static ORMatcher*
S_ormatcher_init2(ORMatcher *self, ORMatcherIVARS *ivars, Vector *children,
Similarity *sim) {
// Init.
PolyMatcher_init((PolyMatcher*)self, children, sim);
ivars->size = 0;
// Derive.
ivars->max_size = (uint32_t)Vec_Get_Size(children);
// Allocate.
ivars->heap = (HeapedMatcherDoc**)CALLOCATE(ivars->max_size + 1, sizeof(HeapedMatcherDoc*));
// Create a pool of HMDs. Encourage CPU cache hits by using a single
// allocation for all of them.
size_t amount_to_malloc = (ivars->max_size + 1) * sizeof(HeapedMatcherDoc);
ivars->blob = (char*)MALLOCATE(amount_to_malloc);
ivars->pool = (HeapedMatcherDoc**)CALLOCATE(ivars->max_size + 1, sizeof(HeapedMatcherDoc*));
for (uint32_t i = 1; i <= ivars->max_size; i++) {
size_t offset = i * sizeof(HeapedMatcherDoc);
HeapedMatcherDoc *hmd = (HeapedMatcherDoc*)(ivars->blob + offset);
ivars->pool[i] = hmd;
}
// Prime queue.
for (uint32_t i = 0; i < ivars->max_size; i++) {
Matcher *matcher = (Matcher*)Vec_Fetch(children, i);
if (matcher) {
S_add_element(self, ivars, (Matcher*)INCREF(matcher), 0);
}
}
return self;
}
RequiredOptionalMatcher*
ReqOptMatcher_init(RequiredOptionalMatcher *self, Similarity *similarity,
Matcher *required_matcher, Matcher *optional_matcher) {
VArray *children = VA_new(2);
VA_Push(children, INCREF(required_matcher));
VA_Push(children, INCREF(optional_matcher));
PolyMatcher_init((PolyMatcher*)self, children, similarity);
RequiredOptionalMatcherIVARS *const ivars = ReqOptMatcher_IVARS(self);
// Assign.
ivars->req_matcher = (Matcher*)INCREF(required_matcher);
ivars->opt_matcher = (Matcher*)INCREF(optional_matcher);
// Init.
ivars->opt_matcher_first_time = true;
DECREF(children);
return self;
}
PolyMatcher*
PolyMatcher_new(VArray *children, Similarity *sim)
{
PolyMatcher *self = (PolyMatcher*)VTable_Make_Obj(&POLYMATCHER);
return PolyMatcher_init(self, children, sim);
}
