Find quick answers to your questions about Ada-Changer product
Ada C/C++ Changer use C/C++ bit field specifications as necessary to provide an identical struct representation as described in above answers. ...
Instances of Ada generic packages are expanded at compile-time into non-generic code C/C++. Generic packages themselves do not translate into anything in the C/C++ code. We can provide assistance in a...
The standard C library malloc and free routines are called. If using OS Abstractor, these are generally converted into calls on the RTOS malloc/free calls....
When generating C++, each Ada package becomes a separate C++ namespace. For bindings like Win32, the generated C/C++ code has direct calls on the corresponding C interface, using export C {}. ...
If you are generating C++ rather than C, Ada exceptions are translated into C++ exceptions....
The C struct is referenced through a pointer, which is initialized to the specified address. ...
There is a fairly direct translation, with Ada records becoming C/C++ structs, and Ada components becoming C fields, with C/C++ bitfield specifications generated as appropriate....
The OS Abstractor provides a standard interface that resembles Posix threads. Internally it turns calls on its interfaces into calls on the underlying RTOS....
Again, the answer depends on whether you are using OS Abstractor. If using OS abstractor, all of these things are translated into corresponding operations of the underlying RTOS. If using the setjmp/l...
If you are using the OS Abstractor, then all task scheduling is handled by the underlying RTOS. If you are using the setjmp/longjmp task switcher, preemption is handled through C signal handling. ...