Saravanan666/pypi-org huggingface dataset:
Package: c
CThis is a battery history analyZer for android and compatible systems.The package includes library functions for extracting battery data from
collections of CSV files, as well as a helper CLI to generate charts
from the terminal.InstallingThis is a python 3 package, and requires python 3.5.
To install, type in the terminal:pip3 install cConfigurationThere is nothing to configure in this package, but you must configure
your android device to output CSV files in this format:YYYY-MM-DD,HH.mm,!C,!D,!V,!C2Special formats are defined as follows:!C: the capacity ("percentage") of your battery at the time, from
0 to 100.!D: whether your screen was on at the time, asonoroff.!V: the voltage of your battery, in microvolts.4000000means 4V.!C2: the design capacity of the battery at the time.The devicemustappend a new entry every 10 minutes, specifically,
whenever the time's minute mod 10 is 0.RunningTo see all graphs:$ c overviewTo see individual graphs:$ c that_graph_name  # listed in cli.pyTo see just the stats:$ c stats
------------------------------  -------------  ------------  ---------
                                Last 395 days  Last 30 days  Last week
Data points                     52529          4165          826
Times charged to 100%           24             0             0
Times charged to 90%            72             14            0
Times charged to 80%            185            16            0
Time spent between 20%~80% (%)  94.26          92.29         100.0
Time spent between 45%~58% (%)  41.43          42.3          68.64
Average voltage (V)             3.88           3.91          3.91
Charge events*                  2344           134           37
Discharge events*               1305           74            18

Screen on per day (hrs)         7.63           2.63          1.74
  - Mondays                     7.5            3.17          0.33
  - Tuesdays                    7.35           1.5           0.83
  - Wednesdays                  6.81           1.79          0.83
  - Thursdays                   7.4            3.0           1.67
  - Fridays                     6.94           2.42          1.52
  - Saturdays                   8.26           3.9           5.65
  - Sundays                     9.23           2.72          4.11
------------------------------  -------------  ------------  ---------If you are developing:$ python -m c.cliNameC is one of the characters in one of my grandparents' names.LicenSeThis project is licenSed under the GPL v3 licenSe.Changelog0.1.0Add a capacity column.0.0.6Save figures only if thefigsdirectory is available.
Fix issue with blank files.0.0.5Fix command line when handling 'stats'.0.0.3Add an actual command line.0.0.2Fix execution in virtual envs with imports in relative paths.0.0.1Initial release.
Package: c0mplh4cks-pylib
c0mplh4cks's libraryA library containing different packages made by c0mplh4cks.screem  - package for creating gui's in the terminal using ANSI Escape Codepacknet - package for creating and interpreting networking packetsInstallation from PyPiinstall package by using pippip3 install c0mplh4cks-pyliborpip install c0mplh4cks-pylibInstallation from Githubclone the repositorygit clone https://github.com/c0mplh4cks/python3-librarymove inside the directorycd python3-library/install the library by running the following commandpip3 install .Check instalationcheck if the library is installed by opening pythonpython3and importing the libraryimport c0mplh4cks
Package: c10-tools
C10 ToolsCommandline toolkit for inspecting and troubleshooting IRIG 106 Chapter 10/11 data withpychapter10.UsageUsage:
    c10 <command> [<args>] [options]

Commands:
    allbus         Switch 1553 format 1 messages to indicate the same bus (a or b).
    capture        Capture chapter 10 data from a pcap file.
    copy           Copy a Chapter 10 file. Can selectively copy by channel, type, byte offset, or time.
    dump           Dump hex (default), binary data, or PCAP from a Chapter 10 channel.
    find           Search for a given value in Chapter 10 files.
    frompcap       Wrap network data in a pcap file as Chapter 10 Message format.
    help           Show general usage or help for a command.
    inspect        Report on packets found in a file.
    reindex        Remove or recreate index packets for a file.
    stat           Inspect one or more Chapter 10 files and get channel info.
    streamcheck    Plot data density of a channel in a Chapter 10 stream. Requires matplotlib.
    timefix        Ensure that time packets are at 1-second intervals.

Options:
    -v, --verbose  Verbose output.
    -q, --quiet    Minimal output.
    -h, --help     Show general usage or help for a command.Get top-level usage and list of commands with:c10 helpGet specific usage for each command withc10 help <command>InstallationInstall the latest version with pip (orpipx):pip install c10-toolsTo install offline from the "full" zip, install the included dependencies and the library with:pip install dependencies/* . --no-index --no-depsRunning LocallyTo use locally installpdmand install dependencies with:pdm installThen to run the test suite run:pytest
Package: c11204ps
c11204psPython package for controlling a Hamamatsu c11204-01/02 power supply.
This is essentially a re-write ofpyCLAWSps.
While thepyCLAWSpswas fine for basic control of a c11204 power supply, this
package aims to provide a more general, streamlined python interface.For the reason of this being based onpyCLAWSps, the version count for this
package starts at0.2.0.InstallationThis package should be in the package index and installable with pip.pip install c11204psAlternatively build withhatchand install from.whl.
Run from the root of this repositoryhatch buildpip install ./dist/c11204ps-0.2.0-py3-none-any.whlAdjust filename for current verison if neccessary.CompatibilityThe code was developed for a power supply board for the CLAWS scintillation
detectors and was only ever tested in this context. However, technically pretty
much all functionality should be general, making this package usable as long as
the c11204-01/02 serial UART interface can be accessed.Using the packageSimply instantiate aC11204PSobject and call any of the implemented functions.
The functions themselves should be documented with docstrings in the code.
An example to set and check the voltage is the following:fromc11204psimportC11204PS# Call with no arguments initializes with first serial port with name# containing 'CP210' or 'Q_MPPC_CTL'.ps=C11204PS()ps.hv_disable()# Disable voltage supplyprint(ps.get_voltage())# Should read close to zerops.set_voltage(56.7)# Set the voltage (choose appropriate value)ps.hv_enable()print(ps.get_voltage())# Should read close to set voltageprint(ps.get_status())# Print dict of status flags for the power supplyLicensec11204ps is distributed under the terms of theGPL-3.0-onlylicense.
Package: c12-callisto-clients
c12-callisto-clientsc12-callisto-clientsis a Python package with a tools that enables a user to communicate with the
C12's Callisto simulator whose purpose
is to simulate the operations on the real C12 quantum computer.C12’s quantum computer is based on optimized
spin qubits. The spin qubit is realized from electrons trapped in a double quantum dot suspended on carbon
nano tubes (CNTs) embedded in a silicon nano circuit and microwave cavity. C12’s spin qubits have
high fidelity, scalability and connectivity because of the properties of the materials used to build the basics
elements of the C12 system.InstallingFrom the PyPI repositoryRun the following command inside your local python environment:pip install  c12-callisto-clientsFrom the GitHub packageIn order to run the package the best policy is to create the conda environment where
all the necessary packages will be installed. To do that, we need to have conda installed (if that
is not the case seeconda installation).Clone the GitHub repository into local folder:git clone https://github.com/c12qe/c12simulator-clients.gitCreate the conda environment with the command:conda env create -f environment.ymlThen activate the conda environment with:conda activate  c12-callisto-clientsAnd finally install the dependencies withpoetry installUsageFrom the command line:The application will run a circuit given in Open QASM format. In order to do that a user has to have its
token (given by the administrator or ??? ). All this parameters can be given as a command line arguments:python3 main.py --qasmfile {{PATH_TO_FILE_WITH_QASM_STR}} --token {{USER_AUTH_TOKEN}}Additional argument--verbosecan be added in order to see the more detailed output.Detailed information of the command structure can be obtained using commandpython3 main.py --helpFrom the installed package:Jupyter notebooks are given on the link:notebooks
Package: c12simulator-clients
c12simulator-clientsc12simulator-clientsis a Python package with a tools that enables a user to communicate with the
C12's remote simulator whose purpose
is to simulate the operations on the real C12 quantum computer.C12’s quantum computer is based on optimized
spin qubits. The spin qubit is realized from electrons trapped in a double quantum dot suspended on carbon
nano tubes (CNTs) embedded in a silicon nano circuit and microwave cavity. C12’s spin qubits have
high fidelity, scalability and connectivity because of the properties of the materials used to build the basics
elements of the C12 system.InstallingFrom the Test PyPI repositoryRun the following command inside your local python environment:pip install -i https://test.pypi.org/simple/ c12simulator-clientsFrom the PyPI repositoryRun the following command inside your local python environment:pip install c12simulator-clientsFrom the GitHub packageIn order to run the package the best policy is to create the conda environment where
all the necessary packages will be installed. To do that, we need to have conda installed (if that
is not the case seeconda installation).Clone the GitHub repository into local folder:git clone https://github.com/c12qe/c12simulator-clients.gitCreate the conda environment with the command:conda env create -f environment.ymlThen activate the conda environment with:conda activate c12simulator-clientsAnd finally install the dependencies withpoetry installUsageFrom the command line:The application will run a circuit given in Open QASM format. In order to do that a user has to have its
token (given by the administrator or ??? ). All this parameters can be given as a command line arguments:python3 main.py --qasmfile {{PATH_TO_FILE_WITH_QASM_STR}} --token {{USER_AUTH_TOKEN}}Additional argument--verbosecan be added in order to see the more detailed output.Detailed information of the command structure can be obtained using commandpython3 main.py --helpFrom the installed package:Jupyter notebooks are given on the link:notebooks
Package: c1algo2
Algorithm 2Insrcyou will find 2 folders:c1algo2: The main module created for use by back end. After runningpip install c1algo2, you can use our module as follows:from c1algo2.forecaster import forecast
new_schedule = forecast(course_enrollment, program_enrollment, schedule)
# store these in the db somehowIf you have any questions, please contact the Algorithm 2 team :)
Package: c1-rpo2test
InformationThis is only a testing package.
Please do not useSome factsRP-1: (alternatively, Rocket Propellant-1 or Refined Petroleum-1) is a highly refined form of kerosene outwardly similar to jet fuel, used as rocket fuel  (Source: Wikipedia)O2: Dioxygen provides the energy released in combustion and aerobic cellular respiration, and many major classes of organic molecules in living organisms contain oxygen atoms, such as proteins, nucleic acids, carbohydrates, and fats, as do the major constituent inorganic compounds of animal shells, teeth, and bone. (Source: Wikipedia)
Package: c2.app.downloaduser
IntroductionShowing download user name for File or Image. It support AT-content types only yet.Repository:https://bitbucket.org/cmscom/c2.app.downloaduserIssue tracker:https://bitbucket.org/cmscom/c2.app.downloaduser/issuesI tested only Plone 4.3. Maybe it works Plone 4.0 and later.TODODownload method - action = record.downloadIt(context)
action is “already” or “download”
Changelog
=========1.0b1 (2013-06-20)Beta release1.0a1dev (unreleased)Initial release
Package: c2.app.fbpage
IntroductionThis product is create simple html for facebook page on Plonelist page – content-url/fb-listingDocument(page) – content-url/fb-page (can’t use yet)ngiblog page – content-url/fb-ngibloglistingDeveloping repository :https://bitbucket.org/cmscom/c2.app.fbpageChangelog1.0b1 (2011-03-25)adjust css1.0a3 (2011-03-24)bug fix for fb-ngibloglist1.0a1 (2011-03-24)Initial release
Package: c2.app.issuelink
This product is auto link for issue number in Plone page.Developing repository :https://bitbucket.org/cmscom/c2.app.issuelinkChangelog
============1.0b2 (2011-04-25)support reST format [terapyon]1.0b1 (2011-04-23)Adding to set link rules [terapyon]1.0a1 (unreleased)Initial release
Package: c2.app.shortnameselection
IntroductionTypesSame as Plone 4 (from title to 6 length string)Same as Plone 3 (from title to Unicode mapping) (Don’t work yet)URL encode (Don’t work yet)for Japanese only (yet)for Plone 3.x (yet)TODOQuick installerDocumentationSelection Same as Plone 3 modeSelection URL encode modefor Plone 4for all languagesChangelog1.0a2 (2010-03-10)Fixed packaging miss.1.0a1 (2010-03-08)Initial test releasec2.app.shortnameselection InstallationWhen you’re reading this you have probably already runeasy_install c2.app.shortnameselection. Find out how to install setuptools
(and EasyInstall) here:http://peak.telecommunity.com/DevCenter/EasyInstallGetpythonproductsand install it via:python setup.py install --home /path/to/instanceinto your Zope instance.Create a file calledc2.app.shortnameselection-configure.zcmlin the/path/to/instance/etc/package-includesdirectory.  The file
should only contain this:<include package="c2.app.shortnameselection" />Alternatively, if you are using zc.buildout and the plone.recipe.zope2instance
recipe to manage your project, you can do this:Addc2.app.shortnameselectionto the list of eggs to install, e.g.:[buildout]
...
eggs =
    ...
    c2.app.shortnameselectionTell the plone.recipe.zope2instance recipe to install a ZCML slug:[instance]
recipe = plone.recipe.zope2instance
...
zcml =
    c2.app.shortnameselectionRe-run buildout, e.g. with:$ ./bin/buildoutYou can skip the ZCML slug if you are going to explicitly include the package
from another package’s configure.zcml file.
Package: c2.app.shorturl
IntroductionDescriptionThis product to create a short URL for Plone content.Creating the short url object by AT base.RequirementPlonePlone 3.0-3.3 and Plone 4.0 (tested by 4.0RC1 on MacOS 10.6)SettingSetting to base url and container folder name on Plone set-upCreditsThis products was supported by The Tokyo Foundation (http://www.tokyofoundation.org/en/)Changelog1.0b1 (2010-8-26)Modify view template1.0a3 (2010-8-25)Fixed miss packaged1.0a2Remove unnecessary workflow setting.FixedCan’t use no ManagePotal permissionhttp://bitbucket.org/cmscom/c2.app.shorturl/issue/2/cant-use-no-managepotal-permission1.0a1Initial release
Package: c2.app.zipdownload
IntroductionRepository:https://bitbucket.org/cmscom/c2.app.zipdownloadIssue tracker:https://bitbucket.org/cmscom/c2.app.zipdownload/issuesI tested only Plone 4.3. Maybe it works Plone 4.0 and later.Changelog1.0b4 (2013-06-20)Notify event for download [terapyon]1.0b3 (2013-06-17)Remove print construction [terapyon]Bug fix for download old files [terapyon]1.0b2 (2013-06-17)Support folder download [terapyon]Select download filename [terapyon]1.0b1 (2013-06-11)#5: Change permission of @@zip-download-files from ManagePortal to View [terapyon]1.0a1 (2013-06-05)Initial release
Package: c2.backup.s3
IntroductionInstall$ ./bin/pip install c2.backup.s3settingcreate IAMCreate S3 bucketOption: create folder in S3 bucketsetting by yamlc2backups3.yaml:aws:
  id: YOUR_ID
  key: ACCOUNT_KEY
src:
  dir: PATH_FOR_YOUR_DIR
dist:
  backet_name: BACKET_NAME
  path: PASH_OF_BACKETrunUsing custom path of yaml filebackup:$ ./bin/backups3 buckup FAIL_PATH/YAML_FILE_NAMElist:$ ./bin/backups3 list FAIL_PATH/YAML_FILE_NAMEdownload:$ ./bin/backups3 download FAIL_PATH/YAML_FILE_NAMECreditsThe upload script was refered from “http://www.bogotobogo.com/DevOps/AWS/aws_S3_uploading_large_file.php”Changelog1.0a4 (2015-09-28)Modify command line for sub argsSupport listing object on the bucketSupport downloading object on the bucket1.0a3 (2015-09-22)Modify logging level from DEBUG to WARNING1.0a2 (2015-09-08)First release1.0a1 (unreleased)Initial release
Package: c2cgeoform
c2cgeoformc2cgeoform is a framework easing the creation of web pages with forms. Users
of c2cgeoform declaratively createmodels, from which the framework
can create forms, views, lists, ...c2cgeoform supports various data types, includinggeometrytypes (points,
lines, polygons). For geometry typesc2geoformgenerates maps with editing
tools to create, modify or delete geometries.c2cgeoform is based onPylons technologies.
More specifically, it usesPyramid,Colander, andDeform. For interacting with the
database it usesSQLAlchemyandGeoAlchemy 2.Documentation:https://c2cgeoform.readthedocs.io/en/latest/Demo:https://geomapfish-demo.camptocamp.com/c2cgeoformCopyrightc2cgeoform makes use of the icons byGLYPHICONS.
Make sure to comply with theusage termswhen
utilizing c2cgeoform.ContributingInstall the pre-commit hooks:pipinstallpre-commit
pre-commitinstall--allow-missing-config
Package: c2cgeoportal
c2cgeoportal is the server part ofGeoMapFish,
the client part isngeo,
the old client and API part isCGXP.Read theDocumentation.`
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Package: c2cgeoportal-commons
c2cgeoportal_commonCheckoutgit clonegit@github.com:camptocamp/c2cgeoportal.git
cd commonCreate virtual environmentmake installSet up the tests databasesudo -u postgres psql -c "CREATE USER \"www-data\" WITH PASSWORD 'www-data';"

DATABASE=geomapfish_tests
sudo -u postgres psql -c "CREATE DATABASE $DATABASE WITH OWNER \"www-data\";"
sudo -u postgres psql -d $DATABASE -c "CREATE EXTENSION postgis;"use common/testing/initialized.py to create the database (development.ini at admin side)## Run the testsmake test
Package: c2client
Simple command-line utility for sending custom requests to CROC Cloud platform.Warning: this utility is not intended for automation cases.
Use https://github.com/c2devel/boto.git and python scripts instead.InstallationUsing pip:$pipinstallc2clientUsage$ c2-ec2 --help
usage: c2-ec2 [-h] action [parameters [parameters ...]]

positional arguments:
   action          The action that you want to perform.
   parameters      Any parameters for the action. Parameters specified by parameter
                   key and parameter value separated by space.

optional arguments:
   -h, --help      show this help message and exit
   --no-verify-ssl disable verifying ssl certificateCommon request syntax:$c2-ec2<action><arg1><value1><arg2><value2>ExampleSend simple request:$c2-ec2RunInstancesImageIdcmi-078880A0Description"Test instance"\InstanceTypem1.smallMaxCount1MinCount1SecurityGroup.1test
Package: c2c.recipe.closurecompile
Compress javascript files using theGoogle Closure CompilerUsageMinimal buildout config example:[buildout]
parts = closure-compile

[closure-compile]
recipe = c2c.recipe.closurecompile
compiler = path/to/closure-compiler.jar
level = SIMPLE_OPTIMIZATIONS
source_map = foo/bar.map
externs = externs/a.js externs/b.js
input = foo/bar.js
output = foo/bar.min.js
output_mode = compiled
compiler_flags = --generate_exportsWhere:compiler: The location of the compiler jar file.level: The compilation level:WHITESPACE_ONLY,SIMPLE_OPTIMIZATIONSorADVANCED_OPTIMIZATIONS. Default isWHITESPACE_ONLY.source_map: Path to the source map file. Optional.externs: A list of optional externs files.input: The files to compress separated with spaces. The path
can be absolute or relative to the buildout directory. These files
are also used to calculate the dependencies in addition to thenamespaceoption.root: The list of paths that should be traversed to build the
dependencies.namespace: One or more namespaces to calculate dependencies for.output: The path to the minified file.output_mode: The type of output to generate from this script.
Options are “list” for a list of filenames, “script” for a single
script containing the contents of all the files, or “compiled” to
produce compiled output with the Closure Compiler.  Default is
“compiled”.compiler_flags: A space seperated list of additional compiler flags
for the Closure Compiler. They are passed to the compiler as specified.
Optional.depswriterWrites dependency files withDepsWriter.Minimal buildout config example:[buildout]
parts = depswriter

[closure-compile]
recipe = c2c.recipe.closurecompile:depswriter
root_with_prefix = myproject ../../myproject
                   ../source/ ../../../../source/
output = path/to/deps.jsWhere:root_with_prefix: A list of paths and prefixes.output: The path to the dependency file, can be absolute or
relative to the buildout directory.Note that therootand thepath_with_depspathoptions from the
original depswriter.py script are not yet supported.Getting the jarTo automatically download and unzip the compiler from Google, you can
use thehexagonit.recipe.downloadreceipt:[buildout]
parts = closure-compile

[closure-compile]
recipe = c2c.recipe.closurecompile
compiler = ${download-closure-compile:destination}/compiler.jar
...

[download-closure-compile]
recipe = hexagonit.recipe.download
url = http://closure-compiler.googlecode.com/files/compiler-latest.zip
Package: c2c.recipe.cssmin
RequirementsRequires zc.buildout andcssminUsageCreate a buildout.cfg file which contains the following:[buildout]
parts = cssmin

[cssmin]
recipe = c2c.recipe.cssmin
input = foo/bar/file1.css
        foo/bar/file2.css
        foo/baz/file3.css
output = foo/build/output.min.css
compress = truePath are relative to the buildout directory, absolute path are also allowed.
Package: c2c.recipe.facts
Example of use:[buildout]
...

[facts]
recipe = c2c.recipe.facts
values = hostname
     osfamily
     operatingsystem
     lsbdistcodename

[echo]
recipe = missingbits:echo
echo =
     The hostname is ${facts:hostname}
     The operating system family is ${facts:osfamily}
     The operating system is ${facts:operatingsystem}
     The distribution code name is ${facts:lsbdistcodename}
Package: c2c.recipe.jarfile
A buildout recipe to create or update jar archive file.RequirementsRequires zc.buildout and the ‘jar’ command.UsageCreate a buildout.cfg file which contains the following:[buildout]
parts = updatewar

[updatewar]
recipe = c2c.recipe.jarfile
basedir = foo/bar/
input = base.war *.png baz/config.yaml WEB-INF/
output = /path/to/tomcat/webapps/foobar.war
mode = updateWhere:‘basedir’ is the directory where the jar will be created.‘input’ items are the files to be included in the final jar, they must be
relative to ‘basedir’.‘output’ is the jar destination (eg. a tomcat webapps directory)‘mode’ [create|update] create a new archive using all the files in ‘input’
or create an updated version of the first item of ‘input’ using the rest of
the filesTODO:jar cmd in config file
Package: c2c.recipe.msgfmt
A buildout recipe to compile message catalog to binary format (.po to .mo).RequirementsBabelUsageMinimal buildout config example:[buildout]
parts = po2mo

[po2mo]
recipe = c2c.recipe.msgfmt
po-directory = foo/bar/i18n/
followlinks = falseThe .mo files are created in the same directory as the .po files.
Package: c2c.recipe.pkgversions
Recipe used to test the Debian package requirement.This recipe requires that dpkg is in the path.Example of use:[buildout]
parts = ...
    pkgversions
    ...

[pkgversions]
recipe = c2c.recipe.pkgversions
mapserver-bin = 6.0.3
libproj0 = 4.8This example tests that we have at least the version 6.0.3 of mapserver,
and the version 4.8 of proj.