Visão Geral

O Curso CAPL Programming Language é um programa especializado desenvolvido para oferecer aos participantes uma compreensão abrangente da linguagem de programação de acesso CAN (CAPL). A CAPL é uma poderosa linguagem de script usada no desenvolvimento e teste de sistemas CAN (Controller Area Network) e outros protocolos de comunicação automotiva. É uma linguagem derivada da linguagem C. Este Curso CAPL Programming Language tem como objetivo equipar os alunos com as habilidades e o conhecimento para projetar, simular e automatizar cenários de teste complexos para sistemas baseados em CAN. Por meio de uma combinação de aulas teóricas, sessões práticas de laboratório e projetos práticos, os alunos se tornarão proficientes em programação CAPL e adquirirão a capacidade de desenvolver ambientes sofisticados de simulação e teste de CAN.

Objetivo

Após realizar este Curso CAPL Programming Language você será capaz de:

• Compreender os fundamentos do CAPL: Apresentar aos alunos os fundamentos da programação CAPL, incluindo sintaxe, tipos de dados, variáveis e funções.
• Dominar a criação de scripts CAPL para comunicação CAN: Aprenda a criar scripts CAPL para simular e emular cenários de comunicação CAN.
• Explore as funções e bibliotecas CAPL: Estude as funções CAPL, os manipuladores de eventos e as bibliotecas usadas para simulações complexas e automação de testes.
• Trabalhar com a manipulação de dados CAPL: Entenda as técnicas para trabalhar com sinais, mensagens e bancos de dados em scripts CAPL.
• Automatizar cenários de teste: Desenvolver scripts CAPL para automatizar cenários de teste e realizar a validação de sistemas baseados em CAN.
• Implementar conceitos avançados de CAPL: Explore conceitos avançados de CAPL, incluindo temporizadores, blocos de medição e interação com ferramentas externas.
• Envolver-se em projetos CAPL do mundo real: Trabalhe em projetos práticos que envolvam o design e a execução de simulações complexas baseadas em CAPL.
• CAPL (CAN Access Programming Language) é uma linguagem de programação procedural usada para simular redes CAN (Controller Area Network). Ela é comumente usada em aplicações automotivas e industriais para testar e desenvolver redes CAN.

Publico Alvo

• Engenheiros automotivos e profissionais que trabalham com redes CAN.
• Desenvolvedores de sistemas embarcados focados em comunicação e diagnóstico.
• Técnicos de manutenção e especialistas em testes automotivos.
• Estudantes e entusiastas interessados em linguagens de programação voltadas para sistemas CAN.

Materiais

Conteúdo Programatico

Module-1: Introduction to CAN Protocol

1. Overview of CAN Protocol: Introduction to CAN protocol, its history, and evolution, Benefits and applications of CAN in automotive and industrial domains
2. CAN Network Architecture: Explanation of CAN bus topology, Role of nodes, controllers, and transceivers in a CAN network
3. CAN Message Structure: Detailed breakdown of CAN message fields: SOF, Identifier, RTR, IDE, Data Length Code, Data Field, CRC, ACK, EOF
4. Differences between standard and extended CAN frames
5. Importance of CAPL in CAN Testing: Introduction to CANoe and CANalyzer tools, Role of CAPL in simulating and testing CAN networks

Module-2:  Role of CAPL in simulating and testing CAN networks

1. Introduction to CAPL: Brief history and purpose of CAPL, Overview of CAPL’s syntax and structure
2. CAPL Development Environment (CANoe/CANalyzer): Setting up the CANoe/CANalyzer environment Navigating the user interface
3. Writing Your First CAPL Script: Step-by-step guide to creating and running a simple CAPL script
4. Understanding the CAPL editor and debugger
5. Basic Syntax and Structure of CAPL Programs: Comments, data types, operators, and expressions, Writing and organizing CAPL code

Module-3: CAPL Data Types and Variables

1. Primitive Data Types: Integer, float, char, and boolean data types, Constants and enumerations
2. Arrays: Declaring, initializing, and accessing arrays, Multi-dimensional arrays
3. Structures: Defining and using structures in CAPL, Nested structures
4. Declaration and Initialization of Variables: Local and global variables, Initialization techniques
5. Scope and Lifetime of Variables: Understanding variable scope (local, global, static), Lifetime of variables and memory management

Module-4: Control Structures in CAPL

1. Conditional Statements: Using if, else if, and else statements, Switch-case statements for multiple conditions
2. Loop Statements: For, while, and do-while loops, Nested loops and loop control
3. Break and Continue Statements: Using break to exit loops, Using continue to skip loop iterations
4. Writing Effective Control Structures in CAPL: Best practices for writing readable and efficient control structures

Module-5:  Functions in CAPL

1. Defining and Calling Functions: Syntax for defining functions, Calling functions and passing arguments
2. Function Parameters and Return Types: Passing parameters by value and reference, Using void and non-void return types
3. Scope and Lifetime of Functions: Local and global functions, Recursive functions
4. Built-in CAPL Functions: Overview of commonly used built-in functions, Examples and use cases

Module-6: CAPL Event Handling

1. Understanding CAPL Events: Introduction to event-driven programming in CAPL, Types of events in CAPL
2. Message Events: Handling CAN message reception and transmission events, Filtering and processing CAN messages
3. Timer Events: Setting up cyclic and single-shot timers, Handling timer expiration events
4. Key Events: Handling user input through key events, Practical applications of key events
5. Interaction Between Events: Managing multiple events and event priorities, Synchronizing events and data

Module-7: Working with CAN Messages

1. Sending and Receiving CAN Messages: Syntax for sending CAN messages, Receiving and processing incoming messages
2. Using Message Objects: Creating and manipulating message objects, Accessing message fields and signals
3. Message Manipulation and Filtering: Filtering messages based on IDs and data, Modifying message contents
4. Signal Processing: Extracting and processing signals from CAN messages, Practical examples of signal processing

Module-8: Timers in CAPL

1. Types of Timers: Cyclic timers for periodic events, Single-shot timers for one-time events
2. Setting Up and Using Timers: Initializing and starting timers, Stopping and resetting timers
3. Timer Event Handling: Handling timer expiration events, Combining timers with other events
4. Practical Applications of Timers: Using timers for scheduling tasks, Implementing timeouts and delays

Module-9: Error Handling in CAPL

1. Types of Errors in CAPL: Syntax errors, runtime errors, and logical errors, Common errors and their causes
2. Using Try-Catch Blocks: Syntax and usage of try-catch blocks, Handling exceptions and error recovery
3. Debugging CAPL Scripts: Debugging tools and techniques, Identifying and fixing errors
4. Best Practices for Error Handling: Writing robust and error-tolerant code and Logging and monitoring errors

Module-10: Advanced CAPL Features

1. Using CAPL Functions and Libraries:  Importing and using external libraries and Writing reusable functions and modules
2.  File I/O Operations: Reading from and writing to files,  Practical applications of file I/O
3.  Interfacing with External Applications:  Communicating with external applications and devices,  Practical examples of interfacing
4. Advanced Data Structures:  Implementing queues, stacks, and other data structures, Practical applications of advanced data structures

Module-11: Practical Applications and Examples:

1. Simulating CAN Network Scenarios:  Developing and running simulation scenarios, – Analyzing simulation results
2.  Developing Test Cases: Writing and executing test cases, Automating test procedures
3.  Real-World CAPL Projects:  Case studies of real-world projects, Lessons learned and best practices
4.  Best Practices for Writing Efficient CAPL Scripts:  Code optimization techniques, Managing large CAPL projects

Module-12: Practical Applications and Examples:

1. Code Organization and Modularization:  Structuring code for readability and maintainability,  Using modules and libraries
2.  Commenting and Documentation:  Writing effective comments and documentation, Using documentation tools
3. Optimization Techniques:  Techniques for optimizing performance and memory usage,  Profiling and tuning CAPL scripts
4.  Maintenance and Version Control: Managing versions and updates,  Using version control systems
5. Online Forums and Communities: Join communities and forums for additional support and knowledge sharing.