Just derive your own class from the CStatic (picture control is a static control), create the control member variable in the dialog for this picture control, and handle any Windows message you need in this derived class.
What is a common way to use NASM (or other assembly compilers) when developing windows applications. Do you integrate it with VisualStudio shell or you go down the path of always using the command line?
The usual way to integrate assembly files into a C++ project is to add the MASM "build customization" (right click a project, go to Build Dependencies > Build Customizations, check the box in front of MASM). Then you can include .asm files as normal sources without needing to do anything weird. You can install vsyasm and use YASM that way, if you prefer a more NASM-y syntax. Using NASM itself is possible, but as far as I know there's no nice integration like that, you can set it up manually as a custom build tool.
I am searching for tools that allow you to design a state machine and generate the corresponding C code. As a bonus, I would like the tool to:
- given the source code, generates the state machine
- allow to easily switch between a State Machine view (high level), to source code view (detail, low level)
- the State Machines are saved in a Git/CSV/SVN friendly format
Hoping for some program to translate a C program (in the sense "an arbitrary C program") into a state machine is naively optimistic.
Even if that C program was initially generated from a state machine model, so you could hope to recognize code key patterns allowing you to identify code fragments handling specific state transitions etc., most programmers feel the freedom to not give a sh*t about FSM principles, so they toss the code all over the place, making it impossible to recognize the pieces.
What you can do is to provide a framework for editing the FSM as a FSM, and let the developer specify the actions of each individual transition within that framework. Then, the framework can lay out the code for each transition (as well as the common logic for the state transitions themselves).
This is actually one of my current pet projects. Maybe I will write a CP article about it some day. It is far from ready yet, but if you would like to discuss it directly with me, send me an email. Maybe that could help pushing my hobby project forward
Last Visit: 31-Dec-99 19:00 Last Update: 27-Feb-21 12:43