Saravanan666/pypi-org huggingface dataset:
Package: pycodeanalyzer
Code analyzer to get information to help developers to understand how projects works.Installationpycodeanlyzer is available on PyPI:pip install -U pycodeanalyzerseehttps://pip.pypa.io/en/stable/installation/for more detail on pipseehttps://test.pypi.org/search/?q=pycodeanalyzerto see the last release candidatepip install –pre –index-urlhttps://test.pypi.org/simple/–extra-index-urlhttps://pypi.org/simple-U pycodeanalyzerMacosOn MacOS, you will need to install libmagic:brew install libmagicThis is not needed for other platforms.RequirementsUsageThe following is the help of pycodeanalyzer:usage: pycodeanalyzer [-h] [--config CONFIGFILE] [--create-config TEMPLATEFILE] [--log {CRITICAL,ERROR,WARNING,INFO,DEBUG}] [--exportDiagrams EXPORTPATH] [--exportFormat {mermaid,plantuml}] [--dumpobj]
                      [--no-ui]
                      [path [path ...]]

positional arguments:
  path                  Path of a root directory to be analysed

optional arguments:
  -h, --help            show this help message and exit
  --config CONFIGFILE   Configuration file to be used
  --create-config TEMPLATEFILE
                        Create a configuration file template. Should be used alone.
  --log {CRITICAL,ERROR,WARNING,INFO,DEBUG}
                        Log level to be used
  --exportDiagrams EXPORTPATH
                        Export all class diagrams to the path specified
  --exportFormat {mermaid,plantuml}
                        Format to be used for exported class diagrams
  --dumpobj             Serialize objets found, mainly for test purpose
  --no-ui               Discard UI, mainly for test purposeTo get more information during the run, use –log=DEBUGYou can see the official documentation here :http://pycodeanalyzer.readthedocs.io/Languagespycodeanalyser supports the following languages:C/C++ (using headers)Python3 (using annotation)JavaKotlinLicenseThis project is under the MIT license:The MIT License (MIT)

Copyright (c) 2022 Giovanni Mion

Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.Authorspycodeanalyzerwas written byGiovanni Mion.
Package: pycodec2
Pycodec2Pycodec2 is a Cython wrapper forCodec 2.In other words, Pycodec2 allows using the Codec 2 C library from Python.InstallationPrerequisitesPycodec2 requiresCodec 2.On Linux, I recommend using the distro's package-manager, e.g., on
Arch/Manjaro:pacman -Syuu codec2, so that Codec2's assets land in standard
searchable directories forpython setup.pyto use.On macOS, you may usethe Homebrew
formula.InstructionsYou can install the library using PyPI (the easiest option) or from source.From PyPITo install the library from PyPI, run:pipinstallpycodec2From SourceTo install the library from source, see building instructions inDEV.md. You
can then install the wheel with:pipinstalldist/*.whlCodec 2 CompatibilityPycodec2 3.* is compatible with Codec 2 1.2.*.Pycodec2 2.* is compatible with Codec 2 1.0.*.Pycodec2 1.0.* is compatible with Codec 2 at 0.9.2+ versions.If your Codec 2 version is older than 0.9.2, then trypycodec2-oldpackage.For more information on potential compatibility problems, check outthis
issue.UsageExampleexample.pyimplements a basic script that uses Codec 2 to encode and deencode
a sample. Use the following steps to run an end-2-end scenario (dev/rune2etest
implements steps 2-5).Download a sample .wav file, e.g.,trashcan.Convert the .wav to a raw mono-channel 8kHz format, e.g.,sox trashcan.wav -e signed-integer -b 16 trashcan.raw channels 1 rate 8000Compile pycodec2python setup.py build_ext --inplaceRunexample.pypython example.py trashcan.rawConvertoutput.rawsox -r 8000 -e signed-integer -b 16 output.raw output.wavNow you can listen tooutput.wav.Expected Input FormatCodec 2assumes that input files use:8kHz bitrate,16-bit width samples,a single channel.Available ModesFor a list of currently supported modes, look for_modesinpycodec2/pycodec2.pyx.RemarksThis library is considered complete. Please notify me or send a pull request on
GitHub if you notice any bugs.
Package: pycodecage
PyCodeCagePyCodeCage is a Python library for running code in a sandboxed environment.InstallationUse the package manager pip to install PyCodeCage.pipinstallPyCodeCageExamplefrompycodecageimportTestCase,TrustedEnvironment,run_testscode="""a = int(input("Enter an integer:"))if a % 2 != 0 and a > 20:print("Not Weird")elif a % 2 != 0:print("Weird")elif a % 2 == 0 and 2 <= a <= 5:print("Not Weird")elif a % 2 == 0 and 6 <= a <= 20:print("Weird")"""env=TrustedEnvironment(code)tests=[TestCase('test1',[1],['Weird']),TestCase('test2',[3],['Weird']),TestCase('test3',[2],['Not Weird']),TestCase('test4',[4],['Not Weird']),TestCase('test5',[6],['Weird']),TestCase('test6',[8],['Weird']),TestCase('test7',[20],['Weird']),TestCase('test8',[39],['Not Weird']),]run_tests(tests,env)
Package: pycodechef
Copyright (c) 2018 Arpit ChoudharyPermission is hereby granted, free of charge, to any person obtaining a copyof this software and associated documentation files (the "Software"), to dealin the Software without restriction, including without limitation the rightsto use, copy, modify, merge, publish, distribute, sublicense, and/or sellcopies of the Software, and to permit persons to whom the Software isfurnished to do so, subject to the following conditions:The above copyright notice and this permission notice shall be included in allcopies or substantial portions of the Software.THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS ORIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THEAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHERLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THESOFTWARE.Description: # pycodechefPython wrapper for CodeChef API 1.0.0Goal of this library is to map codechef's endpoints one-to-one.Dependencies:* requests## InstallationInstall via pip:```$ pip install pycodechef```Install from source:```$ git clone https://github.com/appi147/pycodechef.git$ cd pycodechef$ python setup.py install```## Usage```from pycodechef import Codechefc = Codechef("client_id", "client_secret")r = c.method_name(parameters)```Client id and client secret can be found here: [https://developers.codechef.com/](https://developers.codechef.com/)**Contributions are welcome**Platform: UNKNOWNClassifier: Programming Language :: Python :: 3Classifier: License :: OSI Approved :: MIT LicenseClassifier: Operating System :: OS IndependentDescription-Content-Type: text/markdown
Package: py-code-cleaner
py-code-cleanerSmall PyPI package which provides python code cleaning from comments, docstrings, annotationspip install py_code_cleanerfrompy_code_cleanerimportclean_py,clean_py_deep,clean_py_main# def clean_py_main(#     src: PathLike,#     dst: Optional[PathLike] = None,#     keep_nonpy: Optional[Iterable[str]] = ('.pyx',),#     filter_empty_lines: bool = True,#     filter_docstrings: bool = True,#     filter_annotations: bool = True,#     quiet: bool = False,#     dry_run: bool = False# )CLIcleane-py-husage: clean-py [-h] [--destination DESTINATION] [--keep-nonpy KEEP_NONPY [KEEP_NONPY ...]] [--keep-empty-lines] [--keep-docstrings] [--keep-annotations] [--quiet] [--dry-run] source

Cleanses *.py files from comments, empty lines, annotations and docstrings

positional arguments:
  source                python file path or path to directory with files

optional arguments:
  -h, --help            show this help message and exit
  --destination DESTINATION, -d DESTINATION
                        destination file or directory; empty means to print to stdout (default: None)
  --keep-nonpy KEEP_NONPY [KEEP_NONPY ...], -k KEEP_NONPY [KEEP_NONPY ...]
                        additional file extensions to transfer between src and dst directories (to not ignore) (default: )
  --keep-empty-lines, -e
                        Whether to not remove empty lines (default: False)
  --keep-docstrings, -s
                        Whether to not remove docstrings (default: False)
  --keep-annotations, -a
                        Whether to not remove annotations (default: False)
  --quiet, -q           Do not print processing info (default: False)
  --dry-run, -n         Whether to run without performing file processing operations (default: False)
Package: pycodecreator
Random CodeTABLE OF CONTENTIntroductionInstallationUsageIntroductionFunction to generate random code string. Defaulted at 20 characters.InstallationCan be installed using pip.pip install pycodecreatorUsagefrom codegenerator import codegeneratorThen use module as:codegenerator.code()Can also specify code length:e.gcodegenerator.code(10)
Package: pyCodeEncryptor
pyCodeEncryptorpyCodeEncryptor, python için yazılmış bir kod şifreleme kütüphanesidir.Kullanımı oldukça basittir.FonksiyonlarencryptrunCodeencryptKodun şifrelenmesine yarar.PARAMETRELERfileoutÖrnek Kullanım:program .pyfrom colorama import init,Fore,Back
init(autoreset=True)
name=input("What is your name: ")
print(Back.YELLOW+Fore.RED+f"Hello, {name}")şifrele .pyimport pyCodeEncryptor
pyCodeEncryptor.encrypt("program.py","şifreliProgram.txt")şifrele .py dosyasını çalıştıracak olursak sonucunda çıkan şifreliProgram .txt dosyasında program.py dosyasının şifreli halini bulabiliriz.şifreliProgram .txt(İÇERİK SÜRÜME GÖRE FARKLILIK GÖSTEREBİLİR)ğşpo%dpnpşcoc%kospşt%kökt,Fpşg,Bcdm&kökt"cvtpşgugt?Tşvg=&öcog?kösvt"~Wict%ku%apvş%öcog
%~=&sşköt"Bcdm.YELLOW+Fpşg.RED+ğ~Hgnnp,%{öcog}~=runCodeŞifreli kodu çalıştırmaya yarar.PARAMETRELERcodeÖrnek Kullanım:from pyCodeEncryptor import runCode
code='ğşpo%dpnpşcoc%kospşt%kökt,Fpşg,Bcdm&kökt"cvtpşgugt?Tşvg=&öcog?kösvt"~Wict%ku%apvş%öcog\n%~=&sşköt"Bcdm.YELLOW+Fpşg.RED+ğ~Hgnnp,%{öcog}~='
runCode(code)Şifrelenmiş programı .exe dosyasına dönüştürmek(pyinstaller)pyinstaller modülünü indirip kurduktan sonra isteğimize göre pyinstaller kodunu terminale yazıyoruz(kullanım:PYINSTALLER DOCUMENTATION).Terminal kodunu istediğimz şekilde yazdıktan şu eklemeleri yapıyoruzpyinstaller--onefile --noconsole--hidden-import MODUL1 --hidden-import MODUL2program.py(Özelleştirilecek kısımlar üstü çizili bir şekilde yazılmıştır.)MODUL1 ve MODUL2(ihtiyaca göre --hidden-import parametresi ile çoğaltılabilir veya azaltılabilir.) kısımlarına programda kullanılan modül isimleri yazılacaktır(pyCodeEncryptor hariç). Bu düzeltme yapıldıktan sonra kod çalıştırılarak .exe dosyasına ulaşılabilinir.WWW.MAMOSKO.MLadmin@mamoskomail.ml
Package: pycodeexec
# PyCodeExecSimple python library that can execute arbitrary code from supported programming languages.# Usage### Synchronous JavaScript```pythonfrom pycodeexec import Runnerjavascript = Runner("javascript")output = javascript.get_output("console.log([...Array(10)].map(i=>i*i))")print(output)# [ 0, 1, 4, 9, 16, 25, 36, 49, 64, 81 ]```### Also supports Asyncio```pythonfrom pycodeexec.asyncio import Runnerjavascript = Runner("javascript")await javascript.is_ready()output = await javascript.get_output("console.log([...Array(10)].map(i=>i*i))")print(output)# [ 0, 1, 4, 9, 16, 25, 36, 49, 64, 81 ]```# Supported Languages* Python* JavaScript* Ruby* C* More to come# Installation```bashpip install pycodeexec```
Package: pycodeexport
pycodeexportis a Python package which bundles convenience classes and functions
for code-generation. The package has been developed to aid on-the-fly compilation
(meta-programming) of math related problems expressed asSymPyexpressions. Note that this package has an alpha development status.InstallationExample using pip (modify to your own needs):$ python3 -m pip install --user pycodeexportTemplatingMakocomes highly recommended as a template engine.
For easier usage, a convenience method is provided inpycodeexport.util.
TheCodeclasses inpycodeexport.codeexportuse this too.ExamplesLook atexamples/*_main.pywhich show how pycodeexport can be used.You may also look at other projects:pycompilationLicenseOpen Source. Released under the very permissive simplified (2-clause) BSD license.
SeeLICENSEfor further details.
Package: pycodegen
Pycodegen is a tool to help you generate code in your project using
powerfulJinja2templates.To get started:python3setup.pyinstall# Run clipycodegen# Run cli using modulepython3-mpycodegen.cliFrontendDescriptioncppParses C/C++ using libclangjsonPasses a JSON file directly to the driverHow it worksThe requested frontend reads the input file and generates an intermediate
representation.The representation is passed to the driverDriver does any processing required of the representation.Driver selects the output filename and template to be used and
render the output file.Example usage# Generate the simple JSON examplepycodegenjsonexamples/simple/input_file.json--driverexamples/simple/driver.py--debug# Get intermediate representation of a C++ file (to aid in driver development)pycodegencpp<name-of-file.cpp>--dump-json
Package: pycodegraph
pycodegraph - Python code graphing toolA tool/framework for analysing and graphing Python code.Currently only supports graphing of imports, but hopefully more to come.InstallingInstall via pip (preferably into your project's virtualenv):pip install pycodegraphUsageCreate a dot graph of your code and render it using dot:pycodegraph imports --depth=1 ./my_code | dot -Tsvg > mygraph.svgUsually you'll want to adjust the depth depending on project size and/or number of submodules.There is also--includeand--excludefor more fine grained control over what gets included in the graph.LicenseThe contents of this repository are released under theGPL v3 license. See theLICENSEfile included for more information.
Package: pycodehealth
Ensuring high code quality has never been more accessible.This package provides Static Code Analysis tools and a web-based Dashboard. Integrate Pylint, MyPy, and more to monitor code quality and streamline workflow for high-quality Python code.InstallationTo installPyCodeHealth, you can do it through pip:pip install pycodehealthPlease consider that it requiresPython >=3.8UsageTo run the web application locally, just use the following command:python -m web_application.app --r TrueHELP SECTION STILL ON WORK.ContributingEveryone can contribute. Before contributing, please read ourcode of conduct.To contribute toPyCodeHealth, follow these steps:Fork this repository.Create a new branch.Make your changes and commit them.Push your changes to your fork.Create a pull request.LicenseProject Name is released under theMIT License.
Package: py-code-meli
This project is following this Unix philosophy:DOTADIWSo the project do a simple task.. validate code meli (Iranian National Code)..thats it..!the algorithem is explained in Persian inthis siteHow to use it?to install it, run:pip install py-code-meli>>>frompy_code_meliimportis_valid>>>is_valid("0095017240")True>>>is_valid("0095017241")FalseRun Teststo run the package tests, first you need to clone it and then  run :poetry installto run the tests:poetry run pytestto generate valid code meli, use thislink
Package: pycodeobject
pycodeobject库是一个用于解析、编辑Python 字节码(bytecode)的工具。Pycodeobject is a tool which parses and edits Python bytecode object.详细介绍字节码的结构众所周知, Python中的字节码(bytecode) 是一种数据类型, Python代码的编译结果就是bytecode对象。bytecode对象可以由虚拟机加载后直接运行，而pyc文件就是bytecode在硬盘上的保存形式。
先通过一个示例, 分析什么是字节码:.. code-block:: python>>> import dis
>>> def f(x):print('hello',x)>>> f.__code__
<code object f at 0x02B27498, file "<pyshell#2>", line 1>
>>> f.__code__.co_code
b't\x00d\x01|\x00\x83\x02\x01\x00d\x00S\x00'
>>> dis.dis(f)
  1           0 LOAD_GLOBAL              0 (print)
              2 LOAD_CONST               1 ('hello')
              4 LOAD_FAST                0 (x)
              6 CALL_FUNCTION            2
              8 POP_TOP
             10 LOAD_CONST               0 (None)
             12 RETURN_VALUE
>>>上述示例中f.__code__就是bytecode对象, f.__code__.co_code就是二进制的字节码, 通过dis模块可以反编译、分析这些二进制代码。Python解释执行代码时, 会首先将原始的源代码翻译成bytecode形式, 再直接执行bytecode, 以提高性能。(在 Python 3.8中, 增加了一个属性co_posonlyargcount)详尽的说明参见Python官方文档https://docs.python.org/zh-cn/3.7/library/dis.html。包装字节码在python中, bytecode对象的属性是不可修改的。如:.. code-block:: python>>> def f():pass
>>> f.__code__.co_code = b''
Traceback (most recent call last): ... ...
AttributeError: readonly attribute为了使bytecode对象更易用, 本项目中的Code类, 用于包装 (wrap)字节码对象。下面的示例是从doctest中摘取的:.. code-block:: python>>> def f():print("Hello")
>>> c=Code.fromfunc(f)
>>> c.co_consts
(None, 'Hello')
>>> c.co_consts=(None, 'Hello World!')
>>> c.exec()
Hello World!
>>>
>>> import os,pickle
>>> temp=os.getenv('temp')
>>> with open(os.path.join(temp,"temp.pkl"),'wb') as f:
...     pickle.dump(c,f)
...
>>> f=open(os.path.join(temp,"temp.pkl"),'rb')
>>> pickle.load(f).to_func()()
Hello World!
>>>
>>> c.to_pycfile(os.path.join(temp,"temppyc.pyc"))
>>> sys.path.append(temp)
>>> import temppyc
Hello World!
>>> Code.from_pycfile(os.path.join(temp,"temppyc.pyc")).exec()
Hello World!版本 VERSION1.0.4作者 AUTHORqfcy qq:3076711200 贴吧账号:qfcy_作者CSDN主页:https://blog.csdn.net/qfcy_
Package: pycodepack
pycodepackCompile python code to dynamic library usingCython.InstallationpipinstallpycodepackUsageAfter installation, there is a runable module calledpy2dylib. Suppose your code is in/home/code/test_projectandrun.pyis the entrypoint file, you can convert the python files in that folder to dynamic libraries by runningpython-mpy2dylib--folder/home/code/test_project--ignorerun.pyIf there is no/home/code/test_project_buildhere, it will copy the folder and compile the python code in that folder. Otherwise, it will try append_to the folder until it isn't exist. It's out-of-project building. You can specify--inplaceoption to build in original folder.Besides, thepycodepackis running underincremental buildingmode by default, which means it only builds those files that changed since last building. You can change it by specifying--build_modeoption.Runpython -m py2dylib --helpfor more information.
Package: pycodequality
Pylint measures code quality for every file in the folder, returns an
averagedependenciespython3installpip3installpycodequalityusage:pcq-fs~/myprojectoutputRating your code:
1. pycodequality/setup.py: 10.00
2. pycodequality/__init__.py: 8.92 (was: 8.89, +0.03)
3. pycodequality/__init__.py: 8.92
totalscore:  9.28
Package: pycoder
PyCoderis a tool to generate python code out of a few given topics and a description. It uses GPT-2 language model as its engine. Pycoder poses writing Python code as a conditional-Causal Language Modelling(c-CLM). It has been trained on millions of lines of Python code written by all of us.  At the current stage and state of training, it produces sensible code with few lines of description, but the scope of improvement for the model is limitless.Pycoder has been developed as a Command-Line tool (CLI), an API endpoint, as well as a python package (yet to be deployed to PyPI). This repository acts as a framework for anyone who either wants to try to build Pycoder from scratch or turn Pycoder into maybe aCPPCoderorJSCoder😃.  A blog post about the development of the project will be released soon.To usePycoderas a CLI utility, clone the repository as normal, and install the package with:foo@bar:❯ pip install pycoderAfter this the package could be verified and accessed as either a native CLI tool or a python package with:foo@bar:❯ python -m pycoder --versionOr directly as:foo@bar:❯ pycoder --versionOn installation the CLI can be used directly, such as:foo@bar:❯ pycoder -t pytorch -t torch -d "a trainer class to train vision model" -ml 120The API endpoint is deployed using FastAPI. Once all the requirements have been installed for the project, the API can be accessed with:foo@bar:❯ pycoder --endpoint PORT_NUMBEROrfoo@bar:❯ pycoder -e PORT_NUMBERTech StackTested PlatformsBibTeXIf you want to cite the framework feel free to use this:@article{dutta2021pycoder,title={Pycoder},author={Dutta, H},journal={GitHub. Note: https://github.com/himanshu-dutta/pycoder},year={2021}}
Package: py-coders
py-codersA simple set of symmetric strongly-typed encoder/decoder classes for serializing
to and from byte-like objects. The intended use case for these is to allow for
composable encoding of raw byte arrays, operations that may be common to systems
working with low level key-value stores (memcached/Redis/LMDB/etc) or passing
binary messages in message queues (e.g. Protocol Buffers as messages in RabbitMQ).UsageCoders are meant to have a simple interface:Coder.encocde(obj)to serialize objects to a bytes-like object.Coder.decode(buf)to deserialize objects from a byte-like object.Supported Base CodersIdentityCoder- passes bytes through unchanged.StringCoder- string objects, supportsascii,utf8,utf16, etc.
encodings.IntCoder,UInt16Coder,UInt32Coder,UInt64Coder- general or unsigned
16/32/64 bit integers.  (Big-endian)JSONCoder- JSON serializable python objectPickleCoder- Any picklable Python object.ProtobufCoder- Google Protobuf objects. Requiresprotobufto be
installed.Chaining CodersCoders can be chained sequentially to create sequences of encoding/decoding. For
example, to make a Coder that can encode and decode encrypted compressed JSON
blobs, the following code can be used:compressed_json_coder=ChainCoder([JSONCoder(),ZlibCoder(level=5),EncryptedCoder(AES.new(...))])This chaining is pretty common in creating composite Coders so all Coders have athenfunction that can be used in a fluent API.compressed_json_coder=JSONCoder().then(ZlibCoder(level=5))\.then(EncryptedCoder(AES.new(...)))Three special use cases, prefixing, compression, and encryption have further
shortcuts to reduce repitition.:prefixed_int_coder=IntCoder().prefixed(prefix=b'users:')compressed_json_coder=JSONCoder().compressed(level=5).encrypted(AES.new(...))Note: what is shown here as an example may not be entirely seucre. It's meant as
an example of what can be done with the API, not what should be done. Compressing
then encrypting data may weaken security depending on the context in which it's
used.Sequence / Stream ProcessingCoders support encoding/decoding arbitrary streams of data viaCoder.encode_allandCoder.decode_all. These operations use generator expressions, so they can
operate on arbitrarily long, possilby infinite streams of data.json_coder=JSONCoder().compressed(level=5)# Works with normal iterablesjson_blobs=json_coder.encode_all([{"name":"object_1"},{"name":"object_2"}])# Can run over infinite streams of inputs.formessagesinjson_coder.decode_all(input_stream())://HandlemessagesAsync iterators are also supported via theCoder.encode_all_asyncandCoder.decode_all_asyncalternatives.json_coder=JSONCoder().compressed(level=5)# Can run over infinite streams of inputs.asyncformessagesinjson_coder.decode_all(async_input_stream())://HandlemessagesError handling can be done without terminating the stream by providing aon_errorparameter.json_coder=JSONCoder().compressed(level=5)defjson_on_error(msg,exc,exc_type,traceback)://handledecodingerrorshere# Can run over infinite streams of inputs.asyncformessagesinjson_coder.decode_all(async_input_stream(),on_error=json_on_error)://Handlemessages