Saravanan666/pypi-org huggingface dataset:
Package: windows-spotlight-extractor
Windows 10 Spotlight ExtractorThis application will scrape the windows spotlight assets folder for wallpapers.
The folder is located at%LOCALAPPDATA%/Packages/Microsoft.Windows.ContentDeliveryManager_cw5n1h2txyewy/LocalState/AssetsOnce found the wallpapers will be copied into the Spotlight images directory. By default this is:%USERPROFILE%/OneDrive/Pictures/SpotlightThe application will filter only for images larger than 1920 x 1080Getting StartedSet the script to run on a schedule or just call using the CLI commandspotlightYou should see an output similar to the following[2019-12-26 19:37:40,819] [root] [root] - Copying Windows Spotlight Images Into C:\Users\jonat\OneDrive\Pictures\Spotlight
[2019-12-26 19:37:40,844] [root] [root] - Successfully Copied 3 filesModify the Settings inC:\Users\jonat\AppData\Local\w10-spotlight-extractor\settings.iniI recommend adding the following to the settings to silence the output under the LOGGING section
CORRECT THE USERNAME FIRST!file = C:\Users\jonat\AppData\Local\w10-spotlight-extractor\app.logInstallingI Highly recommend using PIPX to install the spotlight extractor to ensure you do not run into issues with other environments and CLI apps installed using PIPhttps://packaging.python.org/guides/installing-stand-alone-command-line-tools/Install the spotlight extractor with pip into a Python3 Environment.pip3 install windows-spotlight-extractorContributingContributions are most welcome to the project, please raise issues first and contribute in response to the issue with a pull request.VersioningWe useSemVerfor versioning. For the versions available, see thetags on this repository.AuthorsJonathan Turnock-Initial workLicenseThis project is licensed under the MIT License - see theLICENSE.mdfile for details
Package: windows-tools.file-utils
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.impersonate
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.installed-software
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.logical-disks
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.powershell
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.product-key
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.securityprivilege
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.server
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.virtualization
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: windows-tools.windows-firewall
windows_toolsCollection of useful python functions around Microsoft Windowswindows_tools is a set of various recurrent functions amongstantivirus: antivirus state and list of installed AV enginesbitlocker: drive encryption status and protector key retrievalbitness: simple bitness identificationfile_utils: file ownership handling, NTFS & ReFS ACL handling, file listing with permission fixesimpersonate: python Runas implementationinstalled_software: list of installed software from registry, 32 and 64 bitslogical_disk: logical disk listingoffice: microsoft Office version identification, works for click & run, O365 and legacypowershell: powershell wrapper to identify interpreter and run scripts or commandsproduct_key: windows product key retrievalregistry: registry 32 and 64 bit APIsecurityprivilege: enable / disable various security privileges for userserver: windows server identificationusers: user lookup for SID/PySID/usernamevirtualization: virtualization platform identification for guestwindows_firewall: windows firewall state retrievalwmi_queries: windows WMI query wrapper, wmi timezone convertersIt is compatible with Python 3.5+ and is tested on Windows only (obviously).Setuppip install windows_tools.<subpackage>
Package: window-terminal
window-terminalis a Python module for start new Terminal Window
with print and input control.InstallationInstall from pip.pipinstallwindow-terminalUsageBelow there are example, how to use this module.importtimefromwindow_terminalimportWindowTerminal#### First Example: Print on Windows Terminal ##### To instantiate a Window Terminal call 'WindowTerminal.create_window()'window1=WindowTerminal.create_window()# To Open a Window Terminal, call 'open()' from a objectwindow1.open()# Print on Windown Terminal, call 'print()'window1.print('Hello I\'m a Window Terminal!')# The Window Terminal can be closed at any time# For example: close after 3 secondstime.sleep(3)window1.close()#### Second Example: Interact with Window Terminal ##### Insantiating and opening it more...window2=WindowTerminal.create_window()window2.open()# And printing...window2.print('### Welcome to Window Terminal 2 ###')# To prompt for something to Window Terminal call 'input()'# Current thread will be blocked until input is answeredsomething=window2.input('Type something here: ')# Priting result...print('Window Temrinal 2 replied:',repr(something))# Closing Window Terminal 2window2.close()#### Third Example: Async Interact with Window Terminal ##### # Insantiating and opening it for the last time...window3=WindowTerminal.create_window()window3.open()# We can define a function to be called when input is answereddefinput_callback(result):print('Window Terminal 3 replied:',repr(result))# Now, current thread not will be blocked, when 'input()' is calledwindow3.input('Other input, type something more here: ',input_callback)# To prevent the script from closing,  call 'wait_close()' to block# current thread, until Window Terminal close (for example: user action).window3.wait_close()# Printing after Window Terminal 3 closeprint('Window Terminal 3 was closed!')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.LicenseMIT
Package: windoz
WindozExample code-: don't execute, just take the first argument as residualr: repeat next timej: jump in lines: spawnFrame controllingfromwindoz.WorldimportWorldfromwindoz.windowsettingimport*print(get_fps(100))data=World(30)data.add_event(('r',print_average,[data]))data.add_event(('s',spawn_timer,[],[]))data.run()
Package: wind-parser
Wind ParserPython wind parser is a parser used to retrieve arguments for command line interfaces and turn them into python dictionary.Wind parser has a very simple and easy useWind parser supports keyword arguments, flags and keyword arguments that accept listsThis parser was created for thespeedframework.InstallationInstallation withpip:$ pip install wind-parserUsageAfter installing wind-parser you can just instantiate the Parser class withsys.argvas argument (sys.argvisn't required but it's better for the code clarity)Here is an example of how the parser is used:# command.pyimportsysfromwind_parserimportParserparser=Parser(sys.argv)# This variable stores the arguments with their values in a python dictionaryif__name__=='__main__':print(parser)# Print the dictionaryNote: You can also usep.argsfor printing the dictionaryThen you can run in your terminal:$ python command.py --name=John --age=32 --hobbies Football,Basketball,Cinema --verboseOutput:{'name':'John', 'age':'32', 'hobbies': ['Football', 'Basketball', 'Cinema'],  'verbose':True}To access the value of an argument, you can choose between:Use dictionary key access:print(p['name'])# orprint(p.args['name'])Use class attribute access:print(p.name)Note: With this method, you will not be able to retrieve arguments with a-in its name.SpecificationsThe different types of arguments supported:Keyword argument :-a 1,--a=1,-a item1,item2,item3Flag :--verbose,-v,--helpHere are the types of the different possible values depending on the type of argument:ArgumentsPython type--name=Johnor--age 16str--verboseor-vbool (always True)--files main.py,m.cfg,test.txtlist[str]
Package: wind-pypcd
pypcdPure Python reader/writer for the PCLpcddata format for point clouds.Please go to the repositoryREADME.Licensepypcdis licensed under the terms of the MIT license. See the file
“LICENSE” for information on the history of this software, terms & conditions
for usage, and a DISCLAIMER OF ALL WARRANTIES.All trademarks referenced herein are property of their respective holders.Copyright (c) 2015–, Daniel Maturana
Package: windrose
WindroseAwind roseis a graphic tool used by meteorologists to give a succinct view of how wind speed and direction are typically distributed at a particular location. It can also be used to describe air quality pollution sources. The wind rose tool uses Matplotlib as a backend. Data can be passed to the package using Numpy arrays or a Pandas DataFrame.Windrose is a Python library to manage wind data, draw windroses (also known as polar rose plots), and fit Weibull probability density functions.The initial use case of this library was for a technical report concerning pollution exposure and wind distributions analyzes. Data from local pollution measures and meteorologic information from various sources like Meteo-France were used to generate a pollution source wind rose.It is also used by some contributors for teaching purpose.Some others contributors have used it to make figures for awind power plant control optimization study.Some academics use it to track lightning strikes during high intensity storms. They are using it to visualize the motion of storms based on the relative position of the lightning from one strike to the next.Try windrose on mybinder.orgInstallRequirementsmatplotlibhttp://matplotlib.org/numpyhttp://www.numpy.org/and naturally pythonhttps://www.python.org/:-POptional libraries:Pandashttp://pandas.pydata.org/(to feed plot functions easily)Scipyhttp://www.scipy.org/(to fit data with Weibull distribution)ffmpeghttps://www.ffmpeg.org/(to output video)clickhttp://click.pocoo.org/(for command line interface tools)seabornhttps://seaborn.pydata.org/(for easy subplots)Install latest release version via pipA package is available and can be downloaded from PyPi and installed using:$pipinstallwindroseInstall latest development version$pipinstallgit+https://github.com/python-windrose/windroseor$gitclonehttps://github.com/python-windrose/windrose
$pythonsetup.pyinstallDocumentationFull documentation of library is available athttps://python-windrose.github.io/windrose/Community guidelinesYou can help to develop this library.Code of ConductIf you are using Python Windrose and want to interact with developers, others users...
we encourage you to follow ourcode of conduct.ContributingIf you discover issues, have ideas for improvements or new features, please report them.CONTRIBUTING.mdexplains
how to contribute to this project.List of contributors and/or notable usershttps://github.com/python-windrose/windrose/blob/main/CONTRIBUTORS.md
Package: windrow
🍃 Windrow 🍃Windrow is a REST API layer on top of version 2.0 of theHaystack framework.Installation# Haystack
pip install --no-deps git+https://github.com/deepset-ai/haystack.git@v2-new-pipeline
# Canals
pip install git+https://github.com/deepset-ai/canals.git
# Hatch
pip install hatch
Package: windsaloft
windsaloftConvert a vectorial raster field into streamlines. The output is in a convenient GeoJSON format.InstallationInstall the latest version from the Python Package Index:$ pip install windsaloftUsageTo create the streamlines, a vectorial field is needed:import numpy as np
import geojson
import pygrib
import windsaloft

grib = pygrib.open('data.grib2')U/V Componentsu = grib.select(shortName='u')[0].values
v = grib.select(shortName='v')[0].valuesConvert GRIBs data to "standard" -180 to 180 extent global gridsu = np.roll(u, u.shape[1] // 2, axis=1)
v = np.roll(v, v.shape[1] // 2, axis=1)Calculate streamsfeature_collection = windsaloft.jet_streams(u, v, pixel_dist=5, min_value=10, smooth=2, zigzag_degrees=45)Write output to a filewith open('streams.geojson', 'w') as fileout:
    geojson.dump(feature_collection, fileout, sort_keys=True, separators=(',', ':'))
Package: windsong
windsongTransform MIDI files into keyboard keys forGenshin Impactinstruments.Installpip install windsong, or for debugging/source install:git clone https://github.com/ongyx/windsong && cd windsong
pip install flit  # if you don't have it yet
flit install -sUsageKeys are dumped in the following format:<track/part name>:
<chord 1> <chord 2>
<chord 3> <chord 4>where one line is a bar of the midi song, depending on the time signature.windsong <midi-file>will dump the keys to stdout.
You can save it to a file bywindsong -s keys.txt <midi-file>.More details can be found usingwindsong --help.
If an error occurs, please open an issue, runwindsong --debug <midi-file>and paste the logs there.CaveatsSome restrictions apply due to limitations of the Genshin Impact instruments themselves:Only notes in the C major scale (C, D, E, F, G, A, B) can be played. No sharps or flats (yet).
However, you can transpose notes with the-toption.Notes must be between C3 and B5.Any invalid notes are replaced with a dash-.Credits/Licensetests/bach_prelude.midis synthesised by Roland Lopes, hosted at thislink.windsong is licensed under the MIT license.