Training for embedded developers

• Creating and managing a project for an application

• Supporting resources such as documentation, examples, and even specialized support options

• Set up all the options to build a project for specific hardware configuration

• Customizing options for project components and configurations

• Operators and directives

   

• Structure your code by using modules and sections

• Specify conditional assembly and data allocation

• How libraries are included

• Configuring linker to allocate code to memory locations for optimum size and speed

• Optimizing your code to include only what is needed as well as how to override optimization to keep expressions that have not been defined at compile time

• Selecting a map listing by the linker to show component locations and sizes (which can help in debugging the application)

• Methods to interface assembly code with the C/C++ code

• How to tailor optimizations for releasable or debuggable code

• Tools provided by the compiler to help in debugging codend manage a project for an application

• Code analysis and functional safety

• Benefits and risks of C, the MISRA-C language subset

• Ways to analyze code both statically and during run time to uncover bugs that are not discovered during compiling and linking

• Standards methods like MISRA-C to prevent coding errors earlier in the development process.

• The Functional Safety solution from IAR that helps ensure both development and documentation comply with these standards

• Overview of the migration effort

• Reasons to migrate to IAR Embedded Workbench

• Manual project conversion

• Specific and Universal Project Migration Tools

• Demo of project migration with EWPtool

• How to use the IAR Visual State Editor to create a project

• How to create states and transitions for a state diagram

• How to generate code

• Validate the generated code by using the simulator and verificator

• How to use the IAR Visual State editor to document your code

• A general introduction to the IAR ielfdump tool

• The purpose and abilities of the IAR ielfdump tool

• How it's typically used

• Basic Operation

• Usage examples

• A general introduction to the IAR isymexport tool

• The purpose and abilities of the IAR isymexport tool

• How it's typically used

• Basic Operation

• Usage examples

• RTOS Systems

• Debugging challenges

• Stack estimation

• Performance measures

• Issues in Threads

• What is a Bootloader?

• Benefits of using a Bootloader

• Bootloader startup and memory map

• Setting up a bootloader in the IAR Embedded Workbench

• Debugging bootloaders

• Safe and secure bootloaders

• What C-SPY Macros are

• How C-SPY Macros can be used

• How to include them in IAR Embedded Workbench for debugging

• Using the Simulator

• C-SPY Macros to simulate hardware

• What's involved in debugging

• How the C-SPY debugger works

• The need for Flashloaders

• What the C-SPY debugger can report

• How to control execution with C-SPY

• How to minimize power using C-SPY

• Serial Wire Debug - SWD

• Serial Wire Output - SWO

• IAR Debugging Probes

• Trace

• Code Coverage

• Profiling

• IAR Build Extension for VS Code

• IAR C-SPY Debug extension for VS Code

• Switching Between the IDEs

• Why you should use CMake

• What modern CMake is

• How to configure and use CMake

• How to test your project using CTest

• How to debug using the IAR Embedded Workbench

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