Saravanan666/pypi-org huggingface dataset:
Package: noderegister
noderegisterA Simple tool that registers ec2 host information to a DynamoDB TableDDB Content ExampleHOSTNAMENODE_TYPENODE_STATEPRIVATE_IPTIME_STAMPip-172-31-36-196.us-west-2.compute.internalseednodeRunning172.31.36.196Tue Jul  2 20:09:11 2019ip-172-31-36-197.us-west-2.compute.internalseednodeRunning172.31.36.197Tue Jul  2 20:10:11 2019ip-172-33-36-190.us-west-2.compute.internalclusternodeRunning172.33.36.190Tue Jul  2 20:11:11 2019ip-172-33-36-191.us-west-2.compute.internalclusternodeRunning172.33.36.191Tue Jul  2 20:12:11 2019ip-172-33-36-192.us-west-2.compute.internalclusternodeRunning172.33.36.192Tue Jul  2 20:13:11 2019Useagenoderegisterusage: noderegister [-h] [-c] [-a ASSIGN | -s SET_STATE | -r | -l]
                    [-D DYNAMODB_TABLE]

optional arguments:
  -h, --help            show this help message and exit
  -c, --create_ddb      Create a new DynamoDB table

actions:
  -a ASSIGN, --assign ASSIGN
                        Set the node type of an existing node
  -s SET_STATE, --set_state SET_STATE
                        Set the node state of an existing node
                        (running|terminated)
  -r, --register_node   Add a new node to the DynamoDB table
  -l, --list            List Registered Node in given DynamoDB Table

required:
  for (assign|state|list|register_node) actions

  -D DYNAMODB_TABLE, --dynamodb_table DYNAMODB_TABLE
                        Name of Existing DynamoDB
Package: node-require
node-requireLike Node.js's require(), but with more supported file formatsFeaturesImporting modules from higher foldersLoading JSON, Toml, YAML and BSON files nativelyEasily extensibleInstallingInstall base module:# Linux / MacOSpython3-mpipinstall-Urequire# Windowspy-3-mpipinstall-UrequireOptional Dependenciesorjson: Faster JSON decodingujson: Alternarive fororjsontoml: Support for Tomlyaml: Support for YAMLbson: Support for BSONQuick notesThis lib doesnotsupport importing builtin modules or site-packages (modules installed with pip).Consider using usualimport, or if you need a dynamic import, use Python's builtinimportlib.import_moduleUsageYeah, that's bad example, but i'm can't come up with a best one..Example directory structure:src/
    tests/
        test.py
    config.json
    regex.py
    main.pysrc/main.py:importosimportimportlibforfileinos.listdir('./tests'):iffile.endswith('.py'):importlib.import_module(f'tests.{file[:-3]}').run()src/regex.py:importrePWD=re.compile("[a-zA-Z0-9_\.]{12,16}")src/config.json:{"user":{"name":"Jonh","password":"Fluffy_Gim19"}}src/tests/test.py:fromrequireimportrequirepassword_pattern=require('../regex.py').PWDpassword=require('../config.json')['user']['password']defrun():assertpassword_pattern.match(password)!=NoneExtendingSeeguideon this
Package: noderoot
# NoderootNoderoot is a tool for chrooting into root file systems stored on a different system.### How it worksRootfs path on server:`/opt/somerootfs`Rootfs mount path on node:`/home/user/rootfs`Using NFS: Shares`/opt/somerootfs`.Using SSH: connects to the node and brings up the mount using the nfs client at`/home/user/rootfs`.Using SSH: connects to the node and brings up any additional bind mounts locally such as /proc, /dev, /sys.If a command is given, then using SSH: connects to the node and chroot’s into the share and runs the command.If no command given, leaves the mount up and waits for the user to hit Ctrl+C.When complete, brings down the mounts in reverse order and unshares the`/opt/somerootfs`.### Why use it?Its mainly an alternative for using qemu user mode emulation.For example, when building a rootfs for an ARM system the user may want to chroot into the rootfs and
run some compilation steps. This tool allows that to happen on the real CPU that the rootfs will end up living on
rather than an emulated one.### Server SetupOn Debian systems the server needsnfs-kernel-server### Node SetupOn Debian systems the node needsnfs-common
Package: node-semver
python version of [node-semver](https://github.com/isaacs/node-semver)installpip install node-semverexamplesfromsemverimportmax_satisfyingversions=['1.2.3','1.2.4','1.2.5','1.2.6','2.0.1']range_='~1.2.3'assertmax_satisfying(versions,range_,loose=False)=='1.2.6'versions=['1.1.0','1.2.0','1.2.1','1.3.0','2.0.0b1','2.0.0b2','2.0.0b3','2.0.0','2.1.0']range_='~2.0.0'assertmax_satisfying(versions,range_,loose=True)=='2.0.0'try:(max_satisfying(versions,range_,loose=False)=='2.0.0')exceptValueErrorase:asserte.args[0]=="Invalid Version: 2.0.0b1"versions=['1.2.3','1.2.4','1.2.5','1.2.6-pre.1','2.0.1']range_='~1.2.3'assertmax_satisfying(versions,range_,loose=False,include_prerelease=True)=='1.2.6-pre.1'assertmax_satisfying(versions,range_,loose=False,include_prerelease=False)=='1.2.5'0.9.0RENAME MODULE semver -> nodesemver (#39)pre release range fix (#40)0.8.1fix erroneous parsing of $ component version numbers (#44)0.8.0handle 4-digit version correctly (#35)0.7.0include tests in source distributions (#31)0.6.0more strict error handling (InvalidTypeIncluded is added)0.5.1bug fix0.5.0include_prerelease option is added0.4.2fix bug for support 4-digit (handling prelease and build)0.4.0suport 4-digit version (e.g. x.y.z.a)0.3.0drop python2.x supportbug fix, Add sort key function #14
Package: nodeshot-citysdk-synchronizers
Nodeshot CitySDK SynchronizersAdditional nodeshot synchronizers developed for the CitySDK project.More information on nodeshot synchronizers here:http://nodeshot.rtfd.org/en/latest/topics/synchronizers.htmlInstallpipinstallnodeshot_citysdk_synchronizersSetupAddnodeshot_citysdk_synchronizerstosettings.INSTALLED_APPS.# settings.pyINSTALLED_APPS.append('nodeshot_citysdk_synchronizers')UsageUse the synchronizers as any other nodeshot synchronizer, each synchronizer
will show its configuration fields upon selection.License (BSD)Copyright (C) 2014 Federico CapoanoPermission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the “Software”), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.THE SOFTWARE IS PROVIDED “AS IS”, WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
THE SOFTWARE.
Package: nodestream
NodestreamFast, Declarative ETL for Graph Databases.BadgesFeaturesFlexible and extensible YAML based DSL for ETL jobsConnect to data sources like Kafka, AWS Athena, flat files, and more.Developer friendlyHighly optimized with async and tuned query generationGetting StartedInstall nodestream withpippipinstallnodestreamnodestreamnew--databaseneo4jmy_project&&cdmy_projectnodestreamrunsample-vDocumentationVisit ourDocumentationon Github Pages.ContributingContributions are always welcome!Seecontributing.mdfor ways to get started.Please adhere to this project'scode of conduct.AuthorsZach Probst (@zprobst)Chad Cloes (@ccloes)Oshri Rozenberg(@orozen)Kevin Neal (@khneal)Grant Hoffman (@grantleehoffman)
Package: nodestream-plugin-dotenv
Nodestream Dotenv PluginThis plugin allows you to load environment variables from a.envfile into your nodestream application.Installationpipinstallnodestream-plugin-dotenvUsageBy default, the plugin will look for a.envfile in the current working directory. You can specify a different path by setting theNODESTREAM_DOTENV_PATHenvironment variable.For more information on how to use the.envfile, see thepython-dotenvdocumentation.
Package: nodestream-plugin-k8s
Nodestream Kubernetes PluginNOTE: This plugin is still in development and is not ready for production use.OverviewThis plugin allows you to deploy nodestream on a Kubernete cluster. As your project evolves by adding more data pipelines,nodstream-plugin-k8swill be able to manage your kubernetes resources for you.Installationpipinstallnodestream-plugin-k8sUsage1. Create anodestream.yamlfile and project.# nodestream.yamlscopes:crons:pipelines:-path:pipelines/crons/my_scheduled_pipeline.yamlperpetual:pipelines:-path:pipelines/perpetual/my_kafka_pipeline.yaml2. Annotate your pipeline withnodestream-plugin-k8sannotations.# nodestream.yamlscopes:crons:pipelines:-path:pipelines/crons/my_scheduled_pipeline.yamlannotations:nodestream_plugin_k8s_schedule:"00***"perpetual:pipelines:-path:pipelines/perpetual/my_kafka_pipeline.yamlannotations:nodestream_plugin_k8s_conccurency:13. Runnodestream-plugin-k8sto deploy your pipelines.nodestreamk8ssync--namespacemy-nodestream-app-namespace4. Check your kubernetes cluster for your deployed pipelines.kubectlgetcronjobs-nmy-nodestream-app-namespace
kubectlgetdeployments-nmy-nodestream-app-namespace5. Update yournodestream.yamlfile and re-runnodestream-plugin-k8sto update your pipelines.# nodestream.yamlscopes:crons:pipelines:-path:pipelines/crons/my_scheduled_pipeline.yamlannotations:nodestream_plugin_k8s_schedule:"300***"perpetual:pipelines:-path:pipelines/perpetual/my_kafka_pipeline.yamlannotations:nodestream_plugin_k8s_conccurency:100nodestreamk8ssync--namespacemy-nodestream-app-namespace6. Check your kubernetes cluster for your updated pipelines.kubectlgetcronjobs-nmy-nodestream-app-namespace
kubectlgetdeployments-nmy-nodestream-app-namespace7. Delete your pipelines.nodestreamk8sdestroy--namespacemy-nodestream-app-namespaceAnnotationsnodestream_plugin_k8s_scheduleThis annotation is used to schedule a cronjob. The value of this annotation should be a cron expression.nodestream_plugin_k8s_concurrencyThis annotation is used to set the concurrency of a deployment. The value of this annotation should be an integer.nodestream_plugin_k8s_imageThis annotation is used to set the image of a deployment or job. The value of this annotation should be a valid docker image.
Package: nodestream-plugin-pedantic
Nodestream pedantic PluginThis plugin adds a pedantic mode to nodestream. It will check for the following:All node types are defined usingCamelCase.All node types are singular (e.g.UsernotUsers).All relationship types are defined usingUPPER_SNAKE_CASEAll property names are defined usinglower_snake_caseAll pipeline names are defined usinglower-case-with-dashesInstallationpipinstallnodestream-plugin-pedanticUsagenodestreamauditpedanticWill produce output like:Pipeline load_org_chart is not lower dash case. Suggestion: load-org-chart
Node type People is not singular. Suggestion: Person
Property lastName is not snake case. Suggestion: last_name
Node type number is not camel case. Suggestion: Number
Relationship type is_friends_with is not upper camel case. Suggestion: IS_FRIENDS_WITH
Package: nodeum-sdk
The Nodeum API makes it easy to tap into the digital data mesh that runs across your organisation. Make requests to our API endpoints and we’ll give you everything you need to interconnect your business workflows with your storage.  All production API requests are made to:http://nodeumhostname/api/The current production version of the API is v1.RESTThe Nodeum API is a RESTful API. This means that the API is designed to allow you to get, create, update, &amp; delete objects with the HTTP verbs GET, POST, PUT, PATCH, &amp; DELETE.JSONThe Nodeum API speaks exclusively in JSON. This means that you should always set the Content-Type header to application/json to ensure that your requests are properly accepted and processed by the API.AuthenticationAll API calls require user-password authentication.Cross-Origin Resource SharingThe Nodeum API supports CORS for communicating from Javascript for these endpoints. You will need to specify an Origin URI when creating your application to allow for CORS to be whitelisted for your domain.PaginationSome endpoints such as File Listing return a potentially lengthy array of objects. In order to keep the response sizes manageable the API will take advantage of pagination. Pagination is a mechanism for returning a subset of the results for a request and allowing for subsequent requests to “page” through the rest of the results until the end is reached. Paginated endpoints follow a standard interface that accepts two query parameters, limit and offset, and return a payload that follows a standard form. These parameters names and their behavior are borrowed from SQL LIMIT and OFFSET keywords.VersioningThe Nodeum API is constantly being worked on to add features, make improvements, and fix bugs. This means that you should expect changes to be introduced and documented.   However, there are some changes or additions that are considered backwards-compatible and your applications should be flexible enough to handle them. These include:  - Adding new endpoints to the API - Adding new attributes to the response of an existing endpoint - Changing the order of attributes of responses (JSON by definition is an object of unordered key/value pairs)Filter parametersWhen browsing a list of items, multiple filter parameters may be applied. Some operators can be added to the value as a prefix:  - &#x60;&#x3D;&#x60; value is equal. Default operator, may be omitted  - &#x60;!&#x3D;&#x60; value is different  - &#x60;&gt;&#x60; greater than  - &#x60;&gt;&#x3D;&#x60; greater than or equal  - &#x60;&lt;&#x60; lower than  - &#x60;&gt;&#x3D;&#x60; lower than or equal  - &#x60;&gt;&lt;&#x60; included in list, items should be separated by &#x60;|&#x60;  - &#x60;!&gt;&lt;&#x60; not included in list, items should be separated by &#x60;|&#x60;  - &#x60;~&#x60; pattern matching, may include &#x60;%&#x60; (any characters) and &#x60;_&#x60; (one character)  - &#x60;!~&#x60; pattern not matching, may include &#x60;%&#x60; (any characters) and &#x60;_&#x60; (one character)    # noqa: E501
Package: node-vm2
WarningThis project is no longer maintained. Please usedeno_vminstead.A Python 3 to Node.js + vm2 binding, helps you execute JavaScript safely.vm2vm2is a node module to createrealsandbox in node. The official node APIvm, can only create isolate context and doesn’t prevent harmful code to damage your computer.How it worksThe module launchs a Node.js REPL server, which can be communicated with JSON. All JavaScript code are encoded in JSON and sent to the server. After the server executing the code in vm2, the result is sent back to Python.InstallYou need Node.js.https://nodejs.org/Install node_vm2 from pypi wheel.pip install node_vm2Also make sure you havenodeexecutable inPATH, or you can specify the executable with environment variableNODE_EXECUTABLE.Additionally, you will neednpmto build node_vm2 from source.UsageMost of the APIs are bound tovm2.Simple eval:fromnode_vm2importevalprint(eval("['foo', 'bar'].join()"))Use VM:fromnode_vm2importVMwithVM()asvm:vm.run("""
      var sum = 0, i;
      for (i = 0; i < 10; i++) sum += i;
   """)print(vm.run("sum"))Use NodeVM:fromnode_vm2importNodeVMjs="""exports.greet = name => console.log(`Hello ${name}!`);"""withNodeVM.code(js)asmodule:module.call_member("greet","John")It is possible to do async task with Promise:fromdatetimeimportdatetimefromnode_vm2importNodeVMjs="""
exports.test = () => {
   return new Promise(resolve => {
      setTimeout(() => {
         resolve("hello")
      }, 3000);
   });
};
"""withNodeVM.code(js)asmodule:print(datetime.now())print(module.call_member("test"))print(datetime.now())If you like to allow the VM to crash your server (e.g.process.exit()), you should create the VM in a separate server so it won’t affect other VMs:fromnode_vm2importVMServer,VMwithVMServer()asserver:withVM(server=server)asvm:# now the vm is created in a new serverprint(vm.run("1 + 2 + 3"))API referencehttp://node-vm2.readthedocs.io/Changelog0.4.6 (Oct 23, 2023)Change: add deprecation warning.Update vm2 to 3.9.19.0.4.5 (Sep 1, 2022)Update vm2 to 3.9.11.0.4.4 (Mar 14, 2022)Update vm2 to 3.9.9.0.4.3 (Feb 15, 2022)Update vm2 to 3.9.7.0.4.2 (Feb 9, 2022)Update vm2 to 3.9.6.Fix: filename is optional.0.4.1 (Oct 20, 2021)Update vm2 to 3.9.5.0.4.0 (Sep 2, 2021)Update vm2 to 3.9.3.Change: throw VMError when failed running node.0.3.7 (Mar 23, 2020)Update vm2 to 3.9.0.0.3.6 (Apr 22, 2019)Update vm2 to 3.8.0. Fix security issues.0.3.5 (Feb 10, 2019)Update vm2 to 3.6.10. Fix security issues.0.3.4 (Aug 10, 2018)Update vm2 to 3.6.3. Fix security issues.0.3.3 (Jul 23, 2018)Fix: don’t bundle dev dependencies.0.3.2 (Jul 23, 2018)Fix: getting a freezed object would crash the server.Update vm2 to 3.6.2. Fix security issues.0.3.1 (Apr 25, 2017)Addcommandarg toVMServer.Fix: A dead default server is created if process spawning failed.0.3.0 (Apr 23, 2017)Change: use event queue to handle console redirects.Reconize object thrown by VM which doesn’t inherit built-in Error.0.2.0 (Mar 25, 2017)Drop NodeBridge.Add VMServer.Make all VMs share a default VMServer.Method rename: VM.connect -> VM.create, VM.close -> VM.destroy.0.1.0 (Mar 23, 2017)First release
Package: nodev.specs
nodev.specs helps you write robust tests that describe the abstract behaviour of your code
leaving many implementation details out of your tests.The general idea is best explained with an example,
let’s write a specification test for the following functionskip_commentsthat
returns the non-comment part of every line in the input file:def skip_comments(stream):
    return [line.partition('#')[0] for line in stream]The simplest unit test may look like the following:def test_skip_comments():
    assert skip_comments(['# comment']) == ['']
    assert skip_comments(['value # comment']) == ['value ']
    assert skip_comments(['value 1', '', 'value 2']) == ['value 1', '', value 2']Such a unit test is much more tied to currentskip_commentsimplementation than it needs to be
and the test will need update every time a tiny feature is added,
like turning the function into a generator:def skip_comments(stream):
    for line in stream:
        yield line.partition('#')[0]This can be fixed by re-writing the test in more generic way:def test_skip_comments():
    assert '' in skip_comments(['# comment'])
    assert 'value ' in skip_comments(['value # comment'])
    assert 'value 1' in skip_comments(['value 1', '', 'value 2'])
    assert 'value 2' in skip_comments(['value 1', '', 'value 2'])Let’s re-write the test making use of thenodev.specs.FlatContainerhelper:def test_skip_comments():
    assert '' in FlatContainer(skip_comments(['# comment']))
    assert 'value ' in FlatContainer(skip_comments(['value # comment']))
    assert 'value 1' in FlatContainer(skip_comments(['value 1', '', 'value 2']))
    assert 'value 2' in FlatContainer(skip_comments(['value 1', '', 'value 2']))Now you can choose to skip empty lines returning the current line index instead:def skip_comments(stream):
    for index, line in enumerate(stream):
        value = line.partition('#')[0]
        if value:
            yield index, valueOr return also the comment for every line:def skip_comments(stream):
    for index, line in enumerate(stream):
        value, sep, comment = line.partition('#')
        if value:
            yield index, value, sep + commentThe nodev test needs no update because it makes almost no assumption on the details
of the return value.Project resourcesSupporthttps://stackoverflow.com/search?q=nodevDevelopmenthttps://github.com/nodev-io/nodev.specsDiscussionTo be decided, see issue#15of the pytest-nodev repository.Downloadhttps://pypi.python.org/pypi/nodev.specsCode qualitynodev websitehttp://nodev.ioContributingContributions are very welcome. Please see theCONTRIBUTINGdocument for
the best way to help.
If you encounter any problems, please file an issue along with a detailed description.Authors:Alessandro Amici -@alexamiciSponsors:Licensenodev.specs is free and open source software
distributed under the terms of theMITlicense.
Package: nodewire
IntroductionThis package enables you to:Create software that connects to IoT devices for monitoring and controlCreate microservicesNodeWire uses a dataflow programming model. Nodes have input and output ports through which it receives and sends messages.
A NodeWire program can connect to other nodes to monitor and send messagesto it.Hello NodeWireimportasynciofromnodewireimportNodeclassMyNode(Node):defon_reset(self,value,sender):self.count=valuedefget_status(self,sender):return{'counting':self.start==1,'count':self.count}asyncdefloop(self):print('connected')whileTrue:awaitasyncio.sleep(1)ifself.start==1:self.count=self.count+1mynode=MyNode(nodename='hello',inputs='start reset',outputs='count status',server='localhost')mynode.nw.debug=Truemynode.nw.run()First we created our node class. In this class, we defined message handlers that will be called when the system wants to determine the value
of our output ports (get_portname) or when it wants to forward a new value to us (on_portname).
Note that you can chose to define handlers for some ports (reset and status in this example), or chose not to (start and count). You also have the choice to make thehandler syncronous or asyncronous.
If the handler is going to take a long time to run, then it is better to make it asyncronous and use asyncio.sleep every once in a while, so that other tasks will get a chance to run.The loop function is special. It is called only once, the first time the node establishes a successful connection to the server. It must be an async function.
This function is meant to serve as the mainloop of your nodewire application but you can also terminate it without any effect on the overal running of the run. The loop function is optionalControl and MonitorfromnodewireimportNodeclassMyNode(Node):defgot_count(self,nodename):print(counter.count)ifcounter.count==10:counter.reset=0asyncdefloop(self):globalcounterprint('connected')counter=awaitself.get_node('hello')counter.start=1counter.on_count=self.got_countmynode=MyNode(nodename='control',server='localhost')mynode.nw.run()
Package: nodifly
Nodifly Python Library========================InstallationTo install the current release:pip install --upgrade nodiflyRequirementsPython 2.7+ or Python 3.4+Usage and Starting OutThe library needs to be configured with your account's secret key which is available
in yourNodifly Settings.After you register, grab yourAccess KeyandAccess Secretfrom the keys and tokens tab.First, you'll want to import Nodiflyfrom nodifly.auth import NodiflyAuthAuthenticationNow, you can create a Nodifly instance with your access key and access secret.ACCESS_KEY = 'YOUR KEY HERE'
ACCESS_SECRET = 'YOUR SECRET HERE'

nodifly = NodiflyAuth(ACCESS_KEY, ACCESS_SECRET)And then depending on if you're using terminal or in Jupyter notebooks, you can:TerminalAfter including the instantiated Nodifly instance at the top of theWithin terminal you can call it asnodifly your_file.py - [text, record, email]Jupyter NotebooksWithin Jupyter Notebooks, you can use it in a per cell use case.nodifly.nodifly(alias='YOUR_ALIAS', kind='text, record, email')

YOUR CODE HEREDashboards and AnalysisimageQuestions and CommentsWe're actively looking to improve and expand Nodifly - if you have any questions or suggestions, please don't hesitate
to reach us atnodiflycontact@gmail.comThank you!