public void TestCreateAndWriteToJSONFile()
{
// In these tests, we are passing invalid and valid JSON strings to the file. The expected behavior
// is that the DeserializeRTConfig should return null if a JsonReaderException occurs (which, for an invalid JSON string, will occur).
// In the valid JSON instances, the resulting objects should match the values of the validJsonX strings.
RadioTelescopeConfig.CreateAndWriteToNewJSONFile(validJson1, true);
RadioTelescopeConfig rtcTest1 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.AreEqual(rtcTest1.telescopeID, 134);
Assert.AreEqual(rtcTest1.newTelescope, false);
RadioTelescopeConfig.CreateAndWriteToNewJSONFile(validJson2, true);
RadioTelescopeConfig rtcTest2 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.AreEqual(rtcTest2.telescopeID, 1);
Assert.AreEqual(rtcTest2.newTelescope, true);
RadioTelescopeConfig.CreateAndWriteToNewJSONFile(validJson3, true);
RadioTelescopeConfig rtcTest3 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.AreEqual(rtcTest3.telescopeID, 100);
Assert.AreEqual(rtcTest3.newTelescope, false);
// For the invalid instances, the DeserializeRTConfig method will return null due to the JsonReaderException
RadioTelescopeConfig.CreateAndWriteToNewJSONFile(invalidJson1, true);
RadioTelescopeConfig rtcTest4 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.IsNull(rtcTest4);
RadioTelescopeConfig.CreateAndWriteToNewJSONFile(invalidJson2, true);
RadioTelescopeConfig rtcTest5 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.IsNull(rtcTest5);
RadioTelescopeConfig.CreateAndWriteToNewJSONFile(invalidJson3, true);
RadioTelescopeConfig rtcTest6 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.IsNull(rtcTest6);
RadioTelescopeConfig.CreateAndWriteToNewJSONFile(invalidJson4, true);
RadioTelescopeConfig rtcTest7 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.IsNull(rtcTest7);
}
public void TestDeserializeAndSerialize()
{
// Each one of these tests will attempt to serialize a given RTConfig instance, write it to the JSON file, and then
// retrieve the contents by deserializing the file.
// IF things work as they should, the test object which is being pulled from the JSON file should
// match the one placed in it by SerializeRTConfig
RadioTelescopeConfig.SerializeRTConfig(rtc1, true);
RadioTelescopeConfig rtcTest1 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.AreEqual(rtcTest1.telescopeID, rtc1.telescopeID);
Assert.AreEqual(rtcTest1.newTelescope, rtc1.newTelescope);
RadioTelescopeConfig.SerializeRTConfig(rtc2, true);
RadioTelescopeConfig rtcTest2 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.AreEqual(rtcTest2.telescopeID, rtc2.telescopeID);
Assert.AreEqual(rtcTest2.newTelescope, rtc2.newTelescope);
RadioTelescopeConfig.SerializeRTConfig(rtc3, true);
RadioTelescopeConfig rtcTest3 = RadioTelescopeConfig.DeserializeRTConfig(true);
Assert.AreEqual(rtcTest3.telescopeID, rtc3.telescopeID);
Assert.AreEqual(rtcTest3.newTelescope, rtc3.newTelescope);
}
