/* WARNING: THIS IS NOT THE ORIGINAL FILE */ /* ANY MODIFICATIONS TO THIS FILE WILL BE LOST */ /* WARNING: THIS IS NOT THE ORIGINAL FILE */ /* ANY MODIFICATIONS TO THIS FILE WILL BE LOST */ /* WARNING: THIS IS NOT THE ORIGINAL FILE */ /* ANY MODIFICATIONS TO THIS FILE WILL BE LOST */ #ifndef _IJET_CODING_H_ #define _IJET_CODING_H_ /*--------------------------------------------------------------------------* * macros for debug messages *--------------------------------------------------------------------------*/ #if IJETD #define DEBUG_PREFIX /* #define debug_printf(FMT,ARGS...) \ (sprintf(ijet_debugLogString, FMT , ##ARGS) , ijet_PutLogString()) */ #define debugmask(MASK,FMT_ARGS) \ if (!(ijet_debugmask & (MASK))) \ else printf FMT_ARGS #define ifdebug(CONDITION) if(ijet_debugmask && (CONDITION)) #else /* #define debug_printf(FMT,ARGS...) 0 */ #define debugmask(MASK,FMT_ARGS) 0 #define ifdebug(CONDITION) if(0) #endif #define debug debug2 /* for backward compatibility, for now */ #define debug0(FMT_ARGS) debugmask(1<< 0, FMT_ARGS) #define debug1(FMT_ARGS) debugmask(1<< 1, FMT_ARGS) #define debug2(FMT_ARGS) debugmask(1<< 2, FMT_ARGS) #define debug3(FMT_ARGS) debugmask(1<< 3, FMT_ARGS) #define debug4(FMT_ARGS) debugmask(1<< 4, FMT_ARGS) #define debug5(FMT_ARGS) debugmask(1<< 5, FMT_ARGS) #define debuga(FMT_ARGS) debugmask(1<< 6, FMT_ARGS) #define debugb(FMT_ARGS) debugmask(1<< 7, FMT_ARGS) #define debugc(FMT_ARGS) debugmask(1<< 8, FMT_ARGS) #define debugd(FMT_ARGS) debugmask(1 << 9, FMT_ARGS) #define debuge(FMT_ARGS) debugmask(1 << 10, FMT_ARGS) #define debugf(FMT_ARGS) debugmask(1 << 11, FMT_ARGS) #define debugg(FMT_ARGS) debugmask(1 << 12, FMT_ARGS) #define debugh(FMT_ARGS) debugmask(1 << 13, FMT_ARGS) #define debugi(FMT_ARGS) debugmask(1 << 14, FMT_ARGS) #define debugj(FMT_ARGS) debugmask(1 << 15, FMT_ARGS) #define debugk(FMT_ARGS) debugmask(1<<16, FMT_ARGS) #define debugl(FMT_ARGS) debugmask(1<<17, FMT_ARGS) #define debugm(FMT_ARGS) debugmask(1<<18, FMT_ARGS) #define debugn(FMT_ARGS) debugmask(1<<19, FMT_ARGS) #define debugo(FMT_ARGS) debugmask(1<<20, FMT_ARGS) #define debugp(FMT_ARGS) debugmask(1<<21, FMT_ARGS) #define debugq(FMT_ARGS) debugmask(1<<22, FMT_ARGS) #define debugr(FMT_ARGS) debugmask(1<<23, FMT_ARGS) #define debugs(FMT_ARGS) debugmask(1<<24, FMT_ARGS) #define debugt(FMT_ARGS) debugmask(1<<25, FMT_ARGS) #define debugu(FMT_ARGS) debugmask(1<<26, FMT_ARGS) #define debugv(FMT_ARGS) debugmask(1<<27, FMT_ARGS) #define debugw(FMT_ARGS) debugmask(1<<28, FMT_ARGS) #define debugx(FMT_ARGS) debugmask(1<<29, FMT_ARGS) #define debugy(FMT_ARGS) debugmask(1<<30, FMT_ARGS) #define debugz(FMT_ARGS) debugmask(1<<31, FMT_ARGS) #define warn \ if (0) else printf /* #define pwarn(FMT,ARGS...) \ (printf(FMT , ## ARGS),debug_printf(FMT , ##ARGS)) */ /*--------------------------------------------------------------------------* * Routine entry/exit *--------------------------------------------------------------------------*/ #if IJETD /* #include */ extern int ijet_debug_indentLevel; #define begin(ROUTINE_NAME) { \ int ijet_debug_inside_begin_end=0; \ (void)ijet_debug_inside_begin_end; \ /* if (ijet_debugmask & (1<<3)) \ debug_DumpToScreen ('E',__FUNCTION__);*/ \ debug1(("%s ENTRY\n", __FUNCTION__)); \ ijet_debug_indentLevel++ #define end(ROUTINE_NAME) \ /* if (ijet_debugmask & (1<<3)) \ debug_DumpToScreen ('X',__FUNCTION__); */ \ debug1("EXIT\n"); \ ijet_debug_indentLevel--; \ } extern int main () #define ret return #define mega_cow_return_stuff() ({ \ /* if (ijet_debugmask & (1<<3)) \ debug_DumpToScreen('R',__FUNCTION__); */ \ debug1(("%s RETURN\n", ROUTINE_NAME)); \ ijet_debug_indentLevel--; \ 0; }) #define return switch (sizeof(ijet_debug_inside_begin_end)>1 ? \ (mega_cow_return_stuff()) : 0) \ default: return #else #define begin(ROUTINE_NAME...) { extern int main () #define end(ROUTINE_NAME...) } extern int main () #define ret return #endif /*--------------------------------------------------------------------------* * Assert, etc. *--------------------------------------------------------------------------*/ /* #if IJETD #define assert(CONDITION) \ ((CONDITION) ? 0 : \ (printf("assertion failed: \"%s\", file: %s, line: %d\n", \ #CONDITION, __FILE__, __LINE__),panic ("(assertion failed)\n"),0)) #else #define assert(CONDITION) (0) #endif */ /*--------------------------------------------------------------------------* * other "extensions" to C *--------------------------------------------------------------------------*/ #define notreached assert (FALSE) #define public #define internal #define private static #define in #define out #define in_out #undef NULL #define NULL ((void *) 0) #undef FALSE #undef TRUE typedef enum {FALSE, TRUE} bool; /*--------------------------------------------------------------------------* * some #define functions *--------------------------------------------------------------------------*/ #define arsize(A) (sizeof(A) / sizeof(A[0])) /* # of elements in an array */ /*--------------------------------------------------------------------------* * types for NetBSD *--------------------------------------------------------------------------*/ typedef signed char int8; typedef signed short int16; typedef signed int int32; typedef unsigned char uint8; typedef unsigned short uint16; typedef unsigned int uint32; /*------------------------------------------------------------------------ * global variables for debug *------------------------------------------------------------------------*/ #if IJETD #define IJET_DEBUG_LOG_SIZE 1000000 extern bool debug_directTextScreenMapDone; extern uint16 *debug_directTextScreenp; extern void *debug_bigBufp; extern char ijet_debug_inside_begin_end; extern int ijet_debugmask; extern char ijet_debugLogString[]; extern int ijet_debugLogIndex; extern char *ijet_debugLogBuffer; extern int ijet_PutLogString (void); extern void debug_DumpToScreen (char ch, char *s); #endif #endif /* _IJET_CODING_H_ */