Saravanan666/pypi-org huggingface dataset:
Package: echo-discord.py
echo-discord.pyA modern, easy to use, feature-rich, and async ready API wrapper for Discord written in Python.Key FeaturesModern Pythonic API usingasyncandawait.Proper rate limit handling.Optimised in both speed and memory.InstallingPython 3.8 or higher is requiredTo install the library without full voice support, you can just run the following command:# Linux/macOSpython3-mpipinstall-Uecho-discord.py# Windowspy-3-mpipinstall-Uecho-discord.pyOtherwise to get voice support you should run the following command:# Linux/macOSpython3-mpipinstall-U"echo-discord.py[voice]"# Windowspy-3-mpipinstall-Uecho-discord.py[voice]To install the development version, do the following:$gitcloneecho-discord.py$cddiscord.py$python3-mpipinstall-U.[voice]Optional PackagesPyNaCl(for voice support)Please note that on Linux installing voice you must install the following packages via your favourite package manager (e.g.apt,dnf, etc) before running the above commands:libffi-dev (orlibffi-develon some systems)python-dev (e.g.python3.6-devfor Python 3.6)Quick ExampleimportdiscordclassMyClient(discord.Client):asyncdefon_ready(self):print('Logged on as',self.user)asyncdefon_message(self,message):# don't respond to ourselvesifmessage.author==self.user:returnifmessage.content=='ping':awaitmessage.channel.send('pong')client=MyClient()client.run('token')Bot Exampleimportdiscordfromdiscord.extimportcommandsbot=commands.Bot(command_prefix='>')@bot.command()asyncdefping(ctx):awaitctx.send('pong')bot.run('token')You can find more examples in the examples directory.LinksOfficial Discord ServerDiscord API
Package: echoes
Like the package? Don't forget to give it a GitHub ⭐ to help others find and trust it!echoes🤖 Machine learning with Echo State Networks(ESN)🧱 High level API,scikit-learncompatible API, egfit-predictinterface⚡️ Fast! (Thanks to numba ✨)Installation and quick startpipinstallechoesSeeDocumentationandexample notebooks.FeedbackAny bugs, suggestions, problems? Justopen an issue!CitingIf you find echoes useful for a publication, then please use the following BibTeX to cite it:@misc{echoes,
  author = {Damicelli, Fabrizio},
  title = {echoes: Echo State Networks with Python},
  year = {2019},
  publisher = {GitHub},
  journal = {GitHub repository},
  howpublished = {\url{https://github.com/fabridamicelli/echoes}},
}TestsRun tests withmaketestReferencesReservoir computing approaches to recurrent neural network training, Mantas & Jaeger, 2009A Practical Guide to Applying Echo State Networks, Mantas, 2012Echo state network (scholarpedia), JaegerShort Term Memory in Echo State Networks, Jaeger, 2001
Package: echofish-aws-create-empty-zarr-store-lambda
echofish-aws-create-empty-zarr-store-lambdaSetting up the Python EnvironmentMacOSInstall pyenv (https://github.com/pyenv/pyenv#set-up-your-shell-environment-for-pyenv)brew updatebrew install pyenvIn ~/.bashrc addexport PYENV_ROOT="$HOME/.pyenv"export PATH="$PYENV_ROOT/bin:$PATH"eval "$(pyenv init -)"brew install openssl readline sqlite3 xz zlib tcl-tkInstall pyenv-virtualenv (https://github.com/pyenv/pyenv-virtualenv)brew install pyenv-virtualenvIn ~/.bashrc addeval "$(pyenv virtualenv-init -)"Open a new terminalInstall Python versionenv PYTHON_CONFIGURE_OPTS="--enable-shared" pyenv install 3.9.16Optional: set global version of Pythonenv PYTHON_CONFIGURE_OPTS="--enable-shared" pyenv global 3.9.16Create virtual envpyenv virtualenv 3.9.16 echofish-aws-create-empty-zarr-store-lambdaSet local version of python (if not done already)change directory to root of projectpyenv local echofish-aws-create-empty-zarr-store-lambdaOther OSGet a MacSee Above MacOSSetting up IntelliJInstall the IntelliJ Python pluginSet up pyenvFile -> Project Structure or CMD + ;SDKs -> + -> Add Python SDK -> Virtual EnvironmentSelect Existing EnvironmentChoose ~/.pyenv/versions/echofish-aws-create-empty-zarr-store-lambda/bin/pythonSet up Python Facet (not sure if this is required)File -> Project Structure or CMD + ;Facets -> + -> PythonSet interpreterInstalling DependenciesAdd dependencies with versions to requirements.txtpip install --upgrade pip && pip install -r requirements_dev.txtMavenThis project can use Apache Maven to easily build this project.  However, this is not required, but recommended.
Maven can be easily installed by downloading it from the Maven site or using sdkman.Build with MavenAfter setting up your pyenv run:mvn clean installDOTENVexport AWS_DEFAULT_PROFILE=echofishFunctional TestingTo run a functional test, developer will need to save the associated environment variables in .env for the lambda to
use. The ACCESS_KEY and SECRET_ACCESS_KEY can be generated in IAM, users, rudy-dev, security credentials,
access keys, create access key. Copy other values as needed from deployed CloudFormation Template.exportOUTPUT_BUCKET=rudy-dev-echofish-118234403147-echofish-dev-outputexportTABLE_NAME=rudy-dev-echofish-EchoFish-File-InfoexportOUTPUT_BUCKET_ACCESS_KEY="XXX"exportOUTPUT_BUCKET_SECRET_ACCESS_KEY="YYY"exportTOPIC_ARN="arn:aws:sns:us-west-2:118234403147:rudy-dev-echofish-processing-finished"
Package: echofish-aws-indexing-lambda
echofish-aws-indexing-lambdaSetting up the Python EnvironmentMacOSInstall pyenv (https://github.com/pyenv/pyenv#set-up-your-shell-environment-for-pyenv)brew updatebrew install pyenvIn ~/.bashrc addexport PYENV_ROOT="$HOME/.pyenv"export PATH="$PYENV_ROOT/bin:$PATH"eval "$(pyenv init -)"brew install openssl readline sqlite3 xz zlib tcl-tkInstall pyenv-virtualenv (https://github.com/pyenv/pyenv-virtualenv)brew install pyenv-virtualenvIn ~/.bashrc addeval "$(pyenv virtualenv-init -)"Open a new terminalInstall Python versionenv PYTHON_CONFIGURE_OPTS="--enable-shared" pyenv install 3.9.16Optional: set global version of Pythonenv PYTHON_CONFIGURE_OPTS="--enable-shared" pyenv global 3.9.16Create virtual envpyenv virtualenv 3.9.16 echofish-aws-indexing-lambdaSet local version of python (if not done already)change directory to root of projectpyenv local echofish-aws-indexing-lambdaOther OSGet a MacSee Above MacOSSetting up IntelliJInstall the IntelliJ Python pluginSet up pyenvFile -> Project Structure or CMD + ;SDKs -> + -> Add Python SDK -> Virtual EnvironmentSelect Existing EnvironmentChoose ~/.pyenv/versions/echofish-aws-indexing-lambda/bin/pythonSet up Python Facet (not sure if this is required)File -> Project Structure or CMD + ;Facets -> + -> PythonSet interpreterInstalling DependenciesAdd dependencies with versions to requirements.txtpip install --upgrade pip && pip install -r requirements_dev.txtMavenThis project can use Apache Maven to easily build this project.  However, this is not required, but recommended.
Maven can be easily installed by downloading it from the Maven site or using sdkman.Build with MavenAfter setting up your pyenv run:mvn clean install
Package: echofish-aws-raw-to-zarr-dlq-lambda
echofish-aws-raw-to-zarr-dlq-lambdaSetting up the Python EnvironmentMacOSInstall pyenv (https://github.com/pyenv/pyenv#set-up-your-shell-environment-for-pyenv)brew updatebrew install pyenvIn ~/.bashrc addexport PYENV_ROOT="$HOME/.pyenv"export PATH="$PYENV_ROOT/bin:$PATH"eval "$(pyenv init -)"brew install openssl readline sqlite3 xz zlib tcl-tkInstall pyenv-virtualenv (https://github.com/pyenv/pyenv-virtualenv)brew install pyenv-virtualenvIn ~/.bashrc addeval "$(pyenv virtualenv-init -)"Open a new terminalInstall Python versionenv PYTHON_CONFIGURE_OPTS="--enable-shared" pyenv install 3.9.16Optional: set global version of Pythonenv PYTHON_CONFIGURE_OPTS="--enable-shared" pyenv global 3.9.16Create virtual envpyenv virtualenv 3.9.16 echofish-aws-raw-to-zarr-dlq-lambdaSet local version of python (if not done already)change directory to root of projectpyenv local echofish-aws-raw-to-zarr-dlq-lambdaOther OSGet a MacSee Above MacOSSetting up IntelliJInstall the IntelliJ Python pluginSet up pyenvFile -> Project Structure or CMD + ;SDKs -> + -> Add Python SDK -> Virtual EnvironmentSelect Existing EnvironmentChoose ~/.pyenv/versions/echofish-aws-raw-to-zarr-dlq-lambda/bin/pythonSet up Python Facet (not sure if this is required)File -> Project Structure or CMD + ;Facets -> + -> PythonSet interpreterInstalling DependenciesAdd dependencies with versions to requirements.txtpip install --upgrade pip && pip install -r requirements_dev.txtMavenThis project can use Apache Maven to easily build this project.  However, this is not required, but recommended.
Maven can be easily installed by downloading it from the Maven site or using sdkman.Build with MavenAfter setting up your pyenv run:mvn clean install
Package: echofish-aws-resample-and-write-to-zarr-store-lambda
echofish-aws-resample-and-write-to-zarr-store-lambdaSetting up the Python EnvironmentMacOSInstall pyenv (https://github.com/pyenv/pyenv#set-up-your-shell-environment-for-pyenv)brew updatebrew install pyenvIn ~/.bashrc addexport PYENV_ROOT="$HOME/.pyenv"export PATH="$PYENV_ROOT/bin:$PATH"eval "$(pyenv init -)"brew install openssl readline sqlite3 xz zlib tcl-tkInstall pyenv-virtualenv (https://github.com/pyenv/pyenv-virtualenv)brew install pyenv-virtualenvIn ~/.bashrc addeval "$(pyenv virtualenv-init -)"Open a new terminalInstall Python versionenv PYTHON_CONFIGURE_OPTS="--enable-shared" pyenv install 3.9.16Optional: set global version of Pythonenv PYTHON_CONFIGURE_OPTS="--enable-shared" pyenv global 3.9.16Create virtual envpyenv virtualenv 3.9.16 echofish-aws-resample-and-write-to-zarr-store-lambdaSet local version of python (if not done already)change directory to root of projectpyenv local echofish-aws-resample-and-write-to-zarr-store-lambdaOther OSGet a MacSee Above MacOSSetting up IntelliJInstall the IntelliJ Python pluginSet up pyenvFile -> Project Structure or CMD + ;SDKs -> + -> Add Python SDK -> Virtual EnvironmentSelect Existing EnvironmentChoose ~/.pyenv/versions/echofish-aws-resample-and-write-to-zarr-store-lambda/bin/pythonSet up Python Facet (not sure if this is required)File -> Project Structure or CMD + ;Facets -> + -> PythonSet interpreterInstalling DependenciesAdd dependencies with versions to requirements.txtpip install --upgrade pip && pip install -r requirements_dev.txtMavenThis project can use Apache Maven to easily build this project.  However, this is not required, but recommended.
Maven can be easily installed by downloading it from the Maven site or using sdkman.Build with MavenAfter setting up your pyenv run:mvn clean installFunctional TestingTo run a functional test, developer will need to save the associated environment variables in .env for the lambda to
use. The ACCESS_KEY and SECRET_ACCESS_KEY can be generated in IAM, users, rudy-dev, security credentials,
access keys, create access key. Copy other values as needed from deployed CloudFormation Template.exportOUTPUT_BUCKET=rudy-dev-echofish-118234403147-echofish-dev-outputexportTABLE_NAME=rudy-dev-echofish-EchoFish-File-InfoexportOUTPUT_BUCKET_ACCESS_KEY="XXX"exportOUTPUT_BUCKET_SECRET_ACCESS_KEY="YYY"exportTOPIC_ARN="arn:aws:sns:us-west-2:118234403147:rudy-dev-echofish-processing-finished"Elastic Container RegistryNote that the main repository is built and curated in the mgg-dev account in us-west-2. The derived docker image is built and pushed to the echofish us-east-1 ECR.
That image is then replicated to the echofish us-west-2 account. You will need to go to the echofish ECR -> Repositories -> [repo] -> Permissions and copy the values from an existing project (for both regions).
Package: echohue
Alexa-Echo-HueAmazon alexa echo hue lamp emulation for pythonThanks tofalk0069andIcynatorHDfor their work!Table of ContentsAlexa-Echo-HueTable of ContentsFeaturesInstallationUsageHubArgumentsMethodsExampleDeviceArgumentsOverridesExampleExampleContributingRequirements (for development)FeaturesEmulate a Philips Hue Light BulbControl your devices with Alexa EchoAsyncronous processingInstallationInstall Python 3.11 or higherAnd:pip install echohueUsageCreate a hub object and add devices to it. Then run the hub.HubArgumentsArgumentTypeDescriptionDefaultdebugboolEnable debug modeFalseMethodsMethodArgsDescriptionaddDeviceAdd a device to the hubrun-Run the hubExampleasyncwithHub()ashub:hub.add(Device('Test Device',True,254))awaithub.run()DeviceHas to returnTrueorNoneif the override was successful, otherwiseFalse.Note: if the override returns false, the device value will not be updated. And Echo will receive an error. The same applies to if the task takes too long.ArgumentsArgumentTypeDescriptionDefaultnamestrThe name of the device-onboolThe state of the deviceFalsebrightnessint (1-254)The brightness of the device1OverridesOverrideArgsDescriptionon_on-Called when the device is turned onon_off-Called when the device is turned offon_briint (1-254)Called when the brightness is changedon_ctint (153-500)Called when the color temperature is changedon_xytuple (float, float)Called when the color is changedon_hueint (0-65535)Called when the hue is changedon_satint (0-254)Called when the saturation is changedExamplefromechohueimportHub,DeviceclassLamp(Device):def__init__(self,name,on,brightness):super().__init__(name,on,brightness)asyncdefon_on(self):print('Lamp turned on')asyncdefon_off(self):print('Lamp turned off')asyncdefon_bri(self,bri):print(f'Lamp brightness changed to{bri}')ExampleThis example will create a hub with a device called "Lamp" and print the state changes to the console.importasynciofromechohueimportHub,DeviceclassLamp(Device):def__init__(self,name,on=True,brightness=1):super().__init__(name,on,brightness)asyncdefon_on(self):print('Lamp turned on')asyncdefon_off(self):print('Lamp turned off')asyncdefon_bri(self,bri):print(f'Lamp brightness changed to{bri}')asyncdefmain():asyncwithHub()ashub:hub.add(Lamp('Test Device'))awaithub.run()if__name__=='__main__':asyncio.run(main())ContributingPull requests are welcome andgreatly appreciated!. For major changes, please open an issue first to discuss what you would like to change.Requirements (for development)Python 3.11 or higherPackages
Package: echo-kernel
echo_kernelis a simple example of a Jupyter kernel. This repository
complements the documentation on wrapper kernels here:http://jupyter-client.readthedocs.io/en/latest/wrapperkernels.htmlTo installecho_kernelfrom PyPI:pip install echo_kernel
python -m echo_kernel.installTheNewmenu in the notebook should show an option for an Echo notebook. To
use it with the console frontends, add--kernelechoto their command line
arguments.
Package: echo-lang
EchoThis is an operating system that I am trying to create.If there are any suggestions, make sure to make a pull request.NotesI will try update any recent changes to theREADMEBuild passingDEPLOYED ON PYPI!!!LicenseThis programming language is licensed underApache 2.0Install via pippipinstallecho-langImportingfromecho_langimport*Reporting IssuesAny new or existing bugs can be reported in the issues section of the official GitHub repository.
Package: echo-logger
Echo Loggerpip repo ishere.This is a simple echo logger for informative, warning and error messages.Time and colored printing are supported.This repository is mostly for my own use, but feel free to use it if you want.Usage# build (before you do this, don't forget to change the version id in setup.py)pythonsetup.pysdistbdist_wheel# upload (before you do this, please rmv the outdated files of previous versions in dist/)twineuploaddist/*# installpipinstallecho-logger# upgradepipinstallecho-logger--upgradeDemoSimple usage:print_info("Hello World!")print_warn("Hello World!")print_err("Hello World!")If you want to print with time:print_info("Hello World!",with_time=True)print_warn("Hello World!",with_time=True)print_err("Hello World!",with_time=True)If you want nothing to be printed (Let's say, you finished unit testing and want to run the whole program without any logger output):echo_logger.echo_logger_debug=False# disable any logger functions from echo_loggerprint_info("Hello World!")print_warn("Hello World!")print_err("Hello World!")# No output at all.Just so simple and straightforward.
Package: echome-cli
ecHome CLIThis CLI is for use with interacting with theecHomevirtual machine manager.The CLI allows for managing aspects of ecHome with commands. The CLI uses the ecHome Python SDK and is responsible for starting and authenticating user sessions, making the calls to the API, returning raw JSON responses, and in the future, objects based on the services.AuthenticationThis library works by using config/credentials in the user's home directory in.echome. Fill in the contents of the files with the following information:File:~/.echome/config[default]
server=<ECHOME-SERVER-IP>
format=tableReplace<ECHOME-SERVER-IP>with the IP address of the server running ecHome. The format can either betableorjson. This variable is only used in the ecHome CLI.File:~/.echome/credentials[default]
access_id = <AUTH-ID>
secret_key = <AUTH-SECRET-KEY>Alternatively, set the following environment variables at a minimum:export ECHOME_SERVER=<ECHOME-SERVER-IP>
export ECHOME_ACCESS_ID=<AUTH-ID>
export ECHOME_SECRET_KEY=<AUTH-SECRET-KEY>Example commands$ echome
usage: echome <service> <subcommand> [<args>]

The most commonly used ecHome service commands are:
   vm         Interact with ecHome virtual machines.
   sshkeys    Interact with SSH keys used for virtual machines.

$ echome vm describe-all
Name                 Vm Id        Instance Size    State    IP              Image    Created
-------------------  -----------  ---------------  -------  --------------  -------  --------------------------
ansible_host         vm-b49c2840  standard.small   running  172.16.9.15/24           2020-05-25 03:06:22.727312
kubernetes_master    vm-29b73556  standard.medium  running  172.16.9.20/24           2020-05-27 01:11:51.596795
kubernetes_worker_1  vm-2bfecdf6  standard.medium  running  172.16.9.21/24           2020-05-27 01:12:48.866471
kubernetes_worker_2  vm-2e10d36e  standard.medium  running  172.16.9.22/24           2020-05-27 01:12:52.231098

$ echome sshkeys describe test_key --format json
[
    {
        "fingerprint": "MD5:62:dd:13:e9:7f:a9:be:23:cf:df:64:ac:4b:63:77:d9",
        "key_id": "key-91c8cbd8",
        "key_name": "test_key"
    }
]DevelopmentInitialize your environmentCreate your virtual environment and install libraries.$ virtualenv -p python3.8 venv
$ source venv/bin/activate
$ pip install -r requirements.txtSet up your~/.echomedirectory with aconfigandcredentialsfile that allows you to connect to the echome server (setup guide above).Test commands withpython cli/main.py:(venv)$ python cli/main.py vm describe-all
Name              Vm Id        Instance Size    State    IP              Image                        Created
----------------  -----------  ---------------  -------  --------------  ---------------------------  --------------------------
RemoteDevServer   vm-30418752  standard.small   running  172.16.9.12     gmi-07b7e1e4 (Ubuntu 20.04)  2020-08-05 01:22:56.774008Authorsmgtrrz-Initial work-Github-TwitterSee also the list ofcontributorswho participated in this project.LicenseThis project is licensed under the MIT License - see theLICENSE.mdfile for details
Package: echome-sdk
ecHome Python SDKThis Python library is for use with interacting with theecHomevirtual machine manager.This library allows for managing aspects of ecHome with classes. The SDK is responsible for starting and authenticating user sessions, making the calls to the API, returning raw JSON responses, and in the future, objects based on the services.If you're looking for a CLI interface for managing your ecHome server, visitechome-cliand install the CLI tool which uses this library. If you're interested in programmatically interfacing with ecHome, this is the library to do so.AuthenticationThis library works by using config/credentials in the user's home directory in.echome. Fill in the contents of the files with the following information:File:~/.echome/config[default]
server=<ECHOME-SERVER-IP>
format=tableReplace<ECHOME-SERVER-IP>with the IP address of the server running ecHome. The format can either betableorjson. This variable is only used in the ecHome CLI.File:~/.echome/credentials[default]
access_id = <AUTH-ID>
secret_key = <AUTH-SECRET-KEY>Alternatively, set the following environment variables at a minimum:export ECHOME_SERVER=<ECHOME-SERVER-IP>
export ECHOME_ACCESS_ID=<AUTH-ID>
export ECHOME_SECRET_KEY=<AUTH-SECRET-KEY>Example codeAn example for interacting with the SDK:from echome import Session, Vm, Images, SshKey

import json

vm_client = Session().client("Vm")

vms = vm_client.describe_all()
print("VMs__________________________________")
for vm in vms:
    name = vm["tags"]["Name"] if "Name" in vm["tags"] else ""
    print(f"{vm['instance_id']}\t{name}")

guest_images = Session().client("Images").guest().describe_all()
print("\nGuest Images_______________________")
for guest_img in guest_images:
    print(f"{guest_img['guest_image_id']}\t{guest_img['name']}")

ssh_keys = Session().client("SshKey").describe_all()
print("\nSSH Keys___________________________")
for sshkey in ssh_keys:
    print(f"{sshkey['key_id']}\t{sshkey['key_name']}\t{sshkey['fingerprint']}")python3 test_script.py 
VMs__________________________________
vm-a8b30fda     ubiquiti controller
vm-b49c2840     ansible_host
vm-29b73556     kubernetes_master
vm-2bfecdf6     kubernetes_worker_1
vm-2e10d36e     kubernetes_worker_2

Guest Images_______________________
gmi-d60beeba    Ubuntu 16.04 Server
gmi-fc1c9a62    Ubuntu 18.04 Server
gmi-1326e63a    Windows 10 May 2020 64-bit
gmi-6341042a    Windows Server 2020 R2 Standard Eval 64-bit

SSH Keys___________________________
key-5393842a    example_key     MD5:98:6c:0f:e5:fb:cb:74:5d:fa:f8:3c:f1:03:e3:35:5b
key-91c8cbd8    test_key        MD5:62:dd:13:e9:7f:a9:be:23:cf:df:64:ac:4b:63:77:d9
key-8ff552b8    echome  MD5:d4:d2:12:d3:95:81:9a:10:ba:43:43:15:45:08:a7:bcAuthorsmgtrrz-Initial work-Github-TwitterSee also the list ofcontributorswho participated in this project.LicenseThis project is licensed under the MIT License - see theLICENSE.mdfile for details
Package: echoplot
Plot loudness of a song using the EchoNest API.The EchoNest API key needs to be setup as an environment variable ECHO_NEST_API_KEY.#!/usr/bin/env pythonfrom echoplot import EchoPlotEchoPlot(‘The Clash’, ‘London Calling’).plot()Optional argumentsstartandendto start/end the song analysis at a certain time.Note that your EchoNest API key must be set as an environment variable:ECHO_NEST_API_KEYIf you don’t have a key, register at <http://developer.echonest.com>.Contact, infos, related hacks: <http://apassant.net> and <http://mdg.io>