const RPC_MODULE = "AQDaEPIo_lpdvz7AKbeafERBHR331RiyvweJ6OrFTplzyg"; let callModule, connectModule; async function loadLibs() { if (callModule && connectModule) { return; } if (typeof window !== "undefined" && window?.document) { const pkg = await import("libkernel"); callModule = pkg.callModule; connectModule = pkg.connectModule; } else { const pkg = await import("libkmodule"); callModule = pkg.callModule; connectModule = pkg.connectModule; } } export class RpcNetwork { _actionQueue = []; _addQueue = []; _removeQueue = []; _def; constructor(def = true) { this._def = def; } _networkId = 0; get networkId() { return this._networkId; } get ready() { let promise = loadLibs(); if (this._def) { this._networkId = 0; } else { promise = promise .then(() => callModule(RPC_MODULE, "createNetwork")) .then((ret) => (this._networkId = ret[0])); } return promise.then(() => callModule(RPC_MODULE, "ready", { network: this._networkId })); } static deleteItem(array, item) { if (array.includes(item)) { let queue = new Set(array); queue.delete(item); [].splice.apply(array, [0, array.length].concat([...queue])); } } addRelay(pubkey) { this._addQueue.push(pubkey); this._addQueue = [...new Set(this._addQueue)]; RpcNetwork.deleteItem(this._removeQueue, pubkey); } removeRelay(pubkey) { this._removeQueue.push(pubkey); this._removeQueue = [...new Set(this._removeQueue)]; RpcNetwork.deleteItem(this._addQueue, pubkey); } clearRelays() { this._actionQueue.push(["clearRelays", {}]); } wisdomQuery(method, module, data = {}, bypassCache = false, options = {}) { return new WisdomRpcQuery(this, { method, module, data, bypassCache, }, options).run(); } streamingQuery(relay, method, module, streamHandler, data = {}, options = {}) { return new StreamingRpcQuery(this, relay, { method, module, data }, { streamHandler, ...options }).run(); } simpleQuery(relay, method, module, data = {}, options = {}) { return new SimpleRpcQuery(this, relay, { method, module, data, }, options).run(); } async processQueue() { await loadLibs(); for (const action of this._actionQueue) { try { await callModule(RPC_MODULE, action[0], { ...action[1], network: this._networkId, }); } catch (e) { } } await Promise.allSettled(this._removeQueue.map((item) => callModule(RPC_MODULE, "removeRelay", { pubkey: item, network: this._networkId, }))); await Promise.allSettled(this._addQueue.map((item) => callModule(RPC_MODULE, "addRelay", { pubkey: item, network: this._networkId, }))); this._actionQueue = []; this._removeQueue = []; this._addQueue = []; } } export class RpcQueryBase { _promise; _network; _query; _options; _queryType; constructor(network, query, options = {}, queryType) { this._network = network; this._query = query; this._options = options; this._queryType = queryType; } get result() { return this._promise.then((result) => { if (result[1]) { return { error: result[1] }; } return result[0]; }); } run() { this._promise = this._network.processQueue().then(() => callModule(RPC_MODULE, this._queryType, { query: this._query, options: this._options, network: this._network.networkId, })); return this; } } export class SimpleRpcQuery extends RpcQueryBase { constructor(network, relay, query, options) { super(network, query, options, "simpleQuery"); } } export class StreamingRpcQuery extends RpcQueryBase { _options; constructor(network, relay, query, options) { super(network, query, options, "streamingQuery"); this._options = options; } run() { this._promise = this._network.processQueue().then(() => connectModule(RPC_MODULE, this._queryType, { query: this._query, options: this._options, network: this._network.networkId, }, this._options.streamHandler)); return this; } } export class WisdomRpcQuery extends RpcQueryBase { constructor(network, query, options = {}) { super(network, query, options, "wisdomQuery"); } }