Saravanan666/pypi-org huggingface dataset:
Package: bit-field
A Python3 port of the javascriptbit-field librarybyAliaksei Chapyzhenka.This package is also available as an extension for Sphinx:sphinxcontrib-bitfield.Installpipinstallbit_fieldTo install this package with JSON5 support:pipinstallbit_field[JSON5]Library usagefrombit_fieldimportrender,jsonml_stringifyreg=[{'bits':8,'name':'data'}]jsonml=render(reg,hspace=888)html=jsonml_stringify(jsonml)# <svg...>CLI Usagebit_field[options]input>alpha.svgoptionsinput        : input JSON filename - must be specified always
--input      : input JSON filename (kept for compatibility)
--compact    : compact rendering mode
--vspace     : vertical space - default 80
--hspace     : horizontal space - default 640
--lanes      : rectangle lanes - default 2
--bits       : overall bitwidth - default 32
--fontfamily : - default sans-serif
--fontweight : - default normal
--fontsize   : - default 14
--strokewidth: - default 1
--hflip      : horizontal flip
--vflip      : vertical flip
--trim       : horizontal space available for a single character
--uneven:    : uneven lanes

--beautify   : use xml beautifier

--json5      : force json5 input format (need json5 python module)
--no-json5   : never use json5 input formatalpha.json[{"name":"IPO","bits":8,"attr":"RO"},{"bits":7},{"name":"BRK","bits":5,"attr":"RW","type":4},{"name":"CPK","bits":1},{"name":"Clear","bits":3},{"bits":8}]alpha.svgLicensingThis work is based on original work byAliaksei Chapyzhenkaunder the MIT license (see LICENSE-ORIGINAL).
Package: bitfieldpy
# bitfieldpyPython3 porting of [bitfield](https://github.com/drom/bitfield) with all respectto the original designer.`python3 bitfield.py bitfield.json > bitfield.svg`The library works exactly same as original program, except some of command line options.- Added `-s/--svg` to output to a file in addition with redirecting(`>`)- More strict to JSON format# InstallThe library requires svgwrite and attrdict libraries.- `pip3 install bitfieldpy`(install archive from pypi)- `pip3 install git+https://github.com/K4zuki/bitfieldpy.git`(edge/developing version)# Options```usage: bitfieldpy.py [-h] [--input INPUT] [--svg SVG] [--vspace VSPACE][--hspace HSPACE] [--lanes LANES] [--bits BITS][--font-family FONT_FAMILY] [--font-weight FONT_WEIGHT][--font-size FONT_SIZE]bitfield clone in python(experimental)optional arguments:-h, --help            show this help message and exit--input INPUT, -i INPUT<input bitfield source filename>--svg SVG, -s SVG     <output SVG image file name>--vspace VSPACE, -V VSPACEheight per lane in px--hspace HSPACE, -H HSPACEwidth per lane in px--lanes LANES, -L LANESnumber of lane--bits BITS, -B BITS  total bitwidth--font-family FONT_FAMILY, -F FONT_FAMILYfont family for all texts--font-weight FONT_WEIGHT, -W FONT_WEIGHTfont weight--font-size FONT_SIZE, -S FONT_SIZEfont size```|         parameter         | optional |          purpose          |   default    ||---------------------------|----------|---------------------------|--------------|| `--input`/`-i`            | **N**    | input file name           |              || `--svg`/`-s`              | **N**    | output file name          |              || `--vspace`/`-V`           | Y        | height per lane in px     | 80           || `--hspace`/`-H`           | Y        | width per lane in px      | 640          || `--lanes`/`-L`            | Y        | number of lanes           | 2            || `--bits`/`-B`             | Y        | total bit width           | 32           || `--font-family`/`-F`      | Y        | font family for all texts | "sans-serif" || `--font-font_weight`/`-W` | Y        | font weight               | "normal"     || `--font-size`/`-S`        | Y        | font size                 | 14           |![Example](tests/images/bits.svg)# License**MIT License (c) 2018 Kazuki Yamamoto**
Package: bitfields
Python Bit Fieldsprovides simple bit manipulation and bit field construction in Python. Everything is built on
theinttype so no number functionality is lost, while making it possible to index and slice binary numbers
like strings.Basic usage:>>>num=Bits(20)>>>numBits(0b10100)>>>num*3Bits(0b111100)>>>num[:4]Bits(0b1010)>>>num.bit_length()5>>>num.join(0b101)Bits(0b10100101)Color Guard also supports conversion to and from other Python data types.>>>Bits.from_binary("111101001101")Bits(0b111101001101)>>>Bits.from_hex("abc123")Bits(0b101010111100000100100011)>>>Bits.from_bytes(b"abc")Bits(0b11000010110001001100011)>>>bytes(Bits(367))b'\x01o'>>>int(Bits(0b1011010))90>>>list(Bits(367))[1, 0, 1, 1, 0, 1, 1, 1, 1]FeaturesIndexing and slicing of binary numbers like stringsConversion between several Python data typesAll builtin math operations including bit manipulation and comparisonPadded binary numbers that maintain bit lengthBit Field ConstructionBit field loading from bytes or streamCustom data descriptors for fieldsField editing & conversion to bytes
Package: bitfile
DescriptionThis archive contains a python package that includes a class implementing
bitwise reading and writing for sequential files.  This class is intended to be
easy to follow and expand upon, though it may be used without an understanding
of its implementation.LicenseBitFile is licensed under the GNU General Public License v3.  See COPYING for
full license text.Files__init__.py     - Python package initializtion code for bitfile.
bitfile.py      - Class implementing bitwise reading and writing for
sequential files.
COPYING         - GNU General Public License v3
README          - Package documentation
sample.py       - Sample usage and doctest.
setup.py        - distutils setup file.InstallingThis package uses distutils.  The package may be installed with the following
command:python setup.py installUsagebitfile.py is fully documented with docstrings.  Use your favorite tool for
generating documentation from docstrings.sample.py demonstrates usage of each of the BitFile methods.sample.py also contains doctest information.  The doctest may be excuted with
the following command:python sample.py -vHistory01/14/10 - Initial release03/04/10 - Add support for ‘r+’ (read/write) modeToDoAdd constructor to convert a standard file into a BitFile.
Package: bitfinex-extractor-influxdb
Bitfinex candle extractor into InfluxDB.
You can replicate BFX values into a TSDB and let it running so it will synchronize the Exchange
into your local Database.UsageSet Up MySQL into your computer.
Create two tables:pair: Add the desired timeseries to this table as rows (Choose from symbols):timeframe: [‘1m’, ‘5m’, ‘15m’, ‘30m’, ‘1h’, ‘3h’, ‘6h’, ‘12h’, ‘1D’, ‘7D’, ‘14D’, ‘1M’]Those are the different time interval we are interested for each pair.Set Up InfluxDB into your computer:Add a bucketExchange Symbols can be found here:https://api-pub.bitfinex.com/v2/conf/pub:list:pair:exchangeCredentials and other settings are configured through a .env file in the root of the project.
There is a template as .env.sampleTo start the extraction, execute DataSync().run()It will start the process, fed the database and synchronize with new values.Installationhttps://portal.influxdata.com/downloads/https://hub.docker.com/_/mysqlRequirementsinfluxdb-client
numpy
PyMySQL
pandas
python-dotenv
setuptools
pendulum
requestsCompatibilityThis is just a Python program that can run in any system.
It was developed using Ubuntu.LicenceAuthorsbitfinex-extractor-influxdbwas written byfrapercan.
Package: bitfinexget
bitfinexgetA small package to get history, easily download all avaliable history to csv or update current csv filesInstallationpip install bitfinexgetExampleTo get current history(max 10000)from bitfinexget import bitfinex

bitfinex = bitfinex()

bitfinex.get(1000)Download historyBitfinex limits latest history call to 10000. If you would like get older data it is more stricter. But you can specify a start and finish timestamp like below and get all 1h data under 5-10 minutes while respecting Bitfinex's api call limits. By default it'll download the entire history and you don't need to pass 'start' and 'end'df = bitfinex.get_hist(['1h', 60])
df.to_csv('data/bitfinex_1h_downloaded.csv', index=False)

df = bitfinex.get_hist(['30m', 30], start=1464778000, end=int(time.time()))
df.to_csv('data/bitfinex_30m_downloaded.csv', index=False)Select the gap (5m, 15m, 30m, 1h, 3h, 6h, 12h) etc. and don't remember to change minutes equivalent, like ['15m', 15], ['3h', 240]By default it will try to download all avaliable history up to current date. You can also specify any timestamp with 'start=1464778000' and 'end=1564778000'Update csv filebitfinex.update_csv('data/bitfinex_1h_downloaded.csv', times_to_get=[['1h', 60]]
bitfinex.update_csv('data/bitfinex_5m_downloaded.csv', times_to_get=[['5m', 5]]
Package: bitfinex-tencars
# Python Bitfinex API client---This is a simple Python client for the Bitfinex REST API (V1 and V2). It supports public as well as private endpoints.---## InstallationYou can either clone the repository directly from the Github webpage or run the following command(s) in your terminal:Pip Installation:```pip install bitfinex-tencars```Alternatively you can clone the Git repository:```git clone https://github.com/akcarsten/bitfinex_api.git```Then go to the folder to which you cloned the repository and run:```python setup.py install```Now you can run Python and import the Bitfinex client.---## Examples of how to use the interface### Public endpointsPublic endpoints can be used without entering any keys as shown in the examples below.#### Example 1: Retrieving current tick data```pythonimport bitfinex# Initialize the apiapi = bitfinex.api_v1()# Select a trading pairpair = 'btcusd'# Get the current ticker data for the pairapi.ticker(pair)```#### Example 2: Available currency pairs```pythonimport bitfinex# Initialize the apiapi = bitfinex.api_v1()# Get all available currency pairssymbols = api.symbols()```All available public endpoints are included in this client. For a full documentation check the Bitfinex API [webpage](https://docs.bitfinex.com/docs/public-endpoints)### Private endpointsIn order to use private endpoints the public- and secrete keys need to be provided while initializing the API as shown in the example below in which the current account balance can be retrieved.#### Example 1: Check account balance```pythonimport bitfinexkey = 'YOUR_PUBLIC_KEY'secrete = 'YOUR_SECRETE_KEY'api = bitfinex.api_v1(key, secrete)my_balance = api_bitfinex.balance()```#### Example 2: Place an buy order```pythonimport bitfinexsymbol = 'btcusd'        # Currency pair to tradeamount = '0'             # Amount to buyprice = '0'              # Buy priceside = 'buy'             # Buy or selltype = 'exchange market' # Which type# Send the orderapi.place_order(symbol, amount, price, side, type)```---## Further informationFor a full documentation of all API commands and what parameters are needed to run them, check out the Bitfinex API documentation for [public endpoints](https://docs.bitfinex.com/docs/public-endpoints) and the documentation for the [private endpoints](https://docs.bitfinex.com/docs/rest-auth) of the V1 API.For the V2 API you can find the reference [here](https://docs.bitfinex.com/v2/reference).All endpoints should be included in this API. In case of changes or bugs please let me know.
Package: bitflag
BitFlagA simple bit flag class for Python 🐍.Installation$pipinstallbitflagUsage# 1. import the "BitFlag" class.frombitflagimportBitFlag# 2. initialize a BitFlag instance with any number of string, flag arguments.bf=BitFlag("flagA","flagB","flagC")# 3. run operations on those bit flags!# set – Set one or more bit flags.bf.set("flagB","flagC")# unset – Unset one or more bit flags.bf.unset("flagB")# has – Check if one or more bit flags have been set.bf.has("flagC")# toggle – Toggle one or more bit flags.bf.toggle("flagA","flagB","flagC")# reset – Reset (unset) all bit flags.bf.reset()# flip – Flip all bit flags.bf.flip()# keys - iterate over flag keys.forkinbf.keys():print(k)# values - iterate over flag values.forvinbf.values():print(v)# items - iterate over flag keys and values.fork,vinbf.items():print(k,v)# str - informal string representation.str(bf)# repr - formal string representation.repr(bf)# int - integer representation.int(bf)LicenseMIT ©Travis Clarke
Package: bitflyer-py
bitflyer-pythonbitdlyer-pythonis a wrapper library forbitFlyer's HTTP APIinstallUsing pip$ pip install bitflyer-pyusage# Public API and Private API 
import bitflyer
api = bitflyer.API(api_key=<API_KEY>, api_secret=<API_SECRET>)

# Only Public API
api = bitflyer.API()Public API does not require API Key, while Private API requires API Key authentication.
Package: bitfuncs
BitFuncsSome async funcs for trading.Install(pyenv)$pipinstallbitfuncsMigrate(pyenv)$ASYNCSQL_SQL_DIR=bitfuncs/sqlpython-masyncsql.migrateschema_0.1.0Run Backtest(pyenv)$chamallowexamples/crypto_backtest.ymlGet Some ResultsBest found params and position status as json:$catvar/BTC.json{"macd_fastperiod":16.0,"macd_slowperiod":30.0,"macd_signalperiod":11.0,"position":"none"}Backtesting html page$xdg-openvar/BTC.html
.LicenseMIT
Package: bitgeist
bitgeistbitgeist is a Python library to convert deep neural network models into c source code.InstallationUse the package managerpipto install bitgeist.pipinstallbitgeistUsageimportbitgeistasbg# transform a pytorch model to c codeprint(bg.transform(model))Example:...classMnistModel(nn.Module):def__init__(self,downsample=None):super(MnistModel,self).__init__()inputs=28*28hidden=120output=10self.l1=DenseBlock(inputs,hidden,downsample=downsample)self.action=nn.PReLU(hidden)self.l2=DenseBlock(hidden,output,downsample=downsample)defforward(self,x):out=self.l1(x)out=self.action(out)out=self.l2(out)returnoutmodel=MnistModel(nn.Dropout(0.2)).to(device)# train the model...print("total training time ={}hours".format(training_time))print(bg.transform(model))#print or write to file ......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: bitget-python-connector
bitget-python-connectorThis is a python package forBitgetAPI, it including all the API on Bitget official documents, both for the REST and the websocket API.If you face some problems with the tool or you want some additional function , please open anIssue.這是一個用於 Bitget API 的 Python 套件，其中包含了 Bitget 官方文件中的所有 API，包括 REST API 和 WebSocket API。如果您在使用這個工具時遇到問題，或者想要新增某些功能，請開啟一個問題。Get Started and Documentation 使用及說明If you haven't regist a Bitget account, use this link to save 10% on all of your trade fees, and can get rewards up to $5,005.Register an account with Bitget.I am in no way affiliated with Bitget, please use it at your own risk.如果您還沒有在 Bitget 註冊帳戶，可以使用以下連結，以享有所有交易費用 10% 的折扣，並有機會獲得高達 $5,005 的獎勵。請註冊一個 Bitget 帳戶。本人與 Bitget 無任何關聯，請自行承擔使用風險。Install 安裝pip install bitget-python-connectorUsage 使用Create your API KEY, your SECRET KEY and your PASSPHRASE.Check out the examples folder and put your info in it.請創建您的 API KEY、SECRET KEY 和 PASSPHRASE。並將上述信息填入example資料夾中，您想使用的檔案相對應的變數內。DonationWaitedRelease NotesWaitedResourcesBitget API docsExample Bitget rest APIExample Bitget websocket APIContributionForkthis repository.Make pull requests with proper commit message.
Package: bitgov
BitGovBitGov is an application layer protocol built with the Python socket module. It piggybacks on the layer four Transmission Control Protocol (TCP) in combination with theIPv4address family.InstallationTo use the BitGov protocol in your own application you may use one of the two methods listed below.Conda (recommended)Assuming you haveAnaconda installed, active the environment in which you want to install the package.conda activate <environment>If you want to create a new environment first useconda create --name <environment>or if you want to see a list of all your conda environments,conda info --envs.Next, install the package.conda install -c jgphilpott bitgovNote: It may be necessary to first add the channel 'jgphilpott'. To do this useconda config --add channels jgphilpott. To view a list of all your conda channels,conda config --get channels.All done! You should now be able to see the package listed in your environment,conda list.Pip (alternative)First, navigate into your project directory and active the environment in which you want to install the package.source <environment>/bin/activateIf you want to create a new environment first usevirtualenv <environment>.Next, install the package.pip install bitgovNote: If you want to install the package locally and not in any specific environment usepip install bitgov --user.All done! You should now be able to see the package listed in your environment,pip list.UsageTo get started with BitGov create a Python file for your application and import the package.import bitgovThat's it!
Package: bitgrit-cloud
bitgrit-cloudLibrary to interact with our cloud service(GCP)Note: look inside./dist/folder to see the latest build.whlfile.How to setup the Library:Install Dependencies/Packages:Run this command:pipinstall-rrequirements.txtImport the Library:fromdsn.bitgrit.gcp.dataset_apiimportDatasetAPITo checkout documentation:pydocdatasetTo set the environment variableexportVAULT_TOKEN=<vault-token>exportVAULT_URL=<vault-url>To run the testpython-munittestTo package the librarypython-mpipinstall--user--upgradesetuptoolswheel
pythonsetup.pysdistbdist_wheel
Package: bitgrit-cloud-api
bitgrit-cloud-apiLibrary to interact with our cloud service(GCP)Note: look inside./dist/folder to see the latest build.whlfile.How to setup the Library:Install Dependencies/Packages:Run this command:pipinstall-rrequirements.txtImport the Library:fromdsn.bitgrit.gcp.dataset_apiimportDatasetAPITo checkout documentation:pydocdatasetTo set the environment variableexportVAULT_TOKEN=<vault-token>exportVAULT_URL=<vault-url>To run the testpython-munittestTo package the librarypython-mpipinstall--user--upgradesetuptoolswheel
pythonsetup.pysdistbdist_wheel
Package: bitheap-gateway-client
BitHeap Gateway Python ClientThebitheap_gateway_clientis a Python package designed for e-commerce and retail platforms to facilitate Bitcoin payments. It simplifies the process of integrating Bitcoin payment functionality, including generating QR codes for Bitcoin transactions.FeaturesRequest Bitcoin payments with QR code generation.Check the status of Bitcoin payments.Execute payouts in Bitcoin.Retrieve a seller's Bitcoin balance.InstallationTo installbitheap_gateway_client, simply use pip:pipinstallbitheap_gateway_clientUsageHere's how to use the bitheap_gateway_client in your Python project:Importing the Clientfrombitheap_gateway_client.clientimportBitHeapGatewayClientRequesting a Paymentresponse=BitHeapGatewayClient.request_payment('expect','currency','message','seller','customer','callback_url','account_id')print(response.json())Checking Payment Statusresponse=BitHeapGatewayClient.check_payment('address')print(response.json())Processing a Payoutresponse=BitHeapGatewayClient.payout('seller','amount','currency','address','account_id')print(response.json())Getting Seller's Balanceresponse=BitHeapGatewayClient.get_seller_balance('seller')print(response.json())ContributionsContributions are welcome! Please feel free to submit pull requests or open issues to improve the functionality or efficiency of this package.LicenseThis project is licensed under the MIT License - see the LICENSE file for details.
Package: bitia
BioInformatics Tool for Infrastructure Automation (BiTIA) CLI utilityThis is the cli utility of the BiTIA project. The other component isbitia-runner. Most users only need the cli clientbitiato submit jobs.
Install it usingpip.python -m pip install bitia --user
python -m bitia --helpConfigurationTODO: Order of searching configuration file.Unix like systems./bitia.toml~/.bitia.toml$HOME/.config/bitia.toml/etc/bitia.tomlWindowsbitia.toml%APPDATA%\bitia.toml%PROGRAMDATA%\bitia.tomlBiTIA runnerIf you are self-hosting the BiTIA server, you needbitia-runneras well. See
the documents ofbitia-runnerfor more details. TODO.EXAMPLESUsing samtools to view a fastq file with same name as provided in urlNORMAL PIPELINE EXECUTION CODEBITIA EXECUTION CODEUsing samtools to view a fastq file with different file name as provided in urlNORMAL PIPELINE EXECUTION CODEBITIA EXECUTION CODEUsing Fastqc to do Quality check on a fastq file with same file name as providedNORMAL PIPELINE EXECUTION CODEBITIA EXECUTION CODE
Package: bitio
bitioUtilities to read or write files by bit or bitsHow to usefrombitioimportbit_openf=bit_open(file_name,"r")x=f.read()# return 1 or 0x=f.read_bits(count)# return intf=bit_open(file_name,"w")f.write(bit)# write 1 if bit else 0f.write_bits(bits,count)# write 'count bits'f.close()These are the samef.write_bits(bits,count)foriinrange(count-1,-1,-1):ifbits&(1<<i):f.write(1)else:f.write(0)Another interfacel=[]wrapper=ByteWrapper(l.append)f=bit_wrap(wrapper,"w")f.write_bits(0b110000101,10)print(l)# [b"a"]f.close()print(l)# [b"a", b"@"]
Package: bit-JCO
Bit is Python’sfastestBitcoin library and was designed from the beginning to feel intuitive, be
effortless to use, and have readable source code. It is heavily inspired byRequestsandKeras.Bit is so easy to use, in fact, you can do this:>>>frombitimportKey>>>>>>my_key=Key(...)>>>my_key.get_balance('usd')'12.51'>>>>>># Let's donate!>>>outputs=[>>># Wikileaks>>>('1HB5XMLmzFVj8ALj6mfBsbifRoD4miY36v',0.0035,'btc'),>>># Internet Archive>>>('1Archive1n2C579dMsAu3iC6tWzuQJz8dN',190,'jpy'),>>># The Pirate Bay>>>('129TQVAroeehD9fZpzK51NdZGQT4TqifbG',3,'eur'),>>># xkcd>>>('14Tr4HaKkKuC1Lmpr2YMAuYVZRWqAdRTcr',2.5,'cad')>>>]>>>>>>my_key.send(outputs)'9f59f5c6757ec46fdc7440acbeb3920e614c8d1d247ac174eb6781b832710c1c'Here is the transactionhttps://blockchain.info/tx/9f59f5c6757ec46fdc7440acbeb3920e614c8d1d247ac174eb6781b832710c1c.FeaturesPython’s fastest available implementation (100x faster than closest library)Seamless integration with existing server setupsSupports keys in cold storageFully supports 25 different currenciesFirst class support for storing data in the blockchainDeterministic signatures via RFC 6979Access to the blockchain (and testnet chain) through multiple APIs for redundancyExchange rate API, with optional cachingOptimal transaction fee API, with optional cachingCompressed public keys by defaultMultiple representations of private keys; WIF, PEM, DER, etc.Legacy P2PKH and Segwit nested-P2WPKH transactionsLegacy P2SH and Segwit nested-P2WSH transactionsIf you are intrigued, continue reading. If not, continue all the same!InstallationBit is distributed onPyPIas a universal wheel and is available on Linux/macOS
and Windows and supports Python 3.5+ and PyPy3.5-v5.7.1+.pip>= 8.1.2 is required.$pipinstallbitDocumentationDocs arehosted by Github Pagesand are automatically built and published
by Travis after every successful commit to Bit’smasterbranch.CreditsLogo courtesy ofhttps://textcraft.netGregory Maxwell(Bitcoin core dev) for teaching me a bit ofECCmatharubiin #bitcoin for helping me understand transaction gotchasfuzemanfor bestowing me the namebiton thePython Package Index
Package: bitjet
# BitjetBinary visualization using [IPython widgets](https://www.youtube.com/watch?v=VaV10VNZCLA). This is a Jupyter/IPython notebook extension.![bitjet](https://cloud.githubusercontent.com/assets/836375/6321964/73865f54-bacf-11e4-89d0-9e4b7b79ceb7.gif)## InstallationThis uses IPython 3, which only has a release candidate out. To install a new copy of IPython, upgrading over your old version run:`console pip install--preipython[all] `### Now install bitjet!`console pip install bitjet `### Optional dependenciesIf you want to use all the examples, you’ll need numpy.`console pip install numpy # Here be dragons `## DevelopmentHacking on this package is quite welcome. For the sake of your sanity, use pip’s symlink option when installing:`console pip install-e. `Then to mitigate caching issues with the browser, either pick a new port to run the IPython notebook on or hard reset your cache each time.