void JsonTimeStampHandlesAllFormats()
{
string expectedJson, actualJson;
DateTime expectedTime;
ObjWithTimes actualObj = new ObjWithTimes();
for (int i = 0; i < _examples.Length; i++)
{
// Define the time deserialization expectation
UUnitAssert.True(DateTime.TryParseExact(_examples[i], Util._defaultDateTimeFormats, CultureInfo.CurrentCulture, DateTimeStyles.RoundtripKind, out expectedTime), "Index: " + i + "/" + _examples.Length + ", " + _examples[i]);
// De-serialize the time using json
expectedJson = "{\"timestamp\":\"" + _examples[i] + "\"}"; // We are provided a json string with every random time format
actualObj = SimpleJson.DeserializeObject <ObjWithTimes>(expectedJson, Util.ApiSerializerStrategy);
actualJson = SimpleJson.SerializeObject(actualObj, Util.ApiSerializerStrategy);
if (i == Util.DEFAULT_UTC_OUTPUT_INDEX) // This is the only case where the json input will match the json output
{
UUnitAssert.StringEquals(expectedJson, actualJson);
}
// Verify that the times match
double diff = (expectedTime - actualObj.timestamp).TotalSeconds; // We expect that we have parsed the time correctly according to expectations
UUnitAssert.True(diff < 1,
"\nActual time: " + actualObj.timestamp + " vs expected time: " + expectedTime + ", diff: " + diff +
"\nActual json: " + actualJson + " vs expected json: " + expectedJson
);
}
}
void JsonTimeStampHandlesAllFormats()
{
string expectedJson, actualJson;
DateTime expectedTime;
ObjWithTimes actualObj = new ObjWithTimes();
for (int i = 0; i < examples.Length; i++)
{
// Define the time deserialization expectation
UUnitAssert.True(DateTime.TryParseExact(examples[i], IsoDateTimeConverter._defaultDateTimeFormats, CultureInfo.CurrentCulture, DateTimeStyles.RoundtripKind, out expectedTime), "Index: " + i + "/" + examples.Length + ", " + examples[i]);
// De-serialize the time using json
expectedJson = "{\"timestamp\":\"" + examples[i] + "\"}"; // We are provided a json string with every random time format
JsonConvert.PopulateObject(expectedJson, actualObj, Util.JsonSettings);
actualJson = JsonConvert.SerializeObject(actualObj, Util.JsonFormatting, Util.JsonSettings);
if (i == IsoDateTimeConverter.DEFAULT_UTC_OUTPUT_INDEX) // This is the only case where the json input will match the json output
UUnitAssert.Equals(expectedJson, actualJson);
// Verify that the times match
double diff = (expectedTime - actualObj.timestamp).TotalSeconds; // We expect that we have parsed the time correctly according to expectations
UUnitAssert.True(diff < 1,
"\nActual time: " + actualObj.timestamp + " vs expected time: " + expectedTime + ", diff: " + diff +
"\nActual json: " + actualJson + " vs expected json: " + expectedJson
);
}
}
void JsonTimeStampHandlesAllFormats(UUnitTestContext testContext)
{
string expectedJson, actualJson;
DateTime expectedTime;
ObjWithTimes actualObj = new ObjWithTimes();
for (int i = 0; i < _examples.Length; i++)
{
// Define the time deserialization expectation
testContext.True(DateTime.TryParseExact(_examples[i], PlayFabUtil._defaultDateTimeFormats, CultureInfo.CurrentCulture, DateTimeStyles.RoundtripKind, out expectedTime), "Index: " + i + "/" + _examples.Length + ", " + _examples[i]);
// De-serialize the time using json
expectedJson = "{\"timestamp\":\"" + _examples[i] + "\"}"; // We are provided a json string with every random time format
actualObj = JsonWrapper.DeserializeObject<ObjWithTimes>(expectedJson, PlayFabUtil.ApiSerializerStrategy);
actualJson = JsonWrapper.SerializeObject(actualObj, PlayFabUtil.ApiSerializerStrategy);
if (i == PlayFabUtil.DEFAULT_UTC_OUTPUT_INDEX) // This is the only case where the json input will match the json output
testContext.StringEquals(expectedJson, actualJson);
// Verify that the times match
double diff = (expectedTime - actualObj.timestamp).TotalSeconds; // We expect that we have parsed the time correctly according to expectations
testContext.True(diff < 1,
"\nActual time: " + actualObj.timestamp + " vs Expected time: " + expectedTime + ", diff: " + diff +
"\nActual json: " + actualJson + " vs Expected json: " + expectedJson
);
}
testContext.EndTest(UUnitFinishState.PASSED, null);
}
