Saravanan666/pypi-org huggingface dataset:
Package: avaamo
Avaamo API for PythonProvides Python Bindings for Avaamo APIsCommand Line tools for accessing APIsRequirementsPython version 3.6 or laterRequests library 2.21 or laterInstallationThis installs the Avaamo code into your python environment$ pip install avaamoA best practice is to create a separate virtual python environment for each of your python application
which is describedhereConfigurationConfiguration is passed via environment variables as follows (example data displayed):export AVAAMO_ENDPOINT=c0.avaamo.com
export AVAAMO_ACCESS_TOKEN=7358b733270342559cb736b04a80c490
export AVAAMO_BOT_ID=5051whereAVAAMO_ENVPOINTis the host name where your account residesAVAAMO_ACCESS_TOKENis the API access token for a specific user from settings in your accountCommand Line ToolsAdd a document to existing Avaamo Answers Knowledge Packusage: avaamo-add-doc [-h] -a access_token -n endpoint -b bot_id -e
                       YYYY-MM-DD -s YYYY-MM-DD

Extract analytics data

optional arguments:
  -h, --help            show this help message and exit
  -a access_token, --access-token access_token
                        API access token
  -n endpoint, --endpoint endpoint
                        API endpoint or domain name
  -b bot_id, --bot-id bot_id
                        Specifies the bot to export data from
  -e YYYY-MM-DD, --end-dt YYYY-MM-DD
                        End Date
  -s YYYY-MM-DD, --start-dt YYYY-MM-DD
                        Start DateAnalytics DataSeeAnalytics Datafor detail information on the contents provide by the anlytic APIs.SeeExtractingfor a procedure on how use the tools
to extract the analytics dataUpload Document
Package: avacli
AvaAva is a CLI application to return various items from the AWS Console without the need of logging in.  As long as you have configured your aws-cli to an account; you can run this tool.Usage:/ ❯ ava
Usage: ava [OPTIONS] COMMAND [ARGS]...

  Welcome to Ava!

Options:
  --profile TEXT
  --region TEXT
  --help          Show this message and exit.

Commands:
  ec2  List EC2 instances and SSM status/ ❯ ava ac2
Which AWS profile do you want to use?

        1 - default
        2 - profile-2
        3 - profile-3
        4 - profile-4
        5 - profile-5

Profile:Example :/ ❯ ava --profile aws-profile ec2
                     ╷                       ╷               ╷                  ╷             ╷                ╷               ╷                   ╷                     ╷
 Instance ID         │ VpcID                 │ IP Address    │ Operating System │ Ping Status │ Instance State │ Instance Type │ Availability Zone │ Is Agent Up-To-Date │ Hostname
╶────────────────────┼───────────────────────┼───────────────┼──────────────────┼─────────────┼────────────────┼───────────────┼───────────────────┼─────────────────────┼───────────────────────────────────────────────────────────────────╴
 i-0f42c9088419a2c90 │ vpc-02cb1743          │ 10.79.102.132 │ Amazon Linux     │ Online      │ Running        │ t3.medium     │ eu-west-1b        │ False               │ Hostname/NatInstance-V20210217104440
 i-0f42c9088419a2c90 │ vpc-02cb1743          │ 10.79.102.225 │ Amazon Linux     │ Online      │ Running        │ t3a.large     │ eu-west-1b        │ False               │ Hostname/NatInstance-V20210217104440
 i-0f42c9088419a2c90 │ vpc-02cb1743          │ 10.79.102.223 │ Amazon Linux     │ Online      │ Running        │ t3a.large     │ eu-west-1b        │ False               │ Hostname/NatInstance-V20210217104440
 i-0f42c9088419a2c90 │ vpc-02cb1743          │ 10.79.102.157 │ Amazon Linux     │ Online      │ Running        │ t3a.large     │ eu-west-1b        │ False               │ Hostname/NatInstance-V20210217104440
Package: avahi-recorder
[![Build Status](https://travis-ci.org/j-san/avahi-recorder.svg)](https://travis-ci.org/j-san/avahi-recorder)Avahi RecorderDynamic Zero Config DNS Server powered by Avahi.Listen to Avahi and write DNS record for each discovered host on the lan. It allow Avahi to bind addresses for outsider subnetwork.Install` sudo pip2.7 installavahi-recordersudoavahi-recorder.py# It will create  a DNS zone file in/etc/named/avahi-discover# yum install bind dnsutils # configure your dsn server # enjoy :) `Develop` virtualenv-ppython2 env env/bin/pip install-e.[dev] env/bin/flake8 *.pyenv/bin/avahi-recorder.py`TODOsConfigurable PARENT_DOMAIN, ZONE_FILEExample of working DNS configcommand line arguments
-domain-service-type-–permanentIf you want some todos done, just [tweet me](https://twitter.com/j_sanp) :)LicenceTHE BEER-WARE LICENSE(Revision 42):Jonathan Sanchez wrote this software. As long as you retain this notice you
can do whatever you want with this stuff. If we meet some day, and you think
this stuff is worth it, you can buy me a beer in return.
Package: availability
AvailabilityPython type for working with ranges of datetimesUse Availability to calculate ranges of datetimes.  A range consists of a start and end time that can be added or subtracted from another range.availability = Availabilty([
AvailabilityRange(start_time=datetime.datetime(2022,11,1), end_time=datetime.datetime(2022,11,31,23,59,59)),
], padding_time_before=5, padding_time_after=10)

availability -= AvailabilityRange(start_time=datetime.datetime(2022,11,8), end_time=datetime.datetime(2022,11,10))pip install availibilityWeird BehaviorsJumping forward with DSTWhen working with availability ranges that exist in a jump, they will be converted to the "jumped time".  So 2:30 would become 3:30 since there isn't technically a 2:30 on that day.
Package: availability-profile
Resource Availability ProfileThis Python library provides a data structure, termedavailability profile,
for managing the availability of computing resources. The structure is handy
for simulations and experiments where one must track the compute cluster
resources allocated to jobs or tasks over time. The following provides
examples of using the discrete resource range, set, and profile,
which useintas data type, but the same concepts apply to profiles for
other data types.One can use the discrete (int) range, set, and profile to track the
availability of, for instance, CPUs or cluster nodes. To create ranges
with resources0..20and30..50and add them to a set:fromavailability.setsimportDiscreteRange,DiscreteSetspan1=DiscreteRange(0,20)span2=DiscreteRange(30,50)res_set=DiscreteSet([span1,span2])Although you can create ranges and sets, one will not manipulate them
directly. For tracking the resources available over time, one will likely
use an availability profile (discrete or continuous, depending on the
type of resource they are dealing with). To create an availability profile
with a maximum capacity of 100 discrete resources for tracking the
availability of cluster nodes, for instance, one can use the following:fromavailability.profileimportDiscreteProfileprofile=DiscreteProfile(max_capacity=100)If you are using the profile in a task-scheduling simulation, you can
use the methodallocate_resources()from the profile to remove the
resource range0..10assigned to the task:profile.allocate_resources(resources=DiscreteSet([DiscreteRange(0,10)]),start_time=0,end_time=10)To find the time at which a task requiring40resources
for50time units can start:slot=profile.find_start_time(quantity=40,ready_time=5,duration=50)The returnedslotwill resemble:TimeSlot(period=DiscreteRange(0,50),resources=DiscreteSet([DiscreteRange(10,100)]))The profile provides other methods, such ascheck_availability()to check whether a given quantity of resources is available over a
given period:slot=profile.check_availability(quantity=10,start_time=5,duration=50)One can use the methodsfree_time_slots()orscheduling_options()to obtain the list of time slots and resources available. The main
difference between them is that the time slots returned by the latter
may overlap as they represent all the scheduling possibilities for
scheduling a job, given the resource availability over the specified
period:slots=profile.scheduling_options(start_time=10,end_time=100,min_duration=20,min_quantity=5)The operations for querying the resources available during a period
return the complete set of resources available. This design allows a
user to implement their resource selection policy. However, you
can useselect_resources()orselect_slot_resources()to
select a given number of resources from a set or slot:slot=profile.find_start_time(quantity=5,ready_time=0,duration=10)selected=profile.select_resources(resources=slot.resources,quantity=5))
Package: availabl-cli
Availabl CLIThis cli is used for interacting with availabl.co from the command line.Set Uppip install availabl-cliUsageavailabl install --profile <AWS cli profile> --region <AWS region> --api-key <API Key> --app-id <App ID>oravailabl install --region <AWS region> --api-key <API Key> --app-id <App ID> --role-arn <Exisitng IAM Role ARN>
Package: ava-key
Key generator and validator======================================The command-line tool to generate random or deterministic key pair using NaCL cryptography.Requirements:===================================- Python 2.7.x runtime- libsordium system packageUsage====================================Usage: ava-key.py [OPTIONS] COMMAND [ARGS]...Options:-v, --verbose  Enables verbose mode.--help         Show this message and exit.Commands:generatevalidate
Package: avalanche-etl
Avalanche ETLAvalanche ETL lets you convert Avalanche blockchain data into convenient formats like JSONs, CSVs and relational databases.
This is a fork ofEthereum ETL.Full documentation available here.Notice: Avalanche ETL is still on the beta version. However, CLIs are all functional.QuickstartInstall Avalanche ETL:pip3installavalanche-etlExport blocks and transactions>avalancheetlexport_blocks_and_transactions--start-block0--end-block5000\--blocks-outputblocks.json--transactions-outputtransactions.jsonExport ERC20 and ERC721 transfers>avalancheetlexport_token_transfers--start-block0--end-block5000\--outputtoken_transfers.jsonExport traces>avalancheetlexport_traces--start-block0--end-block5000\--outputtraces.jsonFind other commandshere.For the latest version, check out the repo and call>pip3install-e.>python3avalancheetl.pyRunning in DockerInstall Dockerhttps://docs.docker.com/install/Build a docker image>dockerbuild-tavalanche-etl:latest.
>dockerimagelsRun a container out of the image>dockerrun-v$HOME/output:/avalanche-etl/outputavalanche-etl:latestexport_all-s0-e5499999-b100000>dockerrun-v$HOME/output:/avalanche-etl/outputavalanche-etl:latestexport_all-s2018-01-01-e2018-01-01
Package: avalanchetoolbox
Code for analyzing time series for avalanche dynamics, such as the neuronal avalanches seen in cortex. This toolbox is in “open beta”, which means it works but there’s little documentation right now.Quick LinksInstallationGetting StartedUpdate Notifications, Mailing List, and ContactsNeuronal AvalanchesNote! This code works on Python 2.x, not 3.x. This code was developed and tested with the [http://www.enthought.com/products/epd.php Enthought Python Distribution], and will update to 3.x whenever Enthought updates to 3.x. The full version of Enthought is [http://www.enthought.com/products/edudownload.php available for free for academic use.]
Package: avaland
Avaland Music DownloaderAvaland is a command-line program to download musics directly from most popular Iranian music websites, written in Python. It supports RadioJavan, Bia2Music, Nex1Music, Navahang, WikiSeda and RapFarsi.It requires the Python interpreter, version 3.5+, and it is not platform specific. It should work on your Unix box, on Windows or on macOS.Installation and NotesTo install it open your terminal and type:pip3 install avalandUsages And ExamplesThe usages can be found with the -h or --help flag:Usage: [-h] [--path PATH] [--sources SOURCES] [--dl-first]
               [--dl-album] [--dl-artist]
               query
positional arguments:
  query                 Search query

optional arguments:
  -h, --help            show help message and exit
  --path PATH, -p PATH  path to download music/album
  --sources SOURCES, -s SOURCES
                        list of sources (default: --sources all) Available
                        sources: Bia2, Navahang, Nex1, RadioJavan, RapFarsi,
                        WikiSeda
  --dl-first, -df       download first music in list
  --dl-album, -da       download all musics in an album
  --dl-artist, -dr      download all musics of an artist# Search tracks
avaland "your search query"

# Search and download first result
avaland "your search query" --dl-first

# Search with custom sources
avaland "your search query" --sources radiojavan,bia2,rapfarsi

# Set custom download path directory
avaland "your search query" --path /foo/barGetting Started (For Developers)fromavaland.managerimportSourceManagerfromavaland.sourcesimport*manager=SourceManager()#  register two sourcesmanager.register(Bia2)manager.register(RapFarsi)if__name__=='__main__':#  search for a querysearch=manager.search("hello adele")print(search)#  download first result from bia2download=search['bia2'].musics[0].download()print(download)ContributingContributions are what make the open source community such an amazing place to be learn, inspire, and create. Any contributions you make are greatly appreciated.Fork it (https://github.com/dragon-born/avaland)Create your Feature Branch (git checkout -b feature/newfeature)Commit your changes (git commit -am 'Add some amazing new feature')Push to the branch (git push origin feature/newfeature)Open a new Pull RequestLicenseMIT
Package: avalia-temperatura
avalia_temperaturaDescricao.
O pacote avalia_temperatura contem um unico modulo simples, que apos o input da temperatura corporal do usuario retorna se ela esta normal, febril ou abaixo do normal, sendo este um desafio de Projeto de Bootcamp da DIO.InstalacaoUse o adm. de pacotepippara instalar avalia_temperaturapipinstallavalia_temperaturaUsofromavalia_temperaturaimporttermometrotermometro.temperatura()AutorGabriel DimasLicencaMIT
Package: avalonms
The Avalon Music Server is a Python WSGI application and several CLI scripts
that, together, scan metadata from a music collection, store it in a database,
and expose it as a JSON web service. It is available under the MIT license.The Avalon Music Server is able to read metadata from ogg, flac, and mp3 files.
Clients can then query the server for information about songs, albums, artists,
and genres in the collection.FeaturesSupport for Mp3, Vorbis (Ogg), or Flac audio filesSupport for multiple database backendsSimple JSON interface including fast prefix matchingUnicode output supportPython 2.6 – 3.4InstallationTo install it simply run$pipinstallavalonmsUsageThen, to scan your music collection$avalon-scan~/MusicThen, start the application using a WSGI server likeGunicorn$gunicorn--preloadavalon.app.wsgi:applicationDocumentationThe latest documentation is available athttps://avalonms.readthedocs.org/en/latest/SourceThe source is available athttps://github.com/tshlabs/avalonmsDownloadPython packages are available athttps://pypi.python.org/pypi/avalonmsChangesThe change log is available athttps://avalonms.readthedocs.org/en/latest/changes.html
Package: avand
پکیج فاکتور پلتفرم پاداین پکیج شامل سرویس های زیر استصدور فاکتورکاهش فاکتورلیست فاکتورهاروش های پرداخت فاکتورو ...نصببرای نصب از طریقpipکافیه تا دستور زیر را اجرا کنیدpip install pod-billingنمونه کدنمونه کد ها و مثال هایی از تمام متدهای این پکیج را می توانیداینجاپیدا کنید.
Package: avant
avantCreate informed priors for reflectometry analysisavantis a python package to extract values fromrefl_databaseto create informed or uniform priors to be used in reflectometry analysis.The aim ofavantis to improve reflectometry analysis by applying Bayesian Statistics and creating 'informed priors' which take into account literature values in the prior probability distributions of the parameters. The priors are created in a way where they can be directly implemented inRefnxto perform reflectometry analysis. Plus, the package has plotting functionalities so you can see what the prior probability distributions look like.FeaturesCurrently,avantonly contains priors for the following five parameters for DMPC: head volume, tail volume, head thickness, tail thickness and roughness. It can create an informed prior, Gauss, with the following methods:pdf: probability distribution functionlogpdf: natural log of the probability distribution functioncdf: cumulative distribution functionppf: percentile point function (quantile function  / inverse cdf)rvs: random variate samplingIt can also create a uniform prior which is an upper and lower bound for the prior range. The following plotting functionalities are available:plotGauss(name='DMPC'): Plot a 'Gauss' prior probability distribution.plotUniform(name='DMPC'): Plot a uniform prior probability distribution.ExamplesPlotting the informed prior for head volume for DMPC:import avant.parameter.vh as vh
vh.plotGauss('DMPC')Plotting the uniform prior for the head volume for DMPC:import avant.parameter.vh as vh
vh.plotUniform('DMPC')Set a parameter equal to the Gauss object (can be used in Refnx)import avant.parameter.vh as vh
x = vh.Gauss('DMPC')ProblemsIf you discover any issues withavantfeel free to either submit the issue to our issue tracker onGithub, or fix the issue yourself and make a pull request to the main branch.Installationavantis available on PyPI so can be installed using pip, otherwise this repository can be cloned and the latest build can be installed using the following:pip install -r requirements.txt
python setup.py build
python setup.py install
pytestContributorsLicenseThe project is licensed under the MIT license.
Package: avanza-api
AvanzaA Python library for the unofficial Avanza API. This library is based on the existing JavaScript libraryAvanza.Please note that this is only a proof of concept, hence not meant to be used by anyone.It might also be valuable to note that I am not affiliated with Avanza Bank AB in any way. The underlying API can be taken down or changed without warning at any point in time.Installationpipinstallavanza-apiGetting a TOTP SecretNOTE: Since May 2018 two-factor authentication is required to log in.Here are the steps to get your TOTP Secret:Go to Profil > Inställningar > Sajtinställningar > Inloggning och utloggning > Användarnamn > Tvåfaktorsinloggning and click "Återaktivera". (Only do this step if you have already set up two-factor auth.)Click "Aktivera" on the next screen.Select "Annan app för tvåfaktorsinloggning".Click "Kan du inte scanna QR-koden?" to reveal your TOTP Secret.Generate the TOTP code using the python code below and paste the TOTP code in the field below where you found the TOTP Secret.Done! From now on all you have to do is supply your secret in the constructor as in the examples below.Generate TOTP code:importhashlibimportpyotptotp=pyotp.TOTP('MY_TOTP_SECRET',digest=hashlib.sha1)print(totp.now())ExampleAuthenticate and fetch account overview:fromavanzaimportAvanzaavanza=Avanza({'username':'MY_USERNAME','password':'MY_PASSWORD','totpSecret':'MY_TOTP_SECRET'})overview=avanza.get_overview()Get info about a certain accountfromavanzaimportAvanza,TimePeriodavanza=Avanza({'username':'MY_USERNAME','password':'MY_PASSWORD','totpSecret':'MY_TOTP_SECRET'})report=avanza.get_insights_report(account_id='XXXXXXX',time_period=TimePeriod.ONE_WEEK)Place an orderfromavanzaimportAvanza,OrderTypeavanza=Avanza({'username':'MY_USERNAME','password':'MY_PASSWORD','totpSecret':'MY_TOTP_SECRET'})result=avanza.place_order(account_id='XXXXXXX',order_book_id='XXXXXX',order_type=OrderType.BUY,price=13.37,valid_until=date.fromisoformat('2011-11-11'),volume=42)Subscribe to real time dataimportasynciofromavanzaimportAvanza,ChannelTypedefcallback(data):# Do something with the quotes data hereprint(data)asyncdefsubscribe_to_channel(avanza:Avanza):awaitavanza.subscribe_to_id(ChannelType.QUOTES,"19002",# OMX Stockholm 30callback)defmain():avanza=Avanza({'username':'MY_USERNAME','password':'MY_PASSWORD','totpSecret':'MY_TOTP_SECRET'})asyncio.get_event_loop().run_until_complete(subscribe_to_channel(avanza))asyncio.get_event_loop().run_forever()if__name__=="__main__":main()LICENSEMIT license. See the LICENSE file for details.RESPONSIBILITIESThe author of this software is not responsible for any indirect damages (foreseeable or unforeseeable), such as, if necessary, loss or alteration of or fraudulent access to data, accidental transmission of viruses or of any other harmful element, loss of profits or opportunities, the cost of replacement goods and services or the attitude and behavior of a third party.
Package: avanzapy
With this Python wrapper you can interact with the Swedish broker Avanza. You can run two types of query: logged in and not logged in. Regarding the first ones you can query your balances and open positions, or even send orders to market. If you are not logged with your account (maybe you don’t have an account or don’t want to expose your data) you can still use this wrapper to query differentes instruments data (stocks, funds, certificates, etf,…). You can get both current price and historical price in different formats
Package: avapi
AVAPIGet data from Alpha Vantage into python.Authors:Ole Olaussen:ole.olaussen@ekkobit.comXuan Ling:xuan.ling@ekkobit.comDocumentationFor more complete documentation, please go toReadTheDocs.There are other python wrappers for the alpha vantage API, such asalphavantage,alpha-vantage-downloader,alpha_vantageandalphavantage-wrapper. They all have in common that they have different functions for each of the data types that Alpha Vantage offers. This may be less practical when downloading multiple data types at multiple resolutions in one session. Avapi has a single function that can download any data type from Alpha Vantage: avapi.get_data() takes **kwargs as input and outputs a  dictionary, unless datatype="csv" is given, in which case a csv file is saved. If the data type is time series, avapi.to_df() converts it to a Pandas data frame. The intention is a simple and flexible way to get data from Alpha Vantage into python.InstallationpipinstallavapiBefore useFollow instructions on theAlpha vantagewebsite to get a free API-key.  Thedocsprovide all necessary info for à la carte downloading of historical data and indicators. Please checkout Alpha Vantagesupportand read through theFrequently Asked Questions.ExamplesThe "demo" api-key only works for these specific examples. If you modify the code you also need to provide your own api-key.Single downloadimportavapiasaaimportpandasaspddata=aa.get_data(function='VWAP',symbol='MSFT',interval='15min',apikey='demo')df=aa.to_df(data)df.head()Multiple files downloadThere are limits for free accounts: up to 5 API requests per minute and 500 requests per day.  In loops, if you don't incorporate time.sleep(), you might get errors.importavapiasaaimportpandasaspdfromtimeimportsleepdata_path='data/'data_calls=[{'function':'TIME_SERIES_DAILY','symbol':'MSFT','apikey':'demo','datatype':'csv',},{'function':'TIME_SERIES_INTRADAY','symbol':'MSFT','interval':'5min','apikey':'demo','datatype':'csv',}]forcallindata_calls:save_to=data_path+call['function']+'_'+call['symbol']+'.csv'data=aa.get_data(save_to=save_to,**call)sleep(15)Unexpected resultsIf you get unexpected results, you may check the latest, original response from the Alpha Vantage server in the following way:response=aa.response()print(response)ContributeIssue Tracker:https://github.com/ekkobit/avapi/issuesSource Code:https://github.com/ekkobit/avapiDocumentation:https://avapi.readthedocs.io
Package: avassa-client
Avassa Client Library - PythonUse this library to integrate with the Avassa APIs from Python.FeaturesThe library consists of two modules.avassa_clientFunctions for authentication using username/password as well as approle
credentials. Also contains a generic rest_get function that can be used to talk
to any API endpoint.avassa_client.volgaAsynchronous library based on the websockets module for connecting to
Volga topics.UseThe Avassa Client is published toPyPiand can be installed:python3-mpipinstall--upgradeavassa-clientSee the Volga Applications how-to in the Avassa Documentation for
further information.Publishing on PyPISee BUILD-PUBLISH.md