// first index=0
void Settings::removeArrayEntry( const QString & key , int index)
{
QList< QVariantMap > array;
array = getArray(key);
array.removeAt(index);
removeArray(key);
foreach (QVariantMap entry, array)
appendToArray(key, entry);
bool b;
b=true;
}
void insertInto(UiObjectInitializer *ast)
{
if (targetPropertyName.isEmpty()) {
// insert as UiObjectDefinition:
UiObjectMemberList *insertAfter = searchMemberToInsertAfter(ast->members, propertyOrder);
if (insertAfter && insertAfter->member) {
moveInfo.destination = insertAfter->member->lastSourceLocation().end();
moveInfo.prefixToInsert = QStringLiteral("\n\n");
} else {
moveInfo.destination = ast->lbraceToken.end();
moveInfo.prefixToInsert = QStringLiteral("\n");
}
move(moveInfo);
setDidRewriting(true);
return;
}
// see if we need to insert into an UiArrayBinding:
for (UiObjectMemberList *iter = ast->members; iter; iter = iter->next) {
UiObjectMember *member = iter->member;
if (UiArrayBinding *arrayBinding = cast<UiArrayBinding*>(member)) {
if (toString(arrayBinding->qualifiedId) == targetPropertyName) {
appendToArray(arrayBinding);
setDidRewriting(true);
return;
}
}
}
{ // insert (create) a UiObjectBinding:
UiObjectMemberList *insertAfter = searchMemberToInsertAfter(ast->members, targetPropertyName, propertyOrder);
moveInfo.prefixToInsert = QStringLiteral("\n") + targetPropertyName + (targetIsArrayBinding ? QStringLiteral(": [") : QStringLiteral(": "));
moveInfo.suffixToInsert = targetIsArrayBinding ? QStringLiteral("\n]") : QStringLiteral("");
if (insertAfter && insertAfter->member)
moveInfo.destination = insertAfter->member->lastSourceLocation().end();
else
moveInfo.destination = ast->lbraceToken.end();
move(moveInfo);
setDidRewriting(true);
}
}
workload_result_t processWorkload(int * workload, int workloadSize) {
workload_result_t result;
job_eval_result_t jobResult;
memset(&result, 0, sizeof(workload_result_t));
// Worst case scenario we get all type 2 jobs and they give us a maximum number of integers.
int i;
for(i = 0; i < workloadSize; i++) {
jobResult = processJob(workload[i]);
result.integerArray = appendToArray(result.integerArray, jobResult.job_result.job_results, jobResult.job_result.results_size, result.arraySize);
result.arraySize += jobResult.job_result.results_size;
switch(workload[i]) {
case 0:
result.type0ProcessingTime += jobResult.sleepTime;
break;
case 1:
result.type1ProcessingTime += jobResult.sleepTime;
break;
case 2:
result.type2ProcessingTime += jobResult.sleepTime;
break;
}
}
return result;
}