Open Source Linux Frameworks - Page 57

A light client C/S framework in pike. AWL based on MCS ( mcs.sourceforge.net ). You need to download MCS and extract the files to the same place of AWL You can use GWT-style widget, and GWT is the only front-end by now. You can impliment your own front-end. Command-line-style or lambda-style request handler, Input data of TEXTBOX will be sent back as a argument of command line.

Chalice is a Python microframework for writing and deploying serverless applications on AWS with minimal ceremony. You define routes, event handlers, and background tasks in plain Python, and Chalice turns them into AWS Lambda functions wired to API Gateway, Amazon EventBridge schedulers, S3/SNS/SQS triggers, and more. A single command builds your app, bundles dependencies, generates infrastructure templates, and deploys to your account with sensible defaults. The framework includes local development tools so you can iterate on HTTP routes and inspect logs before shipping to the cloud. It also manages per-stage configuration, environment variables, IAM permissions scaffolding, and packaging optimizations to keep cold starts small. While it’s intentionally lightweight, it supports common production needs like CORS, custom authorizers, binary responses, and fine-grained IAM so you can grow from prototype to production without rewriting your stack.

The AWS Cloud Development Kit (AWS CDK) is an open source software development framework to define your cloud application resources using familiar programming languages. Provisioning cloud applications can be a challenging process that requires you to perform manual actions, write custom scripts, maintain templates, or learn domain-specific languages. AWS CDK uses the familiarity and expressive power of programming languages for modeling your applications. It provides you with high-level components called constructs that preconfigure cloud resources with proven defaults, so you can build cloud applications without needing to be an expert. AWS CDK provisions your resources in a safe, repeatable manner through AWS CloudFormation. It also enables you to compose and share your own custom constructs that incorporate your organization's requirements, helping you start new projects faster.

Managing connected devices involves multiple phases of a device's lifecycle. The phases a typical connected device goes through are : manufacturing, onboarding, operations, support and analytics. In each of these phases, a unique set of capabilities are required. The AWS Connected Device Framework (CDF) encompasses a set of modular micro-services (referred to simply as modules) to cater to connected devices in each of their lifecycle phases. The framework is particularly well suited for enterprise use cases that require product definition, onboarding and managing a diverse ecosystem of connected devices. If deploying to a production environment, always ensure you are checking out one of the release tags rather than checking out the main branch. This will ensure you do not inadvertently deploy a new version of the framework without testing it first.

The Device Defender library enables you to send device metrics to the AWS IoT Device Defender Service. This library also supports custom metrics, a feature that helps you monitor operational health metrics that are unique to your fleet or use case. For example, you can define a new metric to monitor the memory usage or CPU usage on your devices. This library has no dependencies on any additional libraries other than the standard C library, and therefore, can be used with any MQTT client library. This library is distributed under the MIT Open Source License. This library has gone through code quality checks including verification that no function has a GNU Complexity score over 8, and checks against deviations from mandatory rules in the MISRA coding standard. Deviations from the MISRA C:2012 guidelines are documented under MISRA Deviations. This library has also undergone static code analysis using Coverity static analysis.

The AWS Serverless Application Model (SAM) is an open-source framework for building serverless applications. It provides shorthand syntax to express functions, APIs, databases, and event source mappings. With just a few lines per resource, you can define the application you want and model it using YAML. During deployment, SAM transforms and expands the SAM syntax into AWS CloudFormation syntax, enabling you to build serverless applications faster. To get started with building SAM-based applications, use the AWS SAM CLI. SAM CLI provides a Lambda-like execution environment that lets you locally build, test, and debug applications defined by SAM templates or through the AWS Cloud Development Kit (CDK). You can also use the SAM CLI to deploy your applications to AWS. SAM and SAM CLI are open-sourced under the Apache 2.0 license. You can contribute new features and enhancements to SAM on GitHub or SAM CLI on GitHub.

The AWS SigV4 Library is a standalone library for generating authorization headers and signatures according to the specifications of the Signature Version 4 signing process. Authorization headers are required for authentication when sending HTTP requests to AWS. This library can optionally be used by applications sending direct HTTP requests to AWS services requiring SigV4 authentication. This library has no dependencies on any additional libraries other than the standard C library. This library is distributed under the MIT Open Source License. This library has gone through code quality checks including verification that no function has a GNU Complexity score over 8, and checks against deviations from mandatory rules in the MISRA coding standard. Deviations from the MISRA C:2012 guidelines are documented under MISRA Deviations. This library has also undergone static code analysis using Coverity static analysis, and validation of memory safety through the CBMC automated reasoning tool.

The DBC framework uses reflection to inspect a type, it then generates source for a proxy object containing checks on predicates in attributes attached to members of the type. Proxy code is compiled into an in-mem assembly used to enforce DBC rules.

This is a library that helps software that uses Abase not spread all over the system. This helps to distribute software without installation and make it easy for a user to keep software organized. Then it can be used in "portableOS" flash drives.

Abbot for SWT is a Java framework that lets you more easily write JUnit tests that target Eclipse-based SWT/JFace UI. It also supports the Eclipse GEF & GMF graphical editing frameworks and has some support for WTP (web tools project) UI.

gts-abcdef is a NetBeans Module Suite project harness, useful for templating some NetBeans Platform module suite applications with a set of common branding and initialization infrastructure. Add this to your new module suite application project.

Database server abstraction layer for PHP. Interact with database server without writing single line of SQL. Makes easy and stable dynamic SQL generation. Now supports MySQL. Video Tutorial: http://www.youtube.com/watch?v=ZzYvgiS_p4o

Helper library for adding easy template support to your php applications. Templates files are plane php files. And ATRenderer class provides you tools for sending variables to template file, execution and to HTML rendering.

A framework for abstract access to CM / SCM / SCCM / ALM systems (Bugzilla, ClearCase, Mantis, StarTeam, etc.). The project offers one SDK for Bugzilla, ClearCase, Mantis, StarTeam, etc.

This is a Framework powered by PHP & Smarty. Abyss gives you the maximum freedom and the minimal restrictions, makes the way of construct your site as easy as possible. It's NOTHING but it could be ANYTHING!

Simple web application using Spring 2.0 and Hibernate 3.0. A new version of this project which will show how to develop an application using Spring 3.1 and Hibernate will be published soon. Also the new version will show how to develop multiple interfaces for an application (web and command line) . For more informations please access http://www.ixtendo.com

AceLogger is a new approach to logging frameworks. It provides multiple appenders, with it's own configuration (like formatters, filters and so on) and the possibility to target multiple sources to a given appender.

AcmeOX es un software que demuestra el potencial que tiene OpenXava como framework de desarrollo de aplicaciones java bajo el estandar jsr-168. Permite administrar contratos, sus productos, facturas y clientes.

This project provides a model that represents measures as first class objects, that is, an object that encapsulates a number with its unit. Measures are polimorphic with numbers, intervals and magnitudes.

Acorn is a PHP-based framework to ease the creation of websites in PHP while maintaining proper separation of concerns.

Action-driven component-oriented web application framework based on Model-View-Controller (MVC) architecture. Goals: minimum complexity & dependency on the framework API, maximum power, reliability and conformance to common standards.

In two words, Active is to eat the beans. In three, Active is JavaBeans for application : how an application can know herself, how beans can form an application.

ActiveRules Social Site Application Server

Actor framework for Rust. Actix uses the Tokio runtime. System::new() creates a new event loop. System.run() starts the Tokio event loop, and will finish once the System actor receives the SystemExit message. Spawning a new actor is achieved via the start and create methods of the Actor trait. It provides several different ways of creating actors; for details, check the docs. You can implement the started, stopping and stop methods of the Actor trait. started gets called when the actor starts and stops when the actor finishes. Check the API docs for more information on the actor lifecycle. An Actor communicates with another Actor by sending messages. In actix all messages are typed. Let's define a simple Sum message with two usize parameters and an actor which will accept this message and return the sum of those two numbers. Here we use the #[actix::main] attribute as an easier way to start our System and drive our main function.

AdaptiveCells J2EE generates test-beds for benchmarking J2EE performance. They consists of highly customizable EJB cells that can emulate CPU load, memory usage, memory leaks and exceptions. The behaviour of the cells is coordinated from a web front-end.