//Tests Meters->Miles
int firstmetersToMiles () {
auto myConverter = std::make_shared<MetersToMilesConverter>();
double meterValue = 1000.0;
double mileValue = myConverter->convert(meterValue);
TINYTEST_EQUAL_EPSILON(0.621371192237334, mileValue);
return 1;
}
//Tests Dollar->Pound WERT: 0.64851 vom 2015-11-03 18:30 UTC
int firstDollarToPound () {
auto myConverter = std::make_shared<DollarToPoundConverter>();
double dollarValue = 10000.0;
double poundValue = myConverter->convert(dollarValue);
TINYTEST_EQUAL_EPSILON(6485.10, poundValue);
return 1;
}
int secondDollarToEuro () {
auto myConverter = std::make_shared<DollarToEuroConverter>();
double dollarValue = 3000.0;
double euroValue = myConverter->convert(dollarValue);
TINYTEST_EQUAL_EPSILON(2640.0, euroValue);
return 1;
}
int secondmetersToMiles () {
auto myConverter = std::make_shared<MetersToMilesConverter>();
double meterValue = 1600.0;
double mileValue = myConverter->convert(meterValue);
TINYTEST_EQUAL_EPSILON(0.9941939075797344, mileValue);
return 1;
}
int fourthDollarToEuro () {
auto myConverter = std::make_shared<DollarToEuroConverter>();
double dollarValue = -50.0;
double euroValue = myConverter->convert(dollarValue);
TINYTEST_EQUAL_EPSILON(-44.0, euroValue);
return 1;
}
int thirdCelsiusToKelvin () {
auto myConverter = std::make_shared<CelsiusToKelvinConverter>();
double celsiusValue = -273.15;
double kelvinValue = myConverter->convert(celsiusValue);
TINYTEST_EQUAL_EPSILON(0.0, kelvinValue);
return 1;
}
int fourthCelsiusToKelvin () {
auto myConverter = std::make_shared<CelsiusToKelvinConverter>();
double celsiusValue = -520;
double kelvinValue = myConverter->convert(celsiusValue);
TINYTEST_EQUAL_EPSILON(-246.85, kelvinValue);
return 1;
}
int thirdCelsiusToFahrenheit () {
auto myConverter = std::make_shared<CelsiusToFahrenheitConverter>();
double celsiusValue = -530.0;
double fahrenheitValue = myConverter->convert(celsiusValue);
TINYTEST_EQUAL_EPSILON(-922.0, fahrenheitValue);
return 1;
}
int inversioninversionDecoratorTest() {
auto myConverter = new inversionDecorator(new inversionDecorator(new YardsToMetersConverter() ) );
double yardsValue = 1;
double yardsAusgabe = myConverter->convert(yardsValue);
TINYTEST_EQUAL_EPSILON(0.9144, yardsAusgabe);
return 1;
}
int chainedConverter() {
auto myConverter = new MetersToFeetConverter(new YardsToMetersConverter() ) ;
double yardsValue = 1.0;
double feetAusgabe = myConverter->convert(yardsValue);
TINYTEST_EQUAL_EPSILON(3.0, feetAusgabe);
return 1;
}
int secondmetersToFeet () {
auto myConverter = std::make_shared<MetersToFeetConverter>();
double meterValue = 1609344.0;
double footValue = myConverter->convert(meterValue);
TINYTEST_EQUAL_EPSILON(5280000.0, footValue);
return 1;
}
int fourthmetersToFeet () {
auto myConverter = std::make_shared<MetersToFeetConverter>();
double meterValue = -66.0;
double footValue = myConverter->convert(meterValue);
TINYTEST_EQUAL_EPSILON(-216.5354330708661, footValue);
return 1;
}
int fourthmetersToMiles () {
auto myConverter = std::make_shared<MetersToMilesConverter>();
double meterValue = -66.0;
double mileValue = myConverter->convert(meterValue);
TINYTEST_EQUAL_EPSILON(-0.041010498687664, mileValue);
return 1;
}
//Tests Meters->Feet
int firstmetersToFeet () {
auto myConverter = std::make_shared<MetersToFeetConverter>();
double meterValue = 1000.0;
double footValue = myConverter->convert(meterValue);
TINYTEST_EQUAL_EPSILON(3280.839895013123, footValue);
return 1;
}
int secondCelsiusToKelvin () {
auto myConverter = std::make_shared<CelsiusToKelvinConverter>();
double celsiusValue = 1000.0;
double kelvinValue = myConverter->convert(celsiusValue);
TINYTEST_EQUAL_EPSILON(1273.15, kelvinValue);
return 1;
}
int secondKelvinToCelsius () {
auto myConverter = std::make_shared<KelvinToCelsiusConverter>();
double kelvinValue = 1273.15;
double celsiusValue = myConverter->convert(kelvinValue);
TINYTEST_EQUAL_EPSILON(1000.0, celsiusValue);
return 1;
}
int fourthKelvinToCelsius () {
auto myConverter = std::make_shared<KelvinToCelsiusConverter>();
double kelvinValue = -630.0;
double celsiusValue = myConverter->convert(kelvinValue);
TINYTEST_EQUAL_EPSILON(-273.15, celsiusValue);
return 1;
}
int fourthDollarToPound () {
auto myConverter = std::make_shared<DollarToPoundConverter>();
double dollarValue = -2.0;
double poundValue = myConverter->convert(dollarValue);
TINYTEST_EQUAL_EPSILON(0.0, poundValue);
return 1;
}
int thirdDollarToPound () {
auto myConverter = std::make_shared<DollarToPoundConverter>();
double dollarValue = 50.0;
double poundValue = myConverter->convert(dollarValue);
TINYTEST_EQUAL_EPSILON(32.4255, poundValue);
return 1;
}
int secondDollarToPound () {
auto myConverter = std::make_shared<DollarToPoundConverter>();
double dollarValue = 3000.0;
double poundValue = myConverter->convert(dollarValue);
TINYTEST_EQUAL_EPSILON(1945.53, poundValue);
return 1;
}
int TestFactoryDollarToEuro(){
std::string conversion="DollarToEuro";
auto c = ConverterFactory::_instance()->create(conversion);
if(c){
TINYTEST_EQUAL_EPSILON(0.782, c->convert(1));
}
return 1;
}
int TestFactoryFahrenheitToCelsius(){
std::string conversion="FahrenheitToCelsius";
auto c = ConverterFactory::_instance()->create(conversion);
if(c){
TINYTEST_EQUAL_EPSILON(-17.22205, c->convert(1));
}
return 1;
}
int TestFactoryYardsToKilometer(){
std::string conversion="YardsToKilometer";
auto c = ConverterFactory::_instance()->create(conversion);
if(c){
TINYTEST_EQUAL_EPSILON(0.0009144, c->convert(1));
}
return 1;
}
int TestFactoryKilometerToYards(){
std::string conversion="KilometerToYards";
auto c = ConverterFactory::_instance()->create(conversion);
if(c){
TINYTEST_EQUAL_EPSILON(1093.6133, c->convert(1));
}
return 1;
}
int TestFactoryEuroToDollar(){
std::string conversion="EuroToDollar";
auto conv = ConverterFactory::_instance()->create("EuroToDollar");
conv->print();
TINYTEST_EQUAL_EPSILON(1.28, conv->convert(1));
return 1;
}
int TestFactoryCelsiusToFahrenheit(){
std::string conversion="CelsiusToFahrenheit";
auto c = ConverterFactory::_instance()->create(conversion);
if(c){
TINYTEST_EQUAL_EPSILON(33.8, c->convert(1));
}
return 1;
}
int TestFahrenheitConverter(){
FahrenheitToCelsiusConverter c;
TINYTEST_EQUAL_EPSILON(-17.22205, c.convert(1));
TINYTEST_EQUAL_EPSILON(-16.12061, c.convert(2.98));
return 1;
}
int TestKilometersConverter(){
KilometersToYardsConverter c;
TINYTEST_EQUAL_EPSILON(1093.6133, c.convert(1));
TINYTEST_EQUAL_EPSILON(377.296589, c.convert(0.345));
return 1;
}
int TestCelsiusConverter(){
CelsiusToFahrenheitConverter c;
TINYTEST_EQUAL_EPSILON(33.8, c.convert(1));
TINYTEST_EQUAL_EPSILON(35.006, c.convert(1.67));
return 1;
}
int TestYardsConverter(){
YardsToKilometersConverter c;
TINYTEST_EQUAL_EPSILON(0.0009144, c.convert(1));
TINYTEST_EQUAL_EPSILON(0.23389346, c.convert(255.789));
return 1;
}
