int main()
{
cout << endl << "Boolean test" << endl;
AWS::Boolean boolean("boolean");
boolean.setValue(true);
cout << boolean.valueAsString() << endl;
cout << (boolean.value() == true ? "T" : "F") << endl;
boolean.setStringValue("FaLsE");
cout << boolean.valueAsString() << endl;
cout << (boolean.value() == true ? "T" : "F") << endl;
boolean.setStringValue("trUE");
cout << boolean.valueAsString() << endl;
cout << (boolean.value() == true ? "T" : "F") << endl;
cout << endl << "Integer test" << endl;
AWS::Integer integer("integer");
integer.setStringValue("35");
cout << integer.value() << endl;
cout << integer.valueAsString() << endl;
cout << "is 35: " << (integer.value() == 35 ? "T" : "F") << endl;
integer.setStringValue("-5");
cout << integer.value() << endl;
cout << integer.valueAsString() << endl;
cout << "is -5: " << (integer.value() == -5 ? "T" : "F") << endl;
integer.setValue(10);
cout << integer.value() << endl;
cout << integer.valueAsString() << endl;
cout << "is 10: " << (integer.value() == 10 ? "T" : "F") << endl;
try
{
integer.setStringValue("684654851684654681680468406840165416149");
cout << integer.value() << endl;
cout << integer.valueAsString() << endl;
cout << "is -5: " << (integer.value() == -5 ? "T" : "F") << endl;
}
catch (const out_of_range& e)
{
cout << "exception" << endl;
}
cout << endl << "Array of int test" << endl;
AWS::ArrayElement arrayElement("array");
AWS::Integer* integ1 = new AWS::Integer("integ1"); integ1->setValue(1);
AWS::Integer* integ2 = new AWS::Integer("integ2"); integ2->setValue(2147483647); // long int
AWS::Integer* integ3 = new AWS::Integer("integ3"); integ3->setValue(4294967295); // -1
AWS::Integer* integ4 = new AWS::Integer("integ4"); integ4->setValue(92233720368547758074294967295); // -1
arrayElement.add(integ1);
arrayElement.add(integ2);
arrayElement.add(integ3);
arrayElement.add(integ4);
std::vector<int> vect;
arrayElement.fill(&vect, NULL);
for (std::vector<int>::iterator iter = vect.begin(); iter != vect.end(); ++iter)
cout << *iter << endl;
cout << endl << "Array of real test" << endl;
AWS::ArrayElement realArrayElement("array");
AWS::Real* real1 = new AWS::Real("real1"); real1->setValue(1.0);
AWS::Real* real2 = new AWS::Real("real2"); real2->setValue(2147483647.0); // long int
AWS::Real* real3 = new AWS::Real("real3"); real3->setValue(4294967295); // -1
AWS::Real* real4 = new AWS::Real("real4"); real4->setValue(2); // -1
realArrayElement.add(real1);
realArrayElement.add(real2);
realArrayElement.add(real3);
realArrayElement.add(real4);
std::vector<double> realVect;
realArrayElement.fill(&realVect, NULL);
for (std::vector<double>::iterator iter = realVect.begin(); iter != realVect.end(); ++iter)
cout << *iter << endl;
cout << endl << "Array of string test" << endl;
AWS::ArrayElement arrayStringElement("array");
AWS::String* string1 = new AWS::String("integ1"); string1->setValue("a");
AWS::String* string2 = new AWS::String("integ2"); string2->setValue("b");
AWS::String* string3 = new AWS::String("integ3"); string3->setValue("c");
AWS::String* string4 = new AWS::String("integ4"); string4->setValue("d");
arrayStringElement.add(string1);
arrayStringElement.add(string2);
arrayStringElement.add(string3);
arrayStringElement.add(string4);
std::vector<std::string> vectString;
arrayStringElement.fill(&vectString, NULL);
for (std::vector<std::string>::iterator iter = vectString.begin(); iter != vectString.end(); ++iter)
cout << *iter << endl;
cout << endl << "Class test" << endl;
AWS::ClassElement classVehicle("vehicle");
AWS::Boolean* isMotorized = new AWS::Boolean("isMotorized"); isMotorized->setValue(true);
AWS::Integer* wheels = new AWS::Integer("wheels"); wheels->setValue(4);
AWS::String* brand = new AWS::String("brand"); brand->setValue("Renault");
AWS::String* david = new AWS::String("name"); david->setValue("David");
AWS::ClassElement* people = new AWS::ClassElement(""); people->add(david);// Class name not necessary because it is in an array.
AWS::ArrayElement* peoples = new AWS::ArrayElement("people"); peoples->add(people);
classVehicle.add(isMotorized);
classVehicle.add(wheels );
classVehicle.add(brand );
classVehicle.add(peoples );
Vehicle vehicle;
classVehicle.fill(&vehicle, NULL);
cout << "isMotorized: " << vehicle.isMotorized << endl;
cout << "wheels : " << vehicle.wheels << endl;
cout << "brand : " << vehicle.brand << endl;
cout << "people : " << vehicle.people[0]->name << endl;
cout << endl << "Element test" << endl;
AWS::ClassElement* classElement = (AWS::ClassElement*)vehicle.toElement("");
cout << "isMotorized: " << ((AWS::Boolean*)classElement->get("isMotorized"))->value() << endl;
cout << "brand : " << ((AWS::String*)classElement->get("brand") )->value() << endl;
cout << "wheels : " << ((AWS::Integer*)classElement->get("wheels") )->value() << endl;
cout << "people : " << ((AWS::String*)((AWS::ClassElement*)((AWS::ArrayElement*)classElement->get("people"))->m_elements[0])->get("name"))->value() << endl;
return 0;
}
AWS::Element* factory(const std::string& name, const std::string& source)
{
AWS::String* str = new AWS::String(name.empty() ? "string" : name);
str->setValue(source);
return str;
}
