/* Dump a spesh graph into string form, for debugging purposes. */
char * MVM_spesh_dump(MVMThreadContext *tc, MVMSpeshGraph *g) {
MVMSpeshBB *cur_bb;
/* Allocate buffer. */
DumpStr ds;
ds.alloc = 8192;
ds.buffer = MVM_malloc(ds.alloc);
ds.pos = 0;
/* Dump name and CUID. */
append(&ds, "Spesh of '");
append_str(tc, &ds, g->sf->body.name);
append(&ds, "' (cuid: ");
append_str(tc, &ds, g->sf->body.cuuid);
append(&ds, ", file: ");
dump_fileinfo(tc, &ds, g);
append(&ds, ")\n");
if (g->cs)
dump_callsite(tc, &ds, g);
if (g->num_arg_guards)
dump_arg_guards(tc, &ds, g);
if (!g->cs && !g->num_arg_guards)
append(&ds, "\n");
/* Go over all the basic blocks and dump them. */
cur_bb = g->entry;
while (cur_bb) {
dump_bb(tc, &ds, g, cur_bb);
cur_bb = cur_bb->linear_next;
}
/* Dump facts. */
append(&ds, "\nFacts:\n");
dump_facts(tc, &ds, g);
if (g->num_spesh_slots || g->num_log_slots) {
append(&ds, "\nStats:\n");
appendf(&ds, " %d spesh slots\n", g->num_spesh_slots);
appendf(&ds, " %d log slots\n", g->num_log_slots);
}
if (g->num_log_slots) {
dump_log_values(tc, &ds, g);
}
append(&ds, "\n");
append_null(&ds);
return ds.buffer;
}
/* Dump a spesh graph into string form, for debugging purposes. */
char * MVM_spesh_dump(MVMThreadContext *tc, MVMSpeshGraph *g) {
MVMSpeshBB *cur_bb;
SpeshGraphSizeStats stats;
InlineIndexStack inline_stack;
DumpStr ds;
stats.total_size = 0;
stats.inlined_size = 0;
inline_stack.cur_depth = -1;
/* Allocate buffer. */
ds.alloc = 8192;
ds.buffer = MVM_malloc(ds.alloc);
ds.pos = 0;
/* Dump name and CUID. */
append(&ds, "Spesh of '");
append_str(tc, &ds, g->sf->body.name);
append(&ds, "' (cuid: ");
append_str(tc, &ds, g->sf->body.cuuid);
append(&ds, ", file: ");
dump_fileinfo(tc, &ds, g->sf);
append(&ds, ")\n");
if (g->cs)
dump_callsite(tc, &ds, g->cs);
if (!g->cs)
append(&ds, "\n");
/* Go over all the basic blocks and dump them. */
cur_bb = g->entry;
while (cur_bb) {
dump_bb(tc, &ds, g, cur_bb, &stats, &inline_stack);
cur_bb = cur_bb->linear_next;
}
/* Dump facts. */
if (g->facts) {
append(&ds, "\nFacts:\n");
dump_facts(tc, &ds, g);
}
/* Dump spesh slots. */
if (g->num_spesh_slots) {
MVMuint32 i;
append(&ds, "\nSpesh slots:\n");
for (i = 0; i < g->num_spesh_slots; i++) {
MVMCollectable *value = g->spesh_slots[i];
if (value == NULL)
appendf(&ds, " %d = NULL\n", i);
else if (value->flags & MVM_CF_STABLE)
appendf(&ds, " %d = STable (%s)\n", i,
MVM_6model_get_stable_debug_name(tc, (MVMSTable *)value));
else if (value->flags & MVM_CF_TYPE_OBJECT)
appendf(&ds, " %d = Type Object (%s)\n", i,
MVM_6model_get_debug_name(tc, (MVMObject *)value));
else {
MVMObject *obj = (MVMObject *)value;
MVMuint32 repr_id = REPR(obj)->ID;
appendf(&ds, " %d = Instance (%s)", i,
MVM_6model_get_debug_name(tc, obj));
if (repr_id == MVM_REPR_ID_MVMStaticFrame || repr_id == MVM_REPR_ID_MVMCode) {
MVMStaticFrameBody *body;
char *name_str;
char *cuuid_str;
if (repr_id == MVM_REPR_ID_MVMCode) {
MVMCodeBody *code_body = (MVMCodeBody *)OBJECT_BODY(obj);
obj = (MVMObject *)code_body->sf;
}
body = (MVMStaticFrameBody *)OBJECT_BODY(obj);
name_str = MVM_string_utf8_encode_C_string(tc, body->name);
cuuid_str = MVM_string_utf8_encode_C_string(tc, body->cuuid);
appendf(&ds, " - '%s' (%s)", name_str, cuuid_str);
MVM_free(name_str);
MVM_free(cuuid_str);
}
appendf(&ds, "\n");
}
}
}
/* Dump materialization deopt into. */
dump_deopt_pea(tc, &ds, g);
append(&ds, "\n");
/* Print out frame size */
if (stats.inlined_size)
appendf(&ds, "Frame size: %u bytes (%u from inlined frames)\n", stats.total_size, stats.inlined_size);
else
appendf(&ds, "Frame size: %u bytes\n", stats.total_size);
append_null(&ds);
return ds.buffer;
}
