// Define the __SPEC_CLEAN__ function for clean-up
newCode.add(COMMENT("Cleanup routine of sequential variables"));
- newCode.add("static void __SPEC_CLEANUP__() {");
- addAllCodeWithIndent(newCode, construct.code.cleanupCode, "\t");
+ newCode.add("static bool __SPEC_CLEANUP__() {");
+ if (construct.code.cleanupCode.size() > 0) {
+ addAllCodeWithIndent(newCode, construct.code.cleanupCode, "\t");
+ } else {
+ newCode.add("\treturn true;"); // If not specified return true
+ }
+
newCode.add("}");
newCode.add("");
newCode.add("\t" + STRUCT_NEW_DECLARE_DEFINE(ANNO_INIT, structName));
newCode.add("\t"
+ ASSIGN_TO_PTR(structName, "init_func",
- "(void_func_t*) __SPEC_INIT__"));
+ "(void_func_t) __SPEC_INIT__"));
newCode.add("\t"
+ ASSIGN_TO_PTR(structName, "cleanup_func",
- "(void_func_t*) __SPEC_CLEANUP__"));
+ "(cleanup_func_t) __SPEC_CLEANUP__"));
newCode.add("\t"
+ ASSIGN_TO_PTR(structName, "func_table", "func_ptr_table"));
newCode.add("\t"
if (templateList == null) {
newCode.add(DECLARE("void**", varPrefix + "func_ptr_table"));
newCode.add(DECLARE("hb_rule**", varPrefix + "hb_rule_table"));
+ newCode.add(DECLARE("commutativity_rule**", varPrefix + "commutativity_rule_table"));
for (int i = 0; i < construct.code.declareVar.size(); i++) {
VariableDeclaration varDecl = construct.code.declareVar.get(i);
newCode.add(DECLARE(varDecl.type, varPrefix + varDecl.name));
newCode.add(DECLARE("void**", varPrefix + "func_ptr_table"));
newCode.add(templateDecl);
newCode.add(DECLARE("hb_rule**", varPrefix + "hb_rule_table"));
+ newCode.add(DECLARE("commutativity_rule**", varPrefix + "commutativity_rule_table"));
for (int i = 0; i < construct.code.declareVar.size(); i++) {
VariableDeclaration varDecl = construct.code.declareVar.get(i);
newCode.add(templateDecl);