void
SortEx_Sort_Buffer_IMP(SortExternal *self) {
SortExternalIVARS *const ivars = SortEx_IVARS(self);
if (ivars->buf_tick != 0) {
THROW(ERR, "Cant Sort_Buffer() after fetching %u32 items", ivars->buf_tick);
}
if (ivars->buf_max != 0) {
Class *klass = SortEx_get_class(self);
CFISH_Sort_Compare_t compare
= (CFISH_Sort_Compare_t)METHOD_PTR(klass, LUCY_SortEx_Compare);
if (ivars->scratch_cap < ivars->buf_cap) {
ivars->scratch_cap = ivars->buf_cap;
ivars->scratch
= (Obj**)REALLOCATE(ivars->scratch,
ivars->scratch_cap * sizeof(Obj*));
}
Sort_mergesort(ivars->buffer, ivars->scratch, ivars->buf_max,
sizeof(Obj*), compare, self);
}
}
void
SortEx_Sort_Cache_IMP(SortExternal *self) {
SortExternalIVARS *const ivars = SortEx_IVARS(self);
if (ivars->cache_tick != 0) {
THROW(ERR, "Cant Sort_Cache() after fetching %u32 items", ivars->cache_tick);
}
if (ivars->cache_max != 0) {
VTable *vtable = SortEx_Get_VTable(self);
CFISH_Sort_Compare_t compare
= (CFISH_Sort_Compare_t)METHOD_PTR(vtable, LUCY_SortEx_Compare);
if (ivars->scratch_cap < ivars->cache_cap) {
ivars->scratch_cap = ivars->cache_cap;
ivars->scratch
= (uint8_t*)REALLOCATE(ivars->scratch,
ivars->scratch_cap * ivars->width);
}
Sort_mergesort(ivars->cache, ivars->scratch, ivars->cache_max,
ivars->width, compare, self);
}
}
