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@prisma-next/framework-components
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@prisma-next/framework-components - npm Package Compare versions
+21
-8
@@ -5,3 +5,2 @@ import { o as CodecRegistry } from "./codec-types-Zro78GmT.mjs"; | ||
| import { t as TypesImportSpec } from "./types-import-spec-DRKzrJ20.mjs"; | ||
| import { t as EntityCoordinate } from "./storage-LiDzCDHm.mjs"; | ||
| import { t as EmissionSpi } from "./emission-types-WZ7zCZcb.mjs"; | ||
@@ -76,3 +75,4 @@ import { m as PslDocumentAst } from "./psl-ast-CgREvVxk.mjs"; | ||
| interface SchemaDiffIssue { | ||
| readonly coordinate: EntityCoordinate; | ||
| /** Path from the root node down to the diffed node, as a sequence of local keys. */ | ||
| readonly path: readonly string[]; | ||
| readonly outcome: SchemaDiffOutcome; | ||
@@ -85,12 +85,25 @@ readonly message: string; | ||
| } | ||
| /** A node the generic differ can align and compare. Implemented by target IR nodes. */ | ||
| /** | ||
| * A node in the schema tree. Every node in the tree implements this interface. | ||
| * | ||
| * `id` must be unique among sibling nodes at the same level — the differ keys | ||
| * on it and treats a collision as the same entity (enforced by a duplicate-id | ||
| * throw). The differ accumulates these ids into a path that stamps every emitted | ||
| * issue. | ||
| */ | ||
| interface DiffableNode { | ||
| identity(): EntityCoordinate; | ||
| readonly id: string; | ||
| isEqualTo(other: DiffableNode): boolean; | ||
| children(): readonly DiffableNode[]; | ||
| } | ||
| /** | ||
| * Align two flat node collections by identity; emit missing/extra/mismatch issues in input order. | ||
| * Intentionally flat — child-node recursion is a separate follow-on concern (the relational port). | ||
| * Diff two schema trees starting from their roots. | ||
| * | ||
| * The differ is **total**: every node-level difference is reported. An unmatched | ||
| * non-leaf node emits its own issue and descends, emitting an issue for every | ||
| * node in the missing/extra subtree. Coalescing a parent change over its | ||
| * children is the planner's responsibility. Ownership filtering (dropping `extra` | ||
| * issues in namespaces a contract doesn't own) is the caller's responsibility. | ||
| */ | ||
| declare function diffNodes(expected: readonly DiffableNode[], actual: readonly DiffableNode[]): readonly SchemaDiffIssue[]; | ||
| declare function diffSchemas(expected: DiffableNode, actual: DiffableNode): readonly SchemaDiffIssue[]; | ||
| //#endregion | ||
@@ -1183,3 +1196,3 @@ //#region src/control/control-result-types.d.ts | ||
| //#endregion | ||
| export { APP_SPACE_ID, type AssembledAuthoringContributions, type BaseSchemaIssue, type ContractSerializer, type ContractSpace, type ContractSpaceHeadRef, type ControlAdapterDescriptor, type ControlAdapterInstance, type ControlDriverDescriptor, type ControlDriverInstance, type ControlExtensionDescriptor, type ControlExtensionInstance, type ControlFamilyDescriptor, type ControlFamilyInstance, type ControlMutationDefaultEntry, type ControlMutationDefaultRegistry, type ControlMutationDefaults, type ControlStack, type ControlTargetDescriptor, type ControlTargetInstance, type CoreSchemaView, type CreateControlStackInput, type DefaultFunctionLoweringContext, type DefaultFunctionLoweringHandler, type DefaultFunctionRegistry, type DefaultFunctionRegistryEntry, type DiffableNode, type EmitContractResult, type EnumValuesChangedIssue, type ImportRequirement, type IntrospectSchemaResult, type LoweredDefaultResult, type LoweredDefaultValue, type MigratableTargetDescriptor, type MigrationMetadata, type MigrationOperationClass, type MigrationOperationPolicy, type MigrationPackage, type MigrationPlan, type MigrationPlanOperation, type MigrationPlanWithAuthoringSurface, type MigrationPlanner, type MigrationPlannerConflict, type MigrationPlannerFailureResult, type MigrationPlannerResult, type MigrationPlannerSuccessResult, type MigrationRunner, type MigrationRunnerExecutionChecks, type MigrationRunnerFailure, type MigrationRunnerPerSpaceOptions, type MigrationRunnerPerSpaceSuccessValue, type MigrationRunnerResult, type MigrationRunnerSuccessValue, type MigrationScaffoldContext, type MutationDefaultGeneratorDescriptor, type OpFactoryCall, type OperationContext, type OperationPreview, type OperationPreviewCapable, type OperationPreviewStatement, type ParsedDefaultFunctionCall, type PslContractInferCapable, type SchemaDiffIssue, type SchemaDiffOutcome, type SchemaIssue, SchemaTreeNode, type SchemaTreeNodeOptions, type SchemaTreeVisitor, type SchemaVerificationNode, type SchemaVerifier, type SchemaVerifyOptions, type SchemaVerifyResult, type SchemaViewCapable, type SchemaViewNodeKind, type SignDatabaseResult, type SourceDiagnostic, type SourceSpan, type TargetMigrationsCapability, VERIFY_CODE_HASH_MISMATCH, VERIFY_CODE_MARKER_MISSING, VERIFY_CODE_SCHEMA_FAILURE, VERIFY_CODE_TARGET_MISMATCH, type VerificationStatus, type VerifierIssueCategory, type VerifierOutcome, type VerifyDatabaseResult, type VerifyDatabaseSchemaResult, assembleAuthoringContributions, assembleControlMutationDefaults, assembleScalarTypeDescriptors, assertUniqueCodecOwner, buildExtensionLoadOrder, createControlStack, diffNodes, dispositionForCategory, extractCodecLookup, extractCodecTypeImports, extractComponentIds, extractQueryOperationTypeImports, hasMigrations, hasOperationPreview, hasPslContractInfer, hasSchemaView }; | ||
| export { APP_SPACE_ID, type AssembledAuthoringContributions, type BaseSchemaIssue, type ContractSerializer, type ContractSpace, type ContractSpaceHeadRef, type ControlAdapterDescriptor, type ControlAdapterInstance, type ControlDriverDescriptor, type ControlDriverInstance, type ControlExtensionDescriptor, type ControlExtensionInstance, type ControlFamilyDescriptor, type ControlFamilyInstance, type ControlMutationDefaultEntry, type ControlMutationDefaultRegistry, type ControlMutationDefaults, type ControlStack, type ControlTargetDescriptor, type ControlTargetInstance, type CoreSchemaView, type CreateControlStackInput, type DefaultFunctionLoweringContext, type DefaultFunctionLoweringHandler, type DefaultFunctionRegistry, type DefaultFunctionRegistryEntry, type DiffableNode, type EmitContractResult, type EnumValuesChangedIssue, type ImportRequirement, type IntrospectSchemaResult, type LoweredDefaultResult, type LoweredDefaultValue, type MigratableTargetDescriptor, type MigrationMetadata, type MigrationOperationClass, type MigrationOperationPolicy, type MigrationPackage, type MigrationPlan, type MigrationPlanOperation, type MigrationPlanWithAuthoringSurface, type MigrationPlanner, type MigrationPlannerConflict, type MigrationPlannerFailureResult, type MigrationPlannerResult, type MigrationPlannerSuccessResult, type MigrationRunner, type MigrationRunnerExecutionChecks, type MigrationRunnerFailure, type MigrationRunnerPerSpaceOptions, type MigrationRunnerPerSpaceSuccessValue, type MigrationRunnerResult, type MigrationRunnerSuccessValue, type MigrationScaffoldContext, type MutationDefaultGeneratorDescriptor, type OpFactoryCall, type OperationContext, type OperationPreview, type OperationPreviewCapable, type OperationPreviewStatement, type ParsedDefaultFunctionCall, type PslContractInferCapable, type SchemaDiffIssue, type SchemaDiffOutcome, type SchemaIssue, SchemaTreeNode, type SchemaTreeNodeOptions, type SchemaTreeVisitor, type SchemaVerificationNode, type SchemaVerifier, type SchemaVerifyOptions, type SchemaVerifyResult, type SchemaViewCapable, type SchemaViewNodeKind, type SignDatabaseResult, type SourceDiagnostic, type SourceSpan, type TargetMigrationsCapability, VERIFY_CODE_HASH_MISMATCH, VERIFY_CODE_MARKER_MISSING, VERIFY_CODE_SCHEMA_FAILURE, VERIFY_CODE_TARGET_MISMATCH, type VerificationStatus, type VerifierIssueCategory, type VerifierOutcome, type VerifyDatabaseResult, type VerifyDatabaseSchemaResult, assembleAuthoringContributions, assembleControlMutationDefaults, assembleScalarTypeDescriptors, assertUniqueCodecOwner, buildExtensionLoadOrder, createControlStack, diffSchemas, dispositionForCategory, extractCodecLookup, extractCodecTypeImports, extractComponentIds, extractQueryOperationTypeImports, hasMigrations, hasOperationPreview, hasPslContractInfer, hasSchemaView }; | ||
| //# sourceMappingURL=control.d.mts.map |
@@ -1,1 +0,1 @@ | ||
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| ||
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|
+61
-34
@@ -301,45 +301,72 @@ import { n as materializeCodec, r as resolveCodecDescriptorOrThrow, t as CONTRACT_CODEC_DESCRIPTOR_MISSING } from "./resolve-codec-D8EPZosv.mjs"; | ||
| //#region src/control/schema-diff.ts | ||
| /** Canonical string key for a coordinate. Uses pipe-separated fields so null bytes cannot appear. */ | ||
| function stableKey(c) { | ||
| return `${c.plane}|${c.namespaceId}|${c.entityKind}|${c.entityName}`; | ||
| function insertNode(map, node) { | ||
| const key = node.id; | ||
| if (map.has(key)) throw new Error(`diffSchemas: duplicate id among siblings: ${key}`); | ||
| map.set(key, node); | ||
| } | ||
| function outcomeMessage(outcome, c) { | ||
| return `${outcome}: ${c.entityKind} '${c.entityName}' in namespace '${c.namespaceId}'`; | ||
| function outcomeMessage(outcome, path) { | ||
| return `${outcome}: ${path.join("/")}`; | ||
| } | ||
| function emitMissingSubtree(node, parentPath) { | ||
| const path = [...parentPath, node.id]; | ||
| return [{ | ||
| path, | ||
| outcome: "missing", | ||
| message: outcomeMessage("missing", path), | ||
| expected: node | ||
| }, ...node.children().flatMap((c) => emitMissingSubtree(c, path))]; | ||
| } | ||
| function emitExtraSubtree(node, parentPath) { | ||
| const path = [...parentPath, node.id]; | ||
| return [{ | ||
| path, | ||
| outcome: "extra", | ||
| message: outcomeMessage("extra", path), | ||
| actual: node | ||
| }, ...node.children().flatMap((c) => emitExtraSubtree(c, path))]; | ||
| } | ||
| /** | ||
| * Align two flat node collections by identity; emit missing/extra/mismatch issues in input order. | ||
| * Intentionally flat — child-node recursion is a separate follow-on concern (the relational port). | ||
| * Diff two schema trees starting from their roots. | ||
| * | ||
| * The differ is **total**: every node-level difference is reported. An unmatched | ||
| * non-leaf node emits its own issue and descends, emitting an issue for every | ||
| * node in the missing/extra subtree. Coalescing a parent change over its | ||
| * children is the planner's responsibility. Ownership filtering (dropping `extra` | ||
| * issues in namespaces a contract doesn't own) is the caller's responsibility. | ||
| */ | ||
| function diffNodes(expected, actual) { | ||
| function diffSchemas(expected, actual) { | ||
| return diffPair(expected, actual, []); | ||
| } | ||
| function diffPair(expected, actual, parentPath) { | ||
| const path = [...parentPath, expected.id]; | ||
| const issues = []; | ||
| if (!expected.isEqualTo(actual)) issues.push({ | ||
| path, | ||
| outcome: "mismatch", | ||
| message: outcomeMessage("mismatch", path), | ||
| expected, | ||
| actual | ||
| }); | ||
| issues.push(...diffChildren(expected.children(), actual.children(), path)); | ||
| return issues; | ||
| } | ||
| /** | ||
| * Align one level of nodes by id; emit issues in input order and recurse. | ||
| * | ||
| * A missing node emits one issue for itself and one for every node in its | ||
| * subtree (total descent). Same for extra nodes. A matched pair recurses via | ||
| * `diffPair`. | ||
| */ | ||
| function diffChildren(expected, actual, parentPath) { | ||
| const expectedMap = /* @__PURE__ */ new Map(); | ||
| for (const node of expected) expectedMap.set(stableKey(node.identity()), node); | ||
| for (const node of expected) insertNode(expectedMap, node); | ||
| const actualMap = /* @__PURE__ */ new Map(); | ||
| for (const node of actual) actualMap.set(stableKey(node.identity()), node); | ||
| for (const node of actual) insertNode(actualMap, node); | ||
| const issues = []; | ||
| for (const [key, expectedNode] of expectedMap) { | ||
| const actualNode = actualMap.get(key); | ||
| const coordinate = expectedNode.identity(); | ||
| if (actualNode === void 0) issues.push({ | ||
| coordinate, | ||
| outcome: "missing", | ||
| message: outcomeMessage("missing", coordinate), | ||
| expected: expectedNode | ||
| }); | ||
| else if (!expectedNode.isEqualTo(actualNode)) issues.push({ | ||
| coordinate, | ||
| outcome: "mismatch", | ||
| message: outcomeMessage("mismatch", coordinate), | ||
| expected: expectedNode, | ||
| actual: actualNode | ||
| }); | ||
| if (actualNode === void 0) issues.push(...emitMissingSubtree(expectedNode, parentPath)); | ||
| else issues.push(...diffPair(expectedNode, actualNode, parentPath)); | ||
| } | ||
| for (const [key, actualNode] of actualMap) if (!expectedMap.has(key)) { | ||
| const coordinate = actualNode.identity(); | ||
| issues.push({ | ||
| coordinate, | ||
| outcome: "extra", | ||
| message: outcomeMessage("extra", coordinate), | ||
| actual: actualNode | ||
| }); | ||
| } | ||
| for (const [key, actualNode] of actualMap) if (!expectedMap.has(key)) issues.push(...emitExtraSubtree(actualNode, parentPath)); | ||
| return issues; | ||
@@ -367,4 +394,4 @@ } | ||
| //#endregion | ||
| export { APP_SPACE_ID, SchemaTreeNode, VERIFY_CODE_HASH_MISMATCH, VERIFY_CODE_MARKER_MISSING, VERIFY_CODE_SCHEMA_FAILURE, VERIFY_CODE_TARGET_MISMATCH, assembleAuthoringContributions, assembleControlMutationDefaults, assembleScalarTypeDescriptors, assertUniqueCodecOwner, buildExtensionLoadOrder, createControlStack, diffNodes, dispositionForCategory, extractCodecLookup, extractCodecTypeImports, extractComponentIds, extractQueryOperationTypeImports, hasMigrations, hasOperationPreview, hasPslContractInfer, hasSchemaView }; | ||
| export { APP_SPACE_ID, SchemaTreeNode, VERIFY_CODE_HASH_MISMATCH, VERIFY_CODE_MARKER_MISSING, VERIFY_CODE_SCHEMA_FAILURE, VERIFY_CODE_TARGET_MISMATCH, assembleAuthoringContributions, assembleControlMutationDefaults, assembleScalarTypeDescriptors, assertUniqueCodecOwner, buildExtensionLoadOrder, createControlStack, diffSchemas, dispositionForCategory, extractCodecLookup, extractCodecTypeImports, extractComponentIds, extractQueryOperationTypeImports, hasMigrations, hasOperationPreview, hasPslContractInfer, hasSchemaView }; | ||
| //# sourceMappingURL=control.mjs.map |
@@ -1,1 +0,1 @@ | ||
| {"version":3,"file":"control.mjs","names":[],"sources":["../src/control/control-capabilities.ts","../src/control/control-result-types.ts","../src/control/control-schema-view.ts","../src/control/control-spaces.ts","../src/control/control-stack.ts","../src/control/schema-diff.ts","../src/control/verifier-disposition.ts"],"sourcesContent":["import type { ControlTargetDescriptor } from './control-descriptors';\nimport type { ControlFamilyInstance } from './control-instances';\nimport type { MigrationPlanOperation, TargetMigrationsCapability } from './control-migration-types';\nimport type { OperationPreview } from './control-operation-preview';\nimport type { CoreSchemaView } from './control-schema-view';\nimport type { PslDocumentAst } from './psl-ast';\n\nexport interface MigratableTargetDescriptor<\n TFamilyId extends string,\n TTargetId extends string,\n TFamilyInstance extends ControlFamilyInstance<TFamilyId, unknown> = ControlFamilyInstance<\n TFamilyId,\n unknown\n >,\n> extends ControlTargetDescriptor<TFamilyId, TTargetId> {\n readonly migrations: TargetMigrationsCapability<TFamilyId, TTargetId, TFamilyInstance>;\n}\n\nexport function hasMigrations<TFamilyId extends string, TTargetId extends string>(\n target: ControlTargetDescriptor<TFamilyId, TTargetId>,\n): target is MigratableTargetDescriptor<TFamilyId, TTargetId> {\n return 'migrations' in target && !!(target as Record<string, unknown>)['migrations'];\n}\n\nexport interface SchemaViewCapable<TSchemaIR = unknown> {\n toSchemaView(schema: TSchemaIR): CoreSchemaView;\n}\n\nexport function hasSchemaView<TFamilyId extends string, TSchemaIR>(\n instance: ControlFamilyInstance<TFamilyId, TSchemaIR>,\n): instance is ControlFamilyInstance<TFamilyId, TSchemaIR> & SchemaViewCapable<TSchemaIR> {\n return (\n 'toSchemaView' in instance &&\n typeof (instance as Record<string, unknown>)['toSchemaView'] === 'function'\n );\n}\n\n/**\n * Capability declaring that a family can infer a PSL contract AST from its\n * opaque introspected schema IR. Consumed by `prisma-next contract infer`.\n */\nexport interface PslContractInferCapable<TSchemaIR = unknown> {\n inferPslContract(schemaIR: TSchemaIR): PslDocumentAst;\n}\n\nexport function hasPslContractInfer<TFamilyId extends string, TSchemaIR>(\n instance: ControlFamilyInstance<TFamilyId, TSchemaIR>,\n): instance is ControlFamilyInstance<TFamilyId, TSchemaIR> & PslContractInferCapable<TSchemaIR> {\n return (\n 'inferPslContract' in instance &&\n typeof (instance as Record<string, unknown>)['inferPslContract'] === 'function'\n );\n}\n\n/**\n * Capability declaring that a family can render a textual preview of migration\n * operations for the CLI's \"DDL preview\" output. SQL families emit\n * `language: 'sql'` statements; Mongo families emit `language: 'mongodb-shell'`.\n */\nexport interface OperationPreviewCapable {\n toOperationPreview(operations: readonly MigrationPlanOperation[]): OperationPreview;\n}\n\nexport function hasOperationPreview<TFamilyId extends string, TSchemaIR>(\n instance: ControlFamilyInstance<TFamilyId, TSchemaIR>,\n): instance is ControlFamilyInstance<TFamilyId, TSchemaIR> & OperationPreviewCapable {\n return (\n 'toOperationPreview' in instance &&\n typeof (instance as Record<string, unknown>)['toOperationPreview'] === 'function'\n );\n}\n","import type { SchemaDiffIssue } from './schema-diff';\n\nexport const VERIFY_CODE_MARKER_MISSING = 'PN-RUN-3001';\nexport const VERIFY_CODE_HASH_MISMATCH = 'PN-RUN-3002';\nexport const VERIFY_CODE_TARGET_MISMATCH = 'PN-RUN-3003';\nexport const VERIFY_CODE_SCHEMA_FAILURE = 'PN-RUN-3010';\n\nexport interface OperationContext {\n readonly contractPath?: string;\n readonly configPath?: string;\n readonly meta?: Readonly<Record<string, unknown>>;\n}\n\nexport interface VerifyDatabaseResult {\n readonly ok: boolean;\n readonly code?: string;\n readonly summary: string;\n readonly contract: {\n readonly storageHash: string;\n readonly profileHash?: string;\n };\n readonly marker?: {\n readonly storageHash?: string;\n readonly profileHash?: string;\n };\n readonly target: {\n readonly expected: string;\n readonly actual?: string;\n };\n readonly missingCodecs?: readonly string[];\n readonly codecCoverageSkipped?: boolean;\n readonly meta?: {\n readonly configPath?: string;\n readonly contractPath: string;\n };\n readonly timings: {\n readonly total: number;\n };\n}\n\nexport interface BaseSchemaIssue {\n readonly kind:\n | 'missing_schema'\n | 'missing_table'\n | 'missing_column'\n | 'extra_table'\n | 'extra_column'\n | 'extra_primary_key'\n | 'extra_foreign_key'\n | 'extra_unique_constraint'\n | 'extra_index'\n | 'extra_validator'\n | 'type_mismatch'\n | 'type_missing'\n | 'type_values_mismatch'\n | 'nullability_mismatch'\n | 'primary_key_mismatch'\n | 'foreign_key_mismatch'\n | 'unique_constraint_mismatch'\n | 'index_mismatch'\n | 'default_missing'\n | 'default_mismatch'\n | 'extra_default'\n | 'check_missing'\n | 'check_removed'\n | 'check_mismatch';\n readonly table?: string;\n /**\n * Namespace coordinate of the issue's subject (e.g. the schema a SQL\n * table lives in). Populated by family verifiers that have the\n * coordinate in scope when constructing the issue; absent for issues\n * whose family has no namespace concept (e.g. Mongo collections) or\n * whose subject isn't in any contract namespace (e.g. an extra-table\n * issue raised for a table that exists in the live DB but not in the\n * contract).\n *\n * Downstream planners trust this field as the authoritative subject\n * coordinate and do not re-derive it by name lookup. A finer-grained\n * structural split between framework-shared and family-specific issue\n * fields is tracked under a follow-up ticket.\n */\n readonly namespaceId?: string;\n readonly column?: string;\n readonly indexOrConstraint?: string;\n readonly typeName?: string;\n readonly expected?: string;\n readonly actual?: string;\n readonly message: string;\n}\n\nexport interface EnumValuesChangedIssue {\n readonly kind: 'enum_values_changed';\n /**\n * Namespace coordinate of the enum type that changed values. Populated by\n * family verifiers that have the coordinate in scope when constructing the\n * issue. Downstream planners trust this field as the authoritative subject\n * coordinate and do not re-derive it by name lookup.\n */\n readonly namespaceId: string;\n readonly typeName: string;\n readonly addedValues: readonly string[];\n readonly removedValues: readonly string[];\n readonly message: string;\n}\n\nexport type SchemaIssue = BaseSchemaIssue | EnumValuesChangedIssue;\n\nexport interface SchemaVerificationNode {\n readonly status: 'pass' | 'warn' | 'fail';\n readonly kind: string;\n readonly name: string;\n readonly contractPath: string;\n readonly code: string;\n readonly message: string;\n readonly expected: unknown;\n readonly actual: unknown;\n readonly children: readonly SchemaVerificationNode[];\n}\n\nexport interface VerifyDatabaseSchemaResult {\n readonly ok: boolean;\n readonly code?: string;\n readonly summary: string;\n readonly contract: {\n readonly storageHash: string;\n readonly profileHash?: string;\n };\n readonly target: {\n readonly expected: string;\n readonly actual?: string;\n };\n readonly schema: {\n readonly issues: readonly SchemaIssue[];\n readonly schemaDiffIssues: readonly SchemaDiffIssue[];\n readonly root: SchemaVerificationNode;\n readonly counts: {\n readonly pass: number;\n readonly warn: number;\n readonly fail: number;\n readonly totalNodes: number;\n };\n };\n readonly meta?: {\n readonly configPath?: string;\n readonly contractPath?: string;\n readonly strict: boolean;\n };\n readonly timings: {\n readonly total: number;\n };\n}\n\nexport interface EmitContractResult {\n readonly contractJson: string;\n readonly contractDts: string;\n readonly storageHash: string;\n readonly executionHash?: string;\n readonly profileHash: string;\n}\n\nexport interface IntrospectSchemaResult<TSchemaIR> {\n readonly ok: true;\n readonly summary: string;\n readonly target: {\n readonly familyId: string;\n readonly id: string;\n };\n readonly schema: TSchemaIR;\n readonly meta?: {\n readonly configPath?: string;\n readonly dbUrl?: string;\n };\n readonly timings: {\n readonly total: number;\n };\n}\n\nexport interface SignDatabaseResult {\n readonly ok: boolean;\n readonly summary: string;\n readonly contract: {\n readonly storageHash: string;\n readonly profileHash?: string;\n };\n readonly target: {\n readonly expected: string;\n readonly actual?: string;\n };\n readonly marker: {\n readonly created: boolean;\n readonly updated: boolean;\n readonly previous?: {\n readonly storageHash?: string;\n readonly profileHash?: string;\n };\n };\n readonly meta?: {\n readonly configPath?: string;\n readonly contractPath: string;\n };\n readonly timings: {\n readonly total: number;\n };\n}\n","/**\n * Core schema view types for family-agnostic schema visualization.\n *\n * These types provide a minimal, generic, tree-shaped representation of schemas\n * across families, designed for CLI visualization and lightweight tooling.\n *\n * Families can optionally project their family-specific Schema IR into this\n * core view via the `toSchemaView` method on `FamilyInstance`.\n */\n\nexport type SchemaViewNodeKind =\n | 'root'\n | 'namespace'\n | 'collection'\n | 'entity'\n | 'field'\n | 'index'\n | 'dependency';\n\nexport interface SchemaTreeVisitor<R> {\n visit(node: SchemaTreeNode): R;\n}\n\nexport interface SchemaTreeNodeOptions {\n readonly kind: SchemaViewNodeKind;\n readonly id: string;\n readonly label: string;\n readonly meta?: Record<string, unknown>;\n readonly children?: readonly SchemaTreeNode[];\n}\n\nexport class SchemaTreeNode {\n readonly kind: SchemaViewNodeKind;\n readonly id: string;\n readonly label: string;\n readonly meta?: Record<string, unknown>;\n readonly children?: readonly SchemaTreeNode[];\n\n constructor(options: SchemaTreeNodeOptions) {\n this.kind = options.kind;\n this.id = options.id;\n this.label = options.label;\n if (options.meta !== undefined) this.meta = options.meta;\n if (options.children !== undefined) this.children = options.children;\n Object.freeze(this);\n }\n\n accept<R>(visitor: SchemaTreeVisitor<R>): R {\n return visitor.visit(this);\n }\n}\n\n/**\n * Core schema view providing a family-agnostic tree representation of a schema.\n * Used by CLI and cross-family tooling for visualization.\n */\nexport interface CoreSchemaView {\n readonly root: SchemaTreeNode;\n}\n","import type { Contract } from '@prisma-next/contract/types';\nimport type { MigrationMetadata, MigrationPlanOperation } from './control-migration-types';\n\n/**\n * Canonical control-plane identifiers for contract spaces.\n *\n * A contract space is the disjoint `(contract.json, migration-graph)` unit\n * the per-space planner / runner / verifier (project: extension contract\n * spaces, TML-2397) operates on. The application owns one well-known\n * space — the value below — and each loaded extension that contributes\n * schema owns a uniquely-named space.\n *\n * Lives in `framework-components/control` so every layer that has to\n * reason about space identity (the migration tooling, the SQL runtime's\n * marker reader, target-side statement builders, target-side adapters)\n * can import a single value rather than duplicating the literal. Raw\n * `'app'` string literals in framework / target / runtime / adapter\n * source code are forbidden and policed by\n * `scripts/lint-app-space-id.mjs` (wired into `pnpm lint:deps`).\n *\n * @see specs/framework-mechanism.spec.md § 3 — Layout convention (γ).\n */\nexport const APP_SPACE_ID = 'app' as const;\n\n/**\n * Head ref for a contract space — the `(hash, invariants)` tuple\n * a runner targets when applying that space's migration graph. Identical\n * in shape to the on-disk `migrations/<space-id>/refs/head.json` the\n * framework writes per loaded extension, and to the app-space\n * `<projectRoot>/refs/head.json`. Family-agnostic: SQL, Mongo, and any\n * future family share the same head-ref shape.\n *\n * @see specs/framework-mechanism.spec.md § 1.\n */\nexport interface ContractSpaceHeadRef {\n readonly hash: string;\n readonly invariants: readonly string[];\n}\n\n/**\n * Canonical structural shape of a migration package — the unit a planner\n * produces and a runner consumes: a directory name, the metadata\n * envelope, and the operation list.\n *\n * In-memory by default. Readers in `@prisma-next/migration-tools`\n * (`readMigrationPackage` / `readMigrationsDir`) return the augmented\n * {@link import('@prisma-next/migration-tools/package').OnDiskMigrationPackage}\n * variant which adds `dirPath`; everything else operates against the\n * canonical shape so the same value flows through pre-emission\n * authoring, on-disk loading, and runner execution without conversion.\n *\n * @see specs/framework-mechanism.spec.md § 1.\n */\nexport interface MigrationPackage {\n readonly dirName: string;\n readonly metadata: MigrationMetadata;\n readonly ops: readonly MigrationPlanOperation[];\n}\n\n/**\n * Canonical structural shape of a contract space — one disjoint\n * `(contractJson, migration-graph)` unit the per-space planner / runner\n * / verifier operates on. The application owns one well-known space\n * ({@link APP_SPACE_ID}); each loaded extension that contributes schema\n * owns a uniquely-named space. Whether a value is the app's space or an\n * extension's space is a control-plane concern; the type carries no\n * such distinction.\n *\n * Generic over the contract so each family pins a typed contract value\n * at consumption time. The SQL family specialises to\n * `ContractSpace<Contract<SqlStorage>>` at the descriptor surface;\n * Mongo's symmetrical `ContractSpace<Contract<MongoStorage>>` will land\n * with that family.\n *\n * @see specs/framework-mechanism.spec.md § 1.\n */\nexport interface ContractSpace<TContract extends Contract = Contract> {\n readonly contractJson: TContract;\n readonly migrations: readonly MigrationPackage[];\n readonly headRef: ContractSpaceHeadRef;\n}\n","import { blindCast } from '@prisma-next/utils/casts';\nimport type { Codec } from '../shared/codec';\nimport type { AnyCodecDescriptor } from '../shared/codec-descriptor';\nimport type { CodecLookup, CodecMeta, CodecRef, CodecRegistry } from '../shared/codec-types';\nimport type {\n AuthoringContributions,\n AuthoringEntityTypeNamespace,\n AuthoringFieldNamespace,\n AuthoringPslBlockDescriptorNamespace,\n AuthoringTypeNamespace,\n} from '../shared/framework-authoring';\nimport {\n assertNoCrossRegistryCollisions,\n isAuthoringEntityTypeDescriptor,\n isAuthoringFieldPresetDescriptor,\n isAuthoringPslBlockDescriptor,\n isAuthoringTypeConstructorDescriptor,\n mergeAuthoringNamespaces,\n} from '../shared/framework-authoring';\nimport type { ComponentMetadata } from '../shared/framework-components';\nimport type {\n ControlMutationDefaultEntry,\n ControlMutationDefaults,\n MutationDefaultGeneratorDescriptor,\n} from '../shared/mutation-default-types';\nimport {\n CONTRACT_CODEC_DESCRIPTOR_MISSING,\n materializeCodec,\n resolveCodecDescriptorOrThrow,\n} from '../shared/resolve-codec';\nimport type { TypesImportSpec } from '../shared/types-import-spec';\nimport type {\n ControlAdapterDescriptor,\n ControlDriverDescriptor,\n ControlExtensionDescriptor,\n ControlFamilyDescriptor,\n ControlTargetDescriptor,\n} from './control-descriptors';\n\nexport interface AssembledAuthoringContributions {\n readonly field: AuthoringFieldNamespace;\n readonly type: AuthoringTypeNamespace;\n readonly entityTypes: AuthoringEntityTypeNamespace;\n readonly pslBlockDescriptors: AuthoringPslBlockDescriptorNamespace;\n}\n\nexport interface ControlStack<\n TFamilyId extends string = string,\n TTargetId extends string = string,\n> {\n readonly family: ControlFamilyDescriptor<TFamilyId>;\n readonly target: ControlTargetDescriptor<TFamilyId, TTargetId>;\n readonly adapter?: ControlAdapterDescriptor<TFamilyId, TTargetId> | undefined;\n readonly driver?: ControlDriverDescriptor<TFamilyId, TTargetId> | undefined;\n readonly extensionPacks: readonly ControlExtensionDescriptor<TFamilyId, TTargetId>[];\n\n readonly codecTypeImports: ReadonlyArray<TypesImportSpec>;\n readonly queryOperationTypeImports: ReadonlyArray<TypesImportSpec>;\n readonly extensionIds: ReadonlyArray<string>;\n readonly codecLookup: CodecRegistry;\n readonly authoringContributions: AssembledAuthoringContributions;\n readonly scalarTypeDescriptors: ReadonlyMap<string, string>;\n readonly controlMutationDefaults: ControlMutationDefaults;\n}\n\nexport interface CreateControlStackInput<\n TFamilyId extends string = string,\n TTargetId extends string = string,\n> {\n readonly family: ControlFamilyDescriptor<TFamilyId>;\n readonly target: ControlTargetDescriptor<TFamilyId, TTargetId>;\n readonly adapter?: ControlAdapterDescriptor<TFamilyId, TTargetId> | undefined;\n readonly driver?: ControlDriverDescriptor<TFamilyId, TTargetId> | undefined;\n readonly extensionPacks?:\n | ReadonlyArray<ControlExtensionDescriptor<TFamilyId, TTargetId>>\n | undefined;\n}\n\nfunction addUniqueId(ids: string[], seen: Set<string>, id: string): void {\n if (!seen.has(id)) {\n ids.push(id);\n seen.add(id);\n }\n}\n\nexport function assertUniqueCodecOwner(options: {\n readonly codecId: string;\n readonly owners: Map<string, string>;\n readonly descriptorId: string;\n readonly entityLabel: string;\n readonly entityOwnershipLabel: string;\n}): void {\n const existingOwner = options.owners.get(options.codecId);\n if (existingOwner !== undefined) {\n throw new Error(\n `Duplicate ${options.entityLabel} for codecId \"${options.codecId}\". ` +\n `Descriptor \"${options.descriptorId}\" conflicts with \"${existingOwner}\". ` +\n `Each codecId can only have one ${options.entityOwnershipLabel}.`,\n );\n }\n}\n\nexport function extractCodecTypeImports(\n descriptors: ReadonlyArray<Pick<ComponentMetadata, 'types'>>,\n): ReadonlyArray<TypesImportSpec> {\n const imports: TypesImportSpec[] = [];\n\n for (const descriptor of descriptors) {\n const codecTypes = descriptor.types?.codecTypes;\n if (codecTypes?.import) {\n imports.push(codecTypes.import);\n }\n if (codecTypes?.typeImports) {\n imports.push(...codecTypes.typeImports);\n }\n }\n\n return imports;\n}\n\nexport function extractQueryOperationTypeImports(\n descriptors: ReadonlyArray<Pick<ComponentMetadata, 'types'>>,\n): ReadonlyArray<TypesImportSpec> {\n const imports: TypesImportSpec[] = [];\n\n for (const descriptor of descriptors) {\n const queryOperationTypes = descriptor.types?.queryOperationTypes;\n if (queryOperationTypes?.import) {\n imports.push(queryOperationTypes.import);\n }\n }\n\n return imports;\n}\n\nexport function extractComponentIds(\n family: { readonly id: string },\n target: { readonly id: string },\n adapter: { readonly id: string } | undefined,\n extensions: ReadonlyArray<{ readonly id: string }>,\n): ReadonlyArray<string> {\n const ids: string[] = [];\n const seen = new Set<string>();\n\n addUniqueId(ids, seen, family.id);\n addUniqueId(ids, seen, target.id);\n if (adapter) {\n addUniqueId(ids, seen, adapter.id);\n }\n\n for (const ext of extensions) {\n addUniqueId(ids, seen, ext.id);\n }\n\n return ids;\n}\n\nexport function assembleAuthoringContributions(\n descriptors: ReadonlyArray<{ readonly authoring?: AuthoringContributions }>,\n): AssembledAuthoringContributions {\n const field = {} as Record<string, unknown>;\n const type = {} as Record<string, unknown>;\n const entityTypes = {} as Record<string, unknown>;\n const pslBlockDescriptors: Record<string, unknown> = {};\n\n for (const descriptor of descriptors) {\n if (descriptor.authoring?.field) {\n mergeAuthoringNamespaces(\n field,\n descriptor.authoring.field,\n [],\n isAuthoringFieldPresetDescriptor,\n 'field',\n );\n }\n if (descriptor.authoring?.type) {\n mergeAuthoringNamespaces(\n type,\n descriptor.authoring.type,\n [],\n isAuthoringTypeConstructorDescriptor,\n 'type',\n );\n }\n if (descriptor.authoring?.entityTypes) {\n mergeAuthoringNamespaces(\n entityTypes,\n descriptor.authoring.entityTypes,\n [],\n isAuthoringEntityTypeDescriptor,\n 'entity',\n );\n }\n if (descriptor.authoring?.pslBlockDescriptors) {\n mergeAuthoringNamespaces(\n pslBlockDescriptors,\n descriptor.authoring.pslBlockDescriptors,\n [],\n isAuthoringPslBlockDescriptor,\n 'pslBlock',\n );\n }\n }\n\n const fieldNamespace = field as AuthoringFieldNamespace;\n const typeNamespace = type as AuthoringTypeNamespace;\n const entityTypeNamespace = entityTypes as AuthoringEntityTypeNamespace;\n const pslBlockDescriptorNamespace = blindCast<\n AuthoringPslBlockDescriptorNamespace,\n 'merge target accumulator narrows to typed namespace post-merge'\n >(pslBlockDescriptors);\n assertNoCrossRegistryCollisions(\n typeNamespace,\n fieldNamespace,\n entityTypeNamespace,\n pslBlockDescriptorNamespace,\n );\n\n return {\n field: fieldNamespace,\n type: typeNamespace,\n entityTypes: entityTypeNamespace,\n pslBlockDescriptors: pslBlockDescriptorNamespace,\n };\n}\n\nexport function assembleScalarTypeDescriptors(\n descriptors: ReadonlyArray<\n Pick<ComponentMetadata, 'scalarTypeDescriptors'> & { readonly id?: string }\n >,\n): ReadonlyMap<string, string> {\n const result = new Map<string, string>();\n const owners = new Map<string, string>();\n\n for (const descriptor of descriptors) {\n const descriptorMap = descriptor.scalarTypeDescriptors;\n if (!descriptorMap) continue;\n const descriptorId = descriptor.id ?? '<unknown>';\n for (const [typeName, codecId] of descriptorMap) {\n const existingOwner = owners.get(typeName);\n if (existingOwner !== undefined) {\n throw new Error(\n `Duplicate scalar type descriptor \"${typeName}\". ` +\n `Descriptor \"${descriptorId}\" conflicts with \"${existingOwner}\".`,\n );\n }\n result.set(typeName, codecId);\n owners.set(typeName, descriptorId);\n }\n }\n\n return result;\n}\n\nexport function assembleControlMutationDefaults(\n descriptors: ReadonlyArray<\n Pick<ComponentMetadata, 'controlMutationDefaults'> & { readonly id?: string }\n >,\n): ControlMutationDefaults {\n const defaultFunctionRegistry = new Map<string, ControlMutationDefaultEntry>();\n const functionOwners = new Map<string, string>();\n const generatorMap = new Map<string, MutationDefaultGeneratorDescriptor>();\n const generatorOwners = new Map<string, string>();\n\n for (const descriptor of descriptors) {\n const contributions = descriptor.controlMutationDefaults;\n if (!contributions) continue;\n const descriptorId = descriptor.id ?? '<unknown>';\n\n for (const generatorDescriptor of contributions.generatorDescriptors) {\n const existingOwner = generatorOwners.get(generatorDescriptor.id);\n if (existingOwner !== undefined) {\n throw new Error(\n `Duplicate mutation default generator id \"${generatorDescriptor.id}\". ` +\n `Descriptor \"${descriptorId}\" conflicts with \"${existingOwner}\".`,\n );\n }\n generatorMap.set(generatorDescriptor.id, generatorDescriptor);\n generatorOwners.set(generatorDescriptor.id, descriptorId);\n }\n\n for (const [functionName, handler] of contributions.defaultFunctionRegistry) {\n const existingOwner = functionOwners.get(functionName);\n if (existingOwner !== undefined) {\n throw new Error(\n `Duplicate mutation default function \"${functionName}\". ` +\n `Descriptor \"${descriptorId}\" conflicts with \"${existingOwner}\".`,\n );\n }\n defaultFunctionRegistry.set(functionName, handler);\n functionOwners.set(functionName, descriptorId);\n }\n }\n\n return {\n defaultFunctionRegistry,\n generatorDescriptors: Array.from(generatorMap.values()),\n };\n}\n\nexport function extractCodecLookup(\n descriptors: ReadonlyArray<Pick<ComponentMetadata & { id: string }, 'types' | 'id'>>,\n): CodecRegistry {\n const byId = new Map<string, Codec>();\n const descriptorsById = new Map<string, AnyCodecDescriptor>();\n const targetTypesById = new Map<string, readonly string[]>();\n const metaById = new Map<string, CodecMeta>();\n const renderersById = new Map<string, (params: Record<string, unknown>) => string | undefined>();\n const inputRenderersById = new Map<\n string,\n (params: Record<string, unknown>) => string | undefined\n >();\n const owners = new Map<string, string>();\n for (const descriptor of descriptors) {\n const codecTypes = descriptor.types?.codecTypes;\n const descriptorId = descriptor.id;\n // Descriptor-side metadata is the single source of truth for `targetTypes` / `meta` / `renderOutputType`. Every contributor ships a `codecDescriptors` list on `types.codecTypes`.\n for (const codecDescriptor of codecTypes?.codecDescriptors ?? []) {\n assertUniqueCodecOwner({\n codecId: codecDescriptor.codecId,\n owners,\n descriptorId,\n entityLabel: 'codec descriptor',\n entityOwnershipLabel: 'codec descriptor provider',\n });\n owners.set(codecDescriptor.codecId, descriptorId);\n descriptorsById.set(codecDescriptor.codecId, codecDescriptor);\n if (Array.isArray(codecDescriptor.targetTypes)) {\n targetTypesById.set(codecDescriptor.codecId, codecDescriptor.targetTypes);\n }\n if (codecDescriptor.meta !== undefined) {\n metaById.set(codecDescriptor.codecId, codecDescriptor.meta);\n }\n if (typeof codecDescriptor.renderOutputType === 'function') {\n renderersById.set(codecDescriptor.codecId, codecDescriptor.renderOutputType);\n }\n if (typeof codecDescriptor.renderInputType === 'function') {\n inputRenderersById.set(codecDescriptor.codecId, codecDescriptor.renderInputType);\n }\n // Materialize a representative `Codec` instance for `byId.get()` so consumers reading the lookup's instance side (e.g. SQL renderer's cast-policy lookup, or the contract emitter's literal-default `encodeJson` resolver) keep finding the codec.\n //\n // Two cohorts:\n // - Non-parameterized descriptors: factory must succeed; any throw is a real bug and we let it propagate (no silent try/catch).\n // - Parameterized descriptors: try with empty params. Many parameterized codecs treat params as advisory (e.g. `pg/timestamptz@1` whose precision is rendered into the `nativeType` only and never read by the runtime codec), so an empty-params construction yields a usable representative for id-keyed lookups (e.g. emit-time literal-default encoding). Codecs whose factory genuinely requires params (e.g. `pg/vector@1` threading `length` into the runtime codec) will throw; for those, per-column instances are materialized at runtime by `buildContractCodecRegistry` and the id-keyed lookup miss is correct (the column-aware path resolves them).\n if (!byId.has(codecDescriptor.codecId)) {\n if (codecDescriptor.isParameterized) {\n try {\n const representative = codecDescriptor.factory({} as never)({\n name: `<lookup:${codecDescriptor.codecId}>`,\n } as Parameters<ReturnType<typeof codecDescriptor.factory>>[0]);\n byId.set(codecDescriptor.codecId, representative);\n } catch {\n // Factory requires concrete params; skip representative materialization. Per-column instances are built at runtime; id-keyed lookup miss is the correct outcome here.\n }\n } else {\n const representative = codecDescriptor.factory(undefined as never)({\n name: `<lookup:${codecDescriptor.codecId}>`,\n } as Parameters<ReturnType<typeof codecDescriptor.factory>>[0]);\n byId.set(codecDescriptor.codecId, representative);\n }\n }\n }\n }\n return {\n get: (id) => byId.get(id),\n forCodecRef(ref: CodecRef) {\n const d = resolveCodecDescriptorOrThrow(\n (id) => descriptorsById.get(id),\n ref,\n CONTRACT_CODEC_DESCRIPTOR_MISSING,\n );\n return materializeCodec(d, ref, { name: `<ref:${ref.codecId}>` });\n },\n forColumn: () => undefined,\n targetTypesFor: (id) => targetTypesById.get(id),\n metaFor: (id) => metaById.get(id),\n renderOutputTypeFor: (id, params) => renderersById.get(id)?.(params),\n renderInputTypeFor: (id, params) => inputRenderersById.get(id)?.(params),\n };\n}\n\nexport function validateScalarTypeCodecIds(\n scalarTypeDescriptors: ReadonlyMap<string, string>,\n codecLookup: CodecLookup,\n): string[] {\n const errors: string[] = [];\n for (const [typeName, codecId] of scalarTypeDescriptors) {\n if (!codecLookup.get(codecId)) {\n errors.push(\n `Scalar type \"${typeName}\" references codec \"${codecId}\" which is not registered by any component.`,\n );\n }\n }\n return errors;\n}\n\ninterface DependencyDeclaringDescriptor {\n readonly id: string;\n readonly contractSpace?: {\n readonly contractJson?: {\n readonly extensionPacks?: Readonly<Record<string, unknown>>;\n };\n };\n}\n\nfunction readDeclaredDependencyIds(descriptor: DependencyDeclaringDescriptor): readonly string[] {\n const packs = descriptor.contractSpace?.contractJson?.extensionPacks;\n if (packs === null || typeof packs !== 'object') return [];\n return Object.keys(packs);\n}\n\n/**\n * Builds a dependency-respecting load order for the given extension descriptors\n * using Kahn's topological sort algorithm. Dependencies (packs declared in\n * `contractSpace.contractJson.extensionPacks`) are placed before the extensions\n * that depend on them.\n *\n * Throws if the dependency graph contains a cycle, with an error message that\n * names every extension involved in the cycle.\n *\n * Throws if any extension declares a dependency on a pack ID that is not present\n * in the provided list — add the missing pack to the `extensionPacks` list to\n * resolve the error.\n */\n\nexport function buildExtensionLoadOrder(\n extensions: ReadonlyArray<DependencyDeclaringDescriptor>,\n): readonly string[] {\n if (extensions.length === 0) return [];\n\n const idSet = new Set(extensions.map((e) => e.id));\n const inDegree = new Map<string, number>();\n const dependents = new Map<string, string[]>();\n\n for (const ext of extensions) {\n if (!inDegree.has(ext.id)) inDegree.set(ext.id, 0);\n if (!dependents.has(ext.id)) dependents.set(ext.id, []);\n }\n\n for (const ext of extensions) {\n for (const depId of readDeclaredDependencyIds(ext)) {\n if (!idSet.has(depId)) {\n throw new Error(\n `Extension \"${ext.id}\" declares a dependency on \"${depId}\", but \"${depId}\" is not in the provided extension set. Add the missing space to extensionPacks.`,\n );\n }\n inDegree.set(ext.id, (inDegree.get(ext.id) ?? 0) + 1);\n const list = dependents.get(depId);\n if (list !== undefined) list.push(ext.id);\n }\n }\n\n const queue: string[] = [];\n for (const [id, deg] of inDegree) {\n if (deg === 0) queue.push(id);\n }\n queue.sort();\n\n const result: string[] = [];\n while (queue.length > 0) {\n const id = queue.shift();\n if (id === undefined) break;\n result.push(id);\n const children = dependents.get(id) ?? [];\n children.sort();\n for (const childId of children) {\n const newDeg = (inDegree.get(childId) ?? 1) - 1;\n inDegree.set(childId, newDeg);\n if (newDeg === 0) queue.push(childId);\n }\n }\n\n if (result.length < extensions.length) {\n const cycleMembers = extensions\n .map((e) => e.id)\n .filter((id) => !result.includes(id))\n .sort();\n throw new Error(\n `Extension dependency cycle detected. Cycle members: ${cycleMembers.map((id) => `\"${id}\"`).join(', ')}.`,\n );\n }\n\n return result;\n}\n\nexport function createControlStack<TFamilyId extends string, TTargetId extends string>(\n input: CreateControlStackInput<TFamilyId, TTargetId>,\n): ControlStack<TFamilyId, TTargetId> {\n const { family, target, adapter, driver, extensionPacks = [] } = input;\n\n const orderedIds = buildExtensionLoadOrder(extensionPacks);\n const extensionById = new Map(extensionPacks.map((ext) => [ext.id, ext]));\n const orderedExtensionPacks = orderedIds\n .map((id) => extensionById.get(id))\n .filter((ext): ext is ControlExtensionDescriptor<TFamilyId, TTargetId> => ext !== undefined);\n\n const allDescriptors = [family, target, ...(adapter ? [adapter] : []), ...orderedExtensionPacks];\n\n const codecLookup = extractCodecLookup(allDescriptors);\n const scalarTypeDescriptors = assembleScalarTypeDescriptors(allDescriptors);\n\n return {\n family,\n target,\n adapter,\n driver,\n extensionPacks: orderedExtensionPacks,\n\n codecTypeImports: extractCodecTypeImports(allDescriptors),\n queryOperationTypeImports: extractQueryOperationTypeImports(allDescriptors),\n extensionIds: extractComponentIds(family, target, adapter, orderedExtensionPacks),\n codecLookup,\n authoringContributions: assembleAuthoringContributions(allDescriptors),\n scalarTypeDescriptors,\n controlMutationDefaults: assembleControlMutationDefaults(allDescriptors),\n };\n}\n","import type { EntityCoordinate } from '../ir/storage';\n\nexport type SchemaDiffOutcome = 'missing' | 'extra' | 'mismatch';\n\nexport interface SchemaDiffIssue {\n readonly coordinate: EntityCoordinate;\n readonly outcome: SchemaDiffOutcome;\n readonly message: string;\n /** The expected (contract-side) node, when available. Absent for `extra` outcomes. */\n readonly expected?: DiffableNode;\n /** The actual (live-DB-side) node, when available. Absent for `missing` outcomes. */\n readonly actual?: DiffableNode;\n}\n\n/** A node the generic differ can align and compare. Implemented by target IR nodes. */\nexport interface DiffableNode {\n identity(): EntityCoordinate;\n isEqualTo(other: DiffableNode): boolean;\n}\n\n/** Canonical string key for a coordinate. Uses pipe-separated fields so null bytes cannot appear. */\nfunction stableKey(c: EntityCoordinate): string {\n return `${c.plane}|${c.namespaceId}|${c.entityKind}|${c.entityName}`;\n}\n\nfunction outcomeMessage(outcome: SchemaDiffOutcome, c: EntityCoordinate): string {\n return `${outcome}: ${c.entityKind} '${c.entityName}' in namespace '${c.namespaceId}'`;\n}\n\n/**\n * Align two flat node collections by identity; emit missing/extra/mismatch issues in input order.\n * Intentionally flat — child-node recursion is a separate follow-on concern (the relational port).\n */\nexport function diffNodes(\n expected: readonly DiffableNode[],\n actual: readonly DiffableNode[],\n): readonly SchemaDiffIssue[] {\n const expectedMap = new Map<string, DiffableNode>();\n for (const node of expected) {\n expectedMap.set(stableKey(node.identity()), node);\n }\n\n const actualMap = new Map<string, DiffableNode>();\n for (const node of actual) {\n actualMap.set(stableKey(node.identity()), node);\n }\n\n const issues: SchemaDiffIssue[] = [];\n\n for (const [key, expectedNode] of expectedMap) {\n const actualNode = actualMap.get(key);\n const coordinate = expectedNode.identity();\n if (actualNode === undefined) {\n issues.push({\n coordinate,\n outcome: 'missing',\n message: outcomeMessage('missing', coordinate),\n expected: expectedNode,\n });\n } else if (!expectedNode.isEqualTo(actualNode)) {\n issues.push({\n coordinate,\n outcome: 'mismatch',\n message: outcomeMessage('mismatch', coordinate),\n expected: expectedNode,\n actual: actualNode,\n });\n }\n }\n\n for (const [key, actualNode] of actualMap) {\n if (!expectedMap.has(key)) {\n const coordinate = actualNode.identity();\n issues.push({\n coordinate,\n outcome: 'extra',\n message: outcomeMessage('extra', coordinate),\n actual: actualNode,\n });\n }\n }\n\n return issues;\n}\n","import type { ControlPolicy } from '@prisma-next/contract/types';\nimport type { SchemaVerificationNode } from './control-result-types';\n\nexport type VerificationStatus = SchemaVerificationNode['status'];\n\nexport type VerifierOutcome = VerificationStatus | 'suppress';\n\n/**\n * Target-neutral classification of a verifier finding, abstracted away from any\n * one storage model's vocabulary. Each family classifies its own concrete issue\n * kinds into these categories; the framework only grades the category against a\n * control policy.\n *\n * - `declaredMissing` — a declared object/element is absent from the database.\n * - `declaredIncompatible` — a declared object/element exists but its shape diverges.\n * - `valueDrift` — the value set of an existing type drifted (e.g. enum values).\n * - `extraNestedElement` — an undeclared element nested inside a declared object\n * (a SQL column, a document field).\n * - `extraAuxiliary` — an undeclared auxiliary attached to a declared object\n * (a SQL constraint/index, a Mongo index/validator).\n * - `extraTopLevelObject` — an undeclared top-level object (a SQL table, a\n * Mongo collection).\n */\nexport type VerifierIssueCategory =\n | 'declaredMissing'\n | 'declaredIncompatible'\n | 'valueDrift'\n | 'extraNestedElement'\n | 'extraAuxiliary'\n | 'extraTopLevelObject';\n\n/**\n * Grades a target-neutral issue category against a control policy.\n *\n * - `observed` warns on everything.\n * - `tolerated` suppresses only an extra nested element (everything else fails).\n * - `external` suppresses every extra category and value drift (existence and\n * declared-shape divergences still fail).\n * - `managed` (and any other) fails.\n */\nexport function dispositionForCategory(\n controlPolicy: ControlPolicy,\n category: VerifierIssueCategory,\n): VerifierOutcome {\n if (controlPolicy === 'observed') {\n return 'warn';\n }\n if (controlPolicy === 'tolerated' && category === 'extraNestedElement') {\n return 'suppress';\n }\n if (controlPolicy === 'external') {\n if (\n category === 'extraNestedElement' ||\n category === 'extraAuxiliary' ||\n category === 'extraTopLevelObject' ||\n category === 'valueDrift'\n ) {\n return 'suppress';\n }\n }\n return 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| {"version":3,"file":"control.mjs","names":[],"sources":["../src/control/control-capabilities.ts","../src/control/control-result-types.ts","../src/control/control-schema-view.ts","../src/control/control-spaces.ts","../src/control/control-stack.ts","../src/control/schema-diff.ts","../src/control/verifier-disposition.ts"],"sourcesContent":["import type { ControlTargetDescriptor } from './control-descriptors';\nimport type { ControlFamilyInstance } from './control-instances';\nimport type { MigrationPlanOperation, TargetMigrationsCapability } from './control-migration-types';\nimport type { OperationPreview } from './control-operation-preview';\nimport type { CoreSchemaView } from './control-schema-view';\nimport type { PslDocumentAst } from './psl-ast';\n\nexport interface MigratableTargetDescriptor<\n TFamilyId extends string,\n TTargetId extends string,\n TFamilyInstance extends ControlFamilyInstance<TFamilyId, unknown> = ControlFamilyInstance<\n TFamilyId,\n unknown\n >,\n> extends ControlTargetDescriptor<TFamilyId, TTargetId> {\n readonly migrations: TargetMigrationsCapability<TFamilyId, TTargetId, TFamilyInstance>;\n}\n\nexport function hasMigrations<TFamilyId extends string, TTargetId extends string>(\n target: ControlTargetDescriptor<TFamilyId, TTargetId>,\n): target is MigratableTargetDescriptor<TFamilyId, TTargetId> {\n return 'migrations' in target && !!(target as Record<string, unknown>)['migrations'];\n}\n\nexport interface SchemaViewCapable<TSchemaIR = unknown> {\n toSchemaView(schema: TSchemaIR): CoreSchemaView;\n}\n\nexport function hasSchemaView<TFamilyId extends string, TSchemaIR>(\n instance: ControlFamilyInstance<TFamilyId, TSchemaIR>,\n): instance is ControlFamilyInstance<TFamilyId, TSchemaIR> & SchemaViewCapable<TSchemaIR> {\n return (\n 'toSchemaView' in instance &&\n typeof (instance as Record<string, unknown>)['toSchemaView'] === 'function'\n );\n}\n\n/**\n * Capability declaring that a family can infer a PSL contract AST from its\n * opaque introspected schema IR. Consumed by `prisma-next contract infer`.\n */\nexport interface PslContractInferCapable<TSchemaIR = unknown> {\n inferPslContract(schemaIR: TSchemaIR): PslDocumentAst;\n}\n\nexport function hasPslContractInfer<TFamilyId extends string, TSchemaIR>(\n instance: ControlFamilyInstance<TFamilyId, TSchemaIR>,\n): instance is ControlFamilyInstance<TFamilyId, TSchemaIR> & PslContractInferCapable<TSchemaIR> {\n return (\n 'inferPslContract' in instance &&\n typeof (instance as Record<string, unknown>)['inferPslContract'] === 'function'\n );\n}\n\n/**\n * Capability declaring that a family can render a textual preview of migration\n * operations for the CLI's \"DDL preview\" output. SQL families emit\n * `language: 'sql'` statements; Mongo families emit `language: 'mongodb-shell'`.\n */\nexport interface OperationPreviewCapable {\n toOperationPreview(operations: readonly MigrationPlanOperation[]): OperationPreview;\n}\n\nexport function hasOperationPreview<TFamilyId extends string, TSchemaIR>(\n instance: ControlFamilyInstance<TFamilyId, TSchemaIR>,\n): instance is ControlFamilyInstance<TFamilyId, TSchemaIR> & OperationPreviewCapable {\n return (\n 'toOperationPreview' in instance &&\n typeof (instance as Record<string, unknown>)['toOperationPreview'] === 'function'\n );\n}\n","import type { SchemaDiffIssue } from './schema-diff';\n\nexport const VERIFY_CODE_MARKER_MISSING = 'PN-RUN-3001';\nexport const VERIFY_CODE_HASH_MISMATCH = 'PN-RUN-3002';\nexport const VERIFY_CODE_TARGET_MISMATCH = 'PN-RUN-3003';\nexport const VERIFY_CODE_SCHEMA_FAILURE = 'PN-RUN-3010';\n\nexport interface OperationContext {\n readonly contractPath?: string;\n readonly configPath?: string;\n readonly meta?: Readonly<Record<string, unknown>>;\n}\n\nexport interface VerifyDatabaseResult {\n readonly ok: boolean;\n readonly code?: string;\n readonly summary: string;\n readonly contract: {\n readonly storageHash: string;\n readonly profileHash?: string;\n };\n readonly marker?: {\n readonly storageHash?: string;\n readonly profileHash?: string;\n };\n readonly target: {\n readonly expected: string;\n readonly actual?: string;\n };\n readonly missingCodecs?: readonly string[];\n readonly codecCoverageSkipped?: boolean;\n readonly meta?: {\n readonly configPath?: string;\n readonly contractPath: string;\n };\n readonly timings: {\n readonly total: number;\n };\n}\n\nexport interface BaseSchemaIssue {\n readonly kind:\n | 'missing_schema'\n | 'missing_table'\n | 'missing_column'\n | 'extra_table'\n | 'extra_column'\n | 'extra_primary_key'\n | 'extra_foreign_key'\n | 'extra_unique_constraint'\n | 'extra_index'\n | 'extra_validator'\n | 'type_mismatch'\n | 'type_missing'\n | 'type_values_mismatch'\n | 'nullability_mismatch'\n | 'primary_key_mismatch'\n | 'foreign_key_mismatch'\n | 'unique_constraint_mismatch'\n | 'index_mismatch'\n | 'default_missing'\n | 'default_mismatch'\n | 'extra_default'\n | 'check_missing'\n | 'check_removed'\n | 'check_mismatch';\n readonly table?: string;\n /**\n * Namespace coordinate of the issue's subject (e.g. the schema a SQL\n * table lives in). Populated by family verifiers that have the\n * coordinate in scope when constructing the issue; absent for issues\n * whose family has no namespace concept (e.g. Mongo collections) or\n * whose subject isn't in any contract namespace (e.g. an extra-table\n * issue raised for a table that exists in the live DB but not in the\n * contract).\n *\n * Downstream planners trust this field as the authoritative subject\n * coordinate and do not re-derive it by name lookup. A finer-grained\n * structural split between framework-shared and family-specific issue\n * fields is tracked under a follow-up ticket.\n */\n readonly namespaceId?: string;\n readonly column?: string;\n readonly indexOrConstraint?: string;\n readonly typeName?: string;\n readonly expected?: string;\n readonly actual?: string;\n readonly message: string;\n}\n\nexport interface EnumValuesChangedIssue {\n readonly kind: 'enum_values_changed';\n /**\n * Namespace coordinate of the enum type that changed values. Populated by\n * family verifiers that have the coordinate in scope when constructing the\n * issue. Downstream planners trust this field as the authoritative subject\n * coordinate and do not re-derive it by name lookup.\n */\n readonly namespaceId: string;\n readonly typeName: string;\n readonly addedValues: readonly string[];\n readonly removedValues: readonly string[];\n readonly message: string;\n}\n\nexport type SchemaIssue = BaseSchemaIssue | EnumValuesChangedIssue;\n\nexport interface SchemaVerificationNode {\n readonly status: 'pass' | 'warn' | 'fail';\n readonly kind: string;\n readonly name: string;\n readonly contractPath: string;\n readonly code: string;\n readonly message: string;\n readonly expected: unknown;\n readonly actual: unknown;\n readonly children: readonly SchemaVerificationNode[];\n}\n\nexport interface VerifyDatabaseSchemaResult {\n readonly ok: boolean;\n readonly code?: string;\n readonly summary: string;\n readonly contract: {\n readonly storageHash: string;\n readonly profileHash?: string;\n };\n readonly target: {\n readonly expected: string;\n readonly actual?: string;\n };\n readonly schema: {\n readonly issues: readonly SchemaIssue[];\n readonly schemaDiffIssues: readonly SchemaDiffIssue[];\n readonly root: SchemaVerificationNode;\n readonly counts: {\n readonly pass: number;\n readonly warn: number;\n readonly fail: number;\n readonly totalNodes: number;\n };\n };\n readonly meta?: {\n readonly configPath?: string;\n readonly contractPath?: string;\n readonly strict: boolean;\n };\n readonly timings: {\n readonly total: number;\n };\n}\n\nexport interface EmitContractResult {\n readonly contractJson: string;\n readonly contractDts: string;\n readonly storageHash: string;\n readonly executionHash?: string;\n readonly profileHash: string;\n}\n\nexport interface IntrospectSchemaResult<TSchemaIR> {\n readonly ok: true;\n readonly summary: string;\n readonly target: {\n readonly familyId: string;\n readonly id: string;\n };\n readonly schema: TSchemaIR;\n readonly meta?: {\n readonly configPath?: string;\n readonly dbUrl?: string;\n };\n readonly timings: {\n readonly total: number;\n };\n}\n\nexport interface SignDatabaseResult {\n readonly ok: boolean;\n readonly summary: string;\n readonly contract: {\n readonly storageHash: string;\n readonly profileHash?: string;\n };\n readonly target: {\n readonly expected: string;\n readonly actual?: string;\n };\n readonly marker: {\n readonly created: boolean;\n readonly updated: boolean;\n readonly previous?: {\n readonly storageHash?: string;\n readonly profileHash?: string;\n };\n };\n readonly meta?: {\n readonly configPath?: string;\n readonly contractPath: string;\n };\n readonly timings: {\n readonly total: number;\n };\n}\n","/**\n * Core schema view types for family-agnostic schema visualization.\n *\n * These types provide a minimal, generic, tree-shaped representation of schemas\n * across families, designed for CLI visualization and lightweight tooling.\n *\n * Families can optionally project their family-specific Schema IR into this\n * core view via the `toSchemaView` method on `FamilyInstance`.\n */\n\nexport type SchemaViewNodeKind =\n | 'root'\n | 'namespace'\n | 'collection'\n | 'entity'\n | 'field'\n | 'index'\n | 'dependency';\n\nexport interface SchemaTreeVisitor<R> {\n visit(node: SchemaTreeNode): R;\n}\n\nexport interface SchemaTreeNodeOptions {\n readonly kind: SchemaViewNodeKind;\n readonly id: string;\n readonly label: string;\n readonly meta?: Record<string, unknown>;\n readonly children?: readonly SchemaTreeNode[];\n}\n\nexport class SchemaTreeNode {\n readonly kind: SchemaViewNodeKind;\n readonly id: string;\n readonly label: string;\n readonly meta?: Record<string, unknown>;\n readonly children?: readonly SchemaTreeNode[];\n\n constructor(options: SchemaTreeNodeOptions) {\n this.kind = options.kind;\n this.id = options.id;\n this.label = options.label;\n if (options.meta !== undefined) this.meta = options.meta;\n if (options.children !== undefined) this.children = options.children;\n Object.freeze(this);\n }\n\n accept<R>(visitor: SchemaTreeVisitor<R>): R {\n return visitor.visit(this);\n }\n}\n\n/**\n * Core schema view providing a family-agnostic tree representation of a schema.\n * Used by CLI and cross-family tooling for visualization.\n */\nexport interface CoreSchemaView {\n readonly root: SchemaTreeNode;\n}\n","import type { Contract } from '@prisma-next/contract/types';\nimport type { MigrationMetadata, MigrationPlanOperation } from './control-migration-types';\n\n/**\n * Canonical control-plane identifiers for contract spaces.\n *\n * A contract space is the disjoint `(contract.json, migration-graph)` unit\n * the per-space planner / runner / verifier (project: extension contract\n * spaces, TML-2397) operates on. The application owns one well-known\n * space — the value below — and each loaded extension that contributes\n * schema owns a uniquely-named space.\n *\n * Lives in `framework-components/control` so every layer that has to\n * reason about space identity (the migration tooling, the SQL runtime's\n * marker reader, target-side statement builders, target-side adapters)\n * can import a single value rather than duplicating the literal. Raw\n * `'app'` string literals in framework / target / runtime / adapter\n * source code are forbidden and policed by\n * `scripts/lint-app-space-id.mjs` (wired into `pnpm lint:deps`).\n *\n * @see specs/framework-mechanism.spec.md § 3 — Layout convention (γ).\n */\nexport const APP_SPACE_ID = 'app' as const;\n\n/**\n * Head ref for a contract space — the `(hash, invariants)` tuple\n * a runner targets when applying that space's migration graph. Identical\n * in shape to the on-disk `migrations/<space-id>/refs/head.json` the\n * framework writes per loaded extension, and to the app-space\n * `<projectRoot>/refs/head.json`. Family-agnostic: SQL, Mongo, and any\n * future family share the same head-ref shape.\n *\n * @see specs/framework-mechanism.spec.md § 1.\n */\nexport interface ContractSpaceHeadRef {\n readonly hash: string;\n readonly invariants: readonly string[];\n}\n\n/**\n * Canonical structural shape of a migration package — the unit a planner\n * produces and a runner consumes: a directory name, the metadata\n * envelope, and the operation list.\n *\n * In-memory by default. Readers in `@prisma-next/migration-tools`\n * (`readMigrationPackage` / `readMigrationsDir`) return the augmented\n * {@link import('@prisma-next/migration-tools/package').OnDiskMigrationPackage}\n * variant which adds `dirPath`; everything else operates against the\n * canonical shape so the same value flows through pre-emission\n * authoring, on-disk loading, and runner execution without conversion.\n *\n * @see specs/framework-mechanism.spec.md § 1.\n */\nexport interface MigrationPackage {\n readonly dirName: string;\n readonly metadata: MigrationMetadata;\n readonly ops: readonly MigrationPlanOperation[];\n}\n\n/**\n * Canonical structural shape of a contract space — one disjoint\n * `(contractJson, migration-graph)` unit the per-space planner / runner\n * / verifier operates on. The application owns one well-known space\n * ({@link APP_SPACE_ID}); each loaded extension that contributes schema\n * owns a uniquely-named space. Whether a value is the app's space or an\n * extension's space is a control-plane concern; the type carries no\n * such distinction.\n *\n * Generic over the contract so each family pins a typed contract value\n * at consumption time. The SQL family specialises to\n * `ContractSpace<Contract<SqlStorage>>` at the descriptor surface;\n * Mongo's symmetrical `ContractSpace<Contract<MongoStorage>>` will land\n * with that family.\n *\n * @see specs/framework-mechanism.spec.md § 1.\n */\nexport interface ContractSpace<TContract extends Contract = Contract> {\n readonly contractJson: TContract;\n readonly migrations: readonly MigrationPackage[];\n readonly headRef: ContractSpaceHeadRef;\n}\n","import { blindCast } from '@prisma-next/utils/casts';\nimport type { Codec } from '../shared/codec';\nimport type { AnyCodecDescriptor } from '../shared/codec-descriptor';\nimport type { CodecLookup, CodecMeta, CodecRef, CodecRegistry } from '../shared/codec-types';\nimport type {\n AuthoringContributions,\n AuthoringEntityTypeNamespace,\n AuthoringFieldNamespace,\n AuthoringPslBlockDescriptorNamespace,\n AuthoringTypeNamespace,\n} from '../shared/framework-authoring';\nimport {\n assertNoCrossRegistryCollisions,\n isAuthoringEntityTypeDescriptor,\n isAuthoringFieldPresetDescriptor,\n isAuthoringPslBlockDescriptor,\n isAuthoringTypeConstructorDescriptor,\n mergeAuthoringNamespaces,\n} from '../shared/framework-authoring';\nimport type { ComponentMetadata } from '../shared/framework-components';\nimport type {\n ControlMutationDefaultEntry,\n ControlMutationDefaults,\n MutationDefaultGeneratorDescriptor,\n} from '../shared/mutation-default-types';\nimport {\n CONTRACT_CODEC_DESCRIPTOR_MISSING,\n materializeCodec,\n resolveCodecDescriptorOrThrow,\n} from '../shared/resolve-codec';\nimport type { TypesImportSpec } from '../shared/types-import-spec';\nimport type {\n ControlAdapterDescriptor,\n ControlDriverDescriptor,\n ControlExtensionDescriptor,\n ControlFamilyDescriptor,\n ControlTargetDescriptor,\n} from './control-descriptors';\n\nexport interface AssembledAuthoringContributions {\n readonly field: AuthoringFieldNamespace;\n readonly type: AuthoringTypeNamespace;\n readonly entityTypes: AuthoringEntityTypeNamespace;\n readonly pslBlockDescriptors: AuthoringPslBlockDescriptorNamespace;\n}\n\nexport interface ControlStack<\n TFamilyId extends string = string,\n TTargetId extends string = string,\n> {\n readonly family: ControlFamilyDescriptor<TFamilyId>;\n readonly target: ControlTargetDescriptor<TFamilyId, TTargetId>;\n readonly adapter?: ControlAdapterDescriptor<TFamilyId, TTargetId> | undefined;\n readonly driver?: ControlDriverDescriptor<TFamilyId, TTargetId> | undefined;\n readonly extensionPacks: readonly ControlExtensionDescriptor<TFamilyId, TTargetId>[];\n\n readonly codecTypeImports: ReadonlyArray<TypesImportSpec>;\n readonly queryOperationTypeImports: ReadonlyArray<TypesImportSpec>;\n readonly extensionIds: ReadonlyArray<string>;\n readonly codecLookup: CodecRegistry;\n readonly authoringContributions: AssembledAuthoringContributions;\n readonly scalarTypeDescriptors: ReadonlyMap<string, string>;\n readonly controlMutationDefaults: ControlMutationDefaults;\n}\n\nexport interface CreateControlStackInput<\n TFamilyId extends string = string,\n TTargetId extends string = string,\n> {\n readonly family: ControlFamilyDescriptor<TFamilyId>;\n readonly target: ControlTargetDescriptor<TFamilyId, TTargetId>;\n readonly adapter?: ControlAdapterDescriptor<TFamilyId, TTargetId> | undefined;\n readonly driver?: ControlDriverDescriptor<TFamilyId, TTargetId> | undefined;\n readonly extensionPacks?:\n | ReadonlyArray<ControlExtensionDescriptor<TFamilyId, TTargetId>>\n | undefined;\n}\n\nfunction addUniqueId(ids: string[], seen: Set<string>, id: string): void {\n if (!seen.has(id)) {\n ids.push(id);\n seen.add(id);\n }\n}\n\nexport function assertUniqueCodecOwner(options: {\n readonly codecId: string;\n readonly owners: Map<string, string>;\n readonly descriptorId: string;\n readonly entityLabel: string;\n readonly entityOwnershipLabel: string;\n}): void {\n const existingOwner = options.owners.get(options.codecId);\n if (existingOwner !== undefined) {\n throw new Error(\n `Duplicate ${options.entityLabel} for codecId \"${options.codecId}\". ` +\n `Descriptor \"${options.descriptorId}\" conflicts with \"${existingOwner}\". ` +\n `Each codecId can only have one ${options.entityOwnershipLabel}.`,\n );\n }\n}\n\nexport function extractCodecTypeImports(\n descriptors: ReadonlyArray<Pick<ComponentMetadata, 'types'>>,\n): ReadonlyArray<TypesImportSpec> {\n const imports: TypesImportSpec[] = [];\n\n for (const descriptor of descriptors) {\n const codecTypes = descriptor.types?.codecTypes;\n if (codecTypes?.import) {\n imports.push(codecTypes.import);\n }\n if (codecTypes?.typeImports) {\n imports.push(...codecTypes.typeImports);\n }\n }\n\n return imports;\n}\n\nexport function extractQueryOperationTypeImports(\n descriptors: ReadonlyArray<Pick<ComponentMetadata, 'types'>>,\n): ReadonlyArray<TypesImportSpec> {\n const imports: TypesImportSpec[] = [];\n\n for (const descriptor of descriptors) {\n const queryOperationTypes = descriptor.types?.queryOperationTypes;\n if (queryOperationTypes?.import) {\n imports.push(queryOperationTypes.import);\n }\n }\n\n return imports;\n}\n\nexport function extractComponentIds(\n family: { readonly id: string },\n target: { readonly id: string },\n adapter: { readonly id: string } | undefined,\n extensions: ReadonlyArray<{ readonly id: string }>,\n): ReadonlyArray<string> {\n const ids: string[] = [];\n const seen = new Set<string>();\n\n addUniqueId(ids, seen, family.id);\n addUniqueId(ids, seen, target.id);\n if (adapter) {\n addUniqueId(ids, seen, adapter.id);\n }\n\n for (const ext of extensions) {\n addUniqueId(ids, seen, ext.id);\n }\n\n return ids;\n}\n\nexport function assembleAuthoringContributions(\n descriptors: ReadonlyArray<{ readonly authoring?: AuthoringContributions }>,\n): AssembledAuthoringContributions {\n const field = {} as Record<string, unknown>;\n const type = {} as Record<string, unknown>;\n const entityTypes = {} as Record<string, unknown>;\n const pslBlockDescriptors: Record<string, unknown> = {};\n\n for (const descriptor of descriptors) {\n if (descriptor.authoring?.field) {\n mergeAuthoringNamespaces(\n field,\n descriptor.authoring.field,\n [],\n isAuthoringFieldPresetDescriptor,\n 'field',\n );\n }\n if (descriptor.authoring?.type) {\n mergeAuthoringNamespaces(\n type,\n descriptor.authoring.type,\n [],\n isAuthoringTypeConstructorDescriptor,\n 'type',\n );\n }\n if (descriptor.authoring?.entityTypes) {\n mergeAuthoringNamespaces(\n entityTypes,\n descriptor.authoring.entityTypes,\n [],\n isAuthoringEntityTypeDescriptor,\n 'entity',\n );\n }\n if (descriptor.authoring?.pslBlockDescriptors) {\n mergeAuthoringNamespaces(\n pslBlockDescriptors,\n descriptor.authoring.pslBlockDescriptors,\n [],\n isAuthoringPslBlockDescriptor,\n 'pslBlock',\n );\n }\n }\n\n const fieldNamespace = field as AuthoringFieldNamespace;\n const typeNamespace = type as AuthoringTypeNamespace;\n const entityTypeNamespace = entityTypes as AuthoringEntityTypeNamespace;\n const pslBlockDescriptorNamespace = blindCast<\n AuthoringPslBlockDescriptorNamespace,\n 'merge target accumulator narrows to typed namespace post-merge'\n >(pslBlockDescriptors);\n assertNoCrossRegistryCollisions(\n typeNamespace,\n fieldNamespace,\n entityTypeNamespace,\n pslBlockDescriptorNamespace,\n );\n\n return {\n field: fieldNamespace,\n type: typeNamespace,\n entityTypes: entityTypeNamespace,\n pslBlockDescriptors: pslBlockDescriptorNamespace,\n };\n}\n\nexport function assembleScalarTypeDescriptors(\n descriptors: ReadonlyArray<\n Pick<ComponentMetadata, 'scalarTypeDescriptors'> & { readonly id?: string }\n >,\n): ReadonlyMap<string, string> {\n const result = new Map<string, string>();\n const owners = new Map<string, string>();\n\n for (const descriptor of descriptors) {\n const descriptorMap = descriptor.scalarTypeDescriptors;\n if (!descriptorMap) continue;\n const descriptorId = descriptor.id ?? '<unknown>';\n for (const [typeName, codecId] of descriptorMap) {\n const existingOwner = owners.get(typeName);\n if (existingOwner !== undefined) {\n throw new Error(\n `Duplicate scalar type descriptor \"${typeName}\". ` +\n `Descriptor \"${descriptorId}\" conflicts with \"${existingOwner}\".`,\n );\n }\n result.set(typeName, codecId);\n owners.set(typeName, descriptorId);\n }\n }\n\n return result;\n}\n\nexport function assembleControlMutationDefaults(\n descriptors: ReadonlyArray<\n Pick<ComponentMetadata, 'controlMutationDefaults'> & { readonly id?: string }\n >,\n): ControlMutationDefaults {\n const defaultFunctionRegistry = new Map<string, ControlMutationDefaultEntry>();\n const functionOwners = new Map<string, string>();\n const generatorMap = new Map<string, MutationDefaultGeneratorDescriptor>();\n const generatorOwners = new Map<string, string>();\n\n for (const descriptor of descriptors) {\n const contributions = descriptor.controlMutationDefaults;\n if (!contributions) continue;\n const descriptorId = descriptor.id ?? '<unknown>';\n\n for (const generatorDescriptor of contributions.generatorDescriptors) {\n const existingOwner = generatorOwners.get(generatorDescriptor.id);\n if (existingOwner !== undefined) {\n throw new Error(\n `Duplicate mutation default generator id \"${generatorDescriptor.id}\". ` +\n `Descriptor \"${descriptorId}\" conflicts with \"${existingOwner}\".`,\n );\n }\n generatorMap.set(generatorDescriptor.id, generatorDescriptor);\n generatorOwners.set(generatorDescriptor.id, descriptorId);\n }\n\n for (const [functionName, handler] of contributions.defaultFunctionRegistry) {\n const existingOwner = functionOwners.get(functionName);\n if (existingOwner !== undefined) {\n throw new Error(\n `Duplicate mutation default function \"${functionName}\". ` +\n `Descriptor \"${descriptorId}\" conflicts with \"${existingOwner}\".`,\n );\n }\n defaultFunctionRegistry.set(functionName, handler);\n functionOwners.set(functionName, descriptorId);\n }\n }\n\n return {\n defaultFunctionRegistry,\n generatorDescriptors: Array.from(generatorMap.values()),\n };\n}\n\nexport function extractCodecLookup(\n descriptors: ReadonlyArray<Pick<ComponentMetadata & { id: string }, 'types' | 'id'>>,\n): CodecRegistry {\n const byId = new Map<string, Codec>();\n const descriptorsById = new Map<string, AnyCodecDescriptor>();\n const targetTypesById = new Map<string, readonly string[]>();\n const metaById = new Map<string, CodecMeta>();\n const renderersById = new Map<string, (params: Record<string, unknown>) => string | undefined>();\n const inputRenderersById = new Map<\n string,\n (params: Record<string, unknown>) => string | undefined\n >();\n const owners = new Map<string, string>();\n for (const descriptor of descriptors) {\n const codecTypes = descriptor.types?.codecTypes;\n const descriptorId = descriptor.id;\n // Descriptor-side metadata is the single source of truth for `targetTypes` / `meta` / `renderOutputType`. Every contributor ships a `codecDescriptors` list on `types.codecTypes`.\n for (const codecDescriptor of codecTypes?.codecDescriptors ?? []) {\n assertUniqueCodecOwner({\n codecId: codecDescriptor.codecId,\n owners,\n descriptorId,\n entityLabel: 'codec descriptor',\n entityOwnershipLabel: 'codec descriptor provider',\n });\n owners.set(codecDescriptor.codecId, descriptorId);\n descriptorsById.set(codecDescriptor.codecId, codecDescriptor);\n if (Array.isArray(codecDescriptor.targetTypes)) {\n targetTypesById.set(codecDescriptor.codecId, codecDescriptor.targetTypes);\n }\n if (codecDescriptor.meta !== undefined) {\n metaById.set(codecDescriptor.codecId, codecDescriptor.meta);\n }\n if (typeof codecDescriptor.renderOutputType === 'function') {\n renderersById.set(codecDescriptor.codecId, codecDescriptor.renderOutputType);\n }\n if (typeof codecDescriptor.renderInputType === 'function') {\n inputRenderersById.set(codecDescriptor.codecId, codecDescriptor.renderInputType);\n }\n // Materialize a representative `Codec` instance for `byId.get()` so consumers reading the lookup's instance side (e.g. SQL renderer's cast-policy lookup, or the contract emitter's literal-default `encodeJson` resolver) keep finding the codec.\n //\n // Two cohorts:\n // - Non-parameterized descriptors: factory must succeed; any throw is a real bug and we let it propagate (no silent try/catch).\n // - Parameterized descriptors: try with empty params. Many parameterized codecs treat params as advisory (e.g. `pg/timestamptz@1` whose precision is rendered into the `nativeType` only and never read by the runtime codec), so an empty-params construction yields a usable representative for id-keyed lookups (e.g. emit-time literal-default encoding). Codecs whose factory genuinely requires params (e.g. `pg/vector@1` threading `length` into the runtime codec) will throw; for those, per-column instances are materialized at runtime by `buildContractCodecRegistry` and the id-keyed lookup miss is correct (the column-aware path resolves them).\n if (!byId.has(codecDescriptor.codecId)) {\n if (codecDescriptor.isParameterized) {\n try {\n const representative = codecDescriptor.factory({} as never)({\n name: `<lookup:${codecDescriptor.codecId}>`,\n } as Parameters<ReturnType<typeof codecDescriptor.factory>>[0]);\n byId.set(codecDescriptor.codecId, representative);\n } catch {\n // Factory requires concrete params; skip representative materialization. Per-column instances are built at runtime; id-keyed lookup miss is the correct outcome here.\n }\n } else {\n const representative = codecDescriptor.factory(undefined as never)({\n name: `<lookup:${codecDescriptor.codecId}>`,\n } as Parameters<ReturnType<typeof codecDescriptor.factory>>[0]);\n byId.set(codecDescriptor.codecId, representative);\n }\n }\n }\n }\n return {\n get: (id) => byId.get(id),\n forCodecRef(ref: CodecRef) {\n const d = resolveCodecDescriptorOrThrow(\n (id) => descriptorsById.get(id),\n ref,\n CONTRACT_CODEC_DESCRIPTOR_MISSING,\n );\n return materializeCodec(d, ref, { name: `<ref:${ref.codecId}>` });\n },\n forColumn: () => undefined,\n targetTypesFor: (id) => targetTypesById.get(id),\n metaFor: (id) => metaById.get(id),\n renderOutputTypeFor: (id, params) => renderersById.get(id)?.(params),\n renderInputTypeFor: (id, params) => inputRenderersById.get(id)?.(params),\n };\n}\n\nexport function validateScalarTypeCodecIds(\n scalarTypeDescriptors: ReadonlyMap<string, string>,\n codecLookup: CodecLookup,\n): string[] {\n const errors: string[] = [];\n for (const [typeName, codecId] of scalarTypeDescriptors) {\n if (!codecLookup.get(codecId)) {\n errors.push(\n `Scalar type \"${typeName}\" references codec \"${codecId}\" which is not registered by any component.`,\n );\n }\n }\n return errors;\n}\n\ninterface DependencyDeclaringDescriptor {\n readonly id: string;\n readonly contractSpace?: {\n readonly contractJson?: {\n readonly extensionPacks?: Readonly<Record<string, unknown>>;\n };\n };\n}\n\nfunction readDeclaredDependencyIds(descriptor: DependencyDeclaringDescriptor): readonly string[] {\n const packs = descriptor.contractSpace?.contractJson?.extensionPacks;\n if (packs === null || typeof packs !== 'object') return [];\n return Object.keys(packs);\n}\n\n/**\n * Builds a dependency-respecting load order for the given extension descriptors\n * using Kahn's topological sort algorithm. Dependencies (packs declared in\n * `contractSpace.contractJson.extensionPacks`) are placed before the extensions\n * that depend on them.\n *\n * Throws if the dependency graph contains a cycle, with an error message that\n * names every extension involved in the cycle.\n *\n * Throws if any extension declares a dependency on a pack ID that is not present\n * in the provided list — add the missing pack to the `extensionPacks` list to\n * resolve the error.\n */\n\nexport function buildExtensionLoadOrder(\n extensions: ReadonlyArray<DependencyDeclaringDescriptor>,\n): readonly string[] {\n if (extensions.length === 0) return [];\n\n const idSet = new Set(extensions.map((e) => e.id));\n const inDegree = new Map<string, number>();\n const dependents = new Map<string, string[]>();\n\n for (const ext of extensions) {\n if (!inDegree.has(ext.id)) inDegree.set(ext.id, 0);\n if (!dependents.has(ext.id)) dependents.set(ext.id, []);\n }\n\n for (const ext of extensions) {\n for (const depId of readDeclaredDependencyIds(ext)) {\n if (!idSet.has(depId)) {\n throw new Error(\n `Extension \"${ext.id}\" declares a dependency on \"${depId}\", but \"${depId}\" is not in the provided extension set. Add the missing space to extensionPacks.`,\n );\n }\n inDegree.set(ext.id, (inDegree.get(ext.id) ?? 0) + 1);\n const list = dependents.get(depId);\n if (list !== undefined) list.push(ext.id);\n }\n }\n\n const queue: string[] = [];\n for (const [id, deg] of inDegree) {\n if (deg === 0) queue.push(id);\n }\n queue.sort();\n\n const result: string[] = [];\n while (queue.length > 0) {\n const id = queue.shift();\n if (id === undefined) break;\n result.push(id);\n const children = dependents.get(id) ?? [];\n children.sort();\n for (const childId of children) {\n const newDeg = (inDegree.get(childId) ?? 1) - 1;\n inDegree.set(childId, newDeg);\n if (newDeg === 0) queue.push(childId);\n }\n }\n\n if (result.length < extensions.length) {\n const cycleMembers = extensions\n .map((e) => e.id)\n .filter((id) => !result.includes(id))\n .sort();\n throw new Error(\n `Extension dependency cycle detected. Cycle members: ${cycleMembers.map((id) => `\"${id}\"`).join(', ')}.`,\n );\n }\n\n return result;\n}\n\nexport function createControlStack<TFamilyId extends string, TTargetId extends string>(\n input: CreateControlStackInput<TFamilyId, TTargetId>,\n): ControlStack<TFamilyId, TTargetId> {\n const { family, target, adapter, driver, extensionPacks = [] } = input;\n\n const orderedIds = buildExtensionLoadOrder(extensionPacks);\n const extensionById = new Map(extensionPacks.map((ext) => [ext.id, ext]));\n const orderedExtensionPacks = orderedIds\n .map((id) => extensionById.get(id))\n .filter((ext): ext is ControlExtensionDescriptor<TFamilyId, TTargetId> => ext !== undefined);\n\n const allDescriptors = [family, target, ...(adapter ? [adapter] : []), ...orderedExtensionPacks];\n\n const codecLookup = extractCodecLookup(allDescriptors);\n const scalarTypeDescriptors = assembleScalarTypeDescriptors(allDescriptors);\n\n return {\n family,\n target,\n adapter,\n driver,\n extensionPacks: orderedExtensionPacks,\n\n codecTypeImports: extractCodecTypeImports(allDescriptors),\n queryOperationTypeImports: extractQueryOperationTypeImports(allDescriptors),\n extensionIds: extractComponentIds(family, target, adapter, orderedExtensionPacks),\n codecLookup,\n authoringContributions: assembleAuthoringContributions(allDescriptors),\n scalarTypeDescriptors,\n controlMutationDefaults: assembleControlMutationDefaults(allDescriptors),\n };\n}\n","export type SchemaDiffOutcome = 'missing' | 'extra' | 'mismatch';\n\nexport interface SchemaDiffIssue {\n /** Path from the root node down to the diffed node, as a sequence of local keys. */\n readonly path: readonly string[];\n readonly outcome: SchemaDiffOutcome;\n readonly message: string;\n /** The expected (contract-side) node, when available. Absent for `extra` outcomes. */\n readonly expected?: DiffableNode;\n /** The actual (live-DB-side) node, when available. Absent for `missing` outcomes. */\n readonly actual?: DiffableNode;\n}\n\n/**\n * A node in the schema tree. Every node in the tree implements this interface.\n *\n * `id` must be unique among sibling nodes at the same level — the differ keys\n * on it and treats a collision as the same entity (enforced by a duplicate-id\n * throw). The differ accumulates these ids into a path that stamps every emitted\n * issue.\n */\nexport interface DiffableNode {\n readonly id: string;\n isEqualTo(other: DiffableNode): boolean;\n children(): readonly DiffableNode[];\n}\n\nfunction insertNode(map: Map<string, DiffableNode>, node: DiffableNode): void {\n const key = node.id;\n if (map.has(key)) {\n throw new Error(`diffSchemas: duplicate id among siblings: ${key}`);\n }\n map.set(key, node);\n}\n\nfunction outcomeMessage(outcome: SchemaDiffOutcome, path: readonly string[]): string {\n return `${outcome}: ${path.join('/')}`;\n}\n\nfunction emitMissingSubtree(node: DiffableNode, parentPath: readonly string[]): SchemaDiffIssue[] {\n const path = [...parentPath, node.id];\n return [\n { path, outcome: 'missing', message: outcomeMessage('missing', path), expected: node },\n ...node.children().flatMap((c) => emitMissingSubtree(c, path)),\n ];\n}\n\nfunction emitExtraSubtree(node: DiffableNode, parentPath: readonly string[]): SchemaDiffIssue[] {\n const path = [...parentPath, node.id];\n return [\n { path, outcome: 'extra', message: outcomeMessage('extra', path), actual: node },\n ...node.children().flatMap((c) => emitExtraSubtree(c, path)),\n ];\n}\n\n/**\n * Diff two schema trees starting from their roots.\n *\n * The differ is **total**: every node-level difference is reported. An unmatched\n * non-leaf node emits its own issue and descends, emitting an issue for every\n * node in the missing/extra subtree. Coalescing a parent change over its\n * children is the planner's responsibility. Ownership filtering (dropping `extra`\n * issues in namespaces a contract doesn't own) is the caller's responsibility.\n */\nexport function diffSchemas(\n expected: DiffableNode,\n actual: DiffableNode,\n): readonly SchemaDiffIssue[] {\n return diffPair(expected, actual, []);\n}\n\nfunction diffPair(\n expected: DiffableNode,\n actual: DiffableNode,\n parentPath: readonly string[],\n): readonly SchemaDiffIssue[] {\n const path = [...parentPath, expected.id];\n const issues: SchemaDiffIssue[] = [];\n if (!expected.isEqualTo(actual)) {\n issues.push({\n path,\n outcome: 'mismatch',\n message: outcomeMessage('mismatch', path),\n expected,\n actual,\n });\n }\n issues.push(...diffChildren(expected.children(), actual.children(), path));\n return issues;\n}\n\n/**\n * Align one level of nodes by id; emit issues in input order and recurse.\n *\n * A missing node emits one issue for itself and one for every node in its\n * subtree (total descent). Same for extra nodes. A matched pair recurses via\n * `diffPair`.\n */\nfunction diffChildren(\n expected: readonly DiffableNode[],\n actual: readonly DiffableNode[],\n parentPath: readonly string[],\n): readonly SchemaDiffIssue[] {\n const expectedMap = new Map<string, DiffableNode>();\n for (const node of expected) {\n insertNode(expectedMap, node);\n }\n\n const actualMap = new Map<string, DiffableNode>();\n for (const node of actual) {\n insertNode(actualMap, node);\n }\n\n const issues: SchemaDiffIssue[] = [];\n\n for (const [key, expectedNode] of expectedMap) {\n const actualNode = actualMap.get(key);\n if (actualNode === undefined) {\n issues.push(...emitMissingSubtree(expectedNode, parentPath));\n } else {\n issues.push(...diffPair(expectedNode, actualNode, parentPath));\n }\n }\n\n for (const [key, actualNode] of actualMap) {\n if (!expectedMap.has(key)) {\n issues.push(...emitExtraSubtree(actualNode, parentPath));\n }\n }\n\n return issues;\n}\n","import type { ControlPolicy } from '@prisma-next/contract/types';\nimport type { SchemaVerificationNode } from './control-result-types';\n\nexport type VerificationStatus = SchemaVerificationNode['status'];\n\nexport type VerifierOutcome = VerificationStatus | 'suppress';\n\n/**\n * Target-neutral classification of a verifier finding, abstracted away from any\n * one storage model's vocabulary. Each family classifies its own concrete issue\n * kinds into these categories; the framework only grades the category against a\n * control policy.\n *\n * - `declaredMissing` — a declared object/element is absent from the database.\n * - `declaredIncompatible` — a declared object/element exists but its shape diverges.\n * - `valueDrift` — the value set of an existing type drifted (e.g. enum values).\n * - `extraNestedElement` — an undeclared element nested inside a declared object\n * (a SQL column, a document field).\n * - `extraAuxiliary` — an undeclared auxiliary attached to a declared object\n * (a SQL constraint/index, a Mongo index/validator).\n * - `extraTopLevelObject` — an undeclared top-level object (a SQL table, a\n * Mongo collection).\n */\nexport type VerifierIssueCategory =\n | 'declaredMissing'\n | 'declaredIncompatible'\n | 'valueDrift'\n | 'extraNestedElement'\n | 'extraAuxiliary'\n | 'extraTopLevelObject';\n\n/**\n * Grades a target-neutral issue category against a 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|
+208
-2
@@ -1,5 +0,211 @@ | ||
| import { a as isPlainRecord, c as UNBOUND_NAMESPACE_ID, d as freezeNode, i as entityAt, l as IRNode, n as Storage, o as Namespace, r as elementCoordinates, s as NamespaceBase, t as EntityCoordinate, u as IRNodeBase } from "./storage-LiDzCDHm.mjs"; | ||
| import { ApplicationDomain } from "@prisma-next/contract/types"; | ||
| import { ApplicationDomain, StorageBase, StorageNamespace } from "@prisma-next/contract/types"; | ||
| import { isPlainRecord } from "@prisma-next/contract/is-plain-record"; | ||
| import { Type } from "arktype"; | ||
| //#region src/ir/ir-node.d.ts | ||
| /** | ||
| * Framework-level IR alphabet. | ||
| * | ||
| * The framework's contribution to Contract IR / Schema IR is a common | ||
| * root for the IR class hierarchy and a freeze affordance. Family | ||
| * abstract bases (e.g. `SqlNode`, `MongoSchemaIRNode`) refine the alphabet | ||
| * for their family shape; targets ship the concrete classes. | ||
| * | ||
| * `kind` is an optional discriminator on the base. Families and leaves | ||
| * that benefit from discriminated-union dispatch declare their own | ||
| * literal `kind` at the level that earns it — Mongo leaves carry | ||
| * per-class literals (`readonly kind = 'mongo-collection' as const`) | ||
| * because Mongo IR has polymorphic walkers; SQL declares a single | ||
| * family-level `kind = 'sql'` on `SqlNode` because SQL IR has no | ||
| * polymorphic dispatch today. No framework consumer dispatches on | ||
| * `IRNode.kind` at the BASE type — every dispatch site narrows | ||
| * through a union of leaves where each leaf carries a literal kind, so | ||
| * requiring `kind` at the base would be unearned. Future leaves that | ||
| * earn polymorphic dispatch override with a required literal at that | ||
| * leaf (e.g. `override readonly kind = 'pack-contributed-kind' as const`). | ||
| * | ||
| * `IRNodeBase` carries no methods: the freeze-and-assign affordance | ||
| * lives in the free `freezeNode` helper below. Keeping `freezeNode` out | ||
| * of the class type means an emitted contract literal type | ||
| * (`{ readonly kind: 'mongo-collection', ... }` or an unkeyed literal | ||
| * like `{ nativeType, codecId, nullable }`) is structurally assignable | ||
| * to its class type — a `protected freeze()` instance method would | ||
| * otherwise leak into the public type surface and require the literal | ||
| * to carry it too. | ||
| * | ||
| * Subclasses construct fields then call `freezeNode(this)` to seal the | ||
| * instance. Frozen instances + plain readonly fields keep IR nodes | ||
| * JSON-clean by construction, so `JSON.stringify(node)` produces canonical | ||
| * JSON without a `toJSON()` method. The `ContractSerializer` SPI handles | ||
| * round-trip from canonical JSON back to typed class instances. | ||
| * | ||
| * The name (`IRNode` / `IRNodeBase`) reflects the dual-hierarchy reality: | ||
| * this base is the common root for both Contract IR and Schema IR class | ||
| * hierarchies, not a Schema-IR-specific alphabet. | ||
| */ | ||
| interface IRNode { | ||
| readonly kind?: string; | ||
| } | ||
| declare abstract class IRNodeBase implements IRNode { | ||
| abstract readonly kind?: string; | ||
| } | ||
| /** | ||
| * Seal an IR class instance after its constructor has assigned all | ||
| * fields. The free-helper form (rather than a `protected freeze()` | ||
| * instance method) keeps the class type structurally narrow so emitted | ||
| * contract literal types remain assignable to their class types. | ||
| * | ||
| * The helper name stays `freezeNode` — it operates on IR nodes | ||
| * regardless of root naming. | ||
| */ | ||
| declare function freezeNode<T extends IRNode>(node: T): T; | ||
| //#endregion | ||
| //#region src/ir/namespace.d.ts | ||
| /** | ||
| * Reserved sentinel namespace id for the late-bound storage slot — | ||
| * the slot whose binding the target resolves at connection time | ||
| * rather than at authoring time. Postgres uses it for `search_path` | ||
| * late binding; SQLite uses it for the trivial singleton; Mongo uses | ||
| * it for the connection's `db` binding. | ||
| * | ||
| * Materialised target-side as a singleton subclass of the target's | ||
| * `NamespaceBase` concretion that overrides the namespace's | ||
| * qualifier-emission methods to elide the prefix entirely. Call sites | ||
| * stay polymorphic and never branch on `id === UNBOUND_NAMESPACE_ID` | ||
| * — the singleton's overrides drop the qualifier so emitted SQL / Mongo | ||
| * commands look unqualified. | ||
| * | ||
| * The double-underscore decoration marks the id as a framework-reserved | ||
| * coordinate when it appears in a JSON envelope (cold-read-as-reserved | ||
| * — no realistic collision with user-declared namespace names). | ||
| * | ||
| * Encoded as an exported const (rather than scattered string literals) | ||
| * so the sentinel-id invariant is single-sourced: any production-source | ||
| * site that constructs an unbound-namespace singleton imports this | ||
| * constant. | ||
| */ | ||
| declare const UNBOUND_NAMESPACE_ID: "__unbound__"; | ||
| /** | ||
| * Framework-level building block for a "namespace" — the database-level | ||
| * grouping under which storage objects (tables, collections, enums, …) | ||
| * reside. Each target's namespace concretion maps the framework concept to | ||
| * a target-native binding: | ||
| * | ||
| * - Postgres: a schema (`CREATE SCHEMA …`); rendered as `"<schema>"`. | ||
| * - SQLite: the singleton `UNBOUND_NAMESPACE_ID`; emitted SQL has no qualifier. | ||
| * - Mongo: the connection's `db` field; addressed as a database name. | ||
| * | ||
| * See `UNBOUND_NAMESPACE_ID` above for the sentinel id and the | ||
| * singleton-subclass pattern that materialises it. | ||
| * | ||
| * The framework promises only the coordinate (`id`) — the named storage | ||
| * entities a namespace contains are family-typed (SQL contributes | ||
| * `table` / `type`, Mongo contributes `collection`, future families pick | ||
| * their own native idiom under `entries`). Generic consumers walking "all | ||
| * named entries" go through a family-typed namespace, not the framework | ||
| * `Namespace`. | ||
| * | ||
| * Every namespace concretion (e.g. family-built SQL namespaces, | ||
| * `MongoUnboundNamespace`, target-promoted namespaces like | ||
| * `PostgresSchema`) carries exactly: `id` (enumerable string), | ||
| * `entries` (frozen object holding entity-kind slot maps), and `kind` | ||
| * (non-enumerable string discriminator set via `Object.defineProperty`). | ||
| * Each slot map under `entries` uses a singular essence key (`table`, | ||
| * `type`, `collection`, …) mapping entity names to IR classes. No other | ||
| * own-enumerable data lives on a namespace; non-entity computed data lives | ||
| * on the surrounding storage or contract IR. The framework's | ||
| * `elementCoordinates(storage)` walk relies on this invariant to enumerate | ||
| * entities structurally without family-specific knowledge. | ||
| */ | ||
| interface Namespace extends IRNode, StorageNamespace { | ||
| readonly kind: string; | ||
| readonly entries: Readonly<Record<string, Readonly<Record<string, unknown>>>>; | ||
| } | ||
| declare abstract class NamespaceBase extends IRNodeBase implements Namespace { | ||
| abstract readonly id: string; | ||
| abstract readonly entries: Readonly<Record<string, Readonly<Record<string, unknown>>>>; | ||
| abstract readonly kind: string; | ||
| } | ||
| //#endregion | ||
| //#region src/ir/storage.d.ts | ||
| /** | ||
| * Canonical address for a named entity in Contract IR / Schema IR. | ||
| * | ||
| * `plane` is `'domain' | 'storage'`: which top-level contract plane the | ||
| * entity lives on. Domain-side walks yield `plane: 'domain'` via | ||
| * {@link domainElementCoordinates}; {@link elementCoordinates} over storage | ||
| * yields `plane: 'storage'`. | ||
| * | ||
| * Cross-plane references obey a directional invariant: domain → storage is | ||
| * allowed; storage → domain is forbidden. That rule is enforced by a | ||
| * separate validator, not by constraining this coordinate shape — the | ||
| * coordinate carries the axis the validator checks. | ||
| * | ||
| * Iteration order over namespace properties follows `Object.entries` order; | ||
| * consumers that depend on ordering must sort. | ||
| */ | ||
| interface EntityCoordinate { | ||
| readonly plane: 'domain' | 'storage'; | ||
| readonly namespaceId: string; | ||
| readonly entityKind: string; | ||
| readonly entityName: string; | ||
| } | ||
| /** | ||
| * Lazy walk over every named storage entity in a `Storage`-shaped | ||
| * value, yielded as {@link EntityCoordinate} tuples with | ||
| * `plane: 'storage'` (the parameter type binds the plane). | ||
| * | ||
| * Iterates each namespace's `entries` kind maps structurally. Skips | ||
| * non-object `entries`; `id` and `kind` are not walked (`kind` is | ||
| * non-enumerable on concretions). For every entity-kind key under | ||
| * `entries` whose value is a non-null object, yields one coordinate per | ||
| * entity name in that map. No family-specific kind vocabulary is required. | ||
| */ | ||
| declare function elementCoordinates(storage: Pick<StorageBase, 'namespaces'>): Generator<EntityCoordinate>; | ||
| /** | ||
| * Looks up a single entity in a `Storage`-shaped value by its full coordinate. | ||
| * Returns `undefined` if the namespace, entity kind, or entity name is absent. | ||
| * The type parameter is a caller assertion — the walk itself is structural | ||
| * and cannot verify the entity's shape. | ||
| */ | ||
| declare function entityAt<T = unknown>(storage: Pick<StorageBase, 'namespaces'>, coord: Pick<EntityCoordinate, 'namespaceId' | 'entityKind' | 'entityName'>): T | undefined; | ||
| /** | ||
| * Framework-level promise that every Contract IR / Schema IR carries a | ||
| * collection of namespaces keyed by namespace id. Family storage | ||
| * concretions (`SqlStorage`, `MongoStorage`) refine the shape with | ||
| * family-specific fields (tables, collections, enums, …); target | ||
| * concretions add target fields where the family vocabulary doesn't | ||
| * reach. | ||
| * | ||
| * Keeping `namespaces` at the framework layer enforces that every storage | ||
| * object — across any target — is namespace-scoped. The framework can | ||
| * therefore walk the namespace map without knowing the family alphabet, and | ||
| * the `(namespace.id, name)` keying that the verifier and planner depend on | ||
| * is honest at every layer. | ||
| * | ||
| * Extends `IRNode` so the framework's IR-walking surfaces (verifiers, | ||
| * serializers) can dispatch on `Storage`-typed fields through the same | ||
| * IR-node alphabet as every other node — the structural dual already | ||
| * holds in code (every concrete storage class extends an IR-node base); | ||
| * the interface promotion makes the typing honest. | ||
| * | ||
| * **Persisted envelope shape is target-owned, not framework-promised.** | ||
| * Whether the `namespaces` map appears in the on-disk JSON envelope is | ||
| * a per-target decision made by `ContractSerializer.serializeContract`. | ||
| * Some targets emit a JSON-clean namespace shape that round-trips | ||
| * through `JSON.stringify` cleanly (SQL today via the family-layer | ||
| * identity serializer); others ship runtime-only fields on their | ||
| * namespace concretions and override `serializeContract` to strip | ||
| * them (Mongo). Future open (F16): extend the per-target | ||
| * `ContractSerializer` integration-test surface with an explicit | ||
| * envelope-shape assertion for each target, so the strip-vs-pass-through | ||
| * choice is locked at test time rather than implied by the override | ||
| * presence/absence. Earned by PR2's per-target namespace lift, when | ||
| * `PostgresSchema` / `SqliteUnboundDatabase` start carrying | ||
| * target-specific fields. | ||
| */ | ||
| interface Storage extends IRNode { | ||
| readonly namespaces: Readonly<Record<string, Namespace>>; | ||
| } | ||
| //#endregion | ||
| //#region src/ir/domain.d.ts | ||
@@ -6,0 +212,0 @@ /** |
@@ -1,1 +0,1 @@ | ||
| {"version":3,"file":"ir.d.mts","names":[],"sources":["../src/ir/domain.ts","../src/ir/entity-kind.ts","../src/ir/storage-type.ts"],"mappings":";;;;;;;;AAUA;;;;iBAAiB,wBAAA,CACf,MAAA,EAAQ,IAAA,CAAK,iBAAA,kBACZ,SAAA,CAAU,gBAAA;;;UCTI,oBAAA;EAAA,SACN,IAAA;EAAA,SAEA,MAAA,EAAQ,IAAA;EAAA,SACR,SAAA,GAAY,KAAA,EAAO,KAAA,KAAU,IAAA;AAAA;AAAA,KAG5B,uBAAA,GAA0B,oBAAoB;;;;;;;;;;;;;iBAc1C,wBAAA,CACd,OAAA,EAAS,QAAA,CAAS,MAAA,SAAe,QAAA,CAAS,MAAA,sBAC1C,KAAA,EAAO,WAAA,SAAoB,uBAAA,GAC3B,SAAA,oBACA,IAAA,YACC,MAAA,SAAe,QAAA,CAAS,MAAA;;;;;;;ADnB3B;;;;;;;;;;;;;;UEUiB,WAAA,SAAoB,MAAM;EAAA,SAChC,IAAI;AAAA"} | ||
| {"version":3,"file":"ir.d.mts","names":[],"sources":["../src/ir/ir-node.ts","../src/ir/namespace.ts","../src/ir/storage.ts","../src/ir/domain.ts","../src/ir/entity-kind.ts","../src/ir/storage-type.ts"],"mappings":";;;;;;;;;;AAyCA;;;;AACe;AAGf;;;;AACwB;AAYxB;;;;;;;;;;;;;;AAAwD;;;;AChCxD;;;;AAA0D;AAkC1D;;UDnBiB,MAAA;EAAA,SACN,IAAI;AAAA;AAAA,uBAGO,UAAA,YAAsB,MAAM;EAAA,kBAC9B,IAAI;AAAA;;;;;;;;;;iBAYR,UAAA,WAAqB,MAAA,EAAQ,IAAA,EAAM,CAAA,GAAI,CAAA;;;;;;AAjBvD;;;;AACe;AAGf;;;;AACwB;AAYxB;;;;;;;;;;cChCa,oBAAA;;;;ADgC2C;;;;AChCxD;;;;AAA0D;AAkC1D;;;;;;;;;;;;;;;;;;;;UAAiB,SAAA,SAAkB,MAAA,EAAQ,gBAAA;EAAA,SAChC,IAAA;EAAA,SACA,OAAA,EAAS,QAAA,CAAS,MAAA,SAAe,QAAA,CAAS,MAAA;AAAA;AAAA,uBAG/B,aAAA,SAAsB,UAAA,YAAsB,SAAA;EAAA,kBAC9C,EAAA;EAAA,kBACA,OAAA,EAAS,QAAA,CAAS,MAAA,SAAe,QAAA,CAAS,MAAA;EAAA,kBACjC,IAAA;AAAA;;;AD3B7B;;;;AACe;AAGf;;;;AACwB;AAYxB;;;;;;AAjBA,UEjBiB,gBAAA;EAAA,SACN,KAAA;EAAA,SACA,WAAA;EAAA,SACA,UAAA;EAAA,SACA,UAAA;AAAA;;;AF8B6C;;;;AChCxD;;;;AAA0D;iBCgBzC,kBAAA,CACf,OAAA,EAAS,IAAA,CAAK,WAAA,kBACb,SAAA,CAAU,gBAAA;;;;;;;iBAmBG,QAAA,cACd,OAAA,EAAS,IAAA,CAAK,WAAA,iBACd,KAAA,EAAO,IAAA,CAAK,gBAAA,iDACX,CAAA;;;;;;;;;;;;;ADJwD;AAG3D;;;;;;;;;;;;;;;;;;;;;AAGiC;UC8ChB,OAAA,SAAgB,MAAA;EAAA,SACtB,UAAA,EAAY,QAAA,CAAS,MAAA,SAAe,SAAA;AAAA;;;;;;AF1E/C;;;;iBG/BiB,wBAAA,CACf,MAAA,EAAQ,IAAA,CAAK,iBAAA,kBACZ,SAAA,CAAU,gBAAA;;;UCTI,oBAAA;EAAA,SACN,IAAA;EAAA,SAEA,MAAA,EAAQ,IAAA;EAAA,SACR,SAAA,GAAY,KAAA,EAAO,KAAA,KAAU,IAAA;AAAA;AAAA,KAG5B,uBAAA,GAA0B,oBAAoB;;;AJgC3C;AAGf;;;;AACwB;AAYxB;;;;iBIlCgB,wBAAA,CACd,OAAA,EAAS,QAAA,CAAS,MAAA,SAAe,QAAA,CAAS,MAAA,sBAC1C,KAAA,EAAO,WAAA,SAAoB,uBAAA,GAC3B,SAAA,oBACA,IAAA,YACC,MAAA,SAAe,QAAA,CAAS,MAAA;;;;;;;AJY3B;;;;AACe;AAGf;;;;AACwB;AAYxB;;;;UKtCiB,WAAA,SAAoB,MAAM;EAAA,SAChC,IAAI;AAAA"} |
+7
-7
| { | ||
| "name": "@prisma-next/framework-components", | ||
| "version": "0.14.0-dev.22", | ||
| "version": "0.14.0-dev.23", | ||
| "license": "Apache-2.0", | ||
@@ -9,6 +9,6 @@ "type": "module", | ||
| "dependencies": { | ||
| "@prisma-next/contract": "0.14.0-dev.22", | ||
| "@prisma-next/operations": "0.14.0-dev.22", | ||
| "@prisma-next/ts-render": "0.14.0-dev.22", | ||
| "@prisma-next/utils": "0.14.0-dev.22", | ||
| "@prisma-next/contract": "0.14.0-dev.23", | ||
| "@prisma-next/operations": "0.14.0-dev.23", | ||
| "@prisma-next/ts-render": "0.14.0-dev.23", | ||
| "@prisma-next/utils": "0.14.0-dev.23", | ||
| "@standard-schema/spec": "^1.1.0", | ||
@@ -18,4 +18,4 @@ "arktype": "^2.2.0" | ||
| "devDependencies": { | ||
| "@prisma-next/tsconfig": "0.14.0-dev.22", | ||
| "@prisma-next/tsdown": "0.14.0-dev.22", | ||
| "@prisma-next/tsconfig": "0.14.0-dev.23", | ||
| "@prisma-next/tsdown": "0.14.0-dev.23", | ||
| "tsdown": "0.22.1", | ||
@@ -22,0 +22,0 @@ "typescript": "5.9.3", |
@@ -1,7 +0,6 @@ | ||
| import type { EntityCoordinate } from '../ir/storage'; | ||
| export type SchemaDiffOutcome = 'missing' | 'extra' | 'mismatch'; | ||
| export interface SchemaDiffIssue { | ||
| readonly coordinate: EntityCoordinate; | ||
| /** Path from the root node down to the diffed node, as a sequence of local keys. */ | ||
| readonly path: readonly string[]; | ||
| readonly outcome: SchemaDiffOutcome; | ||
@@ -15,28 +14,95 @@ readonly message: string; | ||
| /** A node the generic differ can align and compare. Implemented by target IR nodes. */ | ||
| /** | ||
| * A node in the schema tree. Every node in the tree implements this interface. | ||
| * | ||
| * `id` must be unique among sibling nodes at the same level — the differ keys | ||
| * on it and treats a collision as the same entity (enforced by a duplicate-id | ||
| * throw). The differ accumulates these ids into a path that stamps every emitted | ||
| * issue. | ||
| */ | ||
| export interface DiffableNode { | ||
| identity(): EntityCoordinate; | ||
| readonly id: string; | ||
| isEqualTo(other: DiffableNode): boolean; | ||
| children(): readonly DiffableNode[]; | ||
| } | ||
| /** Canonical string key for a coordinate. Uses pipe-separated fields so null bytes cannot appear. */ | ||
| function stableKey(c: EntityCoordinate): string { | ||
| return `${c.plane}|${c.namespaceId}|${c.entityKind}|${c.entityName}`; | ||
| function insertNode(map: Map<string, DiffableNode>, node: DiffableNode): void { | ||
| const key = node.id; | ||
| if (map.has(key)) { | ||
| throw new Error(`diffSchemas: duplicate id among siblings: ${key}`); | ||
| } | ||
| map.set(key, node); | ||
| } | ||
| function outcomeMessage(outcome: SchemaDiffOutcome, c: EntityCoordinate): string { | ||
| return `${outcome}: ${c.entityKind} '${c.entityName}' in namespace '${c.namespaceId}'`; | ||
| function outcomeMessage(outcome: SchemaDiffOutcome, path: readonly string[]): string { | ||
| return `${outcome}: ${path.join('/')}`; | ||
| } | ||
| function emitMissingSubtree(node: DiffableNode, parentPath: readonly string[]): SchemaDiffIssue[] { | ||
| const path = [...parentPath, node.id]; | ||
| return [ | ||
| { path, outcome: 'missing', message: outcomeMessage('missing', path), expected: node }, | ||
| ...node.children().flatMap((c) => emitMissingSubtree(c, path)), | ||
| ]; | ||
| } | ||
| function emitExtraSubtree(node: DiffableNode, parentPath: readonly string[]): SchemaDiffIssue[] { | ||
| const path = [...parentPath, node.id]; | ||
| return [ | ||
| { path, outcome: 'extra', message: outcomeMessage('extra', path), actual: node }, | ||
| ...node.children().flatMap((c) => emitExtraSubtree(c, path)), | ||
| ]; | ||
| } | ||
| /** | ||
| * Align two flat node collections by identity; emit missing/extra/mismatch issues in input order. | ||
| * Intentionally flat — child-node recursion is a separate follow-on concern (the relational port). | ||
| * Diff two schema trees starting from their roots. | ||
| * | ||
| * The differ is **total**: every node-level difference is reported. An unmatched | ||
| * non-leaf node emits its own issue and descends, emitting an issue for every | ||
| * node in the missing/extra subtree. Coalescing a parent change over its | ||
| * children is the planner's responsibility. Ownership filtering (dropping `extra` | ||
| * issues in namespaces a contract doesn't own) is the caller's responsibility. | ||
| */ | ||
| export function diffNodes( | ||
| export function diffSchemas( | ||
| expected: DiffableNode, | ||
| actual: DiffableNode, | ||
| ): readonly SchemaDiffIssue[] { | ||
| return diffPair(expected, actual, []); | ||
| } | ||
| function diffPair( | ||
| expected: DiffableNode, | ||
| actual: DiffableNode, | ||
| parentPath: readonly string[], | ||
| ): readonly SchemaDiffIssue[] { | ||
| const path = [...parentPath, expected.id]; | ||
| const issues: SchemaDiffIssue[] = []; | ||
| if (!expected.isEqualTo(actual)) { | ||
| issues.push({ | ||
| path, | ||
| outcome: 'mismatch', | ||
| message: outcomeMessage('mismatch', path), | ||
| expected, | ||
| actual, | ||
| }); | ||
| } | ||
| issues.push(...diffChildren(expected.children(), actual.children(), path)); | ||
| return issues; | ||
| } | ||
| /** | ||
| * Align one level of nodes by id; emit issues in input order and recurse. | ||
| * | ||
| * A missing node emits one issue for itself and one for every node in its | ||
| * subtree (total descent). Same for extra nodes. A matched pair recurses via | ||
| * `diffPair`. | ||
| */ | ||
| function diffChildren( | ||
| expected: readonly DiffableNode[], | ||
| actual: readonly DiffableNode[], | ||
| parentPath: readonly string[], | ||
| ): readonly SchemaDiffIssue[] { | ||
| const expectedMap = new Map<string, DiffableNode>(); | ||
| for (const node of expected) { | ||
| expectedMap.set(stableKey(node.identity()), node); | ||
| insertNode(expectedMap, node); | ||
| } | ||
@@ -46,3 +112,3 @@ | ||
| for (const node of actual) { | ||
| actualMap.set(stableKey(node.identity()), node); | ||
| insertNode(actualMap, node); | ||
| } | ||
@@ -54,18 +120,6 @@ | ||
| const actualNode = actualMap.get(key); | ||
| const coordinate = expectedNode.identity(); | ||
| if (actualNode === undefined) { | ||
| issues.push({ | ||
| coordinate, | ||
| outcome: 'missing', | ||
| message: outcomeMessage('missing', coordinate), | ||
| expected: expectedNode, | ||
| }); | ||
| } else if (!expectedNode.isEqualTo(actualNode)) { | ||
| issues.push({ | ||
| coordinate, | ||
| outcome: 'mismatch', | ||
| message: outcomeMessage('mismatch', coordinate), | ||
| expected: expectedNode, | ||
| actual: actualNode, | ||
| }); | ||
| issues.push(...emitMissingSubtree(expectedNode, parentPath)); | ||
| } else { | ||
| issues.push(...diffPair(expectedNode, actualNode, parentPath)); | ||
| } | ||
@@ -76,9 +130,3 @@ } | ||
| if (!expectedMap.has(key)) { | ||
| const coordinate = actualNode.identity(); | ||
| issues.push({ | ||
| coordinate, | ||
| outcome: 'extra', | ||
| message: outcomeMessage('extra', coordinate), | ||
| actual: actualNode, | ||
| }); | ||
| issues.push(...emitExtraSubtree(actualNode, parentPath)); | ||
| } | ||
@@ -85,0 +133,0 @@ } |
@@ -104,5 +104,9 @@ export type { ImportRequirement } from '@prisma-next/ts-render'; | ||
| } from '../control/control-stack'; | ||
| export type { DiffableNode, SchemaDiffIssue, SchemaDiffOutcome } from '../control/schema-diff'; | ||
| export { diffNodes } from '../control/schema-diff'; | ||
| export type { | ||
| DiffableNode, | ||
| SchemaDiffIssue, | ||
| SchemaDiffOutcome, | ||
| } from '../control/schema-diff'; | ||
| export { diffSchemas } from '../control/schema-diff'; | ||
| export type { | ||
| SchemaVerifier, | ||
@@ -109,0 +113,0 @@ SchemaVerifyOptions, |
| import { StorageBase, StorageNamespace } from "@prisma-next/contract/types"; | ||
| import { isPlainRecord } from "@prisma-next/contract/is-plain-record"; | ||
| //#region src/ir/ir-node.d.ts | ||
| /** | ||
| * Framework-level IR alphabet. | ||
| * | ||
| * The framework's contribution to Contract IR / Schema IR is a common | ||
| * root for the IR class hierarchy and a freeze affordance. Family | ||
| * abstract bases (e.g. `SqlNode`, `MongoSchemaIRNode`) refine the alphabet | ||
| * for their family shape; targets ship the concrete classes. | ||
| * | ||
| * `kind` is an optional discriminator on the base. Families and leaves | ||
| * that benefit from discriminated-union dispatch declare their own | ||
| * literal `kind` at the level that earns it — Mongo leaves carry | ||
| * per-class literals (`readonly kind = 'mongo-collection' as const`) | ||
| * because Mongo IR has polymorphic walkers; SQL declares a single | ||
| * family-level `kind = 'sql'` on `SqlNode` because SQL IR has no | ||
| * polymorphic dispatch today. No framework consumer dispatches on | ||
| * `IRNode.kind` at the BASE type — every dispatch site narrows | ||
| * through a union of leaves where each leaf carries a literal kind, so | ||
| * requiring `kind` at the base would be unearned. Future leaves that | ||
| * earn polymorphic dispatch override with a required literal at that | ||
| * leaf (e.g. `override readonly kind = 'pack-contributed-kind' as const`). | ||
| * | ||
| * `IRNodeBase` carries no methods: the freeze-and-assign affordance | ||
| * lives in the free `freezeNode` helper below. Keeping `freezeNode` out | ||
| * of the class type means an emitted contract literal type | ||
| * (`{ readonly kind: 'mongo-collection', ... }` or an unkeyed literal | ||
| * like `{ nativeType, codecId, nullable }`) is structurally assignable | ||
| * to its class type — a `protected freeze()` instance method would | ||
| * otherwise leak into the public type surface and require the literal | ||
| * to carry it too. | ||
| * | ||
| * Subclasses construct fields then call `freezeNode(this)` to seal the | ||
| * instance. Frozen instances + plain readonly fields keep IR nodes | ||
| * JSON-clean by construction, so `JSON.stringify(node)` produces canonical | ||
| * JSON without a `toJSON()` method. The `ContractSerializer` SPI handles | ||
| * round-trip from canonical JSON back to typed class instances. | ||
| * | ||
| * The name (`IRNode` / `IRNodeBase`) reflects the dual-hierarchy reality: | ||
| * this base is the common root for both Contract IR and Schema IR class | ||
| * hierarchies, not a Schema-IR-specific alphabet. | ||
| */ | ||
| interface IRNode { | ||
| readonly kind?: string; | ||
| } | ||
| declare abstract class IRNodeBase implements IRNode { | ||
| abstract readonly kind?: string; | ||
| } | ||
| /** | ||
| * Seal an IR class instance after its constructor has assigned all | ||
| * fields. The free-helper form (rather than a `protected freeze()` | ||
| * instance method) keeps the class type structurally narrow so emitted | ||
| * contract literal types remain assignable to their class types. | ||
| * | ||
| * The helper name stays `freezeNode` — it operates on IR nodes | ||
| * regardless of root naming. | ||
| */ | ||
| declare function freezeNode<T extends IRNode>(node: T): T; | ||
| //#endregion | ||
| //#region src/ir/namespace.d.ts | ||
| /** | ||
| * Reserved sentinel namespace id for the late-bound storage slot — | ||
| * the slot whose binding the target resolves at connection time | ||
| * rather than at authoring time. Postgres uses it for `search_path` | ||
| * late binding; SQLite uses it for the trivial singleton; Mongo uses | ||
| * it for the connection's `db` binding. | ||
| * | ||
| * Materialised target-side as a singleton subclass of the target's | ||
| * `NamespaceBase` concretion that overrides the namespace's | ||
| * qualifier-emission methods to elide the prefix entirely. Call sites | ||
| * stay polymorphic and never branch on `id === UNBOUND_NAMESPACE_ID` | ||
| * — the singleton's overrides drop the qualifier so emitted SQL / Mongo | ||
| * commands look unqualified. | ||
| * | ||
| * The double-underscore decoration marks the id as a framework-reserved | ||
| * coordinate when it appears in a JSON envelope (cold-read-as-reserved | ||
| * — no realistic collision with user-declared namespace names). | ||
| * | ||
| * Encoded as an exported const (rather than scattered string literals) | ||
| * so the sentinel-id invariant is single-sourced: any production-source | ||
| * site that constructs an unbound-namespace singleton imports this | ||
| * constant. | ||
| */ | ||
| declare const UNBOUND_NAMESPACE_ID: "__unbound__"; | ||
| /** | ||
| * Framework-level building block for a "namespace" — the database-level | ||
| * grouping under which storage objects (tables, collections, enums, …) | ||
| * reside. Each target's namespace concretion maps the framework concept to | ||
| * a target-native binding: | ||
| * | ||
| * - Postgres: a schema (`CREATE SCHEMA …`); rendered as `"<schema>"`. | ||
| * - SQLite: the singleton `UNBOUND_NAMESPACE_ID`; emitted SQL has no qualifier. | ||
| * - Mongo: the connection's `db` field; addressed as a database name. | ||
| * | ||
| * See `UNBOUND_NAMESPACE_ID` above for the sentinel id and the | ||
| * singleton-subclass pattern that materialises it. | ||
| * | ||
| * The framework promises only the coordinate (`id`) — the named storage | ||
| * entities a namespace contains are family-typed (SQL contributes | ||
| * `table` / `type`, Mongo contributes `collection`, future families pick | ||
| * their own native idiom under `entries`). Generic consumers walking "all | ||
| * named entries" go through a family-typed namespace, not the framework | ||
| * `Namespace`. | ||
| * | ||
| * Every namespace concretion (e.g. family-built SQL namespaces, | ||
| * `MongoUnboundNamespace`, target-promoted namespaces like | ||
| * `PostgresSchema`) carries exactly: `id` (enumerable string), | ||
| * `entries` (frozen object holding entity-kind slot maps), and `kind` | ||
| * (non-enumerable string discriminator set via `Object.defineProperty`). | ||
| * Each slot map under `entries` uses a singular essence key (`table`, | ||
| * `type`, `collection`, …) mapping entity names to IR classes. No other | ||
| * own-enumerable data lives on a namespace; non-entity computed data lives | ||
| * on the surrounding storage or contract IR. The framework's | ||
| * `elementCoordinates(storage)` walk relies on this invariant to enumerate | ||
| * entities structurally without family-specific knowledge. | ||
| */ | ||
| interface Namespace extends IRNode, StorageNamespace { | ||
| readonly kind: string; | ||
| readonly entries: Readonly<Record<string, Readonly<Record<string, unknown>>>>; | ||
| } | ||
| declare abstract class NamespaceBase extends IRNodeBase implements Namespace { | ||
| abstract readonly id: string; | ||
| abstract readonly entries: Readonly<Record<string, Readonly<Record<string, unknown>>>>; | ||
| abstract readonly kind: string; | ||
| } | ||
| //#endregion | ||
| //#region src/ir/storage.d.ts | ||
| /** | ||
| * Canonical address for a named entity in Contract IR / Schema IR. | ||
| * | ||
| * `plane` is `'domain' | 'storage'`: which top-level contract plane the | ||
| * entity lives on. Domain-side walks yield `plane: 'domain'` via | ||
| * {@link domainElementCoordinates}; {@link elementCoordinates} over storage | ||
| * yields `plane: 'storage'`. | ||
| * | ||
| * Cross-plane references obey a directional invariant: domain → storage is | ||
| * allowed; storage → domain is forbidden. That rule is enforced by a | ||
| * separate validator, not by constraining this coordinate shape — the | ||
| * coordinate carries the axis the validator checks. | ||
| * | ||
| * Iteration order over namespace properties follows `Object.entries` order; | ||
| * consumers that depend on ordering must sort. | ||
| */ | ||
| interface EntityCoordinate { | ||
| readonly plane: 'domain' | 'storage'; | ||
| readonly namespaceId: string; | ||
| readonly entityKind: string; | ||
| readonly entityName: string; | ||
| } | ||
| /** | ||
| * Lazy walk over every named storage entity in a `Storage`-shaped | ||
| * value, yielded as {@link EntityCoordinate} tuples with | ||
| * `plane: 'storage'` (the parameter type binds the plane). | ||
| * | ||
| * Iterates each namespace's `entries` kind maps structurally. Skips | ||
| * non-object `entries`; `id` and `kind` are not walked (`kind` is | ||
| * non-enumerable on concretions). For every entity-kind key under | ||
| * `entries` whose value is a non-null object, yields one coordinate per | ||
| * entity name in that map. No family-specific kind vocabulary is required. | ||
| */ | ||
| declare function elementCoordinates(storage: Pick<StorageBase, 'namespaces'>): Generator<EntityCoordinate>; | ||
| /** | ||
| * Looks up a single entity in a `Storage`-shaped value by its full coordinate. | ||
| * Returns `undefined` if the namespace, entity kind, or entity name is absent. | ||
| * The type parameter is a caller assertion — the walk itself is structural | ||
| * and cannot verify the entity's shape. | ||
| */ | ||
| declare function entityAt<T = unknown>(storage: Pick<StorageBase, 'namespaces'>, coord: Pick<EntityCoordinate, 'namespaceId' | 'entityKind' | 'entityName'>): T | undefined; | ||
| /** | ||
| * Framework-level promise that every Contract IR / Schema IR carries a | ||
| * collection of namespaces keyed by namespace id. Family storage | ||
| * concretions (`SqlStorage`, `MongoStorage`) refine the shape with | ||
| * family-specific fields (tables, collections, enums, …); target | ||
| * concretions add target fields where the family vocabulary doesn't | ||
| * reach. | ||
| * | ||
| * Keeping `namespaces` at the framework layer enforces that every storage | ||
| * object — across any target — is namespace-scoped. The framework can | ||
| * therefore walk the namespace map without knowing the family alphabet, and | ||
| * the `(namespace.id, name)` keying that the verifier and planner depend on | ||
| * is honest at every layer. | ||
| * | ||
| * Extends `IRNode` so the framework's IR-walking surfaces (verifiers, | ||
| * serializers) can dispatch on `Storage`-typed fields through the same | ||
| * IR-node alphabet as every other node — the structural dual already | ||
| * holds in code (every concrete storage class extends an IR-node base); | ||
| * the interface promotion makes the typing honest. | ||
| * | ||
| * **Persisted envelope shape is target-owned, not framework-promised.** | ||
| * Whether the `namespaces` map appears in the on-disk JSON envelope is | ||
| * a per-target decision made by `ContractSerializer.serializeContract`. | ||
| * Some targets emit a JSON-clean namespace shape that round-trips | ||
| * through `JSON.stringify` cleanly (SQL today via the family-layer | ||
| * identity serializer); others ship runtime-only fields on their | ||
| * namespace concretions and override `serializeContract` to strip | ||
| * them (Mongo). Future open (F16): extend the per-target | ||
| * `ContractSerializer` integration-test surface with an explicit | ||
| * envelope-shape assertion for each target, so the strip-vs-pass-through | ||
| * choice is locked at test time rather than implied by the override | ||
| * presence/absence. Earned by PR2's per-target namespace lift, when | ||
| * `PostgresSchema` / `SqliteUnboundDatabase` start carrying | ||
| * target-specific fields. | ||
| */ | ||
| interface Storage extends IRNode { | ||
| readonly namespaces: Readonly<Record<string, Namespace>>; | ||
| } | ||
| //#endregion | ||
| export { isPlainRecord as a, UNBOUND_NAMESPACE_ID as c, freezeNode as d, entityAt as i, IRNode as l, Storage as n, Namespace as o, elementCoordinates as r, NamespaceBase as s, EntityCoordinate as t, IRNodeBase as u }; | ||
| //# sourceMappingURL=storage-LiDzCDHm.d.mts.map |
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No alert changes
Improved metrics
- Total package byte prevSize
945264
0.51%- Lines of code
8998
0.85%Worsened metrics
- Number of package files
118
-1.67%Dependency changes
+ Added
@prisma-next/contract@0.14.0-dev.23(transitive)+ Added
@prisma-next/operations@0.14.0-dev.23(transitive)+ Added
@prisma-next/ts-render@0.14.0-dev.23(transitive)+ Added
@prisma-next/utils@0.14.0-dev.23(transitive)- Removed
@prisma-next/contract@0.14.0-dev.22(transitive)- Removed
@prisma-next/operations@0.14.0-dev.22(transitive)- Removed
@prisma-next/ts-render@0.14.0-dev.22(transitive)- Removed
@prisma-next/utils@0.14.0-dev.22(transitive)