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@datocms/cma-client

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import { type BlockInRequest, type RichTextFieldValue, type RichTextFieldValueInNestedResponse, type RichTextFieldValueInRequest, type SingleBlockFieldValue, type SingleBlockFieldValueInNestedResponse, type SingleBlockFieldValueInRequest, type StructuredTextFieldValue, type StructuredTextFieldValueInNestedResponse, type StructuredTextFieldValueInRequest } from '../fieldTypes'; import type * as ApiTypes from '../generated/ApiTypes'; import type { ExtractNestedBlocksFromFieldValue } from './itemDefinition'; import type { SchemaRepository } from './schemaRepository'; type RecognizableFieldValue = RichTextFieldValueInNestedResponse | SingleBlockFieldValueInNestedResponse | StructuredTextFieldValueInNestedResponse | RichTextFieldValueInRequest | SingleBlockFieldValueInRequest | StructuredTextFieldValueInRequest | RichTextFieldValue | SingleBlockFieldValue | StructuredTextFieldValue; /** * Path through a non-localized field value (ie. ['content', 0, 'attributes', 'title']) */ export type TreePath = readonly (string | number)[]; /** * Traversal direction for recursive operations */ export type TraversalDirection = 'top-down' | 'bottom-up'; /** * Recursively visit every block in a non-localized field value and all nested blocks within those blocks. * This function traverses not only the direct blocks in the non-localized field value but also recursively * visits blocks contained within the attributes of each block, creating a complete traversal * of the entire block hierarchy. * * @param nonLocalizedFieldValue - The non-localized field value containing blocks to visit * @param fieldType - The type field (determines how the value is processed) * @param schemaRepository - Repository for accessing DatoCMS schema information (to resolve block structures) * @param visitor - Asynchronous function called for each block found, including nested blocks * @returns Promise that resolves when all blocks and nested blocks have been visited */ export declare function visitBlocksInNonLocalizedFieldValue<T extends RecognizableFieldValue>(nonLocalizedFieldValue: T, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, visitor: (item: ExtractNestedBlocksFromFieldValue<T>, path: TreePath) => void | Promise<void>, path?: TreePath): Promise<void>; export declare function visitBlocksInNonLocalizedFieldValue(nonLocalizedFieldValue: unknown, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, visitor: (item: BlockInRequest, path: TreePath) => void | Promise<void>, path?: TreePath): Promise<void>; /** * Recursively find all blocks that match the predicate function in a non-localized field value. * Searches through all direct blocks and recursively through nested blocks within * the attributes of each block, returning all matches found throughout the hierarchy. * * @param nonLocalizedFieldValue - The non-localized field value containing blocks to search * @param fieldType - The type field (determines how the value is processed) * @param schemaRepository - Repository for accessing DatoCMS schema information (to resolve block structures) * @param predicate - Asynchronous function that tests each block, including nested ones * @returns Promise that resolves to an array of objects, each containing a matching block and its full path */ export declare function findAllBlocksInNonLocalizedFieldValue<T extends RecognizableFieldValue>(nonLocalizedFieldValue: T, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, predicate: (item: ExtractNestedBlocksFromFieldValue<T>, path: TreePath) => boolean | Promise<boolean>, path?: TreePath): Promise<Array<{ item: ExtractNestedBlocksFromFieldValue<T>; path: TreePath; }>>; export declare function findAllBlocksInNonLocalizedFieldValue(nonLocalizedFieldValue: unknown, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, predicate: (item: BlockInRequest, path: TreePath) => boolean | Promise<boolean>, path?: TreePath): Promise<Array<{ item: BlockInRequest; path: TreePath; }>>; /** * Recursively filter blocks in a non-localized field value, removing those that don't match the predicate. * Creates a new non-localized field value structure containing only blocks that pass the predicate test, * including recursive filtering of nested blocks within block attributes. The filtering * preserves the original non-localized field value structure and hierarchy. * * @param nonLocalizedFieldValue - The non-localized field value containing blocks to filter * @param fieldType - The type field (determines how the value is processed) * @param schemaRepository - Repository for accessing DatoCMS schema information (to resolve block structures) * @param predicate - Asynchronous function that tests each block, including nested ones * @param options - Optional configuration object * @param options.traversalDirection - Direction of traversal: 'top-down' (default) applies predicate before processing children, 'bottom-up' processes children first * @returns Promise that resolves to the new non-localized field value with recursively filtered blocks */ export declare function filterBlocksInNonLocalizedFieldValue<T extends RecognizableFieldValue>(nonLocalizedFieldValue: T, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, predicate: (item: ExtractNestedBlocksFromFieldValue<T>, path: TreePath) => boolean | Promise<boolean>, options?: { traversalDirection?: TraversalDirection; }, path?: TreePath): Promise<T>; export declare function filterBlocksInNonLocalizedFieldValue(nonLocalizedFieldValue: unknown, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, predicate: (item: BlockInRequest, path: TreePath) => boolean | Promise<boolean>, options?: { traversalDirection?: TraversalDirection; }, path?: TreePath): Promise<unknown>; /** * Recursively reduce all blocks in a non-localized field value to a single value by applying a reducer function. * Processes each direct block and recursively processes nested blocks within block attributes, * accumulating results from the entire block hierarchy into a single value. * * @template R - The type of the accumulated result * @param nonLocalizedFieldValue - The non-localized field value containing blocks to reduce * @param fieldType - The type field (determines how the value is processed) * @param schemaRepository - Repository for accessing DatoCMS schema information (to resolve block structures) * @param reducer - Asynchronous function that processes each block and updates the accumulator * @param initialNonLocalizedFieldValue - The initial value for the accumulator * @returns Promise that resolves to the final accumulated value from all blocks in the hierarchy */ export declare function reduceBlocksInNonLocalizedFieldValue<T, R>(nonLocalizedFieldValue: T, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, reducer: (accumulator: R, item: ExtractNestedBlocksFromFieldValue<T>, path: TreePath) => R | Promise<R>, initialValue: R, path?: TreePath): Promise<R>; export declare function reduceBlocksInNonLocalizedFieldValue<R>(nonLocalizedFieldValue: unknown, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, reducer: (accumulator: R, item: BlockInRequest, path: TreePath) => R | Promise<R>, initialValue: R, path?: TreePath): Promise<R>; /** * Recursively check if any block in the non-localized field value matches the predicate function. * Tests both direct blocks and recursively tests nested blocks within block attributes. * Returns true as soon as the first matching block is found anywhere in the hierarchy * (short-circuit evaluation). * * @param nonLocalizedFieldValue - The non-localized field value containing blocks to test * @param fieldType - The type field (determines how the value is processed) * @param schemaRepository - Repository for accessing DatoCMS schema information (to resolve block structures) * @param predicate - Asynchronous function that tests each block, including nested ones * @returns Promise that resolves to true if any block in the hierarchy matches, false otherwise */ export declare function someBlocksInNonLocalizedFieldValue<T extends RecognizableFieldValue>(nonLocalizedFieldValue: T, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, predicate: (item: ExtractNestedBlocksFromFieldValue<T>, path: TreePath) => boolean | Promise<boolean>, path?: TreePath): Promise<boolean>; export declare function someBlocksInNonLocalizedFieldValue(nonLocalizedFieldValue: unknown, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, predicate: (item: BlockInRequest, path: TreePath) => boolean | Promise<boolean>, path?: TreePath): Promise<boolean>; /** * Recursively check if every block in the non-localized field value matches the predicate function. * Tests both direct blocks and recursively tests nested blocks within block attributes. * Returns false as soon as the first non-matching block is found anywhere in the hierarchy * (short-circuit evaluation). * * @param nonLocalizedFieldValue - The non-localized field value containing blocks to test * @param fieldType - The type field (determines how the value is processed) * @param schemaRepository - Repository for accessing DatoCMS schema information (to resolve block structures) * @param predicate - Asynchronous function that tests each block, including nested ones * @returns Promise that resolves to true if all blocks in the hierarchy match, false otherwise */ export declare function everyBlockInNonLocalizedFieldValue<T extends RecognizableFieldValue>(nonLocalizedFieldValue: T, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, predicate: (item: ExtractNestedBlocksFromFieldValue<T>, path: TreePath) => boolean | Promise<boolean>, path?: TreePath): Promise<boolean>; export declare function everyBlockInNonLocalizedFieldValue(nonLocalizedFieldValue: unknown, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, predicate: (item: BlockInRequest, path: TreePath) => boolean | Promise<boolean>, path?: TreePath): Promise<boolean>; type FieldValueInRequest<T> = T extends RichTextFieldValueInNestedResponse<infer D> ? RichTextFieldValueInRequest<D> : T extends SingleBlockFieldValueInNestedResponse<infer D> ? SingleBlockFieldValueInRequest<D> : T extends StructuredTextFieldValueInNestedResponse<infer DB, infer DI> ? StructuredTextFieldValueInRequest<DB, DI> : T extends StructuredTextFieldValueInNestedResponse<infer DB> ? StructuredTextFieldValueInRequest<DB> : T; /** * Recursively transform blocks in a non-localized field value by applying a mapping function to each block. * Creates a new non-localized field value structure with transformed blocks while preserving the original * structure. Applies the mapping function to both direct blocks and recursively to nested * blocks within block attributes throughout the entire hierarchy. * * @param nonLocalizedFieldValue - The non-localized field value containing blocks to transform * @param fieldType - The type field (determines how the value is processed) * @param schemaRepository - Repository for accessing DatoCMS schema information (to resolve block structures) * @param mapper - Asynchronous function that transforms each block, including nested ones * @param options - Optional configuration object * @param options.traversalDirection - Direction of traversal: 'top-down' (default) applies mapper before processing children, 'bottom-up' processes children first * @returns Promise that resolves to the new non-localized field value with recursively transformed blocks */ export declare function mapBlocksInNonLocalizedFieldValue<T extends RecognizableFieldValue>(nonLocalizedFieldValue: T, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, mapper: (item: ExtractNestedBlocksFromFieldValue<T>, path: TreePath) => BlockInRequest | Promise<BlockInRequest>, options?: { traversalDirection?: TraversalDirection; }, path?: TreePath): Promise<FieldValueInRequest<T>>; export declare function mapBlocksInNonLocalizedFieldValue(nonLocalizedFieldValue: unknown, fieldType: ApiTypes.Field['field_type'], schemaRepository: SchemaRepository, mapper: (item: BlockInRequest, path: TreePath) => BlockInRequest | Promise<BlockInRequest>, options?: { traversalDirection?: TraversalDirection; }, path?: TreePath): Promise<unknown>; export {};