Saravanan666/pypi-org huggingface dataset:
Package: anderssontree
AnderssonTree PackageAbstractThis package provides Andersson Tree implementation written in pure Python.Sources of Algorithmshttp://en.wikipedia.org/wiki/Andersson_treehttp://user.it.uu.se/~arnea/abs/simp.htmlhttp://eternallyconfuzzled.com/tuts/datastructures/jsw_tut_andersson.aspxSome concepts are inspired by bintrees package athttp://bitbucket.org/mozman/bintrees, although this implementation does not
support dict, heap, set compatibility.ConstructorAnderssonTree() -> new empty tree;AnderssonTree(mapping) -> new tree initialized from a mapping (requires only an items() method)AnderssonTree(seq) -> new tree initialized from seq [(k1, v1), (k2, v2), … (kn, vn)]Methods__contains__(k) -> True if T has a key k, else False__delitem__(y) <==> del T[y]__getitem__(y) <==> T[y]__iter__() <==> iter(T) <==> keys()__len__() <==> len(T)__repr__() <==> repr(T)__reversed__() <==> reversed(T), reversed keys__setitem__(k, v) <==> T[k] = v__copy__() <==> copy()clear() -> None, remove all items from Tcopy() -> a shallow copy of T, tree structure, i.e. key insertion order is preserveddump([order]) -> None, dumps tree according to orderget(k) -> T[k] if k in T, else Noneinsert(k, v) -> None, insert node with key k and value v, replace value if key existsis_empty() -> True if len(T) == 0iter_items([, reverse]) -> generator for (k, v) items of Tkeys([reverse]) -> generator for keys of Tremove(key) -> None, remove item by keyremove_items(keys) -> None, remove items by keysroot() -> root nodetraverse(f, [order]) -> visit all nodes of tree according to order and call f(node) for each nodeupdate(E) -> None.  Update T from dict/iterable Evalues([reverse]) -> generator for values of TOrder valuesORDER_INFIX_LEFT_RIGHT - infix order, left child first, then rightORDER_INFIX_RIGHT_LEFT - infix order, right child first, then leftORDER_PREFIX_LEFT_RIGHT - prefix order, left child first, then rightORDER_PREFIX_RIGHT_LEFT - prefix order, right child first, then leftORDER_POSTFIX_LEFT_RIGHT - postfix order, left child first, then rightORDER_POSTFIX_RIGHT_LEFT - postfix order, right child first, then leftInstallationfrom source:python setup.py installor from PyPI:pip install anderssontreeDocumentationthis README.rst, code itself, docstringsanderssontree can be found on github.com at:https://github.com/darko-poljak/andersontreeTested WithPython2.7.5, Python3.3.2
Package: andesite.py
andesite.pyA Python client library forAndesite.
andesite.py tries to be as flexible as possible while still providing the same,
consistent API.
The library comes with built-in support fordiscord.py,
but it can be used with any library of your choice.The goodiesPythonic, fully typed API including all Andesite "entities"Client pools with balancing and even state migration. If one node goes down
its players are seamlessly migrated to another one.Custom state handlers. andesite.py doesn't force you to use its state manager,
not even for the client pools. It provides you with a solid in-memory one, but
you can swap it out however you want.Future-proof design so that if the library becomes outdated it still remains
usable.InstallationYou can install the library from PyPI using pip:pipinstallandesite.pyLook & FeelThe following is a small example of how to use andesite.py. For more
in-depth examples and information, please refer to the documentation.Please keep in mind that the following example is incomplete. It only
serves to demonstrate some andesite.py code.importasyncioimportandesiteclient=andesite.create_client("http://localhost:5000",# REST endpoint"ws://localhost:5000/websocket",# WebSocket endpointNone,# Andesite password549905730099216384,# Bot's user id)asyncdefmain()->None:result=awaitclient.search_tracks("your favourite song")track_info=result.get_selected_track()# notice that we haven't called any sort of connect method. You can# of course manually connect the client, but if you don't, that's no# biggie because andesite.py will do it for you.awaitclient.play(track_info.track)asyncio.run(main())DocumentationYou can find the documentation on the project's website.Click hereto open the
documentation.You can also take a look at theexamplesdirectory
for a reference.AlternativesIf andesite.py isn't what you're looking for, first of all, please
leave some feedback, but secondly here are some alternative Python client
libraries which you can use:granitepy
Package: andi-pip
nbdev templateUse this template to more easily create yournbdevproject.If you are using an older version of this template, and want to upgrade to the theme-based version, seethis helper script(more explanation of what this means is contained in the link to the script).Troubleshooting TipsMake sure you are using the latest version of nbdev withpip install -U nbdevIf you are using an older version of this template, see the instructions above on how to upgrade your template.It is important for you to spell the name of your user and repo correctly insettings.inior the website will not have the correct address from which to source assets like CSS for your site.  When in doubt, you can open your browser's developer console and see if there are any errors related to fetching assets for your website due to an incorrect URL generated by misspelled values fromsettings.ini.If you change the name of your repo, you have to make the appropriate changes insettings.iniAfter you make changes tosettings.ini, runnbdev_build_lib && nbdev_clean_nbs && nbdev_build_docsto make sure all changes are propagated appropriately.Previewing Documents LocallyIt is often desirable to preview nbdev generated documentation locally before having it built and rendered by GitHub Pages.  This requires you to run Jekyll locally, which requires installing Ruby and Jekyll. Instructions on how to install Jekyll are providedon Jekyll's site. You can run the commandmake docs_servefrom the root of your repo to serve the documentation locally after callingnbdev_build_docsto generate the docs.In order to allow you to run Jekyll locally this project contains manifest files, called Gem files, that specify all Ruby dependencies for Jekyll & nbdev.If you do not plan to preview documentation locally, you can choose to deletedocs/Gemfileanddocs/Gemfile.lockfrom your nbdev project (for example, after creating a new repo from this template).
Package: andisdk
ANDi SDK is a package to support powerful ANDi scripting API from python environment providing powerful Ethernet and automotive testing development kit.Calling andisdk from PythonANDi SDK allows the creation and handling of Ethernet based messages or channels, this can be done with or without an ANDi test project# creating a message using a projectfromandisdkimportload_projectapi=load_project(path_to_atp)eth_msg=api.message_builder.create_ethernet_message()# creating a message without a projectfromandisdkimportmessage_buildermsg=message_builder.create_ethernet_message()Requirements to run ANDi SDKANDi SDK is portable, it can be used on both Windows and Linux machines.Before running ANDi SDK, the following requirements need to be met:.NET 6 runtime: responsible for running ANDi library files (dlls).CodeMeter: responsible for license handling.Npcap or Winpcap(Windows): responsible for hardware interfaces.Libpcap (Linux): responsible for hardware interfaces.Examples# this example will create and send an UDP messagefromandisdkimportmessage_builder,andiimportsysadapters=andi.get_adapters()if(len(adapters)<=0):print("No adapters found, stopping script")sys.exit()adapter=adapters[0]print("using adapter "+adapter.id+" to send udp message")channel=andi.create_channel("Ethernet")message=message_builder.create_udp_message(channel,channel)message.payload=tuple([0x01,0x02,0x03,0x04])message.udp_header.port_source=1234print("sending udp message with payload "+str([xforxinmessage.payload]))message.send()Using python-can# this example will use python-can to send and receive a CAN messageimportcanbus=can.interface.Bus(interface='andisdk',channel='1',driver='tecmp',link='can',dev_port=1,dev_id=64)payload=b'\x02\x08\x08\xFF\x03\x11\x04\x02'# create can messagemsg=can.Message(arbitration_id=0x80000749,data=payload,is_fd=False)# sendingbus.send(msg)# receiving with timeout 5 secondsmsg_received=bus.recv(5)print(msg_received)Copyrights and licensingThis product is the property of Technica Engineering GmbH.
Â© Copyright 2022-2024 Technica Engineering GmbHThis product will not function without a proper license.
A proper license can be acquired by contacting Technica Engineering GmbH.
For license related inquiries, this email:support@technica-engineering.deis available from Technica Engineering.
Package: andonapp
Python client library for reporting data toAndonInstallpip install andonappUsageIn order to programmatically connect to Andon’s APIs you must first generate an API token. This is done by logging into your Andon account, navigating to theAPI settings page, and generating a new token.  Make sure to record the token, and keep it secret.Reference Andon’sgetting started guideandAPI guidefor complete details on these prerequisitesSetting up the ClientNow that you have a token, create a client as follows:fromandonappimportAndonAppClientclient=AndonAppClient(org_name,api_token)Reporting DataHere’s an example of using the client to report a success:client.report_data(line_name='line 1',station_name='station 1',pass_result='PASS',process_time_seconds=100)And a failure:client.report_data(line_name='line 1',station_name='station 1',pass_result='FAIL',process_time_seconds=100,fail_reason='Test Failure',fail_notes='notes')Updating a Station StatusHere’s an example of flipping a station to Red:client.update_station_status(line_name='line 1',station_name='station 1',status_color='RED',status_reason='Missing parts',status_notes='notes')And back to Green:client.update_station_status(line_name='line 1',station_name='station 1',status_color='GREEN')LicenseLicensed under the MIT license.
Package: andor
Object-oriented, high-level interface for Andor cameras (SDK2), written in Cython.NoteThis is not a stand-alone driver. Andor’s proprietary drivers must be installed.
The setup script expects to findlibandor.soin/usr/local/lib/(the driver’s default installation directory).Andor provides a low-level,ctypeswrapper on their SDK, calledatcmd.
If available, it will be imported asAndor._sdk.This documentation should be read along Andor’s Software Development Kit manual.To build the extension:$ python2.7 setup_extension.py build_ext --inplaceWarningThis module is not thread-safe. IfAcqMode.waitis blocking a
background thread, and another function call is made from the main thread,
the main thread will block too.UsageThe camera is controlled via the top-level classAndor:>>> from andor2 import Andor
>>> cam = Andor()TheAndorinstance is just a container for other objects
that control various aspect of the camera:Info: camera information and available featuresTemperature: cooler controlShutter: shutter controlEM: electron-multiplying gain controlDetector: CCD control, including:VSS: vertical shift speedHSS: horizontal shift speedADC: analog-to-digital converterOutputAmp: the output amplifierPreAmp: pre-amplifier controlReadMode: select the CCD read-out mode (full frame, vertical binning, tracks, etc.)Acquire <AcqMode>: control the acquisition mode (single shot, video, accumulate, kinetic)Examples>>> from andor2 import Andor
>>> cam = Andor()
>>> cam.Temperature.setpoint = -74  # start cooling
>>> cam.Temperature.cooler = True
>>> cam.Detector.OutputAmp(1)       # use conventional CCD amplifier instead of electron multiplying
>>> cam.PreAmp(2)                   # set pre-amplifier gain to 4.9
>>> cam.exposure = 10               # set exposure time to 10 ms
>>> cam.ReadMode.SingleTrack(590,5) # set readout mode: single track, 5 pixels wide, centered at 590 pixels>>> cam.Acquire.Video()             # set acquisition mode to video (continuous)
>>> data = cam.Acquire.Newest(10)   # collect latest 10 images as numpy array
>>> cam.Acquire.stop()>>> cam.Acquire.Kinetic(10, 0.1, 5, 0.01)    # set up kinetic sequence of 10 images every 100ms
                                         # with each image being an accumulation of 5 images
                                         # taken 10ms apart
>>> cam.Acquire.start()                      # start acquiring
>>> cam.Acquire.wait()                       # block until acquisition terminates
>>> data = cam.Acquire.GetAcquiredData()     # collect all data
Package: andor3
This is an interface to Andor camera devices which communicate using version 3 of the Andor Software
Development Kit (Andor SDK3).It depends on the Andor SKD3 being installed on the system (libatcore.so.3etc on Linux,atcore.dlletc on Windows). These are proprietary, non-free, and closed-source, and thus unable
to be distributed with this package. If you feel that those licensing terms restrict the
functionality of the very expensive camera you own, and hinder the progress of your project or
research, please write to Andor/Oxford Instruments to complain about that.While this package should be usable without knowing the details of the SDK3, consultation of the
SDK3 documentation is recommended for details about camera features etc. Unfortunately, the
documentation is also not freely available.Tested using an Andor Zyla (both USB3.0 and CameraLink interfaces), however any camera compatible
with the SDK3 should work, such as the Neo, Apogee, or i-Star sCMOS.SupportDocumentation can be found online athttps://andor3.readthedocs.io/en/latest/.Source code available athttps://gitlab.com/ptapping/andor3.Bug reports, feature requests and suggestions can be submitted to theissue tracker.LicenseAll original work is free and open source, licensed under the GNU Public License.
See theLICENSEfor details.
Package: and-or-not
Python And-Or-Not Concept Helper for beginnersTheand-or-notis a python package that teaches you the basic concepts of the most basic logical operators(and, or and not). The package would keep updating as python itself updates to higher versions.Contains the following logical operators:AndOrNotInstallationIf not already,install pipRepl.it users, just go over to the "shell" and follow the instructions below.Install the package withpiporpip3:pipinstalland-or-notUsageSee more examples atMy DocsSO yeah, I don't want to write anything here, cos I'm lazy:)... Just follow that link if interested :)
Package: andor-sif
Andor SIFThis package has been merged withfujiisoup/sif_parserand will no longer be mainted.Parse.siffiles from an Andor spectrometer.Install withpython -m pip install andor-sifParserTheandor_sif.parse(<file>)method is used to parse a .sif file.
This is the main function of this package.CLIInstalls a command line interface (CLI) namedandor_sifthat can be used to
convert .sif files to .csv.ExampleLibraryimportpandasaspdimportandor_sifassif# parse the 'my_pl.sif' file(data,info)=sif.parse('my_pl.sif')# place data into a pandas Seriesdf=pd.Series(data[:,1],index=data[:,0])CLIConvert all .sif files in the current directory to .csv.andor_sifConvert all .sif files ending inplin the current directly into a single .csv.andor_sif--join*pl.sifParsing.siffilesThis package uses@fujiisoup/sif_readerto parse.siffiles.
Package: andotp-decrypt
andOTP-decryptA backup decryptor for theandOTPAndroid app.The tools in this package support the password based backup files of andOTP in both the current (0.6.3) old (0.6.2 and before) format.Tools:andotp_decrypt.py: A decryption tool for password-secured backups of theandOTPtwo-factor android app.Output is written to stdoutgenerate_qr_codes.py: A tool to generate new, scanable QR code images for every entry of a dumpImages are saved to the current working directorygenerate_code.py: A tool to generate a TOTP token for an account in the backupInstallationpip install andotp-decryptThe tools will be installed as:andotp_decryptandotp_gencodeandotp_qrcodeDevelopment SetupPoetryinstall (recommended)Install poetrypip install poetry(or use the recommended way from the website)Install everything elsepoetry installLaunch the virtualenvpoetry shellPip installsudo pip3 install -r requirements.txtOn debian/ubuntu this should work:sudo apt-get install python3-pycryptodome python3-pyotp python3-pyqrcode python3-pillow python3-docoptUsageDump JSON to the console:./andotp_decrypt.py /path/to/otp_accounts.json.aesGenerate new QR codes:./generate_qr_codes.py /path/to/otp_accounts.json.aesGenerate a TOTP code for your google account:./generate_code.py /path/to/otp_accounts.json.aes googleThanksThank you for contributing!@alkuzad@ant9000@anthonycicc@erik-h@romed@rubenvdham@wornt@naums@marcopaganini
Package: and-otp-uri
and-otp-uriParses backups from theandOTP-Android appand turns the entries into otpauth-URIs understood by other authenticator apps.With the--generate-pass-entriesoption you can directly create pass entries
from the backup.Installationpip install and-otp-uriUsage:To print out URIs for the entries in the backup runand-otp-uri/path/to/backup.jsonSeeand-otp-uri --helpfor all available options.
Package: andperf
AndPerfAndroid 上的一些性能调优工具安装pip3installandperf使用andperf dev-screenandperf stat-threadandperf top-activityandperf fpsandperf gfx-histandperf meminfo-pieandperf meminfo-trend完整命令列表andperfconfig设置用户自定义配置
andperfcpuinfo查看
andperfdev-mem查看设备内存信息
andperfdev-screen查看设备屏幕信息
andperfdump-config查看当前的用户自定义配置
andperfdump-layout导出当前栈顶Activity布局，并在浏览器打开
andperffps计算fps，最后会绘制一张fps变化图
andperfgfx-hist查看gfx每帧绘制耗时分布直方图
andperfgfx-resetresetapp的gfxinfo，重新开始统计
andperfgfxinfo查看app的gfxinfo信息
andperfmeminfo查看app的meminfo信息
andperfmeminfo-pie将当前app的各部分内存占用按照饼图展示
andperfmeminfo-trend展示app各部分内存随时间的变化
andperfscreencap截图并在浏览器打开
andperfstat-thread统计一段时间内app进程内，各线程获得到的时间片占比
andperfsystrace调用Androidsystrace命令，并在chrome中打开
andperftop-activity查看当前栈顶Activity
andperftop-app查看当前栈顶Appconfigconfig 指定app package name，可以在执行其它指令时节省很多输入andperfconfig--app=com.meelive.ingkeeLICENSEMIT
Package: andreani
andreaniThis is a Python module that provides a class called SDK for interacting with theAndreani API. The SDK class has several methods that allow users to login, estimate shipping fees, retrieve shipping labels, and submit shipments to Andreani.SDK class:login(username: str, password: str) -> typing.Optional[LoginResponse]: This method logs in to the Andreani API using the provided username and password. It returns a LoginResponse object if the login was successful, or raises an AndreaniException if there was an error.estimate_price(postalcode: str, contract: str, client: str, office: str, order: Order) -> typing.Optional[FeesResponse]: This method estimates the shipping fees for a given postalcode, contract, client, office, and order. It returns a FeesResponse object if the request was successful, or raises an AndreaniException if there was an error.submit_shipment(shipment: Shipment) -> typing.Optional[SubmitShipmentResponse]: This method submits a shipment to Andreani. It returns a SubmitShipmentResponse object if the request was successful, or raises an AndreaniException if there was an error.get_shipment_status(shipment_number: str) -> typing.Optional[SubmitShipmentResponse]get_label(url:str, save: bool = False, filename: str = None): This method fetches the label for a shipment in pdf format. If thesaveparameter isTrue, the method writes the content of the response to a file with the specifiedfilename. Ifsaveis not provided or isFalse, the method returns the content of the response as bytes.ContributingPull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.Please make sure to update tests as appropriate.LicenseThis software is distributed under the MIT licence. See LICENCE for details.Copyright (c) 2021-2022 Juan Pablo Sennjuanpsenn@gmail.com
Package: andreani-aa-ml
Andreani Advanced Analytics toolsInstalar usando pippip install andreani-aa-mlImportaciónimport aa_mlEjemplo de usoAML Pipeline: Pipeline de ejecución de experimentos en Azure Machine Learningfrom aa_tools import aml_pipeline, logger

if __name__ == "__main__":

    log = logger("test.py", "main")

    # Not part of pipeline
    aml_pipeline.create_train_template("test_file.py")
    log.log_console("Template file created as test_file.py", "INFO")

    tags = {
      "scale" : "false",
      "balanced" : "false",
      "outliers" : "false",
      "target" : "target"
    }
    log.log_console("Tags defined", "INFO")
    try:
      Pipeline = aml_pipeline.pipeline("aa_tools_test", "linear_regression", "regression", tags)
    except Exception as e:
      log.log_console(f"Exception initializing pipeline: {e}")
      log.close()
      raise e

    try:
      Pipeline.run("aml/azure.pkl", "aml/environment.yml", "aml", "train_template.py", log)
    except Exception as e:
      log.log_console(f"Exception running pipeline: {e}")
      log.close()
      raise e

    log.close()
Package: andreani-aa-testing
Andreani Advanced Analytics testingInstalar usando pippip install andreani-aa-testingImportaciónimport aa_testingEjemplo de usoTestingfrom aa_testing import testing

if __name__ == "__main__":

  test = Testing(function1, function2, dataset)
  test.compare_functions()
  response = test.create_response()Listado de funciones agregadas:Testing: Comparación de latencia entre dos funciones.Listado de funciones a agregar:Aplicar funcion de metricas.
Package: andreani-aa-tools
Andreani Advanced Analytics toolsInstalar usando pippip install andreani-aa-toolsImportaciónimport aa_toolsEjemplo de usoHaversinefrom aa_tools import logger, haversine

if __name__ == "__main__":

    log = logger("test.py", "main")

    result = haversine(-58.490160, -34.566116, -58.485096, -34.572123)

    log.log_console(f"Haversine distance: {result}", "INFO")

    log.close()Listado de funciones agregadas:Haversine: Distancia euclidia entre dos puntos.Logger: Maneja el log según los lineamientos de Andreani.Datalake: Interfaz de conexión al datalake para descargar y cargar archivos csv, parquet y/o json.Listado de funciones a agregar:Distancia de ruta entre dos puntos.Model trainingConexión a Elastic Search