public void GetDataTransferIndices()
{
XDocument benchmark = null;
DxiRequest dxiRequest = new DxiRequest();
dxiRequest.DataFilter = new DataFilter();
dxiRequest.Manifest = _dxfrProvider.GetManifest(_settings["ProjectName"], _settings["ApplicationName"]);
DataTransferIndices dtiList = null;
dtiList =
_dxfrProvider.GetDataTransferIndicesWithFilter(
_settings["ProjectName"], _settings["ApplicationName"],
_settings["GraphName"], null, dxiRequest);
deleteHashValue(ref dtiList);
string path = String.Format(
"{0}DxfrGetDataTransferIndices.xml",
_settings["AppDataPath"]
);
XDocument xDocument = ToXml(dtiList.DataTransferIndexList);
xDocument.Save(path);
Assert.AreNotEqual(null, xDocument);
benchmark = XDocument.Load(path);
String dtiListString = ToXml(dtiList.DataTransferIndexList).ToString();
String benchmarkString = benchmark.ToString();
Assert.AreEqual(dtiListString, benchmarkString);
}
public void GetDataTransferIndicesWithFilter()
{
XDocument benchmark = null;
DxiRequest dxiRequest = new DxiRequest();
dxiRequest.DataFilter = new DataFilter();
dxiRequest.Manifest = _dxfrProvider.GetManifest(_settings["ProjectName"], _settings["ApplicationName"]);
DataFilter filter = new DataFilter();
filter.Expressions.Add(
new Expression
{
PropertyName = "PipingNetworkSystem.NominalDiameter.valValue",
Values = new Values
{
"40"
},
RelationalOperator = RelationalOperator.EqualTo
}
);
filter.OrderExpressions.Add(
new OrderExpression
{
PropertyName = "PipingNetworkSystem.IdentificationByTag.valIdentifier",
SortOrder = SortOrder.Asc
}
);
DataTransferIndices dtiList = null;
dtiList =
_dxfrProvider.GetDataTransferIndicesWithFilter(
_settings["ProjectName"], _settings["ApplicationName"],
_settings["GraphName"], null, dxiRequest);
deleteHashValue(ref dtiList);
string path = String.Format(
"{0}DxfrGetDataTransferIndicesWithFilter.xml",
_settings["AppDataPath"]
);
XDocument xDocument = ToXml(dtiList.DataTransferIndexList);
xDocument.Save(path);
Assert.AreNotEqual(null, xDocument);
benchmark = XDocument.Load(path);
String dtiListString = ToXml(dtiList.DataTransferIndexList).ToString();
String benchmarkString = benchmark.ToString();
Assert.AreEqual(dtiListString, benchmarkString);
}
public void GetInternalIdentifiers(string scope, string app, string graph, DxiRequest request)
{
try
{
if (IsAsync())
{
string statusURL = _dtoProvider.AsyncGetInternalIdentifiers(scope, app, graph, request);
WebOperationContext.Current.OutgoingResponse.StatusCode = HttpStatusCode.Accepted;
WebOperationContext.Current.OutgoingResponse.Headers["location"] = statusURL;
}
else
{
Identifiers identifiers = _dtoProvider.GetInternalIdentifiers(scope, app, graph, request);
HttpContext.Current.Response.ContentType = "application/xml";
HttpContext.Current.Response.Write(Utility.SerializeDataContract <Identifiers>(identifiers));
}
}
catch (Exception ex)
{
ExceptionHander(ex);
}
}
//[Test]
public void PostDataTransferObjects()
{
XDocument benchmark = null;
Response response = null;
DxoRequest dxoRequest = new DxoRequest();
DataTransferObjects postDtos = null;
List <DataTransferObject> dtoList = null;
DxiRequest dxiRequest = new DxiRequest();
dxiRequest.DataFilter = new DataFilter();
DataTransferIndices dtiList = null;
dxiRequest.DataFilter.Expressions.Add(
new Expression
{
PropertyName = "PipingNetworkSystem.NominalDiameter.valValue",
Values = new Values
{
"80"
},
RelationalOperator = RelationalOperator.EqualTo
}
);
dxiRequest.DataFilter.OrderExpressions.Add(
new OrderExpression
{
PropertyName = "PipingNetworkSystem.IdentificationByTag.valIdentifier",
SortOrder = SortOrder.Asc
}
);
dxiRequest.Manifest = _dxfrProvider.GetManifest(_settings["ProjectName"], _settings["ApplicationName"]);
dtiList =
_dxfrProvider.GetDataTransferIndicesWithFilter(
_settings["ProjectName"], _settings["ApplicationName"],
_settings["GraphName"], "MD5", dxiRequest);
dxoRequest.Manifest = _dxfrProvider.GetManifest(_settings["ProjectName"], _settings["ApplicationName"]);
dxoRequest.DataTransferIndices = dtiList;
//dxoRequest.DataTransferIndices =
// _dxfrProvider.GetDataTransferIndicesWithManifest(
// _settings["ProjectName"], _settings["ApplicationName"],
// _settings["GraphName"], "MD5", dxoRequest.Manifest);
postDtos = _dxfrProvider.GetDataTransferObjects(_settings["ProjectName"], _settings["ApplicationName"],
_settings["GraphName"], dxoRequest, false);
dtoList = postDtos.DataTransferObjectList;
dtoList[0].transferType = TransferType.Delete;
dtoList[1].classObjects[1].templateObjects[0].roleObjects[2].oldValue = dtoList[1].classObjects[1].templateObjects[0].roleObjects[2].value;
dtoList[1].classObjects[1].templateObjects[0].roleObjects[2].value = "200";
string path = String.Format(
"{0}DxfrNewDto.xml",
_settings["AppDataPath"]
);
benchmark = XDocument.Load(path);
DataTransferObject newDto = Utility.DeserializeDataContract <DataTransferObject>(benchmark.ToString());
dtoList.Add(newDto);
response = _dxfrProvider.PostDataTransferObjects(_settings["ProjectName"], _settings["ApplicationName"],
_settings["GraphName"], postDtos);
path = String.Format(
"{0}DxfrResponse.xml",
_settings["AppDataPath"]
);
XDocument xDocument = ToXml(response);
xDocument.Save(path);
Assert.AreNotEqual(null, xDocument);
benchmark = XDocument.Load(path);
String res = ToXml(response).ToString();
Response xmlResponse = Utility.DeserializeDataContract <Response>(benchmark.ToString());
Assert.AreEqual(response.Level.ToString(), xmlResponse.Level.ToString());
foreach (Status status in response.StatusList)
{
foreach (Status xmlStatus in xmlResponse.StatusList)
{
Assert.AreEqual(status.Messages.ToString(), xmlStatus.Messages.ToString());
Assert.AreEqual(status.Identifier, xmlStatus.Identifier);
xmlResponse.StatusList.Remove(xmlStatus);
break;
}
}
//restore the table
ResetDatabase();
}
public void GetPageDataTransferObjects(string scope, string app, string graph, DxiRequest request, int start, int limit)
{
try
{
DataTransferObjects dtos = _dtoProvider.GetPageDataTransferObjects(scope, app, graph, request, start, limit);
HttpContext.Current.Response.ContentType = "application/xml";
HttpContext.Current.Response.Write(Utility.SerializeDataContract <DataTransferObjects>(dtos));
}
catch (Exception ex)
{
ExceptionHander(ex);
}
}
public void GetDataTransferIndicesWithFilter(string scope, string app, string graph, string hashAlgorithm, DxiRequest request)
{
try
{
if (IsAsync())
{
string statusURL = _dtoProvider.AsyncGetDataTransferIndicesWithFilter(scope, app, graph, hashAlgorithm, request);
WebOperationContext.Current.OutgoingResponse.StatusCode = HttpStatusCode.Accepted;
WebOperationContext.Current.OutgoingResponse.Headers["location"] = statusURL;
}
else
{
DataTransferIndices dtis = _dtoProvider.GetDataTransferIndicesWithFilter(scope, app, graph, hashAlgorithm, request);
HttpContext.Current.Response.ContentType = "application/xml";
HttpContext.Current.Response.Write(Utility.SerializeDataContract <DataTransferIndices>(dtis));
}
}
catch (Exception ex)
{
ExceptionHander(ex);
}
}
