74       SizeT       req_szB;  member
97    tl_assert(b1->req_szB > 0);  in interval_tree_Cmp()
98    tl_assert(b2->req_szB > 0);  in interval_tree_Cmp()
99    if (b1->payload + b1->req_szB <= b2->payload) return -1;  in interval_tree_Cmp()
100    if (b2->payload + b2->req_szB <= b1->payload) return  1;  in interval_tree_Cmp()
116               && a < fbc_cache0->payload + fbc_cache0->req_szB)) {  in find_Block_containing()
123               && a < fbc_cache1->payload + fbc_cache1->req_szB)) {  in find_Block_containing()
133    fake.req_szB = 1;  in find_Block_containing()
159    fake.req_szB = 1;  in delete_Block_starting_at()
260    api->cur_bytes_live += bk->req_szB;  in intro_Block()
268    api->tot_bytes += bk->req_szB;  in intro_Block()
272    g_tot_bytes += bk->req_szB;  in intro_Block()
275    g_cur_bytes_live += bk->req_szB;  in intro_Block()
309                bk->ap, api->cur_bytes_live, (ULong)bk->req_szB);  in retire_Block()
314       tl_assert(api->cur_bytes_live >= bk->req_szB);  in retire_Block()
316       api->cur_bytes_live -= bk->req_szB;  in retire_Block()
326       tl_assert(g_cur_bytes_live >= bk->req_szB);  in retire_Block()
327       g_cur_bytes_live -= bk->req_szB;  in retire_Block()
342          api->xsize = bk->req_szB;  in retire_Block()
354          if (bk->req_szB != api->xsize) {  in retire_Block()
356                                api, api->xsize, bk->req_szB);  in retire_Block()
378       tl_assert(api->xsize == bk->req_szB);  in retire_Block()
393       VG_(printf)("block retiring, histo %lu: ", bk->req_szB);  in retire_Block()
395       for (i = 0; i < bk->req_szB; i++)  in retire_Block()
399       VG_(printf)("block retiring, no histo %lu\n", bk->req_szB);  in retire_Block()
451 void* new_block ( ThreadId tid, void* p, SizeT req_szB, SizeT req_alignB,  in new_block()  argument
457    if ((SSizeT)req_szB < 0) return NULL;  in new_block()
459    if (req_szB == 0)  in new_block()
460       req_szB = 1;  /* can't allow zero-sized blocks in the interval tree */  in new_block()
464       p = VG_(cli_malloc)( req_alignB, req_szB );  in new_block()
468       if (is_zeroed) VG_(memset)(p, 0, req_szB);  in new_block()
470       tl_assert(actual_szB >= req_szB);  in new_block()
479    bk->req_szB   = req_szB;  in new_block()
486    if (req_szB <= HISTOGRAM_SIZE_LIMIT) {  in new_block()
487       bk->histoW = VG_(malloc)("dh.new_block.2", req_szB * sizeof(UShort));  in new_block()
488       VG_(memset)(bk->histoW, 0, req_szB * sizeof(UShort));  in new_block()
497    if (0) VG_(printf)("ALLOC %lu -> %p\n", req_szB, p);  in new_block()
513    tl_assert(bk->req_szB > 0);  in die_block()
516    tl_assert( (Addr)p < bk->payload + bk->req_szB );  in die_block()
551    tl_assert(bk->req_szB > 0);  in renew_block()
554    tl_assert( (Addr)p_old < bk->payload + bk->req_szB );  in renew_block()
568    if (new_req_szB <= bk->req_szB) {  in renew_block()
572                                    (Long)new_req_szB - (Long)bk->req_szB);  in renew_block()
573       bk->req_szB = new_req_szB;  in renew_block()
587       VG_(memcpy)(p_new, p_old, bk->req_szB);  in renew_block()
599                                    (Long)new_req_szB - (Long)bk->req_szB);  in renew_block()
601       bk->req_szB = new_req_szB;  in renew_block()
675    return bk ? bk->req_szB : 0;  in dh_malloc_usable_size()
688    tl_assert(offMin < bk->req_szB);  in inc_histo_for_block()
690    if (offMax1 > bk->req_szB)  in inc_histo_for_block()
691       offMax1 = bk->req_szB;  in inc_histo_for_block()