Saravanan666/pypi-org huggingface dataset:
Package: mithermometer
mithermometer - Library for Xiaomi Aqara temperature and humidity sensorThis library lets you read sensor data from a Xiaomi Aqara temperature and humidity  sensor.Latest release download:https://pypi.python.org/pypi/mithermometerthe mithermometer library is based on themiflora library. Thanks for this great lib.FunctionalityIt supports reading the different measurements from the sensortemperaturehumidityTo use this library you will need a Bluetooth Low Energy dongle attached to your computer. You will also need a
Xiaomi Aqara thermometer.BackendsAs there is unfortunately no universally working Bluetooth Low Energy library for Python, the project currently
offers support for two Bluetooth implementations:bluepy librarybluez tools (via a wrapper around gatttool)pygatt librarybluepyTo use thebluepylibrary you have to install it on your machine, in most cases this can be done via:pip3 install bluepyExample to use the bluepy backend:frommithermometer.mithermometer_pollerimportMiThermometerPollerfrombtlewrap.bluepyimportBluepyBackendpoller=MiThermometerPoller('some mac address',BluepyBackend)This is the backend library to be used.bluez/gatttool wrapperTo use the bluez wrapper, you need to install the bluez tools on your machine. No additional python
libraries are required. Some distrubutions moved the gatttool binary to a separate package. Make sure you have this
binaray available on your machine.Example to use the bluez/gatttool wrapper:frommithermometer.mithermometer_pollerimportMiThermometerPollerfrombtlewrap.gatttoolimportGatttoolBackendpoller=MiThermometerPoller('some mac address',GatttoolBackend)This backend should only be used, if your platform is not supported by bluepy.
Note: gatttool is depracated in many Linux distributions.pygattIf you have a Blue Giga based device that is supported bypygatt, you have to
install the bluepy library on your machine. In most cases this can be done via:pip3 install pygattExample to use the pygatt backend:frommithermometer.mithermometer_pollerimportMiThermometerPollerfrombtlewrap.pygattimportPygattBackendpoller=MiThermometerPoller('some mac address',PygattBackend)Dependenciesmithermometer depends on thebtlewraplibrary. If you install mithermometer via PIP btlewrap will automatically be installed. If not, you will have to install btlewrap manually:pip3 install btlewrapConttributingplease have a look atCONTRIBUTING.mdProjects Depending onmithermometerThe following shows a selected list of projects using this library:https://github.com/zewelor/bt-mqtt-gateway- A BT to MQTT gateway which support MiThermometer sensors + other devices
Package: mithrandir
description: Reasoning the logic flow with MagicMithrandirInstallationAs much simple as it could be, usepip,pipenvorpoetry:$ pip install mithrandir{% hint style="info" %}
Remember to check out the latest version available
{% endhint %}Once you haveMithrandirin your presence, let him be your guide...{% code title="$ python" %}>>frommithrandirimportMonad,Op,MonadSignatureasSig>>magic=Monad(1)|Op.MAP(lambdax:x+1)>>print("magic = ",magic)..."magic = Monad<async_mode=False>[2]">># Give me your blessing...>>print("blessed-value = ",magic.unwrap())..."blessed-value = 2"{% endcode %}For more advanced tutorials and examples, check out the next parts of the document
Package: mitm
👨‍💻 mitmA customizable man-in-the-middle TCP proxy with support for HTTP & HTTPS.Installingpip install mitmNote that OpenSSL 1.1.1 or greater is required.DocumentationDocumentation can be foundhere.UsingUsing the default values for theMITMclass:frommitmimportMITM,protocol,middleware,cryptomitm=MITM(host="127.0.0.1",port=8888,protocols=[protocol.HTTP],middlewares=[middleware.Log],# middleware.HTTPLog used for the example below.certificate_authority=crypto.CertificateAuthority())mitm.run()This will start a proxy on port8888that is capable of intercepting all HTTP traffic (with support for SSL/TLS) and log all activity.Extensionsmitmcan be customized through the implementations of middlewares and protocols.Middlewaresare event-driven hooks that are called when connections are made, requests are sent, responses are received, and connections are closed.Protocolsare implementations onhowthe data flows between the client and server, and is used to implementapplication layerprotocols and/or more complex extensions.ExampleUsing the example above we can send a request to the server via another script:importrequestsproxies={"http":"http://127.0.0.1:8888","https":"http://127.0.0.1:8888"}requests.get("https://httpbin.org/anything",proxies=proxies,verify=False)Which will lead to the following being logged wheremitmis running in:2022-06-08 15:07:10 INFO     MITM server started on 127.0.0.1:8888.
2022-06-08 15:07:11 INFO     Client 127.0.0.1:64638 has connected.
2022-06-08 15:07:11 INFO     Client 127.0.0.1:64638 to mitm: 

→ CONNECT httpbin.org:443 HTTP/1.0

2022-06-08 15:07:12 INFO     Client 127.0.0.1:64638 has connected to server 34.206.80.189:443.
2022-06-08 15:07:12 INFO     Client 127.0.0.1:64638 to 34.206.80.189:443: 

→ GET /anything HTTP/1.1
→ Host: httpbin.org
→ User-Agent: python-requests/2.26.0
→ Accept-Encoding: gzip, deflate
→ Accept: */*
→ Connection: keep-alive

2022-06-08 15:07:12 INFO     Server 34.206.80.189:443 to client 127.0.0.1:64638: 

← HTTP/1.1 200 OK
← Date: Wed, 08 Jun 2022 19:07:12 GMT
← Content-Type: application/json
← Content-Length: 396
← Connection: keep-alive
← Server: gunicorn/19.9.0
← Access-Control-Allow-Origin: *
← Access-Control-Allow-Credentials: true
← 
← {
←   "args": {}, 
←   "data": "", 
←   "files": {}, 
←   "form": {}, 
←   "headers": {
←     "Accept": "*/*", 
←     "Accept-Encoding": "gzip, deflate", 
←     "Host": "httpbin.org", 
←     "User-Agent": "python-requests/2.26.0", 
←     "X-Amzn-Trace-Id": "Root=1-62a0f360-774052c80b60f4ea049f5665"
←   }, 
←   "json": null, 
←   "method": "GET", 
←   "origin": "xxx.xxx.xxx.xxx", 
←   "url": "https://httpbin.org/anything"
← }

2022-06-08 15:07:27 INFO     Server 34.206.80.189:443 has disconnected.
2022-06-08 15:07:27 INFO     Client 127.0.0.1:64638 has disconnected.
Package: mitm-channel-based
mitm-channel-based-packageThis is a Python Package to help you to create a MitM (Man-in-the-Middle) channel-based attack in a 802.11 network.Configure Interfaces and Create SocketsThe package needs two wireless cards to work. It configures the 2 interfaces on them and more 2 virtual interfaces (the interfaces names may vary according to the system):nic_real_mon (wlan1) - monitor interface that listen packets on the real channelnic_real_clientack (wlan1sta1) - managed interface to ACK frames sent by the real APnic_rogue_ap (wlan0) - managed interface on which the Rogue AP works (hostapd_rogue)nic_rogue_mon (wlan0mon) - monitor interface that listen packet on the rogue channelThen, it is created sockets on  monitor interfaces.Copy the Real AP configuration, initiate hostapd_rogue.conf and send CSA beaconsThe package tries to capture one beacon sent by the Real AP, then copies it's network configuration to create ahostapd_rogue.conffile.From that, a Rogue AP is created on a different (rogue) channel.After this, the Rogue AP starts to send CSA (Channel Switch Announcement) beacons frames with the new channel on it, to try the clients to connect to the rogue channel.
Package: mit-moira
Python client for accessing MIT’sMoirasystem.
This client uses theSOAPAPI, which has a few unusual limitations, and
requires X.509 client certificates for access.Installationpipinstallmit-moiraUsagefrommit_moiraimportMoira# Initialize Moira client with X.509 certificate and private key filemoira=Moira("path/to/x509.cert","path/to/x509.pem")Full API documentation is on ReadTheDocs.
Package: mitmproxy
mitmproxymitmproxyis an interactive, SSL/TLS-capable intercepting proxy with a console
interface for HTTP/1, HTTP/2, and WebSockets.mitmdumpis the command-line version of mitmproxy. Think tcpdump for HTTP.mitmwebis a web-based interface for mitmproxy.InstallationThe installation instructions arehere.
If you want to install from source, seeCONTRIBUTING.md.Documentation & HelpGeneral information, tutorials, and precompiled binaries can be found on the mitmproxy website.The documentation for mitmproxy is available on our website:If you have questions on how to use mitmproxy, please
use GitHub Discussions!ContributingAs an open source project, mitmproxy welcomes contributions of all forms.
Package: mitmproxy-ban
mitmproxy-ban基于mitmproxy:v8.1.1免责声明：仅限用于学习和参考目的主要对mitmproxy做一些优化，符合国内用户使用习惯优化功能点限制flows数量，防止flows请求记录太多导致浏览器卡顿web端默认请求记录倒序排列，瀑布式展示请求记录，符合日常使用习惯mitmweb 页脚显示当前ip地址，设置代理更方便增加默认rewrite headers，response 配置文件，方便操作配置方式mitmweb 页面flows增加关闭select详情按钮安装方法源码安装下载项目，进入根目录执行：pythonsetup.pyinstall渠道安装pipinstallmitmproxy-ban
Package: mitmproxy-escher
mitmproxy-escherSignmitmproxyrequests withEscher.Installationpip3 install mitmproxy-escherNote: this module does not work with mitmproxy's pre-built self-contained binaries.ConfigurationRequired parameters are apiKey, apiSecret and credentialScope. Section names can contain wildcard characters.[*.example.org]
apiKey=KEY
apiSecret=SECRET
credentialScope=credential/scope
hashAlgo=SHA256
algoPrefix=EMS
vendorKey=EMS
authHeaderName=X-EMS-Auth
dateHeaderName=X-EMS-DateUsageStartmitmproxywith the addon:mitmproxy -s "$(python3 -m mitmproxy_escher)" --set escher_config=/path/to/config.iniMake requests through the proxy:curl -k -x localhost:8080 https://httpbin.org/headers
Package: mitmproxy-lin-customization
## Install
基于mitmproxy稳定版本5.2，python3.8
其他版本可能会出现中文解码失败的情况pip install mitmproxy-lin-customization``## 修改内容
### 修改mitmproxy源码以加入接口响应时间的排序
实际测试中需要查看接口的响应时间看看是否时间很长，mitmproxy的原生时间排序是根据
发送时间进行排序
这里加入接口花费时间![img.png](img_3.png)### 自动修改参数跑多个接口的插件实际测试中有许多bug是需要一定的数据量发现的，并且有时需要造大量的重复数据，对人力比较浪费 根据这个需求写一个插件来自动根据接口发送接口详情见AutoReplayFlowsreplay.auto_replay flows path numsflows:指定哪些接口重跑，一般为 @focuspath:选择要递增的参数的路径nums:要重新跑的接口的数量,默认为5replay.auto_replay @focus input.account 10为了配合这个插件使用，修改mitmproxy的快捷键 将`R`映射到`replay.auto_replay @focus`mitmproxy/tools/console/defaultkeys.py 加上一行`pythonkm.add("R","console.command replay.auto_replay @focus",["global"],"Set intercept") `### graphql-view针对graphql加入两种view![img_1.png](img_1.png)![img.png](img_2.png)
Package: mitmproxy-windows
mitmproxy-windowsThis package contains the following precompiled binaries for Windows:windows-redirector.exe: A Rust executable that redirects traffic to mitmproxy via a Windows named pipe.A vendored copy ofWinDivert, used by the redirector.Redirector Development SetupRunpip install -e .to installmitmproxy_windowsas editable.Run something along the lines ofmitmdump --mode local:curl.You should see aDevelopment mode: Compiling windows-redirector.exe...message.
Package: mitmtools
介绍mitmtools 是根据 mitmproxy 封装的工具库具备如下功能替换响应文件修改部分响应内容移除部分响应内容hook 注入安装pip install mitmtools替换响应文件ReplaceByFile：通过正则匹配 url，使用文件替换整个响应ReplaceByStr：通过正则匹配 url，使用字典替换部分字段ReplaceByFile(pattern='', filepath='', max_times=0)  # 注意 max_time 为可选参数，代表匹配次数
ReplaceByStr(pattern='', replace_dict={'':''})移除部分响应内容RemoveContent：通过正则匹配 url，并去除部分响应内容RemoveContent(pattern='', remove_list=['x']), max_times=0)hook 注入HookHtml：通过正则匹配 url，通过 html 进行插入 script 标签进行注入HookJs：通过正则匹配 url，通过 js 进行注入HookHtml(pattern='', filepath='', content='')
HookJs(pattern='', filepath='', content='')注意html 注入属于 xss 攻击，部分会有 csp 防护导致 script 不会执行，从而 hook 失败友情提醒：任何注入都可能被检测！查看如果只是想查看请求过程的话，直接使用 ShowShow()执行将需要执行的方法单独放一个 .py 文件，并放在 addons 列表中，如下："""
    这只是一个配置的例子
    
    注意：
        启动之后，文件是动态的，随时修改随时生效
        启动程序要和该程序在同一目录，不然可能找不到文件路径
        使用中要注意缓存的影响，停用缓存或清除缓存再尝试
"""
from mitmtools import Show
from mitmtools.remove import RemoveContent
from mitmtools.hook import HookJs, HookHtml
from mitmtools.replace import ReplaceByStr, ReplaceByFile

addons = [
    Show(),  # 输出请求、响应

    # replace
    # ReplaceByStr(pattern='https://www.baidu.com/', replace_dict={'百度一下，你就知道': '百度一下，你也不知道'})
    # ReplaceByFile(pattern='^https://www.baidu.com.?$', filepath="./mitmtools/static/index.html")

    # hook
    # HookHtml(pattern='https://www.baidu.com/', filepath='./mitmtools/static/hookCookie.js'),
    # HookHtml(pattern='https://www.baidu.com/', content='''
    #     (function () {
    #         var gkDocument = document;
    #         var gkPrint = console.log;
    #         Object.defineProperty(document, "cookie", {
    #             set: function (val) {
    #                 gkPrint("正在设置 Cookie：", val)
    #                 debugger;
    #                 cookieTemp = val;
    #                 return val
    #             },
    #             get: function () {
    #                 return gkDocument.cookie
    #             }
    #         })
    #     })()
    # '''),
    HookJs(
        pattern="san_b247717.js",
        filepath='./mitmtools/static/hookCookie.js'
    ),

    # remove
    # RemoveContent(pattern='https://www.baidu.com/', remove_list=['就知道'])
]随后调用如下代码，或者自己通过 mitmproxy 命令行命令自行启动from mitmtools.start import execute, execute_web

execute(
    filepath='handler.py',
    port=8866,
    args=['--ssl-insecure', '--mode', 'upstream:http://127.0.0.1:26766']
)  # 有其它命令都可以通过 args 传

execute_web(port=8866)    # 有其它命令都可以通过 args 传常用启动参数--ssl-insecure                          # 禁用 ssl 验证
--mode upstream:http://127.0.0.1:1111/  # 设置代理
Package: mitmwzl
mitmwzlA mitmproxy addon for jswzl similar in functionality to the official Burp Suite extension. The addon sends JavaScript files and sourcemaps to jswzl for futher analysis.Important:This project is not officially supported by jswzl and may break at any time. Please do not contact the jswzl author about issues with this addon.LinksjswzlmitmproxyHow to useFirst, install mitmwzl from PyPI.pip install mitmwzlThen create a Python script namedjswzl.pycontaining the following piece of code.frommitmwzlimportJSWZLaddons=[JSWZL()]Finally, run mitmproxy with the script you just created.mitmproxy -s jswzl.pyIf you pressSHIFT + Eto open the mitmproxy event log, you should see a message stating the script was loaded.info: [12:21:01.595] Loading script jswzl.py
info: [12:21:01.643] HTTP(S) proxy listening at *:8080.Refer to themitmproxy documentationfor more information about addons.
Package: mitoc-const
MITOC ConstantsThis is a set of constants for use across MIT Outing Club infrastructure.MITOC has a number of projects, many of which reference values used
in other databases or deployed projects. These projects may be deployed
separately, so there's value in having shared values at constants in an
external package.Releasing a new versionIt's recommended to keep the Python and TypeScript versions in lock-step.
Even if no changes were made in one of the two, it's best to release both
at the same time.pypi/PythonFirst, augment the version insetup.py. Then:rm-rfdist/build/mitoc_const.egg-info/
pipenvrunpythonsetup.pysdistbdist_wheel
pipenvruntwineuploaddist/*
gitpushoriginmasternpm/TypeScript(Not used yet anywhere, an early prototype)npmrunbuild
npmpublishTODO:Add a Makefile for this project:make lint,make test, andmake checkmake pushBlack & isortRun mypy as part of build checkSwitch to poetryClean up the (unused) TypeScript package, verify for useAutomatically deploy after successful build
Package: mitol-django-digital-credentials
mitol-django-digital-credentialsThis is the Open Learning Django Digital Credentials app. Provides the following functionality:Data models:DigitalCredentialRequest- a one-time use credential request that is bound to a courseware object and a learnerLearnerDID- a record of which DID(s) are bound to any given user. This guarantees we won't allow a DID to be used for a different user once bound.DigitalCredential- a record of the signed digital credential, the courseware object, and the learner whom it is forDjango admin UI for these models/credentials/request/<uuid>/API for requesting credentialsRequires OAuth2 authentication provided bydjango-oauth-toolkitGetting startedpip install mitol-django-digital-credentialsAdd the digital credentials app:INSTALLED_APPS=[..."mitol.digitalcredentials.apps.DigitalCredentialsApp",]SettingsCommon Django settingsSITE_BASE_URL- the website's host url, including the protocol (e.g. "https://example.com/")Digital Credentials app settingsMITOL_DIGITAL_CREDENTIALS_VERIFY_SERVICE_BASE_URL- the base url for the hostedsign-and-verifyserviceMITOL_DIGITAL_CREDENTIALS_BUILD_CREDENTIAL_FUNC- a function to build the credential document
Package: mitol-django-hubspot-api
mitol-django-hubspot-apiThis is the Open Learning Hubspot API integration app. It provides helper functions for Hubspot CRM API calls:CRUD functions for custom properties and property groupsCRUD functions for deals, line items, products, and contactsSearch/retrieve specific objects or lists of objects of a certain typeGetting startedpip install mitol-django-hubspot-apiAdd the hubspot app:INSTALLED_APPS=[..."mitol.hubspot_api.apps.HubspotApp",]SettingsHubspot app settingsAll settings for themitol-django-hubspot-apiapp are namespaced in django settings withMITOL_HUBSPOT_APIprefix.MITOL_HUBSPOT_API_PRIVATE_TOKEN- the private app token to be used for authentication (required)MITOL_HUBSPOT_API_RETRIES- the number of times to retry API calls on failures (default=3)MITOL_HUBSPOT_API_ID_PREFIX- a prefix used for generating custom unique object ids (default="app")UsageInstantiate an API client to make custom hubspot requestsfrommitol.hubspot_api.apiimportHubspotApi,HubspotObjectTypeclient=HubspotApi()client.crm.objects.basic_api.update(simple_public_object_input=input_body,object_id=123,object_type=HubspotObjectType.DEALS.value,)Use helper functions to make common hubspot requestsfrommitol.hubspot_api.apiimportfind_producthubspot_product=find_product("Product #1",price="123.99")
Package: mitol-django-mail
mitol-django-mailThis is the Open Learning Django Mail app. It provides a few key features around mail:Templated multipart html emailsAutomatic generation of plaintext portion of multipart emailCSS inlining for email htmlGetting startedpip install mitol-django-mailAdd the mail app:INSTALLED_APPS=[..."mitol.mail.apps.MailApp",]SettingsCommon Django settingsSITE_BASE_URL- the website's host url, including the protocol (e.g. "https://example.com/")SITE_NAME- the website's nameMail app settingsAll settings for themitol-django-mailapp are namespaced in django settings withMITOL_MAIL_prefix.MITOL_MAIL_FROM_EMAIL- the default from email for all messagesMITOL_MAIL_REPLY_TO_ADDRESS- the default reply-to email for all messagesMITOL_MAIL_MESSAGE_CLASSES- a list of fully qualified message class names that make the message classes available in the debuggerMITOL_MAIL_ENABLE_EMAIL_DEBUGGER-Trueif the email debugger should be enabled, you probably want to set this to the same value asDEBUGMITOL_MAIL_RECIPIENT_OVERRIDE- only used locally, this overrides the recipient of all outgoing email messagesMITOL_MAIL_FORMAT_RECIPIENT_FUNC- (optional) set to a custom function to format recipients. You'll typically use this if you're storing the name in a place other that Django's builtinUsermodel. Default:"mitol.mail.defaults.format_recipient".MITOL_MAIL_CAN_EMAIL_USER_FUNC- (optional) set to a custom function to determine whether a user can be sent an email. You'll typically use this if you have additional criteria beyond the user having an email. Default:"mitol.mail.defaults.can_email_user".MITOL_MAIL_CONNECTION_BACKEND- the connection backend to use for email sending. You'd use this only if you're doing something really custom thatanymaildoesn't give you. Default:"anymail.backends.mailgun.EmailBackend".UsageCreate message classesThis involves subclassingmitol.mail.messages.TemplatedMessage. To subclass, do the following:template_nameattribute -strthat denotes the directory withintemplates/mailthat this message's templates reside in (e.g."password_reset")nameattribute - a human-friendly name for your message (e.g."Password Reset")get_debug_template_context- static method that returns a context dict for rendering the email in the debuggerDefine templatesIn your apps'stemplatesdirectory, create some templates:templates/
  mail/
    {template_name}/
      subject.txt
      body.htmlConfigure settings.pyAdd your custom message class toMITOL_MAIL_MESSAGE_CLASSESso it is available in the debugger.Optional customizationsOptionally, you can also override:get_base_template_context- extend the default base template context used with all emails of this type. Return type is adict. As a best practice you should be merging withsuper().get_base_template_context().get_default_headers- extend the default headers included with all emails of this type. Return type is adict. As a best practice you should be merging withsuper().get_default_headers().
Package: mitol-django-oauth-toolkit-extensions
mitol-django-oauth-toolkit-extensionsThis is the Open Learning's extensions todjango-oauth-toolkit.Getting startedpip install mitol-django-oauth-toolkit-extensionsConfigurationAdd the following tosettings.py:INSTALLED_APPS=[..."mitol.oauth_toolkit_extensions.apps.OAuthToolkitExtensionsApp",]# required for migrationsOAUTH2_PROVIDER_ACCESS_TOKEN_MODEL='oauth2_provider.AccessToken'OAUTH2_PROVIDER_APPLICATION_MODEL='oauth2_provider.Application'OAUTH2_PROVIDER_REFRESH_TOKEN_MODEL='oauth2_provider.RefreshToken'OAUTH2_PROVIDER={...# enable the custom scopes backends"SCOPES_BACKEND_CLASS":"mitol.oauth_toolkit_extensions.backends.ApplicationAccessOrSettingsScopes",}UsageAfter installing this app, a modifiedApplicationdjango-admin interface (/admin/oauth2_provider/application/) is available that allows you to optionally create anApplicationAccessrecord. If you create this record, it will limit scope authorization to the scopes specified in that record. Otherwise the allowed scopes will be derived from settings.
Package: mitopipeline
Getting StartedThis project can be downloaded throughpip install mitopipelineto install the latest version of mitopipeline. Or, you can directly clone the repository throughgit clonehttps://github.com/timmykuo/mitopipeline.git, navigate to the cloned repository, and runpython3 setup.py install.Documentationis hosted through readthedocs.Users will have to download samtools and bwa,makethem, and include the path to the executable in their $PATH variable or copy them to theirbinfolder so that they can be run from the command line. Download links forsamtoolsandbwa. In addition, 3rd party software packages that they wish to use on their own (such as GATK, ANNOVAR, etc.) need to be downloaded before being able to use them in the pipeline.PurposeIn genetics research, researchers often require raw genome data to be run on different softwares first to extract useful information such as variant information before it can be analyzed. Thus, we want to provide a pipeline that allows users to streamline their processing automatically for them.The steps included within this pipeline include extracting mitochondrial genome from human genome, clipping, splitting the gap for Complete Genomics data, alignment into NuMT removals, and other software packages such as GATK, SNPEFF, ANNOVAR.PipelineThe steps shown in this figure are described further in the Pipeline Steps page. Each step can be omitted if it’s unncessary for your pipeline.CreditsThe dependency management is controlled through a python package calledLuigi. In addition, many of the steps in the pipeline were adapted from scripts written by Sneha Grandhi. Check out herGithub,LinkedIn, or contact her through her  email:sneha_grandhi@hms.harvard.edu.Table of Contents
Package: mitosheet
To learn more about Mito, checkout out our documentation:https://docs.trymito.io/getting-started/installing-mitoBefore installing MitoCheck that you have Python 3.6 or above. To check your version of Python, open a new terminal, and type python3 –version. If you need to install or update Python, restart your terminal after doing so.Checkout our terms of service and privacy policy. By installing Mito, you’re agreeing to both of them. Please contact us at aaron [@] sagacollab [dot] com with any questions.Installation InstructionsFor more detailed installation instructions, see our documentation:https://docs.trymito.io/getting-started/installing-mitopip install mitosheetLaunch JupyterLab 3.0 and open a new notebookIn the notebook, run the following code:import mitosheetmitosheet.sheet()