Saravanan666/pypi-org huggingface dataset:
Package: sinegy-python
sinegy-pythonPython library for connecting to theSinegy API.How to installpip install sinegy-pythonGenerating API credentialsGo to [INSERT LINK HERE] to generate API credentials.Official Sinegy API DocumentationLink to Sinegy's API documentation page ishttps://docs.sinegy.comExamplefrom sinegy_python.marketplace import Marketplace

sinegy = Marketplace(api_key = 'API_KEY', secret_key = 'SECRET_KEY')
sinegy_btc_ticker = sinegy.ticker('btcmyr')
print(sinegy_btc_ticker)
Package: sinemarc-api
This package for python, which can be used to connect to your SINEMA RC RestAPI.
You can use it to manage your server, devices and users. It provides an easy access to SINEMA RC.It is using the SINEMA RC API. It can be bought with the MLFB 6GK1724-3VH03-0BV0Manualhttps://support.industry.siemens.com/cs/de/en/view/109793829
Package: sine.path
Briefconvenient to join file path in a chain manner:s=Path('.')s=s.join('a','b').join('..')# s == 'a'it usesos.path.joinand always normalizes the path withos.path.normpathwhileos.path.joinjoin the'a', '..'to'a/..'Change Logv0.1.3, 2019-2-9change to run with python3v0.1.2, 2018-6-7improve comment and change to Englishchange directory structure and update setup.pyadd tests.py
Package: sine.properties
Briefread/write .properties file in line-oriented formatkey=valueper linethrough function.the code refers tojava.util.Propertiesin Java 1.6.Common Usagefile I/O:# inputproperties=load(file)# or update existing dictionaryload(file,properties)# outputstore(file,properties)custom input:class LineReaderread in one key-value data. It skips all comment lines,blank lines, leading whitespace, and processes multi-line data.loadSingle(string)read each piece of data given above to key-value.forlineinLineReader(file):# each key-value line has no line seperatorkey,value=loadSingle(line)# do somethingcustom output:storeComments(writable, comments, linesep=os.linesep))write comment (accept multi-line), can specify the line terminator.storeSingle(writable, key, value, sep='=', linesep=os.linesep)write one key-value, can specify the seperator and the line terminator.storeComments(file,'this is a comment')storeSingle(file,'key','value')File Formatnormally each line is comment line or a key-value pair.main features:seperate key and value by one of=,:,,\tignore whitespaces leading in a line or around=or:comment line begin with#or!escape unicode by\uxxxxescape special characters by adding\others:data line ends with\discard the line breakdifferences with Java:store method will not write datetime commentChangelogv0.1.1, 2019-2-9change to run with python3v0.1.0, 2018-6-7set up.
Package: sine-properties-estimation
Sine properties estimationEstimating sine properties from 1D array of raw dataLet say you have a noisy record of a sine, and you want to know its properties.Frequency estimation done by polynomial interpolation on fft values.Estimating amp, phase and offset using least square on trigonometric sine identity.Probably useful for DSP (signal processing) and spectral analysis.usage example:
    input:
        import numpy as np
        
        from sine_properties_estimation import calc_sine_properties

        # sine with random noise
        samples = 1000
        seconds = 10
        amp_mv = 340
        phase_rad = 2.2
        offset_mv = 60
        freq_ghz = 1.834
    
        t = np.linspace(0, seconds, samples)
        signal = amp_mv * np.sin(2 * np.pi * freq_ghz * t + phase_rad) + offset_mv + np.random.normal(0, 50, samples)
    
        estimation = calc_sine_properties(signal, seconds)
        print(f'estimated freq is {estimation.est_freq} Hz')
        print(f'estimated sine amp is {estimation.est_sine_amp}')
        estimation.print_estimation()
        
    output:
    
        estimate freq is 1.8372033171227042 Hz
        estimated sine amp is 338.5901422611014
        
               samples : 1000
         total_seocnds : 10
                  freq : 1.8372033171227042
              sine_amp : 338.5901422611014
             phase_rad : 2.0986036955592624
                offset : 63.01041660377115
        --------------------------------------------------
Package: sinethesizer
[Sine]thesizerOverviewIt is a digital synthesizer that has no GUI and is controlled through text files instead. Thus, some things might be done much faster and some things might be completely automated.The list of implemented and planned features is as follows:Balance between freedom for user and simplicity of input formatsSupport of additive synthesis, subtractive synthesis, and AM/PM synthesisSound effects (e.g., phaser, overdrive, reverb, etc)Custom envelopesNoises and drumsRich collection of presetsInstallationTo install a stable version, run:pip install sinethesizerUsageThis synthesizer converts MIDI files and special text files to WAV files with resulting audio tracks.For a MIDI file, it can be done with the following command:python-msinethesizer\-ipath/to/track.midi\-ppath/to/presets.yml\# Or -p path/to/dir_with_presets-mpath/to/midi_config.yml\-opath/to/output.wavHowever, MIDI files are binary and, therefore, quite opaque. Also, integration between them and this synth is not complete: for example, control changes are ignored and event-level effects can not be applied. Here, TSV (Tab-Separated Values) files of special schema can be used as a native and more transparent alternative to MIDI. To process such a file, run:python-msinethesizer\-ipath/to/track.tsv\-ppath/to/presets.yml\# Or -p path/to/dir_with_presets-opath/to/output.wavBelow table provides links to detailed information about input files that are required from a user.OptionDescriptionExample-i path/to/track.tsvTrack definitionScale-p path/to/presets.ymlInstruments definitionDemo instruments-m path/to/midi_config.ymlSettings of MIDI file interpretationDemo MIDI configIf something is still unclear, you can read the source code — it is structured and has built-in documentation. Also your questions are welcome.
Package: sine.threads
Examplefromsine.threadsimport*deffunc(stop_event):while1:ifstop_event.is_set():break# do your workthread=StoppableThread(target=func)thread.start()# ...thread.stop(-1)# stop and join forever# thread.stopped() == Truethread=ReStartableThread(target=func,event_name='stop_event')# can specify the parameter's namethread.start()# ...thread.stop(1)# stop and join for 1 second# ...thread.start()# ...thread.stop()thread.join()# ...Changelogv0.1.7, 2019-2-9change to run with python3v0.1.6, 2018-10-7stop() become stop(timeout=0) to join the thread for convenience
and return whether it is alive.when the event_name is not specified, it is not strict to receive
the stop event any more, and it will be added to 'args'
so it can be receive by*args'or other argumentadd: thread lockv0.1.5, 2018-9-11fix logic about join(), when directly join() without start() but stop()v0.1.4, 2018-6-7ReStartableThread support join the old thread instancefix: ReStartableThread.start always creates new instanceimprove comment and change to Englishchange directory structure and update setup.pyadd tests.py
Package: sinetstream
日本語SINETStream pythonDirectory structuresrc/Implementation of SINETStream for Pythontests/Unit testsample/Sample programplugins/broker/kafka/Kafka Plugin for SINETStreammqttMQTT Plugin for SINETStreamvalue_type/image/Plugin for handling image as messageREADME.mdBuild procedureExecute the following command to build the SINETStream TAR file.$ python3 setup.py bdist_wheel
$ cd plugins/broker/kafka
$ python3 setup.py bdist_wheel
$ cd ../mqtt
$ python3 setup.py bdist_wheel
$ cd ../../value_type/image
$ python3 setup.py bdist_wheelIf the build is successful, the following WHL file will be created../dist/sinetstream-1.1.0-py3-none-any.whl
./plugins/broker/kafka/dist/sinetstream_kafka-1.1.0-py3-none-any.whl
./plugins/broker/mqtt/dist/sinetstream_mqtt-1.1.0-py3-none-any.whl
./plugins/value_type/image/dist/sinetstream_type_image-1.1.0-py3-none-any.whlInstallYou can also use the packages registered in pypi.pip3 install --user sinetstream-kafka sinetstream-mqttIf you want to handle image as message, please install the image plugin as follows.pip3 install --user sinetstream-type-imageDependent librarieskafka-pythonmqtt client
Package: sinfo
sinfoNote the new nameThesinfopackage has changed name and is now calledsession_infoto become more discoverable and self-explanatory.
ThesinfoPyPI package will be kept around to avoid breaking old installs
and you can downgrade to 0.3.2 if you want to use it without seeing this message.
For the latest features and bug fixes,
please installsession_infoinstead.
The usage and defaults also changed slightly,
so please review the latest README athttps://gitlab.com/joelostblom/session_info.sinfooutputs version information for modules loaded in the current session,
Python, the OS, and the CPU. It is designed as a minimum measure to increase
reproducibility and provides similar information assessionInfoin R. The
name is shortened to encourage regular usage through reduced typing =)Motivationsinfois particularly useful when conducting exploratory data analysis in
Jupyter notebooks. Listing the version numbers of all loaded modules after
importing them is a simple way to ensure a minimum level of reproducibility
while requiring little additional effort. This practice is useful both when
revisiting notebooks and when sharing them with colleagues.sinfois meant to
complement more robust practices such as frozen virtual environments,
containers, and binder.Installationsinfocan be installed viapip install sinfo. It does not depend on a package
manager to find version numbers since it fetches them from the module's version
string. Its only dependency isstdlib_list, which is used to distinguish
between standard library and third party modules.Usageimportmathimportnatsortimportnumpyimportpandasfromsinfoimportsinfosinfo()Output:-----
natsort     5.3.3
numpy       1.17.3
pandas      0.25.1
sinfo       0.3.0
-----
Python 3.7.3 | packaged by conda-forge | (default, Dec  6 2019, 08:54:18) [GCC 7.3.0]
Linux-5.4.2-arch1-1-x86_64-with-arch
4 logical CPU cores
-----
Session information updated at 2019-12-14 16:14The default behavior is to only output modules not in the standard library,
which is why themathmodule is omitted above (it can be included by
specifyingstd_lib=True). To include not only the explicitly imported
modules, but also any dependencies they import internally, specifydependencies=True.
The notebook output is concealed in<details>tags by default to not take up too much visual real estate.
When called from a notebook,sinfowrites the module dependencies
to a file called to<notebook_name>-requirements.txt, which is compatible withpip install -r /path/to/requirements.txt.
See the docstring for complete parameter info.Backgroundsinfostarted as minor modifications ofpy_session, and as it grew it
became convenient to create a new package.sinfowas built with the help of
information provided in stackoverflow answers and existing similar packages,
includinghttps://github.com/fbrundu/py_sessionhttps://github.com/jrjohansson/version_informationhttps://stackoverflow.com/a/4858123/2166823https://stackoverflow.com/a/40690954/2166823https://stackoverflow.com/a/52187331/2166823
Package: sinfonia-tier3
SinfoniaManages discovery of nearby cloudlets and deployment of backends for
edge-native applications.The framework is a 3 tiered system. Tier 1 is located in the cloud and tracks
availability of the Tier 2 instances running on the edge of the network
(cloudlets) where backends can be deployed. Tier 3 is the client application
that mediates the discovery and deployment process for edge-native
applications.This repository implements an example Tier3 client which can be used both as a
command-line application and as a Python library.InstallationYou probably don't need to install this directly, most of the time it should
get installed as a dependency of whichever edge-native application is using
the Sinfonia framework to discover nearby cloudlets.But if you want to run the standalone command-line application, you can install
this with installable withpipx install sinfonia-tier3orpip install [--user] sinfonia-tier3.UsageThesinfonia-tier3application would normally be called by any edge-native
application that uses the Sinfonia framework to deploy its application specific
backend on a nearby cloudlet.The information needed by the application are the URL of a Tier1 instance
and the UUID identifying the required backend. The remainder of the arguments
consist of the actual frontend application and arguments that will be launched
in an seperate network namespace connecting back to the deployed backend.$ sinfonia-tier3 <tier1-url> <uuid> <frontend-app> <args...>An example application with UUID:00000000-0000-0000-0000-000000000000 (or the
convenient alias 'helloworld') starts an nginx server that will be accessible
with the hostname 'helloworld'.$ sinfonia-tier3 https://tier1.server.url/ helloworld /bin/sh
sinfonia$ curl -v http://helloworld/
...
sinfonia$ exitWhen the frontend application exits, the network namespace and WireGuard tunnel
are cleaned up. Any resources on the cloudlet will be automatically released
once the Sinfonia-tier2 instance notices the VPN tunnel has been idle.Installation from this source repositoryYou need a recent version ofpoetry$ pip install --user pipx
$ ~/.local/bin/pipx ensurepath
... possibly restart shell to pick up the right PATH
$ pipx install poetryAnd then use poetry to install the necessary dependencies,$ git clone https://github.com/cmusatyalab/sinfonia-tier3.git
$ cd sinfonia-tier3
$ poetry install
$ poetry run sinfonia-tier3 ...
... or
$ poetry shell
(env)$ sinfonia-tier3 ...Why do we need a sudo password when deployingActually you should not need a password ifwireguard4netnsworks correctly
But if for some reason it fails to create the tuntap device and launch
wireguard-go, the code will fall back on the oldersudoimplementation.The oldersudoimplementation uses the in-kernel Wireguard implementation and
needs root access to create and configure the WireGuard device and endpoint.
All of the code running as root is contained insrc/sinfonia_tier3/root_helper.pyIt runs the equivalent of the following.iplinkaddwg-tunneltypewireguardwgsetwg-tunnelprivate-key<private-key>peer<public-key>endpoint...iplinksetdevwg-tunnelnetns<applicationnetworknamespace>
Package: sing
Ensure a single process is running. Using lockfile and process checking.Why?Sometime you want that a process runs at most once, for example a
scheduled cron job that should always finish before starting again. That
was my case.InstallpipinstallsingExamplesNormally, at the beginning of the file, you may want to declare, that
you want to be the single instance:fromsingimportsingleassertsingle()That’s it, for most of the use case, you don’t need anything else. The
assert will fail if the lock is already taken.This uses a pid lockfile, in a temporary folder to ensure this. More on
that insing.pyYou may want to grant all the lock from the same process, in that case
you’ll need.assertsingle(allow_all_from_this_process=True)You may have different subsections, and you want to have different
locks, even if you’re on the same process, both of them will return
True:single(flavor='first')single(flavor='second')Finally, if a PID file is there, but the process died, you may want to
grant the lock. Use theensure_process_runningto check it.NotesFree software: MIT licenseDocumentation:https://python-sing.readthedocs.io.CreditsThis package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.Lot of inspiration comes frompycontribs/tendothat serves
the same purpose. I needed PID file, and allow same process grants, so I
made this package.History0.1.0 (2018-02-25)First release on PyPI.
Package: singdown
SingdownSingdown is a simple, plaintext singing syntax inspired byMarkdownwhich is designed
to be written and read easily by humans and machines. It can be
converted using included commands to an XML format suitable for input to
thesinging
modeof
the Festival Speech Synthesis System.Singdown is formed from lines separated by---. A line features
three tracks, and elements within tracks are separated by whitespace.
The first track consists of the words sung. The second track consists of
the notes, separated by commas when there are multiple notes
corresponding to a word. The third track consists of the beats, which
correspond to a global beats-per-minute specification. There is a
special line that corresponds to a rest, wherein the first and second
tracks both consist of the word “REST” and the third track corresponds
to the beat of the rest. Lines can be commented out using#at the
start of lines.setupsudoaptinstallfestivalsoxspeech-toolspipinstallsingdownexample: Daily BellThe following Singdown syntax can be saved to a fileDaisy.sd:Daisy   Daisy
F4,D4   Bb3,F3
1.0,1.0 1.0,1.0
---
Give me   your answer    do
G3   A3   Bb3  G3,Bb3    F3
0.33 0.33 0.34 0.67,0.33 1.5
---
REST
REST
0.5
---
I'm half crazy
C4  F4   D4,Bb3
1.0 1.0  1.0,1.0
---
all  for  the  love of   you
G3   A3   Bb3  C4   D4   C4
0.33 0.23 0.34 0.67 0.33 1.3
---
REST
REST
0.17
---
It   won't be   a    stylish   marriage
D4   Eb4   D4   C4   F4,D4     C4,Bb3
0.33 0.33  0.33 0.33 0.67,0.33 0.33,1.17
---
I    can't afford    a    carriage
C4   D4    Bb3,G3    Bb3  G3,F3
0.33 0.67  0.33,0.67 0.33 0.33,1.17
---
REST
REST
0.17
---
But  you'll look sweet upon      the  seat of   a    bicycle        built for  two
F3   Bb3    D4   C4    F3,Bb3    D4   C4   D4   Eb4  F4,D4,Bb3      C4    F3   Bb3
0.33 0.67   0.33 0.67  0.33,0.67 0.33 0.34 0.33 0.33 0.34,0.33,0.33 0.67  0.33 1.5
---
REST
REST
0.5The file can then be converted to an XML format suitable for Festival,
and this XML format can then be converted to WAVE using Festival:singdown_to_xml--filein=Daisy.sd--fileout=Daisy.xml--bpm=60text2wave-modesingingDaisy.xml-oDaisy.wavplayDaisy.wavA more convenient version of this for use when composing might be
something like the following:filebase="Daisy";singdown_to_xml--filein="${filebase}".sd--fileout="${filebase}".xml--bpm=60;text2wave-modesinging"${filebase}".xml-o"${filebase}".wav;play"${filebase}".wavAlternative voices can be used:text2wave-modesingingDaisy.xml-oDaisy.wav-eval"(voice_ked_diphone)"harmonyHarmonies can be created using multiple Singdown files:singdown_to_xml--fileinSpice_1.sd--fileoutSpice_1.xmlsingdown_to_xml--fileinSpice_2.sd--fileoutSpice_2.xmlsingdown_to_xml--fileinSpice_3.sd--fileoutSpice_3.xmlsingdown_to_xml--fileinSpice_4.sd--fileoutSpice_4.xmltext2wave-modesingingSpice_1.xml-oSpice_1.wavtext2wave-modesingingSpice_2.xml-oSpice_2.wavtext2wave-modesingingSpice_3.xml-oSpice_3.wavtext2wave-modesingingSpice_4.xml-oSpice_4.wavch_wave-oSpice.wav-pclongestSpice*.wav
Package: singer-runner
singer-runnerSinger Runner manages tap and target processes, as well as metrics, state, and configuration.FeaturesRun a tap or targetPass run options via CLI paramters or JSON/YAML config file.Use local file system or S3 for piping the singer stream, storing state, and storing metrics.Metric storage, piping, and state storage can be extended / customized by inheriting from the base classes.UsageRequires python 3, tested with python 3.7Installpipinstallsinger-runnerRun$singer-runnerUsage:singer-runner[OPTIONS]COMMAND[ARGS]...

Options:--helpShowthismessageandexit.

Commands:run-taprun-targetConceptsPipesPipes move a stream ofSinger messagesfrom tap to target. A pipe could be as simple as a local file, a file in S3, or Kafka.State StorageLoads/saves thestate JSON.Metrics StorageAccepts a stream ofSinger MetricsProgrammatic UsageSinger runner can be used within any python application. The primary functions are insinger_runner.runnerincluding:run_tapruns a taprun_targetruns a targetClasses in thesinger_runner.metrics,singer_runner.pipes, andsinger_runner.statecan be used as arguemnts, along with catalog/config.
Package: singer-sdk
Meltano Singer SDKThe Tap and Target SDKs are the fastest way to build custom data extractors and loaders!
Taps and targets built on the SDK are automatically compliant with theSinger Spec, the
de-facto open source standard for extract and load pipelines.Future-proof extractors and loaders, with less codeOn average, developers tell us that they write about 70% less code by using the SDK, which
makes learning the SDK a great investment. Furthermore, as new features and capabilities
are added to the SDK, your taps and targets can always take advantage of the latest
capabilities and bug fixes, simply by updating your SDK dependency to the latest version.MeltanoNot familiar with Meltano?Meltanois your CLI for ELT+ that:Starts simple: Meltano is pip-installable and comes in a prepackaged docker container, you can have your first ELT pipeline running within minutes.Has DataOps out-of-the-box: Meltano provides tools that make DataOps best practices easy to use in every project.Integrates with everything: 300+ natively supported data sources & targets, as well as additional plugins like great expectations or dbt are natively available.Is easily customizable: Meltano isn't just extensible, it's built to be extended! The Singer SDK (for Connectors) & EDK (for Meltano Components) are easy to use. Meltano Hub helps you find all of the connectors and components created across the data community.Is a mature system: Developed since 2018, runs in production at large companies like GitLab, and currently powers over a million pipeline runs monthly.Has first class ELT tooling built-in: Extract data from any data source, load into any target, use inline maps to transform on data on the fly, and test the incoming data, all in one package.If you want to get started with Meltano, we suggest you:head over to theInstallationor if you have it installed, go through theMeltano Tutorial.DocumentationSee ouronline documentationfor instructions on how
to get started with the SDK.Contributing back to the SDKFor more information on how to contribute, see ourContributors Guide.Making a new release of the SDKTrigger a version bumpusing the GitHub web UIor the cli:$ghworkflowrunTheincrement: autooption will figure out the most appropriate bump based on commit history.Follow the checklist in the PR description.Publish a new releaseusing the GitHub web UI.
Package: singer-summarize
singer-summarizeA POC Singer target that summarizes a tap's output.InstallationFrom PyPII recommend usingpipxto install this package:pipxinstallsinger-summarizeBuildBinarycargobuild-psinger_summarize--releaseThis will create a binary attarget/release/singer-summarize.Pythonmaturinbuild--releaseThis will create a Python wheel attarget/wheels/.UsageCopy the binary to yourPATH:cptarget/release/singer-summarize~/.local/binTest it with a Singer tap:$tap-exchangeratesapi-cconfig.json|singer-summarize{"streams": {"exchange_rate": {"schema": 1,"record": 100,"activate_version": 0,"batch": 0}},"state": {"count": 1,"last_seen": {"start_date": "2020-01-01",}}}
Package: singer-target-mysql
target-mysql :rocket: :boom:Asinger.iotarget implementation for MySQL. Because some of us still have to deal with a MySQL data warehouse.Under active development like there's no code a barely a roadmap for nowRoadmapMySQL connection from config file setupRecord message handlingAssert JSON structureAssert"schema"field maps internal known schemas structureInsert SQL statementsSchema message handlingAssert JSON structureCreate table if not exists SQL statementsState message handlingAssert JSON structureEmit state to stdout
Package: singgalang
sumber:HariansinggalangPython script dengan tempo yang sesingkat-singkatnya.Padangpanjang Okt 26/2021cuman pengen baca berita cepat, tanpa ribet kok.install langsung dengan pip di Termux/Androidsebelum install, gada salahnya untukupgradeversipipnya kan.biasanya kalo di termuxpip install --upgrade pipbisa juga ginipython3 -m pip install --upgrade pipinstallJohnDoe@localhost:~ pip install singgalangJohnDoe@localhost:~ singgalangSerius Ini Deskripsiskrip ini adalah kodingan `buru-buru` yang saya langsung tulis ketika melihat modulPyhn - Python Hacker Newsyang keren.skrip ini berdasarkan implementasi dasar dari modul:requestsbs4 / BeautifulSoupurwidkontribusi dalam hal apa saja, sangat di terima. demi kemajuan dan kemakmuran seluruh rakyat Indonesia.Telegram Saya