The Lua configuration API provides a scriptable backend for Hyprland configuration, enabling dynamic behavior, reactive logic, and custom layout providers. It interfaces with the core compositor through a set of C++ bindings that expose Hyprland's internal state and actions to the Lua environment.
A fast data-driven router for Clojure(Script).
- Simple data-driven route syntax
- Route conflict resolution
- First-class route data
- Bi-directional routing
- Pluggable coercion (malli, schema & clojure.spec)
- Helpers for ring, http, pedestal & frontend
- Friendly Error Messages
- Extendable
- Modular
- Fast
Fluree Server wraps the fluree/db library with an HTTP API server and consensus capabilities. While fluree/db can be used directly in applications for embedded database functionality, Fluree Server provides the infrastructure needed for multi-client environments requiring consistent transaction ordering, ledger state management, and distributed consensus.
The server can run as either a consensus-participating node for transaction processing or as a query-only node for horizontal scaling. Multiple servers can form a cluster for fault tolerance and performance.
Key Features:
- High Availability: Automatic failover and work redistribution when servers join or leave
- Guaranteed Ordering: Consistent transaction processing across all nodes
- Horizontal Scaling: Add query-only nodes for read performance
- Load Distribution: Automatic workload balancing across consensus nodes
- Duplicate Prevention: Built-in transaction deduplication
APISIX API Gateway provides rich traffic management features like load balancing, dynamic upstream, canary release, circuit breaking, auth, and observability.
Die Tankerkönig-API besteht aus drei HTTP-GET-Methoden, um Tankstellen-Informationen und Preise zu holen, sowie einer HTTP-POST-Methode, mit der fehlerhafte Daten an die MTS-K gemeldet werden können.
Die API kann von einem Server (z.B. über PHP), vom Browser (via JavaScript/AJAX) oder auch per Direktaufruf der URL (ideal zum Testen) abgefragt werden. Als Datenformat wird JSON zurückgeliefert.
Aruba Central Python Package Index SDK
Aruba Central is an unified cloud-based network management and configuration platform for campus, branch, remote and data center networks. There are various needs for automation and programmability like automating repetitive tasks, configuring multiple devices, monitoring and more. This python package is to programmatically interact with Aruba Central via REST APIs.
Kea currently supports 198 commands in kea-ctrl-agent, kea-dhcp-ddns, kea-dhcp4, kea-dhcp6 daemons and cb_cmds, class_cmds, gss_tsig, high_availability, host_cache, host_cmds, lease_cmds, lease_query, perfmon, stat_cmds, subnet_cmds hook libraries.
Bmcbutler is a BMC (Baseboard Management Controller) configuration management tool that uses bmclib.
iLO automation from python or shell
HP servers come with a powerful out of band management interface called Integrated Lights out, or iLO. It has an extensive web interface and commercially available tools for centrally managing iLO devices and their servers.
But if you want to built your own tooling, integrate iLO management to your existing procedures or simply want to manage iLOs using a command-line interface, you're stuck manually creating XML files and using a perl hack HP ships called locfg.pl.
Enter python-hpilo!
Using the same XML interface as HP's own management tools, here is a python library and command-line tool that make it a lot easier to do all the above. No manual XML writing, just call functions from either python or your shell(script).
The Gateway API project is the successor to the Ingress API. However, it does not include the Ingress resource (the closest parallel is the HTTPRoute). As a result, a one-time conversion from your existing Ingress resources to the relevant Gateway API resources is necessary.
This guide will help you with the conversion. It will:
- Explain why you may want to switch to the Gateway API.
- Describe the key differences between the Ingress API and the Gateway API.
- Map Ingress features to Gateway API features.
- Show an example of an Ingress resource converted to Gateway API resources.
- Mention ingress2gateway for automatic conversion.
At the same time, it will not prepare you for a live migration or explain how to convert some implementation-specific features of your Ingress controller. Additionally, since the Ingress API only covers HTTP/HTTPS traffic, this guide does not cover the Gateway API support for other protocols.
The libvirt project:
- is a toolkit to manage virtualization platforms
- is accessible from C, Python, Perl, Go and more
- is licensed under open source licenses
- supports KVM, Hypervisor.framework, QEMU, Xen, Virtuozzo, VMWare ESX, LXC, BHyve and more
- targets Linux, FreeBSD, Windows and macOS
- is used by many applications
This API has been defined to encourage similarity between the Python modules that are used to access databases. By doing this, we hope to achieve a consistency leading to more easily understood modules, code that is generally more portable across databases, and a broader reach of database connectivity from Python.
Comments and questions about this specification may be directed to the SIG for Database Interfacing with Python.
For more information on database interfacing with Python and available packages see the Database Topic Guide.
This document describes the Python Database API Specification 2.0 and a set of common optional extensions. The previous version 1.0 version is still available as reference, in PEP 248. Package writers are encouraged to use this version of the specification as basis for new interfaces.
Your First Extension
In this topic, we'll teach you the fundamental concepts for building extensions. Make sure you have Node.js and Git installed, then install Yeoman and VS Code Extension Generator with:
Once you have learned the basics of Visual Studio Code Extension API in the Hello World sample, it's time to build some real-world extensions. While the Extension Capabilities section offers high-level overviews of what an extension can do, this section contains a list of detailed code guides and samples that explains how to use a specific VS Code API.
In each guide or sample, you can expect to find:
- Thoroughly commented source code.
- A gif or image showing the usage of the sample extension.
- Instructions for running the sample extension.
- Listing of VS Code API being used.
- Listing of Contribution Points being used.
- Real-world extensions resembling the sample.
- Explanation of API concepts.
Visual Studio Code is built with extensibility in mind. From the UI to the editing experience, almost every part of VS Code can be customized and enhanced through the Extension API. In fact, many core features of VS Code are built as extensions and use the same Extension API.
This documentation describes:
- How to build, run, debug, test, and publish an extension
- How to take advantage of VS Code's rich Extension API
- Where to find guides and code samples to help get you started
- Following our UX guidelines for best practices
Code samples are available at Microsoft/vscode-extension-samples.
#Design principles
The Azure SDK should be designed to enhance the productivity of developers connecting to Azure services. Other qualities (such as completeness, extensibility, and performance) are important but secondary.
You can configure an alarm to run a script or a command in the vSphere Web Client when the alarm is triggered.
Use the alarm environment variables to define complex scripts and attach them to multiple alarms or inventory objects. For example, you can write a script that enters the following trouble ticket information into an external system when an alarm is triggered:
- Alarm name
- Object on which the alarm was triggered
- Event that triggered the alarm
- Alarm trigger values
When you write the script, include the following environment variables in the script:
- VMWARE_ALARM_NAME
- VMWARE_ALARM_TARGET_NAME
- VMWARE_ALARM_EVENTDESCRIPTION
- VMWARE_ALARM_ALARMVALUE
You can attach the script to any alarm on any object without changing the script.
The script runs on the vCenter Server machine, and it runs even if you close the vSphere Web Client.
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