Open Source C Software Development Software - Page 60

This library is intended to simplify programming AVR microcontrollers. It provides an API with methods for configuring and interacting with the AVR internal peripherals.

monitor software for InSystemDebugging of programs running in an AVR target, using gdb/ddd, under linux, with a simple, low cost interface, which can be used for InSystem or standalone Programming as well.

AVR microcontroller burning utility

A macro library for the AVR microcontroller (www.atmel.com).

This is a programmer software+hardware+firmware for Atmel AVR family (and more), using USB connection.

The C runtime library for the AVR32 family of microprocessors from Atmel. For use with the GNU toolset (Binutils, GCC, GDB, etc.)

AVRS performs spatial 3D-sound processing allowing the arbitrary placement of sound source in auditory space. The main goal is to develop a genuine experimental flexible platform, that runs in a general-purpose architecture computer (standard hardware and software).

AVRsimu is a simulator for Atmel AVR microcontrollers. It has a command line interface, graphical interfaces may follow. AVRsimu aims to be small and portable.

The AWS Encryption SDK for C is a client-side encryption library designed to make it easy for everyone to encrypt and decrypt data using industry standards and best practices. It uses a data format compatible with the AWS Encryption SDKs in other languages. For more information on the AWS Encryption SDKs in all languages, see the Developer Guide. We will demonstrate some simple build recipes for Linux, Mac, and Windows operating systems. These recipes assume a newly installed system with default installs of dependency packages. The Windows instructions install everything in your current directory (where you run the build process). The AWS Encryption SDK for C can be used with AWS KMS, but it is not required. For best results when doing a build with AWS KMS integration, do not install aws-c-common directly. Build and install the AWS SDK for C++, which will build and install aws-c-common for you (see the C++ SDK dependencies here).

The AWS Greengrass Core SDK for C provides an interface to interact with the Greengrass Core system on the edge. It is c89 compliant and is meant to be performant while minimizing dependencies. The build will produce a shared object named libaws-greengrass-core-sdk-c.so under the build/aws-Greengrass-core-sdk-c directory. This is the shared object that the Lambda executable links to. The shared object is a stub implementation that helps Lambda executables to link against. It will be overridden by the actual shared object that comes with the Greengrass Core release bundle. The -Wl,--enable-new-dtags flag is needed for adding the Greengrass C SDK shared object path into the Lambda executable's RUNPATH, so that the stub shared object can be overridden by the libaws-greengrass-core-sdk-c.so which comes along with the Greengrass Core Release bundle. It is automatically included when linking to the aws-greengrass-core-sdk-c.

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 IoT Device Shadow library enables you to store and retrieve the current state (the “shadow”) of every registered device. The device’s shadow is a persistent, virtual representation of your device that you can interact with from AWS IoT Core even if the device is offline. The device state is captured as its “shadow” within a JSON document. The device can send commands over MQTT to get, update and delete its latest state as well as receive notifications over MQTT about changes in its state. Each device’s shadow is uniquely identified by the name of the corresponding “thing”, a representation of a specific device or logical entity on the AWS Cloud. See Managing Devices with AWS IoT for more information on IoT "thing". More details about AWS IoT Device Shadow can be found in AWS IoT documentation. This library is distributed under the MIT Open Source License.

The AWS IoT Jobs library helps you notify connected IoT devices of a pending Job. A Job can be used to manage your fleet of devices, update firmware and security certificates on your devices, or perform administrative tasks such as restarting devices and performing diagnostics. It interacts with the AWS IoT Jobs service using MQTT, a lightweight publish-subscribe protocol. This library provides a convenience API to compose and recognize the MQTT topic strings used by the Jobs service. The library is written in C compliant with ISO C90 and MISRA C:2012, and 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 both static code analysis from Coverity.

The OTA library enables you to manage the notification of a newly available update, download the update, and perform cryptographic verification of the firmware update. Using the library, you can logically separate firmware updates from the application running on your devices. The OTA library can share a network connection with the application, saving memory in resource-constrained devices. In addition, the OTA library lets you define application-specific logic for testing, committing, or rolling back a firmware update. The library supports different application protocols like Message Queuing Telemetry Transport (MQTT) and Hypertext Transfer Protocol (HTTP), and provides various configuration options you can fine-tune depending on network type and conditions. 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.

This repo provides a C API for AWS Nitro Enclaves, including a KMS SDK that integrates it with attestation. The simplest way to use this SDK is by using one of the available containers as a base. Note that this SDK is currently not supported on Windows. Only the client-side sample application (kmstool_instance) is supported on Windows. If you discover a potential security issue in the Nitro Enclaves SDK for C, we ask that you notify AWS Security via our vulnerability reporting page.

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.

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.

The Abstract Large File (ALF) project is a portable library for writing files that can be larger than 2GB or contain holes on systems that don't natively support one or both properties.

Abuild is no longer being maintained. In the years since its creation, better options have emerged. Even so.... Abuild is a scalable build system that applies Object-Oriented principles to the build problem. It is powerful and flexible and helps ensure build integrity while simplifying the user's view of the build. A thorough user's manual is included.

AceUnit (Advanced C and Embedded Unit): a comfortable C code unit test framework. AceUnit is JUnit 4.x style, easy, modular and flexible. AceUnit can be used in resource constraint environments, e.g. embedded software development.

POSIX Application Web Server which supports dynamic parsing, compiling and loading. PLEASE NOTE: If you're downloading the xmms plugin, you will need the acp-0.2 release as well and this needs to be installed first.

Adapt is data conversion language developped in 1984 by Norman W. Molhant and Christophe Dupriez. It has been used in many circumstances, it translated itself in many programming environment and it should evolve now toward modern environments like Java.

Adaptive Simulated Annealing (ASA) is a C-language code that finds the best global fit of a nonlinear cost-function over a D-dimensional space. ASA has over 100 OPTIONS to provide robust tuning over many classes of nonlinear stochastic systems.

Advance_PCT is a pre-processing technique, that simplifies the complex boolean expression present in a C program. It identifies the boolean expression and creates equivalent conditional branches with an empty body. These additional statements along with original program supplied into test executor to improve test data. It ensures that each atomic conditions have been invoked at least once true and once false. It is done to achieve higher MC/DC, because according to the definition of MC/DC it is required to achieve 100% condition coverage, which was not possible due to short-circuit evaluation by the compiler, due to which MC/DC was low and inadequate. This code transformation technique resolves the problem. It has applied Quince-McCluskey simplification technique to resolve complexness of predicate and then applying the method of inserting empty nested if-else conditional statements.

This project will provide a library for using the AES round 3 cipher candidates (Mars, RC6, Rijndael, Serpent, and Twofish) in an easy to use API. Support for MD5, SHA.