orange-orm/dist/index.browser.mjs

Object Relational Mapper

void !function() {
	typeof self === 'undefined' && typeof global === 'object'
		? global.self = global : null;
}();import * as fastJsonPatch from 'fast-json-patch';
import * as uuid from 'uuid';
import * as axios from 'axios';
import * as _default from 'rfdc/default';
import * as ajv from 'ajv';
import * as onChange from '@lroal/on-change';

function getDefaultExportFromCjs (x) {
	return x && x.__esModule && Object.prototype.hasOwnProperty.call(x, 'default') ? x['default'] : x;
}

function getDefaultExportFromNamespaceIfPresent (n) {
	return n && Object.prototype.hasOwnProperty.call(n, 'default') ? n['default'] : n;
}

var getTSDefinition_1;
var hasRequiredGetTSDefinition;

function requireGetTSDefinition () {
	if (hasRequiredGetTSDefinition) return getTSDefinition_1;
	hasRequiredGetTSDefinition = 1;
	const typeMap = {
		StringColumn: 'string',
		BooleanColumn: 'boolean',
		UUIDColumn: 'string',
		BinaryColumn: 'string',
		JSONColumn: 'object',
		DateColumn: 'Date | string',
		NumberColumn: 'number',
	};

	function getTSDefinition(tableConfigs, {isNamespace = false, isHttp = false} = {}) {
		const rootTablesAdded = new Map();
		const tableNames = new Set();
		const tablesAdded = new Map();
		let src = '';
		const defs = tableConfigs.map(getTSDefinitionTable).join('');
		const tables = tableConfigs.reduce((tables, x) => {
			tables[x.name] = x.table;
			return tables;
		}, {});
		src += getPrefixTs(isNamespace);
		if (isNamespace)
			src += startNamespace(tables, isHttp);
		src += defs;
		src += getRdbClientTs(tables, isHttp);
		if (isNamespace)
			src += '}';
		return src;


		function getTSDefinitionTable({table, customFilters, name}) {
			let Name = name.substr(0, 1).toUpperCase() + name.substr(1);
			name = name.substr(0, 1).toLowerCase() + name.substr(1);
			let result = '' + getTable(table, Name, name, customFilters);
			return result;
		}

		function getTable(table, Name, name, customFilters) {
			const _columns = columns(table);
			const _tableRelations = tableRelations(table);
			return `
export interface ${Name}Table {
	count(filter?: RawFilter): Promise<number>;
	getAll(): Promise<${Name}Array>;
	getAll(fetchingStrategy: ${Name}Strategy): Promise<${Name}Array>;
	getMany(filter?: RawFilter): Promise<${Name}Array>;
	getMany(filter: RawFilter, fetchingStrategy: ${Name}Strategy): Promise<${Name}Array>;
	getMany(${name}s: Array<${Name}>): Promise<${Name}Array>;
	getMany(${name}s: Array<${Name}>, fetchingStrategy: ${Name}Strategy): Promise<${Name}Array>;
	getOne(filter?: RawFilter): Promise<${Name}Row>;
	getOne(filter?: RawFilter, fetchingStrategy?: ${Name}Strategy): Promise<${Name}Row>;
	getOne(${name}: ${Name}): Promise<${Name}Row>;
	getOne(${name}: ${Name}, fetchingStrategy: ${Name}Strategy): Promise<${Name}Row>;
	getById(${getIdArgs(table)}): Promise<${Name}Row>;
	getById(${getIdArgs(table)}, fetchingStrategy: ${Name}Strategy): Promise<${Name}Row>;

	replace(${name}s: ${Name}[] | ${Name}): Promise<void>;
	replace(${name}s: ${Name}[], fetchingStrategy: ${Name}Strategy): Promise<${Name}Array>;
	replace(${name}: ${Name}, fetchingStrategy: ${Name}Strategy): Promise<${Name}Row>;
	
	update(${name}: ${Name}): Promise<void>;
	update(${name}: ${Name}, whereStrategy: ${Name}Strategy): Promise<void>;
	update(${name}: ${Name}, whereStrategy: ${Name}Strategy): Promise<void>;
	update(${name}: ${Name}, whereStrategy: ${Name}Strategy, fetchingStrategy: ${Name}Strategy): Promise<${Name}Row[]>;

	updateChanges(${name}s: ${Name}[], old${name}s: ${Name}[]): Promise<${Name}Array>;
	updateChanges(${name}s: ${Name}[],old${name}s: ${Name}[], fetchingStrategy: ${Name}Strategy): Promise<${Name}Array>;
	updateChanges(${name}: ${Name}, old${name}: ${Name}): Promise<${Name}Row>;
	updateChanges(${name}: ${Name},old${name}: ${Name}, fetchingStrategy: ${Name}Strategy): Promise<${Name}Row>;
	
	insert(${name}s: ${Name}[]): Promise<${Name}Array>;
	insert(${name}s: ${Name}[], fetchingStrategy: ${Name}Strategy): Promise<${Name}Array>;
	insert(${name}: ${Name}): Promise<${Name}Row>;
	insert(${name}: ${Name}, fetchingStrategy: ${Name}Strategy): Promise<${Name}Row>;
	insertAndForget(${name}s: ${Name}[]): Promise<void>;
	insertAndForget(${name}: ${Name}): Promise<void>;
	delete(filter?: RawFilter): Promise<void>;
	delete(${name}s: Array<${Name}>): Promise<void>;
	deleteCascade(filter?: RawFilter): Promise<void>;
	deleteCascade(${name}s: Array<${Name}>): Promise<void>;
	proxify(${name}s: ${Name}[]): ${Name}Array;
	proxify(${name}s: ${Name}[], fetchingStrategy: ${Name}Strategy): ${Name}Array;
	proxify(${name}: ${Name}): ${Name}Row;
	proxify(${name}: ${Name}, fetchingStrategy: ${Name}Strategy): ${Name}Row;
	patch(patch: JsonPatch): Promise<void>;
	patch(patch: JsonPatch, concurrency: ${Name}Concurrency, fetchingStrategy?: ${Name}Strategy): Promise<void>;	
	customFilters: ${Name}CustomFilters;
	${_columns}
	${_tableRelations}
}

export interface ${Name}ExpressConfig {
	baseFilter?: RawFilter | ((context: ExpressContext) => RawFilter | Promise<RawFilter>);
    customFilters?: Record<string, (context: ExpressContext,...args: any[]) => RawFilter | Promise<RawFilter>>;
    concurrency?: ${Name}Concurrency;
    readonly?: boolean;
    disableBulkDeletes?: boolean;
}

export interface ${Name}HonoConfig {
	baseFilter?: RawFilter | ((context: HonoContext) => RawFilter | Promise<RawFilter>);
    customFilters?: Record<string, (context: HonoContext,...args: any[]) => RawFilter | Promise<RawFilter>>;
    concurrency?: ${Name}Concurrency;
    readonly?: boolean;
    disableBulkDeletes?: boolean;
}

export interface ${Name}CustomFilters {
	${getCustomFilters(customFilters)}
}

export interface ${Name}Array extends Array<${Name}> {
	saveChanges(): Promise<void>;
	saveChanges(concurrency: ${Name}Concurrency, fetchingStrategy?: ${Name}Strategy): Promise<void>;
	acceptChanges(): void;
	clearChanges(): void;
	refresh(): Promise<void>;
	refresh(fetchingStrategy: ${Name}Strategy): Promise<void>;
	delete(): Promise<void>;
	delete(options: ${Name}Concurrency): Promise<void>;
}

export interface ${Name}Row extends ${Name} {
	saveChanges(): Promise<void>;
	saveChanges(concurrency: ${Name}Concurrency, fetchingStrategy?: ${Name}Strategy): Promise<void>;
	acceptChanges(): void;
	clearChanges(): void;
	refresh(): Promise<void>;
	refresh(fetchingStrategy: ${Name}Strategy): Promise<void>;
	delete(): Promise<void>;
	delete(options: ${Name}Concurrency): Promise<void>;
}

${Concurrency(table, Name, true)}
`;
		}

		function getIdArgs(table) {
			let result = [];
			for (let i = 0; i < table._primaryColumns.length; i++) {
				let column = table._primaryColumns[i];
				result.push(`${column.alias}: ${typeMap[column.tsType]}`);
			}
			return result.join(', ');
		}


		function tableRelations(table) {
			let relations = table._relations;
			let result = '';
			for (let relationName in relations) {
				const tableName = getTableName(relations[relationName], relationName);
				result += `${relationName}: ${tableName}RelatedTable;`;
			}
			return result;
		}


		function columns(table) {
			let result = '';
			let separator = '';
			for (let i = 0; i < table._columns.length; i++) {
				let column = table._columns[i];
				result += `${separator}${column.alias} : ${column.tsType};`;
				separator = `
	`;
			}
			return result;
		}

		function Concurrency(table, name, isRoot) {
			name = pascalCase(name);
			if (!isRoot) {
				if (tablesAdded.has(table))
					return '';
				else {
					tablesAdded.set(table, name);
				}
			}
			let otherConcurrency = '';
			let concurrencyRelations = '';
			let strategyRelations = '';
			let regularRelations = '';
			let relations = table._relations;
			let relationName;

			let separator = `
	`;
			let visitor = {};
			visitor.visitJoin = function(relation) {
				const tableTypeName = getTableName(relation, relationName);

				otherConcurrency += `${Concurrency(relation.childTable, tableTypeName)}`;
				concurrencyRelations += `${relationName}?: ${tableTypeName}Concurrency;${separator}`;
				strategyRelations += `${relationName}?: ${tableTypeName}Strategy | boolean;${separator}`;
				regularRelations += `${relationName}?: ${tableTypeName} | null;${separator}`;
			};
			visitor.visitOne = visitor.visitJoin;
			visitor.visitMany = function(relation) {
				const tableTypeName = getTableName(relation, relationName);
				otherConcurrency += `${Concurrency(relation.childTable, tableTypeName)}`;
				concurrencyRelations += `${relationName}?: ${tableTypeName}Concurrency;${separator}`;
				strategyRelations += `${relationName}?: ${tableTypeName}Strategy | boolean;${separator}`;
				regularRelations += `${relationName}?: ${tableTypeName}[] | null;${separator}`;
			};

			for (relationName in relations) {
				var relation = relations[relationName];
				relation.accept(visitor);
			}

			let row = '';
			if (!isRoot) {
				row = `export interface ${name}RelatedTable {
	${columns(table)}
	${tableRelations(table)}
	all: (selector: (table: ${name}RelatedTable) => RawFilter) => Filter;
	any: (selector: (table: ${name}RelatedTable) => RawFilter) => Filter;
	none: (selector: (table: ${name}RelatedTable) => RawFilter) => Filter;
	exists: () => Filter;	
}`;
			}

			return `
export interface ${name}Concurrency {
	readonly?: boolean;
	concurrency?: Concurrency;
	${concurrencyColumns(table)}
	${concurrencyRelations}
}

export interface ${name} {
	${regularColumns(table)}
	${regularRelations}
}

export interface ${name}TableBase {	
	${columns(table)}
	${tableRelations(table)}
}


export interface ${name}Strategy {
	${strategyColumns(table)}
	${strategyRelations}
	limit?: number;
	offset?: number;
	orderBy?: Array<${orderByColumns(table)}> | ${orderByColumns(table)};
	where?: (table: ${name}TableBase) => RawFilter;
}

${otherConcurrency}

${row}`;

		}

		function getTableName(relation, relationName) {
			let name = rootTablesAdded.get(relation.childTable);
			if (name)
				return name;
			else {
				let name = pascalCase(relationName);
				let count = 2;
				while (tableNames.has(name)) {
					name = name + 'x' + count;
					count++;
				}
				rootTablesAdded.set(relation.childTable, name);
				tableNames.add(name);
				return name;
			}
		}
	}

	function regularColumns(table) {
		let result = '';
		let separator = '';
		for (let i = 0; i < table._columns.length; i++) {
			let column = table._columns[i];
			if (column._notNull)
				result += `${separator}${column.alias} : ${typeMap[column.tsType]};`;
			else
				result += `${separator}${column.alias}? : ${typeMap[column.tsType]} | null;`;
			separator = `
	`;
		}
		return result;
	}

	function orderByColumns(table) {
		let result = '';
		let separator = '';
		for (let i = 0; i < table._columns.length; i++) {
			let column = table._columns[i];
			result += `${separator}'${column.alias}' | '${column.alias} desc'`;
			separator = '| ';
		}
		return result;
	}


	function pascalCase(name) {
		return name[0].toUpperCase() + name.substr(1);
	}

	function concurrencyColumns(table) {
		let result = '';
		let separator = '';
		for (let i = 0; i < table._columns.length; i++) {
			let column = table._columns[i];
			result += `${separator}${column.alias}? : ColumnConcurrency;`;
			separator = `
	`;
		}
		return result;
	}

	function strategyColumns(table) {
		let primarySet = new Set(table._primaryColumns);
		let result = '';
		let separator = '';
		for (let i = 0; i < table._columns.length; i++) {
			let column = table._columns[i];
			if (primarySet.has(column))
				continue;
			result += `${separator}${column.alias}? : boolean;`;
			separator = `
	`;
		}
		return result;
	}

	function getCustomFilters(filters) {
		return getLeafNames(filters);

		function getLeafNames(obj, tabs = '\t\t\t\t\t') {
			let result = '';
			for (let p in obj) {
				if (typeof obj[p] === 'object' && obj[p] !== null) {
					result += '\n' + tabs + p + ': {' + tabs + getLeafNames(obj[p], tabs + '\t');
					result += '\n' + tabs + '}';
				}
				else if (typeof obj[p] === 'function')
					result += '\n' + tabs + p + ': (' + getParamNames(obj[p]) + ') => import(\'orange-orm\').Filter;';
			}
			return result;
		}
	}

	function getParamNames(func) {
		let STRIP_COMMENTS = /((\/\/.*$)|(\/\*[\s\S]*?\*\/))/mg;
		let ARGUMENT_NAMES = /([^\s,]+)/g;

		let fnStr = func.toString().replace(STRIP_COMMENTS, '');
		let result = fnStr.slice(fnStr.indexOf('(') + 1, fnStr.indexOf(')')).match(ARGUMENT_NAMES);
		if (result === null)
			return '';
		return result.slice(1).join(': unknown, ') + ': unknown';
	}

	function getPrefixTs(isNamespace) {
		if (isNamespace)
			return `
/* eslint-disable @typescript-eslint/no-empty-interface */
/* eslint-disable @typescript-eslint/no-unused-vars */
/* eslint-disable @typescript-eslint/no-explicit-any */
import type { AxiosInterceptorManager, InternalAxiosRequestConfig, AxiosResponse } from 'axios';
import type { BooleanColumn, JSONColumn, UUIDColumn, DateColumn, NumberColumn, BinaryColumn, StringColumn, Concurrency, Filter, RawFilter, TransactionOptions, Pool, Express, Hono, Url, ColumnConcurrency, JsonPatch } from 'orange-orm';
export { RequestHandler } from 'express';
export { Concurrency, Filter, RawFilter, Config, TransactionOptions, Pool } from 'orange-orm';
export = r;
declare function r(config: Config): r.RdbClient;
`;

		return `
/* eslint-disable @typescript-eslint/no-empty-interface */
/* eslint-disable @typescript-eslint/no-unused-vars */
/* eslint-disable @typescript-eslint/no-explicit-any */
import schema from './schema';
import type { AxiosInterceptorManager, InternalAxiosRequestConfig, AxiosResponse } from 'axios';
import type { BooleanColumn, JSONColumn, UUIDColumn, DateColumn, NumberColumn, BinaryColumn, StringColumn, Concurrency, Filter, RawFilter, TransactionOptions, Pool, Express, Hono, Url, ColumnConcurrency, JsonPatch } from 'orange-orm';
export default schema as RdbClient;`;
	}

	function startNamespace(tables, isHttp) {
		return `
declare namespace r {${getTables(isHttp)}
`;

		function getTables(isHttp) {
			let result = '';
			for (let name in tables) {
				let Name = name.substring(0, 1).toUpperCase() + name.substring(1);
				result +=
					`
	const ${name}: ${Name}Table;`;
			}
			if (!isHttp)
				result += `

	function and(filter: RawFilter | RawFilter[], ...filters: RawFilter[]): Filter;
	function or(filter: RawFilter | RawFilter[], ...filters: RawFilter[]): Filter;
	function not(): Filter;
	function transaction(fn: (transaction: RdbClient) => Promise<unknown>, options?: TransactionOptions): Promise<void>;
	function query(filter: RawFilter | string): Promise<unknown[]>;
	function query<T>(filter: RawFilter | string): Promise<T[]>;
	function transaction(fn: (transaction: RdbClient) => Promise<unknown>, options?: TransactionOptions): Promise<void>;
	const filter: Filter;
	function express(): Express;
	function express(config: ExpressConfig): Express;
	function hono(): Hono;
	function hono(config: HonoConfig): Hono;
`;
			else
				result += `

	const interceptors: {
		request: AxiosInterceptorManager<InternalAxiosRequestConfig>;
		response: AxiosInterceptorManager<AxiosResponse>;
	};
	function reactive(proxyMethod: (obj: unknown) => unknown): void;	
	function and(filter: RawFilter | RawFilter[], ...filters: RawFilter[]): Filter;
	function or(filter: RawFilter | RawFilter[], ...filters: RawFilter[]): Filter;
	function not(): Filter;
	const filter: Filter;
`;
			return result;
		}
	}

	function getRdbClientTs(tables, isHttp) {
		return `
export interface RdbClient  {${getTables(isHttp)}
}

export interface RdbConfig {
	db?: Pool | (() => Pool);
    readonly?: boolean;
    concurrency?: Concurrency;${getConcurrencyTables()}    
}

export interface MetaData {
    readonly?: boolean;
    concurrency?: Concurrency;${getConcurrencyTables()}
}

export interface ExpressConfig {
	db?: Pool | (() => Pool);
	tables?: ExpressTables;
	concurrency?: Concurrency;
	readonly?: boolean;
	disableBulkDeletes?: boolean;
	hooks?: ExpressHooks;
}

export interface HonoConfig {
	db?: Pool | (() => Pool);
	tables?: HonoTables;
	concurrency?: Concurrency;
	readonly?: boolean;
	disableBulkDeletes?: boolean;
	hooks?: HonoHooks;
}

export interface ExpressContext {
	request: import('express').Request;
	response: import('express').Response;
	client: RdbClient;
}		

export interface HonoRequest {
	method: string;
	query: Record<string, string>;
	headers: Record<string, string>;
	json(): Promise<unknown>;
}

export interface HonoResponse {
	status(code: number): HonoResponse;
	setHeader(name: string, value: string): HonoResponse;
	json(value: unknown): unknown;
	send(value: unknown): unknown;
}

export interface HonoContext {
	request: HonoRequest;
	response: HonoResponse;
	client: RdbClient;
}

export interface ExpressTransactionHooks {
	beforeBegin?: (db: Pool, request: import('express').Request, response: import('express').Response) => void | Promise<void>;
	afterBegin?: (db: Pool, request: import('express').Request, response: import('express').Response) => void | Promise<void>;
	beforeCommit?: (db: Pool, request: import('express').Request, response: import('express').Response) => void | Promise<void>;
	afterCommit?: (db: Pool, request: import('express').Request, response: import('express').Response) => void | Promise<void>;
	afterRollback?: (db: Pool, request: import('express').Request, response: import('express').Response, error?: unknown) => void | Promise<void>;
}

export interface ExpressHooks extends ExpressTransactionHooks {
	transaction?: ExpressTransactionHooks;
}

export interface HonoTransactionHooks {
	beforeBegin?: (db: Pool, request: HonoRequest, response: HonoResponse) => void | Promise<void>;
	afterBegin?: (db: Pool, request: HonoRequest, response: HonoResponse) => void | Promise<void>;
	beforeCommit?: (db: Pool, request: HonoRequest, response: HonoResponse) => void | Promise<void>;
	afterCommit?: (db: Pool, request: HonoRequest, response: HonoResponse) => void | Promise<void>;
	afterRollback?: (db: Pool, request: HonoRequest, response: HonoResponse, error?: unknown) => void | Promise<void>;
}

export interface HonoHooks extends HonoTransactionHooks {
	transaction?: HonoTransactionHooks;
}

export interface ExpressTables {${getExpressTables()}
}

export interface HonoTables {${getHonoTables()}
}
`;
		function getConcurrencyTables() {
			let result = '';
			for (let name in tables) {
				let Name = name.substring(0, 1).toUpperCase() + name.substring(1);
				result +=
				`
	${name}?: ${Name}Concurrency;`;
			}
			return result;
		}

		function getTables(isHttp) {
			let result = '';
			for (let name in tables) {
				let Name = name.substring(0, 1).toUpperCase() + name.substring(1);
				result +=
				`
	${name}: ${Name}Table;`;
			}
			if (isHttp)
				result += `
	(config: {db: Url}): RdbClient;
	interceptors: {
        request: AxiosInterceptorManager<InternalAxiosRequestConfig>;
        response: AxiosInterceptorManager<AxiosResponse>;
    };
	reactive(proxyMethod: (obj: unknown) => unknown): void;
	and(filter: RawFilter | RawFilter[], ...filters: RawFilter[]): Filter;
	or(filter: RawFilter | RawFilter[], ...filters: RawFilter[]): Filter;
	not(): Filter;
	transaction(fn: (transaction: RdbClient) => Promise<unknown>, options?: TransactionOptions): Promise<void>;
	filter: Filter;
    createPatch(original: any[], modified: any[]): JsonPatch;
    createPatch(original: any, modified: any): JsonPatch;`;
			else
				result += `
	(config: RdbConfig): RdbClient;
	and(filter: RawFilter | RawFilter[], ...filters: RawFilter[]): Filter;
	or(filter: RawFilter | RawFilter[], ...filters: RawFilter[]): Filter;
	not(): Filter;
	query(filter: RawFilter | string): Promise<unknown[]>;
	query<T>(filter: RawFilter | string): Promise<T[]>;
	transaction(fn: (transaction: RdbClient) => Promise<unknown>, options?: TransactionOptions): Promise<void>;
	filter: Filter;
	createPatch(original: any[], modified: any[]): JsonPatch;
	createPatch(original: any, modified: any): JsonPatch;
	express(): Express;
	express(config: ExpressConfig): Express;
	hono(): Hono;
	hono(config: HonoConfig): Hono;
	readonly metaData: MetaData;`;
			return result;
		}
		function getExpressTables() {
			let result = '';
			for (let name in tables) {
				let Name = name.substring(0, 1).toUpperCase() + name.substring(1);
				result +=
					`
	${name}?: boolean | ${Name}ExpressConfig;`;
			}
			return result;
		}
		function getHonoTables() {
			let result = '';
			for (let name in tables) {
				let Name = name.substring(0, 1).toUpperCase() + name.substring(1);
				result +=
					`
	${name}?: boolean | ${Name}HonoConfig;`;
			}
			return result;
		}
	}

	getTSDefinition_1 = getTSDefinition;
	return getTSDefinition_1;
}

var getMeta_1;
var hasRequiredGetMeta;

function requireGetMeta () {
	if (hasRequiredGetMeta) return getMeta_1;
	hasRequiredGetMeta = 1;
	function getMeta(table, map = new Map()) {
		if (map.has(table))
			return map.get(table).id;
		let strategy = {
			keys: table._primaryColumns.map(x => ({name: x.alias, type: x.tsType})),
			columns: {},
			relations: {},
			id: map.size
		};
		map.set(table, strategy);

		for (let i = 0; i < table._columns.length; i++) {
			const column = table._columns[i];
			strategy.columns[column.alias] = {};
			if ('serializable' in column && !column.serializable)
				strategy.columns[column.alias].serializable = false;
			else
				strategy.columns[column.alias].serializable = true;
		}

		let relations = table._relations;
		let relationName;

		let visitor = {};
		visitor.visitJoin = function(relation) {
			strategy.relations[relationName] = getMeta(relation.childTable, map);
		};

		visitor.visitMany = function(relation) {
			strategy.relations[relationName] = getMeta(relation.childTable, map);
		};

		visitor.visitOne = visitor.visitMany;

		for (relationName in relations) {
			let relation = relations[relationName];
			relation.accept(visitor);
		}
		return strategy;
	}

	getMeta_1 = getMeta;
	return getMeta_1;
}

var hostExpress_1;
var hasRequiredHostExpress;

function requireHostExpress () {
	if (hasRequiredHostExpress) return hostExpress_1;
	hasRequiredHostExpress = 1;
	const getTSDefinition = requireGetTSDefinition();
	// let hostLocal = _hostLocal;
	const getMeta = requireGetMeta();

	function hostExpress(hostLocal, client, options = {}) {
		if ('db' in options && (options.db ?? undefined) === undefined || !client.db)
			throw new Error('No db specified');
		const dbOptions = { db: options.db || client.db };
		let c = {};
		const readonly = { readonly: options.readonly};
		const sharedHooks = options.hooks;
		for (let tableName in client.tables) {
			const tableOptions = options[tableName] || {};
			const hooks = tableOptions.hooks || sharedHooks;
			c[tableName] = hostLocal({
				...dbOptions,
				...readonly,
				...tableOptions,
				table: client.tables[tableName],
				isHttp: true,
				client,
				hooks

			});
		}

		async function handler(req, res) {
			if (req.method === 'POST')
				return post.apply(null, arguments);
			if (req.method === 'PATCH')
				return patch.apply(null, arguments);
			if (req.method === 'GET')
				return get.apply(null, arguments);
			if (req.method === 'OPTIONS')
				return handleOptions(req, res); // assuming the second argument is `response`

			else
				res.status(405).set('Allow', 'GET, POST, PATCH, OPTIONS').send('Method Not Allowed');
		}

		handler.db = handler;
		handler.dts = get;

		function get(request, response) {
			try {
				if (request.query.table) {
					if (!(request.query.table in c)) {
						let e = new Error('Table is not exposed or does not exist');
						// @ts-ignore
						e.status = 400;
						throw e;
					}

					const result = getMeta(client.tables[request.query.table]);
					response.setHeader('content-type', 'text/plain');
					response.status(200).send(result);
				}
				else {
					const isNamespace = request.query.isNamespace === 'true';
					let tsArg = Object.keys(c).map(x => {
						return { table: client.tables[x], customFilters: options?.tables?.[x].customFilters, name: x };
					});
					response.setHeader('content-type', 'text/plain');
					response.status(200).send(getTSDefinition(tsArg, { isNamespace, isHttp: true }));
				}
			}
			catch (e) {
				if (e.status === undefined)
					response.status(500).send(e.message || e);
				else
					response.status(e.status).send(e.message);
			}
		}

		async function patch(request, response) {
			try {
				response.json(await c[request.query.table].patch(request.body, request, response));
			}
			catch (e) {
				if (e.status === undefined)
					response.status(500).send(e.message || e);
				else
					response.status(e.status).send(e.message);

			}
		}

		async function post(request, response) {
			try {
				if (!request.query.table) {
					let e = new Error('Table not defined');
					// @ts-ignore
					e.status = 400;
					throw e;
				}
				else if (!(request.query.table in c)) {
					let e = new Error('Table is not exposed or does not exist');
					// @ts-ignore
					e.status = 400;
					throw e;
				}

				response.json(await c[request.query.table].post(request.body, request, response));
			}
			catch (e) {
				if (e.status === undefined)
					response.status(500).send(e.message || e);
				else
					response.status(e.status).send(e.message);
			}

		}

		function handleOptions(req, response) {
			response.setHeader('Access-Control-Allow-Origin', '*'); // Adjust this as per your CORS needs
			response.setHeader('Access-Control-Allow-Methods', 'GET, POST, PATCH, OPTIONS'); // And any other methods you support
			response.setHeader('Access-Control-Allow-Headers', 'Content-Type'); // And any other headers you expect in requests
			response.setHeader('Access-Control-Max-Age', '86400'); // Cache preflight request for a day. Adjust as you see fit
			response.status(204).send(); // 204 No Content response for successful OPTIONS requests
		}

		return handler;
	}

	hostExpress_1 = hostExpress;
	return hostExpress_1;
}

var hostHono_1;
var hasRequiredHostHono;

function requireHostHono () {
	if (hasRequiredHostHono) return hostHono_1;
	hasRequiredHostHono = 1;
	const getTSDefinition = requireGetTSDefinition();
	const getMeta = requireGetMeta();

	function hostHono(hostLocal, client, options = {}) {
		if ('db' in options && (options.db ?? undefined) === undefined || !client.db)
			throw new Error('No db specified');
		const dbOptions = { db: options.db || client.db };
		let c = {};
		const readonly = { readonly: options.readonly };
		const sharedHooks = options.hooks;
		for (let tableName in client.tables) {
			const tableOptions = options[tableName] || {};
			const hooks = tableOptions.hooks || sharedHooks;
			c[tableName] = hostLocal({
				...dbOptions,
				...readonly,
				...tableOptions,
				table: client.tables[tableName],
				isHttp: true,
				client,
				hooks
			});
		}

		async function handler(ctx) {
			const request = createRequest(ctx);
			const response = createResponse();

			try {
				if (request.method === 'POST')
					return await post(request, response);
				if (request.method === 'PATCH')
					return await patch(request, response);
				if (request.method === 'GET')
					return get(request, response);
				if (request.method === 'OPTIONS')
					return handleOptions(response);
				return response
					.status(405)
					.setHeader('Allow', 'GET, POST, PATCH, OPTIONS')
					.send('Method Not Allowed');
			}
			catch (e) {
				if (e.status === undefined)
					return response.status(500).send(e.message || e);
				return response.status(e.status).send(e.message);
			}
		}

		handler.db = handler;
		handler.dts = get;

		function get(request, response) {
			if (request.query.table) {
				if (!(request.query.table in c)) {
					let e = new Error('Table is not exposed or does not exist');
					// @ts-ignore
					e.status = 400;
					throw e;
				}

				const result = getMeta(client.tables[request.query.table]);
				response.setHeader('content-type', 'text/plain');
				return response.status(200).send(result);
			}
			const isNamespace = request.query.isNamespace === 'true';
			let tsArg = Object.keys(c).map(x => {
				return { table: client.tables[x], customFilters: options?.tables?.[x].customFilters, name: x };
			});
			response.setHeader('content-type', 'text/plain');
			return response.status(200).send(getTSDefinition(tsArg, { isNamespace, isHttp: true }));
		}

		async function patch(request, response) {
			const table = request.query.table;
			const body = await request.json();
			return response.json(await c[table].patch(body, request, response));
		}

		async function post(request, response) {
			if (!request.query.table) {
				let e = new Error('Table not defined');
				// @ts-ignore
				e.status = 400;
				throw e;
			}
			if (!(request.query.table in c)) {
				let e = new Error('Table is not exposed or does not exist');
				// @ts-ignore
				e.status = 400;
				throw e;
			}

			const body = await request.json();
			return response.json(await c[request.query.table].post(body, request, response));
		}

		function handleOptions(response) {
			response.setHeader('Access-Control-Allow-Origin', '*');
			response.setHeader('Access-Control-Allow-Methods', 'GET, POST, PATCH, OPTIONS');
			response.setHeader('Access-Control-Allow-Headers', 'Content-Type');
			response.setHeader('Access-Control-Max-Age', '86400');
			return response.status(204).send('');
		}

		function createRequest(ctx) {
			let bodyPromise;
			const query = Object.fromEntries(new URL(ctx.req.url).searchParams.entries());
			const headers = {};
			for (const [name, value] of ctx.req.raw.headers.entries())
				headers[name] = value;
			return {
				method: ctx.req.method,
				query,
				headers,
				json: async () => {
					if (!bodyPromise)
						bodyPromise = ctx.req.json();
					return bodyPromise;
				}
			};
		}

		function createResponse() {
			let statusCode = 200;
			const headers = new Headers();
			return {
				status(code) {
					statusCode = code;
					return this;
				},
				setHeader(name, value) {
					headers.set(name, value);
					return this;
				},
				json(value) {
					if (!headers.has('content-type'))
						headers.set('content-type', 'application/json');
					return new Response(JSON.stringify(value), { status: statusCode, headers });
				},
				send(value) {
					if (typeof value === 'string') {
						if (!headers.has('content-type'))
							headers.set('content-type', 'text/plain');
						return new Response(value, { status: statusCode, headers });
					}
					if (!headers.has('content-type'))
						headers.set('content-type', 'application/json');
					return new Response(JSON.stringify(value), { status: statusCode, headers });
				}
			};
		}

		return handler;
	}

	hostHono_1 = hostHono;
	return hostHono_1;
}

var require$$0$3 = /*@__PURE__*/getDefaultExportFromNamespaceIfPresent(fastJsonPatch);

var dateToISOString_1;
var hasRequiredDateToISOString;

function requireDateToISOString () {
	if (hasRequiredDateToISOString) return dateToISOString_1;
	hasRequiredDateToISOString = 1;
	function dateToISOString(date) {
		let tzo = -date.getTimezoneOffset();
		let dif = tzo >= 0 ? '+' : '-';

		function pad(num) {
			let norm = Math.floor(Math.abs(num));
			return (norm < 10 ? '0' : '') + norm;
		}

		function padMilli(d) {
			return (d.getMilliseconds() + '').padStart(3, '0');
		}

		return date.getFullYear() +
			'-' + pad(date.getMonth() + 1) +
			'-' + pad(date.getDate()) +
			'T' + pad(date.getHours()) +
			':' + pad(date.getMinutes()) +
			':' + pad(date.getSeconds()) +
			'.' + padMilli(date) +
			dif + pad(tzo / 60) +
			':' + pad(tzo % 60);
	}

	dateToISOString_1 = dateToISOString;
	return dateToISOString_1;
}

var stringify_1;
var hasRequiredStringify;

function requireStringify () {
	if (hasRequiredStringify) return stringify_1;
	hasRequiredStringify = 1;
	let dateToISOString = requireDateToISOString();

	function stringify(value) {
		return JSON.stringify(value, replacer);
	}

	function replacer(key, value) {
		// @ts-ignore
		if (typeof value === 'bigint')
			return value.toString();
		else if (value instanceof Date  && !isNaN(value))
			return dateToISOString(value);
		else
			return value;
	}

	stringify_1 = stringify;
	return stringify_1;
}

var require$$0$2 = /*@__PURE__*/getDefaultExportFromNamespaceIfPresent(uuid);

var createPatch;
var hasRequiredCreatePatch;

function requireCreatePatch () {
	if (hasRequiredCreatePatch) return createPatch;
	hasRequiredCreatePatch = 1;
	const jsonpatch = require$$0$3;
	let dateToIsoString = requireDateToISOString();
	let stringify = requireStringify();
	let { v4: uuid } = require$$0$2;

	createPatch = function createPatch(original, dto, options) {
		let subject = toCompareObject({ d: original }, options, true);
		let clonedDto = toCompareObject({ d: dto }, options, true);
		let keyPositionMap = toKeyPositionMap(dto);
		let observer = jsonpatch.observe(subject);
		subject.d = clonedDto.d;
		let changes = jsonpatch.generate(observer);
		let clonedOriginal = toCompareObject(original, options);
		let {inserted, deleted, updated}  = splitChanges(changes);
		updated.sort(comparePatch);
		return [...inserted, ...updated, ...deleted];

		function splitChanges(changes) {
			let inserted = [];
			let deleted = [];
			let updated = [];
			for (let change of changes) {
				change.path = change.path.substring(2);
				if (change.op === 'add' && change.path.split('/').length === 2) {
					inserted.push(change);
				}
				else if (change.op === 'remove' && change.path.split('/').length === 2) {
					addOldValue(change);
					deleted.push(change);
				} else {
					addOldValue(change);
					updated.push(change);
				}
			}
			return { inserted, updated, deleted};
		}

		function addOldValue(change) {
			if (change.op === 'remove' || change.op === 'replace') {
				let splitPath = change.path.split('/');
				splitPath.shift();
				change.oldValue = splitPath.reduce(extract, clonedOriginal);
			}
			else
				return change;

			function extract(obj, element) {
				return obj[element];
			}

			return change;
		}

		function toKeyPositionMap(rows) {
			return rows.reduce((map, element, i) => {
				if (options && options.keys && element === Object(element)) {
					let key = [];
					for (let i = 0; i < options.keys.length; i++) {
						let keyName = options.keys[i].name;
						key.push(negotiateTempKey(element[keyName]));
					}
					map[stringify(key)] = i;
				}
				else if ('id' in element)
					map[stringify([element.id])] = i;
				else
					map[i] = i;
				return map;
			}, {});

		}

		function toCompareObject(object, options, isRoot) {
			if (Array.isArray(object)) {
				let copy = { __patchType: 'Array' };
				for (let i = 0; i < object.length; i++) {
					let element = toCompareObject(object[i], options);
					if (options && options.keys && element === Object(element)) {
						let key = [];
						for (let i = 0; i < options.keys.length; i++) {
							let keyName = options.keys[i].name;
							key.push(negotiateTempKey(element[keyName]));
						}
						copy[stringify(key)] = element;
					}
					else if (element === Object(element) && 'id' in element)
						copy[stringify([element.id])] = element;
					else
						copy[i] = element;
				}
				return copy;
			}
			else if (typeof object === 'bigint')
				return object.toString();
			else if (isValidDate(object))
				return dateToIsoString(object);
			else if (object === Object(object)) {
				let copy = {};
				for (let name in object) {
					copy[name] = toCompareObject(object[name], isRoot ? options : options && options.relations && options.relations[name]);
				}
				return copy;
			}
			return object;
		}

		function isValidDate(d) {
			return d instanceof Date && !isNaN(d);
		}

		function negotiateTempKey(value) {
			if (value === undefined)
				return `~${uuid()}`;
			else
				return value;
		}

		function comparePatch(a, b) {
			const aPathArray = a.path.split('/');
			const bPathArray = b.path.split('/');
			return (aPathArray.length - bPathArray.length) || (keyPositionMap[aPathArray[1]] ?? Infinity - keyPositionMap[bPathArray[1]] ?? Infinity) || a.path.localeCompare(b.path);
		}

	};
	return createPatch;
}

var extractSql;
var hasRequiredExtractSql;

function requireExtractSql () {
	if (hasRequiredExtractSql) return extractSql;
	hasRequiredExtractSql = 1;
	function extract(sql) {
		if (sql && typeof(sql) === 'function')
			return sql();
		else if (sql === undefined)
			return '';
		else
			return sql;
	}

	extractSql = extract;
	return extractSql;
}

var extractParameters;
var hasRequiredExtractParameters;

function requireExtractParameters () {
	if (hasRequiredExtractParameters) return extractParameters;
	hasRequiredExtractParameters = 1;
	function extract(parameters) {
		if (parameters) {
			return parameters.slice(0);
		}
		return [];
	}

	extractParameters = extract;
	return extractParameters;
}

var newParameterized_1;
var hasRequiredNewParameterized;

function requireNewParameterized () {
	if (hasRequiredNewParameterized) return newParameterized_1;
	hasRequiredNewParameterized = 1;
	var extractSql = requireExtractSql();
	var extractParameters = requireExtractParameters();

	function Parameterized(text, parameters) {
		this._text = text;
		this.parameters = parameters;
	}

	Parameterized.prototype.sql = function() {
		return this._text;
	};

	Parameterized.prototype.prepend = function(other) {
		if (other.sql) {
			var params = other.parameters.concat(this.parameters);
			return newParameterized(other.sql() + this._text, params);
		} else
			return newParameterized(other + this._text, this.parameters);
	};

	Parameterized.prototype.append = function(other) {
		if (other.sql) {
			var params = this.parameters.concat(other.parameters);
			return newParameterized(this._text + other.sql(), params);
		} else
			return newParameterized(this._text + other, this.parameters);
	};

	function newParameterized(text, parameters) {
		text = extractSql(text);
		parameters = extractParameters(parameters);
		return new Parameterized(text, parameters);
	}

	newParameterized_1 = newParameterized;
	return newParameterized_1;
}

var negotiateNextAndFilter_1;
var hasRequiredNegotiateNextAndFilter;

function requireNegotiateNextAndFilter () {
	if (hasRequiredNegotiateNextAndFilter) return negotiateNextAndFilter_1;
	hasRequiredNegotiateNextAndFilter = 1;
	function negotiateNextAndFilter(filter, other) {
		if (!other.sql())
			return filter;
		return filter.append(' AND ').append(other);
	}

	negotiateNextAndFilter_1 = negotiateNextAndFilter;
	return negotiateNextAndFilter_1;
}

var negotiateNextOrFilter_1;
var hasRequiredNegotiateNextOrFilter;

function requireNegotiateNextOrFilter () {
	if (hasRequiredNegotiateNextOrFilter) return negotiateNextOrFilter_1;
	hasRequiredNegotiateNextOrFilter = 1;
	function negotiateNextOrFilter(filter, other) {
		if (!other.sql())
			return filter;
		return filter.prepend('(').append(' OR ').append(other).append(')');
	}

	negotiateNextOrFilter_1 = negotiateNextOrFilter;
	return negotiateNextOrFilter_1;
}

var utils;
var hasRequiredUtils;

function requireUtils () {
	if (hasRequiredUtils) return utils;
	hasRequiredUtils = 1;
	const newParameterized = requireNewParameterized();
	const negotiateNextAndFilter = requireNegotiateNextAndFilter();
	const negotiateNextOrFilter = requireNegotiateNextOrFilter();

	function newBoolean(filter) {
		var c = {};
		c.sql = filter.sql.bind(filter);
		c.parameters = filter.parameters;

		c.append = function(other) {
			var nextFilter = filter.append(other);
			return newBoolean(nextFilter);
		};

		c.prepend = function(other) {
			var nextFilter = filter.prepend(other);
			return newBoolean(nextFilter);
		};

		c.and = function(context, other) {
			if (other === undefined) {
				other = context;
				context = null;
			}
			other = negotiateRawSqlFilter(context, other);
			var nextFilter = negotiateNextAndFilter(filter, other);
			var next = newBoolean(nextFilter);
			for (var i = 2; i < arguments.length; i++) {
				next = next.and(context, arguments[i]);
			}
			return next;
		};

		c.or = function(context, other) {
			if (other === undefined) {
				other = context;
				context = null;
			}
			other = negotiateRawSqlFilter(context, other);
			var nextFilter = negotiateNextOrFilter(filter, other);
			var next = newBoolean(nextFilter);
			for (var i = 2; i < arguments.length; i++) {
				next = next.or(context, arguments[i]);
			}
			return next;
		};

		c.not = function(_context) {
			var nextFilter = filter.prepend('NOT (').append(')');
			return newBoolean(nextFilter);
		};

		return c;
	}


	function negotiateRawSqlFilter(context, filter, optionalTable, emptyArrayMeansFalse) {
		if (Array.isArray(filter) && filter.length === 0) {
			const sql = emptyArrayMeansFalse ? '1 = 2' : '1 = 1';
			return newBoolean(newParameterized(sql));
		}
		else if (Array.isArray(filter)) {
			let curFilter;
			let curObjectFilter;
			for (let i = 0; i < filter.length; i++) {
				let nextFilter = negotiateRawSqlFilter(context,filter[i], optionalTable);
				if (nextFilter.isObjectFilter)
					curObjectFilter = curObjectFilter ? curObjectFilter.or(context, nextFilter) : nextFilter;
				else
					curFilter = curFilter ? curFilter.and(context, nextFilter) : nextFilter;
			}
			if (curFilter && curObjectFilter)
				return curFilter.and(context, curObjectFilter);
			else if (curFilter)
				return curFilter;
			else
				return curObjectFilter;
		}
		else {
			let params = [];
			if (filter) {
				if (filter.and)
					return filter;
				if (filter.sql) {
					let sql = filter.sql;
					if (typeof filter.sql === 'function') {
						sql = filter.sql();
					}
					params.push(sql, filter.parameters);
				}
				else if (isObjectFilter(filter, optionalTable)) {
					return newObjectFilter(context, filter, optionalTable);
				}
				else
					params = [filter];
			} else {
				params = [filter];
			}

			let parameterized = newParameterized.apply(null, params);
			return newBoolean(parameterized);
		}
	}

	function isObjectFilter(object, optionalTable) {
		return optionalTable && object;
	}

	function newObjectFilter(context, object, table) {
		let primaryColumns = table._primaryColumns;
		let filter;
		for (let i = 0; i < primaryColumns.length; i++) {
			let column = primaryColumns[i];
			let colFilter = column.equal(context, object[column.alias]);
			filter = filter  ? filter.and(context, colFilter) : colFilter ;
		}
		filter.isObjectFilter = true;
		return filter;
	}


	utils = { negotiateRawSqlFilter, newBoolean};
	return utils;
}

var negotiateRawSqlFilter_1;
var hasRequiredNegotiateRawSqlFilter;

function requireNegotiateRawSqlFilter () {
	if (hasRequiredNegotiateRawSqlFilter) return negotiateRawSqlFilter_1;
	hasRequiredNegotiateRawSqlFilter = 1;
	const { negotiateRawSqlFilter } = requireUtils();

	negotiateRawSqlFilter_1 = negotiateRawSqlFilter;
	return negotiateRawSqlFilter_1;
}

var emptyFilter_1;
var hasRequiredEmptyFilter;

function requireEmptyFilter () {
	if (hasRequiredEmptyFilter) return emptyFilter_1;
	hasRequiredEmptyFilter = 1;
	var negotiateRawSqlFilter = requireNegotiateRawSqlFilter();
	var parameterized = requireNewParameterized()('');
	function emptyFilter() {
		return emptyFilter.and.apply(null, arguments);
	}

	emptyFilter.sql = parameterized.sql.bind(parameterized);
	emptyFilter.parameters = parameterized.parameters;

	emptyFilter.and = function(context, other) {
		if (other === undefined) {
			other = context;
			context = null;
		}
		other = negotiateRawSqlFilter(context, other);
		for (var i = 2; i < arguments.length; i++) {
			other = other.and(context, arguments[i]);
		}
		return other;
	};

	emptyFilter.or = function(context, other) {
		if (other === undefined) {
			other = context;
			context = null;
		}
		other = negotiateRawSqlFilter(context, other);
		for (var i = 2; i < arguments.length; i++) {
			other = other.or(context, arguments[i]);
		}
		return other;
	};

	emptyFilter.not = function(context, other) {
		if (other === undefined) {
			other = context;
			context = null;
		}
		other = negotiateRawSqlFilter(context, other).not(context);
		for (var i = 2; i < arguments.length; i++) {
			other = other.and(context, arguments[i]);
		}
		return other;

	};

	emptyFilter_1 = emptyFilter;
	return emptyFilter_1;
}

var executePath;
var hasRequiredExecutePath;

function requireExecutePath () {
	if (hasRequiredExecutePath) return executePath;
	hasRequiredExecutePath = 1;
	const createPatch = requireCreatePatch();
	const emptyFilter = requireEmptyFilter();
	const negotiateRawSqlFilter = requireNegotiateRawSqlFilter();
	let getMeta = requireGetMeta();
	let isSafe = Symbol();

	let _allowedOps = {
		and: true,
		or: true,
		not: true,
		AND: true,
		OR: true,
		NOT: true,
		equal: true,
		eq: true,
		EQ: true,
		notEqual: true,
		ne: true,
		NE: true,
		lessThan: true,
		lt: true,
		LT: true,
		lessThanOrEqual: true,
		le: true,
		LE: true,
		greaterThan: true,
		gt: true,
		GT: true,
		greaterThanOrEqual: true,
		ge: true,
		GE: true,
		between: true,
		in: true,
		IN: true,
		startsWith: true,
		iStartsWith: true,
		endsWith: true,
		iEndsWith: true,
		contains: true,
		iContains: true,
		iEqual: true,
		iEq: true,
		ieq: true,
		IEQ: true,
		exists: true,
		all: true,
		any: true,
		none: true,
		where: true,
		sum: true,
		avg: true,
		max: true,
		min: true,
		count: true,
		groupSum: true,
		groupAvg: true,
		groupMax: true,
		groupMin: true,
		groupCount: true,
		_aggregate: true,
		self: true,
	};

	function _executePath(context, ...rest) {

		const _ops = {
			and: emptyFilter.and.bind(null, context),
			or: emptyFilter.or.bind(null, context),
			not: emptyFilter.not.bind(null, context),
			AND: emptyFilter.and.bind(null, context),
			OR: emptyFilter.or.bind(null, context),
			NOT: emptyFilter.not.bind(null, context),
		};

		return executePath(...rest);

		async function executePath({ table, JSONFilter, baseFilter, customFilters = {}, request, response, readonly, disableBulkDeletes, isHttp, client }) {
			let allowedOps = { ..._allowedOps, insert: !readonly, ...extractRelations(getMeta(table)) };
			let ops = { ..._ops, ...getCustomFilterPaths(customFilters), getManyDto, getMany, aggregate, distinct, count, delete: _delete, cascadeDelete, update, replace };

			let res = await parseFilter(JSONFilter, table);
			if (res === undefined)
				return {};
			else
				return res;

			function parseFilter(json, table) {
				if (isFilter(json)) {
					let subFilters = [];

					let anyAllNone = tryGetAnyAllNone(json.path, table);
					if (anyAllNone) {
						const arg0 = json.args[0];
						if (isHttp && arg0 !== undefined)
							validateArgs(arg0);
						const f = arg0 === undefined
							? anyAllNone(context)
							: anyAllNone(context, x => parseFilter(arg0, x));
						if(!('isSafe' in f))
							f.isSafe = isSafe;
						return f;
					}
					else {
						for (let i = 0; i < json.args.length; i++) {
							subFilters.push(parseFilter(json.args[i], nextTable(json.path, table)));
						}
					}
					return executePath(json.path, subFilters);
				}
				else if (Array.isArray(json)) {
					const result = [];
					for (let i = 0; i < json.length; i++) {
						result.push(parseFilter(json[i], table));
					}
					return result;
				}
				else if (isColumnRef(json)) {
					return resolveColumnRef(table, json.__columnRef);
				}
				return json;

				function tryGetAnyAllNone(path, table) {
					const parts = path.split('.');
					for (let i = 0; i < parts.length; i++) {
						table = table[parts[i]];
					}

					let ops = new Set(['all', 'any', 'none', 'where', '_aggregate']);
					// let ops = new Set(['all', 'any', 'none', 'where']);
					let last = parts[parts.length - 1];
					if (last === 'count' && parts.length > 1)
						ops.add('count');
					if (ops.has(last) || (table && (table._primaryColumns || (table.any && table.all))))
						return table;
				}

				function executePath(path, args) {
					if (path in ops) {
						if (isHttp)
							validateArgs(args);
						let op = ops[path].apply(null, args);
						if (op.then)
							return op.then((o) => {
								setSafe(o);
								return o;
							});
						setSafe(op);
						return op;
					}
					let pathArray = path.split('.');
					let target = table;
					let op = pathArray[pathArray.length - 1];
					if (!allowedOps[op] && isHttp) {

						let e = new Error('Disallowed operator ' + op);
						// @ts-ignore
						e.status = 403;
						throw e;

					}
					for (let i = 0; i < pathArray.length; i++) {
						target = target[pathArray[i]];
					}

					if (!target) {
						const left = args && args[0];
						if (left) {
							target = left;
							for (let i = 0; i < pathArray.length; i++) {
								target = target[pathArray[i]];
							}
							if (target) {
								let res = target.apply(null, [context].concat(args.slice(1)));
								setSafe(res);
								return res;
							}
						}
						throw new Error(`Method '${path}' does not exist`);
					}
					let res = target.apply(null, [context, ...args]);
					setSafe(res);
					return res;
				}
			}

			async function invokeBaseFilter() {
				if (typeof baseFilter === 'function') {
					const res = await baseFilter.apply(null, [bindDb(client), request, response]);
					if (!res)
						return;
					const JSONFilter = JSON.parse(JSON.stringify(res));
					//@ts-ignore
					return executePath({ table, JSONFilter, request, response });
				}
				else
					return;
			}

			function getCustomFilterPaths(customFilters) {
				return getLeafNames(customFilters);

				function getLeafNames(obj, result = {}, current = 'customFilters.') {
					for (let p in obj) {
						if (typeof obj[p] === 'object' && obj[p] !== null)
							getLeafNames(obj[p], result, current + p + '.');
						else
							result[current + p] = resolveFilter.bind(null, obj[p]);
					}
					return result;
				}

				async function resolveFilter(fn, ...args) {
					const context = { db: bindDb(client), request, response };
					let res = fn.apply(null, [context, ...args]);
					if (res.then)
						res = await res;
					const JSONFilter = JSON.parse(JSON.str