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所在平台: Udemy |
课程主页: https://www.udemy.com/course/demo-capl-programming/
课程评论：没有评论
**课程名称：** Demo CAPL 编程 **课程概述：** 本课程将指导您如何安装 CANoe 演示工具，并演示如何编写 CAPL 程序。课程重点介绍了 CAPL 程序的概念、结构、事件驱动的执行机制以及常用的数据类型。 **CAPL 简介：** CAPL（Communication Access Programming Language）是 Vector 测试工具链中使用的一种编程语言。它是一种类 C 的过程式语言，允许您为 CANalyzer 或 CANoe 仿真器开发强大的自定义应用。 **核心概念：** * **事件驱动：** CAPL 程序由事件触发执行。程序块（称为事件过程）会在特定事件发生时执行。 * **事件过程：** 例如，“on key”（按键）、“on message”（消息接收）或“on timer”（定时器）。 * **数据类型：** CAPL 支持多种数据类型，包括整数（dword, long, word, int, byte, char）和浮点数（float, double）。 **CAPL 的应用：** CAPL 可用于创建： * 模拟网络节点 * 测量和分析组件 * 测试模块 **学习目标：** 完成本课程后，您将能够： * 安装和配置 CANoe 演示工具。 * 理解 CAPL 的基本语法和结构。 * 编写简单的 CAPL 程序来响应事件。 * 利用 CAPL 增强 CANoe 仿真器的功能。 **重要提示：** 课程附带 CAPL 程序示例和相关问题，供学习者参考和实践。
How to install Canoe demo tool and write CAPL programs are explained. The capl programs and questions are attached kindly go through them. CAPL is a procedural language whereby the execution of program blocks is con-trolled by events. These program blocks are known as event procedure. Data types available for variables include integers (dword, long, word, int, byte, char), floating point numbers (float and double).CAPL is an acronym for Communication Access Programming Language, which is a programming language used in Vector testing tools chain. It is used to create:Simulation network nodesMeasurement, analysis componentsTesting modulesCAPL:CAN Access Programming LanguageCAPL Programming:The CAN Access Programming Language CAPL is a C-like programming language,which allows you to program CANoe for individual applications.Introduction to CAPL:CAPL, the CAN Access Programming Language, allows you to quickly develop code that makes CANalyzer or CANoe simulations more powerful.CAPL is a procedural language whereby the execution of program blocks is con-trolled by events. These program blocks are known as event procedures.The program code that you define in event procedures is executed when the event occurs.For example, you can send a message on the bus in response to a key press (on key), track the occurrence of messages on the bus (on message), or execute certain actions cyclically (on timer).
