92 static inline UWord swa_bitarray_read ( const UChar* arr, UWord ix ) {  in swa_bitarray_read()  argument
93    UWord bix = ix >> 3;  in swa_bitarray_read()
94    UWord off = ix & 7;  in swa_bitarray_read()
98 static inline UWord swa_bitarray_read_then_set ( UChar* arr, UWord ix ) {  in swa_bitarray_read_then_set()  argument
99    UWord bix = ix >> 3;  in swa_bitarray_read_then_set()
100    UWord off = ix & 7;  in swa_bitarray_read_then_set()
107 static inline UWord swa_bitarray_read_then_clear ( UChar* arr, UWord ix ) {  in swa_bitarray_read_then_clear()  argument
108    UWord bix = ix >> 3;  in swa_bitarray_read_then_clear()
109    UWord off = ix & 7;  in swa_bitarray_read_then_clear()
281    UWord   ix;  in VG_()  local
294       ix = (key >> (i*8)) & 0xFF;  in VG_()
295       levelN = levelN->child[ix];  in VG_()
303    ix = key & 0xFF;  in VG_()
304    if (swa_bitarray_read(level0->inUse, ix) == 0) return False;  in VG_()
305    *valP = level0->words[ix];  in VG_()
313    UWord   ix;  in VG_()  local
330       ix = (key >> (i*8)) & 0xFF;  in VG_()
331       if (levelN->child[ix] == NULL) {  in VG_()
332          levelN->child[ix] = swa_new_LevelN(swa, i-1);  in VG_()
336       levelN = levelN->child[ix];  in VG_()
342    ix = (key >> (1*8)) & 0xFF;  in VG_()
343    if (levelN->child[ix] == NULL) {  in VG_()
344       levelN->child[ix] = swa_new_Level0(swa);  in VG_()
348    level0 = levelN->child[ix];  in VG_()
353    ix = key & 0xFF;  in VG_()
354    if (swa_bitarray_read_then_set(level0->inUse, ix) == 0) {  in VG_()
361    level0->words[ix] = val;  in VG_()
371    UWord   ix;  in VG_()  local
389       ix = (key >> (i*8)) & 0xFF;  in VG_()
391       visitedIx[nVisited++] = ix;  in VG_()
392       levelN = levelN->child[ix];  in VG_()
400    ix = key & 0xFF;  in VG_()
402    if (swa_bitarray_read_then_clear(level0->inUse, ix) == 0)  in VG_()
405    *oldV = level0->words[ix];  in VG_()