0% completed

All LessonsFree Lessons (4)

Introduction to the Course

Getting Started

First Steps with CMake

Understanding the Basics

CMake Command: Generating a Project Build System

CMake Command: Building a Project

CMake Command: Other Operations

Other CMake Tools

Navigate the Project Files: Directory Structure and Cache Variable

Navigate the Project Files: Configuration Files and Presets

Discovering Scripts and Modules

Chapter Wrap-up

The CMake Language

Introduction CMake Language Syntax Working With Variables Variable Scope and Lists Conditional Blocks Comparison Operators and Simple Checks Loops Command Definitions: Macros Command Definitions: Functions Naming Conventions Useful Commands Chapter Wrap-up

Setting Up Our First CMake Project

Introduction Basic Directives and Commands Project Partitioning Scoped Subdirectories Thinking About the Project Structure Scoping the Environment Configuring the Toolchain Interprocedural Optimization Disabling in-source builds Chapter Wrap-up

Working with Targets

Introduction The Concept of a Target Target Properties Pseudo Targets Writing Custom Commands Understanding Generator Expressions Types of Evaluation Examples to Try Out Chapter Wrap-up

Compiling C++ Sources with CMake

Introduction The Basics of Compilation Preprocessor Configuration: Definition Preprocessor Configuration: Header Optimizer Configuration: General Level Optimizer Configuration: Function and Loop Level Managing the Process of Compilation Finding Mistakes Chapter Wrap-up

Linking with CMake

Getting the Basics of Linking Right

Building Different Library Types

Solving Problems With the One Definition Rule

Duplicated Namespaces and Dynamically Linked Symbols

The Order of Linking and Unresolved Symbols

Separating main() for Testing

Chapter Wrap-up

Course Assessment

Modern CMake for C++ Exam 1

Managing Dependencies with CMake

Introduction How to Find Installed Packages I How to Find Installed Packages II Discovering Legacy Packages With FindPkgConfig Writing Our Own Find-Modules Working With Git Repositories: Submodules Git-Cloning Dependencies for Projects That Don't Use Git Using ExternalProject Modules Using FetchContent Modules Chapter Wrap-up

Testing Frameworks

Introduction Why Are Automated Tests Worth the Trouble?Using CTest to Standardize Testing in CMake Creating the Most Basic Unit Test for CTest Structuring Our Projects for Testing Unit-Testing Frameworks: Catch2 Unit-Testing Frameworks: GTest Unit-Testing Frameworks: GMock Generating Test Coverage Reports Chapter Wrap-up

Program Analysis Tools

Introduction Enforcing the Formatting Using Static Checkers Introduction to Checkers Dynamic Analysis With Valgrind: Memcheck Dynamic Analysis With Valgrind: Memcheck-Cover Chapter Wrap-up

Generating Documentation

Introduction Adding Doxygen to Our Project Generating Documentation With a Modern Look Chapter Wrap-up

Installing and Packaging

Introduction Exporting Without Installation Installing Projects on the System Installing Logical Targets Low-Level Installation Working With Whole Directories Invoking Scripts During Installation Creating Reusable Packages Creating and Managing Config-Files Generating Package Version Files Defining Components Packaging With CPack Chapter Wrap-up

Creating Our Professional Project

Introduction Planning Our Work Project Layout Building and Managing Dependencies Testing and Program Analysis Installing and Packaging Providing the Documentation Challenge: Creating Our Professional Project Solution: Creating Our Professional Project

Conclusion

Appendix

Installing CMake Miscellaneous Commands The string() Command The list() Command The file() Command The math() Command

Modern CMake for C++/

...

/

Introduction

Introduction

Let's learn about how to link libraries in CMake.

We'll cover the following...

Linking support in CMake
Topics to cover

You might think that after we have successfully compiled the source code into a binary file, our job as build engineers is done. That's almost the case—binary files contain all the code for a CPU to execute, but the code is scattered across multiple files in a very complex way. Linking is a process that simplifies things and makes machine code neat and quick to consume.

Linking support in CMake

...