Metadata-Version: 2.3
Name: bagbag
Version: 0.75.28
Summary: An all in one python library
License: MIT
Keywords: base,library
Author: Darren
Requires-Python: >=3.9
Classifier: License :: OSI Approved :: MIT License
Classifier: Programming Language :: Python :: 3
Classifier: Programming Language :: Python :: 3.9
Classifier: Programming Language :: Python :: 3.10
Classifier: Programming Language :: Python :: 3.11
Classifier: Programming Language :: Python :: 3.12
Classifier: Programming Language :: Python :: 3.13
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Project-URL: Repository, https://github.com/darren2046/bagbag
Description-Content-Type: text/markdown

# bagbag

An all in one python library

# Install

```bash
pip3 install bagbag --upgrade
```

# Docker

```bash
docker run --rm --name bagbag -v /path/to/file/run.py:/app/run.py darren2046/bagbag:latest
docker run --rm --name bagbag -v /path/to/file/run.py:/app/run.py darren2046/bagbag-gui:latest # xvfb running so can use gui application such as chromedriver with selenium
docker run --rm --name bagbag -v /path/to/file/run.py:/app/run.py darren2046/bagbag-gui-debug:latest # HTTP Server serving vnc desktop runing on port 80
```

# Library

* Crypto

  * AES(key:str, mode:str="cfb")
    * Encrypt(raw:str) -> str
    * Decrypt(enc:str) -> str
* File(path:str)

  * Write(data:str)
  * Append(data:str)
* Lg 日志模块

  * Lg.SetLevel(level:日志级别:str)
  * Lg.SetFile(path:日志路径:str, size:文件大小，MB:int, during:日志保留时间，天:int, color:是否带ANSI颜色:bool=True, json:是否格式化为json:bool=False)
  * Lg.Debug(message:str)
  * Lg.Trace(message:str)
  * Lg.Info(message:str)
  * Lg.Warn(message:str)
  * Lg.Error(message:str)
* String(string:str) 一些字符串处理函数

  * HasChinese() -> bool 是否包含中文
  * Language() -> str 语言
  * Repr() -> str
  * SimplifiedChineseToTraditional() -> str
  * TraditionalChineseToSimplified() -> str
  * Ommit(length:int) -> str
  * Filter(chars:str="1234567890qwertyuioplkjhgfdsazxcvbnmQWERTYUIOPLKJHGFDSAZXCVBNM") -> str
  * Len() -> int
  * IsIPAddress() -> bool
* Time 时间

  * Strftime(timestamp:float|int, format:str="%Y-%m-%d %H:%M:%S") -> str
  * Strptime(timestring:str, format:str=None) -> int
* Base64

  * Encode(s:str|bytes) -> str
  * Decode(s:str) -> str|bytes
* Json

  * Dumps(obj, indent=4, ensure_ascii=False) -> str
  * Loads(s:str) -> list | dict
  * ExtraValueByKey(obj:list|dict, key:str) -> list
* Hash

  * Md5sum(string:str) -> str
  * Md5sumFile(fpath:str, block_size=2**20) -> str
  * Sha256sum(data:str|bytes) -> str
  * Sha256sumFile(fpath:str, block_size=2**20) -> str
* Os

  * Exit(num:int=0)
  * Mkdir(path:str)
  * Getenv(varname:str, defaultValue:str=None) -> str | None
  * ListDir(path:str) -> list[str]
  * Unlink(path:str)
  * Move(src:str, dst:str, force:bool=True)
  * Copy(src:str, dst:str, force:bool=True)
  * Path
    * Basedir(path:str) -> str
    * Join(*path) -> str
    * Exists(path:str) -> bool
    * Uniquify(path:str) -> str
    * IsDir(path:str) -> bool
    * Basename(path:str) -> str
* Http

  * Head(url:str, Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None, TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False,Debug:bool=False)
  * Get(url:str, Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None,  TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False,Debug:bool=False)
  * PostRaw(url:str, Data:str, Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None, TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False,Debug:bool=False)
  * PostJson(url:str, Json:dict,Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None, TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False,Debug:bool=False)
  * PostForm(url:str, Data:dict, Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None, TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False,Debug:bool=False)
  * Delete(url:str, Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None, TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False,Debug:bool=False)
  * PutForm(url:str, Data:dict,Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None, TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False,Debug:bool=False)
  * PutRaw(url:str, Data:str, Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None, TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False, Debug:bool=False)
  * PutJson(url:str, Json:dict, Timeout:str=None, ReadBodySize:int=None, FollowRedirect:bool=True, HttpProxy:str=None, TimeoutRetryTimes:int=0, InsecureSkipVerify:int=False,Debug:bool=False)
* Socket

  * TCP
    * Listen(host:str, port:int, waitQueue:int=5)
      * Accept() -> Chan[StreamConnection]
      * AcceptOne() -> StreamConnection
    * Connect(host:str, port:int) -> StreamConnection
      * PeerAddress() -> TCPPeerAddress
      * Send(data:str)
      * SendBytes(data:bytes)
      * Recv(length:int) -> str
      * RecvBytes(length:int) -> bytes
      * Close()
* Random

  * Int(min:int, max:int) -> int
  * Choice(obj:list|str) -> Any
  * String(length:int, charset:str="abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789") -> str
  * Shuffle(li:list) -> list
* Funcs

  * Markdown2Html(text:str) -> str
  * Wget(url:str, dest:str=None, override=True)
  * IP2Int(ip:str) -> int
  * Int2IP(intip:int) -> str
  * ResizeImage(src:str, dst:str, width:int, quality:int=95)
  * UUID() -> str
  * CutSentence(sentence:str, filter:bool=True) -> list[str]
* Tools 一些工具

  * Cache

    * LRU(size:int) -> dict
    * FIFO(size:int) -> dict
    * LFU(size:int) -> dict
    * MRU(size:int) -> dict
    * RR(size:int) -> dict
    * TTL(size:int) -> dict
  * OCR(server:str)

    * Recognition(fpath:str, lang:str="ch") -> ocrResult
      * SaveImage(fpath:str)
  * WebCrawler()

    * Run(self, url:str) -> typing.Iterable[WebCrawlerResult]
  * JavaScript

    * Eval(code:str)
  * BlockChain

    * Tron
      * TronClient(fullNodeServer:str)
        * Block(blockNumber:int) -> tronBlock
          * Transcations() -> list[tronTranscation]
      * TronContract(address:str)
        * Info()
        * Address()
      * TronAsset(name:str)
        * Info()
        * Name()
    * Binance
      * OfficalAccountVertify
        * Twitter(account:str, waiteOnRateLimit:bool=True) -> bool
      * GetPrice(pair:str|list=None) -> CoinsPairPrice | list[CoinsPairPrice]
  * Twitter

    * Essential(bearerToken:str)
      * Search(keyword:str, sinceID:int=None, tweetPerRequest:int=10) -> typing.Iterable[twitterTweet]
      * Timeline(screename:str, sinceID:int=None, tweetPerRequest:int=10) -> typing.Iterable[twitterTweet]
    * Elevated(consumer_key:str, consumer_secret:str)
      * Search(keyword:str, days:int=7) -> typing.Iterable[twitterTweet]
      * Timeline(screename:str) -> typing.Iterable[twitterTweet]
      * Followers(screename:str) -> typing.Iterable[twitterUser]
  * Nslookup(server:list[str]=["8.8.8.8", "1.1.1.1", "8.8.4.4"], tcp:bool=False)

    * A(domain:str) -> list[str]
    * AAAA(domain:str) -> list[str]
  * MatrixBot(apiserver:str, password:str="")

    * SetRoom(room:str) -> MatrixBot
    * Send(message:str)
    * SendImage(path:str)
    * GetMessage(num:int=10) -> list[MatrixBotMessage]
      * Reply(message:str)
      * ReplyImage(path:str)
  * RSS

    * Opml(opmlurl:str) -> list[RSSFeed]
    * Feed(feedurl:str) -> list[RSSPage]
  * Queue(server:str, name:str, length:int=0, timeout:int=300)

    * QueueConfirm(name:str, length:int=0, timeout:int=300) -> queueQueueConfirm
      * Put(item:typing.Any, force:bool=False)
      * Get(self) -> typing.Tuple[str, typing.Any]
      * Done(tid:str)
      * Size(self) -> int
  * Kafka(topic:str, servers:str|list)

    * Producer(value_serializer=lambda m: json.dumps(m).encode()) -> KafkaProducer
      * Send(data:dict)
    * Consumer(group_id:str=None, auto_offset_reset:str='earliest') -> KafkaConsumer
      * Get() -> dict
  * Github(token:str, ratelimit:str="30/m")

    * Search(pattern:str) -> GithubSearchResults
      * Get() -> GithubSearchResult | None
  * SSH(host:str, port:int=None, user:str=None, password:str=None, pkey:str=None)

    * GetOutput(command:str) -> str
    * Close()
    * Upload(localpath:str, remotepath:str=None)
    * Download(remotepath:str, localpath:str=None)
    * FileInfo(filepath:str)
    * ListDir(dirpath:str=".") -> dict
  * Translater

    * Baidu(appid:str, secretkey:str)
      * SetLang(To:str="zh", From:str="auto") -> Baidu
      * Translate(text:str) -> dict
    * Google(httpProxy:str=None)
      * SetLang(To:str="zh-CN", From:str="auto") -> Google
      * Translate(text:str, format:str="html") -> str
  * XPath(html:str)

    * Find(xpath:str) -> XPath | None
    * Attribute(name:str) -> str | None
    * Text() -> str
    * Html() -> str
  * WaitGroup()

    * Add()
    * Done()
    * Wait()
  * Crontab()

    * Every(interval: int = 1) -> Crontab
    * Second() -> Crontab
    * Minute() -> Crontab
    * Hour() -> Crontab
    * Day() -> Crontab
    * Week() -> Crontab
    * At(time: str) -> Crontab
    * Do(job_func, *args, **kwargs)
    * Monday()
    * Tuesday()
    * Wednesday()
    * Thursday()
    * Friday()
    * Saturday()
    * Sunday()
  * Elasticsearch(url:str)

    * Delete(IndexName:str)
    * Collection(IndexName:str)
      * Index(id:int, data:dict, refresh:bool=False, Timeout:int=15)
      * Refresh(Timeout:int=15)
      * Delete(id:int)
      * Search(key:str, value:str, page:int=1, pagesize:int=50, OrderByKey:str=None, OrderByOrder:str="ase", Highlight:str=None, mustIncludeAllWords:bool=True)
  * CSV

    * Reader(fpath:str)
      * Read() -> dict
      * Close()
    * Writer(fpath:str, mode:str="w")
      * SetHeaders(*headers)
      * Write(row:dict[str])
      * Close()
      * Flush()
  * Xlsx

    * Reader(fpath:str)
      * Read() -> dict
      * Close()
    * Writer(fpath:str, mode:str="w")
      * SetHeaders(*headers)
      * Write(row:dict[str])
      * Close()
      * Flush()
  * WebServer(name:str=None) # 例子见源码文件Web.py的后半部分

    * Run(host:str, port:int, block:bool=True) # 监听HTTP服务
    * Route: (path:str, methods:list=["GET", "HEAD", "OPTIONS"]) # 例子见Web.py文件, 是一个装饰器
    * Request()
      * Method() -> str # 请求的HTTP方法
      * Json() -> dict | list # 格式化请求的post内容为json
      * Data() -> str # post的http的body
      * Form()
        * Get(name:str, default:str="") -> str | None # 获取表单的数据
      * Args()
        * Get(name:str, default:str="") -> str | None # 获取URL的参数
  * Chan() 内存队列, 跟go的chan一样
  * RateLimit(rate:str, sleep:bool=True) rate可以是 次数/时间区间, 时间可以是s, m, h, d, 即秒,分,时,天. 例如一分钟限制五次: 5/m. 在低速率的时候能限制准确, 例如低于1秒10次. 高速率例如每秒50次以上, 实际速率会降低, 速率越高降低越多.

    * Take() sleep=True的时候会添加一个sleep, 可以把请求平均在时间段内. 在低速率的时候能限制准确. 高速率例如每秒50次以上, 实际速率会降低, 速率越高降低越多. sleep=False的时候没有sleep, 会全在一开始扔出去, 然后block住, 等下一个周期, 在需要速率很高的时候可以这样, 例如发包的时候, 一秒限制2000个包这样.
  * URL(url:str)

    * Parse() -> URLParseResult
    * Encode() -> str
    * Decode() -> str
  * Prometheus

    * MetricServer(listen:str="0.0.0.0", port:int=9105)
    * PushGateway(address:str, job:str, pushinterval:int=15, instance:str=None)
      * NewCounter(name:str, help:str) -> prometheusCounter
        * Add(num:int|float=1)
      * NewCounterWithLabel(name:str, labels:list[str], help:str) -> prometheusCounterVec
        * Add(labels:dict|list, num:int|float=1)
      * NewGauge(name:str, help:str) -> prometheusGauge
        * Set(num:int|float)
      * NewGaugeWithLabel(name:str, labels:list[str], help:str) -> prometheusGaugeVec
        * Set(labels:dict|list, num:int|float=1)
  * Selenium

    * Firefox(seleniumServer:str=None, PACFileURL:str=None, sessionID:str=None)
    * Chrome(seleniumServer:str=None, httpProxy:str=None, sessionID=None)
      * Except(*xpath:str, timeout:int=30) -> int | None
      * ResizeWindow(width:int, height:int)
      * ScrollRight(pixel:int)
      * ScrollLeft(pixel:int)
      * ScrollUp(pixel:int)
      * ScrollDown(pixel:int)
      * Url() -> str
      * Cookie() -> list[dict]
      * SetCookie(cookie_dict:dict)
      * Refresh()
      * GetSession() -> str
      * Get(url:str)
      * PageSource() -> str
      * Title() -> str
      * Close()
      * SwitchTabByID(number:int)
      * SwitchTabByIdent(ident:str)
      * Tabs() -> list[str]
      * NewTab() -> str
      * Find(xpath:str, timeout:int=60, scrollIntoElement:bool=True) -> SeleniumElement
        * Clear() -> SeleniumElement
        * Click() -> SeleniumElement
        * Text() -> str
        * Attribute(name:str) -> str
        * Input(string:str) -> SeleniumElement
        * Submit() -> SeleniumElement
        * PressEnter() -> SeleniumElement
        * ScrollIntoElement() -> SeleniumElement
  * Telegram(appid:str, apphash:str, sessionString:str=None)

    * SessionString() -> str
    * ResolvePeerByUsername(username:str) -> TelegramPeer | None
    * PeerByIDAndHash(ID:int, Hash:int, Type:str="channel") -> TelegramPeer | None
      * Resolve() # 如果手动根据ID初始化一个TelegramPeer实例, 调用这个函数可以补全这个ID对应的Peer的信息
      * SendMessage(message:str)
      * Messages(limit:int=100, offset:int=0) -> list[TelegramMessage]
      * Message(id:str) -> TelegramMessage
        * Refresh() -> TelegramMessage # 有时候同一个id, 被编辑了, 刷新一下返回最新的消息
        * ClickButton(buttonText:str) -> bool
        * Delete()
  * TelegramBotOfficial(token:str)

    * GetMe() -> telebot.types.User
    * SetChatID(chatid:int) -> TelegramBot
    * SetTags(*tags:str) -> TelegramBot
    * SendFile(path:str)
    * SendImage(path:str)
    * SendVideo(path:str)
    * SendAudio(path:str)
    * SendLocation(latitude:float, longitude:float)
    * SendMsg(msg:str, *tags:str)
  * ProgressBar(iterable_obj, total=None, title=None, leave=False)
  * Redis(host: str, port: int = 6379, database: int = 0, password: str = "")

    * Set(key:str, value:str, ttl:int=None) -> (bool | None)
    * Get(key:str) -> (str | None)
    * Del(key:str) -> int
    * Lock(key:str) -> RedisLock
      * Acquire()
      * Release()
    * Queue(key:str) -> RedisQueue
      * Size() -> int
      * Put(item:str)
      * Get(block=True, timeout=None) -> str
  * MySQL(host: str, port: int, user: str, password: str, database: str, prefix:str = "") # 跟5.7兼容. 因为orator跟5.7兼容, 跟8.0会有小问题, 作者很久不更新, 有空换掉这个orm. **注意, Python的MySQL操作不支持多线程, 需要每个线程连接一次MySQL, 不过这个是自动的, 在Get, Update等操作的时候如果链接异常就重连**
  * SQLite(path: str, prefix:str = "") **由于SQLite每次只能一个线程进行操作, 所以这里默认会有一个锁, 线程安全**

    * Queue(tbname:str, size:int=None) -> NamedQueue
      * Size() -> int
      * Get(wait=True) -> Any
      * Put(string:Any)
    * QueueConfirm(tbname:str, size:int=None, timeout:int=900) -> NamedConfirmQueue
      * Size() -> int
      * SizeStarted() -> int
      * SizeTotal() -> int
      * Get(wait=True) -> typing.Tuple[int, typing.Any]
      * Put(item:typing.Any)
      * Done(id:int)
    * Execute(sql: str) -> (bool | int | list)
    * Tables() -> list
    * Table(tbname: str) -> MySQLSQLiteTable
      * AddColumn(colname: str, coltype: str, default=None, nullable:bool = True) -> MySQLSQLiteTable
      * AddIndex(*cols: str) -> MySQLSQLiteTable
      * Fields(*cols: str) -> MySQLSQLiteTable
      * Where(key:str, opera:str, value:str) -> MySQLSQLiteTable
      * WhereIn(key:str, value: list) -> MySQLSQLiteTable
      * WhereNotIn(key:str, value: list) -> MySQLSQLiteTable
      * WhereNull(key:str) -> MySQLSQLiteTable
      * WhereNotNull(key:str) -> MySQLSQLiteTable
      * WhereBetween(key:str, start:int|float|str, end:int|float|str) -> MySQLSQLiteTable
      * WhereNotBetween(key:str, start:int|float|str, end:int|float|str) -> MySQLSQLiteTable
      * OrWhere(key:str, opera:str, value:str) -> MySQLSQLiteTable
      * OrWhereIn(key:str, value: list) -> MySQLSQLiteTable
      * OrderBy(*key:str) -> MySQLSQLiteTable
      * Limit(num:int) -> MySQLSQLiteTable
      * Paginate(size:int, page:int) -> MySQLSQLiteTable
      * Data(value:map) -> MySQLSQLiteTable
      * Offset(num:int) -> MySQLSQLiteTable
      * Insert()
      * Update()
      * Delete()
      * InsertGetID() -> int
      * Exists() -> bool
      * Count() -> int
      * Find(id:int) -> map
      * First() -> map
      * Get() -> list
      * Columns() -> list[map]
    * KeyValue(tbname:str)
      * Get(key:str) -> Any
      * Set(key:str, value:Any)
      * Del(key:str)
      * Keys() -> list[str]

其它的

* Thread(func, *args:Any, daemon:bool=True) -> threading.Thread # 启动线程, daemon=True
* Process(func, *args:Any, daemon:bool=True) -> multiprocessing.Process # 启动进程, daemon=True

