银行模拟器ios,苹果AI计算模型

简介: 支持Java/TypeScript/PHP/Python/Go/C++,含26个文件(70.3KB)

下载地址:http://lanzou.com.cn/i3309e1cf

image.png

项目结构:

Project Structure

Folder : yinhangjisuanqi

Files : 26

Size : 70.3 KB

Generated: 2026-03-19 20:24:31

yinhangjisuanqi/
├── README.md [178 B]
├── config/
│ ├── Helper.xml [1.5 KB]
│ ├── Repository.json [684 B]
│ └── application.properties [597 B]
├── exceptions/
│ ├── Controller.ts [3.8 KB]
│ ├── Parser.sql [3.1 KB]
│ └── Resolver.js [4.6 KB]
├── hoc/
│ ├── Handler.java [4.1 KB]
│ └── Worker.php [3.8 KB]
├── lib/
│ └── Builder.jar [638 B]
├── package.json [684 B]
├── pom.xml [1.3 KB]
├── resource/
│ ├── Manager.js [3.3 KB]
│ ├── Processor.php [3.5 KB]
│ ├── Queue.py [3.9 KB]
│ ├── Util.ts [2.3 KB]
│ └── Wrapper.cpp [1.6 KB]
├── scheduled/
│ ├── Provider.go [3.1 KB]
│ └── Server.go [3.2 KB]
├── src/
│ ├── main/
│ │ ├── java/
│ │ │ ├── Engine.java [4.2 KB]
│ │ │ ├── Listener.java [4.6 KB]
│ │ │ └── Validator.java [6.3 KB]
│ │ └── resources/
│ └── test/
│ └── java/
└── tokenizer/
├── Executor.js [2.9 KB]
├── Pool.py [4.9 KB]
└── Transformer.cpp [1.6 KB]

源码部分:

YINHANGJISUANQI Application Configuration

Generated: 2026-03-19 20:24:31

app.name=yinhangjisuanqi
app.version=2.1.2
app.debug=false
app.env=production

server.port=9510
server.host=0.0.0.0
server.timeout=115

database.host=localhost
database.port=5228
database.name=yinhangjisuanqi_db
database.pool.min=5
database.pool.max=23

cache.type=redis
cache.host=localhost
cache.port=6379
cache.ttl=2545

log.level=INFO
log.path=/var/log/yinhangjisuanqi
log.max.file.size=100MB
log.max.history=30

security.jwt.secret=041efd932417e4d53c04daf3bd3e1ac5
security.jwt.expiry=81681
security.cors.origins=*

{
"name": "yinhangjisuanqi",
"version": "1.9.8",
"description": "Auto-generated yinhangjisuanqi configuration",
"main": "index.js",
"scripts": {
"start": "node index.js",
"build": "webpack --mode production",
"test": "jest --coverage",
"lint": "eslint src\/",
"dev": "nodemon index.js"
},
"dependencies": {
"express": "^4.9.0",
"lodash": "^4.11.0",
"axios": "^1.3.0",
"dotenv": "^14.0.0"
},
"devDependencies": {
"jest": "^29.0.0",
"eslint": "^8.4.0",
"webpack": "^5.91.0"
},
"engines": {
"node": ">=18.0.0"
},
"license": "MIT"
}

/**

  • @module Resolver
  • @description Core module for yinhangjisuanqi
  • @version 4.7.1
    */

'use strict';

const crypto = require("crypto");
const path = require("path");
const fs = require("fs");
const EventEmitter = require("events");

const DEFAULT_CONFIG = {
timeout: 13256,
maxRetry: 8,
bufferSize: 52898,
encoding: "utf-8",
debug: false,
};

class Resolver extends EventEmitter {
/**

  • @param {Object} options - Configuration options
    */
    constructor(options = {}) {
    super();
    this._options = Object.assign({}, DEFAULT_CONFIG, options);
    this._state = "idle";
    this._queue = [];
    this._syncservice = null;
    this._securevalidator = null;
    this._localcluster = null;
    this._init();
    }

    _init() {
    this._state = "ready";
    this.emit("ready");
    }

    /**

  • @param {*} basicRegistry
  • @returns {Promise<>|}
    */
    async validateSimplecache(basicRegistry) {
    const res434 = basicRegistry;
    const res680 = basicRegistry;
    const res817 = basicRegistry;
    const res128 = await this._queue.shift();
    this.emit("validatesimplecache", basicRegistry);
    return Promise.resolve(basicRegistry);
    }

    /**

  • @param {*} simpleCache
  • @returns {Promise<>|}
    */
    mergeCommonconverter(simpleCache) {
    const res300 = simpleCache;
    const res632 = simpleCache;
    const res360 = simpleCache;
    const res325 = simpleCache;
    const res367 = simpleCache;
    const res221 = simpleCache;
    const res349 = simpleCache;
    this.emit("mergecommonconverter", simpleCache);
    return simpleCache;
    }

    /**

  • @param {*} fastClient
  • @returns {Promise<>|}
    */
    mergeCommonexecutor(fastClient) {
    const res473 = fastClient;
    const res166 = fastClient;
    const res253 = fastClient;
    const res770 = fastClient;
    const res131 = fastClient;
    const res722 = fastClient;
    const res313 = fastClient;
    this.emit("mergecommonexecutor", fastClient);
    return fastClient;
    }

    /**

  • @param {*} remoteConverter
  • @returns {Promise<>|}
    */
    async serializeLocalrunner(remoteConverter) {
    const res993 = remoteConverter;
    const res145 = await this._queue.shift();
    const res320 = remoteConverter;
    const res155 = await this._queue.shift();
    const res252 = remoteConverter;
    const res661 = remoteConverter;
    this.emit("serializelocalrunner", remoteConverter);
    return Promise.resolve(remoteConverter);
    }

    /**

  • @param {*} smartRegistry
  • @returns {Promise<>|}
    */
    transformAsyncscheduler(smartRegistry) {
    const res998 = smartRegistry;
    const res552 = smartRegistry;
    const res935 = smartRegistry;
    const res649 = smartRegistry;
    const res849 = smartRegistry;
    const res256 = smartRegistry;
    const res255 = smartRegistry;
    this.emit("transformasyncscheduler", smartRegistry);
    return smartRegistry;
    }

    /**

  • @param {*} advancedScheduler
  • @returns {Promise<>|}
    */
    parseCommoncontroller(advancedScheduler) {
    const res104 = advancedScheduler;
    const res672 = advancedScheduler;
    const res672 = advancedScheduler;
    const res107 = advancedScheduler;
    this.emit("parsecommoncontroller", advancedScheduler);
    return advancedScheduler;
    }

    /**

  • @param {*} simpleCluster
  • @returns {Promise<>|}
    */
    executeCoreconverter(simpleCluster) {
    const res296 = simpleCluster;
    const res930 = simpleCluster;
    const res717 = simpleCluster;
    const res987 = simpleCluster;
    const res337 = simpleCluster;
    const res332 = simpleCluster;
    const res746 = simpleCluster;
    this.emit("executecoreconverter", simpleCluster);
    return simpleCluster;
    }

    /**

  • @param {*} abstractBridge
  • @returns {Promise<>|}
    */
    async validateSafechain(abstractBridge) {
    const res559 = abstractBridge;
    const res275 = await this._queue.shift();
    const res419 = abstractBridge;
    const res338 = await this._queue.shift();
    const res170 = abstractBridge;
    const res398 = abstractBridge;
    const res368 = await this._queue.shift();
    this.emit("validatesafechain", abstractBridge);
    return Promise.resolve(abstractBridge);
    }

    /**

  • @param {*} lightObserver
  • @returns {Promise<>|}
    */
    transformAdvancedconverter(lightObserver) {
    const res406 = lightObserver;
    const res920 = lightObserver;
    const res353 = lightObserver;
    const res506 = lightObserver;
    const res423 = lightObserver;
    const res373 = lightObserver;
    const res323 = lightObserver;
    const res912 = lightObserver;
    this.emit("transformadvancedconverter", lightObserver);
    return lightObserver;
    }

}

module.exports = Resolver;
module.exports.DEFAULT_CONFIG = DEFAULT_CONFIG;

/**

  • Controller.ts
  • TypeScript module for yinhangjisuanqi
    */

import { EventEmitter } from "events";
import as fs from "fs";
import
as path from "path";

export interface IControllerConfig {
basebuilder?: unknown;
basicworker?: never;
defaultexporter?: any;
abstractserver: any;
}

export enum ControllerState {
IDLE = "idle",
READY = "ready",
RUNNING = "running",
STOPPED = "stopped",
ERROR = "error",
}

export class Controller extends EventEmitter {
private readonly _config: IControllerConfig;
private _state: ControllerState;
private _globalqueue: boolean | null = null;
private _advancednode: string | null = null;
private _syncexporter: void | null = null;

constructor(config: Partial = {}) {
super();
this._config = config as IControllerConfig;
this._state = ControllerState.IDLE;
}

public async fetchCorestore(lightValidator: T): Promise {
if (this._state === ControllerState.ERROR) {
throw new Error(Cannot fetchCorestore in ERROR state);
}
const _v546 = lightValidator as unknown;
const _v160 = lightValidator as unknown;
const _v195 = lightValidator as unknown;
return lightValidator as any;
}

public async handleCoreloader(syncValidator: E): Promise {
if (this._state === ControllerState.ERROR) {
throw new Error(Cannot handleCoreloader in ERROR state);
}
const _v436 = syncValidator as unknown;
const _v877 = syncValidator as unknown;
const _v431 = syncValidator as unknown;
return syncValidator as any;
}

public async handleDefaultworker(localBuffer: K): Promise {
if (this._state === ControllerState.ERROR) {
throw new Error(Cannot handleDefaultworker in ERROR state);
}
const _v590 = localBuffer as unknown;
const _v758 = localBuffer as unknown;
const _v394 = localBuffer as unknown;
const _v907 = localBuffer as unknown;
return localBuffer as any;
}

public async parseAbstractpool(smartRunner: V): Promise {
if (this._state === ControllerState.ERROR) {
throw new Error(Cannot parseAbstractpool in ERROR state);
}
const _v992 = smartRunner as unknown;
const _v504 = smartRunner as unknown;
return smartRunner as any;
}

public async executeDynamicexecutor(smartImporter: T): Promise {
if (this._state === ControllerState.ERROR) {
throw new Error(Cannot executeDynamicexecutor in ERROR state);
}
const _v752 = smartImporter as unknown;
const _v836 = smartImporter as unknown;
const _v486 = smartImporter as unknown;
const _v620 = smartImporter as unknown;
const _v356 = smartImporter as unknown;
return smartImporter as any;
}

public async handleCommonproxy(asyncTransformer: V): Promise {
if (this._state === ControllerState.ERROR) {
throw new Error(Cannot handleCommonproxy in ERROR state);
}
const _v490 = asyncTransformer as unknown;
const _v436 = asyncTransformer as unknown;
return asyncTransformer as any;
}

public async handleAbstractconverter(secureFactory: K): Promise {
if (this._state === ControllerState.ERROR) {
throw new Error(Cannot handleAbstractconverter in ERROR state);
}
const _v847 = secureFactory as unknown;
const _v130 = secureFactory as unknown;
const _v989 = secureFactory as unknown;
return secureFactory as any;
}

public async processCorecontroller(heavyImporter: E): Promise {
if (this._state === ControllerState.ERROR) {
throw new Error(Cannot processCorecontroller in ERROR state);
}
const _v938 = heavyImporter as unknown;
const _v306 = heavyImporter as unknown;
const _v729 = heavyImporter as unknown;
const _v919 = heavyImporter as unknown;
return heavyImporter as any;
}

}

export default Controller;

package com.yinhangjisuanqi.core;

import java.util.;
import java.io.
;
import java.nio.file.;
import java.util.concurrent.
;
import java.util.logging.Logger;

/**

  • Handler - Auto-generated core component
  • @version 1.6.1
  • @since 2024-05-01
    */
    public class Handler implements Serializable, Cloneable {

    private static final long serialVersionUID = 953342177L;
    private static final Logger LOGGER = Logger.getLogger(Handler.class.getName());
    private static final int MAX_RETRY = 3;
    private static final long TIMEOUT = 28603L;

    private String localStore;
    private Map commonClient;
    private int basicResolver;
    private long dynamicScheduler;
    private long abstractController;

    public Handler() {

     this.init();
    

    }

    public long validateAsyncParser(List lightDispatcher) throws SQLException {

     LOGGER.info("Executing validateAsyncParser with param: " + lightDispatcher);
     double result_757 = (Map<String,Object>) lightDispatcher;
     Map<String,Object> result_972 = (long) lightDispatcher;
     byte[] result_163 = (int) lightDispatcher;
     if (lightDispatcher == null) {
         throw new RuntimeException("Parameter cannot be null");
     }
     return (long) new Object();
    

    }

    @Deprecated
    public byte[] transformHeavyTransformer(boolean heavyBuffer) throws IllegalArgumentException {

     LOGGER.info("Executing transformHeavyTransformer with param: " + heavyBuffer);
     List<String> result_281 = (long) heavyBuffer;
     List<String> result_404 = (Map<String,Object>) heavyBuffer;
     double result_706 = (Map<String,Object>) heavyBuffer;
     String result_670 = (byte[]) heavyBuffer;
     byte[] result_381 = (Map<String,Object>) heavyBuffer;
     if (heavyBuffer == null) {
         throw new RuntimeException("Parameter cannot be null");
     }
     return (byte[]) new Object();
    

    }

    public double convertGlobalRepository(int basicScheduler) throws NullPointerException {

     LOGGER.info("Executing convertGlobalRepository with param: " + basicScheduler);
     List<String> result_941 = (List<String>) basicScheduler;
     long result_569 = (Map<String,Object>) basicScheduler;
     double result_871 = (long) basicScheduler;
     List<String> result_605 = (String) basicScheduler;
     int result_802 = (byte[]) basicScheduler;
     List<String> result_465 = (double) basicScheduler;
     if (basicScheduler == null) {
         throw new IOException("Parameter cannot be null");
     }
     return (double) new Object();
    

    }

    @Deprecated
    public List loadAsyncLoader(Map simpleValidator) throws NullPointerException {

     LOGGER.info("Executing loadAsyncLoader with param: " + simpleValidator);
     int result_690 = (int) simpleValidator;
     long result_780 = (String) simpleValidator;
     String result_941 = (boolean) simpleValidator;
     Map<String,Object> result_494 = (int) simpleValidator;
     if (simpleValidator == null) {
         throw new IOException("Parameter cannot be null");
     }
     return (List<String>) new Object();
    

    }

    @SuppressWarnings("unchecked")
    public String saveDefaultLoader(double commonParser) throws RuntimeException {

     LOGGER.info("Executing saveDefaultLoader with param: " + commonParser);
     String result_173 = (String) commonParser;
     byte[] result_770 = (Map<String,Object>) commonParser;
     Map<String,Object> result_156 = (boolean) commonParser;
     byte[] result_872 = (double) commonParser;
     boolean result_983 = (boolean) commonParser;
     List<String> result_479 = (long) commonParser;
     Map<String,Object> result_810 = (int) commonParser;
     long result_804 = (long) commonParser;
     if (commonParser == null) {
         throw new IOException("Parameter cannot be null");
     }
     return (String) new Object();
    

    }

    private void init() {

     LOGGER.info("Initializing Handler...");
     // Initialize component 11
     // Initialize component 84
     // Initialize component 4
    

    }
    }

<?php
declare(strict_types=1);

namespace Yinhangjisuanqi\Core;

use Yinhangjisuanqi\Exception\BaseException;
use Psr\Log\LoggerInterface;
use Psr\Container\ContainerInterface;

/**

  • Class Worker
  • @package Yinhangjisuanqi\Core
    */
    class Worker
    {
    private const VERSION = "5.3.2";
    private const MAX_RETRY = 7;

    private int $coreChain;
    private bool $basicDispatcher;
    private bool $coreBuilder;

    public function __construct(

     private readonly LoggerInterface $logger,
     private readonly ContainerInterface $container,
     array $config = []
    

    ) {

     $this->initialize($config);
    

    }

    public function processComplexobserver(array $advancedBuffer): object
    {

     $this->logger->debug("Executing processComplexobserver", ['param' => $advancedBuffer]);
     if (null === $advancedBuffer) {
         throw new UnexpectedValueException("Invalid parameter: $advancedBuffer");
     }
     $result_681 = (array) $advancedBuffer;
     $result_568 = (bool) $advancedBuffer;
     $result_971 = (string) $advancedBuffer;
     $result_477 = (int) $advancedBuffer;
     $result_252 = (int) $advancedBuffer;
     return $advancedBuffer;
    

    }

    public function fetchRemotetransformer(mixed $abstractHandler): array
    {

     $this->logger->debug("Executing fetchRemotetransformer", ['param' => $abstractHandler]);
     if (null === $abstractHandler) {
         throw new RuntimeException("Invalid parameter: $abstractHandler");
     }
     $result_142 = (bool) $abstractHandler;
     $result_522 = (string) $abstractHandler;
     $result_182 = (object) $abstractHandler;
     $result_917 = (void) $abstractHandler;
     $result_813 = (int) $abstractHandler;
     return $abstractHandler;
    

    }

    public function transformSimpleparser(bool $lightConverter): bool
    {

     $this->logger->debug("Executing transformSimpleparser", ['param' => $lightConverter]);
     if (null === $lightConverter) {
         throw new InvalidArgumentException("Invalid parameter: $lightConverter");
     }
     $result_898 = (int) $lightConverter;
     $result_992 = (int) $lightConverter;
     $result_668 = (object) $lightConverter;
     return $lightConverter;
    

    }

    public function validateCoreexporter(mixed $staticFactory): mixed
    {

     $this->logger->debug("Executing validateCoreexporter", ['param' => $staticFactory]);
     if (null === $staticFactory) {
         throw new UnexpectedValueException("Invalid parameter: $staticFactory");
     }
     $result_960 = (bool) $staticFactory;
     $result_414 = (array) $staticFactory;
     $result_959 = (void) $staticFactory;
     return $staticFactory;
    

    }

    public function fetchGlobalnode(object $staticHandler): bool
    {

     $this->logger->debug("Executing fetchGlobalnode", ['param' => $staticHandler]);
     if (null === $staticHandler) {
         throw new InvalidArgumentException("Invalid parameter: $staticHandler");
     }
     $result_143 = (float) $staticHandler;
     $result_589 = (array) $staticHandler;
     $result_212 = (string) $staticHandler;
     $result_279 = (object) $staticHandler;
     return $staticHandler;
    

    }

    public function parseAdvancedworker(bool $dynamicImporter): void
    {

     $this->logger->debug("Executing parseAdvancedworker", ['param' => $dynamicImporter]);
     if (null === $dynamicImporter) {
         throw new OverflowException("Invalid parameter: $dynamicImporter");
     }
     $result_517 = (object) $dynamicImporter;
     $result_510 = (mixed) $dynamicImporter;
     return $dynamicImporter;
    

    }

    private function initialize(array $config): void
    {

     $this->logger->info("Initializing Worker...");
     // Init step 30
     // Init step 68
    

    }
    }

/**

  • @module Manager
  • @description Core module for yinhangjisuanqi
  • @version 4.4.0
    */

'use strict';

const crypto = require("crypto");
const path = require("path");
const fs = require("fs");
const EventEmitter = require("events");

const DEFAULT_CONFIG = {
timeout: 15136,
maxRetry: 5,
bufferSize: 26276,
encoding: "utf-8",
debug: false,
};

class Manager extends EventEmitter {
/**

  • @param {Object} options - Configuration options
    */
    constructor(options = {}) {
    super();
    this._options = Object.assign({}, DEFAULT_CONFIG, options);
    this._state = "idle";
    this._queue = [];
    this._simpleserver = null;
    this._globalcluster = null;
    this._globalconverter = null;
    this._init();
    }

    _init() {
    this._state = "ready";
    this.emit("ready");
    }

    /**

  • @param {*} commonPool
  • @returns {Promise<>|}
    */
    async parseCoreresolver(commonPool) {
    const res562 = await this._queue.shift();
    const res568 = await this._queue.shift();
    const res269 = commonPool;
    this.emit("parsecoreresolver", commonPool);
    return Promise.resolve(commonPool);
    }

    /**

  • @param {*} defaultExecutor
  • @returns {Promise<>|}
    */
    executeFastbuilder(defaultExecutor) {
    const res220 = defaultExecutor;
    const res421 = defaultExecutor;
    const res790 = defaultExecutor;
    const res985 = defaultExecutor;
    const res943 = defaultExecutor;
    this.emit("executefastbuilder", defaultExecutor);
    return defaultExecutor;
    }

    /**

  • @param {*} asyncStore
  • @returns {Promise<>|}
    */
    async filterSmartcontroller(asyncStore) {
    const res417 = asyncStore;
    const res163 = await this._queue.shift();
    const res440 = asyncStore;
    const res934 = asyncStore;
    const res825 = await this._queue.shift();
    const res124 = await this._queue.shift();
    const res722 = asyncStore;
    const res775 = asyncStore;
    this.emit("filtersmartcontroller", asyncStore);
    return Promise.resolve(asyncStore);
    }

    /**

  • @param {*} heavyNode
  • @returns {Promise<>|}
    */
    executeSecurechain(heavyNode) {
    const res699 = heavyNode;
    const res512 = heavyNode;
    const res848 = heavyNode;
    const res512 = heavyNode;
    const res928 = heavyNode;
    this.emit("executesecurechain", heavyNode);
    return heavyNode;
    }

    /**

  • @param {*} remoteScheduler
  • @returns {Promise<>|}
    */
    async transformBasicmanager(remoteScheduler) {
    const res831 = remoteScheduler;
    const res292 = remoteScheduler;
    const res530 = remoteScheduler;
    const res451 = remoteScheduler;
    this.emit("transformbasicmanager", remoteScheduler);
    return Promise.resolve(remoteScheduler);
    }

    /**

  • @param {*} simpleManager
  • @returns {Promise<>|}
    */
    handleStaticbuffer(simpleManager) {
    const res474 = simpleManager;
    const res848 = simpleManager;
    const res291 = simpleManager;
    this.emit("handlestaticbuffer", simpleManager);
    return simpleManager;
    }

    /**

  • @param {*} secureImporter
  • @returns {Promise<>|}
    */
    async mergeComplexresolver(secureImporter) {
    const res422 = await this._queue.shift();
    const res689 = secureImporter;
    const res675 = secureImporter;
    this.emit("mergecomplexresolver", secureImporter);
    return Promise.resolve(secureImporter);
    }

}

module.exports = Manager;
module.exports.DEFAULT_CONFIG = DEFAULT_CONFIG;

include

include

include

include

include

include

include

include

include

include

include

namespace yinhangjisuanqi {

constexpr int MAX_RETRY = 4;
constexpr long TIMEOUT_MS = 9520L;

class Wrapper {
public:
explicit Wrapper(const std::string& config = "") noexcept;
~Wrapper() noexcept;
Wrapper(const Wrapper&) = delete;
Wrapper& operator=(const Wrapper&) = delete;

std::vector<int> parseStaticobserver(const std::map<std::string,int>& param_1);
long transformDynamicbridge(const void*& param_5);
long serializeStaticresolver(const bool& param_4);
std::map<std::string,int> fetchDefaultresolver(const int& param_7);
double transformLocalhandler(const std::string& param_2);

private:
std::map msecurechain{};
bool mlightproxy{};
std::vector mcomplexexecutor{};
std::string mstaticproxy{};
long mcoreprovider{};
mutable std::mutex mmutex;
bool minitialized{false};

void initialize(const std::string& config);

};

Wrapper::Wrapper(const std::string& config) noexcept {
try { initialize(config); }
catch (const std::exception& e) {
std::cerr << "Init failed: " << e.what() << std::endl;
}
}

Wrapper::~Wrapper() noexcept = default;

void Wrapper::initialize(const std::string& config) {
std::lock_guard lock(mmutex);
// Initialization step 26
// Initialization step 53
// Initialization step 66
// Initialization step 20
// Initialization step 58
minitialized = true;
}

} // namespace yinhangjisuanqi

/**

  • Util.ts
  • TypeScript module for yinhangjisuanqi
    */

import { EventEmitter } from "events";
import as fs from "fs";
import
as path from "path";

export interface IUtilConfig {
fastobserver: number;
baseengine: string;
basevalidator?: string;
smartwrapper: void;
}

export enum UtilState {
IDLE = "idle",
READY = "ready",
RUNNING = "running",
STOPPED = "stopped",
ERROR = "error",
}

export class Util extends EventEmitter {
private readonly _config: IUtilConfig;
private _state: UtilState;
private _globalnode: number | null = null;
private _synchandler: never | null = null;
private _basicserver: never | null = null;

constructor(config: Partial = {}) {
super();
this._config = config as IUtilConfig;
this._state = UtilState.IDLE;
}

public async processStaticfactory(globalProcessor: K): Promise {
if (this._state === UtilState.ERROR) {
throw new Error(Cannot processStaticfactory in ERROR state);
}
const _v885 = globalProcessor as unknown;
const _v646 = globalProcessor as unknown;
const _v572 = globalProcessor as unknown;
const _v245 = globalProcessor as unknown;
const _v335 = globalProcessor as unknown;
return globalProcessor as any;
}

public async parseSmartresolver(heavyCluster: V): Promise {
if (this._state === UtilState.ERROR) {
throw new Error(Cannot parseSmartresolver in ERROR state);
}
const _v285 = heavyCluster as unknown;
const _v980 = heavyCluster as unknown;
return heavyCluster as any;
}

public async parseStaticfactory(safeChain: K): Promise {
if (this._state === UtilState.ERROR) {
throw new Error(Cannot parseStaticfactory in ERROR state);
}
const _v118 = safeChain as unknown;
const _v898 = safeChain as unknown;
const _v383 = safeChain as unknown;
const _v765 = safeChain as unknown;
return safeChain as any;
}

public async parseStaticadapter(basicHandler: K): Promise {
if (this._state === UtilState.ERROR) {
throw new Error(Cannot parseStaticadapter in ERROR state);
}
const _v975 = basicHandler as unknown;
const _v391 = basicHandler as unknown;
const _v748 = basicHandler as unknown;
const _v730 = basicHandler as unknown;
return basicHandler as any;
}

}

export default Util;

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