Used REID ASHMAN OMASL #9042909 for sale

REID ASHMAN OMASL is a Final Test Equipment that is used for developing and verifying embedded software. It is an automated test and development system for embedded software composed of a web-based user interface, a collection of software tools, and a library of scripts and models. The unit supports a wide range of ARM Cortex-M microcontrollers from the M0 to the M7. The machine also supports other microcontrollers such as RISC-V, STM32, and TI Cortex-M from the M4 to the M7. The goal of the tool is to simplify the development process by providing an easy to use interface. The asset has been designed to reduce the time for developing and verifying embedded software. It automates the process of setting up a test environment, generating test code, and then running the code on an actual processor. It also includes an intuitive graphical user interface that allows users to quickly identify potential problems with the code as it is tested. The model is composed of three distinct sections each with its own set of tools. The first section, called the Modeling section, contains a library of scripts and models that can be used to create the final test equipment. The second section, called the Source Code Generation section, provides tools for automatically generating source code from the models. The third section, called the Real-Time Testing and Debugging section, provides tools for running the generated source code on a real-time processor. The system includes built-in tutorials and documentation that allow users to quickly learn the features of each section. Additionally, the unit provides real-time debugging insight into the behavior of the program under test. Furthermore, the machine has a model-based coverage tool that helps developers identify areas where additional testing is needed. The tool also has an integrated API for executing test programs against real processors. Overall, REID ASHMAN OM-ASL Final Test Asset is an automated model designed to speed up the development and verification of embedded software. It simplifies the entire development process and includes features such as source code generation, real-time debugging, and model-based coverage checking. The equipment provides a comprehensive set of tools that allow users to quickly identify potential problems with the code while running in real-time on a processor.