Fixed warnings on Linux where GCC under padantic complained ISO C casting wasn't legal

This commit is contained in:
Rcmaniac25 2017-07-21 00:54:29 -04:00
parent 78bf24e101
commit 13ed05fe8d
4 changed files with 40 additions and 28 deletions

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@ -203,39 +203,39 @@ do \
#define IMPLEMENT_CALLBACK_FUNC_CB_ARG0(a,b) \ #define IMPLEMENT_CALLBACK_FUNC_CB_ARG0(a,b) \
static void fgh##a##FuncCallback( FGCBUserData userData ) \ static void fgh##a##FuncCallback( FGCBUserData userData ) \
{ \ { \
FGCB##b callback = (FGCB##b)userData; \ FGCB##b* callback = (FGCB##b*)&userData; \
callback(); \ (*callback)(); \
} }
#define IMPLEMENT_CALLBACK_FUNC_CB_ARG1(a,b) \ #define IMPLEMENT_CALLBACK_FUNC_CB_ARG1(a,b) \
static void fgh##a##FuncCallback( int arg1val, FGCBUserData userData ) \ static void fgh##a##FuncCallback( int arg1val, FGCBUserData userData ) \
{ \ { \
FGCB##b callback = (FGCB##b)userData; \ FGCB##b* callback = (FGCB##b*)&userData; \
callback( arg1val ); \ (*callback)( arg1val ); \
} }
#define IMPLEMENT_CALLBACK_FUNC_CB_ARG2(a,b) \ #define IMPLEMENT_CALLBACK_FUNC_CB_ARG2(a,b) \
static void fgh##a##FuncCallback( int arg1val, int arg2val, FGCBUserData userData ) \ static void fgh##a##FuncCallback( int arg1val, int arg2val, FGCBUserData userData ) \
{ \ { \
FGCB##b callback = (FGCB##b)userData; \ FGCB##b* callback = (FGCB##b*)&userData; \
callback( arg1val, arg2val ); \ (*callback)( arg1val, arg2val ); \
} }
#define IMPLEMENT_CALLBACK_FUNC_CB_ARG3_USER(a,b,arg1,arg2,arg3) \ #define IMPLEMENT_CALLBACK_FUNC_CB_ARG3_USER(a,b,arg1,arg2,arg3) \
static void fgh##a##FuncCallback( arg1 arg1val, arg2 arg2val, arg3 arg3val, FGCBUserData userData ) \ static void fgh##a##FuncCallback( arg1 arg1val, arg2 arg2val, arg3 arg3val, FGCBUserData userData ) \
{ \ { \
FGCB##b callback = (FGCB##b)userData; \ FGCB##b* callback = (FGCB##b*)&userData; \
callback( arg1val, arg2val, arg3val ); \ (*callback)( arg1val, arg2val, arg3val ); \
} }
#define IMPLEMENT_CALLBACK_FUNC_CB_ARG3(a,b) IMPLEMENT_CALLBACK_FUNC_CB_ARG3_USER(a,b,int,int,int) #define IMPLEMENT_CALLBACK_FUNC_CB_ARG3(a,b) IMPLEMENT_CALLBACK_FUNC_CB_ARG3_USER(a,b,int,int,int)
#define IMPLEMENT_CALLBACK_FUNC_CB_ARG4(a,b) \ #define IMPLEMENT_CALLBACK_FUNC_CB_ARG4(a,b) \
static void fgh##a##FuncCallback( int arg1val, int arg2val, int arg3val, int arg4val, FGCBUserData userData ) \ static void fgh##a##FuncCallback( int arg1val, int arg2val, int arg3val, int arg4val, FGCBUserData userData ) \
{ \ { \
FGCB##b callback = (FGCB##b)userData; \ FGCB##b* callback = (FGCB##b*)&userData; \
callback( arg1val, arg2val, arg3val, arg4val ); \ (*callback)( arg1val, arg2val, arg3val, arg4val ); \
} }
#define IMPLEMENT_CALLBACK_FUNC_CB_ARG5(a,b) \ #define IMPLEMENT_CALLBACK_FUNC_CB_ARG5(a,b) \
static void fgh##a##FuncCallback( int arg1val, int arg2val, int arg3val, int arg4val, int arg5val, FGCBUserData userData ) \ static void fgh##a##FuncCallback( int arg1val, int arg2val, int arg3val, int arg4val, int arg5val, FGCBUserData userData ) \
{ \ { \
FGCB##b callback = (FGCB##b)userData; \ FGCB##b* callback = (FGCB##b*)&userData; \
callback( arg1val, arg2val, arg3val, arg4val, arg5val ); \ (*callback)( arg1val, arg2val, arg3val, arg4val, arg5val ); \
} }
/* /*
@ -252,7 +252,10 @@ void FGAPIENTRY glut##a##Func( FGCB##b callback ) \
{ \ { \
FREEGLUT_EXIT_IF_NOT_INITIALISED ( "glut"#a"Func" ); \ FREEGLUT_EXIT_IF_NOT_INITIALISED ( "glut"#a"Func" ); \
if( callback ) \ if( callback ) \
glut##a##FuncUcall( fgh##a##FuncCallback, (FGCBUserData)callback ); \ { \
FGCB##b* reference = &callback; \
glut##a##FuncUcall( fgh##a##FuncCallback, *((FGCBUserData*)reference) ); \
} \
else \ else \
glut##a##FuncUcall( NULL, NULL ); \ glut##a##FuncUcall( NULL, NULL ); \
} }

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@ -83,7 +83,10 @@ void FGAPIENTRY glutTimerFunc( unsigned int timeOut, FGCBTimer callback, int tim
{ {
FREEGLUT_EXIT_IF_NOT_INITIALISED ( "glutTimerFunc" ); FREEGLUT_EXIT_IF_NOT_INITIALISED ( "glutTimerFunc" );
if( callback ) if( callback )
glutTimerFuncUcall( timeOut, fghTimerFuncCallback, timerID, (FGCBUserData)callback ); {
FGCBTimer* reference = &callback;
glutTimerFuncUcall( timeOut, fghTimerFuncCallback, timerID, *((FGCBUserData*)reference) );
}
else else
glutTimerFuncUcall( timeOut, NULL, timerID, NULL ); glutTimerFuncUcall( timeOut, NULL, timerID, NULL );
} }
@ -270,15 +273,18 @@ void FGAPIENTRY glutJoystickFuncUcall( FGCBJoystickUC callback, int pollInterval
static void fghJoystickFuncCallback( unsigned int buttons, int axis0, int axis1, int axis2, FGCBUserData userData ) static void fghJoystickFuncCallback( unsigned int buttons, int axis0, int axis1, int axis2, FGCBUserData userData )
{ {
FGCBJoystick callback = (FGCBJoystick)userData; FGCBJoystick* callback = (FGCBJoystick*)&userData;
callback( buttons, axis0, axis1, axis2 ); (*callback)( buttons, axis0, axis1, axis2 );
} }
void FGAPIENTRY glutJoystickFunc( FGCBJoystick callback, int pollInterval ) void FGAPIENTRY glutJoystickFunc( FGCBJoystick callback, int pollInterval )
{ {
FREEGLUT_EXIT_IF_NOT_INITIALISED ( "glutJoystickFunc" ); FREEGLUT_EXIT_IF_NOT_INITIALISED ( "glutJoystickFunc" );
if( callback ) if( callback )
glutJoystickFuncUcall( fghJoystickFuncCallback, pollInterval, (FGCBUserData)callback ); {
FGCBJoystick* reference = &callback;
glutJoystickFuncUcall( fghJoystickFuncCallback, pollInterval, *((FGCBUserData*)reference) );
}
else else
glutJoystickFuncUcall( NULL, pollInterval, NULL ); glutJoystickFuncUcall( NULL, pollInterval, NULL );
} }

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@ -683,15 +683,16 @@ void FGAPIENTRY glutInitErrorFuncUcall( FGErrorUC callback, FGCBUserData userDat
static void fghInitErrorFuncCallback( const char *fmt, va_list ap, FGCBUserData userData ) static void fghInitErrorFuncCallback( const char *fmt, va_list ap, FGCBUserData userData )
{ {
FGError callback = (FGError)userData; FGError* callback = (FGError*)&userData;
callback( fmt, ap ); (*callback)( fmt, ap );
} }
void FGAPIENTRY glutInitErrorFunc( FGError callback ) void FGAPIENTRY glutInitErrorFunc( FGError callback )
{ {
if (callback) if (callback)
{ {
glutInitErrorFuncUcall( fghInitErrorFuncCallback, (FGCBUserData)callback ); FGError* reference = &callback;
glutInitErrorFuncUcall( fghInitErrorFuncCallback, *((FGCBUserData*)reference) );
} }
else else
{ {
@ -711,15 +712,16 @@ void FGAPIENTRY glutInitWarningFuncUcall( FGWarningUC callback, FGCBUserData use
static void fghInitWarningFuncCallback( const char *fmt, va_list ap, FGCBUserData userData ) static void fghInitWarningFuncCallback( const char *fmt, va_list ap, FGCBUserData userData )
{ {
FGWarning callback = (FGWarning)userData; FGWarning* callback = (FGWarning*)&userData;
callback( fmt, ap ); (*callback)( fmt, ap );
} }
void FGAPIENTRY glutInitWarningFunc( FGWarning callback ) void FGAPIENTRY glutInitWarningFunc( FGWarning callback )
{ {
if (callback) if (callback)
{ {
glutInitWarningFuncUcall( fghInitWarningFuncCallback, (FGCBUserData)callback ); FGWarning* reference = &callback;
glutInitWarningFuncUcall( fghInitWarningFuncCallback, *((FGCBUserData*)reference) );
} }
else else
{ {

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@ -795,18 +795,19 @@ int FGAPIENTRY glutCreateMenuUcall( FGCBMenuUC callback, FGCBUserData userData )
/* Standard glutCreateMenu */ /* Standard glutCreateMenu */
static void fghCreateMenuCallback( int menu, FGCBUserData userData ) static void fghCreateMenuCallback( int menu, FGCBUserData userData )
{ {
FGCBMenu callback = (FGCBMenu)userData; FGCBMenu* callback = (FGCBMenu*)&userData;
callback( menu ); (*callback)( menu );
} }
int FGAPIENTRY glutCreateMenu( FGCBMenu callback ) int FGAPIENTRY glutCreateMenu( FGCBMenu callback )
{ {
FREEGLUT_EXIT_IF_NOT_INITIALISED ( "glutCreateMenu" ); FREEGLUT_EXIT_IF_NOT_INITIALISED ( "glutCreateMenu" );
if (!callback) if (!callback)
{ {
return glutCreateMenuUcall( NULL, NULL ); return glutCreateMenuUcall( NULL, NULL );
} }
return glutCreateMenuUcall( fghCreateMenuCallback, (FGCBUserData)callback ); FGCBMenu* reference = &callback;
return glutCreateMenuUcall( fghCreateMenuCallback, *((FGCBUserData*)reference) );
} }
/* /*