| 1 | import { Entity } from '../../model';
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| 2 | import { EntityCrudRepository } from '../../repositories';
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| 3 | import { Getter, HasManyDefinition, InclusionResolver } from '../relation.types';
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| 4 | import { HasManyRepository } from './has-many.repository';
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| 5 | export interface HasManyRepositoryFactory<Target extends Entity, ForeignKeyType> {
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| 6 | /**
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| 7 | * Invoke the function to obtain HasManyRepository.
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| 8 | */
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| 9 | (fkValue: ForeignKeyType): HasManyRepository<Target>;
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| 10 | /**
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| 11 | * Use `resolver` property to obtain an InclusionResolver for this relation.
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| 12 | */
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| 13 | inclusionResolver: InclusionResolver<Entity, Target>;
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| 14 | }
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| 15 | /**
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| 16 | * Enforces a constraint on a repository based on a relationship contract
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| 17 | * between models. For example, if a Customer model is related to an Order model
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| 18 | * via a HasMany relation, then, the relational repository returned by the
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| 19 | * factory function would be constrained by a Customer model instance's id(s).
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| 20 | *
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| 21 | * @param relationMetadata - The relation metadata used to describe the
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| 22 | * relationship and determine how to apply the constraint.
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| 23 | * @param targetRepositoryGetter - The repository which represents the target model of a
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| 24 | * relation attached to a datasource.
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| 25 | * @returns The factory function which accepts a foreign key value to constrain
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| 26 | * the given target repository
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| 27 | */
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| 28 | export declare function createHasManyRepositoryFactory<Target extends Entity, TargetID, ForeignKeyType>(relationMetadata: HasManyDefinition, targetRepositoryGetter: Getter<EntityCrudRepository<Target, TargetID>>): HasManyRepositoryFactory<Target, ForeignKeyType>;
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