{"version":3,"file":"adapter-CSsFgmzK.mjs","names":[],"sources":["../src/core/codec-lookup.ts","../../../../1-framework/3-tooling/migration/dist/exports/ledger-origin.mjs","../src/core/control-codecs.ts","../src/core/ledger-decode.ts","../src/core/marker-ledger.ts","../src/core/control-adapter.ts","../src/core/adapter.ts"],"sourcesContent":["import type { CodecRegistry } from '@prisma-next/framework-components/codec';\nimport { extractCodecLookup } from '@prisma-next/framework-components/control';\nimport { sqliteCodecRegistry } from '@prisma-next/target-sqlite/codecs';\n\n/**\n * Build a {@link CodecRegistry} populated with the SQLite-builtin codec definitions only.\n *\n * Used by `createSqliteAdapter()` and `new SqliteControlAdapter()` when called without a\n * stack-derived registry (e.g. from tests, or one-off scripts that don't compose a full stack).\n *\n * Extension codecs are intentionally NOT included: a bare adapter cannot see extensions.\n * Stack-composed paths supply the broader, extension-inclusive registry at construction time.\n */\nexport function createSqliteBuiltinCodecLookup(): CodecRegistry {\n return extractCodecLookup([\n {\n id: 'sqlite-builtin-codecs',\n types: { codecTypes: { codecDescriptors: Array.from(sqliteCodecRegistry.values()) } },\n },\n ]);\n}\n","import \"../constants-YnG8_EGO.mjs\";\n//#region src/ledger-origin.ts\nfunction ledgerOriginFromStored(originCoreHash) {\n\tif (originCoreHash === null || originCoreHash === \"\" || originCoreHash === \"sha256:empty\") return null;\n\treturn originCoreHash;\n}\n//#endregion\nexport { ledgerOriginFromStored };\n\n//# sourceMappingURL=ledger-origin.mjs.map","import type {\n AnyQueryAst,\n ContractCodecRegistry,\n LoweredStatement,\n} from '@prisma-next/sql-relational-core/ast';\nimport {\n createAstCodecRegistry,\n deriveParamMetadata,\n encodeParamsWithMetadata,\n} from '@prisma-next/sql-runtime';\nimport { sqliteCodecRegistry } from '@prisma-next/target-sqlite/codecs';\n\nexport const CONTROL_CODECS = createAstCodecRegistry(sqliteCodecRegistry);\n\nexport async function encodeControlQueryParams(\n lowered: LoweredStatement,\n ast: AnyQueryAst,\n codecs: ContractCodecRegistry = CONTROL_CODECS,\n): Promise {\n const values = lowered.params.map((slot) => {\n if (slot.kind === 'literal') return slot.value;\n throw new Error(`control query lowered to a bind slot '${slot.name}', which is unsupported`);\n });\n return encodeParamsWithMetadata(values, deriveParamMetadata(ast), {}, codecs);\n}\n","const DESIGNATOR_LESS_UTC_DATETIME = /^\\d{4}-\\d{2}-\\d{2} \\d{2}:\\d{2}:\\d{2}(\\.\\d+)?$/;\n\nexport function coerceLedgerAppliedAt(value: Date | string): Date {\n if (value instanceof Date) {\n return value;\n }\n if (DESIGNATOR_LESS_UTC_DATETIME.test(value)) {\n return new Date(`${value.replace(' ', 'T')}Z`);\n }\n return new Date(value);\n}\n\nexport function operationCountFromStored(operations: unknown): number {\n if (Array.isArray(operations)) {\n return operations.length;\n }\n if (typeof operations === 'string') {\n try {\n const parsed: unknown = JSON.parse(operations);\n return Array.isArray(parsed) ? parsed.length : 0;\n } catch {\n return 0;\n }\n }\n return 0;\n}\n","import type { SqlControlDriverInstance } from '@prisma-next/sql-contract/types';\nimport {\n type AnyQueryAst,\n type LoweredStatement,\n RawExpr,\n} from '@prisma-next/sql-relational-core/ast';\nimport { SQLITE_DATETIME_CODEC_ID } from '@prisma-next/target-sqlite/codec-ids';\nimport {\n datetime,\n integer,\n jsonText,\n sqliteTable,\n text,\n} from '@prisma-next/target-sqlite/contract-free';\nimport { encodeControlQueryParams } from './control-codecs';\n\nexport const marker = sqliteTable('_prisma_marker', {\n space: text(),\n core_hash: text(),\n profile_hash: text(),\n contract_json: jsonText({ nullable: true }),\n canonical_version: integer({ nullable: true }),\n updated_at: datetime(),\n app_tag: text({ nullable: true }),\n meta: jsonText({ nullable: true }),\n invariants: jsonText(),\n});\n\n/**\n * Writeable subset of `_prisma_ledger`. Omits the DB-generated `id`\n * (`INTEGER PRIMARY KEY AUTOINCREMENT`) and `created_at` (default\n * `strftime(...)`).\n */\nexport const ledger = sqliteTable('_prisma_ledger', {\n space: text(),\n migration_name: text(),\n migration_hash: text(),\n origin_core_hash: text({ nullable: true }),\n destination_core_hash: text(),\n operations: jsonText(),\n});\n\n/**\n * Read-side handle covering every column of `_prisma_ledger`, including\n * the DB-generated `id` (for ORDER BY) and `created_at`.\n */\nexport const ledgerReadShape = sqliteTable('_prisma_ledger', {\n id: integer(),\n space: text(),\n migration_name: text(),\n migration_hash: text(),\n origin_core_hash: text({ nullable: true }),\n destination_core_hash: text(),\n operations: jsonText(),\n created_at: text(),\n});\n\nexport const sqliteCatalog = sqliteTable('sqlite_master', { type: text(), name: text() });\n\nexport const NOW = new RawExpr({\n parts: [\"datetime('now')\"],\n returns: { codecId: SQLITE_DATETIME_CODEC_ID, nullable: false },\n});\n\ntype Lower = (query: AnyQueryAst) => LoweredStatement;\n\ntype MarkerDriver = {\n query>(\n sql: string,\n params?: readonly unknown[],\n ): Promise<{ readonly rows: ReadonlyArray }>;\n};\n\nexport function mergeInvariants(\n current: readonly string[],\n incoming: readonly string[],\n): readonly string[] {\n return [...new Set([...current, ...incoming])].sort();\n}\n\nexport async function execute(\n lower: Lower,\n driver: MarkerDriver,\n query: AnyQueryAst,\n): Promise[]> {\n const lowered = lower(query);\n const encoded = await encodeControlQueryParams(lowered, query);\n const result = await driver.query(lowered.sql, encoded);\n return result.rows;\n}\n\nexport function decodeSqliteMarkerRow(row: unknown): unknown {\n if (typeof row !== 'object' || row === null || !('invariants' in row)) {\n return row;\n }\n const record = row as { invariants: unknown };\n if (typeof record.invariants !== 'string') return row;\n let parsed: unknown;\n try {\n parsed = JSON.parse(record.invariants);\n } catch (err) {\n const detail = err instanceof Error ? err.message : String(err);\n throw new Error(`Invalid contract marker row: invariants is not valid JSON: ${detail}`);\n }\n return { ...record, invariants: parsed };\n}\n\nexport type SqliteMarkerWriteDriver = SqlControlDriverInstance<'sqlite'>;\n","import type { ContractMarkerRecord, LedgerEntryRecord } from '@prisma-next/contract/types';\nimport { parseMarkerRowSafely, withMarkerReadErrorHandling } from '@prisma-next/errors/execution';\nimport type { SqlControlAdapter } from '@prisma-next/family-sql/control-adapter';\nimport { parseContractMarkerRow } from '@prisma-next/family-sql/verify';\nimport type { CodecLookup, CodecRegistry } from '@prisma-next/framework-components/codec';\nimport { APP_SPACE_ID, type SchemaNodeRef } from '@prisma-next/framework-components/control';\nimport { ledgerOriginFromStored } from '@prisma-next/migration-tools/ledger-origin';\nimport { REFERENTIAL_ACTION_SQL } from '@prisma-next/sql-contract/referential-action-sql';\nimport type { SqlControlDriverInstance } from '@prisma-next/sql-contract/types';\nimport type {\n AnyQueryAst,\n CodecRef,\n ContractCodecRegistry,\n DdlColumn,\n DdlNode,\n DdlTableConstraint,\n FunctionColumnDefault,\n LiteralColumnDefault,\n LoweredStatement,\n LowererContext,\n MarkerReadResult,\n SqlExecuteRequest,\n} from '@prisma-next/sql-relational-core/ast';\nimport { isDdlNode } from '@prisma-next/sql-relational-core/ast';\nimport type {\n PrimaryKeyInput,\n SqlColumnIRInput,\n SqlForeignKeyIRInput,\n SqlIndexIRInput,\n SqlReferentialAction,\n SqlUniqueIRInput,\n} from '@prisma-next/sql-schema-ir/types';\nimport {\n RelationalSchemaNodeKind,\n SqlSchemaIR,\n SqlTableIR,\n} from '@prisma-next/sql-schema-ir/types';\nimport {\n buildControlTableBootstrapQueries,\n buildSignMarkerBootstrapQueries,\n} from '@prisma-next/target-sqlite/contract-free';\nimport type { SqliteCreateTable, SqliteDdlNode } from '@prisma-next/target-sqlite/ddl';\nimport { parseSqliteDefault } from '@prisma-next/target-sqlite/default-normalizer';\nimport { normalizeSqliteNativeType } from '@prisma-next/target-sqlite/native-type-normalizer';\nimport { escapeLiteral, quoteIdentifier } from '@prisma-next/target-sqlite/sql-utils';\nimport { blindCast } from '@prisma-next/utils/casts';\nimport { ifDefined } from '@prisma-next/utils/defined';\nimport { renderLoweredSql } from './adapter';\nimport { encodeControlQueryParams } from './control-codecs';\nimport { coerceLedgerAppliedAt, operationCountFromStored } from './ledger-decode';\nimport {\n decodeSqliteMarkerRow,\n execute,\n ledger,\n ledgerReadShape,\n marker,\n mergeInvariants,\n NOW,\n sqliteCatalog,\n} from './marker-ledger';\nimport type { SqliteContract } from './types';\n\nconst SQLITE_MARKER_TABLE = '_prisma_marker';\nconst SQLITE_LEDGER_TABLE = '_prisma_ledger';\n\ntype SqliteLedgerRow = {\n readonly space: string;\n readonly migration_name: string;\n readonly migration_hash: string;\n readonly origin_core_hash: string | null;\n readonly destination_core_hash: string;\n readonly operations: unknown;\n readonly created_at: Date | string;\n};\n\n// PRAGMA result row types\ntype PragmaTableInfoRow = {\n cid: number;\n name: string;\n type: string;\n notnull: number;\n dflt_value: string | null;\n pk: number;\n};\n\ntype PragmaForeignKeyRow = {\n id: number;\n seq: number;\n table: string;\n from: string;\n to: string;\n on_update: string;\n on_delete: string;\n};\n\ntype PragmaIndexListRow = {\n seq: number;\n name: string;\n unique: number;\n origin: string;\n partial: number;\n};\n\ntype PragmaIndexInfoRow = {\n seqno: number;\n cid: number;\n name: string;\n};\n\ntype FkAccumulator = {\n columns: string[];\n referencedTable: string;\n referencedColumns: string[];\n onDelete: string;\n onUpdate: string;\n};\n\nexport class SqliteControlAdapter implements SqlControlAdapter<'sqlite'> {\n readonly familyId = 'sql' as const;\n readonly targetId = 'sqlite' as const;\n\n private readonly codecRegistry: CodecRegistry;\n\n constructor(codecRegistry: CodecRegistry) {\n this.codecRegistry = codecRegistry;\n }\n\n readonly normalizeDefault = parseSqliteDefault;\n readonly normalizeNativeType = normalizeSqliteNativeType;\n\n bootstrapControlTableQueries(): readonly DdlNode[] {\n return buildControlTableBootstrapQueries();\n }\n\n bootstrapSignMarkerQueries(): readonly DdlNode[] {\n return buildSignMarkerBootstrapQueries();\n }\n\n /**\n * Lower a SQL query AST into a SQLite-flavored `{ sql, params }` payload.\n *\n * Delegates to the shared `renderLoweredSql` renderer so the control adapter\n * emits byte-identical SQL to `SqliteAdapterImpl.lower()` for the same AST\n * and contract. Used at migration plan/emit time (e.g. by `dataTransform`)\n * without instantiating the runtime adapter.\n */\n lower(ast: AnyQueryAst | SqliteDdlNode, context: LowererContext): LoweredStatement {\n if (isDdlNode(ast)) {\n throw new Error(\n 'lower() cannot lower DDL: DDL default literals require inline codec encoding, which is async. Use lowerToExecuteRequest().',\n );\n }\n return renderLoweredSql(\n ast,\n blindCast(context.contract),\n );\n }\n\n /**\n * Lower an AST all the way to a driver-ready statement. For DDL nodes,\n * literal column defaults are formatted as inline SQL with SQLite-specific\n * literal syntax (no cast suffix, boolean as 0/1, blob via X'hex'). For\n * query ASTs, params are kept as `?` placeholders; wire values go in\n * `params`. Does NOT call `this.lower()` — independent implementation.\n */\n async lowerToExecuteRequest(\n ast: AnyQueryAst | SqliteDdlNode,\n context?: LowererContext,\n ): Promise {\n if (isDdlNode(ast)) {\n return sqliteRenderDdlExecuteRequest(\n blindCast(ast),\n this.codecRegistry,\n );\n }\n const contract = blindCast(\n context?.contract,\n );\n const lowered = renderLoweredSql(ast, contract);\n const codecRegistry = blindCast<\n ContractCodecRegistry,\n 'framework CodecRegistry: its descriptors materialise SQL codecs; the framework Codec type erases to BaseCodec at this boundary'\n >(this.codecRegistry);\n const params = await encodeControlQueryParams(lowered, ast, codecRegistry);\n return { sql: lowered.sql, params };\n }\n\n /**\n * Reads the contract marker from `_prisma_marker`. Probes `sqlite_master`\n * first so a fresh database (no marker table) returns `null` instead of a\n * \"no such table\" error.\n */\n async readMarker(\n driver: SqlControlDriverInstance<'sqlite'>,\n space: string,\n ): Promise {\n const result = await this.readMarkerDiscriminated(driver, space);\n return result.kind === 'present' ? result.record : null;\n }\n\n async readMarkerDiscriminated(\n driver: SqlControlDriverInstance<'sqlite'>,\n space: string,\n ): Promise {\n const markerContext = { space, markerLocation: SQLITE_MARKER_TABLE };\n return withMarkerReadErrorHandling(() => this.readMarkerResult(driver, space), markerContext);\n }\n\n /**\n * Reads every row from `_prisma_marker` and returns them keyed by\n * `space`. Mirrors the existence probe in {@link readMarker}: a\n * fresh database without the marker table returns an empty map.\n */\n async readAllMarkers(\n driver: SqlControlDriverInstance<'sqlite'>,\n ): Promise> {\n const markerContext = { space: APP_SPACE_ID, markerLocation: SQLITE_MARKER_TABLE };\n return withMarkerReadErrorHandling(() => this.readAllMarkersResult(driver), markerContext);\n }\n\n private async readAllMarkersResult(\n driver: SqlControlDriverInstance<'sqlite'>,\n ): Promise> {\n const lower = (query: AnyQueryAst) => this.lower(query, { contract: undefined });\n const probe = sqliteCatalog\n .select(sqliteCatalog.name)\n .where(sqliteCatalog.type.eq('table').and(sqliteCatalog.name.eq('_prisma_marker')))\n .build();\n const exists = await execute(lower, driver, probe);\n if (exists.length === 0) {\n return new Map();\n }\n\n const fetch = marker\n .select(\n marker.space,\n marker.core_hash,\n marker.profile_hash,\n marker.contract_json,\n marker.canonical_version,\n marker.updated_at,\n marker.app_tag,\n marker.meta,\n marker.invariants,\n )\n .build();\n const rawRows = await execute(lower, driver, fetch);\n const rows = blindCast<\n ReadonlyArray<{ space: string } & Record>,\n 'Driver returns rows shaped by SELECT'\n >(rawRows);\n\n const out = new Map();\n for (const row of rows) {\n out.set(\n row.space,\n parseMarkerRowSafely(row, (raw) => parseContractMarkerRow(decodeSqliteMarkerRow(raw)), {\n space: row.space,\n markerLocation: SQLITE_MARKER_TABLE,\n }),\n );\n }\n return out;\n }\n\n /**\n * Reads per-migration ledger rows from `_prisma_ledger` in apply order.\n * Probes `sqlite_master` first so a fresh database without the ledger\n * table returns `[]` instead of raising \"no such table\".\n */\n async readLedger(\n driver: SqlControlDriverInstance<'sqlite'>,\n space?: string,\n ): Promise {\n const ledgerContext = { space: space ?? '*', markerLocation: SQLITE_LEDGER_TABLE };\n return withMarkerReadErrorHandling(() => this.readLedgerResult(driver, space), ledgerContext);\n }\n\n private async readLedgerResult(\n driver: SqlControlDriverInstance<'sqlite'>,\n space: string | undefined,\n ): Promise {\n const lower = (query: AnyQueryAst) => this.lower(query, { contract: undefined });\n const probe = sqliteCatalog\n .select(sqliteCatalog.name)\n .where(sqliteCatalog.type.eq('table').and(sqliteCatalog.name.eq('_prisma_ledger')))\n .build();\n const exists = await execute(lower, driver, probe);\n if (exists.length === 0) {\n return [];\n }\n\n const base = ledgerReadShape.select(\n ledgerReadShape.space,\n ledgerReadShape.migration_name,\n ledgerReadShape.migration_hash,\n ledgerReadShape.origin_core_hash,\n ledgerReadShape.destination_core_hash,\n ledgerReadShape.operations,\n ledgerReadShape.created_at,\n );\n const filtered = space !== undefined ? base.where(ledgerReadShape.space.eq(space)) : base;\n const rawRows = await execute(lower, driver, filtered.orderBy(ledgerReadShape.id).build());\n const rows = blindCast(\n rawRows,\n );\n\n return rows.map((row) => ({\n space: row.space,\n migrationName: row.migration_name,\n migrationHash: row.migration_hash,\n from: ledgerOriginFromStored(row.origin_core_hash),\n to: row.destination_core_hash,\n appliedAt: coerceLedgerAppliedAt(row.created_at),\n operationCount: operationCountFromStored(row.operations),\n }));\n }\n\n /**\n * Stamps the initial marker row for `space` via the shared contract-free DML\n * builder, lowered through {@link lower} and executed on the driver. See the\n * `SqlControlAdapter.initMarker` contract.\n */\n async insertMarker(\n driver: SqlControlDriverInstance<'sqlite'>,\n space: string,\n destination: {\n readonly storageHash: string;\n readonly profileHash: string;\n readonly invariants?: readonly string[];\n },\n ): Promise {\n await execute(\n (query) => this.lower(query, { contract: undefined }),\n driver,\n marker\n .insert({\n space,\n core_hash: destination.storageHash,\n profile_hash: destination.profileHash,\n contract_json: null,\n canonical_version: null,\n updated_at: NOW,\n app_tag: null,\n meta: {},\n invariants: destination.invariants ?? [],\n })\n .build(),\n );\n }\n\n async initMarker(\n driver: SqlControlDriverInstance<'sqlite'>,\n space: string,\n destination: {\n readonly storageHash: string;\n readonly profileHash: string;\n readonly invariants?: readonly string[];\n },\n ): Promise {\n await execute(\n (query) => this.lower(query, { contract: undefined }),\n driver,\n marker\n .upsert({\n space,\n core_hash: destination.storageHash,\n profile_hash: destination.profileHash,\n contract_json: null,\n canonical_version: null,\n updated_at: NOW,\n app_tag: null,\n meta: {},\n invariants: destination.invariants ?? [],\n })\n .onConflict(marker.space)\n .doUpdate((excluded) => ({\n core_hash: excluded.core_hash,\n profile_hash: excluded.profile_hash,\n contract_json: excluded.contract_json,\n canonical_version: excluded.canonical_version,\n updated_at: NOW,\n app_tag: excluded.app_tag,\n meta: excluded.meta,\n invariants: excluded.invariants,\n }))\n .build(),\n );\n }\n\n /**\n * Compare-and-swap advance of the marker row for `space`. See the\n * `SqlControlAdapter.updateMarker` contract.\n */\n async updateMarker(\n driver: SqlControlDriverInstance<'sqlite'>,\n space: string,\n expectedFrom: string,\n destination: {\n readonly storageHash: string;\n readonly profileHash: string;\n readonly invariants?: readonly string[];\n },\n ): Promise {\n const currentInvariants =\n destination.invariants === undefined\n ? []\n : ((await this.readMarker(driver, space))?.invariants ?? []);\n const mergedInvariants =\n destination.invariants === undefined\n ? undefined\n : mergeInvariants(currentInvariants, destination.invariants);\n\n const query = marker\n .update()\n .set({\n core_hash: destination.storageHash,\n profile_hash: destination.profileHash,\n updated_at: NOW,\n ...(mergedInvariants !== undefined ? { invariants: mergedInvariants } : {}),\n })\n .where(marker.space.eq(space).and(marker.core_hash.eq(expectedFrom)))\n .returning(marker.space)\n .build();\n\n const rows = await execute((q) => this.lower(q, { contract: undefined }), driver, query);\n return rows.length > 0;\n }\n\n /**\n * Appends a ledger entry for `space`. See the\n * `SqlControlAdapter.writeLedgerEntry` contract.\n */\n async writeLedgerEntry(\n driver: SqlControlDriverInstance<'sqlite'>,\n space: string,\n entry: {\n readonly edgeId: string;\n readonly from: string;\n readonly to: string;\n readonly migrationName: string;\n readonly migrationHash: string;\n readonly operations: readonly unknown[];\n },\n ): Promise {\n await execute(\n (query) => this.lower(query, { contract: undefined }),\n driver,\n ledger\n .insert({\n space,\n migration_name: entry.migrationName,\n migration_hash: entry.migrationHash,\n origin_core_hash: entry.from,\n destination_core_hash: entry.to,\n operations: entry.operations,\n })\n .build(),\n );\n }\n\n private async readMarkerResult(driver: SqlControlDriverInstance<'sqlite'>, space: string) {\n const lower = (query: AnyQueryAst) => this.lower(query, { contract: undefined });\n const probe = sqliteCatalog\n .select(sqliteCatalog.name)\n .where(sqliteCatalog.type.eq('table').and(sqliteCatalog.name.eq('_prisma_marker')))\n .build();\n const exists = await execute(lower, driver, probe);\n if (exists.length === 0) return { kind: 'no-table' as const };\n\n const fetch = marker\n .select(\n marker.core_hash,\n marker.profile_hash,\n marker.contract_json,\n marker.canonical_version,\n marker.updated_at,\n marker.app_tag,\n marker.meta,\n marker.invariants,\n )\n .where(marker.space.eq(space))\n .build();\n const result = await execute(lower, driver, fetch);\n const row = result[0];\n if (!row) return { kind: 'absent' as const };\n return {\n kind: 'present' as const,\n record: parseContractMarkerRow(decodeSqliteMarkerRow(row)),\n };\n }\n\n async introspect(\n driver: SqlControlDriverInstance<'sqlite'>,\n _contract?: unknown,\n ): Promise {\n // Filter out runner-managed control tables (`_prisma_marker`,\n // `_prisma_ledger`) — they're an implementation detail of the migration\n // runner, not part of the user-authored contract, so they must not\n // appear in introspection output (otherwise strict schema verification\n // flags them as `extra_table`).\n const tablesResult = await driver.query<{ name: string }>(\n `SELECT name FROM sqlite_master\n WHERE type = 'table'\n AND name NOT LIKE 'sqlite_%'\n AND name NOT IN ('_prisma_marker', '_prisma_ledger')\n ORDER BY name`,\n );\n\n const tables: Record = {};\n\n for (const tableRow of tablesResult.rows) {\n const tableName = tableRow.name;\n\n // SQLite's synchronous driver serializes reads — no benefit from Promise.all\n const columnsResult = await driver.query(\n `PRAGMA table_info(\"${escapePragmaArg(tableName)}\")`,\n );\n const fkResult = await driver.query(\n `PRAGMA foreign_key_list(\"${escapePragmaArg(tableName)}\")`,\n );\n const indexListResult = await driver.query(\n `PRAGMA index_list(\"${escapePragmaArg(tableName)}\")`,\n );\n\n const columns: Record = {};\n const pkColumns: Array<{ name: string; pk: number }> = [];\n\n for (const col of columnsResult.rows) {\n // Resolved values comparable against the contract-derived expected\n // side: the normalized native type and the structured parse of the\n // raw default. Raw fields stay untouched alongside — the relational\n // walk still reads and normalizes them itself.\n const resolvedNativeType = normalizeSqliteNativeType(col.type);\n const rawDefault = col.dflt_value ?? undefined;\n columns[col.name] = {\n name: col.name,\n nativeType: col.type.toLowerCase(),\n nullable: col.notnull === 0 && col.pk === 0,\n ...ifDefined('default', rawDefault),\n resolvedNativeType,\n ...ifDefined(\n 'resolvedDefault',\n rawDefault !== undefined\n ? parseSqliteDefault(rawDefault, resolvedNativeType)\n : undefined,\n ),\n };\n if (col.pk > 0) {\n pkColumns.push({ name: col.name, pk: col.pk });\n }\n }\n\n pkColumns.sort((a, b) => a.pk - b.pk);\n const primaryKey: PrimaryKeyInput | undefined =\n pkColumns.length > 0\n ? {\n columns: pkColumns.map((c) => c.name),\n dependsOn: flatColumnDependsOn(\n tableName,\n pkColumns.map((c) => c.name),\n ),\n }\n : undefined;\n\n const fkMap = new Map();\n for (const fk of fkResult.rows) {\n const existing = fkMap.get(fk.id);\n if (existing) {\n existing.columns.push(fk.from);\n existing.referencedColumns.push(fk.to);\n } else {\n fkMap.set(fk.id, {\n columns: [fk.from],\n referencedTable: fk.table,\n referencedColumns: [fk.to],\n onDelete: fk.on_delete,\n onUpdate: fk.on_update,\n });\n }\n }\n const foreignKeys: readonly SqlForeignKeyIRInput[] = Array.from(fkMap.values()).map((fk) => ({\n columns: Object.freeze([...fk.columns]) as readonly string[],\n referencedTable: fk.referencedTable,\n referencedColumns: Object.freeze([...fk.referencedColumns]) as readonly string[],\n ...ifDefined('onDelete', mapSqliteReferentialAction(fk.onDelete)),\n ...ifDefined('onUpdate', mapSqliteReferentialAction(fk.onUpdate)),\n dependsOn: [\n flatTableDependsOn(fk.referencedTable),\n ...flatColumnDependsOn(tableName, fk.columns),\n ],\n }));\n\n const uniques: SqlUniqueIRInput[] = [];\n const indexes: SqlIndexIRInput[] = [];\n\n for (const idx of indexListResult.rows) {\n // origin: 'c' = CREATE INDEX, 'u' = UNIQUE constraint, 'pk' = PRIMARY KEY\n const idxInfoResult = await driver.query(\n `PRAGMA index_info(\"${escapePragmaArg(idx.name)}\")`,\n );\n\n const idxColumns = idxInfoResult.rows.sort((a, b) => a.seqno - b.seqno).map((r) => r.name);\n\n if (idx.origin === 'u') {\n uniques.push({\n columns: Object.freeze([...idxColumns]) as readonly string[],\n name: idx.name,\n dependsOn: flatColumnDependsOn(tableName, idxColumns),\n });\n } else if (idx.origin === 'c') {\n indexes.push({\n columns: Object.freeze([...idxColumns]) as readonly string[],\n name: idx.name,\n unique: idx.unique === 1,\n dependsOn: flatColumnDependsOn(tableName, idxColumns),\n });\n }\n // Skip 'pk' origin — already captured in primaryKey\n }\n\n tables[tableName] = new SqlTableIR({\n name: tableName,\n columns,\n ...ifDefined('primaryKey', primaryKey),\n foreignKeys,\n uniques,\n indexes,\n });\n }\n\n return new SqlSchemaIR({\n tables,\n });\n }\n}\n\n// PRAGMA queries use the function-argument form (`PRAGMA table_info(\"name\")`)\n// which doesn't support `?` placeholders — the argument is part of the\n// statement name, not a bound parameter. We quote-escape the table name instead.\nfunction escapePragmaArg(name: string): string {\n return name.replace(/\"/g, '\"\"');\n}\n\nconst SQLITE_REFERENTIAL_ACTION_MAP: Record = {\n 'NO ACTION': 'noAction',\n RESTRICT: 'restrict',\n CASCADE: 'cascade',\n 'SET NULL': 'setNull',\n 'SET DEFAULT': 'setDefault',\n};\n\nfunction mapSqliteReferentialAction(rule: string): SqlReferentialAction | undefined {\n const normalized = rule.toUpperCase();\n const mapped = SQLITE_REFERENTIAL_ACTION_MAP[normalized];\n if (mapped === undefined) {\n throw new Error(\n `Unknown SQLite referential action rule: \"${rule}\". ` +\n 'Expected one of: NO ACTION, RESTRICT, CASCADE, SET NULL, SET DEFAULT.',\n );\n }\n if (mapped === 'noAction') return undefined;\n return mapped;\n}\n\n/**\n * The referenced table's chain in the flat (single-schema) tree this\n * introspection builds: the root (`SqlSchemaIR`, fixed `'database'` id)\n * followed by the table's own id. Mirrors the expected-side derivation\n * (`contractToSchemaIR`'s `convertForeignKey`).\n */\nfunction flatTableDependsOn(tableName: string): SchemaNodeRef {\n return [\n { nodeKind: RelationalSchemaNodeKind.schema, id: 'database' },\n { nodeKind: RelationalSchemaNodeKind.table, id: tableName },\n ];\n}\n\n/**\n * The chains from a table-child object (foreign key, index, unique, primary\n * key) to each of the own columns it is built on — the introspection-side\n * mirror of `contractToSchemaIR`'s `flatColumnDependsOn`. An object is dropped\n * before the columns it covers.\n */\nfunction flatColumnDependsOn(tableName: string, columns: readonly string[]): SchemaNodeRef[] {\n return columns.map((column) => [\n ...flatTableDependsOn(tableName),\n { nodeKind: RelationalSchemaNodeKind.column, id: `column:${column}` },\n ]);\n}\n\n// ---------------------------------------------------------------------------\n// sqliteRenderDdlExecuteRequest — independent DDL walker for lowerToExecuteRequest\n// ---------------------------------------------------------------------------\n\nfunction sqliteInlineLiteral(wire: unknown): string {\n if (wire === null) return 'NULL';\n if (typeof wire === 'boolean') return wire ? '1' : '0';\n if (typeof wire === 'number') {\n if (!Number.isFinite(wire)) {\n throw new Error(\n `sqliteRenderDdlExecuteRequest: non-finite number wire value ${String(wire)} cannot be emitted as a DEFAULT literal`,\n );\n }\n return String(wire);\n }\n if (typeof wire === 'bigint') return String(wire);\n if (wire instanceof Date) {\n if (Number.isNaN(wire.getTime())) {\n throw new Error(\n 'sqliteRenderDdlExecuteRequest: invalid Date value cannot be emitted as a DEFAULT literal',\n );\n }\n return `'${escapeLiteral(wire.toISOString())}'`;\n }\n if (typeof wire === 'string') return `'${escapeLiteral(wire)}'`;\n if (wire instanceof Uint8Array) {\n const hex = Array.from(wire)\n .map((b) => b.toString(16).padStart(2, '0'))\n .join('');\n return `X'${hex}'`;\n }\n if (typeof wire === 'object') return `'${escapeLiteral(JSON.stringify(wire))}'`;\n throw new Error(`sqliteRenderDdlExecuteRequest: unexpected wire type \"${typeof wire}\"`);\n}\n\nasync function sqliteRenderDdlColumnDefault(\n def: LiteralColumnDefault | FunctionColumnDefault,\n codecLookup: CodecLookup,\n codecRef: CodecRef | undefined,\n): Promise {\n if (def.kind === 'function') {\n if (def.expression === 'autoincrement()') return '';\n // SQLite has no `now()` function; the contract canonicalizes\n // `CURRENT_TIMESTAMP` / `datetime('now')` to `now()`, so map it back to a\n // valid SQLite expression on the way out.\n if (def.expression === 'now()') return \"DEFAULT (datetime('now'))\";\n return `DEFAULT (${def.expression})`;\n }\n if (codecRef !== undefined) {\n const codec = codecLookup.get(codecRef.codecId);\n if (codec !== undefined) {\n const wire = await codec.encode(def.value, {});\n return `DEFAULT ${sqliteInlineLiteral(wire)}`;\n }\n }\n // Fallback: codec-less literal defaults follow RawSqlLiteral wire-scalar semantics.\n return `DEFAULT ${sqliteInlineLiteral(def.value)}`;\n}\n\nasync function sqliteRenderDdlColumn(column: DdlColumn, codecLookup: CodecLookup): Promise {\n if (column.type.includes('AUTOINCREMENT')) {\n return `${quoteIdentifier(column.name)} ${column.type}`;\n }\n const parts = [quoteIdentifier(column.name), column.type];\n if (column.notNull) parts.push('NOT NULL');\n if (column.primaryKey) parts.push('PRIMARY KEY');\n if (column.default) {\n const clause = await sqliteRenderDdlColumnDefault(column.default, codecLookup, column.codecRef);\n if (clause.length > 0) parts.push(clause);\n }\n return parts.join(' ');\n}\n\nfunction sqliteRenderDdlConstraint(constraint: DdlTableConstraint): string {\n if (constraint.kind === 'primary-key') {\n const cols = constraint.columns.map(quoteIdentifier).join(', ');\n if (constraint.name !== undefined) {\n return `CONSTRAINT ${quoteIdentifier(constraint.name)} PRIMARY KEY (${cols})`;\n }\n return `PRIMARY KEY (${cols})`;\n }\n if (constraint.kind === 'foreign-key') {\n const cols = constraint.columns.map(quoteIdentifier).join(', ');\n const refTable = constraint.refTable.split('.').map(quoteIdentifier).join('.');\n const refCols = constraint.refColumns.map(quoteIdentifier).join(', ');\n let sql = `FOREIGN KEY (${cols}) REFERENCES ${refTable} (${refCols})`;\n if (constraint.onDelete !== undefined) {\n sql += ` ON DELETE ${REFERENTIAL_ACTION_SQL[constraint.onDelete]}`;\n }\n if (constraint.onUpdate !== undefined) {\n sql += ` ON UPDATE ${REFERENTIAL_ACTION_SQL[constraint.onUpdate]}`;\n }\n if (constraint.name !== undefined) {\n sql = `CONSTRAINT ${quoteIdentifier(constraint.name)} ${sql}`;\n }\n return sql;\n }\n if (constraint.kind === 'check-expression') {\n throw new Error(\n `SQLite does not support expression CHECK constraints (constraint \"${constraint.name}\"). ` +\n 'Scalar-array columns and their element-non-null checks are Postgres-only.',\n );\n }\n const cols = constraint.columns.map(quoteIdentifier).join(', ');\n if (constraint.name !== undefined) {\n return `CONSTRAINT ${quoteIdentifier(constraint.name)} UNIQUE (${cols})`;\n }\n return `UNIQUE (${cols})`;\n}\n\nasync function sqliteRenderDdlExecuteRequest(\n ast: SqliteDdlNode,\n codecLookup: CodecLookup,\n): Promise {\n const node = blindCast(ast);\n const ifNotExists = node.ifNotExists ? 'IF NOT EXISTS ' : '';\n const tableRef = quoteIdentifier(node.table);\n const columnDefs = await Promise.all(\n node.columns.map((col) => sqliteRenderDdlColumn(col, codecLookup)),\n );\n const constraintDefs =\n node.constraints !== undefined ? node.constraints.map(sqliteRenderDdlConstraint) : [];\n const allDefs = [...columnDefs, ...constraintDefs].join(',\\n ');\n return {\n sql: `CREATE TABLE ${ifNotExists}${tableRef} (\\n ${allDefs}\\n)`,\n params: [],\n };\n}\n","import { APP_SPACE_ID } from '@prisma-next/framework-components/control';\nimport type {\n Adapter,\n AdapterProfile,\n AggregateExpr,\n AnyExpression,\n AnyFromSource,\n AnyQueryAst,\n BinaryExpr,\n ColumnRef,\n DeleteAst,\n InsertAst,\n InsertValue,\n JoinAst,\n JoinOnExpr,\n JsonArrayAggExpr,\n JsonObjectExpr,\n ListExpression,\n LiteralExpr,\n LoweredParam,\n LowererContext,\n NullCheckExpr,\n OperationExpr,\n OrderByItem,\n ProjectionItem,\n RawExpr,\n RawSqlLiteral,\n SelectAst,\n SqlQueryable,\n SubqueryExpr,\n TableSource,\n UpdateAst,\n WindowFuncExpr,\n} from '@prisma-next/sql-relational-core/ast';\nimport { isDdlNode } from '@prisma-next/sql-relational-core/ast';\nimport type { RawCodecInferer } from '@prisma-next/sql-relational-core/expression';\nimport type { SqliteDdlNode } from '@prisma-next/target-sqlite/ddl';\nimport { escapeLiteral, quoteIdentifier } from '@prisma-next/target-sqlite/sql-utils';\nimport { createSqliteBuiltinCodecLookup } from './codec-lookup';\nimport { SqliteControlAdapter } from './control-adapter';\nimport type { SqliteAdapterOptions, SqliteContract, SqliteLoweredStatement } from './types';\n\nconst defaultCapabilities = Object.freeze({\n sql: {\n orderBy: true,\n limit: true,\n lateral: false,\n jsonAgg: true,\n returning: true,\n enums: false,\n },\n});\n\nclass SqliteAdapterImpl implements Adapter {\n readonly familyId = 'sql' as const;\n readonly targetId = 'sqlite' as const;\n\n readonly profile: AdapterProfile<'sqlite'>;\n\n constructor(options?: SqliteAdapterOptions) {\n const codecLookup = createSqliteBuiltinCodecLookup();\n const controlAdapter = new SqliteControlAdapter(codecLookup);\n this.profile = Object.freeze({\n id: options?.profileId ?? 'sqlite/default@1',\n target: 'sqlite',\n capabilities: defaultCapabilities,\n readMarker: (queryable: SqlQueryable) =>\n controlAdapter.readMarkerDiscriminated(\n {\n familyId: 'sql',\n targetId: 'sqlite',\n query: async >(\n sql: string,\n params?: readonly unknown[],\n ) => {\n const result = await queryable.query(sql, params);\n return { rows: [...result.rows] };\n },\n close: async () => {},\n },\n APP_SPACE_ID,\n ),\n });\n }\n\n lower(\n ast: AnyQueryAst | SqliteDdlNode,\n context: LowererContext,\n ): SqliteLoweredStatement {\n if (isDdlNode(ast)) {\n throw new Error(\n 'lower() does not lower DDL on the runtime adapter — DDL lowering is a control-plane concern handled by the control adapter.',\n );\n }\n return renderLoweredSql(ast, context.contract);\n }\n}\n\n/** Codec-id lookup for bare-literal interpolations used by `fns.raw` on a sqlite client. Contributed as the descriptor's static `rawCodecInferer` slot. */\nexport const sqliteRawCodecInferer: RawCodecInferer = {\n inferCodec(value: RawSqlLiteral): string {\n switch (typeof value) {\n case 'number':\n return Number.isSafeInteger(value) && value % 1 === 0\n ? 'sqlite/integer@1'\n : 'sqlite/real@1';\n case 'bigint':\n return 'sqlite/bigint@1';\n case 'string':\n return 'sqlite/text@1';\n case 'boolean':\n return 'sqlite/integer@1';\n case 'object':\n if (value instanceof Uint8Array) return 'sqlite/blob@1';\n }\n throw new Error(\n 'unsupported JS value type for raw-SQL interpolation: wrap this value in `param(...)` with an explicit codec',\n );\n },\n};\n\n/**\n * Lower a SQL query AST into a SQLite-flavored `{ sql, params }` payload.\n *\n * Shared between the runtime adapter (`SqliteAdapterImpl.lower`) and the control adapter (`SqliteControlAdapter.lower`) so both produce byte-identical SQL for the same AST and contract.\n */\nexport function renderLoweredSql(\n ast: AnyQueryAst,\n contract: SqliteContract,\n): SqliteLoweredStatement {\n const collectedParamRefs = ast.collectParamRefs();\n const params: LoweredParam[] = [];\n for (const ref of collectedParamRefs) {\n params.push(\n ref.kind === 'prepared-param-ref'\n ? { kind: 'bind', name: ref.name }\n : { kind: 'literal', value: ref.value },\n );\n }\n\n let sql: string;\n\n const node = ast;\n switch (node.kind) {\n case 'select':\n sql = renderSelect(node, contract);\n break;\n case 'insert':\n sql = renderInsert(node, contract);\n break;\n case 'update':\n sql = renderUpdate(node, contract);\n break;\n case 'delete':\n sql = renderDelete(node, contract);\n break;\n default:\n throw new Error(`Unsupported AST node kind: ${(node as { kind: string }).kind}`);\n }\n\n return Object.freeze({ sql, params });\n}\n\nfunction renderLimitOffset(\n keyword: 'LIMIT' | 'OFFSET',\n value: SelectAst['limit'] | SelectAst['offset'],\n contract?: SqliteContract,\n): string {\n if (value === undefined) return '';\n if (typeof value === 'number') return `${keyword} ${value}`;\n return `${keyword} ${renderExpr(value, contract)}`;\n}\n\nfunction renderSelect(ast: SelectAst, contract: SqliteContract): string {\n const distinctPrefix = ast.distinct ? 'DISTINCT ' : '';\n const selectClause = `SELECT ${distinctPrefix}${renderProjection(ast.projection, contract)}`;\n const fromClause = ast.from !== undefined ? `FROM ${renderSource(ast.from, contract)}` : '';\n\n const joinsClause = ast.joins?.length\n ? ast.joins.map((join) => renderJoin(join, contract)).join(' ')\n : '';\n\n const whereClause = ast.where ? `WHERE ${renderExpr(ast.where, contract)}` : '';\n const groupByClause = ast.groupBy?.length\n ? `GROUP BY ${ast.groupBy.map((expr) => renderExpr(expr, contract)).join(', ')}`\n : '';\n const havingClause = ast.having ? `HAVING ${renderExpr(ast.having, contract)}` : '';\n const orderClause = ast.orderBy?.length\n ? `ORDER BY ${ast.orderBy\n .map((order) => `${renderExpr(order.expr, contract)} ${order.dir.toUpperCase()}`)\n .join(', ')}`\n : '';\n const limitClause = renderLimitOffset('LIMIT', ast.limit, contract);\n const offsetClause = renderLimitOffset('OFFSET', ast.offset, contract);\n\n return [\n selectClause,\n fromClause,\n joinsClause,\n whereClause,\n groupByClause,\n havingClause,\n orderClause,\n limitClause,\n offsetClause,\n ]\n .filter((part) => part.length > 0)\n .join(' ')\n .trim();\n}\n\nfunction renderProjection(\n projection: ReadonlyArray,\n contract?: SqliteContract,\n): string {\n return projection\n .map((item) => {\n const alias = quoteIdentifier(item.alias);\n if (item.expr.kind === 'literal') {\n return `${renderLiteral(item.expr)} AS ${alias}`;\n }\n return `${renderExpr(item.expr, contract)} AS ${alias}`;\n })\n .join(', ');\n}\n\nfunction qualifyTableFromNamespaceCoordinate(\n table: Pick,\n contract: SqliteContract,\n): string {\n if (table.namespaceId === undefined) {\n return quoteIdentifier(table.name);\n }\n const namespace = contract.storage.namespaces[table.namespaceId];\n if (namespace === undefined) {\n throw new Error(\n `Table \"${table.name}\" references namespace \"${table.namespaceId}\" which is not present on the contract`,\n );\n }\n const qualifyTable = namespace.qualifyTable;\n if (qualifyTable === undefined) {\n throw new Error(\n `Table \"${table.name}\" references namespace \"${table.namespaceId}\" which is not materialised for SQL rendering on the contract`,\n );\n }\n return qualifyTable.call(namespace, table.name);\n}\n\nfunction renderTableSource(source: TableSource, contract: SqliteContract): string {\n const qualified = qualifyTableFromNamespaceCoordinate(source, contract);\n if (!source.alias) {\n return qualified;\n }\n return `${qualified} AS ${quoteIdentifier(source.alias)}`;\n}\n\nfunction renderSource(source: AnyFromSource, contract: SqliteContract): string {\n const node = source;\n switch (node.kind) {\n case 'table-source':\n return renderTableSource(node, contract);\n case 'derived-table-source':\n return `(${renderSelect(node.query, contract)}) AS ${quoteIdentifier(node.alias)}`;\n case 'function-source': {\n const args = node.args.map((arg) => renderExpr(arg, contract)).join(', ');\n const call = `${node.fn}(${args})`;\n return node.alias !== undefined ? `${call} AS ${quoteIdentifier(node.alias)}` : call;\n }\n default:\n throw new Error(\n `Unsupported source node kind: ${(node satisfies never as { kind: string }).kind}`,\n );\n }\n}\n\nfunction renderExpr(expr: AnyExpression, contract?: SqliteContract): string {\n const node = expr;\n switch (node.kind) {\n case 'column-ref':\n return renderColumn(node);\n case 'identifier-ref':\n return quoteIdentifier(node.name);\n case 'operation':\n return renderOperation(node, contract);\n case 'subquery':\n return renderSubqueryExpr(node, contract);\n case 'aggregate':\n return renderAggregateExpr(node, contract);\n case 'window-func':\n return renderWindowFuncExpr(node, contract);\n case 'json-object':\n return renderJsonObjectExpr(node, contract);\n case 'json-array-agg':\n return renderJsonArrayAggExpr(node, contract);\n case 'binary':\n return renderBinary(node, contract);\n case 'and':\n if (node.exprs.length === 0) {\n return 'TRUE';\n }\n return `(${node.exprs.map((part) => renderExpr(part, contract)).join(' AND ')})`;\n case 'or':\n if (node.exprs.length === 0) {\n return 'FALSE';\n }\n return `(${node.exprs.map((part) => renderExpr(part, contract)).join(' OR ')})`;\n case 'exists': {\n if (contract === undefined) {\n throw new Error('EXISTS subquery rendering requires a Sqlite contract');\n }\n const notKeyword = node.notExists ? 'NOT ' : '';\n const subquery = renderSelect(node.subquery, contract);\n return `${notKeyword}EXISTS (${subquery})`;\n }\n case 'null-check':\n return renderNullCheck(node, contract);\n case 'not':\n return `NOT (${renderExpr(node.expr, contract)})`;\n case 'param-ref':\n case 'prepared-param-ref':\n return '?';\n case 'literal':\n return renderLiteral(node);\n case 'list':\n return renderListLiteral(node);\n case 'raw-expr':\n return renderRawExpr(node, contract);\n default:\n throw new Error(`Unsupported expression node kind: ${(node as { kind: string }).kind}`);\n }\n}\n\nfunction renderRawExpr(node: RawExpr, contract?: SqliteContract): string {\n return node.parts\n .map((part) => (typeof part === 'string' ? part : renderExpr(part, contract)))\n .join('');\n}\n\n// `excluded` is a pseudo-table in ON CONFLICT DO UPDATE that references the row proposed for insertion. It is not quoted because it's a keyword.\nfunction renderColumn(ref: ColumnRef): string {\n if (ref.table === 'excluded') {\n return `excluded.${quoteIdentifier(ref.column)}`;\n }\n return `${quoteIdentifier(ref.table)}.${quoteIdentifier(ref.column)}`;\n}\n\nfunction renderLiteral(expr: LiteralExpr): string {\n if (typeof expr.value === 'string') {\n return `'${escapeLiteral(expr.value)}'`;\n }\n if (typeof expr.value === 'number' || typeof expr.value === 'boolean') {\n return String(expr.value);\n }\n if (typeof expr.value === 'bigint') {\n return String(expr.value);\n }\n if (expr.value === null || expr.value === undefined) {\n return 'NULL';\n }\n if (expr.value instanceof Date) {\n return `'${escapeLiteral(expr.value.toISOString())}'`;\n }\n const json = JSON.stringify(expr.value);\n if (json === undefined) {\n return 'NULL';\n }\n return `'${escapeLiteral(json)}'`;\n}\n\nfunction renderOperation(expr: OperationExpr, contract?: SqliteContract): string {\n const self = renderExpr(expr.self, contract);\n const args = expr.args.map((arg) => renderExpr(arg, contract));\n\n let result = expr.lowering.template;\n result = result.replace(/\\{\\{self\\}\\}/g, self);\n for (let i = 0; i < args.length; i++) {\n result = result.replace(new RegExp(`\\\\{\\\\{arg${i}\\\\}\\\\}`, 'g'), args[i] ?? '');\n }\n\n return result;\n}\n\nfunction renderSubqueryExpr(expr: SubqueryExpr, contract?: SqliteContract): string {\n if (expr.query.projection.length !== 1) {\n throw new Error('Subquery expressions must project exactly one column');\n }\n if (contract === undefined) {\n throw new Error('Subquery expression rendering requires a Sqlite contract');\n }\n return `(${renderSelect(expr.query, contract)})`;\n}\n\nfunction renderNullCheck(expr: NullCheckExpr, contract?: SqliteContract): string {\n const rendered = renderExpr(expr.expr, contract);\n const renderedExpr =\n expr.expr.kind === 'operation' || expr.expr.kind === 'subquery' ? `(${rendered})` : rendered;\n return expr.isNull ? `${renderedExpr} IS NULL` : `${renderedExpr} IS NOT NULL`;\n}\n\nfunction renderBinary(expr: BinaryExpr, contract?: SqliteContract): string {\n if (expr.right.kind === 'list' && expr.right.values.length === 0) {\n if (expr.op === 'in') {\n return 'FALSE';\n }\n if (expr.op === 'notIn') {\n return 'TRUE';\n }\n }\n\n const leftExpr = expr.left;\n const left = renderExpr(leftExpr, contract);\n const leftRendered =\n leftExpr.kind === 'operation' || leftExpr.kind === 'subquery' ? `(${left})` : left;\n\n const rightNode = expr.right;\n let right: string;\n switch (rightNode.kind) {\n case 'list':\n right = renderListLiteral(rightNode);\n break;\n case 'literal':\n right = renderLiteral(rightNode);\n break;\n case 'column-ref':\n right = renderColumn(rightNode);\n break;\n case 'param-ref':\n case 'prepared-param-ref':\n right = '?';\n break;\n default:\n right = renderExpr(rightNode, contract);\n break;\n }\n\n const operatorMap: Record = {\n eq: '=',\n neq: '!=',\n gt: '>',\n lt: '<',\n gte: '>=',\n lte: '<=',\n like: 'LIKE',\n in: 'IN',\n notIn: 'NOT IN',\n };\n\n return `${leftRendered} ${operatorMap[expr.op]} ${right}`;\n}\n\nfunction renderListLiteral(expr: ListExpression): string {\n if (expr.values.length === 0) {\n return '(NULL)';\n }\n const values = expr.values\n .map((v) => {\n if (v.kind === 'param-ref' || v.kind === 'prepared-param-ref') return '?';\n if (v.kind === 'literal') return renderLiteral(v);\n return renderExpr(v);\n })\n .join(', ');\n return `(${values})`;\n}\n\nfunction renderAggregateExpr(expr: AggregateExpr, contract?: SqliteContract): string {\n const fn = expr.fn.toUpperCase();\n if (!expr.expr) {\n return `${fn}(*)`;\n }\n return `${fn}(${renderExpr(expr.expr, contract)})`;\n}\n\nfunction renderWindowFuncExpr(expr: WindowFuncExpr, contract?: SqliteContract): string {\n const fn = expr.fn.toUpperCase();\n const args = expr.args.map((arg) => renderExpr(arg, contract)).join(', ');\n const partitionClause =\n expr.partitionBy && expr.partitionBy.length > 0\n ? `PARTITION BY ${expr.partitionBy.map((e) => renderExpr(e, contract)).join(', ')}`\n : '';\n const orderClause =\n expr.orderBy && expr.orderBy.length > 0\n ? `ORDER BY ${renderOrderByItems(expr.orderBy, contract)}`\n : '';\n const over = [partitionClause, orderClause].filter((part) => part.length > 0).join(' ');\n return `${fn}(${args}) OVER (${over})`;\n}\n\nfunction renderJsonObjectExpr(expr: JsonObjectExpr, contract?: SqliteContract): string {\n const args = expr.entries\n .flatMap((entry): [string, string] => {\n const key = `'${escapeLiteral(entry.key)}'`;\n if (entry.value.kind === 'literal') {\n return [key, renderLiteral(entry.value)];\n }\n return [key, renderExpr(entry.value, contract)];\n })\n .join(', ');\n return `json_object(${args})`;\n}\n\nfunction renderOrderByItems(items: ReadonlyArray, contract?: SqliteContract): string {\n return items\n .map((item) => `${renderExpr(item.expr, contract)} ${item.dir.toUpperCase()}`)\n .join(', ');\n}\n\nfunction renderJsonArrayAggExpr(expr: JsonArrayAggExpr, contract?: SqliteContract): string {\n const aggregateOrderBy =\n expr.orderBy && expr.orderBy.length > 0\n ? ` ORDER BY ${renderOrderByItems(expr.orderBy, contract)}`\n : '';\n const aggregated = `json_group_array(${renderExpr(expr.expr, contract)}${aggregateOrderBy})`;\n if (expr.onEmpty === 'emptyArray') {\n return `coalesce(${aggregated}, '[]')`;\n }\n return aggregated;\n}\n\nfunction renderJoin(join: JoinAst, contract?: SqliteContract): string {\n if (contract === undefined) {\n throw new Error('JOIN rendering requires a Sqlite contract');\n }\n const joinType = join.joinType.toUpperCase();\n const source = renderSource(join.source, contract);\n const onClause = renderJoinOn(join.on, contract);\n return `${joinType} JOIN ${source} ON ${onClause}`;\n}\n\nfunction renderJoinOn(on: JoinOnExpr, contract?: SqliteContract): string {\n if (on.kind === 'eq-col-join-on') {\n return `${renderColumn(on.left)} = ${renderColumn(on.right)}`;\n }\n return renderExpr(on, contract);\n}\n\nfunction renderInsertValue(value: InsertValue): string {\n switch (value.kind) {\n case 'param-ref':\n case 'prepared-param-ref':\n return '?';\n case 'column-ref':\n return renderColumn(value);\n case 'raw-expr':\n return renderExpr(value);\n case 'default-value':\n throw new Error('SQLite does not support DEFAULT as a value in INSERT ... 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