protected void standardSteadyProcessing() {
JStatement steadyBlock = joiner_code.getSteadyBlock();
// helper has now been used for the last time, so we can write the basic code.
// write code deemed useful by the helper into the corrrect ComputeCodeStore.
// write only once if multiple calls for steady state.
if (!basicCodeWritten.containsKey(inputNode)) {
codeStore.addFields(joiner_code.getUsefulFields());
codeStore.addMethods(joiner_code.getUsefulMethods());
basicCodeWritten.put(inputNode, true);
}
codeStore.addSteadyLoopStatement(steadyBlock);
}
protected void standardPrimePumpProcessing() {
JMethodDeclaration primePump = joiner_code.getPrimePumpMethod();
if (primePump != null && !codeStore.hasMethod(primePump)) {
// Add method -- but only once
codeStore.addMethod(primePump);
}
if (primePump != null) {
// for each time this method is called, it adds another call
// to the primePump routine to the initialization.
codeStore.addInitStatement(
new JExpressionStatement(
null,
new JMethodCallExpression(
null, new JThisExpression(null), primePump.getName(), new JExpression[0]),
null));
}
}
protected void standardInitProcessing() {
// Have the main function for the CodeStore call our init if any
codeStore.addInitFunctionCall(joiner_code.getInitMethod());
JMethodDeclaration workAtInit = joiner_code.getInitStageMethod();
if (workAtInit != null) {
// if there are calls to work needed at init time then add
// method to general pool of methods
codeStore.addMethod(workAtInit);
// and add call to list of calls made at init time.
// Note: these calls must execute in the order of the
// initialization schedule -- so caller of this routine
// must follow order of init schedule.
codeStore.addInitStatement(
new JExpressionStatement(
null,
new JMethodCallExpression(
null, new JThisExpression(null), workAtInit.getName(), new JExpression[0]),
null));
}
}
