelDef: ModelDef) {\n let table: CreateTableBuilder = kysely.schema\n .createTable(this.getTableName(modelDef))\n .ifNotExists();\n\n for (const [fieldName, fieldDef] of Object.entries(modelDef.fields)) {\n if (fieldDef.originModel && !fieldDef.id) {\n // skip non-id fields inherited from base model\n continue;\n }\n\n if (isUnsupportedField(fieldDef)) {\n // Unsupported fields cannot be represented in the ORM's schema pusher\n continue;\n }\n\n if (fieldDef.relation) {\n table = this.addForeignKeyConstraint(table, modelDef.name, fieldName, fieldDef);\n } else if (!this.isComputedField(fieldDef)) {\n table = this.createModelField(table, fieldDef, modelDef);\n }\n }\n\n if (modelDef.baseModel) {\n // create fk constraint\n const baseModelDef = requireModel(this.schema, modelDef.baseModel);\n table = table.addForeignKeyConstraint(\n `fk_${modelDef.baseModel}_${modelDef.name}_delegate`,\n baseModelDef.idFields as string[],\n modelDef.baseModel,\n baseModelDef.idFields as string[],\n (cb) => cb.onDelete('cascade').onUpdate('cascade'),\n );\n }\n\n table = this.addPrimaryKeyConstraint(table, modelDef);\n table = this.addUniqueConstraint(table, modelDef);\n\n return table;\n }\n\n private getTableName(modelDef: ModelDef) {\n const mapAttr = modelDef.attributes?.find((a) => a.name === '@@map');\n if (mapAttr && mapAttr.args?.[0]) {\n const mappedName = ExpressionUtils.getLiteralValue(mapAttr.args[0].value);\n if (mappedName) {\n return mappedName as string;\n }\n }\n return modelDef.name;\n }\n\n private getEnumName(enumDef: EnumDef) {\n const mapAttr = enumDef.attributes?.find((a) => a.name === '@@map');\n if (mapAttr && mapAttr.args?.[0]) {\n const mappedName = ExpressionUtils.getLiteralValue(mapAttr.args[0].value);\n if (mappedName) {\n return mappedName as string;\n }\n }\n return enumDef.name;\n }\n\n private getColumnName(fieldDef: FieldDef) {\n const mapAttr = fieldDef.attributes?.find((a) => a.name === '@map');\n if (mapAttr && mapAttr.args?.[0]) {\n const mappedName = ExpressionUtils.getLiteralValue(mapAttr.args[0].value);\n if (mappedName) {\n return mappedName as string;\n }\n }\n return fieldDef.name;\n }\n\n private isComputedField(fieldDef: FieldDef) {\n return fieldDef.attributes?.some((a) => a.name === '@computed');\n }\n\n private addPrimaryKeyConstraint(table: CreateTableBuilder, modelDef: ModelDef) {\n if (modelDef.idFields.length === 1) {\n if (Object.values(modelDef.fields).some((f) => f.id)) {\n // @id defined at field level\n return table;\n }\n }\n\n if (modelDef.idFields.length > 0) {\n table = table.addPrimaryKeyConstraint(\n `pk_${modelDef.name}`,\n modelDef.idFields.map((f) => this.getColumnName(modelDef.fields[f]!)),\n );\n }\n\n return table;\n }\n\n private addUniqueConstraint(table: CreateTableBuilder, modelDef: ModelDef) {\n for (const [key, value] of Object.entries(modelDef.uniqueFields)) {\n invariant(typeof value === 'object', 'expecting an object');\n if ('type' in value) {\n // uni-field constraint, check if it's already defined at field level\n const fieldDef = modelDef.fields[key]!;\n if (fieldDef.unique) {\n continue;\n }\n if (fieldDef.originModel && fieldDef.originModel !== modelDef.name) {\n // field is inherited from a base model, skip\n continue;\n }\n table = table.addUniqueConstraint(`unique_${modelDef.name}_${key}`, [this.getColumnName(fieldDef)]);\n } else {\n // multi-field constraint, if any field is inherited from base model, skip\n if (\n Object.keys(value).some((f) => {\n const fDef = modelDef.fields[f]!;\n return fDef.originModel && fDef.originModel !== modelDef.name;\n })\n ) {\n continue;\n }\n table = table.addUniqueConstraint(\n `unique_${modelDef.name}_${key}`,\n Object.keys(value).map((f) => this.getColumnName(modelDef.fields[f]!)),\n );\n }\n }\n return table;\n }\n\n private createModelField(table: CreateTableBuilder, fieldDef: FieldDef, modelDef: ModelDef) {\n return table.addColumn(this.getColumnName(fieldDef), this.mapFieldType(fieldDef), (col) => {\n // @id\n if (fieldDef.id && modelDef.idFields.length === 1) {\n col = col.primaryKey();\n }\n\n // @default\n if (fieldDef.default !== undefined && this.isDefaultValueSupportedForType(fieldDef.type)) {\n if (typeof fieldDef.default === 'object' && 'kind' in fieldDef.default) {\n if (ExpressionUtils.isCall(fieldDef.default) && fieldDef.default.function === 'now') {\n col =\n this.schema.provider.type === 'mysql'\n ? col.defaultTo(sql`CURRENT_TIMESTAMP(3)`)\n : col.defaultTo(sql`CURRENT_TIMESTAMP`);\n }\n } else {\n if (\n this.schema.provider.type === 'mysql' &&\n fieldDef.type === 'DateTime' &&\n typeof fieldDef.default === 'string'\n ) {\n const defaultValue = new Date(fieldDef.default).toISOString().replace('Z', '+00:00');\n col = col.defaultTo(defaultValue);\n } else {\n col = col.defaultTo(fieldDef.default);\n }\n }\n }\n\n // @unique\n if (fieldDef.unique) {\n col = col.unique();\n }\n\n // nullable\n if (!fieldDef.optional && !fieldDef.array) {\n col = col.notNull();\n }\n\n if (this.isAutoIncrement(fieldDef) && this.columnSupportsAutoIncrement()) {\n col = col.autoIncrement();\n }\n\n return col;\n });\n }\n\n private isDefaultValueSupportedForType(type: string) {\n return match(this.schema.provider.type)\n .with('postgresql', () => true)\n .with('sqlite', () => true)\n .with('mysql', () => !['Json', 'Bytes'].includes(type))\n .exhaustive();\n }\n\n private mapFieldType(fieldDef: FieldDef) {\n if (this.schema.enums?.[fieldDef.type]) {\n if (this.schema.provider.type === 'postgresql') {\n return sql.ref(fieldDef.type);\n } else if (this.schema.provider.type === 'mysql') {\n // MySQL requires inline ENUM definition\n const enumDef = this.schema.enums[fieldDef.type]!;\n let enumValues: string[];\n if (enumDef.fields) {\n enumValues = Object.values(enumDef.fields).map((f) => {\n const mapAttr = f.attributes?.find((a) => a.name === '@map');\n if (!mapAttr || !mapAttr.args?.[0]) {\n return f.name;\n } else {\n const mappedName = ExpressionUtils.getLiteralValue(mapAttr.args[0].value);\n invariant(\n mappedName && typeof mappedName === 'string',\n `Invalid @map attribute for enum field ${f.name}`,\n );\n return mappedName;\n }\n });\n } else {\n enumValues = Object.values(enumDef.values);\n }\n return sql.raw(`enum(${enumValues.map((v) => `'${v}'`).join(', ')})`);\n } else {\n return 'text';\n }\n }\n\n if (this.isAutoIncrement(fieldDef) && this.schema.provider.type === 'postgresql') {\n return 'serial';\n }\n\n if (this.isCustomType(fieldDef.type)) {\n return this.jsonType;\n }\n\n const type = fieldDef.type as BuiltinType;\n const result = match>(type)\n .with('String', () => this.stringType)\n .with('Boolean', () => this.booleanType)\n .with('Int', () => this.intType)\n .with('Float', () => this.floatType)\n .with('BigInt', () => this.bigIntType)\n .with('Decimal', () => this.decimalType)\n .with('DateTime', () => this.dateTimeType)\n .with('Bytes', () => this.bytesType)\n .with('Json', () => this.jsonType)\n .otherwise(() => {\n throw new Error(`Unsupported field type: ${type}`);\n });\n\n if (fieldDef.array) {\n // Kysely doesn't support array type natively\n return sql.raw(`${result}[]`);\n } else {\n return result as ColumnDataType;\n }\n }\n\n private isCustomType(type: string) {\n return this.schema.typeDefs && Object.values(this.schema.typeDefs).some((def) => def.name === type);\n }\n\n private isAutoIncrement(fieldDef: FieldDef) {\n return (\n fieldDef.default &&\n ExpressionUtils.isCall(fieldDef.default) &&\n fieldDef.default.function === 'autoincrement'\n );\n }\n\n private addForeignKeyConstraint(\n table: CreateTableBuilder,\n model: string,\n fieldName: string,\n fieldDef: FieldDef,\n ) {\n invariant(fieldDef.relation, 'field must be a relation');\n\n if (!fieldDef.relation.fields || !fieldDef.relation.references) {\n // not fk side\n return table;\n }\n\n const modelDef = requireModel(this.schema, model);\n const relationModelDef = requireModel(this.schema, fieldDef.type);\n\n table = table.addForeignKeyConstraint(\n `fk_${model}_${fieldName}`,\n fieldDef.relation.fields.map((f) => this.getColumnName(modelDef.fields[f]!)),\n this.getTableName(relationModelDef),\n fieldDef.relation.references.map((f) => this.getColumnName(relationModelDef.fields[f]!)),\n (cb) => {\n if (fieldDef.relation?.onDelete) {\n cb = cb.onDelete(this.mapCascadeAction(fieldDef.relation.onDelete));\n } else if (fieldDef.optional) {\n cb = cb.onDelete('set null');\n } else {\n cb = cb.onDelete('restrict');\n }\n\n if (fieldDef.relation?.onUpdate) {\n cb = cb.onUpdate(this.mapCascadeAction(fieldDef.relation.onUpdate));\n } else {\n cb = cb.onUpdate('cascade');\n }\n return cb;\n },\n );\n return table;\n }\n\n private mapCascadeAction(action: CascadeAction) {\n return match(action)\n .with('SetNull', () => 'set null')\n .with('Cascade', () => 'cascade')\n .with('Restrict', () => 'restrict')\n .with('NoAction', () => 'no action')\n .with('SetDefault', () => 'set default')\n .exhaustive();\n }\n\n // #region Type mappings and capabilities\n\n private get jsonType(): ColumnDataType {\n return match(this.schema.provider.type)\n .with('mysql', () => 'json')\n .otherwise(() => 'jsonb');\n }\n\n private get bytesType(): ColumnDataType {\n return match(this.schema.provider.type)\n .with('postgresql', () => 'bytea')\n .with('mysql', () => 'blob')\n .otherwise(() => 'blob');\n }\n\n private get stringType() {\n return match>(this.schema.provider.type)\n .with('mysql', () => sql.raw('varchar(255)'))\n .otherwise(() => 'text');\n }\n\n private get booleanType() {\n return match>(this.schema.provider.type)\n .with('mysql', () => sql.raw('tinyint(1)'))\n .otherwise(() => 'boolean');\n }\n\n private get intType(): ColumnDataType {\n return 'integer';\n }\n\n private get floatType() {\n return match>(this.schema.provider.type)\n .with('postgresql', () => 'double precision')\n .with('mysql', () => sql.raw('double'))\n .otherwise(() => 'real');\n }\n\n private get bigIntType(): ColumnDataType {\n return 'bigint';\n }\n\n private get decimalType() {\n return match>(this.schema.provider.type)\n .with('mysql', () => sql.raw('decimal(65, 30)'))\n .otherwise(() => 'decimal');\n }\n\n private get dateTimeType() {\n return match>(this.schema.provider.type)\n .with('mysql', () => sql.raw('datetime(3)'))\n .otherwise(() => 'timestamp');\n }\n\n private columnSupportsAutoIncrement() {\n return ['sqlite', 'mysql'].includes(this.schema.provider.type);\n }\n\n // #endregion\n}\n","import type { ClientContract } from './contract';\n\n/**\n * A promise that only executes when it's awaited or .then() is called.\n */\nexport interface ZenStackPromise extends Promise {\n [Symbol.toStringTag]: 'ZenStackPromise';\n}\n\n/**\n * Creates a promise that only executes when it's awaited or .then() is called.\n * @see https://github.com/prisma/prisma/blob/main/packages/client/src/runtime/core/request/createPrismaPromise.ts\n */\nexport function createZenStackPromise(\n callback: (txClient?: ClientContract) => Promise,\n): ZenStackPromise {\n let promise: Promise | undefined;\n const cb = (txClient?: ClientContract) => {\n try {\n return (promise ??= valueToPromise(callback(txClient)));\n } catch (err) {\n // deal with synchronous errors\n return Promise.reject(err);\n }\n };\n\n return {\n then(onFulfilled, onRejected) {\n return cb().then(onFulfilled, onRejected);\n },\n catch(onRejected) {\n return cb().catch(onRejected);\n },\n finally(onFinally) {\n return cb().finally(onFinally);\n },\n cb,\n [Symbol.toStringTag]: 'ZenStackPromise',\n } as ZenStackPromise;\n}\n\nfunction valueToPromise(thing: any): Promise {\n if (typeof thing === 'object' && typeof thing?.then === 'function') {\n return thing;\n } else {\n return Promise.resolve(thing);\n }\n}\n","import type { BuiltinType, FieldDef, GetModels, SchemaDef } from '@zenstackhq/schema';\nimport { DELEGATE_JOINED_FIELD_PREFIX } from './constants';\nimport { getCrudDialect } from './crud/dialects';\nimport type { BaseCrudDialect } from './crud/dialects/base-dialect';\nimport type { ClientOptions } from './options';\nimport { ensureArray, getField, getIdValues } from './query-utils';\n\nexport class ResultProcessor {\n private dialect: BaseCrudDialect;\n constructor(\n private readonly schema: Schema,\n options: ClientOptions,\n ) {\n this.dialect = getCrudDialect(schema, options);\n }\n\n processResult(data: any, model: GetModels, args?: any) {\n const result = this.doProcessResult(data, model);\n // deal with correcting the reversed order due to negative take\n this.fixReversedResult(result, model, args);\n return result;\n }\n\n private doProcessResult(data: any, model: GetModels) {\n // pre-resolve field definitions from the first row's keys\n const firstRow = Array.isArray(data) ? data[0] : data;\n if (!firstRow || typeof firstRow !== 'object') {\n return data;\n }\n\n const fields = this.resolveFields(firstRow, model);\n\n if (Array.isArray(data)) {\n data.forEach((row, i) => (data[i] = this.processRow(row, fields)));\n return data;\n } else {\n return this.processRow(data, fields);\n }\n }\n\n private resolveFields(row: any, model: GetModels): FieldDef[] {\n if (!row || typeof row !== 'object') {\n return [];\n }\n const result: FieldDef[] = [];\n for (const key of Object.keys(row)) {\n if (key === '_count' || key.startsWith(DELEGATE_JOINED_FIELD_PREFIX)) {\n continue;\n }\n const fieldDef = getField(this.schema, model, key);\n if (fieldDef) {\n result.push(fieldDef);\n }\n }\n return result;\n }\n\n private processRow(data: any, fields: FieldDef[]) {\n if (!data || typeof data !== 'object') {\n return data;\n }\n\n // handle special keys\n for (const key of Object.keys(data)) {\n const value = data[key];\n if (value === undefined) {\n continue;\n }\n\n if (key === '_count') {\n // underlying database provider may return string for count\n data[key] = typeof value === 'string' ? JSON.parse(value) : value;\n } else if (key.startsWith(DELEGATE_JOINED_FIELD_PREFIX)) {\n // merge delegate descendant fields\n if (value) {\n // descendant fields are packed as JSON\n const subRow = this.dialect.transformOutput(value, 'Json', false);\n\n // process the sub-row\n const subModel = key.slice(DELEGATE_JOINED_FIELD_PREFIX.length) as GetModels;\n const idValues = getIdValues(this.schema, subModel, subRow);\n if (Object.values(idValues).some((v) => v === null || v === undefined)) {\n // if the row doesn't have a valid id, the joined row doesn't exist\n delete data[key];\n continue;\n }\n const subFields = this.resolveFields(subRow, subModel);\n const processedSubRow = this.processRow(subRow, subFields);\n\n // merge the sub-row into the main row\n Object.assign(data, processedSubRow);\n }\n delete data[key];\n }\n }\n\n // process regular fields using pre-resolved field definitions\n for (const fieldDef of fields) {\n const value = data[fieldDef.name];\n if (value === undefined) {\n continue;\n }\n\n if (value === null) {\n // scalar list defaults to empty array\n if (fieldDef.array && !fieldDef.relation) {\n data[fieldDef.name] = [];\n }\n continue;\n }\n\n if (fieldDef.relation) {\n data[fieldDef.name] = this.processRelation(value, fieldDef);\n } else {\n data[fieldDef.name] = this.processFieldValue(value, fieldDef);\n }\n }\n\n return data;\n }\n\n private processFieldValue(value: unknown, fieldDef: FieldDef) {\n const type = fieldDef.type as BuiltinType;\n if (Array.isArray(value)) {\n value.forEach((v, i) => (value[i] = this.dialect.transformOutput(v, type, false)));\n return value;\n } else {\n return this.dialect.transformOutput(value, type, !!fieldDef.array);\n }\n }\n\n private processRelation(value: unknown, fieldDef: FieldDef) {\n let relationData = value;\n if (typeof value === 'string') {\n // relation can be returned as a JSON string\n try {\n relationData = JSON.parse(value);\n } catch {\n return value;\n }\n }\n return this.doProcessResult(relationData, fieldDef.type as GetModels);\n }\n\n private fixReversedResult(data: any, model: GetModels, args: any) {\n if (!data) {\n return;\n }\n\n if (Array.isArray(data) && typeof args === 'object' && args && args.take !== undefined && args.take < 0) {\n data.reverse();\n }\n\n const selectInclude = args?.include ?? args?.select;\n if (!selectInclude) {\n return;\n }\n\n for (const row of ensureArray(data)) {\n for (const [field, value] of Object.entries(selectInclude)) {\n if (typeof value !== 'object' || !value) {\n continue;\n }\n const fieldDef = getField(this.schema, model, field);\n if (!fieldDef || !fieldDef.relation || !fieldDef.array) {\n continue;\n }\n this.fixReversedResult(row[field], fieldDef.type as GetModels, value);\n }\n }\n }\n}\n","import { invariant, lowerCaseFirst } from '@zenstackhq/common-helpers';\nimport type { ProcedureDef, SchemaDef } from '@zenstackhq/schema';\nimport type { QueryExecutor } from 'kysely';\nimport {\n CompiledQuery,\n DefaultConnectionProvider,\n DefaultQueryExecutor,\n Kysely,\n Log,\n sql,\n Transaction,\n type KyselyProps,\n} from 'kysely';\nimport z from 'zod';\nimport type { AnyKysely } from '../utils/kysely-utils';\nimport type { UnwrapTuplePromises } from '../utils/type-utils';\nimport { formatError } from '../utils/zod-utils';\nimport type {\n AuthType,\n ClientConstructor,\n ClientContract,\n ModelOperations,\n TransactionIsolationLevel,\n} from './contract';\nimport { AggregateOperationHandler } from './crud/operations/aggregate';\nimport type { AllCrudOperations, CoreCrudOperations } from './crud/operations/base';\nimport { BaseOperationHandler } from './crud/operations/base';\nimport { CountOperationHandler } from './crud/operations/count';\nimport { CreateOperationHandler } from './crud/operations/create';\nimport { DeleteOperationHandler } from './crud/operations/delete';\nimport { ExistsOperationHandler } from './crud/operations/exists';\nimport { FindOperationHandler } from './crud/operations/find';\nimport { GroupByOperationHandler } from './crud/operations/group-by';\nimport { UpdateOperationHandler } from './crud/operations/update';\nimport { InputValidator } from './crud/validator';\nimport type { Diagnostics, QueryInfo } from './diagnostics';\nimport { createConfigError, createNotFoundError, createNotSupportedError } from './errors';\nimport { ZenStackDriver } from './executor/zenstack-driver';\nimport { ZenStackQueryExecutor } from './executor/zenstack-query-executor';\nimport * as BuiltinFunctions from './functions';\nimport { SchemaDbPusher } from './helpers/schema-db-pusher';\nimport type { ClientOptions, ProceduresOptions } from './options';\nimport type { AnyPlugin } from './plugin';\nimport { createZenStackPromise, type ZenStackPromise } from './promise';\nimport { fieldHasDefaultValue, getField, isUnsupportedField, requireModel } from './query-utils';\nimport { ResultProcessor } from './result-processor';\n\ntype ExtResultFieldDef = {\n needs: Record;\n compute: (data: Record) => unknown;\n};\n\n/**\n * ZenStack ORM client.\n */\nexport const ZenStackClient = function (\n this: any,\n schema: Schema,\n options: ClientOptions,\n) {\n return new ClientImpl(schema, options as ClientOptions);\n} as unknown as ClientConstructor;\n\nexport class ClientImpl {\n private kysely: AnyKysely;\n private kyselyRaw: AnyKysely;\n public readonly $options: ClientOptions;\n public readonly $schema: SchemaDef;\n readonly kyselyProps: KyselyProps;\n private auth: AuthType | undefined;\n inputValidator: InputValidator;\n readonly slowQueries: QueryInfo[] = [];\n\n constructor(\n private readonly schema: SchemaDef,\n private options: ClientOptions,\n baseClient?: ClientImpl,\n executor?: QueryExecutor,\n ) {\n this.$schema = schema;\n this.$options = options;\n\n this.$options.functions = {\n ...BuiltinFunctions,\n ...this.$options.functions,\n };\n\n this.validateOptions(baseClient, options);\n\n // here we use kysely's props constructor so we can pass a custom query executor\n if (baseClient) {\n this.kyselyProps = {\n ...baseClient.kyselyProps,\n executor:\n executor ??\n new ZenStackQueryExecutor(\n this,\n baseClient.kyselyProps.driver as ZenStackDriver,\n baseClient.kyselyProps.dialect.createQueryCompiler(),\n baseClient.kyselyProps.dialect.createAdapter(),\n new DefaultConnectionProvider(baseClient.kyselyProps.driver),\n ),\n };\n this.kyselyRaw = baseClient.kyselyRaw;\n this.auth = baseClient.auth;\n this.slowQueries = baseClient.slowQueries;\n } else {\n const driver = new ZenStackDriver(options.dialect.createDriver(), new Log(this.$options.log ?? []));\n const compiler = options.dialect.createQueryCompiler();\n const adapter = options.dialect.createAdapter();\n const connectionProvider = new DefaultConnectionProvider(driver);\n\n this.kyselyProps = {\n config: {\n dialect: options.dialect,\n log: this.$options.log,\n },\n dialect: options.dialect,\n driver,\n executor: executor ?? new ZenStackQueryExecutor(this, driver, compiler, adapter, connectionProvider),\n };\n\n // raw kysely instance with default executor\n this.kyselyRaw = new Kysely({\n ...this.kyselyProps,\n executor: new DefaultQueryExecutor(compiler, adapter, connectionProvider, []),\n });\n }\n\n if (baseClient?.isTransaction && !executor) {\n // if we're creating a derived client from a transaction client and not replacing\n // the executor, reuse the current kysely instance to retain the transaction context\n this.kysely = baseClient.$qb;\n } else {\n this.kysely = new Kysely(this.kyselyProps);\n }\n\n this.inputValidator =\n baseClient?.inputValidator ??\n new InputValidator(this as any, { enabled: this.$options.validateInput !== false });\n\n return createClientProxy(this);\n }\n\n private validateOptions(baseClient: ClientImpl | undefined, options: ClientOptions) {\n if (!baseClient && !options.skipValidationForComputedFields) {\n // validate computed fields configuration once for the root client\n this.validateComputedFieldsConfig(options);\n }\n\n if (options.diagnostics) {\n const diagnosticsSchema = z.object({\n slowQueryThresholdMs: z.number().nonnegative().optional(),\n slowQueryMaxRecords: z.int().nonnegative().or(z.literal(Infinity)).optional(),\n });\n const parseResult = diagnosticsSchema.safeParse(options.diagnostics);\n if (!parseResult.success) {\n throw createConfigError(`Invalid diagnostics configuration: ${formatError(parseResult.error)}`);\n }\n }\n }\n\n /**\n * Validates that all computed fields in the schema have corresponding configurations.\n */\n private validateComputedFieldsConfig(options: ClientOptions) {\n const computedFieldsConfig =\n 'computedFields' in options ? (options.computedFields as Record | undefined) : undefined;\n\n for (const [modelName, modelDef] of Object.entries(this.$schema.models)) {\n if (modelDef.computedFields) {\n for (const fieldName of Object.keys(modelDef.computedFields)) {\n // check both uncapitalized (current) and original (backward compat) model name\n const modelConfig =\n computedFieldsConfig?.[lowerCaseFirst(modelName)] ?? computedFieldsConfig?.[modelName];\n const fieldConfig = modelConfig?.[fieldName];\n // Check if the computed field has a configuration\n if (fieldConfig === null || fieldConfig === undefined) {\n throw createConfigError(\n `Computed field \"${fieldName}\" in model \"${modelName}\" does not have a configuration. ` +\n `Please provide an implementation in the computedFields option.`,\n );\n }\n // Check that the configuration is a function\n if (typeof fieldConfig !== 'function') {\n throw createConfigError(\n `Computed field \"${fieldName}\" in model \"${modelName}\" has an invalid configuration: ` +\n `expected a function but received ${typeof fieldConfig}.`,\n );\n }\n }\n }\n }\n }\n\n get $qb() {\n return this.kysely;\n }\n\n get $qbRaw() {\n return this.kyselyRaw;\n }\n\n get $zod() {\n return this.inputValidator.zodFactory;\n }\n\n get isTransaction() {\n return this.kysely.isTransaction;\n }\n\n /**\n * Create a new client with a new query executor.\n */\n withExecutor(executor: QueryExecutor) {\n return new ClientImpl(this.schema, this.$options, this, executor);\n }\n\n // overload for interactive transaction\n $transaction(\n callback: (tx: ClientContract) => Promise,\n options?: { isolationLevel?: TransactionIsolationLevel },\n ): Promise;\n\n // overload for sequential transaction\n $transaction

[]>(\n arg: [...P],\n options?: { isolationLevel?: TransactionIsolationLevel },\n ): Promise>;\n\n // implementation\n async $transaction(input: any, options?: { isolationLevel?: TransactionIsolationLevel }) {\n invariant(\n typeof input === 'function' || (Array.isArray(input) && input.every((p) => p.then && p.cb)),\n 'Invalid transaction input, expected a function or an array of ZenStackPromise',\n );\n if (typeof input === 'function') {\n return this.interactiveTransaction(input, options);\n } else {\n return this.sequentialTransaction(input, options);\n }\n }\n\n forceTransaction() {\n if (!this.kysely.isTransaction) {\n this.kysely = new Transaction(this.kyselyProps);\n }\n }\n\n private async interactiveTransaction(\n callback: (tx: ClientContract) => Promise,\n options?: { isolationLevel?: TransactionIsolationLevel },\n ): Promise {\n if (this.kysely.isTransaction) {\n // proceed directly if already in a transaction\n return callback(this as unknown as ClientContract);\n } else {\n // otherwise, create a new transaction, clone the client, and execute the callback\n let txBuilder = this.kysely.transaction();\n if (options?.isolationLevel) {\n txBuilder = txBuilder.setIsolationLevel(options.isolationLevel);\n }\n return txBuilder.execute((tx) => {\n const txClient = new ClientImpl(this.schema, this.$options, this);\n txClient.kysely = tx;\n return callback(txClient as unknown as ClientContract);\n });\n }\n }\n\n private getPromiseCallback(promise: ZenStackPromise) {\n invariant((promise as any).cb, 'Invalid ZenStackPromise, missing cb property');\n const cb = (promise as any).cb;\n invariant(typeof cb === 'function', 'Invalid ZenStackPromise, cb property is not a function');\n return (promise as any).cb;\n }\n\n private async sequentialTransaction(\n arg: ZenStackPromise[],\n options?: { isolationLevel?: TransactionIsolationLevel },\n ) {\n const execute = async (tx: AnyKysely) => {\n const txClient = new ClientImpl(this.schema, this.$options, this);\n txClient.kysely = tx;\n const result: any[] = [];\n for (const promise of arg) {\n const cb = this.getPromiseCallback(promise);\n result.push(await cb(txClient as unknown as ClientContract));\n }\n return result;\n };\n if (this.kysely.isTransaction) {\n // proceed directly if already in a transaction\n return execute(this.kysely);\n } else {\n // otherwise, create a new transaction, clone the client, and execute the callback\n let txBuilder = this.kysely.transaction();\n if (options?.isolationLevel) {\n txBuilder = txBuilder.setIsolationLevel(options.isolationLevel);\n }\n return txBuilder.execute((tx) => execute(tx as AnyKysely));\n }\n }\n\n get $procs() {\n return Object.keys(this.$schema.procedures ?? {}).reduce((acc, name) => {\n // Filter procedures based on slicing configuration\n if (!isProcedureIncluded(this.$options, name)) {\n return acc;\n }\n acc[name] = (input?: unknown) => this.handleProc(name, input);\n return acc;\n }, {} as any);\n }\n\n private async handleProc(name: string, input: unknown) {\n if (!('procedures' in this.$options) || !this.$options || typeof this.$options.procedures !== 'object') {\n throw createConfigError('Procedures are not configured for the client.');\n }\n\n const procDef = (this.$schema.procedures ?? {})[name];\n if (!procDef) {\n throw createConfigError(`Procedure \"${name}\" is not defined in schema.`);\n }\n\n const procOptions = this.$options.procedures as ProceduresOptions<\n SchemaDef & {\n procedures: Record;\n }\n >;\n if (!procOptions[name] || typeof procOptions[name] !== 'function') {\n throw createConfigError(`Procedure \"${name}\" does not have a handler configured.`);\n }\n\n // Validate inputs using the same validator infrastructure as CRUD operations.\n const validatedInput = this.inputValidator.validateProcedureInput(name, input);\n\n const handler = procOptions[name] as Function;\n\n const invokeWithClient = async (client: any, _input: unknown) => {\n let proceed = async (nextInput: unknown) => {\n const sanitizedNextInput =\n nextInput && typeof nextInput === 'object' && !Array.isArray(nextInput) ? nextInput : {};\n\n return handler({ client, ...sanitizedNextInput });\n };\n\n // apply plugins\n const plugins = [...(client.$options?.plugins ?? [])];\n for (const plugin of plugins) {\n const onProcedure = plugin.onProcedure;\n if (onProcedure) {\n const _proceed = proceed;\n proceed = (nextInput: unknown) =>\n onProcedure({\n client,\n name,\n mutation: !!procDef.mutation,\n input: nextInput,\n proceed: (finalInput: unknown) => _proceed(finalInput),\n }) as Promise;\n }\n }\n\n return proceed(_input);\n };\n\n return invokeWithClient(this as any, validatedInput);\n }\n\n async $connect() {\n await this.kysely.connection().execute(async (conn) => {\n await conn.executeQuery(sql`select 1`.compile(this.kysely));\n });\n }\n\n async $disconnect() {\n await this.kysely.destroy();\n }\n\n async $pushSchema() {\n await new SchemaDbPusher(this.schema, this.kysely).push();\n }\n\n $use(plugin: AnyPlugin) {\n const newPlugins: AnyPlugin[] = [...(this.$options.plugins ?? []), plugin];\n const newOptions: ClientOptions = {\n ...this.options,\n plugins: newPlugins,\n };\n const newClient = new ClientImpl(this.schema, newOptions, this);\n // create a new validator to have a fresh schema cache, because plugins may extend the\n // query args schemas\n newClient.inputValidator = new InputValidator(newClient as any, {\n enabled: newOptions.validateInput !== false,\n });\n return newClient;\n }\n\n $unuse(pluginId: string) {\n // tsc perf\n const newPlugins: AnyPlugin[] = [];\n for (const plugin of this.options.plugins ?? []) {\n if (plugin.id !== pluginId) {\n newPlugins.push(plugin);\n }\n }\n const newOptions: ClientOptions = {\n ...this.options,\n plugins: newPlugins,\n };\n const newClient = new ClientImpl(this.schema, newOptions, this);\n // create a new validator to have a fresh schema cache, because plugins may\n // extend the query args schemas\n newClient.inputValidator = new InputValidator(newClient as any, {\n enabled: newClient.$options.validateInput !== false,\n });\n return newClient;\n }\n\n $unuseAll() {\n // tsc perf\n const newOptions: ClientOptions = {\n ...this.options,\n plugins: [] as AnyPlugin[],\n };\n const newClient = new ClientImpl(this.schema, newOptions, this);\n // create a new validator to have a fresh schema cache, because plugins may\n // extend the query args schemas\n newClient.inputValidator = new InputValidator(newClient as any, {\n enabled: newOptions.validateInput !== false,\n });\n return newClient;\n }\n\n $setAuth(auth: AuthType | undefined) {\n if (auth !== undefined && (typeof auth !== 'object' || auth === null || Array.isArray(auth))) {\n throw new Error('Invalid auth object');\n }\n const newClient = new ClientImpl(this.schema, this.$options, this);\n newClient.auth = auth;\n return newClient;\n }\n\n get $auth() {\n return this.auth;\n }\n\n $setOptions>(options: Options): ClientContract {\n const newClient = new ClientImpl(this.schema, options as ClientOptions, this);\n // create a new validator to have a fresh schema cache, because options may change validation settings\n newClient.inputValidator = new InputValidator(newClient as any, {\n enabled: newClient.$options.validateInput !== false,\n });\n return newClient as unknown as ClientContract;\n }\n\n $setInputValidation(enable: boolean) {\n const newOptions: ClientOptions = {\n ...this.options,\n validateInput: enable,\n };\n return this.$setOptions(newOptions);\n }\n\n get $diagnostics(): Promise {\n return Promise.resolve({\n zodCache: this.inputValidator.zodFactory.cacheStats,\n slowQueries: this.slowQueries.map((q) => ({ ...q })).sort((a, b) => b.durationMs - a.durationMs),\n });\n }\n\n $executeRaw(query: TemplateStringsArray, ...values: any[]) {\n return createZenStackPromise(async () => {\n const result = await sql(query, ...values).execute(this.kysely);\n return Number(result.numAffectedRows ?? 0);\n });\n }\n\n $executeRawUnsafe(query: string, ...values: any[]) {\n return createZenStackPromise(async () => {\n const compiledQuery = this.createRawCompiledQuery(query, values);\n const result = await this.kysely.executeQuery(compiledQuery);\n return Number(result.numAffectedRows ?? 0);\n });\n }\n\n $queryRaw(query: TemplateStringsArray, ...values: any[]) {\n return createZenStackPromise(async () => {\n const result = await sql(query, ...values).execute(this.kysely);\n return result.rows as T;\n });\n }\n\n $queryRawUnsafe(query: string, ...values: any[]) {\n return createZenStackPromise(async () => {\n const compiledQuery = this.createRawCompiledQuery(query, values);\n const result = await this.kysely.executeQuery(compiledQuery);\n return result.rows as T;\n });\n }\n\n private createRawCompiledQuery(query: string, values: any[]) {\n const q = CompiledQuery.raw(query, values);\n return { ...q, $raw: true } as CompiledQuery;\n }\n}\n\nfunction createClientProxy(client: ClientImpl): ClientImpl {\n const resultProcessor = new ResultProcessor(client.$schema, client.$options);\n\n return new Proxy(client, {\n get: (target, prop, receiver) => {\n if (typeof prop === 'string' && prop.startsWith('$')) {\n // Check for plugin-provided members (search in reverse order so later plugins win)\n const plugins = target.$options.plugins ?? [];\n for (let i = plugins.length - 1; i >= 0; i--) {\n const plugin = plugins[i];\n const clientMembers = plugin?.client as Record | undefined;\n if (clientMembers && prop in clientMembers) {\n return clientMembers[prop];\n }\n }\n // Fall through to built-in $ methods\n return Reflect.get(target, prop, receiver);\n }\n\n if (typeof prop === 'string') {\n const model = Object.keys(client.$schema.models).find((m) => m.toLowerCase() === prop.toLowerCase());\n if (model) {\n // Check if model is allowed by slicing configuration\n if (!isModelIncluded(client.$options, model)) {\n return undefined;\n }\n return createModelCrudHandler(client as any, model, client.inputValidator, resultProcessor);\n }\n }\n\n return Reflect.get(target, prop, receiver);\n },\n }) as unknown as ClientImpl;\n}\n\n/**\n * Checks if a model should be included based on slicing configuration.\n */\nfunction isModelIncluded(options: ClientOptions, model: string): boolean {\n const slicing = options.slicing;\n if (!slicing) {\n // No slicing config, include all models\n return true;\n }\n\n const { includedModels, excludedModels } = slicing;\n\n // If includedModels is specified (even if empty), only include those models\n if (includedModels !== undefined) {\n if (!includedModels.includes(model as any)) {\n return false;\n }\n }\n\n // Then check if model is excluded\n if (excludedModels && excludedModels.length > 0) {\n if (excludedModels.includes(model as any)) {\n return false;\n }\n }\n\n return true;\n}\n\n/**\n * Checks if a procedure should be included based on slicing configuration.\n */\nfunction isProcedureIncluded(options: ClientOptions, procedureName: string): boolean {\n const slicing = options.slicing;\n if (!slicing) {\n // No slicing config, include all procedures\n return true;\n }\n\n const { includedProcedures, excludedProcedures } = slicing;\n\n // If includedProcedures is specified (even if empty), only include those procedures\n if (includedProcedures !== undefined) {\n if (!(includedProcedures as readonly string[]).includes(procedureName)) {\n return false;\n }\n }\n\n // Then check if procedure is excluded (exclusion takes precedence)\n if (excludedProcedures && excludedProcedures.length > 0) {\n if ((excludedProcedures as readonly string[]).includes(procedureName)) {\n return false;\n }\n }\n\n return true;\n}\n\nfunction createModelCrudHandler(\n client: ClientContract,\n model: string,\n inputValidator: InputValidator,\n resultProcessor: ResultProcessor,\n): ModelOperations {\n // check if any plugin defines ext result fields\n const plugins = client.$options.plugins ?? [];\n const schema = client.$schema;\n const hasAnyExtResult = hasExtResultFieldDefs(plugins);\n\n const createPromise = (\n operation: CoreCrudOperations,\n nominalOperation: AllCrudOperations,\n args: unknown,\n handler: BaseOperationHandler,\n postProcess = false,\n throwIfNoResult = false,\n ) => {\n return createZenStackPromise(async (txClient?: ClientContract) => {\n let proceed = async (_args: unknown) => {\n // prepare args for ext result: strip ext result field names from select/omit,\n // inject needs fields into select (recursively handles nested relations)\n const shouldApplyExtResult = hasAnyExtResult && EXT_RESULT_OPERATIONS.has(operation);\n const processedArgs = shouldApplyExtResult\n ? prepareArgsForExtResult(_args, model, schema, plugins)\n : _args;\n\n const _handler = txClient ? handler.withClient(txClient) : handler;\n const r = await _handler.handle(operation, processedArgs);\n if (!r && throwIfNoResult) {\n throw createNotFoundError(model);\n }\n let result: unknown;\n if (r && postProcess) {\n result = resultProcessor.processResult(r, model, processedArgs);\n } else {\n result = r ?? null;\n }\n\n // compute ext result fields (recursively handles nested relations)\n if (result && shouldApplyExtResult) {\n result = applyExtResult(result, model, _args, schema, plugins);\n }\n\n return result;\n };\n\n // apply plugins\n const plugins = [...(client.$options.plugins ?? [])];\n for (const plugin of plugins) {\n const onQuery = plugin.onQuery;\n if (onQuery) {\n const _proceed = proceed;\n proceed = (_args: unknown) => {\n const ctx: any = {\n client,\n model,\n operation: nominalOperation,\n // reflect the latest override if provided\n args: _args,\n // ensure inner overrides are propagated to the previous proceed\n proceed: (nextArgs: unknown) => _proceed(nextArgs),\n };\n return (onQuery as (ctx: any) => Promise)(ctx);\n };\n }\n }\n\n return proceed(args);\n });\n };\n\n // type parameters to operation handlers are explicitly specified to improve tsc performance\n const operations = {\n findUnique: (args: unknown) => {\n return createPromise(\n 'findUnique',\n 'findUnique',\n args,\n new FindOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n findUniqueOrThrow: (args: unknown) => {\n return createPromise(\n 'findUnique',\n 'findUniqueOrThrow',\n args,\n new FindOperationHandler(client, model, inputValidator),\n true,\n true,\n );\n },\n\n findFirst: (args: unknown) => {\n return createPromise(\n 'findFirst',\n 'findFirst',\n args,\n new FindOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n findFirstOrThrow: (args: unknown) => {\n return createPromise(\n 'findFirst',\n 'findFirstOrThrow',\n args,\n new FindOperationHandler(client, model, inputValidator),\n true,\n true,\n );\n },\n\n findMany: (args: unknown) => {\n return createPromise(\n 'findMany',\n 'findMany',\n args,\n new FindOperationHandler(client, model, inputValidator),\n true,\n false,\n );\n },\n\n create: (args: unknown) => {\n return createPromise(\n 'create',\n 'create',\n args,\n new CreateOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n createMany: (args: unknown) => {\n return createPromise(\n 'createMany',\n 'createMany',\n args,\n new CreateOperationHandler(client, model, inputValidator),\n false,\n );\n },\n\n createManyAndReturn: (args: unknown) => {\n if (client.$schema.provider.type === 'mysql') {\n throw createNotSupportedError(\n '\"createManyAndReturn\" is not supported by \"mysql\" provider. Use \"createMany\" or multiple \"create\" calls instead.',\n );\n }\n return createPromise(\n 'createManyAndReturn',\n 'createManyAndReturn',\n args,\n new CreateOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n update: (args: unknown) => {\n return createPromise(\n 'update',\n 'update',\n args,\n new UpdateOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n updateMany: (args: unknown) => {\n return createPromise(\n 'updateMany',\n 'updateMany',\n args,\n new UpdateOperationHandler(client, model, inputValidator),\n false,\n );\n },\n\n updateManyAndReturn: (args: unknown) => {\n if (client.$schema.provider.type === 'mysql') {\n throw createNotSupportedError(\n '\"updateManyAndReturn\" is not supported by \"mysql\" provider. Use \"updateMany\" or multiple \"update\" calls instead.',\n );\n }\n return createPromise(\n 'updateManyAndReturn',\n 'updateManyAndReturn',\n args,\n new UpdateOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n upsert: (args: unknown) => {\n return createPromise(\n 'upsert',\n 'upsert',\n args,\n new UpdateOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n delete: (args: unknown) => {\n return createPromise(\n 'delete',\n 'delete',\n args,\n new DeleteOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n deleteMany: (args: unknown) => {\n return createPromise(\n 'deleteMany',\n 'deleteMany',\n args,\n new DeleteOperationHandler(client, model, inputValidator),\n false,\n );\n },\n\n count: (args: unknown) => {\n return createPromise(\n 'count',\n 'count',\n args,\n new CountOperationHandler(client, model, inputValidator),\n false,\n );\n },\n\n aggregate: (args: unknown) => {\n return createPromise(\n 'aggregate',\n 'aggregate',\n args,\n new AggregateOperationHandler(client, model, inputValidator),\n false,\n );\n },\n\n groupBy: (args: unknown) => {\n return createPromise(\n 'groupBy',\n 'groupBy',\n args,\n new GroupByOperationHandler(client, model, inputValidator),\n true,\n );\n },\n\n exists: (args: unknown) => {\n return createPromise(\n 'exists',\n 'exists',\n args,\n new ExistsOperationHandler(client, model, inputValidator),\n false,\n );\n },\n };\n\n // Filter operations based on slicing configuration\n const slicing = client.$options.slicing;\n if (slicing?.models) {\n const modelSlicing = slicing.models[lowerCaseFirst(model) as any];\n const allSlicing = slicing.models.$all;\n\n // Determine includedOperations: model-specific takes precedence over $all\n const includedOperations = modelSlicing?.includedOperations ?? allSlicing?.includedOperations;\n\n // Determine excludedOperations: model-specific takes precedence over $all\n const excludedOperations = modelSlicing?.excludedOperations ?? allSlicing?.excludedOperations;\n\n // If includedOperations is specified, remove operations not in the list\n if (includedOperations !== undefined) {\n for (const key of Object.keys(operations)) {\n if (!includedOperations.includes(key as any)) {\n delete (operations as any)[key];\n }\n }\n }\n\n // Then remove explicitly excluded operations\n if (excludedOperations && excludedOperations.length > 0) {\n for (const operation of excludedOperations) {\n delete (operations as any)[operation];\n }\n }\n }\n\n // Remove create/upsert operations for models with required Unsupported fields\n const modelDef = requireModel(client.$schema, model);\n if (Object.values(modelDef.fields).some((f) => isUnsupportedField(f) && !f.optional && !fieldHasDefaultValue(f))) {\n for (const op of ['create', 'createMany', 'createManyAndReturn', 'upsert'] as const) {\n delete (operations as any)[op];\n }\n }\n\n return operations as ModelOperations;\n}\n\n// #region Extended result field helpers\n\n// operations that return model rows and should have ext result fields applied\nconst EXT_RESULT_OPERATIONS = new Set([\n 'findMany',\n 'findUnique',\n 'findFirst',\n 'create',\n 'createManyAndReturn',\n 'update',\n 'updateManyAndReturn',\n 'upsert',\n 'delete',\n]);\n\n/**\n * Returns true if any plugin defines ext result fields for any model.\n */\nfunction hasExtResultFieldDefs(plugins: AnyPlugin[]): boolean {\n return plugins.some((p) => p.result && Object.keys(p.result).length > 0);\n}\n\n/**\n * Collects extended result field definitions from all plugins for a given model.\n */\nfunction collectExtResultFieldDefs(\n model: string,\n schema: SchemaDef,\n plugins: AnyPlugin[],\n): Map {\n const defs = new Map();\n for (const plugin of plugins) {\n const resultConfig = plugin.result;\n if (resultConfig) {\n const modelConfig = resultConfig[lowerCaseFirst(model)];\n if (modelConfig) {\n for (const [fieldName, fieldDef] of Object.entries(modelConfig)) {\n if (getField(schema, model, fieldName)) {\n throw new Error(\n `Plugin \"${plugin.id}\" registers ext result field \"${fieldName}\" on model \"${model}\" which conflicts with an existing model field`,\n );\n }\n for (const needField of Object.keys((fieldDef as ExtResultFieldDef).needs ?? {})) {\n const needDef = getField(schema, model, needField);\n if (!needDef || needDef.relation) {\n throw new Error(\n `Plugin \"${plugin.id}\" registers ext result field \"${fieldName}\" on model \"${model}\" with invalid need \"${needField}\"`,\n );\n }\n }\n defs.set(fieldName, fieldDef as ExtResultFieldDef);\n }\n }\n }\n }\n return defs;\n}\n\n/**\n * Prepares query args for extended result fields (recursive):\n * - Strips ext result field names from `select` and `omit`\n * - Injects `needs` fields into `select` when ext result fields are explicitly selected\n * - Recurses into `include` and `select` for nested relation fields\n */\nfunction prepareArgsForExtResult(args: unknown, model: string, schema: SchemaDef, plugins: AnyPlugin[]): unknown {\n if (!args || typeof args !== 'object') {\n return args;\n }\n\n const extResultDefs = collectExtResultFieldDefs(model, schema, plugins);\n const typedArgs = args as Record;\n let result = typedArgs;\n let changed = false;\n\n const select = typedArgs['select'] as Record | undefined;\n const omit = typedArgs['omit'] as Record | undefined;\n const include = typedArgs['include'] as Record | undefined;\n\n if (select && extResultDefs.size > 0) {\n const newSelect = { ...select };\n for (const [fieldName, fieldDef] of extResultDefs) {\n if (newSelect[fieldName]) {\n delete newSelect[fieldName];\n // inject needs fields\n for (const needField of Object.keys(fieldDef.needs)) {\n if (!newSelect[needField]) {\n newSelect[needField] = true;\n }\n }\n }\n }\n result = { ...result, select: newSelect };\n changed = true;\n }\n\n if (omit && extResultDefs.size > 0) {\n const newOmit = { ...omit };\n for (const [fieldName, fieldDef] of extResultDefs) {\n if (newOmit[fieldName]) {\n // strip ext result field names from omit (they don't exist in the DB)\n delete newOmit[fieldName];\n } else {\n // this ext result field is active — ensure its needs are not omitted\n for (const needField of Object.keys(fieldDef.needs)) {\n if (newOmit[needField]) {\n delete newOmit[needField];\n }\n }\n }\n }\n result = { ...result, omit: newOmit };\n changed = true;\n }\n\n // Recurse into nested relations in `include`\n if (include) {\n const newInclude = { ...include };\n let includeChanged = false;\n for (const [field, value] of Object.entries(newInclude)) {\n if (value && typeof value === 'object') {\n const fieldDef = getField(schema, model, field);\n if (fieldDef?.relation) {\n const targetModel = fieldDef.type;\n const processed = prepareArgsForExtResult(value, targetModel, schema, plugins);\n if (processed !== value) {\n newInclude[field] = processed;\n includeChanged = true;\n }\n }\n }\n }\n if (includeChanged) {\n result = changed ? { ...result, include: newInclude } : { ...typedArgs, include: newInclude };\n changed = true;\n }\n }\n\n // Recurse into nested relations in `select` (relation fields can have nested args)\n if (select) {\n const currentSelect = (changed ? (result as Record)['select'] : select) as\n | Record\n | undefined;\n if (currentSelect) {\n const newSelect = { ...currentSelect };\n let selectChanged = false;\n for (const [field, value] of Object.entries(newSelect)) {\n if (value && typeof value === 'object') {\n const fieldDef = getField(schema, model, field);\n if (fieldDef?.relation) {\n const targetModel = fieldDef.type;\n const processed = prepareArgsForExtResult(value, targetModel, schema, plugins);\n if (processed !== value) {\n newSelect[field] = processed;\n selectChanged = true;\n }\n }\n }\n }\n if (selectChanged) {\n result = { ...result, select: newSelect };\n changed = true;\n }\n }\n }\n\n return changed ? result : args;\n}\n\n/**\n * Applies extended result field computation to query results (recursive).\n * Processes the current model's ext result fields, then recurses into nested relation data.\n */\nfunction applyExtResult(\n result: unknown,\n model: string,\n originalArgs: unknown,\n schema: SchemaDef,\n plugins: AnyPlugin[],\n): unknown {\n const extResultDefs = collectExtResultFieldDefs(model, schema, plugins);\n if (Array.isArray(result)) {\n for (let i = 0; i < result.length; i++) {\n result[i] = applyExtResultToRow(result[i], model, originalArgs, schema, plugins, extResultDefs);\n }\n return result;\n } else {\n return applyExtResultToRow(result, model, originalArgs, schema, plugins, extResultDefs);\n }\n}\n\nfunction applyExtResultToRow(\n row: unknown,\n model: string,\n originalArgs: unknown,\n schema: SchemaDef,\n plugins: AnyPlugin[],\n extResultDefs: Map,\n): unknown {\n if (!row || typeof row !== 'object') {\n return row;\n }\n\n const data = row as Record;\n const typedArgs = (originalArgs && typeof originalArgs === 'object' ? originalArgs : {}) as Record;\n const select = typedArgs['select'] as Record | undefined;\n const omit = typedArgs['omit'] as Record | undefined;\n const include = typedArgs['include'] as Record | undefined;\n\n // Compute ext result fields for the current model\n for (const [fieldName, fieldDef] of extResultDefs) {\n if (select && !select[fieldName]) {\n continue;\n }\n if (omit?.[fieldName]) {\n continue;\n }\n const needsSatisfied = Object.keys(fieldDef.needs).every((needField) => needField in data);\n if (needsSatisfied) {\n data[fieldName] = fieldDef.compute(data);\n }\n }\n\n // Strip fields that shouldn't be in the result: when `select` was used,\n // drop any field not in the original select and not a computed ext result field;\n // when `omit` was used, re-delete any field the user originally omitted.\n if (select) {\n for (const key of Object.keys(data)) {\n if (!select[key] && !extResultDefs.has(key)) {\n delete data[key];\n }\n }\n } else if (omit) {\n for (const key of Object.keys(omit)) {\n if (omit[key] && !extResultDefs.has(key)) {\n delete data[key];\n }\n }\n }\n\n // Recurse into nested relation data\n const relationSource = include ?? select;\n if (relationSource) {\n for (const [field, value] of Object.entries(relationSource)) {\n if (data[field] == null) {\n continue;\n }\n const fieldDef = getField(schema, model, field);\n if (!fieldDef?.relation) {\n continue;\n }\n const targetModel = fieldDef.type;\n const nestedArgs = value && typeof value === 'object' ? value : undefined;\n data[field] = applyExtResult(data[field], targetModel, nestedArgs, schema, plugins);\n }\n }\n\n return data;\n}\n\n// #endregion\n","import type { OperationNode, QueryId, QueryResult, RootOperationNode, UnknownRow } from 'kysely';\nimport type { ZodType } from 'zod';\nimport type { ClientContract, ZModelFunction } from '.';\nimport type { GetModelFields, GetModels, NonRelationFields, SchemaDef } from '@zenstackhq/schema';\nimport type { MaybePromise } from '../utils/type-utils';\nimport type { MapModelFieldType } from './crud-types';\nimport type { AllCrudOperations, CoreCrudOperations } from './crud/operations/base';\n\ntype AllowedExtQueryArgKeys = CoreCrudOperations | '$create' | '$read' | '$update' | '$delete' | '$all';\n\n/**\n * Base shape of plugin-extended query args.\n */\nexport type ExtQueryArgsBase = {\n [K in AllowedExtQueryArgKeys]?: object;\n};\n\n/**\n * Base type for plugin-extended client members (methods and properties).\n * Member names should start with '$' to avoid model name conflicts.\n */\nexport type ExtClientMembersBase = Record;\n\n/**\n * Base shape of plugin-extended result fields.\n * Keyed by model name, each value maps field names to their definitions.\n * `needs` keys are constrained to non-relation fields of the corresponding model.\n */\nexport type ExtResultBase = {\n [M in GetModels as Uncapitalize]?: Record<\n string,\n {\n needs: Partial, true>>;\n compute: (...args: any[]) => any;\n }\n >;\n};\n\n/**\n * Mapped type that provides per-field contextual typing for `compute` callbacks\n * based on the `needs` declaration. Uses a separate type parameter `R_` that captures\n * the needs shape (model → field → { neededField: true }), then links each field's\n * `compute` parameter to exactly the keys declared in its `needs`.\n */\nexport type ExtResultInferenceArgs = {\n [K in keyof R_ & string]: {\n [P in keyof R_[K]]?: {\n needs?: {\n // constraint for `needs` keys\n [F in keyof R_[K][P]]: F extends NonRelationFields> ? true : never;\n } & Partial>, true>>; // further intersects with all possible keys for intellisense\n\n // refine `computes`'s parameter type based on the inferred type of `needs`\n compute: (data: ExtResultComputeData, R_[K][P]>) => unknown;\n };\n };\n};\n\n/**\n * Reverse-maps an uncapitalized key back to the original model name in the schema.\n * E.g., for a schema with model `myModel`, the key `myModel` maps back to `myModel`\n * (not `MyModel` as `Capitalize` would produce).\n */\ntype ModelNameFromKey = {\n [M in GetModels]: Uncapitalize extends K ? M : never;\n}[GetModels];\n\n/**\n * Maps the needs shape `S` to an object with actual schema field types.\n * For each key in `S` that is a valid non-relation field of model `M`,\n * resolves the TypeScript type from the schema field definition.\n */\ntype ExtResultComputeData, S> = {\n [F in keyof S & GetModelFields]: MapModelFieldType;\n};\n\n/**\n * ZenStack runtime plugin.\n */\nexport interface RuntimePlugin<\n Schema extends SchemaDef,\n ExtQueryArgs extends ExtQueryArgsBase,\n ExtClientMembers extends Record,\n ExtResult extends ExtResultBase,\n> {\n /**\n * Plugin ID.\n */\n id: string;\n\n /**\n * Plugin display name.\n */\n name?: string;\n\n /**\n * Plugin description.\n */\n description?: string;\n\n // TODO: revisit\n /**\n * Custom function implementations.\n * @private\n */\n functions?: Record>;\n\n /**\n * Intercepts an ORM query.\n */\n onQuery?: OnQueryCallback;\n\n /**\n * Intercepts a procedure invocation.\n */\n onProcedure?: OnProcedureCallback;\n\n /**\n * Intercepts an entity mutation.\n */\n onEntityMutation?: EntityMutationHooksDef;\n\n /**\n * Intercepts a Kysely query.\n */\n onKyselyQuery?: OnKyselyQueryCallback;\n\n /**\n * Extended query args configuration.\n */\n queryArgs?: {\n [K in keyof ExtQueryArgs]: ZodType;\n };\n\n /**\n * Extended client members (methods and properties).\n */\n client?: ExtClientMembers;\n\n /**\n * Extended result fields on query results.\n * Keyed by model name, each value defines computed fields with `needs` and `compute`.\n */\n result?: ExtResult;\n}\n\nexport type AnyPlugin = RuntimePlugin;\n\n/**\n * Defines a ZenStack runtime plugin based on type of the given schema.\n *\n * @see {@link https://zenstack.dev/docs/orm/plugins/|Plugin Documentation}\n *\n * @example\n * ```typescript\n * definePlugin(schema, {\n * id: 'my-plugin',\n * result: {\n * user: {\n * fullName: {\n * needs: { firstName: true, lastName: true },\n * compute: (user) => `${user.firstName} ${user.lastName}`,\n * },\n * },\n * },\n * });\n * ```\n */\nexport function definePlugin<\n Schema extends SchemaDef,\n const ExtQueryArgs extends ExtQueryArgsBase = {},\n const ExtClientMembers extends Record = {},\n const ExtResult extends ExtResultBase = {},\n R_ = {},\n>(\n schema: Schema,\n plugin: RuntimePlugin & {\n result?: ExtResultInferenceArgs;\n },\n): RuntimePlugin;\n\n/**\n * Defines a ZenStack runtime plugin.\n *\n * @see {@link https://zenstack.dev/docs/orm/plugins/|Plugin Documentation}\n *\n * @example\n * ```typescript\n * definePlugin(schema, {\n * id: 'my-plugin',\n * result: {\n * user: {\n * fullName: {\n * needs: { firstName: true, lastName: true },\n * compute: (user) => `${user.firstName} ${user.lastName}`,\n * },\n * },\n * },\n * });\n * ```\n * */\nexport function definePlugin<\n Schema extends SchemaDef,\n const ExtQueryArgs extends ExtQueryArgsBase = {},\n const ExtClientMembers extends Record = {},\n const ExtResult extends ExtResultBase = {},\n>(\n plugin: RuntimePlugin,\n): RuntimePlugin;\n\nexport function definePlugin(...args: unknown[]) {\n return args.length === 2 ? args[1] : args[0];\n}\n\n// #region OnProcedure hooks\n\ntype OnProcedureCallback = (ctx: OnProcedureHookContext) => Promise;\n\nexport type OnProcedureHookContext = {\n /**\n * The procedure name.\n */\n name: string;\n\n /**\n * Whether the procedure is a mutation.\n */\n mutation: boolean;\n\n /**\n * Procedure invocation input (envelope).\n *\n * The canonical shape is `{ args?: Record }`.\n * When a procedure has required params, `args` is required.\n */\n input: unknown;\n\n /**\n * Continues the invocation. The input passed here is forwarded to the next handler.\n */\n proceed: (input: unknown) => Promise;\n\n /**\n * The ZenStack client that is invoking the procedure.\n */\n client: ClientContract;\n};\n\n// #endregion\n\n// #region OnQuery hooks\n\ntype OnQueryCallback = (ctx: OnQueryHookContext) => Promise;\n\ntype OnQueryHookContext = {\n /**\n * The model that is being queried.\n */\n model: GetModels;\n\n /**\n * The operation that is being performed.\n */\n operation: AllCrudOperations;\n\n /**\n * The query arguments.\n */\n args: Record | undefined;\n\n /**\n * The function to proceed with the original query.\n * It takes the same arguments as the operation method.\n *\n * @param args The query arguments.\n */\n proceed: (args: Record | undefined) => Promise;\n\n /**\n * The ZenStack client that is performing the operation.\n */\n client: ClientContract;\n};\n\n// #endregion\n\n// #region OnEntityMutation hooks\n\nexport type EntityMutationHooksDef = {\n /**\n * Called before entities are mutated.\n */\n beforeEntityMutation?: BeforeEntityMutationCallback;\n\n /**\n * Called after entities are mutated.\n */\n afterEntityMutation?: AfterEntityMutationCallback;\n\n /**\n * Whether to run after-mutation hooks within the transaction that performs the mutation.\n *\n * If set to `true`, if the mutation already runs inside a transaction, the callbacks are\n * executed immediately after the mutation within the transaction boundary. If the mutation\n * is not running inside a transaction, a new transaction is created to run both the mutation\n * and the callbacks.\n *\n * If set to `false`, the callbacks are executed after the mutation transaction is committed.\n *\n * Defaults to `false`.\n */\n runAfterMutationWithinTransaction?: boolean;\n};\n\ntype MutationHooksArgs = {\n /**\n * The model that is being mutated.\n */\n model: GetModels;\n\n /**\n * The mutation action that is being performed.\n */\n action: 'create' | 'update' | 'delete';\n\n /**\n * The mutation data. Only available for create and update actions.\n */\n queryNode: OperationNode;\n\n /**\n * A query ID that uniquely identifies the mutation operation. You can use it to correlate\n * data between the before and after mutation hooks.\n */\n queryId: QueryId;\n};\n\nexport type BeforeEntityMutationCallback = (\n args: PluginBeforeEntityMutationArgs,\n) => MaybePromise;\n\nexport type AfterEntityMutationCallback = (\n args: PluginAfterEntityMutationArgs,\n) => MaybePromise;\n\nexport type PluginBeforeEntityMutationArgs = MutationHooksArgs & {\n /**\n * Loads the entities that are about to be mutated. The db operation that loads the entities is executed\n * within the same transaction context as the mutation.\n */\n loadBeforeMutationEntities(): Promise[] | undefined>;\n\n /**\n * The ZenStack client you can use to perform additional operations. The database operations initiated\n * from this client are executed within the same transaction as the mutation if the mutation is running\n * inside a transaction.\n *\n * Mutations initiated from this client will NOT trigger entity mutation hooks to avoid infinite loops.\n */\n client: ClientContract;\n};\n\nexport type PluginAfterEntityMutationArgs = MutationHooksArgs & {\n /**\n * Loads the entities that have been mutated.\n */\n loadAfterMutationEntities(): Promise[] | undefined>;\n\n /**\n * The entities before mutation. Only available if `beforeEntityMutation` hook is provided and\n * the `loadBeforeMutationEntities` function is called in that hook.\n */\n beforeMutationEntities?: Record[];\n\n /**\n * The ZenStack client you can use to perform additional operations.\n * See {@link EntityMutationHooksDef.runAfterMutationWithinTransaction} for detailed transaction behavior.\n *\n * Mutations initiated from this client will NOT trigger entity mutation hooks to avoid infinite loops.\n */\n client: ClientContract;\n};\n\n// #endregion\n\n// #region OnKyselyQuery hooks\n\nexport type OnKyselyQueryArgs = {\n schema: SchemaDef;\n client: ClientContract;\n query: RootOperationNode;\n proceed: ProceedKyselyQueryFunction;\n};\n\nexport type ProceedKyselyQueryFunction = (query: RootOperationNode) => Promise>;\n\nexport type OnKyselyQueryCallback = (\n args: OnKyselyQueryArgs,\n) => Promise>;\n\n// #endregion\n","import {\n AddColumnNode,\n AddConstraintNode,\n AddIndexNode,\n AddValueNode,\n AggregateFunctionNode,\n AliasNode,\n AlterColumnNode,\n AlterTableNode,\n AlterTypeNode,\n AndNode,\n BinaryOperationNode,\n CaseNode,\n CastNode,\n CheckConstraintNode,\n CollateNode,\n ColumnDefinitionNode,\n ColumnNode,\n ColumnUpdateNode,\n CommonTableExpressionNameNode,\n CommonTableExpressionNode,\n CreateIndexNode,\n CreateSchemaNode,\n CreateTableNode,\n CreateTypeNode,\n CreateViewNode,\n DataTypeNode,\n DefaultInsertValueNode,\n DefaultValueNode,\n DeleteQueryNode,\n DropColumnNode,\n DropConstraintNode,\n DropIndexNode,\n DropSchemaNode,\n DropTableNode,\n DropTypeNode,\n DropViewNode,\n ExplainNode,\n FetchNode,\n ForeignKeyConstraintNode,\n FromNode,\n FunctionNode,\n GeneratedNode,\n GroupByItemNode,\n GroupByNode,\n HavingNode,\n IdentifierNode,\n InsertQueryNode,\n JoinNode,\n JSONOperatorChainNode,\n JSONPathLegNode,\n JSONPathNode,\n JSONReferenceNode,\n Kysely,\n LimitNode,\n ListNode,\n MatchedNode,\n MergeQueryNode,\n ModifyColumnNode,\n OffsetNode,\n OnConflictNode,\n OnDuplicateKeyNode,\n OnNode,\n OperationNodeVisitor,\n OperatorNode,\n OrActionNode,\n OrderByItemNode,\n OrderByNode,\n OrNode,\n OutputNode,\n OverNode,\n ParensNode,\n PartitionByItemNode,\n PartitionByNode,\n PrimitiveValueListNode,\n RawNode,\n ReferenceNode,\n ReferencesNode,\n RefreshMaterializedViewNode,\n RenameColumnNode,\n RenameConstraintNode,\n RenameValueNode,\n ReturningNode,\n SchemableIdentifierNode,\n SelectAllNode,\n SelectionNode,\n SelectModifierNode,\n SelectQueryNode,\n SetOperationNode,\n TableNode,\n TopNode,\n TupleNode,\n UnaryOperationNode,\n UniqueConstraintNode,\n UpdateQueryNode,\n UsingNode,\n ValueListNode,\n ValueNode,\n ValuesNode,\n WhenNode,\n WhereNode,\n WithNode,\n type OperationNode,\n type PrimaryKeyConstraintNode,\n} from 'kysely';\n\nexport class DefaultOperationNodeVisitor extends OperationNodeVisitor {\n protected defaultVisit(node: OperationNode) {\n Object.values(node).forEach((value) => {\n if (!value) {\n return;\n }\n if (Array.isArray(value)) {\n value.forEach((el) => this.defaultVisit(el));\n }\n if (typeof value === 'object' && 'kind' in value && typeof value.kind === 'string') {\n this.visitNode(value);\n }\n });\n }\n\n protected override visitSelectQuery(node: SelectQueryNode): void {\n this.defaultVisit(node);\n }\n protected override visitSelection(node: SelectionNode): void {\n this.defaultVisit(node);\n }\n protected override visitColumn(node: ColumnNode): void {\n this.defaultVisit(node);\n }\n protected override visitAlias(node: AliasNode): void {\n this.defaultVisit(node);\n }\n protected override visitTable(node: TableNode): void {\n this.defaultVisit(node);\n }\n protected override visitFrom(node: FromNode): void {\n this.defaultVisit(node);\n }\n protected override visitReference(node: ReferenceNode): void {\n this.defaultVisit(node);\n }\n protected override visitAnd(node: AndNode): void {\n this.defaultVisit(node);\n }\n protected override visitOr(node: OrNode): void {\n this.defaultVisit(node);\n }\n protected override visitValueList(node: ValueListNode): void {\n this.defaultVisit(node);\n }\n protected override visitParens(node: ParensNode): void {\n this.defaultVisit(node);\n }\n protected override visitJoin(node: JoinNode): void {\n this.defaultVisit(node);\n }\n protected override visitRaw(node: RawNode): void {\n this.defaultVisit(node);\n }\n protected override visitWhere(node: WhereNode): void {\n this.defaultVisit(node);\n }\n protected override visitInsertQuery(node: InsertQueryNode): void {\n this.defaultVisit(node);\n }\n protected override visitDeleteQuery(node: DeleteQueryNode): void {\n this.defaultVisit(node);\n }\n protected override visitReturning(node: ReturningNode): void {\n this.defaultVisit(node);\n }\n protected override visitCreateTable(node: CreateTableNode): void {\n this.defaultVisit(node);\n }\n protected override visitAddColumn(node: AddColumnNode): void {\n this.defaultVisit(node);\n }\n protected override visitColumnDefinition(node: ColumnDefinitionNode): void {\n this.defaultVisit(node);\n }\n protected override visitDropTable(node: DropTableNode): void {\n this.defaultVisit(node);\n }\n protected override visitOrderBy(node: OrderByNode): void {\n this.defaultVisit(node);\n }\n protected override visitOrderByItem(node: OrderByItemNode): void {\n this.defaultVisit(node);\n }\n protected override visitGroupBy(node: GroupByNode): void {\n this.defaultVisit(node);\n }\n protected override visitGroupByItem(node: GroupByItemNode): void {\n this.defaultVisit(node);\n }\n protected override visitUpdateQuery(node: UpdateQueryNode): void {\n this.defaultVisit(node);\n }\n protected override visitColumnUpdate(node: ColumnUpdateNode): void {\n this.defaultVisit(node);\n }\n protected override visitLimit(node: LimitNode): void {\n this.defaultVisit(node);\n }\n protected override visitOffset(node: OffsetNode): void {\n this.defaultVisit(node);\n }\n protected override visitOnConflict(node: OnConflictNode): void {\n this.defaultVisit(node);\n }\n protected override visitOnDuplicateKey(node: OnDuplicateKeyNode): void {\n this.defaultVisit(node);\n }\n protected override visitCheckConstraint(node: CheckConstraintNode): void {\n this.defaultVisit(node);\n }\n protected override visitDataType(node: DataTypeNode): void {\n this.defaultVisit(node);\n }\n protected override visitSelectAll(node: SelectAllNode): void {\n this.defaultVisit(node);\n }\n protected override visitIdentifier(node: IdentifierNode): void {\n this.defaultVisit(node);\n }\n protected override visitSchemableIdentifier(node: SchemableIdentifierNode): void {\n this.defaultVisit(node);\n }\n protected override visitValue(node: ValueNode): void {\n this.defaultVisit(node);\n }\n protected override visitPrimitiveValueList(node: PrimitiveValueListNode): void {\n this.defaultVisit(node);\n }\n protected override visitOperator(node: OperatorNode): void {\n this.defaultVisit(node);\n }\n protected override 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this.defaultVisit(node);\n }\n protected override visitCreateSchema(node: CreateSchemaNode): void {\n this.defaultVisit(node);\n }\n protected override visitDropSchema(node: DropSchemaNode): void {\n this.defaultVisit(node);\n }\n protected override visitAlterTable(node: AlterTableNode): void {\n this.defaultVisit(node);\n }\n protected override visitDropColumn(node: DropColumnNode): void {\n this.defaultVisit(node);\n }\n protected override visitRenameColumn(node: RenameColumnNode): void {\n this.defaultVisit(node);\n }\n protected override visitAlterColumn(node: AlterColumnNode): void {\n this.defaultVisit(node);\n }\n protected override visitModifyColumn(node: ModifyColumnNode): void {\n this.defaultVisit(node);\n }\n protected override visitAddConstraint(node: AddConstraintNode): void {\n this.defaultVisit(node);\n }\n protected override visitDropConstraint(node: DropConstraintNode): void {\n this.defaultVisit(node);\n }\n protected override visitForeignKeyConstraint(node: 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[]) {\n const r = this.visit(arg);\n if (r?.abort) {\n return r;\n }\n }\n }\n\n protected visitBinding(_e: BindingExpression): VisitResult {}\n\n protected visitThis(_e: ThisExpression): VisitResult {}\n\n protected visitNull(_e: NullExpression): VisitResult {}\n}\n\nexport class MatchingExpressionVisitor extends ExpressionVisitor {\n private found = false;\n\n constructor(private predicate: (expr: Expression) => boolean) {\n super();\n }\n\n find(expr: Expression) {\n this.found = false;\n this.visit(expr);\n return this.found;\n }\n\n override visit(expr: Expression) {\n if (this.predicate(expr)) {\n this.found = true;\n return { abort: true } as const;\n } else {\n return super.visit(expr);\n }\n 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