Saravanan666/pypi-org huggingface dataset:
Package: kved-finder
Kved finderA tool that allows you to find a kved tree for the specific kved.Installationpipinstallkved_finderUsageRun from terminalpython3-mkved_finder.kved_finder<kved>The results will be saved to kved_result.jsonImport as packagefromkved_finderimportkved_finderresult=kved_finder.parse_kved('01.11')ExampleExample output for kved 01.11{"name":"Вирощування зернових культур (крім рису), бобових культур і насіння олійних культур","type":"class","parent":{"name":"Вирощування однорічних і дворічних культур","type":"group","num_children":7,"parent":{"name":"Сільське господарство, мисливство та надання пов'язаних із ними послуг","type":"division","num_children":7,"parent":{"name":"Сільське господарство, лісове господарство та рибне господарство","type":"section","num_children":3}}}}
Package: kvenn
kvennCLI Tool for doing set-operations on lines of input. Each line is treated as an item in a set. Each input is treated as a set.Usageusage: kvenn [-h] [-n] [-s] [-f]
             [-o {+,-,x,d,union,difference,intersection,unique}]
             sets [sets ...]

positional arguments:
  sets                  Each file is a set and each line in the file is a
                        member of the set

optional arguments:
  -h, --help            show this help message and exit
  -n, --non-empty       non-empty values only
  -s, --strip           strip surrounding whitespace
  -f, --filter          strip and filter to non-empty
  -o {+,-,x,d,union,difference,intersection,unique}, --operation {+,-,x,d,union,difference,intersection,unique}
                        Operation to perform on the sets [-] Subtract sets
                        1...N from set 0 [+] Get the union of sets 0...N [x]
                        Get the intersection of sets 0...N [d] Symmetric
                        difference (disjunctive union). Elements from all sets
                        which are not in any others.ExamplesUnique values in a filekvenn <input>Unique values in two or more files (Also--union)kvenn <input1> <input2> <inputN>Values found in both fileskvenn <input1> <input2> --operation intersectionValues found in only one filekvenn <input1> <input2> <inputN> --operation uniqueValues found in only one filekvenn <input1> <input2> <inputN> --operation uniqueSubtract values in B (and C, D.. etc) from A. (Unique values from A)kvenn <inputA> <inputB> [<inputC>] --operation subtract
Package: kvfile
kvfileA simple Key-Value store that's file based - so can accommodate large data sets with a small memory footprint.Internally will use the fasterleveldbas a storage backend orsqlite3as fallback ifleveldbis not available.The BasicsThe API should feel familiar to anyone working with Python.
It exposesget,keysanditemsfor reading from the DB, andsetfor setting a value in the DB.InitializingimportdatetimeimportdecimalfromkvfileimportKVFilekv=KVFile()Setting valueskv.set('s','value')kv.set('i',123)kv.set('d',datetime.datetime.fromtimestamp(12325))kv.set('n',decimal.Decimal('1234.56'))kv.set('ss',set(range(10)))kv.set('o',dict(d=decimal.Decimal('1234.58'),n=datetime.datetime.fromtimestamp(12325)))Getting valuesassertkv.get('s')=='value'assertkv.get('i')==123assertkv.get('d')==datetime.datetime.fromtimestamp(12325)assertkv.get('n')==decimal.Decimal('1234.56')assertkv.get('ss')==set(range(10))assertkv.get('o')==dict(d=decimal.Decimal('1234.58'),n=datetime.datetime.fromtimestamp(12325))Listing valueskeys()anditems()methods return a generator yielding the values for efficient stream processing.The returned data is sorted ascending (by default) based on the keysassertlist(kv.keys())==['d','i','n','o','s','ss']assertlist(kv.items())==[('d',datetime.datetime.fromtimestamp(12325)),('i',123),('n',decimal.Decimal('1234.56')),('o',{'d':decimal.Decimal('1234.58'),'n':datetime.datetime.fromtimestamp(12325)}),('s','value'),('ss',{0,1,2,3,4,5,6,7,8,9})]Set thereverseargument to True for thekeys()anditems()methods to sort in descending order.Bulk inserting dataThe SQLite DB backend can be very slow when bulk inserting data. You can use the insert method to insert efficiently in bulk.kv.insert(((str(i),':{}'.format(i))foriinrange(50000)))The batch size is 1000 by default, you should modify it depending on the size of your data and available memory.kv.insert(((str(i),':{}'.format(i))foriinrange(50000)),batch_size=40000)If you are inserting data from a generator and need to use the inserted data, useinsert_generatormethod:forkey,valueinkv.insert_generator(((str(i),':{}'.format(i))foriinrange(50)),batch_size=10):print(key,value)Installing leveldbOn Debian based Linux:$apt-getinstalllibleveldb-devlibleveldb1On Alpine based Linux:$apk--repositoryhttp://dl-3.alpinelinux.org/alpine/edge/testing/--updateaddleveldbleveldb-devOn OS X:$brewinstallleveldb
Package: kvhot
kvhotAutomatically restarts the Kivy application whenever files within the project directory change.No need to typepython main.pyeach time, making a small change in the code 😄.Installationpip install kvhotDemohttps://user-images.githubusercontent.com/63696279/200531463-4ca1bbec-11e0-49ef-ad5f-b9fcc23760ba.mp4Usageusage: kvhot [-h] [--width WIDTH] [--height HEIGHT] [--top TOP] [--left LEFT] [-b BLACKLIST [BLACKLIST ...]] [-V] target_dir

Automatically restarts the Kivy application whenever files within the project's target directory change.

positional arguments:
  target_dir            directory of the entry-point (main.py) of the kivy application

options:
  -h, --help            show this help message and exit
  --width WIDTH         width of the window.
  --height HEIGHT       height of the window.
  --top TOP             top position of the window.
  --left LEFT           left position of the window.
  -b BLACKLIST [BLACKLIST ...], --blacklist BLACKLIST [BLACKLIST ...]
                        exclude specific files/dirs from being monitored.
  -V, --version         show program's version number and exit(Works on windows, linux and osx)
Package: kvix
kvixkvix provides mouseless quick actions for desktop, like Double Shift in Intellij IDEA or ctrl+shift+P in VSCode.
It can be used to quickly perform frequently used actions which are too numerous to configure hot keys for them.UsageBy default, kvix is configured to activate onCtrl+;hotkey.
kvix also runs embedded web-server on default port 23844 and can be activated bycurl -X POST http://127.0.0.1:23844/activateBuild on Linux`cd kvix && sh run pyproject pyinstaller`Build on WindowsThe procedure is awfull, sorry for that.installmsys2and open "MSYS2 MINGW64" command promptinstall `pacman -S --noconfirm python mingw-w64-x86_64-python-pip mingw-w64-x86_64-python-gobject mingw-w64-x86_64-python-cairo mingw-w64-x86_64-python-pillow'
(when installing pygobject with pacman in msys2, set pygopject version in pyproject.toml equal to actually installed, sorry for that)docd kvix; CREATE_VENV=false sh run pyinstaller(thisarticlecan be helpfull for understanding)If errors, the following can be helpful.dopacman -S mingw-w64-x86_64-pkg-config mingw-w64-x86_64-python3-cairo mingw-w64-x86_64-toolchain mingw-w64-x86_64-python-cairo gcc mingw-w64-x86_64-python-pillowIf got error somethins like this:Package glib-2.0 was not found in the pkg-config search path.
Perhaps you should add the directory containing `glib-2.0.pc'
to the PKG_CONFIG_PATH environment variablethen doPKG_CONFIG_PATH=$PKG_CONFIG_PATH:/mingw64/lib/pkgconfig:doexport SETUPTOOLS_USE_DISTUTILS=stdlibas intutorialthis tutorialpacman -S --needed --noconfirm base-devel mingw-w64-x86_64-toolchain git \
	mingw-w64-x86_64-python3 mingw-w64-x86_64-python3-cairo \
	mingw-w64-x86_64-gobject-introspection mingw-w64-x86_64-libffiDevelopmentVisual Studio Code configurationUse launch configuration.vscode/launch.json:{
	"version": "0.2.0",
	"configurations": [
		
		{
			"name": "debug kvix gui",
			"type": "python",
			"request": "launch",
			"code": "import sys; sys.path.insert(0,'./src'); import kvix.app; kvix.app.main()",
			"justMyCode": false
		}
	]
}todofix paste into selection query entry bug
folders
obsidian daily note
Read the SSL Certificate information from a remote server
save action selector query in cache
save selectors between activations
ctrl+home & ctrl+end
restart action
rename kvix.Selector.go to activate
rename kvix.Ui.destroy to stop?
rename kvix.ui.Selector.go to show
--collect-data TKinterModernThemes
if activation event fired when window already on screen, activate it and bring to foreground
fix freeze when interrupt signal received (Ctrl+C in shell)
on windows set focus when show window
https://stackoverflow.com/questions/22751100/tkinter-main-window-focus
fix new case action if clipboard is empty
hide kvix after all windows loose focus
Package: kvk
KvKKvK file handlerInstallation:$ pip install kvkKvK file example (file.kvk):<#
    class "example" ::>
        (id) -> "0"
        (available) -> "true"
    class "anotherExample" ::>
        (id) -> "1"
        (accessible) -> "true"
#>Creation of KvK object:import kvk
fileHandler = kvk.KvK('file.kvk')Read a KvK file:fileHandler.read()
# output: [{'example':{'id':'0', 'available':'true'}}, {'anotherExample':{'id':'1', 'accessible':'true'}}]Write a KvK file:fileHandler.write(content=[{'newClass':{'id':'2', 'trust':'true'}}, {'anotherNewClass':{'id':'3', 'available':'true'}}]The file content is removed and replaced with the new contentGet a class or an attribute from file:fileHandler.get(element='newClass')
# output: {'id':'2', 'trust':'true'}

fileHandler.get(element='id', className='anotherNewClass')
# output: 3Add a class:fileHandler.addClass(className='addedClass')Adds the class to the end of the fileAdd an attribute:fileHandler.addAttr(className='addedClass', attrName='addedAttribute', attrContent='first')The attributes are added at the top of the class, before the existing argumentsEdit a class:fileHandler.editClass(oldClassName='addedClass', newClassName='editedClass')Edit an attribute:fileHandler.editAttr(className='editedClass', oldAttrName='addedAttribute', newAttrName='editedAttribute', attrContent='alwaysFirst')Changing the attribute content is not requiredRemove a class:fileHandler.removeClass(className='editedClass')Removes both class and related attributesRemove an attribute:fileHandler.removeAttr(className='anotherNewClass', attrName='available')Check if empty or notfileHandler.isEmpty()
# output: False
Package: kvk-api-client
KVK API ClientThis is a Python client for the KVK API, which provides access to the Dutch Chamber of Commerce (KVK) company register.InstallationYou can install the package into your project via pip:pipinstallkvk_api_clientUSAGETo use the KVK API client, you first need to set up environment variables for the required credentials:exportKVK_HOST='https://api.kvk.nl'exportKVK_API_VERSION='api/v1'exportKVK_APIKEY_TEST='your-test-api-key'exportKVK_APIKEY_PROD='your-production-api-key'EXAMPLEBy setting the test parameter to true, you can play arround with api:https://developers.kvk.nl/documentation/testingfromkvk_api_clientimportKVK# Create a KVK API client instancekvk=KVK(test=True)KVK_NUMBER="68750110"# Call an API methodcompanies=kvk.get_companies(kvk_number=KVK_NUMBER)TESTSMake sure pytest is installed on your environmentpython3-mpytestKVK API Asycn Clientimportasynciofromkvk_api_clientimportAsyncKVKKVK_NUMBER="68750110"asyncdefget_basis_profiel():asyncwithAsyncKVK(test=True)askvk:profiel=awaitkvk.get_basis_profiel(KVK_NUMBER)print(awaitprofiel.json())asyncio.run(get_basis_profiel())RepoKVK WRAPPER
Package: kvm
This module aims to manage KVM hypervisors. For this it use theunix modulewhich allow to manage
Unix-like systems, both locally and remotely, in the same by overloading class
instances. This module is just a wrapper to thevirshcommand. It parse
outputs of thevirshcommand (both XML and text). Commands are grouped in
childs objects accessible via properties.InstallationThis module is compatible with python2.7 and python 3.*. The module is
onPyPiso you can use thepipcommand for installing it.For example, to usekvmin a virtualenv:$virtualenvenv/--prompt"(myprog)"$../env/bin/activate(myprog)$pipinstallkvmOtherwise sources are on github:https://github.com/fmenabe/python-kvmUsageYou need to import the necessary classes fromunixmodule. An hypervisor is
represented by theHypervisorobject and must wrap an object of typeunix.Localorunix.Remote. It theorically support any Unix system, but
disks manipulations neednbdmodule to be loaded so it is better to use anunix.linux.Linuxhost.>>>fromuniximportLocal,Remote,UnixError>>>fromunix.linuximportLinux>>>importkvm>>>importjson>>>localhost=kvm.Hypervisor(Linux(Local()))>>>localhost.hypervisor.nodeinfo(){'nb_cpu':1,'nb_threads_per_core':2,'memory':16331936,'numa_cells':1,'cpu_model':'x86_64','nb_cores_per_cpu':4,'nb_cores':8,'cpu_freq':1340}>>>localhost.list_domains(all=True){'guest1':{'id':-1,'state':'shut off'}}{'guest2':{'id':1,'state':'running'}}>>>localhost.domain.start('guest1')# Wait a few seconds for the domain to start.>>>localhost.domain.state('guest1')'running'>>>localhost.domain.id('guest1')2>>>print(json.dumps(localhost.domain.conf('guest1'),indent=2))# json is use for pretty printing the dictionnary containing the# configuration.{"@type":"kvm","name":"guest1","uuid":"ed68d942-5d4b-7bba-4d74-7d44d73779d3","memory":{"@unit":"KiB","#text":"2097152"},...}>>>localhost.list_networks(){'default':{'autostart':True,'persistent':True,'state':'active'}}>>>host=Remote()>>>host.connect('hypervisor1')>>>host=kvm.Hypervisor(Linux(host))>>>host.hypervisor.nodeinfo(){'cores_per_socket':12,'cpu_frequency':'2200 MHz','cpu_model':'x86_64','cpu_sockets':2,'cpus':24,'memory_size':'98974432 kB','numa_cells':1,'threads_per_core':1}>>>host.list_domains(all=True){'guest1':{'id':1,'state':'running'}}{'guest2':{'id':2,'state':'running'}}>>>host.domain.shutdown('guest2')# Wait for the domain to stop.>>>host.domain.state('guest1')'shut off'# Using the context manager for the connecion.>>>fromunix.linuxaslinux,kvm>>>withlinux.connect('hypervisor1')ashost:...host=kvm.Hypervisor(host)...host.hypervisor.node_info()
Package: kvminstall
Python CLI helper for virt-install(1)InstallationUse pip to install.:pip install kvminstallThis will automatically install the utility into your PATH.Usageusage: kvminstall [-h] [-c CLONE] [-i IMAGE] [-v VCPUS] [-r RAM] [-d DISK]
                      [-D DOMAIN] [-N NETWORK] [--type TYPE]
                      [--variant VARIANT] [-f CONFIGFILE]
                      name

positional arguments:
  name                  name of the new virtual machine

optional arguments:
  -h, --help            show this help message and exit
  -c CLONE, --clone CLONE
                        name of the source logical volume to be cloned
  -i IMAGE, --image IMAGE
                        image file to duplicate
  -v VCPUS, --vcpus VCPUS
                        number of virtual CPUs
  -r RAM, --ram RAM     amount of RAM in MB
  -d DISK, --disk DISK  disk size in GB
  -D DOMAIN, --domain DOMAIN
                        domainname for dhcp / dnsmasq
  -N NETWORK, --network NETWORK
                        libvirt network
  --type TYPE           os type, i.e., linux
  --variant VARIANT     os variant, i.e., rhel7
  -f CONFIGFILE, --configfile CONFIGFILE
                        specify an alternate config file, default=~/.config
                    /kvm-install/config.yamlExampleAssume that you have a pre-built base image with an LVM backend in the libvirt_lvm VG.:kvminstall -c /dev/libvirt_lvm/rhel71base examplevm
Package: kvpio-python
kvp.iois a micro-service designed to empower
automation, in any cloud, in any data-center, with ease.kvp.io-pythonThe python library and cli forkvp.io.InstallationRequiresrequestsandclick.pip installkvpio-pythonTestsRequirespytestandpytest-cov.py.test--cov-reportterm--cov=kvpioCLI DocumentationThe cli is a simple utility suitable for use by itself or in an automation
pipeline. See the examples section below or get usage help by running:kvpio--helpTo be useful, your API key must be provided via one of the following:as an environment variable nameKVPIO_APIKEYas a single line in the file~/.kvpioAPI DocumentationSeekvp.io-pythonfor the API
docs. See the examples section below for more.CLI ExamplesHere are a few examples to get you familiar with the cli.Basic bucket usage:$exportKVPIO_APIKEY=<yourapikeyhere>$kvpiobucketsetfoobar$kvpiobucketgetfoobarBucket with nested data:$kvpiobucketsetfoo'{"bar": {"baz": 123}}'$kvpiobucketgetfoo/bar/baz123Basic template usage:$kvpiotemplatesetfoo'baz is equal to {{ foo.bar.baz }}'$kvpiotemplategetfoobazisequalto123Get account information:$kvpioaccount{"id":"kvp.io","email":"support@kvp.io","reads":87,"size":124}API ExamplesHere are a few examples to get you familiar with the API.Accessing account information:importkvpiokvpio.api_key='123abc'account=kvpio.Account().get()# {"id": "kvp.io", "email": "support@kvp.io", "reads": 87, "size": 124}Writing to your bucket:data={'foo':123,'bar':True,'baz':{'boo':321,'far':False,'faz':[1,2,3]}}bucket=kvpio.Bucket()bucket.set('my_key',data)Reading nested data from your bucket:data=bucket.get('my_key/baz/faz')# [1, 2, 3]
Package: kvrocks-scan
起因kvrocks的迭代命令(scan/sscan/zscan/hscan)返回的光标是字符串类型，而redis的光标是整数类型。 python的redis会将光标强制成int返回，所以会出现问题。使用方法导入即可。import redis
import kvrocks_scan
kvrocks_instance = redis.StrictRedis(host="127.0.0.1",port=6379,db=0);

for k in kvrocks_instance.scan_iter():
	print(k);
Package: kvs3
kvs3kvs3 is a tool for managing environment configuration values. It is intended for use with aws environments and uses an s3bucket as a general key/value store.Installing$pipinstallkvs3Authenticatingkvs3assumes running in an environment with an authenticated AWS user which has the appropriate permission to read/writevalues to an s3 bucket used as the key/value store. Uses boto3 authentication method hierarchy in attempting aws access.Setting up s3Any s3 bucket can be used, but recommend configuring a bucket with versioning and server-side encryption. Kvs3 will usethe following sources (in order) to determine the s3 bucket name:--bucketflag included in parametersshell Environment varKVS3_BUCKETRun$ kvs3 initand provide bucket name. Written to .kvs3 file used bykvs3to find bucketUsageWriting Keys$kvs3write<service><key><value|->This command will write a value to a key in s3 under the service path.Example:$kvs3--bucketmy-key-value-storewritemy-app-envmin-nodes3Will create an object in the s3 bucket namedmy-key-value-storewith the namemy-app-env/min-nodesand the contents3.Listing Keys$kvs3list<service>
KEYSIZEMODIFIED
min-nodes32019-06-2723:37:48
max-nodes102019-06-3023:28:52listwill show the key names for a given service, along with other the size in bytes of the value and the date whenthe key was last modified.Reading Keys$kvs3read<service><key>`read` outputs the value of a single configuration key.Setting shell environment with multiple key valuesThe setenv command is used as part of a deployment pipeline to setup runtime environment variables for use in adeployment pipeline. Create akeyfilewith a simple list of key values, such as:$cat<<EOF > env.varsMIN_NODES
MAX_NODES
DOCKER_REGISTRYNow, use setenv to create the output used bybash sourceto define Environment variables.$kvs3setenvmy-app-envenv.vars>local.envResults in local.env containing the following example contents:# source my-app-env environment configexportMIN_NODES=3exportMAX_NODES=5exportDOCKER_REGISTRY=quay.ioThis file can be used$source local.envin a linux environment to create the environment configuration values usedby a deployment pipeline.
Package: kvsh
kvsh, a command-line key-value store for the shellCross-shell persistenceEasy UI, with tab completionkvfor quick operations$kvhelloworld
$kvhello
worldkvvfor advanced functionality$kvhelloworld
$kvfoofood
$kvbarbartender
$kvvenv# Print key=value iff key is a valid environment variable namehello=worldfoo=foodbar=bartender
$kvvremovehello
$kvvenvhello=world
$kvvclearInstallationRecommended installation withpipx:pipxinstallkvshTab completion withargcomplete:pipxinstallargcompleteeval"$(register-python-argcompletekv)"eval"$(register-python-argcompletekvv)"
Package: kvsparser
kvsparserA Python module for parsing real-timeAWS Kinesis Video Streams.UsagefromkvsparserimportParser...forfragmentinParser(media):print(fragment.__class__,"Frames",len(fragment.images),"Tags",fragment.tags)kvsparser.Parser(media)Parametersmedia - The boto3 KinesisVideoMediaget_media response object.ReturnsIterator[kvsparser.Fragment]kvsparser.Fragmenttags(Dict) SimpleTag elements fromebmlite.MatroskaDocument.AWS_KINESISVIDEO_FRAGMENT_NUMBERNumber ID of the segmented video fragment.AWS_KINESISVIDEO_SERVER_TIMESTAMPServer timestamp of the segmented video fragment.AWS_KINESISVIDEO_PRODUCER_TIMESTAMPProducer timestamp of the segmented video fragment.images(List[numpy.ndarray]) Frames from the segmented video fragment as a ndimage.LicenseSee the LICENSE file.This package is licensed under the MIT No Attribution License and is a derivative of
"Amazon Kinesis Video Streams Consumer Library For Python"
by Dean Colcott, used under MIT-0.
Package: kvstore
PurposeThe objective of this module is to provide a common API to different KeyValue stores
like consul, etcd or zookeeper.Usage examplesBasic usage examples:import kvstore
kv = kvstore.Client()
kv.set(key, value)
kv.get(key)
kv.recurse(key)
kv.delete(key)
kv.delete(key, recursive=True)
kv.index(key, recursive=True)
kv.get(key, wait=True, index=index, wait='10m')
kv.recurse(key, wait=True, index=index, wait='10m')
Package: kv-to-kube
kv-to-kubeSyncs Azure Key Vault Secrets with akube_secret_namelabel to Kubernetes Secrets.InstallationVia Kustomize/Flux for KubernetesInstallation via Kustomize/Flux 2.0 is the recommended installation approach for kv-to-kube, note this requiresAzure Workload Identityto be setup and working along with the respective OIDC Federated Credentials.Create akustomize.yamlfile with the following content, being sure to replacekeyvault-name,excluded-namespaces, andazure.workload.identity/client-idwith your desired values:resources:-github.com/cpressland/kv-to-kube/deploypatches:-target:kind:CronJobpatch:|- op: replacepath: /spec/jobTemplate/spec/template/spec/containers/0/commandvalue:- kv-to-kube- --keyvault-name=my-keyvault- --excluded-namespaces=kube-system-target:kind:ServiceAccountpatch:|- op: replacepath: /metadata/annotations/azure.workload.identity~1client-idvalue: 5d4017fa-3f60-4fcb-a15c-2ffbd8081807Apply this to your cluster withkubectl apply -k .or using Flux 2.0.Via PipxPipx is the recommended installation method for running locally, outside of Kubernetes, note this requiresazure-clito be installed and working.pipx install kv-to-kubeUsageOnce the application is installed either locally or in your cluster, simply create or update secrets within your Key Vault to match the following spec:{"postgres_user":"lunalux","postgres_pass":"asmr","postgres_host":"katherina.postgres.database.azure.com"}with a tag of:{"kube_secret_name": "azure-postgres"}This will create a Kubernetes Secret in all namespaces, as follows:{"apiVersion":"v1","kind":"Secret","metadata":{"name":"azure-postgres","namespace":"default",},"data":{"postgres_host":"a2F0aGVyaW5hLnBvc3RncmVzLmRhdGFiYXNlLmF6dXJlLmNvbQ==","postgres_pass":"YXNtcg==","postgres_user":"bHVuYWx1eA=="},"type":"Opaque"}FAQsQ: What would I use this for?
A: I use it with Terraform. During the creation of something like a Postgres Server we store the connection details in Azure Key Vault, AKS then useskv-to-kubeto syncronise those secrets so they can be used in a Pods environment variables.Q: Why does this delete and re-create secrets instead of updating them?
A: I couldn't find an elegant way to perform this operation with thekr8slibrary. I've opened an issuehere, should that get a satifactory resolution I'll change this to update and provide an annotation on the secret for the last updated time. Because of this, I wouldn't recommend using this for secrets that require mounting as a volume. But if thats your use case, you should probably be using aSecrets Store CSI Driver