Advanced Real-Time Modern C++ (C++11/14/17) Exercises

Exercise solutions and cmake projects for:

• AC++11-502 Advanced Real-Time Modern C++ (C++11/14/17)

Contents

• Advanced Real-Time Modern C++ (C++11/14/17) Exercises
• Folder structure
  • Solutions
• Build Toolchain
  • Build the application
  • Visual Studio shortcuts
  • Command line builds
  • Building an exercise solution
• Disclaimer

Folder structure

Solutions

Solutions are provided for all exercises.

Build Toolchain

The primary build environment for Feabhas projects is Ubuntu Linux using the Linux GNU Toolchain (for host based courses), or the Arm GNU Toolchain (for embedded courses), and the CMake build system.

GitHub projects supporting both toolchains are available to download for users that can run Docker on Windows, macOs or Linux.

The projects are configured for use with Visual Studio Code and the devcontainers extension.

The following GitHub projects are available:

• Hosted courses: https://github.com/feabhas/docker-host
• Embedded courses https://github.com/feabhas/docker-target

The projects download the feabhas\ubuntu-projects image from Docker Hub and when started will configure the project workspace with the appropriate build environment.

Details for using the VS Code based projects are included in the README.md files and are briefly described below.

Build the application

Using CMake is a two step process:

1. generate build configuration files
2. run the build

To simplify this and to allow you to add additional source and header files we have created a front end script build.sh to automate the build.

You should add additional C/C++ source and header files to the src directory. If you prefer you can place your header files in the include directory.

Visual Studio shortcuts

From within VS Code you can use the keyboard shortcut Ctrl-Shift-B to run one of the build tasks: * Build standard build * Clean to remove object and executable files * Reset to regenerate the CMake build files

To run the application without debugging:

• in VS code press Ctrl-Shft-P and type test task
• in the popup list select Tasks: Run Test task
• in the list of tasks select Run Application

Command line builds

In the project root do:

$ ./build.sh

This will generate the file build/debug/Application.elf on an Arm target project or build/debug/Application on the host. Additional size and hex files used by some flash memory software tools are generated for the Arm target.

You can add a -v option see the underlying build commands:

$ ./build.sh -v

The build.sh script supports the --help option for more information.

To delete all object files and recompile the complete project use the clean option:

$ ./build.sh clean

To clean the entire build directory and regenerate a new build configuration use the reset option:

$ ./build.sh reset

To run a hosted application from the command line use the command:

$ ./build/debug/Application

Building an exercise solution

To build any of the exercise solutions run the script:

$ ./build-one.sh N 

where N is the exercise number.

The script will initially look in the workspace for a folder called exercises and copy the colutions from there. Fallback locations for solutions inlude a solutions folder in the work space or and exercises or solutions folder in the home directory.

If youb are not using a presupplied VM you will need to copy the exercises folder in this project to your project workspace. This also applies if you are using teh Feabhas Docker image.

NOTE: building a solution will copy all files in the src directory to the src.bak directory having removed any files already present in src.bak.

The build-one.sh script supports the --help option for more information.

Do not use the --all option as this will build each solution in turn and is used as part of our Continuous Integration testing.

Disclaimer

Feabhas is furnishing these items "as is". Feabhas does not provide any warranty of them whatsoever, whether express, implied, or statutory, including, but not limited to, any warranty of merchantability or fitness for a particular purpose or any warranty that the contents their will be error-free.

In no respect shall Feabhas incur any liability for any damages, including, but limited to, direct, indirect, special, or consequential damages arising out of, resulting from, or any way connected to the use of the item, whether or not based upon warranty, contract, tort, or otherwise; whether or not injury was sustained by persons or property or otherwise; and whether or not loss was sustained from, or arose out of, the results of, the item, or any services that may be provided by Feabhas.

The items are intended for use as an educational aid.Typically code solutions will show best practice of language features that have been introduced during the associated training, but do not represent production quality code. Comments and structured documentation are not included because the code itself is intended to be studied as part of the learning process.