软件配置和 ECU 闪烁
软件配置和 ECU 闪烁
在此处输入摘要（不超过 75 - 150 字）。如果文本超过 75 字，请使用两个段落。此摘要版本是在完整版的功能页面上所显示的完整版摘要文本。
AUTOSAR aware Debug
Early verification of AUTOSAR embedded software is key to improving quality and accelerating software development. Developers benefit from advanced debugging capability and analysis of their AUTOSAR architectural elements in addition to industry-standard C/C++ source-level testing. Capital VSTAR Virtualizer cross-correlates the model and code and presents them in an easy to understand representation, both through its integrated debugger and analyzer.
Continuous Integration
Continuous integration is a long-held desire of automotive embedded software development teams. Since only a PC is needed, automatic regression testing is possible throughout the software development cycle. The number of tests that can be performed is limited only by the amount of computing resources available. A powerful scripting language provides complete control and automation over the development and execution of necessary test cases.
Execute Actual ECU Software
Testing a representation of the ECU software is sub-optimal during the development process. This constraint can be overcome with Capital VSTAR Virtualizer, which has the capability to integrate and test actual AUTOSAR application software. The easy inclusion of AUTOSAR basic software and associated configuration and generation tools allows developers to directly test what they will deliver in production vehicles.
Non-intrusive Trace and Debug
The ability to stimulate software and gather responses is essential for validating complex operating conditions and safety cases. Capital VSTAR Virtualizer supports verification using a powerful scripting language that uniquely provides stimulus/response without code modification or instrumentation, anywhere within the software image. This increases confidence in software quality, enabling faster development cycles.
Standard Tool Interfaces
Capital VSTAR Virtualizer fits naturally within established development processes because it can be used in the same way that actual ECU hardware is. This is achieved through standard interfaces for C/C++ software development, modeling and testing, network-based verification, diagnostics testing, and measurement and calibration.
Virtual ECU Simulation
A virtual ECU is a simulation model of the target ECU hardware, including the processor, memory, and I/O peripherals. The Capital VSTAR software can be ported to the virtual ECU and integrated into the environment, providing a ready-to-use AUTOSAR-compliant execution platform.
