public void PrintGreeting_CustomWithEncryption_BadLength()
{
// Create an abnormally long string.
string longString = null;
for (int i = 0; i < 1024; i++)
{
longString += "x";
}
// Create our API object.
HelloWorldAPI api = new HelloWorldAPI();
// Run our test.
api.PrintGreeting(longString, true);
// Check our exceptions and assert.
if (api.Errors.Count > 0)
{
Assert.IsInstanceOfType(api.Errors[0], typeof(CryptographicException));
}
else
{
throw new ApplicationException("No errors were found.");
}
}
public void PrintGreeting_CustomWithEncryption()
{
/* Encrypted output is indeterministic so we'll just run the method, and since we
* have included error handling in our code our test will work regardless; otherwise
* if there was any kind of error the test would fail. */
HelloWorldAPI api = new HelloWorldAPI();
api.PrintGreeting("Hoy es miercoles.", true);
}
public void PrintGreeting_Default()
{
// Listen for the contents of the console.
using (var co = new ConsoleOutput())
{
// Construct our API object and print a greeting.
HelloWorldAPI api = new HelloWorldAPI();
api.PrintGreeting();
// Split up our output since we have a bunch of bells and whistles.
string[] split = co.GetOuput().Split(':');
// Check if we have our standard "Hello World" output.
Assert.AreEqual("Hello World!", split[split.Length - 1].Trim(null));
}
}
public void PrintGreeting_CustomNoEncryption()
{
// Create a new greeting string.
string greeting = "This is a custom greeting!";
// Listen for the contents of the console.
using (var co = new ConsoleOutput())
{
// Construct our API object and print a greeting.
HelloWorldAPI api = new HelloWorldAPI();
api.PrintGreeting(greeting);
// Split up our output because of formatting.
string[] split = co.GetOuput().Split(':');
// Check our assertion.
Assert.AreEqual(greeting, split[split.Length - 1].Trim(null));
}
}