osprey/libkapi/kapi_bv.h File Reference

#include <inttypes.h>
#include <stdio.h>

Include dependency graph for kapi_bv.h:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Data Types

type  _BV64_T
type  _BV128_T
type  _BV_T

Defines

#define i2bv32(i)   ( 1 << (i) )
#define ZERO_bv32(bv)   ((bv) = 0)
#define ONE_bv32(bv)   ((bv)=0xFFFFFFFF)
#define bv32ZEROS()   ( 0 )
#define bv32ONES(len)   ( ((len) == 0) ? 0 : ( ( (len) < 32 ) ? ( 1 << (len) ) - 1 : 0xFFFFFFFF ) )
#define bv32ONES_MASK(len, pos)   ( bv32ONES(len) << ( pos ) )
#define bv32SHL(bv32Src, len)   ( ((len)>=32) ? 0 : ( (bv32Src) << (len) ) )
#define bv32SHRL(bv32Src, len)   ( ( (len)>=32) ? 0 : ( ( (uint32_t) (bv32Src) ) >> (len) ) )
#define bv32EXTRACTU(bv32Src, len, pos)   ( bv32SHRL( (bv32Src), (pos) ) & bv32ONES(len) )
#define isbv32ZERO(bv)   ( (bv) == 0 )
#define isbv32BITSET(bv, pos)   ( ( (bv) & ( 1 << ((pos)) ) ) )
#define bv32AND(bv1, bv2)   ( (bv1) & (bv2) )
#define bv32OR(bv1, bv2)   ( (bv1) | (bv2) )
#define bv32XOR(bv1, bv2)   ( (bv1) ^ (bv2) )
#define bv32NOT(bvRes, bv)   { (bvRes) = ~(bv); }
#define UNSETBIT_bv32(bv, pos)
#define SETBIT_bv32(bv, pos)
#define COPY_bv32(bvTar, bvSrc)
#define isbv64ZERO(bv)   ( (bv.i1) == 0 && (bv.i2) == 0 )
#define isbv64BITSET(bv, pos)
#define ZERO_bv64(bv)   { (bv.i1) = 0; (bv.i2) = 0; }
#define SETBIT_bv64(bv, pos)
#define COPY_bv64(bvTar, bvSrc)
#define ONES_bv64(bv64Tar, len)
#define OR_SELF_bv64(bvRes, bv1)
#define AND_SELF_bv64(bvRes, bv1)
#define OR_2_bv64(bvRes, bv1, bv2)
#define AND_2_bv64(bvRes, bv1, bv2)
#define OR_3SELF_bv64(bvRes, bv1, bv2, bv3)
#define AND_3SELF_bv64(bvRes, bv1, bv2, bv3)
#define NOT_bv64(bvRes, bv)
#define SHL_bv64(bv64Tar, bv64Src, len)
#define SHRL_bv64(bv64Tar, bv64Src, len)
#define EXTRACTU_bv64(bv64Tar, bv64Src, len, pos)
#define OR_SELF_bv128(bvRes, bv1)
#define AND_SELF_bv128(bvRes, bv1)
#define OR_2_bv128(bvRes, bv1, bv2)
#define AND_2_bv128(bvRes, bv1, bv2)
#define OR_3SELF_bv128(bvRes, bv1, bv2, bv3)
#define AND_3SELF_bv128(bvRes, bv1, bv2, bv3)
#define NOT_bv128(bvRes, bv)
#define ZERO_bv128(bv)
#define ONE_bv128(bv)
#define isbv128ZERO(bv)
#define isbv128BITSET(bv, pos)
#define SETBIT_bv128(bv, pos)
#define COPY_bv128(bvTar, bvSrc)
#define BYTE_LENGTHbv(pbv)   ( 4 * (pbv)->n32Chunks )
#define BIT_LENGTHbv(pbv)   ( 32 * (pbv)->n32Chunks )
#define isbvBITSET(pbv, pos)   ( (pbv)->n32Chunks == 0 ? 0 : ((pbv)->pint32Data[ (pos) >> 5 ] & ( 1 << ((pos) & 0x1F )) ) )
#define SETBIT_bv(pbv, pos)   { (pbv)->pint32Data[ (pos) >> 5 ] |= ( 1 << ((pos) & 0x1F) ); }
#define UNSETBIT_bv(pbv, pos)   { (pbv)->pint32Data[ (pos) >> 5 ] &= ~( 1 << ((pos) & 0x1F) ); }
#define ONE_bv(pbv)
#define ZERO_bv(pbv)
#define u32ALLOCATED(length)   ( ( ((length-1) / 32) + 1 ))

Typedefs

typedef uint32_t bv32_t
typedef struct _BV64_T bv64_t
typedef struct _BV128_T bv128_t
typedef struct _BV_T bv_t

Functions/Subroutines

char * bv322pch (bv32_t bv32, char *pch)
char * bv642pch (bv64_t bv64, char *pch)
char * bv1282pch (bv128_t bv128, char *pch)
bv_t * pbvMake (int iLength, int fOn)
bv_t * pbvDup (bv_t *pbv)
void bvInit (bv_t *pbv, int iLength, int fOn)
void bvResize (bv_t *pbv, int iNewLength, int fOn)
int fEqual_bv (bv_t *pbv1, bv_t *pbv2)
bv_t * pbvOr (bv_t *pbvTarget, bv_t *pbvSrc1, bv_t *pbvSrc2)
bv_t * pbvAnd (bv_t *pbvTarget, bv_t *pbvSrc1, bv_t *pbvSrc2)
bv_t * pbvXor (bv_t *pbvTarget, bv_t *pbvSrc1, bv_t *pbvSrc2)
void Printbv (FILE *fp, bv_t *pbv)
void Free_pbv (bv_t *pbv)

Define Documentation

#define AND_2_bv128 ( bvRes,
bv1,
bv2   ) 

Value:

{ (bvRes.i1) = (bv1.i1) & ( bv2.i1 ); \
   (bvRes.i2) = (bv1.i2) & ( bv2.i2 ); \
   (bvRes.i3) = (bv1.i3) & ( bv2.i3 ); \
   (bvRes.i4) = (bv1.i4) & ( bv2.i4 ); }

Definition at line 248 of file kapi_bv.h.

#define AND_2_bv64 ( bvRes,
bv1,
bv2   ) 

Value:

{ (bvRes.i1) = (bv1.i1) & ( bv2.i1 ); \
   (bvRes.i2) = (bv1.i2) & ( bv2.i2 ); }

Definition at line 168 of file kapi_bv.h.

#define AND_3SELF_bv128 ( bvRes,
bv1,
bv2,
bv3   ) 

Value:

{ (bvRes.i1) &= (bv1.i1) & ( bv2.i1 ) & ( bv3.i1 ); \
   (bvRes.i2) &= (bv1.i2) & ( bv2.i2 ) & ( bv3.i2 ); \
   (bvRes.i3) &= (bv1.i3) & ( bv2.i3 ) & ( bv3.i3 ); \
   (bvRes.i4) &= (bv1.i4) & ( bv2.i4 ) & ( bv3.i4 ); }

Definition at line 260 of file kapi_bv.h.

#define AND_3SELF_bv64 ( bvRes,
bv1,
bv2,
bv3   ) 

Value:

{ (bvRes.i1) &= (bv1.i1) & ( bv2.i1 ) & ( bv3.i1 ); \
   (bvRes.i2) &= (bv1.i2) & ( bv2.i2 ) & ( bv3.i2 ); }

Definition at line 176 of file kapi_bv.h.

#define AND_SELF_bv128 ( bvRes,
bv1   ) 

Value:

{  (bvRes.i1) &=  ( bv1.i1 ); \
   (bvRes.i2) &=  ( bv1.i2 ); \
   (bvRes.i3) &=  ( bv1.i3 ); \
   (bvRes.i4) &=  ( bv1.i4 ); }

Definition at line 236 of file kapi_bv.h.

#define AND_SELF_bv64 ( bvRes,
bv1   ) 

Value:

{ (bvRes.i1) &=  ( bv1.i1 );           \
   (bvRes.i2) &=  ( bv1.i2 ); }

Definition at line 160 of file kapi_bv.h.

#define BIT_LENGTHbv ( pbv   )     ( 32 * (pbv)->n32Chunks )

Definition at line 326 of file kapi_bv.h.

#define bv32AND ( bv1,
bv2   )     ( (bv1) & (bv2) )

Definition at line 85 of file kapi_bv.h.

Referenced by kmapi_AllocateForItanium(), and KMAPI_SetResourceMap().

#define bv32EXTRACTU ( bv32Src,
len,
pos   )     ( bv32SHRL( (bv32Src), (pos) ) & bv32ONES(len) )

Definition at line 74 of file kapi_bv.h.

#define bv32NOT ( bvRes,
bv   )     { (bvRes) = ~(bv); }

Definition at line 94 of file kapi_bv.h.

Referenced by KMAPI_SetResourceMap().

#define bv32ONES ( len   )     ( ((len) == 0) ? 0 : ( ( (len) < 32 ) ? ( 1 << (len) ) - 1 : 0xFFFFFFFF ) )

Definition at line 62 of file kapi_bv.h.

#define bv32ONES_MASK ( len,
pos   )     ( bv32ONES(len) << ( pos ) )

Definition at line 65 of file kapi_bv.h.

#define bv32OR ( bv1,
bv2   )     ( (bv1) | (bv2) )

Definition at line 88 of file kapi_bv.h.

Referenced by KMAPI_SetResourceMap().

#define bv32SHL ( bv32Src,
len   )     ( ((len)>=32) ? 0 : ( (bv32Src) << (len) ) )

Definition at line 68 of file kapi_bv.h.

#define bv32SHRL ( bv32Src,
len   )     ( ( (len)>=32) ? 0 : ( ( (uint32_t) (bv32Src) ) >> (len) ) )

Definition at line 71 of file kapi_bv.h.

#define bv32XOR ( bv1,
bv2   )     ( (bv1) ^ (bv2) )

Definition at line 91 of file kapi_bv.h.

 
#define bv32ZEROS (  )     ( 0 )

Definition at line 60 of file kapi_bv.h.

#define BYTE_LENGTHbv ( pbv   )     ( 4 * (pbv)->n32Chunks )

Definition at line 323 of file kapi_bv.h.

Referenced by KAPI3X_update_cluster0Cutports(), and pbvDup().

#define COPY_bv128 ( bvTar,
bvSrc   ) 

Value:

{ bvTar.i1 = bvSrc.i1;                 \
   bvTar.i2 = bvSrc.i2;                 \
   bvTar.i3 = bvSrc.i3;                 \
   bvTar.i4 = bvSrc.i4; }

Definition at line 305 of file kapi_bv.h.

Referenced by kmapi_AllocateException().

#define COPY_bv32 ( bvTar,
bvSrc   ) 

Value:

{       \
   (bvTar) = (bvSrc);  }

Definition at line 104 of file kapi_bv.h.

Referenced by fulist_AddNewNode(), and kmapi_AllocateForItanium().

#define COPY_bv64 ( bvTar,
bvSrc   ) 

Value:

{       \
   bvTar.i1 = bvSrc.i1;                 \
   bvTar.i2 = bvSrc.i2; }

Definition at line 137 of file kapi_bv.h.

#define EXTRACTU_bv64 ( bv64Tar,
bv64Src,
len,
pos   ) 

Value:

{ \
     SHRL_bv64( bv64Tar, bv64Src, (pos) ) \
     bv64Tar.i1 &= bv32ONES( len ); \
     bv64Tar.i2 &= ( (len)>32 ) ? bv32ONES(64 - (len)) : 0; \
   }

Definition at line 212 of file kapi_bv.h.

Referenced by Test_bv64Rtns().

#define i2bv32 ( i   )     ( 1 << (i) )

Definition at line 52 of file kapi_bv.h.

#define isbv128BITSET ( bv,
pos   ) 

Value:

( ( (pos) < 32 ) ? (                        \
       ( bv.i1 & ( 1 << ((pos)) ) ) ) : (      \
     ( (pos) < 64 ) ? (                        \
        ( bv.i2 & ( 1 << ((pos)-32) ) ) ) : (  \
     ( (pos) < 96 ) ? (                        \
        ( bv.i3 & ( 1 << ((pos)-64) ) ) ) :    \
     ( bv.i4 & ( 1 << ((pos)-96) ) ) ) ) )

Definition at line 285 of file kapi_bv.h.

Referenced by kmapi_AllocateException(), and KMAPI_ImplicitBreakType().

#define isbv128ZERO ( bv   ) 

Value:

(    (bv.i1) == 0 && (bv.i2) == 0  \
     && (bv.i3) == 0 && (bv.i4) == 0 )

Definition at line 281 of file kapi_bv.h.

#define isbv32BITSET ( bv,
pos   )     ( ( (bv) & ( 1 << ((pos)) ) ) )

Definition at line 81 of file kapi_bv.h.

Referenced by KAPI_fuGetLatencyType(), KMAPI_AllocationOptions4fu(), KMAPI_GetFirstAllocatedMapResource(), KMAPI_GetNextAllocatedMapResource(), kmapi_getunset_resource(), and KMAPI_ResourceStatus().

#define isbv32ZERO ( bv   )     ( (bv) == 0 )

Definition at line 78 of file kapi_bv.h.

Referenced by kmapi_AllocateForItanium(), and KMAPI_IsResourceMapClear().

#define isbv64BITSET ( bv,
pos   ) 

Value:

( ( (pos) < 32 ) ? (                      \
       ( bv.i1 & ( 1 << ((pos)) ) ) ) : (    \
     ( ( bv.i2 & ( 1 << ((pos)-32) ) ) ) ) )

Definition at line 121 of file kapi_bv.h.

#define isbv64ZERO ( bv   )     ( (bv.i1) == 0 && (bv.i2) == 0 )

Definition at line 118 of file kapi_bv.h.

#define isbvBITSET ( pbv,
pos   )     ( (pbv)->n32Chunks == 0 ? 0 : ((pbv)->pint32Data[ (pos) >> 5 ] & ( 1 << ((pos) & 0x1F )) ) )

Definition at line 329 of file kapi_bv.h.

Referenced by EKAPI_EunMask4op(), EKAPI_OppMask4op(), KAPI_cportCount4fu(), KAPI_cportMask4fu(), KDebug_DumpFUTable(), KMAPI_AllocationOptions4fu(), and Printbv().

#define NOT_bv128 ( bvRes,
bv   ) 

Value:

{ (bvRes.i1) = ~(bv.i1);     \
   (bvRes.i2) = ~(bv.i2);     \
   (bvRes.i3) = ~(bv.i3);     \
   (bvRes.i4) = ~(bv.i4); }

Definition at line 266 of file kapi_bv.h.

#define NOT_bv64 ( bvRes,
bv   ) 

Value:

{ (bvRes.i1) = ~(bv.i1);    \
   (bvRes.i2) = ~(bv.i2); }

Definition at line 180 of file kapi_bv.h.

#define ONE_bv ( pbv   ) 

Value:

{  \
     memset( (pbv)->pint32Data, 0xFFFFFFFF,  BYTE_LENGTHbv(pbv) );  \
   }

Definition at line 338 of file kapi_bv.h.

#define ONE_bv128 ( bv   ) 

Value:

{ (bv.i1) = 0xFFFFFFFF; (bv.i2) = 0xFFFFFFFF;  \
   (bv.i3) = 0xFFFFFFFF; (bv.i4) = 0xFFFFFFFF;  }

Definition at line 276 of file kapi_bv.h.

Referenced by kmapi_parse_exception().

#define ONE_bv32 ( bv   )     ((bv)=0xFFFFFFFF)

Definition at line 57 of file kapi_bv.h.

Referenced by KMAPI_SetAllResources().

#define ONES_bv64 ( bv64Tar,
len   ) 

Value:

{ \
      if ( (len) == 0 ) { \
         bv64Tar.i1 = 0; \
         bv64Tar.i2 = 0; \
      } if ( (len) <= 32 ) { \
         bv64Tar.i1 = bv32ONES( len ); \
         bv64Tar.i2 = 0; \
      } else { \
         bv64Tar.i1 = 0xFFFFFFFF; \
         bv64Tar.i2 = bv32ONES( (len)-32 ); \
      }  \
   }

Definition at line 141 of file kapi_bv.h.

Referenced by Test_bv64Rtns().

#define OR_2_bv128 ( bvRes,
bv1,
bv2   ) 

Value:

{ (bvRes.i1) = (bv1.i1) | ( bv2.i1 ); \
   (bvRes.i2) = (bv1.i2) | ( bv2.i2 ); \
   (bvRes.i3) = (bv1.i3) | ( bv2.i3 ); \
   (bvRes.i4) = (bv1.i4) | ( bv2.i4 ); }

Definition at line 242 of file kapi_bv.h.

#define OR_2_bv64 ( bvRes,
bv1,
bv2   ) 

Value:

{ (bvRes.i1) = (bv1.i1) | ( bv2.i1 ); \
   (bvRes.i2) = (bv1.i2) | ( bv2.i2 ); }

Definition at line 164 of file kapi_bv.h.

#define OR_3SELF_bv128 ( bvRes,
bv1,
bv2,
bv3   ) 

Value:

{ (bvRes.i1) |= (bv1.i1) | ( bv2.i1 ) | (bv3.i1); \
   (bvRes.i2) |= (bv1.i2) | ( bv2.i2 ) | (bv3.i2); \
   (bvRes.i3) |= (bv1.i3) | ( bv2.i3 ) | (bv3.i3); \
   (bvRes.i4) |= (bv1.i4) | ( bv2.i4 ) | (bv3.i4); }

Definition at line 254 of file kapi_bv.h.

#define OR_3SELF_bv64 ( bvRes,
bv1,
bv2,
bv3   ) 

Value:

{ (bvRes.i1) |= (bv1.i1) | ( bv2.i1 ) | (bv3.i1); \
   (bvRes.i2) |= (bv1.i2) | ( bv2.i2 ) | (bv3.i2); }

Definition at line 172 of file kapi_bv.h.

#define OR_SELF_bv128 ( bvRes,
bv1   ) 

Value:

{ (bvRes.i1) |= ( bv1.i1 ); \
   (bvRes.i2) |= ( bv1.i2 ); \
   (bvRes.i3) |= ( bv1.i3 ); \
   (bvRes.i4) |= ( bv1.i4 ); }

Definition at line 230 of file kapi_bv.h.

#define OR_SELF_bv64 ( bvRes,
bv1   ) 

Value:

{ (bvRes.i1) |= ( bv1.i1 );      \
   (bvRes.i2) |= ( bv1.i2 ); }

Definition at line 156 of file kapi_bv.h.

#define SETBIT_bv ( pbv,
pos   )     { (pbv)->pint32Data[ (pos) >> 5 ] |= ( 1 << ((pos) & 0x1F) ); }

Definition at line 332 of file kapi_bv.h.

Referenced by pbvBuild4valhdr().

#define SETBIT_bv128 ( bv,
pos   ) 

Value:

{ if ( (pos) < 32 ) {               \
       bv.i1 |= ( 1 << (pos) );      \
   } else if ( (pos) < 64 ) {        \
       bv.i2 |= ( 1 << ((pos)-32) ); \
   } else if ( (pos) < 96 ) {        \
       bv.i3 |= ( 1 << ((pos)-64) ); \
   } else {                          \
       bv.i4 |= ( 1 << ((pos)-96) ); \
   } }

Definition at line 294 of file kapi_bv.h.

Referenced by kmapi_parse_exception(), and kmapi_parse_split().

#define SETBIT_bv32 ( bv,
pos   ) 

Value:

{      \
       (bv) |= ( 1 << (pos) );  }

Definition at line 101 of file kapi_bv.h.

Referenced by kmapi_AllocateForItanium(), KMAPI_AllocationOptions4fu(), and KMAPI_SetResource().

#define SETBIT_bv64 ( bv,
pos   ) 

Value:

{      \
   { if ( (pos) < 32 ) {               \
       bv.i1 |= ( 1 << (pos) );      \
   } else if ( (pos) < 64 ) { \
       bv.i2 |= ( 1 << ((pos)-32) ); \
   }  } }

Definition at line 130 of file kapi_bv.h.

Referenced by Test_bv64Rtns().

#define SHL_bv64 ( bv64Tar,
bv64Src,
len   ) 

Value:

{ \
 \
      bv64Tar.i1 = bv32SHL( bv64Src.i1, (len) ); \
      bv64Tar.i2 = bv32SHL( bv64Src.i2, (len) ); \
 \
      /* compute high order len bits of i1 */ \
      if ( (len) > 32 ) { \
         bv64Tar.i2 |= bv32SHL( bv64Src.i1, (len)-32 ); \
      } else { \
         bv64Tar.i2 |= bv32EXTRACTU( bv64Src.i1, (len), 32-(len) ); \
      } \
   }

Definition at line 184 of file kapi_bv.h.

Referenced by Test_bv64Rtns().

#define SHRL_bv64 ( bv64Tar,
bv64Src,
len   ) 

Value:

{ \
      bv64Tar.i1 = bv32SHRL( bv64Src.i1, (len) ); \
      bv64Tar.i2 = bv32SHRL( bv64Src.i2, (len) ); \
 \
      /* extract low order bits of i2 */ \
      if ( (len) > 32 ) { \
         bv64Tar.i1 |= bv32SHRL( bv64Src.i2, (len)-32 ); \
      } else { \
         bv64Tar.i1 |= bv32SHL( bv32EXTRACTU( bv64Src.i2, (len), 0 ), 32-(len) ); \
      } \
   }

Definition at line 199 of file kapi_bv.h.

Referenced by Test_bv64Rtns().

#define u32ALLOCATED ( length   )     ( ( ((length-1) / 32) + 1 ))

Definition at line 369 of file kapi_bv.h.

Referenced by bvInit(), bvResize(), and pbvMake().

#define UNSETBIT_bv ( pbv,
pos   )     { (pbv)->pint32Data[ (pos) >> 5 ] &= ~( 1 << ((pos) & 0x1F) ); }

Definition at line 335 of file kapi_bv.h.

#define UNSETBIT_bv32 ( bv,
pos   ) 

Value:

{      \
       (bv) &= ~( 1 << (pos) );  }

Definition at line 98 of file kapi_bv.h.

Referenced by KMAPI_AllocationOptions4fu(), kmapi_getunset_resource(), and KMAPI_SetResource().

#define ZERO_bv ( pbv   ) 

Value:

{  \
     memset( (pbv)->pint32Data, 0,  BYTE_LENGTHbv(pbv) );  \
   }

Definition at line 343 of file kapi_bv.h.

Referenced by KAPI3X_update_cluster0Cutports().

#define ZERO_bv128 ( bv   ) 

Value:

{ (bv.i1) = 0; (bv.i2) = 0;  \
   (bv.i3) = 0; (bv.i4) = 0;  }

Definition at line 272 of file kapi_bv.h.

Referenced by bundle_fus_AddNode(), and kmapi_MakeException().

#define ZERO_bv32 ( bv   )     ((bv) = 0)

Definition at line 54 of file kapi_bv.h.

Referenced by kmapi_AllocateForItanium(), and KMAPI_SetAllResources().

#define ZERO_bv64 ( bv   )     { (bv.i1) = 0; (bv.i2) = 0; }

Definition at line 127 of file kapi_bv.h.

Referenced by Test_bv64Rtns().

Typedef Documentation

typedef struct _BV128_T bv128_t

typedef uint32_t bv32_t

Definition at line 50 of file kapi_bv.h.

typedef struct _BV64_T bv64_t

typedef struct _BV_T bv_t

Function Documentation

char* bv1282pch ( bv128_t  bv128,
char *  pch 
)

Definition at line 334 of file kapi_bv.c.

char* bv322pch ( bv32_t  bv32,
char *  pch 
)

Definition at line 288 of file kapi_bv.c.

References b, i, and pos().

char* bv642pch ( bv64_t  bv64,
char *  pch 
)

Definition at line 307 of file kapi_bv.c.

References b, i, _BV64_T::i1, _BV64_T::i2, and pos().

Referenced by Test_bv64Rtns().

void bvInit ( bv_t *  pbv,
int  iLength,
int  fOn 
)

Definition at line 131 of file kapi_bv.c.

References assert, i, len, malloc, _BV_T::n32Chunks, _BV_T::pint32Data, and u32ALLOCATED.

void bvResize ( bv_t *  pbv,
int  iNewLength,
int  fOn 
)

Definition at line 35 of file kapi_bv.c.

References i, _BV_T::n32Chunks, _BV_T::pint32Data, realloc, u32ALLOCATED, and val.

Referenced by KAPI3X_update_cluster0Cutports().

int fEqual_bv ( bv_t *  pbv1,
bv_t *  pbv2 
)

Definition at line 87 of file kapi_bv.c.

References i, _BV_T::n32Chunks, and _BV_T::pint32Data.

Referenced by fEqual_val().

void Free_pbv ( bv_t *  pbv  ) 

Definition at line 157 of file kapi_bv.c.

References free(), NULL, and _BV_T::pint32Data.

bv_t* pbvAnd ( bv_t *  pbvTarget,
bv_t *  pbvSrc1,
bv_t *  pbvSrc2 
)

Definition at line 226 of file kapi_bv.c.

References i, len, _BV_T::n32Chunks, and _BV_T::pint32Data.

bv_t* pbvDup ( bv_t *  pbv  ) 

Definition at line 112 of file kapi_bv.c.

References assert, BYTE_LENGTHbv, i, len, malloc, memcpy, _BV_T::n32Chunks, and _BV_T::pint32Data.

bv_t* pbvMake ( int  iLength,
int  fOn 
)

Definition at line 172 of file kapi_bv.c.

References assert, i, len, malloc, _BV_T::n32Chunks, _BV_T::pint32Data, and u32ALLOCATED.

Referenced by KDumpBin_LoadBitVector(), and pbvBuild4valhdr().

bv_t* pbvOr ( bv_t *  pbvTarget,
bv_t *  pbvSrc1,
bv_t *  pbvSrc2 
)

Definition at line 204 of file kapi_bv.c.

References i, len, _BV_T::n32Chunks, and _BV_T::pint32Data.

bv_t* pbvXor ( bv_t *  pbvTarget,
bv_t *  pbvSrc1,
bv_t *  pbvSrc2 
)

Definition at line 247 of file kapi_bv.c.

References i, len, _BV_T::n32Chunks, and _BV_T::pint32Data.

void Printbv ( FILE *  fp,
bv_t *  pbv 
)

Definition at line 269 of file kapi_bv.c.

References b, fprintf(), free(), i, isbvBITSET, malloc, and _BV_T::n32Chunks.

Generated on Wed Apr 8 15:57:00 2009 for Open64 by  doxygen 1.5.6