Saravanan666/pypi-org huggingface dataset:
Package: neo4j-rust-ext
Rust Extensions for a Faster Neo4j Bolt Driver for PythonThis project contains Rust extensions to speed up theofficial Python driver for Neo4j.IMPORTANTThis project is currently inbetaphase.InstallationAdjust your dependencies (requirements.txt,pyproject.tomlor similar) like so:# remove:
# neo4j == X.Y.Z  # needs to be at least 5.14.1 for a matching Rust extension to exist
# add:
neo4j-rust-ext == X.Y.Z.*I.e., install the same version ofneo4j-rust-extas you would install ofneo4j(except for the last segment which is used for patches of this library).That's it!
You don't have to change your code but can use the driver as you normally would.
This package will install the driver as its dependency and then inject itself in a place where the driver can find it and pick it up.RequirementsFor many operating systems and architectures, the pre-built wheels will work out of the box.
If they don't, pip (or any other Python packaging front-end) will try to build the extension from source.
Here's what you'll need for this:Rust 1.65.0 or later:https://www.rust-lang.org/tools/installFurther build tools (depending on the platform).E.g.,gccon Ubuntu:sudo apt install gcc
Package: neo4j-uploader
Neo4j-uploaderFor uploading specially formatted dictionary data to a Neo4j database instance.Installationpip install neo4j-uploaderUsagefrom neo4j_uploader import batch_upload

config = {
    "neo4j_uri": "<NEO4J_URI>",
    "neo4j_user": "<NEO4J_USER>",
    "neo4j_password": "<NEO4J_PASSWORD>",
    "overwrite": true
}

data = {
    "nodes": [
        {
            "labels":["Person"],
            "key":"uid",
            "records":[
                {
                    "uid":"abc",
                    "name": "John Wick"
                },
                {
                    "uid":"bcd",
                    "name":"Cane"
                }
            ]
        },
        {
            "labels":["Dog"],
            "key": "gid",
            "records":[
                {
                    "gid":"abc",
                    "name": "Daisy"
                }
            ]
        }
    ],
    "relationships": [
        {
            "type":"loves",
            "from_node": {
                "record_key":"_from_uid",
                "node_key":"uid",
                "node_label":"Person"
            },
            "to_node": {
                "record_key":"_to_gid",
                "node_key":"gid",
                "node_label": "Dog"
            },
            "exclude_keys":["_from_uid", "_to_gid"],
            "records":[
                {
                    "_from_uid":"abc",
                    "_to_gid":"abc"
                }
            ]
        }
    ]
}

result = batch_upload(config, data)The originaluploadfunction using the simpler schema also still works:from neo4j_uploader import upload

credentials = ("database_uri", "user", "password")
data = {
  "nodes":
  {
    "Person": [
      {"name": "Bob", "age": 30},
      {"name": "Jane", "age": 25}
    ]
  },
  "relationships":
  {
    "KNOWS": [
      {"_from_name": "Bob", "_to_name": "Jane", "since": 2015}
    ]
  }
}
upload(credentials, data, node_key="name)DocumentationDocumentationfor the current version.
Package: neo4jvis
:snake: neo4jvisInstallationNeo4jvis requiresNeo4j driver.
You can install neo4jvis with:pipinstallneo4jvisUsageHere's how you can use it:
First import libraries, initialise the driver and create the graph container:1. Import and initfromneo4jimportGraphDatabasefromneo4jvis.model.styled_graphimportStyledGraphdriver=GraphDatabase.driver(uri="bolt://url:port",auth=("my user","my pass"))graph=StyledGraph(driver)2. Retrieve graph from neo4j2.1 Retrieve whole graphHere's how you can generate an html file with all the nodes and relationships of the database:graph.generate_whole_graph()graph.draw("output.html")2.2 Generate graph from a queryHere's is how you can generate a graph from a given query provided by the developer:QUERY="MATCH p=()-[]->() RETURN p"graph.add_from_query(QUERY)graph.draw("output.html")3. Style graph3.1 Change nodes colorRED="#ff0000"WHITE="#FFFFFF"fornodeinlist(graph.nodes.values()):node["color"]={"border":WHITE,"background":RED}graph.draw("output.html")3.2 Change nodes sizefornodeinlist(graph.nodes.values()):node["value"]=randrange(1,10)graph.draw("output.html")3.3. Change other node properties supported by vis.jsNeo4jvis supports all theoptions for nodes of vis.js.Example usage:node["shape"]="triangle"node["borderWidth"]=10node["label"]="EXAMPLE"node["font"]={"color":"#e8c2b0","size":20,}graph.draw("output.html")3.4. Change edge propertiesforedgeingraph.edges:edge["value"]=random.randrange(1,10)edge["color"]={"color":"#e8c2b0"}graph.draw("output.html")3.5. Change other edge propertiesSimilarly, as with nodes, neo4jvis supports all theoptions for edges of vis.js.4. Change graph optionsGraphs come with a default set of options defined inoptionsproperty:>>>print(graph.options){'nodes':...'edges':...'interaction':...'physics':...}See the availableoptions for graphs supported by vis.js.Example usage:graph.options["directed"]="false"Advanced usageGenerate graph from neomodel StructuredRelNeomodelis a Object Graph Mapper for Neo4j database. Neo4jvis allows the retrieval of the network from a list of neomodelStructuredRel objects.
Here's an example of the usage:classConnected(StructuredRel):passclassUsuarios(StructuredNode):id=StringProperty()connected=RelationshipTo("Usuarios","CONNECTED",model=Connected)QUERY="""MATCH (n1:Usuarios)-[r:CONNECTED]->()RETURN r"""Z=neomodel.db.cypher_query(QUERY,resolve_objects=True)relationships_list=[rel[0]forrelinZ[0]]graph.add_from_neomodel_relationships(relationships_list)graph.draw("output.html")
Package: neoaccess
High-level python interface to the Neo4j graph databasehttps://brainannex.org/guide.phpThis library used to be distributed as part of the full technology stack "Brain Annex";
but, starting with version 4.0.3, it's being independently released.To use it, justpip install neoaccessIntro and tutorialNotes:This library is for versions 4.x of the Neo4j database (supported only on 4.4)The APOC library must be installed on Neo4j to use the function export_dbase_json()
Package: neoassistant
Neoassistant BotNeoassistant Bot is a Python-based assistant that allows you to manage contacts and notes through a command-line interface. This README will guide you through using the bot and provide essential information about the codebase.Table of ContentsFeaturesPrerequisitesUsageCommandsLicenseFeaturesManage Contacts: Add, update, delete, and search for contacts.Manage Notes: Add, update, delete, and search for notes.Command-Line Interface (CLI): Interact with the bot using commands.Data Persistence: The bot can save and load data to/from a binary file.PrerequisitesBefore using Neoassistant Bot, ensure you have the following dependencies installed:Python 3.xRequired Python packages (specified in the code)UsageYou can install the application via pip to your local machine (for Mac use pip3 command):pipinstallneoassistantRun the main Python script anywhere in the console (two options):python-mneoassistant# or you can write the following command anywhere in the console:neoassistantThe bot will start, and you can interact with it by entering commands.CommandsThe bot supports the following commands:add: Add a new contact.change: Change a contact.delete: Delete a contact.show: Show contact information.all: Show all contacts.show-birthdays: Show upcoming birthdays.filter: Filter contacts by criteria.add-note: Add a new note.change-note: Change a note.delete-note: Delete a note.show-note: Show a note.all-notes: Show all notes.filter-notes: Filter notes by criteria.filter-notes-by-tags: Filter notes by tags.exit or close: Exit the program.help: Show available commands.The bot provides suggestions for commands if a command is not recognised.LicenseThis project is licensed under the MIT License - see the LICENSE file for details.Feel free to modify and expand upon this README as needed for your project. You can include information about the code structure, additional usage examples, or any other relevant details.
Package: neo-boa
OverviewTheneo-boacompiler is a tool for compiling Python files to the.avmformat for usage in theNeo Virtual
Machinewhich is used to
execute contracts on theNeo
Blockchain.The compiler supports a subset of the Python language ( in the same way
that aboa constrictoris a subset of the Python snake species)What does it currently doCompiles a subset of the Python language to the.avmformat for
use in theNeo Virtual
MachineWorks for Python 3.6+Adds debugging map for debugging in neo-python or other NEO debuggersWhat will it doCompile a larger subset of the Python languageGet Help or give helpOpen a newissueif you
encounter a problem.Or ping@localhumanon theNEO official community
chatroom.Pull requests welcome. New features, writing tests and documentation
are all needed.InstallationMake sure you are using a Python 3.6 or greater virtual environmentPippip install neo-boaDockerThis project contains a Dockerfile to batch compile Python smart
contracts. Clone the repository and navigate into the docker sub
directory of the project. Run the following command to build the
container:docker build -t neo-boa .The neo-boa Docker container takes a directory on the host containing
python smart contracts as an input and a directory to compile the .avm
files to as an output. It can be executed like this:docker run -it -v /absolute/path/input_dir:/python-contracts -v /absolute/path/output_dir:/compiled-contracts neo-boaThe -v (volume) command maps the directories on the host to the
directories within the container.ManualClone the repository and navigate into the project directory. Make a
Python 3 virtual environment and activate it via:python3 -m venv venv
source venv/bin/activateor, to install Python 3.6 specifically:virtualenv -p /usr/local/bin/python3.6 venv
source venv/bin/activateThen, install the requirements:pip install -r requirements.txtUsageThe compiler may be used like in the following example:from boa.compiler import Compiler

Compiler.load_and_save('path/to/your/file.py')For legacy purposes, if you wish to compile without NEP8 stack isolation functionality, you may do the following:from boa.compiler import Compiler

Compiler.load_and_save('path/to/your/file.py', use_nep=False)DocsYou canread the docs
here.TestsAll tests are located inboa_test/test.  Tests can be run with the following commandpython-munittest discover boa_testLicenseOpen-sourceMIT.Main author islocalhuman.DonationsAccepted atATEMNPSjRVvsXmaJW4ZYJBSVuJ6uR2mjQU
Package: neochain
neochainNetwork Evolution Observation for BlockchainDescriptionNEOChain(neochain) is a Network Evolution Observation library for Blockchain networks.
This specially designed python library can provide tools to detect community structures in massive networks likeBlockchainand also capable of merging one or more timed snapshot of transaction data into one large snapshot without losing any nodes to
better understand the evolution of the network.Getting Startedpythonsetup.pyinstallDocumentationFor more details please see:NEOChain Documentation
Package: neocitizen
neocitizen: Python client library for Neocities APINeocitiesis a web hosting service for static pages.
This is a library that makes theNeocities APIavailable from the CLI and Python.Installationneocitizenis available on PyPI:$pipinstallneocitizenYou can also usepoetryto add it to a Python project.$poetryaddneocitizenCLI ExamplesUpload the directory and check the result$ export NEOCITIES_API_KEY=<your api key here>
$ neocitizen upload --dir=/path/to/dir
$ neocitizen list
dir0
dir0/file00.html
dir0/file01.html
dir1
dir1/dir10
dir1/dir10/file100.html
dir1/dir11
dir1/dir11/file110.html
dir1/file10.html
dir1/file11.html
index.htmlDownload$ export NEOCITIES_API_KEY=<your api key here>
$ neocitizen download /path/to/saveDetailed usage$ neocitizen --help
Usage: neocitizen [OPTIONS] COMMAND [ARGS]...

Options:
  --version        Show the version and exit.
  --key TEXT       API key. You can also use the environment variable NEOCITIES_API_KEY instead.
  --username TEXT  User name for authentication. You can also use the environment variable NEOCITIES_USERNAME instead.
  --password TEXT  Password for authentication. You can also use the environment variable NEOCITIES_PASSWORD instead.
  -v, --verbose    Verbose output.
  --help           Show this message and exit.

Commands:
  delete    Delete the files on your Neocities site.
  download  Download all the files on your Neocities site.
  info      Show information about your Neocities site.
  key       Show API key.
  list      Show file list your Neocities site.
  upload    Upload local data to your Neocities site.Python ExamplesCode: example.pyfrom neocitizen import NeocitiesApi

api = NeocitiesApi()
response = api.fetch_info()
for key, value in response["info"].items():
    print(f"{key}: {value}")Run$ export NEOCITIES_API_KEY=<your api key here>
$ python example.py
sitename: neocli-test
views: 268
hits: 483
created_at: Sun, 05 Dec 2021 12:13:28 -0000
last_updated: Sun, 19 Dec 2021 13:37:13 -0000
domain: None
tags: []
latest_ipfs_hash: None
Package: neo-cli
Don’t let all those templates and commands burden your head. Sit back,
relax and letneo-cliasks what you need.neo-clilower the barrier of understanding complicated templates,
memorizing long command and parameters to create your cloud
infrastructure.neo-cliwill interactively ask what you need.In addition,neo-cliaims to support diverse cloud platforms in near
future. So no matter what your cloud platforms is,neo-cliwill always be
your friend.Installation$pipinstallneo-cliFeaturesSupport common OpenStack operation:creating vm,listing vm, stack, network, floating ip, andremoving and updating stacks.Auto-login for previous account.Support attaching local standard input, output, and error streams to a running machine.Can be used as library for your OpenStack application.Take the tourList your virtual machine$neolsvm+-----------+----------+------------+------------+----------+----------+--------+--------------------------+----------+|ID|Name|KeyPair|Image|Flavor|RAM(GiB)|vCPU|Addresses|Status|+===========+==========+============+============+==========+===========+========+========================+============+|1bf4d720|my-vm-1|vm-key|CentOS7.5|SS2.1|2|1|network:default|ACTIVE|||||||||fixedIP:192.168.68.5||+-----------+----------+------------+------------+----------+-----------+--------+--------------------------+----------+|9ca3e7d10|my-vm-2|vm-key|CentOS7.5|SS2.1|2|1|network:default|ACTIVE|||||||||fixedIP:192.168.68.12||+-----------------------------------------------------------------------------------------------------------------------Some info omitted.Attach local terminal to running machine$neoattachvmc57a477b-84dc-4ae3-1234-56782020-04-0201:22:34INFOCheckyourkeypairs2020-04-0201:22:38INFODone...2020-04-0201:22:38INFOCheckusernameUsername:centosLastlogin:WedJul3104:52:072019from123.456.68.101[centos@foo-vm~]$Creating stuffs$neocreate2020-04-0201:25:57ERRORCan'tfindneo.ymlmanifestfile!Doyouwanttogenerateneo.ymlmanifest?[y/n]?ySelectStack:-clusters-networks-instances-othersEnteryourchoice:Project informationDocumentationContributingChangelogLicense
Package: neoclient
neoclient🚀 Fast API Clients for PythonInstallationpip install neoclientIntroductionThe simplestneoclientfile might look like this:fromneoclientimportget@get("https://httpbin.org/ip")defip():...>>>ip(){'origin':'1.2.3.4'}However, it's almost always better to create aNeoClientinstance:fromneoclientimportNeoClientclient=NeoClient("https://httpbin.org/")@client.get("/ip")defip():...>>>ip(){'origin':'1.2.3.4'}
Package: neocommand
NeoCommandis an extension ofIntermakethat provides manipulation of graph/network/tree data through the concept of Endpoints, through which Nodes, Edges, sub-graphs and arbitrary data are relayed.This library primarily supports theBio42application, which focuses on genomic data.The user is therefore directed to theBio42readme.Please see the source code documentation itself for specificNeoCommandusage.TutorialPlease navigate to theneocommand_examplesfolder to read the examples.The examples are Jupyter notebooks and can be opened with the following command from your terminal. e.g. to opensample_cypher_statement.ipynb:jupyter notebook sample_cypher_statement.ipynb
Package: neoconfigen
configenAutomatically generates Structured Configs that can be used with hydra.utils.instantiate()This is optional at two levels:Structured Configs are optional, one can use Hydra without them.One can manually code these dataclasses. The advantage of this tool is that it does the work automatically.SetupConfigen requires config file per project. The config indicates what classes to generate code for, where to put
the generated code etc.
Configen will suggest creating a config on the first run:$ configen 
[2020-08-14 12:06:11,359][configen.configen][ERROR] - Use --config-dir DIR.
If you have no config dir yet use the following command to create an initial config in the `conf` dir:
        configen init_config_dir=conf
$ configen init_config_dir=conf
[2020-08-14 12:07:07,752][configen.configen][INFO] - Initializing config in 'conf'This will generate a basic config similar to:$ cat conf/configen.yamlconfigen:# output directoryoutput_dir:${hydra:runtime.cwd}/genheader:|# Generated by configen, do not edit.# See https://github.com/facebookresearch/hydra/tree/master/tools/configen# The directory of each module under output_dirmodule_dir:'{{module_path}}/conf'# list of modules to generate configs formodules:-name:configen.samples.user# for each module, a list of classesclasses:-UserConfigen comes with a few samplesclassesthat are being processed by the default config.
For example:classUser:def__init__(self,age:int,name:str):self.age=ageself.name=nameRunning configen with this config directory:$ configen --config-dir conf
[2020-08-14 12:44:54,990][configen.configen][INFO] - configen.samples.user.User -> /home/omry/tmp/configen/gen/configen/samples/user/conf/User.pyWill result in a filegen/configen/samples/user/conf/User.pylike:# Generated by configen, do not edit.# See https://github.com/facebookresearch/hydra/tree/master/tools/configen# fmt: off# isort:skip_file# flake8: noqafromdataclassesimportdataclassfromtypingimport*fromomegaconfimportMISSING@dataclassclassUserConf:_target_:str="configen.samples.user.User"age:int=MISSINGname:str=MISSINGThe generated code can be used by a Hydra application to instantiate the user object.
See theexample aplication.
Package: neocortex
NeoCortexDocker Image for Neo4j / API Interfacedocker-compose build
docker-compose upCommand Line InterfaceInstall neocortexpython setup.py installRun commands by executingneofrom the command line>neo config create
Config file not found: C:/Users/tyler/neo.cfg
Run 'neo config create' to create a required configuration file.
? Create config file "C:/Users/tyler/neo.cfg" ?   Yes
? Server:   127.0.0.1
? Server Port:   5800
? Username:   admin
? Password:   admin
Config written

>neo
Usage: neo [OPTIONS] COMMAND [ARGS]...

Options:
  --debug               Verbose printing
  --config-path PATH    Configuration file to use, default: "~/neo.cfg"
  --help                Show this message and exit.

Commands:
  config  View, edit, or create your configuration file
  query   Run queries agains the graph dbAccessing the Neo4j Graph DBpython setup.py develop
python
>>> from neocortex.api.client import NeoClient
>>> nc = NeoClient('admin','admin','192.168.99.100:5000')
>>> nc.query('MATCH (n) RETURN n')
[]
Package: neodantic
NeodanticFeaturesTODORequirementsTODOInstallationYou can installNeodanticviapipfromPyPI:$pipinstallneodanticUsagePlease see theCommand-line Referencefor details.ContributingContributions are very welcome.
To learn more, see theContributor Guide.LicenseDistributed under the terms of theApache 2.0 license,Neodanticis free and open source software.IssuesIf you encounter any problems,
pleasefile an issuealong with a detailed description.CreditsThis project was generated from@cjolowicz'sHypermodern Python Cookiecuttertemplate.
Package: neoden-kicad
neoden_kicadPost-processor to allow Kicad centroid files to work on the Neoden YY1 pick and place machine. This package contains a script that reads CPL (centroid position) files and modifies their contents to be readable by theNeoden YY1small pick and place machine.InstallationOn a modern linux distribution, try the following:pipx install neoden_kicadIf you're  unfortunate enough to be stuck with windows, try contacting your system administrator.UsageIf you have exported a CPL file from kicad (Component Placement file) called CPL-mypos.csv, then you can convert it to neoden-readable format using:neoden_kicad --pos CPL-mypos.csv --out neoden_pos.csvFootprint conversionsThe Neoden YY1 needs to be told what footprints that it is using. Some common conversions are done by this package. These are contained in the converter.py file. This is done using a list of regular expressions:converters = [ 
            ("[RCLD]_([0-9]+)_[0-9]+Metric\Z", "\g<1>D"), # C_0603_1608Metric -> 0603D
            ("D_SOD-([0-9]+)\Z", "SOD_\g<1>"), # D_SOD_XXX -> SODXXX
            ("SOT-([0-9]+)-([0-9]+)\Z", "SOT-\g<1>-\g<2>"), # SOT-YY-XX -> SOT-23-5
            ("SOT-([0-9]+)\Z", "SOT_\g<1>"), # SOT-23 -> SOT-23
         ]The converter will leave footprints alone that it does not recognize. If you find one conversions that you'd like added to the list, please file an issue on github (https://github.com/elec-otago/neoden-yy1-kicad)AuthorWritten by Tim Moltenotim@elec.ac.nz
Package: neodigit-dyndns
Dynamic Dns with Neodigit's APITESTING PURPOSES ONLYLinksGithub:https://github.com/educollado/neodigit-dyndnsPypi.org:https://pypi.org/project/neodigit-dyndns/dynamic_dns for Neodigit domainshttps://panel.neodigit.netConfiguration:You need to configure the config.cfg and pass it the file as attributetoken:my_domain:my_subdomain:You can obtain your own token Id from:https://panel.neodigit.net/api-consumersie: our token is 1234, and our subdomain is test.mydomain.com. This file is a YAML file.token: 1234my_domain: mydomain.commy_subdomain: testInstalation from sourcegitclonehttps://github.com/educollado/neodigit-dyndns.gitFor this script you need requests as you can see in the code:pipinstallrequestsOr maybe you can use the requirements.txt file:pipinstall-rrequirements.txtOne interesting step is to add to your crontab:0,15,30,45****python3/path-to/neodigit-dyndns/neodigit_dyndns/url/to/config.cfg>/dev/null2>&Instalation from PiPpipinstallneodigit-dyndnshttps://pypi.org/project/neodigit-dyndns/Neodigit APIAPI Documentation:https://developers.neodigit.net/LicenseGPL3
Package: neodjango
# NeoDjango[![Build Status](https://travis-ci.org/RenanPalmeira/neodjango.svg?branch=master)](https://travis-ci.org/RenanPalmeira/neodjango)### Demo/Examplehttps://github.com/RenanPalmeira/neodjango-starwars-exampleInstallationAvailable in Python Package Index:$ pip install neodjangoOr:$ easy_install neodjango
Package: neoepiscope
neoepiscope is software for predicting neoepitopes from DNA sequencing (DNA-seq) data. Where most neoepitope prediction software confines attention to neoepitopes arising from at most one somatic mutation, often just an SNV, neoepiscope uses assembled haplotype output of HapCUT2 (Edge et al., 2017) to also enumerate neoepitopes arising from more than one somatic mutation. neoepiscope also takes into account frameshifting from indels and permits personalizing the reference transcriptome using germline variants.
Package: neofoodclub
neofoodclub.pyA mostly-Python implementation of functionality used inhttps://neofood.clubNotes:For the time being, there are no front-facing docs for this beyond docstrings in the code itselfInstallingPython 3.8 or higher is suggestedpipinstallneofoodclubAlternatively,$gitclonehttps://github.com/diceroll123/neofoodclub.py
$cdneofoodclub.py
$python-mpipinstall-U.ExamplesSince there is no obvious "first thing to do" with this library, simply refer to the examples folder for all examples.LinksNeofood.clubNeofood.club source