42                           const int16_t runs[]) {
67     int         runSize = bounds.width() + 1; // +1 so we can set runs[bounds.width()] = 0  in blitFatAntiRect()
69     int16_t*    runs    = reinterpret_cast<int16_t*>(storage);  in blitFatAntiRect()  local
70     SkAlpha*    alphas  = reinterpret_cast<SkAlpha*>(runs + runSize);  in blitFatAntiRect()
72     runs[0] = 1;  in blitFatAntiRect()
73     runs[1] = bounds.width() - 2;  in blitFatAntiRect()
74     runs[bounds.width() - 1] = 1;  in blitFatAntiRect()
75     runs[bounds.width()]  = 0;  in blitFatAntiRect()
89     this->blitAntiH(bounds.fLeft, bounds.fTop, alphas, runs);  in blitFatAntiRect()
100         this->blitAntiH(bounds.fLeft, bounds.fBottom - 1, alphas, runs);  in blitFatAntiRect()
106     int         runSize = clip.width() + 1; // +1 so we can set runs[clip.width()] = 0  in blitCoverageDeltas()
108     int16_t*    runs    = reinterpret_cast<int16_t*>(storage);  in blitCoverageDeltas()  local
109     SkAlpha*    alphas  = reinterpret_cast<SkAlpha*>(runs + runSize);  in blitCoverageDeltas()
110     runs[clip.width()]  = 0; // we must set the last run to 0 so blitAntiH can stop there  in blitCoverageDeltas()
201                 runs[lastX - clip.fLeft]    = delta.fX - lastX; // set the run length  in blitCoverageDeltas()
211         runs[lastX - clip.fLeft]    = clip.fRight - lastX;  in blitCoverageDeltas()
213         this->blitAntiH(clip.fLeft, y, alphas, runs); // finally blit the current row  in blitCoverageDeltas()
221         int16_t runs[2];  in blitV()  local
222         runs[0] = 1;  in blitV()
223         runs[1] = 0;  in blitV()
226             this->blitAntiH(x, y++, &alpha, runs);  in blitV()
364         int16_t*                    runs = runStorage.get();  in blitMask()  local
367         sk_memset16((uint16_t*)runs, 1, width);  in blitMask()
368         runs[width] = 0;  in blitMask()
373             this->blitAntiH(clip.fLeft, y, aa, runs);  in blitMask()
417                               const int16_t runs[]) {}  in blitAntiH()  argument
433 static int compute_anti_width(const int16_t runs[]) {  in compute_anti_width()  argument
437         int count = runs[0];  in compute_anti_width()
444         runs += count;  in compute_anti_width()
480                                   const int16_t runs[]) {  in blitAntiH()  argument
486     int x1 = left + compute_anti_width(runs);  in blitAntiH()
495         SkAlphaRuns::BreakAt((int16_t*)runs, (uint8_t*)aa, dx);  in blitAntiH()
496         runs += dx;  in blitAntiH()
501     SkASSERT(x0 < x1 && runs[x1 - x0] == 0);  in blitAntiH()
504         SkAlphaRuns::BreakAt((int16_t*)runs, (uint8_t*)aa, x1 - x0);  in blitAntiH()
505         ((int16_t*)runs)[x1 - x0] = 0;  in blitAntiH()
508     SkASSERT(x0 < x1 && runs[x1 - x0] == 0);  in blitAntiH()
509     SkASSERT(compute_anti_width(runs) == x1 - x0);  in blitAntiH()
511     fBlitter->blitAntiH(x0, y, aa, runs);  in blitAntiH()
603                                  const int16_t runs[]) {  in blitAntiH()  argument
604     int width = compute_anti_width(runs);  in blitAntiH()
615         SkAlphaRuns::Break((int16_t*)runs, (uint8_t*)aa, left - x, right - left);  in blitAntiH()
620             ((uint8_t*)aa)[index] = 0;   // skip runs after right  in blitAntiH()
621             ((int16_t*)runs)[index] = SkToS16(left - prevRite);  in blitAntiH()
628         ((int16_t*)runs)[prevRite - x] = 0;  in blitAntiH()
631             int skip = runs[0];  in blitAntiH()
634             runs += skip;  in blitAntiH()
637         fBlitter->blitAntiH(x, y, aa, runs);  in blitAntiH()
921 void SkRectClipCheckBlitter::blitAntiH(int x, int y, const SkAlpha aa[], const int16_t runs[]) {  in blitAntiH()  argument
922     const int16_t* iter = runs;  in blitAntiH()
925     int width = iter - runs;  in blitAntiH()
927     fBlitter->blitAntiH(x, y, aa, runs);  in blitAntiH()