klz-cables.com/.pnpm-store/v10/files/b2/e3106fa91b66635afd9fb7019aa535ebc1acf9e916c32a68a97b0b9eb571f8ea09f92f3756f04fade5e8cd4e45082de9ce55935e161d42bc2d6ec38fd47a18

import { GraphQLInputObjectType, GraphQLList } from 'graphql';
import { flattenTopLevelFields } from 'payload';
import { fieldAffectsData, fieldHasSubFields, fieldIsPresentationalOnly } from 'payload/shared';
import { formatName } from '../utilities/formatName.js';
import { fieldToSchemaMap } from './fieldToWhereInputSchemaMap.js';
import { withOperators } from './withOperators.js';
/** This does as the function name suggests. It builds a where GraphQL input type
 * for all the fields which are passed to the function.
 * Each field has different operators which may be valid for a where input type.
 * For example, a text field may have a "contains" operator, but a number field
 * may not.
 *
 * buildWhereInputType is similar to buildObjectType and operates
 * on a field basis with a few distinct differences.
 *
 * 1. Everything needs to be a GraphQLInputObjectType or scalar / enum
 * 2. Relationships, groups, repeaters and flex content are not
 *    directly searchable. Instead, we need to build a chained pathname
 *    using dot notation so MongoDB can properly search nested paths.
 */ export const buildWhereInputType = ({ name, fields, parentName })=>{
    // This is the function that builds nested paths for all
    // field types with nested paths.
    const idField = flattenTopLevelFields(fields).find((field)=>fieldAffectsData(field) && field.name === 'id');
    const fieldTypes = fields.reduce((schema, field)=>{
        if (!fieldIsPresentationalOnly(field) && !field.hidden) {
            const getFieldSchema = fieldToSchemaMap({
                parentName
            })[field.type];
            if (getFieldSchema) {
                const fieldSchema = getFieldSchema(field);
                if (fieldHasSubFields(field) || field.type === 'tabs') {
                    return {
                        ...schema,
                        ...fieldSchema.reduce((subFields, subField)=>({
                                ...subFields,
                                [formatName(subField.key)]: subField.type
                            }), {})
                    };
                }
                return {
                    ...schema,
                    [formatName(field.name)]: fieldSchema
                };
            }
        }
        return schema;
    }, {});
    if (!idField) {
        fieldTypes.id = {
            type: withOperators({
                name: 'id',
                type: 'text'
            }, parentName)
        };
    }
    const fieldName = formatName(name);
    const recursiveFields = {
        AND: {
            type: new GraphQLList(new GraphQLInputObjectType({
                name: `${fieldName}_where_and`,
                fields: ()=>({
                        ...fieldTypes,
                        ...recursiveFields
                    })
            }))
        },
        OR: {
            type: new GraphQLList(new GraphQLInputObjectType({
                name: `${fieldName}_where_or`,
                fields: ()=>({
                        ...fieldTypes,
                        ...recursiveFields
                    })
            }))
        }
    };
    return new GraphQLInputObjectType({
        name: `${fieldName}_where`,
        fields: {
            ...fieldTypes,
            ...recursiveFields
        }
    });
};

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