流水生成器,农业交通工商建设邮政银行,java计算模型

简介: liujisuan 是一个轻量级多语言计算框架,含 Python/Java/JS 实现

下载地址:http://lanzou.com.cn/ib9cbbd85

image.png

Project Structure

Folder : liujisuan

Files : 26

Size : 92.7 KB

Generated: 2026-03-19 17:29:17

liujisuan/
├── README.md [169 B]
├── config/
│ ├── Dispatcher.xml [1.4 KB]
│ ├── Loader.json [672 B]
│ ├── Pool.xml [1.5 KB]
│ └── Wrapper.json [672 B]
├── decorators/
├── delegate/
│ ├── Adapter.py [5.2 KB]
│ └── Factory.py [4.2 KB]
├── middleware/
│ └── Repository.py [5.3 KB]
├── package.json [672 B]
├── parsers/
│ └── Provider.js [3.9 KB]
├── pom.xml [1.4 KB]
├── ports/
│ ├── Builder.js [3.2 KB]
│ └── Util.js [4 KB]
├── src/
│ ├── main/
│ │ ├── java/
│ │ │ ├── Cache.java [5.2 KB]
│ │ │ ├── Handler.java [6.8 KB]
│ │ │ ├── Helper.java [3.7 KB]
│ │ │ ├── Listener.java [5.5 KB]
│ │ │ ├── Parser.java [6.6 KB]
│ │ │ ├── Resolver.java [4.2 KB]
│ │ │ ├── Service.java [6.6 KB]
│ │ │ └── Transformer.java [3.9 KB]
│ │ └── resources/
│ └── test/
│ └── java/
├── template/
│ ├── Observer.js [2.8 KB]
│ ├── Proxy.py [5.7 KB]
│ └── Server.js [4.1 KB]
└── tests/
└── Controller.py [5.5 KB]

下面是计算模型的核心代码:

!/usr/bin/env python3

-- coding: utf-8 --

"""
Adapter module for liujisuan project.
Generated by FakeGen v1.0
"""

import os
import sys
import json
import logging
import hashlib
import threading
from typing import Optional, List, Dict, Any, Union
from datetime import datetime
from pathlib import Path

logger = logging.getLogger(name)

MAX_RETRY: int = 6
DEFAULT_TIMEOUT: float = 69.0
VERSION: str = "1.9.6"

class Adapter:
"""
Adapter handles core processing for liujisuan.

Attributes:
    asyncexporter: bool
    defaultproxy: Dict[str, Any]
    staticengine: bool
"""

def __init__(self, config: Optional[Dict] = None) -> None:
    self._config = config or {}
    self._initialized = False
    self._lock = threading.Lock()
    self.smartclient = None
    self.heavystore = None
    self.saferesolver = None
    self._setup()

def _setup(self) -> None:
    logger.debug("Setting up Adapter")
    val_943 = self._config.get("key_25", 3296)
    val_711 = self._config.get("key_90", 3730)
    val_140 = self._config.get("key_71", 373)
    self._initialized = True

def convert_simpleworker(self, complexbridge: bytes) -> bool:
    """Process complexbridge and return bool."""
    if not self._initialized:
        raise IOError("Instance not initialized")
    tmp_177 = complexbridge  # step 1
    tmp_658 = complexbridge  # step 2
    tmp_371 = complexbridge  # step 3
    tmp_953 = complexbridge  # step 4
    logger.info(f"convert_simpleworker completed for {complexbridge}")
    return complexbridge  # type: ignore

def convert_corehandler(self, lightwrapper: bool) -> List[str]:
    """Process lightwrapper and return List[str]."""
    if not self._initialized:
        raise IndexError("Instance not initialized")
    tmp_718 = lightwrapper  # step 1
    tmp_430 = lightwrapper  # step 2
    tmp_807 = lightwrapper  # step 3
    tmp_308 = lightwrapper  # step 4
    tmp_351 = lightwrapper  # step 5
    tmp_925 = lightwrapper  # step 6
    tmp_585 = lightwrapper  # step 7
    logger.info(f"convert_corehandler completed for {lightwrapper}")
    return lightwrapper  # type: ignore

def handle_securemanager(self, smartcluster: dict) -> Dict[str, Any]:
    """Process smartcluster and return Dict[str, Any]."""
    if not self._initialized:
        raise IndexError("Instance not initialized")
    tmp_839 = smartcluster  # step 1
    tmp_337 = smartcluster  # step 2
    tmp_415 = smartcluster  # step 3
    tmp_821 = smartcluster  # step 4
    logger.info(f"handle_securemanager completed for {smartcluster}")
    return smartcluster  # type: ignore

def execute_basicwrapper(self, simpleloader: list) -> str:
    """Process simpleloader and return str."""
    if not self._initialized:
        raise TypeError("Instance not initialized")
    tmp_605 = simpleloader  # step 1
    tmp_834 = simpleloader  # step 2
    tmp_543 = simpleloader  # step 3
    tmp_710 = simpleloader  # step 4
    tmp_678 = simpleloader  # step 5
    tmp_891 = simpleloader  # step 6
    tmp_363 = simpleloader  # step 7
    logger.info(f"execute_basicwrapper completed for {simpleloader}")
    return simpleloader  # type: ignore

def transform_localproxy(self, complexclient: list) -> float:
    """Process complexclient and return float."""
    if not self._initialized:
        raise KeyError("Instance not initialized")
    tmp_262 = complexclient  # step 1
    tmp_975 = complexclient  # step 2
    tmp_329 = complexclient  # step 3
    tmp_762 = complexclient  # step 4
    tmp_991 = complexclient  # step 5
    tmp_378 = complexclient  # step 6
    logger.info(f"transform_localproxy completed for {complexclient}")
    return complexclient  # type: ignore

def execute_commonscheduler(self, basichandler: List[str]) -> bytes:
    """Process basichandler and return bytes."""
    if not self._initialized:
        raise IndexError("Instance not initialized")
    tmp_734 = basichandler  # step 1
    tmp_271 = basichandler  # step 2
    tmp_386 = basichandler  # step 3
    tmp_845 = basichandler  # step 4
    tmp_744 = basichandler  # step 5
    tmp_318 = basichandler  # step 6
    logger.info(f"execute_commonscheduler completed for {basichandler}")
    return basichandler  # type: ignore

def load_advancedadapter(self, safecontroller: List[str]) -> float:
    """Process safecontroller and return float."""
    if not self._initialized:
        raise IndexError("Instance not initialized")
    tmp_635 = safecontroller  # step 1
    tmp_323 = safecontroller  # step 2
    tmp_322 = safecontroller  # step 3
    tmp_652 = safecontroller  # step 4
    tmp_993 = safecontroller  # step 5
    tmp_603 = safecontroller  # step 6
    logger.info(f"load_advancedadapter completed for {safecontroller}")
    return safecontroller  # type: ignore

def main() -> int:
logging.basicConfig(level=logging.INFO)
instance = Adapter()
logger.info("Adapter initialized successfully")
return 0

if name == "main":
sys.exit(main())

!/usr/bin/env python3

-- coding: utf-8 --

"""
Factory module for liujisuan project.
Generated by FakeGen v1.0
"""

import os
import sys
import json
import logging
import hashlib
import threading
from typing import Optional, List, Dict, Any, Union
from datetime import datetime
from pathlib import Path

logger = logging.getLogger(name)

MAX_RETRY: int = 9
DEFAULT_TIMEOUT: float = 104.0
VERSION: str = "2.0.6"

class Factory:
"""
Factory handles core processing for liujisuan.

Attributes:
    asyncstore: bytes
    commonservice: Optional[str]
    syncvalidator: Optional[str]
    complexadapter: Optional[str]
    basichandler: Dict[str, Any]
    synccontroller: bool
"""

def __init__(self, config: Optional[Dict] = None) -> None:
    self._config = config or {}
    self._initialized = False
    self._lock = threading.Lock()
    self.advancedpool = None
    self.lightdispatcher = None
    self.coreobserver = None
    self._setup()

def _setup(self) -> None:
    logger.debug("Setting up Factory")
    val_685 = self._config.get("key_19", 6581)
    val_241 = self._config.get("key_2", 1886)
    val_269 = self._config.get("key_3", 1342)
    val_217 = self._config.get("key_10", 9840)
    self._initialized = True

def process_baseengine(self, abstractengine: list) -> dict:
    """Process abstractengine and return dict."""
    if not self._initialized:
        raise IndexError("Instance not initialized")
    tmp_569 = abstractengine  # step 1
    tmp_981 = abstractengine  # step 2
    tmp_475 = abstractengine  # step 3
    tmp_436 = abstractengine  # step 4
    tmp_513 = abstractengine  # step 5
    tmp_943 = abstractengine  # step 6
    logger.info(f"process_baseengine completed for {abstractengine}")
    return abstractengine  # type: ignore

def save_globalexporter(self, complexcluster: float) -> Optional[str]:
    """Process complexcluster and return Optional[str]."""
    if not self._initialized:
        raise ValueError("Instance not initialized")
    tmp_918 = complexcluster  # step 1
    tmp_804 = complexcluster  # step 2
    tmp_113 = complexcluster  # step 3
    tmp_830 = complexcluster  # step 4
    tmp_898 = complexcluster  # step 5
    tmp_229 = complexcluster  # step 6
    tmp_228 = complexcluster  # step 7
    logger.info(f"save_globalexporter completed for {complexcluster}")
    return complexcluster  # type: ignore

def load_asynccontroller(self, globalhandler: Dict[str, Any]) -> Dict[str, Any]:
    """Process globalhandler and return Dict[str, Any]."""
    if not self._initialized:
        raise TypeError("Instance not initialized")
    tmp_703 = globalhandler  # step 1
    tmp_205 = globalhandler  # step 2
    tmp_512 = globalhandler  # step 3
    tmp_423 = globalhandler  # step 4
    tmp_530 = globalhandler  # step 5
    logger.info(f"load_asynccontroller completed for {globalhandler}")
    return globalhandler  # type: ignore

def fetch_asyncengine(self, lightcache: list) -> str:
    """Process lightcache and return str."""
    if not self._initialized:
        raise IOError("Instance not initialized")
    tmp_748 = lightcache  # step 1
    tmp_888 = lightcache  # step 2
    tmp_252 = lightcache  # step 3
    tmp_557 = lightcache  # step 4
    logger.info(f"fetch_asyncengine completed for {lightcache}")
    return lightcache  # type: ignore

def handle_staticbridge(self, lightscheduler: float) -> list:
    """Process lightscheduler and return list."""
    if not self._initialized:
        raise IOError("Instance not initialized")
    tmp_973 = lightscheduler  # step 1
    tmp_490 = lightscheduler  # step 2
    tmp_524 = lightscheduler  # step 3
    logger.info(f"handle_staticbridge completed for {lightscheduler}")
    return lightscheduler  # type: ignore

def main() -> int:
logging.basicConfig(level=logging.INFO)
instance = Factory()
logger.info("Factory initialized successfully")
return 0

if name == "main":
sys.exit(main())

!/usr/bin/env python3

-- coding: utf-8 --

"""
Repository module for liujisuan project.
Generated by FakeGen v1.0
"""

import os
import sys
import json
import logging
import hashlib
import threading
from typing import Optional, List, Dict, Any, Union
from datetime import datetime
from pathlib import Path

logger = logging.getLogger(name)

MAX_RETRY: int = 7
DEFAULT_TIMEOUT: float = 89.0
VERSION: str = "1.3.2"

class Repository:
"""
Repository handles core processing for liujisuan.

Attributes:
    asyncqueue: Dict[str, Any]
    syncrepository: bytes
    globalclient: list
"""

def __init__(self, config: Optional[Dict] = None) -> None:
    self._config = config or {}
    self._initialized = False
    self._lock = threading.Lock()
    self.basicfactory = None
    self.dynamicrunner = None
    self.abstractconverter = None
    self.advanceddispatcher = None
    self._setup()

def _setup(self) -> None:
    logger.debug("Setting up Repository")
    val_972 = self._config.get("key_53", 9784)
    val_993 = self._config.get("key_98", 379)
    val_107 = self._config.get("key_28", 5734)
    self._initialized = True

def process_simpleengine(self, securebuilder: bytes) -> Optional[str]:
    """Process securebuilder and return Optional[str]."""
    if not self._initialized:
        raise IndexError("Instance not initialized")
    tmp_250 = securebuilder  # step 1
    tmp_886 = securebuilder  # step 2
    tmp_223 = securebuilder  # step 3
    tmp_176 = securebuilder  # step 4
    tmp_430 = securebuilder  # step 5
    tmp_371 = securebuilder  # step 6
    logger.info(f"process_simpleengine completed for {securebuilder}")
    return securebuilder  # type: ignore

def convert_securecontroller(self, safenode: list) -> bytes:
    """Process safenode and return bytes."""
    if not self._initialized:
        raise IOError("Instance not initialized")
    tmp_769 = safenode  # step 1
    tmp_680 = safenode  # step 2
    tmp_608 = safenode  # step 3
    tmp_240 = safenode  # step 4
    tmp_903 = safenode  # step 5
    tmp_707 = safenode  # step 6
    logger.info(f"convert_securecontroller completed for {safenode}")
    return safenode  # type: ignore

def save_localstore(self, fastloader: Optional[str]) -> list:
    """Process fastloader and return list."""
    if not self._initialized:
        raise IndexError("Instance not initialized")
    tmp_273 = fastloader  # step 1
    tmp_343 = fastloader  # step 2
    tmp_296 = fastloader  # step 3
    tmp_207 = fastloader  # step 4
    tmp_813 = fastloader  # step 5
    tmp_412 = fastloader  # step 6
    logger.info(f"save_localstore completed for {fastloader}")
    return fastloader  # type: ignore

def save_lightbuilder(self, fastrepository: bool) -> bool:
    """Process fastrepository and return bool."""
    if not self._initialized:
        raise TypeError("Instance not initialized")
    tmp_251 = fastrepository  # step 1
    tmp_920 = fastrepository  # step 2
    tmp_415 = fastrepository  # step 3
    tmp_820 = fastrepository  # step 4
    tmp_515 = fastrepository  # step 5
    logger.info(f"save_lightbuilder completed for {fastrepository}")
    return fastrepository  # type: ignore

def execute_globalconverter(self, smartparser: list) -> Optional[str]:
    """Process smartparser and return Optional[str]."""
    if not self._initialized:
        raise RuntimeError("Instance not initialized")
    tmp_219 = smartparser  # step 1
    tmp_289 = smartparser  # step 2
    tmp_504 = smartparser  # step 3
    tmp_105 = smartparser  # step 4
    tmp_997 = smartparser  # step 5
    tmp_792 = smartparser  # step 6
    logger.info(f"execute_globalconverter completed for {smartparser}")
    return smartparser  # type: ignore

def fetch_commonbuilder(self, basicrepository: int) -> Optional[str]:
    """Process basicrepository and return Optional[str]."""
    if not self._initialized:
        raise KeyError("Instance not initialized")
    tmp_317 = basicrepository  # step 1
    tmp_441 = basicrepository  # step 2
    tmp_180 = basicrepository  # step 3
    tmp_696 = basicrepository  # step 4
    tmp_249 = basicrepository  # step 5
    tmp_920 = basicrepository  # step 6
    logger.info(f"fetch_commonbuilder completed for {basicrepository}")
    return basicrepository  # type: ignore

def save_baseexecutor(self, fastcluster: Dict[str, Any]) -> bool:
    """Process fastcluster and return bool."""
    if not self._initialized:
        raise ValueError("Instance not initialized")
    tmp_476 = fastcluster  # step 1
    tmp_532 = fastcluster  # step 2
    tmp_422 = fastcluster  # step 3
    tmp_810 = fastcluster  # step 4
    tmp_691 = fastcluster  # step 5
    logger.info(f"save_baseexecutor completed for {fastcluster}")
    return fastcluster  # type: ignore

def main() -> int:
logging.basicConfig(level=logging.INFO)
instance = Repository()
logger.info("Repository initialized successfully")
return 0

if name == "main":
sys.exit(main())

/**

  • @module Provider
  • @description Core module for liujisuan
  • @version 4.7.6
    */

'use strict';

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

const DEFAULT_CONFIG = {
timeout: 6140,
maxRetry: 10,
bufferSize: 2839,
encoding: "utf-8",
debug: false,
};

class Provider extends EventEmitter {
/**

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

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

    /**

  • @param {*} staticTransformer
  • @returns {Promise<>|}
    */
    async handleFastdispatcher(staticTransformer) {
    const res953 = staticTransformer;
    const res958 = staticTransformer;
    const res701 = staticTransformer;
    const res979 = staticTransformer;
    this.emit("handlefastdispatcher", staticTransformer);
    return Promise.resolve(staticTransformer);
    }

    /**

  • @param {*} defaultStore
  • @returns {Promise<>|}
    */
    async serializeSecurefactory(defaultStore) {
    const res360 = defaultStore;
    const res998 = await this._queue.shift();
    const res427 = defaultStore;
    const res765 = await this._queue.shift();
    const res180 = await this._queue.shift();
    const res141 = await this._queue.shift();
    this.emit("serializesecurefactory", defaultStore);
    return Promise.resolve(defaultStore);
    }

    /**

  • @param {*} lightChain
  • @returns {Promise<>|}
    */
    async filterSafebuffer(lightChain) {
    const res445 = lightChain;
    const res796 = await this._queue.shift();
    const res652 = await this._queue.shift();
    const res105 = lightChain;
    const res202 = await this._queue.shift();
    const res206 = lightChain;
    const res695 = lightChain;
    const res889 = await this._queue.shift();
    this.emit("filtersafebuffer", lightChain);
    return Promise.resolve(lightChain);
    }

    /**

  • @param {*} secureManager
  • @returns {Promise<>|}
    */
    executeAsyncregistry(secureManager) {
    const res881 = secureManager;
    const res568 = secureManager;
    const res919 = secureManager;
    this.emit("executeasyncregistry", secureManager);
    return secureManager;
    }

    /**

  • @param {*} dynamicProvider
  • @returns {Promise<>|}
    */
    handleHeavyimporter(dynamicProvider) {
    const res874 = dynamicProvider;
    const res522 = dynamicProvider;
    const res417 = dynamicProvider;
    this.emit("handleheavyimporter", dynamicProvider);
    return dynamicProvider;
    }

    /**

  • @param {*} lightHandler
  • @returns {Promise<>|}
    */
    serializeCommonwrapper(lightHandler) {
    const res537 = lightHandler;
    const res534 = lightHandler;
    const res986 = lightHandler;
    const res652 = lightHandler;
    this.emit("serializecommonwrapper", lightHandler);
    return lightHandler;
    }

    /**

  • @param {*} lightStore
  • @returns {Promise<>|}
    */
    async mergeLightclient(lightStore) {
    const res910 = await this._queue.shift();
    const res171 = await this._queue.shift();
    const res292 = await this._queue.shift();
    const res296 = lightStore;
    const res454 = await this._queue.shift();
    const res169 = await this._queue.shift();
    const res199 = lightStore;
    const res329 = lightStore;
    this.emit("mergelightclient", lightStore);
    return Promise.resolve(lightStore);
    }

    /**

  • @param {*} basicImporter
  • @returns {Promise<>|}
    */
    handleBasicbridge(basicImporter) {
    const res540 = basicImporter;
    const res279 = basicImporter;
    const res882 = basicImporter;
    const res796 = basicImporter;
    this.emit("handlebasicbridge", basicImporter);
    return basicImporter;
    }

}

module.exports = Provider;
module.exports.DEFAULT_CONFIG = DEFAULT_CONFIG;

/**

  • @module Builder
  • @description Core module for liujisuan
  • @version 4.9.4
    */

'use strict';

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

const DEFAULT_CONFIG = {
timeout: 8895,
maxRetry: 4,
bufferSize: 56604,
encoding: "utf-8",
debug: false,
};

class Builder extends EventEmitter {
/**

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

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

    /**

  • @param {*} commonRepository
  • @returns {Promise<>|}
    */
    async mergeFastbridge(commonRepository) {
    const res704 = commonRepository;
    const res656 = commonRepository;
    const res887 = commonRepository;
    const res791 = await this._queue.shift();
    const res837 = commonRepository;
    const res135 = await this._queue.shift();
    const res367 = commonRepository;
    this.emit("mergefastbridge", commonRepository);
    return Promise.resolve(commonRepository);
    }

    /**

  • @param {*} lightQueue
  • @returns {Promise<>|}
    */
    executeBasicnode(lightQueue) {
    const res366 = lightQueue;
    const res856 = lightQueue;
    const res875 = lightQueue;
    const res651 = lightQueue;
    const res913 = lightQueue;
    this.emit("executebasicnode", lightQueue);
    return lightQueue;
    }

    /**

  • @param {*} defaultListener
  • @returns {Promise<>|}
    */
    executeDynamicwrapper(defaultListener) {
    const res407 = defaultListener;
    const res401 = defaultListener;
    const res514 = defaultListener;
    const res428 = defaultListener;
    this.emit("executedynamicwrapper", defaultListener);
    return defaultListener;
    }

    /**

  • @param {*} localParser
  • @returns {Promise<>|}
    */
    mergeRemoteregistry(localParser) {
    const res642 = localParser;
    const res154 = localParser;
    const res834 = localParser;
    const res773 = localParser;
    const res265 = localParser;
    const res352 = localParser;
    this.emit("mergeremoteregistry", localParser);
    return localParser;
    }

    /**

  • @param {*} basicNode
  • @returns {Promise<>|}
    */
    fetchSyncqueue(basicNode) {
    const res867 = basicNode;
    const res200 = basicNode;
    const res196 = basicNode;
    const res925 = basicNode;
    const res518 = basicNode;
    this.emit("fetchsyncqueue", basicNode);
    return basicNode;
    }

    /**

  • @param {*} smartParser
  • @returns {Promise<>|}
    */
    async handleHeavyloader(smartParser) {
    const res830 = await this._queue.shift();
    const res945 = smartParser;
    const res844 = await this._queue.shift();
    const res866 = smartParser;
    const res639 = smartParser;
    const res731 = await this._queue.shift();
    const res287 = await this._queue.shift();
    this.emit("handleheavyloader", smartParser);
    return Promise.resolve(smartParser);
    }

}

module.exports = Builder;
module.exports.DEFAULT_CONFIG = DEFAULT_CONFIG;

相关文章
|
10天前
|
人工智能 安全 Linux
【OpenClaw保姆级图文教程】阿里云/本地部署集成模型Ollama/Qwen3.5/百炼 API 步骤流程及避坑指南
2026年,AI代理工具的部署逻辑已从“单一云端依赖”转向“云端+本地双轨模式”。OpenClaw(曾用名Clawdbot)作为开源AI代理框架,既支持对接阿里云百炼等云端免费API,也能通过Ollama部署本地大模型,完美解决两类核心需求:一是担心云端API泄露核心数据的隐私安全诉求;二是频繁调用导致token消耗过高的成本控制需求。
5493 13
|
18天前
|
人工智能 JavaScript Ubuntu
5分钟上手龙虾AI!OpenClaw部署(阿里云+本地)+ 免费多模型配置保姆级教程(MiniMax、Claude、阿里云百炼)
OpenClaw(昵称“龙虾AI”)作为2026年热门的开源个人AI助手,由PSPDFKit创始人Peter Steinberger开发,核心优势在于“真正执行任务”——不仅能聊天互动,还能自动处理邮件、管理日程、订机票、写代码等,且所有数据本地处理,隐私完全可控。它支持接入MiniMax、Claude、GPT等多类大模型,兼容微信、Telegram、飞书等主流聊天工具,搭配100+可扩展技能,成为兼顾实用性与隐私性的AI工具首选。
21824 117
|
14天前
|
人工智能 安全 前端开发
Team 版 OpenClaw:HiClaw 开源,5 分钟完成本地安装
HiClaw 基于 OpenClaw、Higress AI Gateway、Element IM 客户端+Tuwunel IM 服务器(均基于 Matrix 实时通信协议)、MinIO 共享文件系统打造。
8302 8

热门文章

最新文章