Saravanan666/pypi-org huggingface dataset:
Package: voiptests
VoIP Integrated Tests SuiteDescriptionThis is a "meta-repository" to test interoperability of several popular
open-source VoIP components and their ability to handle basic SIP call
scenarios, both individually and working as a simple VoIP switching system.The basic test setup looks like the following:In the course of the test, first UA, which we call "Alice", initiates number
of distinct SIP sessions to SSuT, which is configured to forward those
sessions to the second UA ("Bob") and pin the media to the RTPProxy. The Bob
either answers or rejects the specific session (depending on scenario id
passed in the user section of the RURI) and Alice verifies that the particular
scenario has completed in the expected way.Both Alice and Bob also check that the SSuT rewrites the SDP correctly in
all relevant INVITEs, 183s, 200s and ACKs, replacing original random media
IP/port with the IP/port of the RTPProxy, which signifies proper execution
of the RTPProxy Control Protocol (RTPPC) between the particular SSuT and the
RTPProxy.Also, upon test completion some basic statistics is pulled from the RTPProxy
to verify that the number of RTPPC requests/replies matches pre-determined
value specific for that SSuT and that there were no errors detected in the
protocol exchange or generated by the RTPProxy internal checkups.TODOAdd more SSuTs (e.g. Asterisk, FreeSWITCH)Add more scenarios (e.g. SIP over IPv6, packet loss)Test actual media end-to-end via the RTPProxy / SSuTYou name it :)
Package: vois
Python library to simplify the creation of impactful Voilà dashboards.The online documentation for the vois library is availablehereThe PDF documentation for the vois library is availablehereThe source repository is availablehereThe vois library contains:packagevois: helper functions for tasks not directly related to ipyvuetify (manage geojson files, create an interactive map to display custom geojson, simplify visualization of hierarchical data in Plotly, create custom SVG visualizations, etc.)packagevois/vuetify: classes to simplify the development of GUIs using ipyvuetify (each source file contains a wrapper to simplify the usage of a ipyvuetify widget)LicenseVOIS library is released under aEUPL Version 1.2license.SetupThe vois library can be installed using this command:pip install voisTutorialThe tutorial section of the documentation availablehereprovides a step by step example for the construction of a dashboard to display EUROSTAT data on Energy Consumption in Europe.These are the links to all the steps of the example dashboard deployed and published by Hugginface Spaces:Step.1: Creation of the dashboard structure using the app classStep.2: Use Pandas to read the input CSVs and display the DataFrame as a tableStep.3: Add the filtering controls to the dashboard to select countries and sectorStep.4: Add the Plotly Bar Chart ViewStep.5: Add the SVG Static Map ViewStep.6: Add the Dynamic Map ViewStep.7: Add the functions for downloading chart, table and mapStep.8: Manage the parameters passsed in the URL and open external URLsStep.9: Add an interactive AnimatedPieChart in SVG to select the consumption sectorStep.Final: Add minipanel to footer bar and the function to generate and download a report in docx formatStep.Final.Dark: Dark version of the final dashboardAn example multi-page dashboard can be viewed at this link:Example multi-page dashboard
Package: voitto
Copyright (C) 2010 Santtu Pajukanta <santtu@pajukanta.fi>Voitto is licensed under the GNU General Public License, version 3 or later.
See the file COPYING.GPLv3 for the complete license.IntroductionMy long term vision is to make a bookkeeping system that supports distributed
operation (in the DVCS sense). Some “web 2.0” features (e-invoices/social debt
tracking via a REST API) are also being planned.InstallationThe use of pip is recommended:pip install voittoStandard setup.py magic works, too (including setup.py develop).Tappio utilitiesAt the moment Voitto only consists of a small collection of tools to work
with Tappio, a simple closed-source freeware bookkeeping application for
Windows. For more information about Tappio, seehttp://www.lahdenniemi.fi/jussi/tappio/Current utilities in descending order of usefulness:tappio-renumber - sort and renumber events by datetappio-extract - extract a period of time from a TLK file (with opening balances)tappio-merge - merge two or more TLK filestappio-move-entries - all entries from one account number to anothertappio-indent - a Tappio pretty-printer, useful for “git diff” (see below)tappio-missing-accounts - print accounts that are in some but not all input filestappio-print-accounts - print the account treetappio-print-earnings - print incomes and expenses in CSV for nice pie graphstappio-graph - print a totally useless GrahpViz graph of money flowsThe utilitiesgenerallyaccept an input file as the first argument and
an output file as the second argument, with the notable exception of tappio-merge,
which takes anoutputfile as the first argument and any number of input files
as the rest. Better documentation pending, so UTSL for the time being (and please
take backups of your .tlk files before overwriting them with Voitto!).And BTW, it’s safe to do this (as long as you have backups):tappio-renumber old.tlk old.tlkThe whole file is read in first, then transmogrified and only then written out,
so this isn’t like shell redirections where you’d end up with an empty old.tlk.Using indent.py as a pretty-printer for “git diff”In ~/.gitconfig, add this:[diff "tappio"]
textconv = /path/to/voitto/indent.pyIn the .gitattributes of your git repository, add this:*.tlk diff=tappioNow “git diff” should use indent.py for pretty printing.
Package: vokativ
vokativOslovte své uživatele správně!Instalace$ pip install vokativPodporované verze Pythonu 2.6, 2.7, 3.x.Použití>>> from vokativ import vokativ
>>> vokativ('Petr')
u'petře'
>>> vokativ(u'Novák')
u'nováku'
>>> vokativ('Adriana')
u'adriano'
>>> vokativ(u'Fialová')
u'fialová'Funkcevokativ()bere jako první argument vlastní jméno v 1. pádu jednotného čísla a vrátí ho vyskloňované v 5. pádu.
Návratová hodnota funkce je vždy řetězec s malými písmeny typuunicode.
Upozorňujeme, že funkce nemusí fungovat správně pro jména cizího původu.Další volitelné argumenty jsou:womanPoužijteTrue, pokud si přejete zadané jméno skloňovat jako ženské.PoužijteFalse, pokud si přejete zadané jméno skloňovat jako mužské.Ve výchozím případě je pohlaví detekováno automaticky.>>> vokativ('Michel')  # automaticky skloňuje jako mužské jméno
u'micheli'
>>> vokativ('Michel', woman=False)
u'micheli'
>>> vokativ('Michel', woman=True)
u'michel'last_namePoužijteTrue, pokud si přejete zadané jméno skloňovat jako příjmení.PoužijteFalse, pokus si přejete zadané jméno skloňovat jako křestní jméno.Ve výchozím případě je typ jména detekován automaticky.Hodnota tohoto parametru ovlivňuje pouze skloňování ženských jmen.>>> vokativ('Ivanova')  # automaticky skloňuje jako příjmení
u'ivanova'
>>> vokativ('Ivanova', last_name=True)
u'ivanova'
>>> vokativ('Ivanova', last_name=False)
u'ivanovo'Automatická detekce pohlavíKnihovnavokativposkytuje taky jednoduchou funkci na detekci pohlaví podle křestního jména či příjmení.
Pro četnosti jmen v ČR podlestatistického úřadufunkce funguje správně v 99.7% případů.>>> from vokativ import sex
>>> sex('Michal')
'm'
>>> sex('Novák')
'm'
>>> sex('Tereza')
'w'
>>> sex(u'Nováková')
'w'
Package: voken
Python Packages from VokenPython Packages from Voken ProjectInstallAvailable on PyPI:$python-mpipinstallvokenModulesshellEmbed and provide a interactive console...fromvokenimportshellshell.embed('welcome')# >>>text_linkExtract allTEXT_LINK(s)Gethostnamefrom aTEXT_LINKGettelegram_usernamefrom aTEXT_LINKfromvokenimporttext_linkastltext='Lorem ipsum dolor sit amet, a.com b.com/a c.io c.io/abc t.me t.me/BotFather telegram.me telegram.me/BotFather something else...'text_links=tl.find_all_text_links(text)fortext_linkintext_links:print()print(text_link)print(tl.get_hostname(text_link))print(tl.get_telegram_username(text_link))# a.com# a.com# None# b.com/a# b.com# None# c.io# c.io# None# c.io/abc# c.io# None# t.me# t.me# None# t.me/BotFather# t.me# BotFather# telegram.me# telegram.me# None# telegram.me/BotFather# telegram.me# BotFather
Package: vokram
Vokram is a toyMarkov chainlibrary that is most likely implemented
incorrectly and extremely inefficiently.InstallationUsepipto install:pip install vokramUsageCommand Line UsagePipe a body of text intovokramand it will generate some (hopefully)
plausible sentences synthesized from that body of text:$ cat the_art_of_war.txt | vokram
Spies cannot be obtained inductively from experience, nor by any danger.You can control the maximum number of words in the output and the n-gram size
used when building the Markov model. All command line options are given below:$ vokram --helpOutputs:usage: vokram [-h] [-w NUM_WORDS] [-n NGRAM_SIZE]

Generates plausible new sentences from a corpus provided on STDIN.

optional arguments:
  -h, --help            show this help message and exit
  -w NUM_WORDS, --num-words NUM_WORDS
                        Maximum number of words in the resulting sentence.
  -n NGRAM_SIZE, --ngram-size NGRAM_SIZELibrary UsageVokram can also be used as a plain old Python library:>>> import vokram
>>> corpus = open('the_art_of_war.txt')
>>> model = vokram.build_word_model(corpus, 2)
>>> vokram.markov_words(model, 25))
'Hence it is not supreme excellence; supreme excellence consists in breaking the enemy's few.'CreditsVokram was made with inspiration from this simple and approachablePython implementation and explanation.
Package: vol
Installationwith pip as easy as:$ pip install volor checkout the latest version from github:$ git clone https://github.com/bmaeser/vol.git
$ cd vol
$ python setup.py installWhat?vol lets you control your mac’s audio volume from the commandline. It also has support for profiles.Why?Because i want to have profiles, and want to change my audio-volume via commandline.
So i can ssh into the box in my livingroom and change the volume while sitting on the couch.How?vol (in|out|alert) <volume>
vol mute
vol unmute
vol load <profile>
vol info

vol (-h | --help)
vol --version

Options:
    -h --help     Show this screen.
    --version     Show version.Examplesset output volume to 50 (of 100 max):vol out 50set input (mic) volume to 10:vol in 10mute and unmute:vol mute
vol unmuteload a profile from$HOME/.vol- file:vol load partyProfilesvol looks for profiles in.volin your home.If your username is ‘bob’ vol will parse/Users/bob/.vola short example for.vol:[party]
in= 0
alert= 0
out= 100

[silence]
out = 0
in = 0
alert = 0
mute=True.voluses ini-style syntax. Please see the full example configfile in ./conf/
Package: voladice
voladiceA Python package for dice rolling and result manipulation.How it worksVoladice is simple in its nature, following a three-step process:CreateDiceor use the already availableD4,D6,D8,D10,D12,D20andD100constants, then roll them to get......Results! You can combineResultobjects in many ways, and also filter
them by providing filter functions (or using the already availablefilterfunctions) and target values, and then......extract values from theResultssuch as the individual rolls withget_rolls()or the sum of all rolls (total) withget_total()(you can
also get this by converting theResultobject to anint).
Package: volapi
Installationpip3 install volapior for version with faster json module,orjsonpip3 install 'volapi[FAST_JSON]'If you have it installed already but want to update:pip3 install volapi -Uorpip3 install 'volapi[FAST_JSON]' -UExamplesBasic# Import volapi and a Room interfacefromvolapiimportRoom# beepi will close at the end of this scopewithRoom("BEEPi","SameFag")asbeepi:# optional login using a passwordbeepi.user.login("hunter2")# Upload a file under a new filename and save the idfid=beepi.upload_file("images/disgusted.jpg",upload_as="mfw.jpg")# Show off your file in the chatbeepi.post_chat("mfw posting from volapi @{}".format(fid))ListeningGetting urls of all the files in the room:fromvolapiimportRoomwithRoom("BEEPi","ScrappyBoy")asBEEPi:BEEPi.listen(once=True)forfinBEEPi.files:print(f.url)Some basic trolling can be achieved with just a few lines of code.fromvolapiimportRoomwithRoom("BEEPi","Stallman")asBEEPi:definterject(msg):if"linux"inmsg.lower()andmsg.nick!=BEEPi.user.nick:BEEPi.post_chat("Don't you mean GNU/Linux?")BEEPi.add_listener("chat",interject)BEEPi.listen()You can troll more than one room in parallel:fromfunctoolsimportpartialfromvolapiimportRoom,listen_manywithRoom("BEEPi","Stallman")asBEEPi,Room("HvoXwS","Popman")asHvoXwS:definterjectBEEPi(msg,room):if"linux"inmsg.lower()andmsg.nick!=room.user.nick:room.post_chat("Don't you mean GNU/Linux?")definterjectHvoXwS(msg,room):if"hollywood"inmsg.lower()andmsg.nick!=room.user.nick:room.post_chat("Don't you mean GNU/Hollywood?")BEEPi.add_listener("chat",partial(interjectBEEPi,room=BEEPi))HvoXwS.add_listener("chat",partial(interjectHvoXwS,room=HvoXwS))listen_many(BEEPi,HvoXwS)ContributingJust do whatever, and post a pull request. No guarantee of a merge tho!If you cannot code, then please consider making a donation to our favorite
charity “Cucks in Need Croatia” as one of our own, a user named “auxo”, is
politically procecuted for being a cuck in his native Croatia.
Package: volatile
Temporary files and directories.Contains replacement fortempfile.NamedTemporaryFilethat does not delete
the file onclose(), but still unlinks it after the context manager ends,
as well as amkdtemp-based temporary directory implementation.Mostly reuses the stdlib implementations, supporting the same signatures.Due to that, uses the OS’s built-in temporary file facilities, no custom
schemes.Tested on Python 2.6+ and 3.3+UsageA typical use-case that is not possible with the regularNamedTemporaryFile:importvolatilewithvolatile.file()astmp:# tmp behaves like a regular NamedTemporaryFile here, except for that# it gets unlinked at the end of the context manager, instead of when# close() is called.tmp.close()# run the users $EDITORrun_editor(tmp.name)buf=open(tmp.name).read()# ...Temporary directories:importvolatilewithvolatile.dir():asdtmp:pass# ... can use directory here# a missing dtmp will not throw an exception!Unix domain sockets:importvolatilewithvolatile.unix_socket():as(sock,addr):# sock is the bound socket, addr its address on the filesystempass# ... can use directory hereThe source is fairly short and containsAPI docs in the comments.
Package: volatile-dictionary
Volatile Sets DictionaryThis project aims to extend python's native dictionary class, in order to add volatile sets.
Volatile sets are a combination of key and value that expires after a period of time. This time is decided by the user.InstalatitonYou can install it using pip with the following command.pip install volatile_dictionaryTo install it by cloning its github repository, use the following commands. The "-e" flag install it in the path you clone it to, so, changes in the code will be instantly valid for the package users.git clone https://github.com/pedrogyrao/volatile_dictionarycd volatile_dictionarypip install -e .Using the VolatileDictionary ClassFirst import it in your project:fromvolatile_dictionaryimportVolatileDictionaryThen instantiate it:volatile_dict=VolatileDictionary()VolatileDictionary works as a normal dictionaryvolatile_dict['key']='value'print(volatile_dict['key'])saves internally the set "{'key', 'value'}" and outputs:valueThis set added above is nonvolatile. To add a volatile the key must be a length 2 tuple and with the second element being the set's duration time in seconds.volatile_dict['volatile_key',2]='volatile_value'for the 2 seconds after the above line is ran,  this codeprint(volatile_dict['volatile_key'])will output:volatile_valueafter 2 seconds the set "{'volatile_key': 'volatile_value'}" will be deleted.To manipulate this volatile sets three methods were created:is_set_volatile(key): returns "True" if the set is volatile and "False" if the set is nonvolatile.get_set_lifetime(key): returns the remaining lifetime of the specified key. If the key doesn't represent a volatile set, the method raises "NonvolatileTypeError".cancel_volatily(key): cancel the volatility of a volatile set. If the key doesn't represent a volatile set, the	method raises "NonvolatileTypeError".In order to work with this differentiation between volatile and nonvolatile sets, the basic dict methods "keys", "values" and "items" were implemented too:volatile_keys and nonvolatile_keys;volatile_values and nonvolatile_values;volatile_items and nonvolatile_items.
Package: volatilipy
VolatilipyWrappers around Quantlib and Pandas to faciliate the creation of volatility surfaces for equity option valuationsFree software: MIT licenseDocumentation:https://volatilipy.readthedocs.io.FeaturesTODOCreditsThis package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.History0.1.4 (2023-01-17)Fix Quantlib deprecations in ActualActual() and UnitedStates().Fix pandas FutureWarning involving numeric_only default value.0.1.3 (2022-10-11)Drop the ‘how’ parameter from _drop_sparse_columns() for coherence with Pandas 1.5.00.1.2 (2021-06-16)Changed VolatilitySurface object to be able to accept a grid of volatilies instead of an OptionsData object0.1.0 (2021-03-10)First release on PyPI.
Package: volcano-base
Core module for volcanic eruption simulation projectsLatest version: v0.1.1[!WARNING]This README reflects the changes made to the main branch. For the most up to date
documentation about the version you are using, see the README at the relevant tag.This repository contains the core elements used across several independent volcanic
eruption studies. This include strategies for downloading necessary data, loading data
from files and doing simple general manipulations to the time series.InstallThis project is published topypi. Install with you preferred
package manager, for example usingpip:pipinstallvolcano-baseUsageThe available modules are:down(download datasets)load(find and load local files)manipulate(make changes to time series)
Package: volcanoPlot
volcanoPlotThis file will become your README and also the index of your
documentation.InstallpipinstallvolcanoPlotHow to useExampleDescription:
RSV or RS virus, short for respiratory syncytial virus, is a single-stranded RNA virus belonging to the pneumovirus genus of the virus family.
Symptoms are usually mild, similar to a cold, but can cause very serious illness in infants.

Dataset:
We prepared a total of 8 RNA-Seq data from acute and chronic phases in nasal samples of 4 infants
The dataset was taken from Kaggle using the following API command:
kaggle datasets download -d yoshifumimiya/rsv-rnaseq-countimportpandasaspdfrompathlibimportPathdf=pd.read_csv(Path.cwd()/'res_example.csv')df.head()<style scoped>
    .dataframe tbody tr th:only-of-type {
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</style>gene_idbaseMeanlog2FClfcSEstatp_valuep_adjlog10psigregulated0WASH7P4.5878572.4587061.1167662.2016300.0276910.2020641.557654Truelfc2 and p_value1LOC729737122.1557621.3420390.7168221.8722070.0611780.3097241.213405Falsenon-sig2TGIF11400.037490-0.0991680.142399-0.6964110.4861710.7961210.313211Falsenon-sig3PRDX64794.111981-0.0081200.200802-0.0404400.9677420.9910570.014240Falsenon-sig4CIC1581.9163000.0537690.1777910.3024300.7623240.9256080.117860Falsenon-sigfromvolcanoPlot.volcanoimport*plot(df=df,x='log2FC',y='log10p')df<style scoped>
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</style>gene_idbaseMeanlog2FClfcSEstatp_valuep_adjlog10psigregulated0WASH7P4.5878572.4587061.1167662.2016300.0276910.2020641.557654Truelfc2 and p_value1LOC729737122.1557621.3420390.7168221.8722070.0611780.3097241.213405Falsenon-sig2TGIF11400.037490-0.0991680.142399-0.6964110.4861710.7961210.313211Falsenon-sig3PRDX64794.111981-0.0081200.200802-0.0404400.9677420.9910570.014240Falsenon-sig4CIC1581.9163000.0537690.1777910.3024300.7623240.9256080.117860Falsenon-sig.................................19202PAK12658.104961-0.3148810.129934-2.4233870.0153770.1434951.813142Falsep_value19203PRKD3722.3360780.1755130.2902600.6046750.5453950.8276930.263289Falsenon-sig19204MLC110.608723-0.4447870.810487-0.5487900.5831500.8465940.234220Falsenon-sig19205ZBTB41508.407691-0.5470940.350267-1.5619330.1183040.4276400.927002Falsenon-sig19206TMEM1811506.912048-0.3951670.160578-2.4609060.0138590.1353321.858278Falsep_value19207 rows × 10 columns
Package: volcasample
This is a Python wrapping of theKorg Volca Sample library.Caution!You risk data loss.This software will delete the factory defaults from your Volca Sample.Please make sure you know how to restore theVolca Factory Sample setbefore you run the program.FeaturesWraps the public interface of the Korg Volca Library so you can call
it from your Python code.Creates and maintains project spaces so you can store and rate your
samples.Provides a neat command line interface (CLI) for writing a set of
samples to your Volca.InstallationThe installation process builds the Korg source code which is included
in this package. Therefore thegccbuild tools must be present.Installation has been tested on Ubuntu 16.04 and MacOSX 10.11.Create a virtual environment for volcasample:$ python3 -m venv ~/py3-vsInstall the latest version in full with pip:$ ~/py3-vs/bin/pip install volcasample[audio]
Package: volcengine-avatar-live
Install the client librarypip install --upgrade volcengine-avatar-liveExample# coding=utf-8importloggingfromvolcengine_avatar_live.clientimportLiveClientfromvolcengine_avatar_live.modelimportINPUT_MODE_TEXT,INPUT_MODE_AUDIOfromvolcengine_avatar_live.utilimportcreate_loggerlogger=create_logger("main",logging.INFO)# 实际可根据 status、code 等信息自由调整错误处理逻辑defcheck_http_response(status:int,code:int,message:str)->bool:ifstatus!=200:logger.error("failed to post:{}".format(status))returnFalseelifcode!=1000:logger.error("failed to execute command: [{}]{}".format(code,message))returnFalsereturnTruedefget_streaming_audio()->(bytes,bool):# TBD: 添加流式音频获取逻辑passif__name__=="__main__":try:# 填写剧本内容，支持文本（text 或 ssml）和音频（ssml）两种模式contents=[(INPUT_MODE_TEXT,"text"),(INPUT_MODE_AUDIO,'<speak><audio url="http://host/xxx.mp3" format="mp3"/></speak>'),]# 填写直播基本信息，生成客户端cli=(LiveClient("host")# TBD: 填写域名.build_live("live-id")# TBD: 填写直播 ID.build_auth("appid","token")# TBD: 填写鉴权信息.build_avatar("role",# TBD: 填写形象"",# TBD: 填写模型，一般无需填写"http://host/xxx.png",# TBD: 填写背景0,# TBD: 填写码率{# TBD: 填写 video 配置"video_width":1080,"video_height":1920,# others...},{},# TBD: 填写 logo 配置{# TBD: 填写 role_conf 配置"voice_type":"xxxxx","pose_type":"xxxxx","clothes_type":"xxxxx","role_width":500,"role_left_offset":300,"role_top_offset":1000,# others...},{},# TBD: 填写 actions 配置).build_streaming("rtmp://xxxxx")# TBD: 填写 rtmp 推流地址.build_simple_script(contents))# 开启直播status,code,message=cli.start_live()ifnotcheck_http_response(status,code,message):# TBD: 添加错误处理逻辑pass# 修改剧本播放模式# 顺序播放: 按原本剧本内容顺序依次循环播放# 随机播放: 每轮随机调整剧本内容顺序并依次播放# random=False: 顺序播放，random=True: 随机播放status,code,message=cli.change_play_mode(random=True)ifnotcheck_http_response(status,code,message):# TBD: 添加错误处理逻辑pass# 点播剧本内容# 智能打断当前播放剧本内容后跳转到点播内容，并从点播内容开始依次播放# index 为 contents 里的内容序号status,code,message=cli.change_play_task(index=0)ifnotcheck_http_response(status,code,message):# TBD: 添加错误处理逻辑pass# 文本驱动# 智能打断当前播放剧本内容后播放文本内容，结束后从断点继续播放剧本内容# input 为 text 或 ssmlinput="text"# input = "<speak>ssml</speak>"status,code,message=cli.text_drive(input=input)ifnotcheck_http_response(status,code,message):# TBD: 添加错误处理逻辑pass# 音频驱动# 智能打断当前播放剧本内容后播放音频内容，结束后从断点继续播放剧本内容# input 为 ssmlinput='<speak><audio url="http://host/xxx.mp3" format="mp3"/></speak>'status,code,message=cli.audio_drive(input=input)ifnotcheck_http_response(status,code,message):# TBD: 添加错误处理逻辑pass# 流式音频驱动# 智能打断当前播放剧本内容后播放流式音频内容，结束后从断点继续播放剧本内容# 一般用于真人接管场景，实时采集音频并驱动数字人whileTrue:audio,end=get_streaming_audio()ifend:cli.end_stream()breakcli.stream(audio)# 关闭直播status,code,message=cli.close_live()ifnotcheck_http_response(status,code,message):# TBD: 添加错误处理逻辑passexceptExceptionase:# TBD: 添加异常处理逻辑logger.error(e)