public ISend send(int fromContext) {
if (fromContext == ISymbolTable.CONSTRUCTOR)
compilerErrors.warning(
"send on unconnected component channels from constructors causes deadlock");
Send newcode = new Send(fromContext);
newCodeBody(newcode);
return newcode;
}
public IProcCall proc_call(STEntry ste, ISymbolTable context) {
if (context.getContext() == ISymbolTable.CONSTRUCTOR)
compilerErrors.warning(
"procedure calls from constructors can cause deadlock if procedures use unconnected component channels");
ProcCall newcode = new ProcCall(ste, context, findComponentContainer());
newCodeBody(newcode);
return newcode;
}
public IStop stop(int fromContext) {
if (fromContext == ISymbolTable.CONSTRUCTOR)
compilerErrors.warning("stop not allowed in constructors");
Stop newcode = new Stop(fromContext);
Component container = findComponentContainer();
if (container != null) container.setContains_stop_statement(true);
newCodeBody(newcode);
return newcode;
}
public IAcknowledge acknowledge(STEntry lhs, STEntry rhs, int fromContext) {
if (fromContext == ISymbolTable.CONSTRUCTOR)
compilerErrors.warning(
"acknowledge x from y on unconnected component channels from constructors causes deadlock");
Acknowledge newcode = new Acknowledge(lhs, rhs, fromContext);
if (currentCode != null
&& currentCode instanceof DeclarationContainer) { // following compilation error
// this is always the case in non-erroneous programs
((DeclarationContainer) currentCode).addLocation(newcode);
}
newCodeBody(newcode);
return newcode;
}
public void complete() {
if (compilerErrors.getErrorCount() == 0) {
String s = popCurrentCode().toString();
currentCode.append(s);
}
}