Saravanan666/pypi-org huggingface dataset:
Package: ciounreal
Conductor for UnrealUnreal plugin submitter for the Conductor Cloud rendering service.InstallTo install the latest version.pipinstall--upgradeciounreal--target=$HOME/ConductorTo install a specific version, for example 0.1.0.pipinstall--upgrade--force-reinstallciounreal==0.1.0--target=$HOME/ConductorSetup the Plugin startup file from a command prompt or Powershell on a Windows machine.python~/Conductor/ciounreal/post_install.pyNOTEAn alternative is to install from the Plugins page in theConductor Companion appUsageTo set up a render, go toRenderingmenu in Unreal and chooseRender with Conductor.For detailed help, checkout thetutorialandreferencedocumentation.ContributingNOTE:These instructions were written from the point of view of a developer coding on Mac or Linux, and where Unreal on Windows has access to $HOME/ConductorStaging over the network.Clone the repo.git clone git@github.com:ConductorTechnologies/ciounreal.git
cd ciounrealSet up a clean virtual envirionment with Python 3.7 for development (optional).python -m virtualenv venv
. ./venv/bin/activateInstall development dependenciespip install -r requirements_dev.txtBuild and install from this directory into to a convenient location for testing.pip install --upgrade -r requirements.txt --target=$HOME/ConductorStagingWhen you install from the file requirements.txt, the dependency on ciocore is specified as a local sibling of this project, meaning you can develop ciocore and ciomaya in parallel. If you have no interest in using a dev version of ciocore, then replace-r requirements.txtwith a dot.instead.If you develop natively on Windows, please consider adding your workflow steps to this section.ChangelogUnreleased:0.1.0-beta.1AddedCircleCI configuration for automated builds and testing.New conductor logo added to the project assets.ChangedThe initialization script tub now gets rewritten during installation so that we can point to the package.ConductorExecutor has been moved into theciounrealmodule.The project has been converted into a plugin format for better modularity and ease of use.Post-installation scripts have been implemented to automatically copy the plugin to Unreal Engine's plugins folder.UpdatedUpgraded to core version 7.0.2, which includes updates to instance types.setup.pynow handles versioning and packaging the plugin into distributable zip files.
Package: cip
cip介绍cip: C/C++ Install Package.cip是C/C++的包管理器.cip会自动从需求文件中拉取github或者gitee等仓库中的包，也可以自动更新包。安装pip install cipcip依赖gitpython包,也需要安装:pip install gitpython开源github上的项目地址gitee上的项目地址APIdefset_lib_path(path=None):"""设置库目录.默认是命令行当前目录下的clib目录"""defset_requirements(path=None):"""设置需求文件.默认是库目录同级的requirements.txt文件"""defupdate(path=None):"""更新仓库.如果不指定远程仓库路径,则根据需求文件全部更新"""使用方法在工程目录下新建需求文件requirements.txt,输入python,打开python命令行,然后根据需求文件自动拉取或者更新包.importcipcip.update()依赖指定版本cip可以依赖指定版本，再需求文件中指定。比如在需求文件中写：https://github.com/jdhxyy/lagan-clang.git v0.9则cip会拉去tag为v0.9的版本。
Package: cipetpet
cibili cibili cibili şak şak şak şak şak
cibili? cibili cibili şak şak şak şak şak
hadi yavrum bi daha vur
şak şak şak şak şak
bunlar lezzetli. bi de şimdi;
ciriling ciriling prrrr ciyak ciyak ciyak ciyak
bijining bijining aniyeeaaaa zrrrrrr
bunlar kuş değil, ötüyo, amatörü eğlendirir.
Package: cipher21
Cipher21Stream cipher simple application for 2021 year which usesXChaCha20-Poly1305Using XChaCha20-Poly1305 cipher provides:Data integrityAuthenticated EncryptionConfidentialityAllowsstream processingthree times fasterthenAESon platforms that lack specialized AES hardware256-bit key192-bit nonce lower the probability of a nonce misuse1. RationaleLack of ready to use simple application for encryption with modern cipher.2. InstallationInstalledPython 3.6or higher is required.Type in the consolepip3 install cipher21.3. Usage Guidedetailed parameters description:cipher21 -hcipher21 supports 64 hexadecimals keys only which you may create via:> python -c "from os import urandom; print(urandom(32).hex())" > key.hexhttps://www.random.org/integers/?num=8&min=0&max=65535&col=8&base=16&format=html&rnd=newencrypting a file with a hex key fetch from a file:cipher21 -e -k file:key.hex < plain.txt > encrypted.c21encrypting a file with a hex key fetch from an env:cipher21 -e -k env:KEY64 < plain.txt > encrypted.c21decrypting a file with a hex key fetch from a file:cipher21 -d -k file:key.hex < encrypted.c21 > plain.txtcompressing and encrypting:mysqldump --all-databases | xz -zc | cipher21 -e -k file:key.hex > db-dump.sql.xz.c21decrypting and decompressing:cat db-dump.sql.xz.c21 | cipher21 -d -k file:key.hex | xz -dc | mysql4. Recommended Designations.c21is a recommended file name extensionapplication/cipher21ia a recommended internet media type5. Technical details5.1. Stream StructureStream length must always be a multiple of M == 2^14 == 16384 bytes to hide the exact length of a payload.offset | len | description
--------+-----+---------------------------------------------------
      0 |   8 | stream signature: "c21\x1A\x00\xFF\x19\x82"
      8 |  24 | nonce
     32 |   E | XChaCha20-Poly1305 encrypted block (see below)
    -16 |  16 | MAC

constraints:
(8 + 24 + E + 16) % M == 0   =>   E % M == M - 48 == 163365.2. Encrypted Blockoffset | len | description
--------+-----+---------------------------------------------
      0 |   8 | little endian unsigned integer of an encryption time in nanoseconds
        |     | since the January 1, 1970, 00:00:00 (UTC), not counting leap seconds
      8 |   D | payload
 -2 - P |   P | randomized padding bytes
     -2 |   2 | little endian unsigned integer P - the padding length

constraints:
(8 + D + P + 2) % M == M - 48
    => (D + P) % M == M - 58
    => P % M == (M - 58 - D) % M
    => P == (2*M - 58 - (D % M)) % M
Package: cipher-asa2249
cipher_asa2249A package for running Julius Caesar's cipher algorithm to encrypt and decrpyt text. This algorithm takes in
an integer, shift, and a body of text, text, as well as a boolean for encrypt as
implicit parameters.The integers shift determines the amount that each character is shifted in text.For example, if shift = 3, and the word is 'cat', each letter will be shifted 3
to the right. Hence, 'cat' becomes 'fdw'.Installation$pipinstallcipher_asa2249UsageTODOContributingInterested in contributing? Check out the contributing guidelines. Please note that this project is released with a Code of Conduct. By contributing to this project, you agree to abide by its terms.Licensecipher_asa2249was created by Armaan Ahmed. It is licensed under the terms of the MIT license.Creditscipher_asa2249was created withcookiecutterand thepy-pkgs-cookiecuttertemplate.
Package: cipher-asymmetric
Cipher(asymmetric)The POG python encryption and decryption CLI utilityCipher is a python CLI utility for asymmetric file encryption and decryption using the cryptography module.Installation and usageWindows# Installation(pypi)pipinstallcipher-asymmetric# Instalation(git)pipinstallgit+https://github.com/Programming-geek582/cipher-asymmetric.git# Usagecipherorpython-mcipherLinux and mac# Installation(pypi)pip3installcipher-asymmetric# Instalation(git)pip3installgit+https://github.com/Programming-geek582/cipher-asymmetric.git# Usagecipherorpython3-mcipherFeatures:File encryption/decryptionAsymmetric encryption with use of pem files to store the private and public keyNote: do pip uninstall cipher-symmetric before installing cipher-asymmetric since it might cause a collision between the two librariesHappy encrypting!
Package: cipher.background
A library for creating background threads that can talk to the ZODB and use
local site components.We’re probably reinventing Celery.ExampleLet’s assume we have a DMS with a simple publication workflow. We
have two states “DRAFT” and “PUBLISH”. The Problem in this example
is: that the transition form “DRAFT” to “PUBLISH” takes some minutes,
and we don’t want the user to be waiting.First we have create a WorkflowTransition-BackgroundThread:classMyWorkflowTransition(BackgroundWorkerThread):execute=Truedescription="background worker thread (%(class_name)s) for%(site_name)sUser%(user_name)s"def__init__(self,site_db,site_oid,site_name,user_name,daemon=True,object_oid=None):self.object_oid=object_oidsuper(MyWorker,self).__init__(site_db,site_oid,site_name,user_name,daemon=True)defscheduleNextWork(self):returnself.executedefgetObjectFromOID(self):conn=getSite()._p_jarreturnconn.get(self.object_oid)defdoWork(self):sleep(15)# This is our long TASKself.execute=Falsedocument=self.getObjectFromOID()document.wf_status="PUBLISHED"We have a simple Document with an initial Workflow-State draft.classDocument(Persistent):wf_state="DRAFT"Now we have to call our WorkflowTransition.defsetWorkflow(site,document_oid,user_name):worker=MyWorkflowTransition(site_db=site._p_jar.db(),site_oid=site._p_oid,site_name=site.__name__,user_name=user_name,object_oid=document_oid,)worker.start()When calling worker.start() the thread goes into “Background” and the user
don’t have to wait until the Transition is finished.CHANGES1.0.2 (2012-07-31)Refactor BackgroundWorkerThread to have the site returned from getSite()1.0.1 (2012-04-05)1.0.0 (2012-02-10)Initial release as a separate package.
Package: ciphercaesar
ciphercaesarA ciphering lib for python. Uses Caesar encryption to encrypt messages. Can also cipher text from sequences.InstallationInstalling ciphercaesar via pipWindows:$pipinstallciphercaesarMacOS or Linux:$pip3installciphercaesarUsageThis is a really simple project with ease of opperation in mind. Simply import or its specific functions explicitly:importciphercaesarorfromciphercaesarimportencrypt,decryptand that is it (just like most of the other packages). Now you will be able to access its 2 functions: encrypt and decrypt.Example with a StringBoth of these functions take in 3 params, thelast one being optional.An example use could befromciphercaesarimportencrypt,decryptprint("Encrypting 'Hello World!':",encrypt("Hello World!",5))And by executing this piece of code, you would get the following outputEncrypting 'Hello World!': Mjqqt btwqi!Example with an InterableYou could also use both of these functions oninterablesby using the 3rd paramprint(decrypt(["Mjqqt","btwqi!"],5,multi=True))Now the first param,textis a list and the 3rd param is set to True. This set of params would now return a list of strings, instead of a single string.This I found, was quite useful in decrypting and encrypting a table row by row. And the output of the code is shown below['Hello', 'World!']NoteNote that this is this project's alpha release and one may encounter some bugs, if any bugs are found, please report them.
As this encryption algorithm is quite simple, it is recommended that it shouldn't be used for anything more than a little fun and to represent better encryption just for a mild presentation
Package: cipher.configstore
This module provides a small framework to store an object’s state in a
configuration file (human readable .ini).CHANGES1.3.2 (2012-11-24)SupportNonevalues in tuple/list/set types.1.3.1 (2012-11-23)StoreNonevalues as<<<###NONE###>>>so we can load them again asNoneNote:Nonevalues will not be passed to converters.Fixed a bug where invalid Choice values broke dumping.1.3.0 (2012-10-05)Implemented dependency support among stores at the same level of object.Increased test coverage to over 90%.1.2.2 (2012-08-30)Providecontainerandrootattributes on IConfigurationStore
they come handy in various load and dump situation instead of __parent__
and getSite1.2.1 (2012-06-05)Added support for zope.schema.Set fields.Fixed a bug where __init__ was used to empty a container.1.2.0 (2012-04-06)Initial release on pypi.1.1.1 (2012-02-27)Make sure that setting the parent explicitly on items created in the
collection config store is optionally and overwritable.1.1.0 (2012-01-29)Feature Added dump/load support fordatetime.timedeltaobjects.1.0.0Initial release.
Package: cipher.encryptingstorage
cipher.encryptingstorageZODB storage wrapper for encryption of database records.
Actually it is doing encryption and compression.Installation manual with buildoutFollowhttps://pypi.python.org/pypi/keas.kmito generate a kek.dat file:$ git clone https://github.com/zopefoundation/keas.kmi.git
$ cd keas.kmi
$ python2.7 bootstrap.py
$ ./bin/buildout
$ ./bin/runserver &

$ wget https://localhost:8080/new -O kek.dat --ca-certificate sample.pem \
        --post-data=""

$ wget https://localhost:8080/key --header 'Content-Type: text/plain' \
     --post-file kek.dat -O datakey.dat --ca-certificate sample.pemNow copykek.datand thekeysfolder to your plone site:$ cp -pi kek.dat /home/yourname/Plone/training/var/kek.dat
$ cp -pri keys /home/yourname/Plone/training/var/dek-storageThen create aencryption.conflike this in your buildout directory:[encryptingstorage:encryption]
enabled = true
kek-path = /home/yourname/Plone/training/var/kek.dat
dek-storage-path = /home/yourname/Plone/training/var/dek-storage/Then edit buildout.cfg and addcipher.encryptingstorageto your eggs:eggs +=
    cipher.encryptingstorageNow extend your[instance](plone.recipe.zope2instance):zope-conf-imports =
    cipher.encryptingstorage
zope-conf-additional =
    <zodb_db main>
      cache-size 30000
      <encryptingstorage>
        config encryption.conf
        # FileStorage database
        <filestorage>
          path ${buildout:buildout_dir}/var/filestorage/Data.fs
          blob-dir ${buildout:buildout_dir}/var/blobstorage
        </filestorage>
      </encryptingstorage>
      mount-point /
    </zodb_db>Then run buildout:$ ./bin/buildoutRemove the generated <zodb_db main> entry inparts/instance/etc/zope.conf:<zodb_db main>
    # Main database
    cache-size 30000
    # Blob-enabled FileStorage database
    <blobstorage>
      blob-dir /home/yourname/Plone/training/var/blobstorage
      # FileStorage database
      <filestorage>
        path /home/yourname/Plone/training/var/filestorage/Data.fs
      </filestorage>
    </blobstorage>
    mount-point /
</zodb_db>Run the tests/develop$ virtualenv -p /usr/bin/python2.7 --no-site-packages .
$ ./bin/pip install -r requirements.txt
$ ./bin/buildout

$ ./bin/test -v1CHANGES1.1 (2016-04-22)Add encryption for blobstorage.
[pcdummy]1.0.0 (2012-04-06)0.1.0 (2012-02-14)Initial release as a separate package.
Package: cipher-ey2335
cipher_ey2335A great package for hw07! It is the tool to encrypt and decrypt text using Caesar Cipher.Installation$pipinstallcipher_ey2335UsageTODOContributingInterested in contributing? Check out the contributing guidelines. Please note that this project is released with a Code of Conduct. By contributing to this project, you agree to abide by its terms.Licensecipher_ey2335was created by Ega Kurnia Yazid. It is licensed under the terms of the MIT license.Creditscipher_ey2335was created withcookiecutterand thepy-pkgs-cookiecuttertemplate.
Package: cipher-kit
[cipher_kit] Module which helps in encryption and decryptionThis module helps in Encryption and decryption.Encryption Algorithm:Create list of unicode value of each letter of key (key_list).Iterate key_list (i).Multiple text[i] with key_list[i] and store somewhere (data).divide data by 2 and store remainder (remainder).Now append data and remainder in our encrypted data.Repeat this process until all data encrypted.Decryption AlgorithmCreate a list of unicode value of each letter of key (key_list), index=0.Create a list of pair of text (text_list = [[data, remainder], ...]).Iterate text_list (i).Multiply first element of text_list[i] with 2Add second element of text_list[i]Now divide by key_list[index].Append decrypted text with unicode character of this value.Increment index by 1 and set to 0 if index >= length of key_list.Repeat this process until all data decrypted.UsageHow to importfromcipher_kitimportCipherTo Encryptdata="Data to be encrypted"key="Secret key"encrypted_data=Cipher.encrypt(data,key)To decryptencrypted_data:strdecryted_data=Cipher.decrypt(encrypted_data,key)
Package: cipher-ky2458
cipher_ky2458Each letter is replaced by a letter some fixed number of positions down the alphabet.Installation$pipinstallcipher_ky2458UsageTODOContributingInterested in contributing? Check out the contributing guidelines. Please note that this project is released with a Code of Conduct. By contributing to this project, you agree to abide by its terms.Licensecipher_ky2458was created by Kun Yao. It is licensed under the terms of the MIT license.Creditscipher_ky2458was created withcookiecutterand thepy-pkgs-cookiecuttertemplate.
Package: cipher.lazydate
LazyDateThis library provides azope.schemafield and a value object for a
user friendly datetime specification.  The date is stored as string,
and can have various textual formats, such as “1 month ago” or
“tomorrow”, “01/02/03” or “2012-01-01”.  The actual datetime is
calculated by the value object as needed.CHANGES2.0.0 (2013-03-06)Added support for Python 3.3.Replaced deprecatedzope.interface.implementsusage with equivalentzope.interface.implementerdecorator.Dropped support for Python 2.4 and 2.5.1.1.0 (2012-12-11)LazyDate(‘’) is interpreted as None1.0.1 (2012-10-22)Fix packaging bugs.1.0 (2012-10-19)Initial release.
Package: cipher.longrequest
A library to watch for long requests LIVE.
LIVE means events get fired as soon as a request takes more than the
predefined time, not just on request completion.CHANGES1.1.0 (2018-02-06)Support Python 2.7, 3.5 and 3.61.0.10 (2015-10-23)Added the thread stack trace to the log message.Added an event to hook in monitoring of thread pool state.1.0.9 (2013-10-02)FixgetAllThreadInfowith None / borkedworker_environ1.0.8 (2013-09-30)Addedfinished-log-levelto be able to set the logging level when a
long running requests is finished.Addedverboseoption, setting that on will include the other running
thread’s infos in the log entry1.0.7 (2013-09-16)AddedgetThreadsUsed: Return the current number of working threadsgetMaxThreadsUsed: Return the number MAX of working threads
since last cleared1.0.6 (2013-08-28)Removed thedbgpdependency1.0.5 (2013-08-26)MovedremoveWSGIStufftoRequestCheckerThread.Feature: collecting maximum request times, usegetMaxRequestTimeto
retrieve1.0.4 (2012-05-22)First public release1.0.3 (2012-05-22)Addedexclude-url-%ioptions1.0.2 (2012-05-16)The original URL should be shown instead of the internal one.
(using HTTP_X_FORWARDED_FOR)Drop meaningless wsgi environment variablesOnly report a request over limits once.Report the final duration of the request.When a zope request is around
- Report the principal running the request.
- List the query/form parameters in a nicely formatted form.1.0.1 (2012-05-04)Forgot to declare themake_filterentry point.1.0.0 (2012-05-04)Initial release as a separate package.
Package: cipherme
CipherMe.This is a Python package in the making for people who enjoy toying around with some of the basic encryption schemes such as Affine Cipher, Vigenere Cipher and Caesar Cipher.What is Contained.The Encryption Algorithms contained herein are:Affine Cipher.RSA Encryption Algorithm.Caesar Cipher.Installation.To use the package, use pip to install the package:pip install ciphermeUsage.To use the package, you need to call the methods:
First, you need to import the respective classes from the package:
(i).AffineCipherfor the Affine Cipher.
(ii).CaesarCipherfor the Caesar Cipher.For Affine cipher:AffineCipher().encrypt_text(plain_text=None, a=None, b=None)AffineCipher().decrypt_text(plain_text=None, a=None, b=None)For Caesar Cipher:CaesarCipher().caesar_encryption(plaintext=None, k=None)CaesarCipher().caesar_decryption(self, ciphertext=None, k=None)Language Used.Python.Author.Kelyn Paul Njeri.
Package: cipher.session
A package to solve ZODB conflict problems of sessions for high traffic sitesCHANGES3.0.0 (2017-05-23)Dropped support for Python 3, since repoze.session is not
maintained anymore. At this point, this package is also going into
maintainance-only mode.Dropped support for Python 2.6.Fine-tune logging.2.1.0 (2016-04-18)HUGE BUG fixed:AppendOnlyDict._p_resolveConflictwas badly operating on
obj. instance attributes instead of__getstate__representation2.0.0a1 (2013-03-06)Added support for Python 3.3.Replaced deprecatedzope.interface.implementsusage with equivalentzope.interface.implementerdecorator.Dropped support for Python 2.4 and 2.5.1.0.4 (2012-07-21)Now really get rid of ISessionDataContainer on bootstrap.Added Location to SessionDataManager to avoid having a LocationProxy around it1.0.3 (2012-04-05)Initial release on pypi.1.0.2 (2012-03-19)Nothing changed yet.1.0.1 (2012-03-13)Added SessionCredentials1.0.0 (2012-03-13)Initial release as a separate package.
Package: cipher-solver
Substitution Cipher SolverAlgorithm for solving simple, monoalphabetic substitution ciphersThis is Python implementation of the algorithm for solvingsimple, monoalphabetic substitution ciphersdescribed in the paper“A Fast Method for the Cryptanalysis of Substitution Ciphers”by Thomas Jakobsen. The main difference from the paper is that random key swaps are used
instead of a deterministic series of swaps since it yields better results, but the
original method is included and can be used as an option.Installingpip install cipher_solverAPIclassSimpleSolver:"""Simple substitution cipher solver."""def__init__(self,ciphertext):"""Create new solver.Creates a new cipher solver from an initial ciphertext."""defsolve(self,method="random"):"""Solve the cipher.Run the solver and save the resulting decryption key."""defplaintext(self):"""Return a plaintext using the current decryption key."""defreset(self):"""Reset the solver to its initial state.Set the decryption key to its initial state, effectively starting over."""See thedocumentationfor full description
of methods and their parameters.RequirementsnumpyUsagefromcipher_solver.simpleimportSimpleSolver# Solve a cipher.s=SimpleSolver("U kn kgmhksz tkm exmpb xt Gxesxe.")s.solve()print(s.plaintext())# "I am already far north of London."s.reset()# Discard current solution to start over.s.solve()print(s.plaintext())# We have an alternative solution now.print(s.decryption_key())# "goaskbihxvrldepfwntmzqjucy"# Solve using the original key swap method instead.d=SimpleSolver("U kn kgmhksz tkm exmpb xt Gxesxe.",method="deterministic")d.solve()print(s.plaintext())Note, however, that the above ciphertext is too short to give any meaningful results.
A length of at least a few hundred letters is preferred to solve a cipher. See below for
an example using an included sample text.CLIA simple command-line interface is included. To solve a cipher, put it into a text file
and run:cipher_solver<path_to_ciphertext_file>Example:cipher_solvertexts/26_char_key/ciphertexts/ciphertext_frankenstein_sample.txtSince the algorithm involveshill climbingand randomness you might sometimes end up with complete gibberish, just run the script
again and the next result should be better.Running testsmake testChecking coveragemake coverage(Requires thecoveragepackage.)Generating documentationmake docs(Requires thepdoc3package.)
Package: ciphersweet
pyciphersweetPython implementation of ciphersweetThis is a very early stage implementation of ciphersweet fromhttps://github.com/paragonie/ciphersweetPlease do not attempt to use this in production yet, as I'm not sure if everything works. There are tests that match the original ciphersweet tests and those tests are currently passing.Currently, only the "modern" modes are supported.Here is an example of how to create an encrypted field of the last four digits of a number:import ciphersweet
import secrets

nacl_key = secrets.token_bytes(32)
field = ciphersweet.EncryptedField(
    base_key=nacl_key,
    table='contacts',
    field='ssn',
)
t = ciphersweet.Transformation.last_four_digits
field.add_blind_index('contact_ssn_last_four', t, output_length=16, fast=True)
index = field.get_blind_index('hello', name='contact_ssn_last_four')

print(index['value'])For documentation on how this works, look into the original ciphersweet project.