public void Test_canGetSystemTimeResponseAndTimeCloseToRealTimeWithWorkingURIAsync_forFormatDateAndTime()
{
Uri serverIp = new Uri(serverProtAndIp_success, UriKind.Absolute);
PortableGeneralInterfaceLibraryAsync alpha = new PortableGeneralInterfaceLibraryAsync();
PortableGeneralInterfaceLibraryAsync.Enum_TimeFormat tf = PortableGeneralInterfaceLibraryAsync.Enum_TimeFormat.DateAndTime;
var response = alpha.GetSystemTimeAsync(serverIp, tf);
var replyTime = (from node in response.Result.Descendants("Reply")
select new
{
Time = node.Element("Time").Value.ToString()
}).Single();
DateTime dateTimeOnDevice;
if (DateTime.TryParseExact(replyTime.Time, "ddd MMM dd,yyyy-hh:mm:ss tt", null, DateTimeStyles.None, out dateTimeOnDevice))
{
TimeSpan timeDifference = DateTime.Now - dateTimeOnDevice;
Assert.IsTrue(timeDifference.Seconds < 5);
}
else
{
Assert.Inconclusive("could not parse the datetime from the device, so cannot deterime if the times are close");
}
}
public void Test_canGetBoardInfoResponseAsNotEmptyWithFailingURIAsync()
{
Uri serverIp = new Uri(serverProtAndIp_failure, UriKind.Absolute);
PortableGeneralInterfaceLibraryAsync alpha = new PortableGeneralInterfaceLibraryAsync();
var response = alpha.GetBoardInfoAsync(serverIp);
string result = response.Result.ToString();
Assert.AreNotEqual("", result);
}
public void Test_canGetExternalMediaStatusResponseAsNotEmptyWithWorkingURIAsync()
{
Uri serverIp = new Uri(serverProtAndIp_success, UriKind.Absolute);
PortableGeneralInterfaceLibraryAsync alpha = new PortableGeneralInterfaceLibraryAsync();
var response = alpha.GetExternalMediaStatusAsync(serverIp);
string result = response.Result.ToString();
Assert.AreNotEqual("", result);
}
public void Test_canGetSystemTimeResponseAsNotEmptyWithFailingURIAsync_forFormatXMLTV()
{
Uri serverIp = new Uri(serverProtAndIp_failure, UriKind.Absolute);
PortableGeneralInterfaceLibraryAsync alpha = new PortableGeneralInterfaceLibraryAsync();
PortableGeneralInterfaceLibraryAsync.Enum_TimeFormat tf = PortableGeneralInterfaceLibraryAsync.Enum_TimeFormat.XMLTV;
var response = alpha.GetSystemTimeAsync(serverIp, tf);
string result = response.Result.ToString();
Assert.AreNotEqual("", result);
}
public void Test_canGetBoardInfoResponseFailureCodeWithFailingURIAsync()
{
Uri serverIp = new Uri(serverProtAndIp_failure, UriKind.Absolute);
PortableGeneralInterfaceLibraryAsync alpha = new PortableGeneralInterfaceLibraryAsync();
var response = alpha.GetBoardInfoAsync(serverIp);
var successCode = (from node in response.Result.Descendants("Status")
select new
{
ErrorCode = node.Element("ErrorCode").Value.ToString()
}).Single();
Assert.AreEqual("10002", successCode.ErrorCode);
}
public void Test_canGetExternalMediaStatusResponseSuccessCodeWithWorkingURIAsync()
{
Uri serverIp = new Uri(serverProtAndIp_success, UriKind.Absolute);
PortableGeneralInterfaceLibraryAsync alpha = new PortableGeneralInterfaceLibraryAsync();
var response = alpha.GetExternalMediaStatusAsync(serverIp);
var successCode = (from node in response.Result.Descendants("Status")
select new
{
ErrorCode = node.Element("ErrorCode").Value.ToString()
}).Single();
Assert.AreEqual("0", successCode.ErrorCode);
}
public void Test_canGetSystemTimeResponseFailureCodeWithFailingURIAsync_forFormatDateAndTime()
{
Uri serverIp = new Uri(serverProtAndIp_failure, UriKind.Absolute);
PortableGeneralInterfaceLibraryAsync alpha = new PortableGeneralInterfaceLibraryAsync();
PortableGeneralInterfaceLibraryAsync.Enum_TimeFormat tf = PortableGeneralInterfaceLibraryAsync.Enum_TimeFormat.DateAndTime;
var response = alpha.GetSystemTimeAsync(serverIp, tf);
var successCode = (from node in response.Result.Descendants("Status")
select new
{
ErrorCode = node.Element("ErrorCode").Value.ToString()
}).Single();
Assert.AreEqual("10000", successCode.ErrorCode);
}
