{"id":6296,"date":"2022-02-04T09:11:48","date_gmt":"2022-02-04T09:11:48","guid":{"rendered":"https:\/\/www.modernescpp.com\/index.php\/more-information-about-me-mentoring-program-fundamentals-for-c-professionals\/"},"modified":"2022-02-04T09:11:48","modified_gmt":"2022-02-04T09:11:48","slug":"more-information-about-me-mentoring-program-fundamentals-for-c-professionals","status":"publish","type":"post","link":"https:\/\/www.modernescpp.com\/index.php\/more-information-about-me-mentoring-program-fundamentals-for-c-professionals\/","title":{"rendered":"More Information about my Mentoring Program “Fundamentals for C++ Professionals”"},"content":{"rendered":"

One month ago, I presented “My Mentoring Program “Fundamentals for C++ Professionals<\/a>“. I’m overwhelmed by how my people want to participate in this first iteration of my mentoring program. What should I say? Today, I want to give you more details.<\/p>\n

<\/p>\n

 <\/p>\n

\"RainerTalk\"<\/p>\n

Here is only a short reminder about my program. For more details, read my previous article, “My Mentoring Program “Fundamentals for C++ Professionals<\/a>“. Additionally, my new mentoring program is hosted here: https:\/\/www.modernescpp.org\/<\/a>. The page and the course  https:\/\/www.modernescpp.org\/courses\/fundamentals-for-c-professionals\/<\/a> are still under construction, but you get a concrete idea of the 28 steps to master C++.<\/p>\n

For completeness, here are the 28 steps:<\/p>\n

    \n
  1. Introduction<\/li>\n
  2. Literals<\/li>\n
  3. Types: enumerations, pointer, references, and casts<\/li>\n
  4. Types: type deduction with auto<\/code> and decltype<\/code><\/li>\n
  5. Values: initialization, conversion, const<\/code>, and constexpr<\/code><\/li>\n
  6. Values: move semantics and perfect forwarding<\/li>\n
  7. Memory<\/li>\n
  8. Functions<\/li>\n
  9. Classes: attributes and constructors<\/li>\n
  10. Classes: initialization, destructors, and member functions<\/li>\n
  11. Classes: default<\/code>, and delete<\/code>, operator overloading, explicit, access rights, friends, and structs<\/li>\n
  12. Inheritance: abstract base classes, access rights, constructors, base class initializers<\/li>\n
  13. Inheritance: destructor, virtuality, override<\/code>, and final<\/code>, and multiple inheritances<\/li>\n
  14. Templates: functions and classes<\/li>\n
  15. Templates: parameters and arguments<\/li>\n
  16. Template Specialization<\/li>\n
  17. Type Traits<\/li>\n
  18. Smart Pointers<\/li>\n
  19. STL: General Ideas (containers, algorithms, iterators, callables, range-based)<\/li>\n
  20. STL: Common Interface of the Containers<\/li>\n
  21. STL: sequential containers and associative containers<\/li>\n
  22. STL: algorithms<\/li>\n
  23. Strings including string views<\/li>\n
  24. Regular Expressions<\/li>\n
  25. In- and Output<\/li>\n
  26. Threads: creation, data sharing, mutexes, and locks<\/li>\n
  27. Threads: thread-local data, thread-safe initialization, condition variables<\/li>\n
  28. Tasks<\/li>\n<\/ol>\n

    Today,  I want to present you the 6th step. This 6th step is about move semantics and perfect forwarding. This step exemplifies one typical week in my mentoring program.<\/p>\n

    6th Week: Move Semantics and Perfect Forwarding<\/h2>\n

    The 6th week consists of five lessons:<\/p>\n

     \"OverviewWeek6\"<\/p>\n

    Each lesson consist of a few tasks. Here are all lessons expanded.<\/p>\n

    \"week6Expanded\"<\/code><\/p>\n

     <\/p>\n

    Let’s have a closer look inside the first lesson: default<\/code> and delete<\/code>.<\/p>\n

     <\/p>\n

    \"defaultDelete\"<\/p>\n

     <\/p>\n

     It consists of the topics Details, two examples, one exercise, and further information.<\/p>\n

    Details<\/h3>\n

    The topic “Details” contains a video lecture and the slides used in this video lecture.<\/p>\n

     \"DetailsDefaultDelete\"<\/p>\n

    Example(s)<\/h3>\n

    The topic “Example” contains a video lecture explaining the example, and the source code example.<\/p>\n

     \"ExampleDefault\"<\/p>\n

     <\/p>\n

    Exercise(s)<\/h3>\n

    The topic “Exercise” contains two video lectures. One explains the exercise, including the slides; one explains the solution of the exercise and the source code for the solution.\"ExerciseDefault\"<\/p>\n

    Further information<\/h3>\n

    Further information provides you with additional information that is not required to master a lesson. This information includes typically more details on cppreference.com<\/a>, highly valuable articles in the internet, posts on my blog Modernes C++<\/a>, and often presentations from conferences about the specific topic. For example, here is the topic “Further Information” about the lesson “default<\/code> and delete\"<\/code> and also about the lesson “Copy versus Move Semantics”:<\/p>\n

    \"FurtherDefaultDelete\"<\/p>\n

     <\/p>\n

     <\/p>\n

    \"FurtherMove\"<\/p>\n

     <\/p>\n

    I end each week with a live Q&A session of about an hour or more if necessary. In the Q&A session, I answer all questions about the concrete week. I record the Q&A session and publish them later. Additionally, you can write me an e-mail at any time if you have a question.<\/p>\n

    Let me say a few words about the state of my mentoring program and a few technical details.<\/p>\n

    State of the Mentoring Program<\/h2>\n

    So far, the videos that you saw in my previous screenshots are only placeholders. I will replace them with video lectures in the next two months and during the mentoring if necessary. Although I’m quite happy with the precious content I already have, I will add more “Further information” material in the following months and improve my mentoring page https:\/\/www.modernescpp.org\/<\/a>.<\/p>\n

    Technical Details<\/h2>\n