static void
mp_set_body_hitmiss(int edge_id, int hm_id, int set)
{
int i, num, ts0, ts, offset, mblk_id = 1, set1;
tcfg_node_t *bbi;
loop_t *lp;
bbi = tcfg_edges[edge_id]->dst;
lp = bbi_hm_list[bbi->id][hm_id];
num = bbi->bb->num_inst;
set1 = SET(bbi->bb->sa);
if (set1 == set)
bodies[edge_id][0].ic_flag = IC_UNCLEAR;
else
bodies[edge_id][0].ic_flag = get_mblk_hitmiss(bbi, 0, lp);
for (i = 1; i < num; i++) {
offset = CACHE_LINE(bbi->bb->code[i].addr);
if (offset == 0) {
set1 = SET(bbi->bb->code[i].addr);
if (set1 == set)
bodies[edge_id][i].ic_flag = IC_UNCLEAR;
else
bodies[edge_id][i].ic_flag = get_mblk_hitmiss(bbi, mblk_id, lp);
mblk_id++;
}
}
}
static void
est_start_unit()
{
int num_b, num_e, offset, i, t, unit_estimated = 0;
tcfg_node_t *bbi = tcfg[0];
tcfg_edge_t *e;
code_link_t *elog;
num_b = tcfg[0]->bb->num_inst;
start_body[0].ic_flag = IC_MISS;
for (i = 1; i < num_b; i++) {
offset = CACHE_LINE(bbi->bb->code[i].addr);
if (offset == 0)
start_body[i].ic_flag = IC_MISS;
}
for (e = bbi->out; e != NULL; e = e->next_out) {
for (elog = epilogs[e->id]; elog != NULL; elog = elog->next) {
num_e = elog->num_inst;
create_egraph(NULL, 0, elog->code, num_e, start_body, num_b,
BP_CPRED, loops[0]);
t = est_egraph();
if (t > start_time)
start_time = t;
unit_estimated = 1;
}
}
if (unit_estimated == 0) {
create_egraph(NULL, 0, NULL, 0, start_body, num_b, BP_CPRED, loops[0]);
t = est_egraph();
if (t > start_time)
start_time = t;
}
}
void _cache_writeback(CACHE_t *cache, size_t block_n, BLOCK_t *block, MEMBUF_t *mem) {
debug("Writing back block %zu of set %zu from %scache to %08X.\n",
block_n, block->tag & (cache->n_sets - 1), cache->name, block->tag);
size_t set = block->tag & (cache->n_sets - 1);
memcpy(&(*mem)[block->tag - MIPS_RESERVE],
CACHE_LINE(cache, set, block_n),
cache->n_words * sizeof(b32));
}
static void
get_loop_affected_sets(int lp_id, tcfg_edge_t *mp_edge, int num_inst)
{
tcfg_edge_t *edge;
tcfg_node_t *bbi;
tcfg_elink_t *elink;
int offset, i, k, set, tag;
if (mp_edge == mp_edge->src->out)
edge = mp_edge->next_out;
else
edge = mp_edge->src->out;
if (edge->flags == 1)
return;
for (i = num_inst; i < num_mp_insts[edge->id]; i++) {
offset = CACHE_LINE(mp_insts[edge->id][i]->addr);
if (offset == 0)
break;
}
memset(num_mp_set_tags, 0, cache.ns * sizeof(int));
for (; i < num_mp_insts[edge->id]; i++) {
set = SET(mp_insts[edge->id][i]->addr);
if (num_mp_set_tags[set] == cache.na)
continue;
tag = TAG(mp_insts[edge->id][i]->addr);
if (num_mp_set_tags[set] == 0) {
mp_set_tags[set][0] = tag;
num_mp_set_tags[set] = 1;
} else {
for (k = 0; k < num_mp_set_tags[set]; k++) {
if (tag == mp_set_tags[set][k])
break;
}
if (k == num_mp_set_tags[set]) {
mp_set_tags[set][k] = tag;
num_mp_set_tags[set]++;
}
}
}
for (set = 0; set < cache.ns; set++) {
i = num_mblk_conflicts[lp_id][set];
if (i > cache.na)
continue;
if ((num_mp_set_tags[set] + i) > cache.na) {
elink = (tcfg_elink_t *) calloc(1, sizeof(tcfg_elink_t *));
elink->edge = edge;
elink->next = mp_affected_sets[lp_id][set];
mp_affected_sets[lp_id][set] = elink;
}
}
}
