src/common/println.hpp

Idź do dokumentacji tego pliku.

/*
 panaLiX, Adrian Panasiuk 2002-5,8
 http://panalix.sf.net/
 ad.ek336@gmail.com
 
 small osdev project
 provided under GPLv3 license.
 */


#ifndef __PANALIX_PRINTLN_HPP
#define __PANALIX_PRINTLN_HPP

#define prin34(a,b...) print(a);print(b);
#define prin33(a,b...) print(a);prin34(b);
#define prin32(a,b...) print(a);prin33(b);
#define prin31(a,b...) print(a);prin32(b);
#define prin30(a,b...) print(a);prin31(b);
#define prin29(a,b...) print(a);prin30(b);
#define prin28(a,b...) print(a);prin29(b);
#define prin27(a,b...) print(a);prin28(b);
#define prin26(a,b...) print(a);prin27(b);
#define prin25(a,b...) print(a);prin26(b);
#define prin24(a,b...) print(a);prin25(b);
#define prin23(a,b...) print(a);prin24(b);
#define prin22(a,b...) print(a);prin23(b);
#define prin21(a,b...) print(a);prin22(b);
#define prin20(a,b...) print(a);prin21(b);
#define prin19(a,b...) print(a);prin20(b);
#define prin18(a,b...) print(a);prin19(b);
#define prin17(a,b...) print(a);prin18(b);
#define prin16(a,b...) print(a);prin17(b);
#define prin15(a,b...) print(a);prin16(b);
#define prin14(a,b...) print(a);prin15(b);
#define prin13(a,b...) print(a);prin14(b);
#define prin12(a,b...) print(a);prin13(b);
#define prin11(a,b...) print(a);prin12(b);
#define prin10(a,b...) print(a);prin11(b);
#define prin9(a,b...) print(a);prin10(b);
#define prin8(a,b...) print(a);prin9(b);
#define prin7(a,b...) print(a);prin8(b);
#define prin6(a,b...) print(a);prin7(b);
#define prin5(a,b...) print(a);prin6(b);
#define prin4(a,b...) print(a);prin5(b);
#define prin3(a,b...) print(a);prin4(b);
#define prin2(a,b...) print(a);prin3(b);
#define prin1(a,b...)  print(a);prin2(b);
#define prin(a...) do { prin1(a); } while(0)

#define println(args...) do {prin( args ); kprintf("\n");} while(0)

/*\note padbits wielokrotnosc liczby 4*/
namespace pr {

   template <int padbits>
   struct sint {
      sint64 s;
      sint(sint64 s) : s(s) { }
   };

}

#if 0
template <int padbits>
inline void print(struct pr_sint<padbits> l) {
   uint64 li= reinterpret_cast<uint64>(l.s);
   char ltrs[] = {'0','1','2','3','4','5','6','7','8','9','a','b','c','d','e','f'};
   int pd = (padbits>>2)<<2;
   while ((li >> (64-pd)) == 0) {
      putch('0');
      pd-=4;
   }
   if (padbits == 0 && li == 0) {
      putch('0');
      return;
   }
   for (int i=60;i>=0;i-=4) {
      if ( ((li >> i)&0xF) )
         putch(ltrs[ ((li>>i)&0xf) ]);
   }
}
#endif

//void print(char *n);
//void print();

#endif

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