public bool GetDisconnectMeterResult(string token)
{
bool r = true;
var json = "";
string result = "";
TokenController tokenController = null;
List <string> tranList = null;
TokenFailureController tokenFailureController = null;
model.Ami_Control ami_Control = null;
model.Ami_Period ami_Period = null;
model.Ami_Token ami_Token = null;
Ami_Control_Service.EndpointFailure service_endpointFailure = new Ami_Control_Service.EndpointFailure();
Ami_Control_Service.ControlServiceClient controlServiceClient = new Ami_Control_Service.ControlServiceClient();
Ami_Control_Service.RequestToken requestToken = new Ami_Control_Service.RequestToken();
Ami_Control_Service.EndpointRequestResult endpointRequestResult = new Ami_Control_Service.EndpointRequestResult();
Guid d = new Guid(token);
requestToken.Id = d;
try
{
ami_Control = new model.Ami_Control();
endpointRequestResult = controlServiceClient.GetDisconnectMeterResult(requestToken);
result = endpointRequestResult.Result.ToString();
tranList = new List <string>();
if (result == "Success")//3
{
json = JsonConvert.SerializeObject(endpointRequestResult);
ami_Control.jsonData = help.Base64Encode(json);
ami_Control.meter = endpointRequestResult.ElectronicSerialNumber;
ami_Control.status = endpointRequestResult.Result.ToString();
ami_Control.token = token;
tranList.Add(ami_Control.qInsert());
tokenController = new TokenController();
tranList.Add(tokenController.qSuccsess(token));
r = ami_Control.transaction(tranList);
}
else if (result == "Failure")//5
{
EndpointFailure endpointFailure = new EndpointFailure();
service_endpointFailure = endpointRequestResult.MeterFailure;
tranList = endpointFailure.qInsert(service_endpointFailure, token);
tokenController = new TokenController();
tranList.Add(tokenController.qFailure(token));
r = ami_Control.transaction(tranList);
}
else if (result == "Cancell")//4
{
tokenController = new TokenController();
tranList.Add(tokenController.qCancell(token));
r = ami_Control.transaction(tranList);
}
}
catch (Exception e)
{
//GetDisconnectMeterResult(token);
}
return(r);
}
public bool GetPingByEndpointsResult(string token)
{
bool r = true;
var json = "";
string result = "";
model.Ami_Diagnostic ami_Diagnostic = null;
TokenController tokenController = null;
List <string> tranList = null;
TokenFailureController tokenFailureController = null;
Ami_Diagnostic_Service.DiagnosticServiceClient diagnosticServiceClient = new Ami_Diagnostic_Service.DiagnosticServiceClient();
Ami_Diagnostic_Service.RequestToken requestToken = new Ami_Diagnostic_Service.RequestToken();
Ami_Diagnostic_Service.EndpointCollectionRequestResult endpointCollectionRequestResult = new Ami_Diagnostic_Service.EndpointCollectionRequestResult();
Guid d = new Guid(token);
requestToken.Id = d;
try
{
endpointCollectionRequestResult = diagnosticServiceClient.GetPingByEndpointsResult(requestToken);
json = JsonConvert.SerializeObject(endpointCollectionRequestResult);
ami_Diagnostic = new model.Ami_Diagnostic();
tokenController = new TokenController();
tokenFailureController = new TokenFailureController();
tranList = new List <string>();
result = endpointCollectionRequestResult.Result.ToString();
if (result == "Success")//3
{
ami_Diagnostic.meter = "";
ami_Diagnostic.status = result;
ami_Diagnostic.token = token;
ami_Diagnostic.jsonData = help.Base64Encode(json);
tranList.Add(ami_Diagnostic.qInsert());
tranList.Add(tokenController.qSuccsess(token));
r = ami_Diagnostic.transaction(tranList);
}
else if (result == "Failure")//5
{
EndpointFailure endpointFailure = new EndpointFailure();
tranList = endpointFailure.qInsert(endpointCollectionRequestResult.EndpointFailureResult, token);
tokenController = new TokenController();
tranList.Add(tokenController.qFailure(token));
r = ami_Diagnostic.transaction(tranList);
}
else if (result == "Cancell")//4
{
tokenController = new TokenController();
tranList.Add(tokenController.qCancell(token));
r = ami_Diagnostic.transaction(tranList);
}
}
catch (Exception e)
{
}
return(r);
}
public bool GetInteractiveReadByEndpointResult(string token)
{
var json = "";
bool r = false;
string result = "";
Ami_Control_Service.EndpointFailure service_endpointFailure = new Ami_Control_Service.EndpointFailure();
Ami_Data_Service.InteractiveReadByEndpointResult interactiveReadByEndpointResult = null;
Ami_Data_Service.RequestToken requestToken = new Ami_Data_Service.RequestToken();
Guid guid = new Guid(token);
requestToken.Id = guid;
Ami_Data_Service.DataServiceClient dataServiceClient = new Ami_Data_Service.DataServiceClient();
model.Ami_Reads ami_Reads = null;
model.Ami_Period ami_Period = null;
model.Ami_Token ami_Token = null;
model.cnx cnx = null;
TokenController tokenController = null;
List <string> tranList = null;
TokenFailureController tokenFailureController = null;
try
{
tranList = new List <string>();
interactiveReadByEndpointResult = new Ami_Data_Service.InteractiveReadByEndpointResult();
ami_Reads = new model.Ami_Reads();
ami_Period = new model.Ami_Period();
interactiveReadByEndpointResult = dataServiceClient.GetInteractiveReadByEndpointResult(requestToken);
result = interactiveReadByEndpointResult.Result.ToString();
if (result == "Success")//3
{
json = JsonConvert.SerializeObject(interactiveReadByEndpointResult);
if (ami_Period.getLastPeriod() != null)
{
ami_Reads.period = ami_Period.getLastPeriod()[0].id;
}
else
{
ami_Reads.period = 0;
}
ami_Reads.readjson = help.Base64Encode(json);
ami_Reads.esn = interactiveReadByEndpointResult.Identifier;
ami_Reads.token_request = interactiveReadByEndpointResult.RequestToken.Id.ToString();
ami_Reads.token_result = interactiveReadByEndpointResult.Result.ToString();
if (interactiveReadByEndpointResult.ReadDataCollection.Length > 0)
{
ami_Reads.serialnumber = interactiveReadByEndpointResult.ReadDataCollection[0].DeviceSerialNumber.ToString();
ami_Reads.cod_medidor = interactiveReadByEndpointResult.ReadDataCollection[0].DeviceSerialNumber.ToString();
/*
* ami_Reads.whd = int.Parse(interactiveReadByEndpointResult.ReadDataCollection[0].RegisterValues[0].Value.ToString());
* ami_Reads.whr = int.Parse(interactiveReadByEndpointResult.ReadDataCollection[0].RegisterValues[1].Value.ToString());
* ami_Reads.whnet = int.Parse(interactiveReadByEndpointResult.ReadDataCollection[0].RegisterValues[5].Value.ToString());
*/
ami_Reads.fecha_lectura = interactiveReadByEndpointResult.ReadDataCollection[0].RegisterValues[0].Timestamp;
foreach (var item in interactiveReadByEndpointResult.ReadDataCollection[0].RegisterValues)
{
string itemTimLower = item.Quantity.Trim().TrimEnd().TrimStart().ToLower();
while (itemTimLower.Contains(" "))
{
itemTimLower = itemTimLower.Replace(" ", "");
}
if (itemTimLower == "whd")
{
ami_Reads.whd = int.Parse(item.Value.ToString());
string s = item.Timestamp.ToString();
}
else if (itemTimLower == "whr")
{
ami_Reads.whr = int.Parse(item.Value.ToString());
}
else if (itemTimLower == "whnet")
{
ami_Reads.whnet = int.Parse(item.Value.ToString());
}
}
}
tranList.Add(ami_Reads.qInsert());
tokenController = new TokenController();
tranList.Add(tokenController.qSuccsess(token));
r = ami_Reads.transaction(tranList);
}
else if (result == "Failure")//5
{
EndpointFailure endpointFailure = new EndpointFailure();
tranList = endpointFailure.qInsert(interactiveReadByEndpointResult.EndpointFailure, token);
tokenController = new TokenController();
tranList.Add(tokenController.qFailure(token));
r = ami_Reads.transaction(tranList);
}
else if (result == "Cancell")//4
{
tokenController = new TokenController();
tranList.Add(tokenController.qCancell(token));
r = ami_Reads.transaction(tranList);
}
else if (result == "Pending")//4
{
}
}
catch (Exception e)
{
}
return(r);
}
public bool GetReadDisconnectStateByMetersResult(string token)
{
bool r = false;
var json = "";
string result = "";
model.Ami_Diagnostic ami_Diagnostic = null;
TokenController tokenController = null;
List <string> tranList = null;
TokenFailureController tokenFailureController = null;
Ami_Diagnostic_Service.EndpointFailureResult service_endpointFailureResult = new Ami_Diagnostic_Service.EndpointFailureResult();
Ami_Diagnostic_Service.DiagnosticServiceClient diagnosticServiceClient = new Ami_Diagnostic_Service.DiagnosticServiceClient();
Ami_Diagnostic_Service.RequestToken requestToken = new Ami_Diagnostic_Service.RequestToken();
Ami_Diagnostic_Service.ReadDisconnectStateByMetersResult readDisconnectStateByMetersResult = new Ami_Diagnostic_Service.ReadDisconnectStateByMetersResult();
Guid d = new Guid(token);
requestToken.Id = d;
try
{
readDisconnectStateByMetersResult = diagnosticServiceClient.GetReadDisconnectStateByMetersResult(requestToken);
json = JsonConvert.SerializeObject(readDisconnectStateByMetersResult);
ami_Diagnostic = new model.Ami_Diagnostic();
tokenController = new TokenController();
tokenFailureController = new TokenFailureController();
tranList = new List <string>();
result = readDisconnectStateByMetersResult.Result.ToString();
if (result == "Success")//3
{
if (readDisconnectStateByMetersResult.MeterDisconnectSwitchResults.Length > 0)
{
ami_Diagnostic.status = readDisconnectStateByMetersResult.Result.ToString();
ami_Diagnostic.token = token;
ami_Diagnostic.meter = readDisconnectStateByMetersResult.MeterDisconnectSwitchResults[0].ElectronicSerialNumber;
ami_Diagnostic.switchState = readDisconnectStateByMetersResult.MeterDisconnectSwitchResults[0].SwitchState.ToString();
ami_Diagnostic.extendedSwitchState = readDisconnectStateByMetersResult.MeterDisconnectSwitchResults[0].ExtendedSwitchState;
ami_Diagnostic.jsonData = help.Base64Encode(json);
tranList.Add(ami_Diagnostic.qInsert());
tranList.Add(tokenController.qSuccsess(token));
r = ami_Diagnostic.transaction(tranList);
}
}
else if (result == "Failure")//5
{
EndpointFailure endpointFailure = new EndpointFailure();
tranList = endpointFailure.qInsert(readDisconnectStateByMetersResult.EndpointFailureResult, token);
tokenController = new TokenController();
tranList.Add(tokenController.qFailure(token));
r = ami_Diagnostic.transaction(tranList);
}
else if (result == "Cancell")//4
{
tokenController = new TokenController();
tranList.Add(tokenController.qCancell(token));
r = ami_Diagnostic.transaction(tranList);
}
}
catch (Exception e)
{
}
return(r);
}