CANoe Fundamentals Training
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CANoe Classes Overview
CANoe Fundamentals Workshop | 1-5 Days
In this workshop you will acquire a fundamental understanding of CANoe as a development environment for CAN projects.
First the fundamentals of the CAN protocol are covered. Then you will learn how to operate CANoe as a measurement and analysis tool and for rest-of-bus simulation based on practical examples. You will use CAPL and special DLLs to create your own program node and the Panel Designer to create a graphic user interface window for emulating ECUs.
In the fourth module, you will apply your acquired knowledge by conducting extensive measurements, rest-of-bus simulations and analyzes on real automotive networks.
Module 1: CAN Fundamentals
Duration: 1 Day
Target Group: CAN Users
Prerequisites: None
Content:
- Introduction to Serial Bus Systems in Motor Vehicles
- Introduction to CAN
- Physical Characteristics of a CAN Network
- Characteristics of the CAN Protocol
Module 2: Introduction to CANoe
Duration: 2 Days
Target Group: CAN Users (controller development, motor vehicle electrical, test planning and execution)
Prerequisites: CAN Fundamentals
Content:
- Data Interpretation
- Introduction
- Measurement and Analysis
- Filters
- Data Logging
- Send options
- Import and Export of Data
- Offline Analysis
Module 3: Development of CANoe Models
Duration: 1 Day
Target Group: CANoe Users
Prerequisites: CAN and CANoe Fundamentals
Content:
- Introduction to Development of CANoe Models
- Modeling with the CANoe Interaction Layer
- Working with Panel Designer and Signal Generator
- Introduction to CAPL
- Working with System and Environment Variables
- Modeling with CAPL
Module 4: CANoe in Practice
Duration: 1 Day
Target Group: CANoe Users
Prerequisites: Experience in working with CANoe
Content:
- Measuring Bus Communication of Automotive ECUs
- Introduction to OSEK/VDX Network Management
- Analysis of Multiple Networked CAN Bus Systems
- Extensive Data Logging and its Evaluation (Offline Analysis)
- Creating Rest-of-Bus Simulations and Startup on the Breadboard Setup
CANoe Classes Overview
CANoe Basic Workshop | 1-3 Days
In this workshop you will acquire a fundamental understanding of CANoe as a development environment for CAN projects. You will learn how to operate CANoe as a measurement and analysis tool and for rest-of-bus simulation based on practical examples. You will also use CAPL and special DLLs to create your own program node and the Panel Designer to create a graphic user interface window for emulating ECUs.
Module 1: Introduction to CANoe
Duration: 2 Days
Target Group: CAN Users (controller development, motor vehicle electrical, test planning and execution)
Prerequisites: Basic understanding of the CAN Protocol
Content:
- CAN Data Traffic
- Introduction
- Measurement and Analysis
- Function Blocks
- Data Logging
- Stimulus Options
- Import and Export of Data
- Offline Analysis
- Further Functions
Module 2: Modeling in CANoe
Duration: 1 Day
Target Group: CANoe Users
Prerequisites: CAN and CANoe Fundamentals, Programming knowledge required
Content:
- Introduction to the Development of CANoe Models
- Modeling with the CANoe Interaction Layer
- Working with Panel Designer and Signal Generator
- Introduction to CAPL (Communication Access Programming Language)
- Working with System and Environment Variables
- Modeling with CAPL
CANalyzer/CANoe Workshop
Module 1: CAN Communications
This class provides knowledge to help you understand the essential principles of the CAN protocol. This class was developed with automotive CAN implementations as the focus, also covers real world of importance to those working with CAN technology for the first time.
Prerequisites: An understanding of the terminology and basic operation of electronic control modules is helpful, but not required.
Duration: 1 Day
Class Outline:
- Introduction
- Overview of Small Area Networks
- Distributed Functions
- Small Area Networking Fundamentals
- CAN Physical Layers
- Media
- Logic
- Common Automotive Physical Layers
- The CAN Protocol - Data Link Layer
- Message Structure
- Logic
- CAN Protocol - Errors
- Error Frames
- Error Resolution
- Introduction to CAN Implementations
- Transport Protocols
- Network Management
Module 2: Introduction to CANalyzer
This 1-day class provides knowledge and hands-on experience to help analyze CAN network message traffic using CANalyzer. This class teaches the operation of CANalyzer starting with building a configuration and concluding with messsage generation.
Prerequisites: The student needs a general understanding of CAN communcation and bus operation.
Duration: 1 Day
Class Outline:
- Introduction
- CANalyzer Overview
- Configuration
- Bus Analysis
- Graphical Analysis
- Signal Analysis
- CANdb
- Overview of the Vector CAN Database
- Logging Bus Activity
- Replay Operation for Log Files
- Creating Customized Analysis
- Offline Mode Analysis
- Message Generation
Module 3: Introduction to CANoe
This one day class provides knowledge and hands-on experience to help you develop CAN projects using CANoe. Topics include understanding basic CANoe components, designing CAN messages and data, developing a CANoe panel, programming in Vector's Communication Access Programming Language (CAPL) and example CANoe applications.
Prerequisites: Introduction to CANalyzer class
Important note: New CANoe users should attend the Introduction to CANalyzer class to learn important concepts that CANalyzer and CANoe share, such as bus analysis function, configuration setup and logging.
Note: Because this class heavily utilizes Vector's CAPL programming language, attendees should have a general understanding of the C programming language.
Duration: 1 Day
Class Outline:
- Course Introduction
- Introduction to CANoe for CAN Bus Simulation
- Message Generation
- Signal Modeling
- Replay Operation for Log Files
- CANoe CAPL Programming
- Overview Based on Comparison to C
- Generation of Messages
- Receive Message Handling
- Signal Modeling
- Introduction to Panel Development
- Creating Panels
- Implementing Bitmap Displays
- Linking Panels with CAPL
- CANoe Application Project
- CAN System Simulation Development
- Team System Integration
- Validation of simulation with Hardware
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