void func_entry::deallocate(ast_manager & m, unsigned arity) {
for (unsigned i = 0; i < arity; i++) {
m.dec_ref(m_args[i]);
}
m.dec_ref(m_result);
small_object_allocator & allocator = m.get_allocator();
unsigned sz = get_obj_size(arity);
allocator.deallocate(sz, this);
}
void params::del_value(entry & e) {
switch (e.second.m_kind) {
case CPK_NUMERAL:
if (e.second.m_kind == CPK_NUMERAL)
dealloc(e.second.m_rat_value);
break;
case CPK_EXPR:
case CPK_SORT:
case CPK_FUNC_DECL:
SASSERT(m_manager);
m_manager->dec_ref(e.second.m_ast_value);
return;
default:
return;
}
}
void clause::deallocate(ast_manager & m) {
justification_stat j_stat;
get_justification_stat(get_justification(), j_stat);
ptr_buffer<clause>::iterator it = j_stat.m_parent_clauses.begin();
ptr_buffer<clause>::iterator end = j_stat.m_parent_clauses.end();
for (; it != end; ++it) {
clause * parent = *it;
parent->del_child(this);
}
dec_ref(get_justification(), m);
unsigned num_lits = get_num_literals();
for (unsigned i = 0; i < num_lits; i++)
m.dec_ref(get_literal(i).atom());
unsigned capacity = get_num_literals_capacity();
this->~clause();
m.get_allocator().deallocate(sizeof(clause) + capacity * sizeof(literal), this);
}
void func_entry::set_result(ast_manager & m, expr * r) {
m.inc_ref(r);
m.dec_ref(m_result);
m_result = r;
}
