void Notes::save()
{
QList<QDomElement> notesList = noteModel_->getAllNotes();
QString notes;
foreach(const QDomElement& note, notesList) {
QString tag = note.attribute("tags");
QString text = note.firstChildElement("text").text();
QString title = note.firstChildElement("title").text();
tag = replaceSymbols(tag);
text = replaceSymbols(text);
title = replaceSymbols(title);
notes+=QString("<note tags=\"%1\"><title>%2</title><text>%3</text></note>")
.arg(tag)
.arg(title)
.arg(text);
}
void ALSpeech::say(std::string text)
{
if (isEnabled){
replaceSymbols(text);
try {
alProxy->say(text);
} catch(AL::ALError &e) {
std::cout << "Failed to say something in ALTextToSpeech"
<< std::endl;
}
}
}
void replaceSymbols(SymbolTable* symbolTable, SlimList* list) {
int i;
for (i=0; i<SlimList_GetLength(list); i++) {
char* string = SlimList_GetStringAt(list, i);
SlimList* embeddedList = SlimList_Deserialize(string);
if (embeddedList == NULL) {
char* replacedString = replaceString(symbolTable, string);
SlimList_ReplaceAt(list, i, replacedString);
free(replacedString);
} else {
replaceSymbols(symbolTable, embeddedList);
char* serializedReplacedList = SlimList_Serialize(embeddedList);
SlimList_ReplaceAt(list, i, serializedReplacedList);
SlimList_Destroy(embeddedList);
free(serializedReplacedList);
}
}
}
char* StatementExecutor_Call(StatementExecutor* executor, const char* instanceName, const char* methodName, SlimList* args){
InstanceNode* instanceNode = GetInstanceNode(executor, instanceName);
if (instanceNode)
{
MethodNode* node;
for (node = instanceNode->fixture->methods; node; node = node->next) {
if (strcmp(methodName, node->name) == 0) {
replaceSymbols(executor->symbolTable, args);
char* retval = node->method(instanceNode->instance, args);
return retval;
}
}
char * formatString = "__EXCEPTION__:message:<<NO_METHOD_IN_CLASS %.32s[%d] %.32s.>>";
snprintf(executor->message, 120, formatString, methodName, SlimList_GetLength(args), instanceNode->fixture->name);
return executor->message;
}
char * formatString = "__EXCEPTION__:message:<<NO_INSTANCE %.32s.>>";
snprintf(executor->message, 120, formatString, instanceName);
return executor->message;
}
char* StatementExecutor_Make(StatementExecutor* executor, const char* instanceName, const char* className, SlimList* args){
FixtureNode* fixtureNode = findFixture(executor, className);
if (fixtureNode) {
InstanceNode* instanceNode = malloc(sizeof(InstanceNode));
instanceNode->next = executor->instances;
executor->instances = instanceNode;
instanceNode->name = instanceName;
instanceNode->fixture = fixtureNode;
replaceSymbols(executor->symbolTable, args);
executor->userMessage = NULL;
instanceNode->instance = (fixtureNode->constructor)(executor, args);
if (instanceNode->instance != NULL) {
return "OK";
} else {
char * formatString = "__EXCEPTION__:message:<<COULD_NOT_INVOKE_CONSTRUCTOR %.32s %.32s.>>";
snprintf(executor->message, 120, formatString, className, executor->userMessage ? executor->userMessage : "");
return executor->message;
}
}
char * formatString = "__EXCEPTION__:message:<<NO_CLASS %.32s.>>";
snprintf(executor->message, 120, formatString, className);
return executor->message;
}
