some decouplings (#2)

* logger business

* code review

* rm c-style array

* extract image rendering to view

* missing view files

* init view abstractions

* leverage concepts and provide a templateized Enumerate function

* RVO

* get rid of some warnings

* logger business

* code review

* rm c-style array

* extract image rendering to view

* missing view files

* init view abstractions

* leverage concepts and provide a templateized Enumerate function

* RVO

* get rid of some warnings

* logger business

* code review

* rm c-style array

* init view abstractions

* leverage concepts and provide a templateized Enumerate function

* RVO

* get rid of some warnings

* logger business

* code review

* rm c-style array

* init view abstractions

* leverage concepts and provide a templateized Enumerate function

* RVO

* get rid of some warnings

* Factor out AppGLFW base class

The intention here is to get rid of scaffolding in the consumer
application class and allow to focus on the "important bits".

* Some cleanup

* dump unnecessary dependency

* link stuff where needed & use only what's needed

* remove deprecation warnings

* add gallery toggle

* make some includes private

* add presets

* remove dir locals, use presets instead

`projectile-configure-project' in conjunction with CMakePresets.json
will allow to configure the project.
`projectile-compile-project' does sth similar for the compile command.

This is equivalent to something like
~cmake --preset clang-debug && cmake --build build --preset clang-debug~

* use presets in pipeline

---------

Co-authored-by: m-aXimilian <keuffnermax@gmail.com>

lib/rendering/CvMatRender.hpp

@@ -31,7 +31,7 @@ class CvMatRender
     CvMatRender(const CvMatRender&) = delete;
     CvMatRender(CvMatRender&&) = delete;
     CvMatRender& operator=(CvMatRender&) = default;
-    CvMatRender& operator=(CvMatRender&&) = default;
+    CvMatRender& operator=(CvMatRender&& other) = default;
     ~CvMatRender();
     explicit CvMatRender(const std::shared_ptr<pixelarium::imaging::PixelariumImage>& img);