public void TestMethod3()
{
// Arrange
var sequence = PipeConnector.CreateSequence <AirportInfoComponent, UnaryAbbreviationExtenderComponent>();
// Act
var example = sequence.Execute("JFK");
// Assert
Assert.True(example.ToString().Contains("John Fitzgerald Kennedy"));
}
public void TestMethod4()
{
// Arrange
var sequence = PipeConnector.CreateSequence <AirportInfoComponent, UnaryAbbreviationExtenderComponent>();
var inverse = PipeConnector.CreateSequence <UnaryAbbreviationExtenderComponent, AirportInfoComponent>();
// Act
var example = sequence.Execute("JFK") as List <object>;
var inverseExample = inverse.Execute("JFK") as List <object>;
// Assert
Assert.NotNull(example);
Assert.NotNull(inverseExample);
Assert.True(example[0].ToString().Contains("John Fitzgerald Kennedy"));
Assert.AreEqual("The computation finished with an error.", inverseExample[0]);
}
private static void Main(string[] args)
{
// receive raw airport data
var info = AirportInfoComponent.Execute("JFK");
// {"delay":"true","IATA":"JFK"...
// directly map results to your classes
var delay = AirportInfoComponent.Execute <AirportInfo>("JFK").Delay;
// true
// string components together
var sequence = PipeConnector.CreateSequence <AirportInfoComponent, UnaryAbbreviationExtenderComponent>();
var example = sequence.Execute("JFK");
// example = {"delay":"true","internationalAirTransportAssociation":"John Fitzgerald Kennedy...
var username = "******";
var password = "******";
var sessionId = GeoNamesPostalCodesComponent.Login(username, password);
var result = (string)GeoNamesPostalCodesComponent.PostalCode(username, sessionId, "8001");
var geo = result.ToInstance <GeoInfo>();
}