public void CreateReqElemOutputTest02()
{
XmlWriter xw = null;
Stream s = null;
try
{
/* STREAMWRITER CODE
* s = File.Create("C:/Test Files/example85Data2.xml");
* StreamWriter sw1 = new StreamWriter(s);
*
* /* END STREAMWRITER CODE */
// Setup the formatter
var its1Formatter = new XmlIts1Formatter()
{
ValidateConformance = true,
CreateRequiredElements = true
};
its1Formatter.GraphAides.Add(new DatatypeFormatter()
{
ValidateConformance = false
}
);
// Initialize the XmlWriter & State writer
StringWriter sw = new StringWriter();
xw = XmlWriter.Create(sw, new XmlWriterSettings()
{
Indent = true
});
// State writer should always be used
XmlStateWriter xsw = new XmlStateWriter(xw);
// Create an instance
REPC_IN000076CA instance = new REPC_IN000076CA(
Guid.NewGuid(),
DateTime.Now,
ResponseMode.Immediate,
REPC_IN000076CA.GetInteractionId(),
REPC_IN000076CA.GetProfileId(),
ProcessingID.Production,
AcknowledgementCondition.Always,
new MARC.Everest.RMIM.CA.R020402.MCCI_MT002200CA.Receiver(),
new MARC.Everest.RMIM.CA.R020402.MCCI_MT002200CA.Sender()
);
instance.controlActEvent =
new MARC.Everest.RMIM.CA.R020402.MCAI_MT700210CA.ControlActEvent
<MARC.Everest.RMIM.CA.R020402.REPC_MT220001CA.Document>();
// Format
var result = its1Formatter.Graph(xsw, instance);
/* STREAMWRITER CODE
* var result2 = its1Formatter.Graph(s, instance);
* // Close streamwriter
* sw1.Close();
* /* END STREAMWRITER CODE */
// Flush the xml state writer
xsw.Flush();
if (result.Code != ResultCode.Accepted)
{
Console.WriteLine("RESULT CODE: {0}", result.Code);
foreach (var detail in result.Details)
{
Console.WriteLine("{0}: {1}", detail.Type, detail.Message);
}
}
// Assert: Instance is not conformant.
Assert.AreEqual(ResultCode.Rejected, result.Code);
/* STREAMWRITER CODE
* // Validate that the written file contains the two injected strings.
* StreamReader sr = new StreamReader("C:/Test Files/example85Data2.xml");
*
* String xmlFromFile = "";
* // write everything in the stream to the console
* while (!sr.EndOfStream)
* {
* // store lines into a string
* xmlFromFile += sr.ReadLine();
* }
*
* // Write xml from the file onto the console
* Console.WriteLine(xmlFromFile);
* /* END STREAMWRITER CODE */
}
finally
{
if (xw != null)
{
xw.Close();
}
}
}// end test method
public void CreateReqElemOutputTest02()
{
XmlWriter xw = null;
Stream s = null;
try
{
/* STREAMWRITER CODE
s = File.Create("C:/Test Files/example85Data2.xml");
StreamWriter sw1 = new StreamWriter(s);
/* END STREAMWRITER CODE */
// Setup the formatter
var its1Formatter = new XmlIts1Formatter()
{
ValidateConformance = true,
CreateRequiredElements = true
};
its1Formatter.GraphAides.Add(new DatatypeFormatter()
{
ValidateConformance = false
}
);
// Initialize the XmlWriter & State writer
StringWriter sw = new StringWriter();
xw = XmlWriter.Create(sw, new XmlWriterSettings() { Indent = true });
// State writer should always be used
XmlStateWriter xsw = new XmlStateWriter(xw);
// Create an instance
REPC_IN000076CA instance = new REPC_IN000076CA(
Guid.NewGuid(),
DateTime.Now,
ResponseMode.Immediate,
REPC_IN000076CA.GetInteractionId(),
REPC_IN000076CA.GetProfileId(),
ProcessingID.Production,
AcknowledgementCondition.Always,
new MARC.Everest.RMIM.CA.R020402.MCCI_MT002200CA.Receiver(),
new MARC.Everest.RMIM.CA.R020402.MCCI_MT002200CA.Sender()
);
instance.controlActEvent =
new MARC.Everest.RMIM.CA.R020402.MCAI_MT700210CA.ControlActEvent
<MARC.Everest.RMIM.CA.R020402.REPC_MT220001CA.Document>();
// Format
var result = its1Formatter.Graph(xsw, instance);
/* STREAMWRITER CODE
var result2 = its1Formatter.Graph(s, instance);
// Close streamwriter
sw1.Close();
/* END STREAMWRITER CODE */
// Flush the xml state writer
xsw.Flush();
if (result.Code != ResultCode.Accepted)
{
Console.WriteLine("RESULT CODE: {0}", result.Code);
foreach (var detail in result.Details)
{
Console.WriteLine("{0}: {1}", detail.Type, detail.Message);
}
}
// Assert: Instance is not conformant.
Assert.AreEqual(ResultCode.Rejected, result.Code);
/* STREAMWRITER CODE
// Validate that the written file contains the two injected strings.
StreamReader sr = new StreamReader("C:/Test Files/example85Data2.xml");
String xmlFromFile = "";
// write everything in the stream to the console
while (!sr.EndOfStream)
{
// store lines into a string
xmlFromFile += sr.ReadLine();
}
// Write xml from the file onto the console
Console.WriteLine(xmlFromFile);
/* END STREAMWRITER CODE */
}
finally
{
if (xw != null)
xw.Close();
}
}// end test method
/// <summary>
/// Create an empty instance to send to the remote service
/// </summary>
/// <returns>An emtpy instance</returns>
/// <remarks>IGraphable is similar to ISerializable. It identifies that a class can be represented
/// using a formatter.</remarks>
static IGraphable CreateInstance()
{
// We can use the shortcut constructors to make creating instances easier. If you are confused about what
// any of these parameters are, please consult the Hello World tutorial as it explains each parameter in
// more detail
REPC_IN000076CA instance = new REPC_IN000076CA(
new II(Guid.NewGuid()), // The message ID uniquely identifies the message.
//It is an II.TOKEN so only a ROOT is required
DateTime.Now, // The creation time of the message identifies when the message was
// created. Since this is an exact TS, we can use DateTime.Now with no precision
ResponseMode.Immediate, // The response mode tells the receiver how to process the
// message. In our case, we want the message processed Immediately
REPC_IN000076CA.GetInteractionId(), // We need to explicitly set the ID of the interaction
// that is to be processed, this is done for consistency
// (esp when batching is performed)
REPC_IN000076CA.GetProfileId(), // We also need to tell the receiver
// which profile we are conforming to.
ProcessingID.Training, // Identifies how the message should be processed on the receiver.
// Training means the message shouldn't actually update data on the receiver
AcknowledgementCondition.Always, // Identifies when the message should be acknowledged.
// We always want an acknowledgement in this case
new MARC.Everest.RMIM.CA.R020401.MCCI_MT002300CA.Receiver(), // The sender/receiver are used
// by the receiver to validate
// that the sender is permitted
// to communicate with the host
new MARC.Everest.RMIM.CA.R020401.MCCI_MT002300CA.Sender() // and that the message is being
// processed by the intended
// recipient (just like email)
);
// Set the receiver and sender structures in detail
instance.Receiver.Device = new MARC.Everest.RMIM.CA.R020401.MCCI_MT002300CA.Device2(
new II("1.2.3.4", "RecipientDeviceExtension")
);
instance.Sender.Device = new MARC.Everest.RMIM.CA.R020401.MCCI_MT002300CA.Device1(
new II("1.2.3.4", "SenderExtension")
);
instance.Sender.Device.Name = "WcfClient Sample Application"; // Additional data can be set about the sender
// Create the payload, again we'll use the shortcut method
instance.controlActEvent = REPC_IN000076CA.CreateControlActEvent(
new II("1.2.3.4.5", Guid.NewGuid().ToString()), // The control act identifier uniquely
// identifies the event (or transaction)
// that occured. This is different from
// the message identifier that identifies
// the message
REPC_IN000076CA.GetTriggerEvent(), // The trigger event or controlActEvent.Code property is
// used to identify the type of event that occured. In
// many cases, the trigger event for an interaction is
// fixed, and can be accessed using the .TRIGGER_EVENT
// constant
new MARC.Everest.RMIM.CA.R020401.MCAI_MT700211CA.RecordTarget(), // The record target identifies
// the target of the event. In this case, it is the patient
// that we are recording the discharge for
new MARC.Everest.RMIM.CA.R020401.MCAI_MT700212CA.Author(), // The author identifies the person
// that is responsible for the act
new MARC.Everest.RMIM.CA.R020401.MCAI_MT700210CA.Subject2 <MARC.Everest.RMIM.CA.R020401.REPC_MT220001CA.Document>()
// The subject is the actual data that is being created,
// updated or retrieved from the remote system
);
// Create the record target
instance.controlActEvent.RecordTarget.SetPatient1(new SET <II>(new II("1.1.1.1.1", "1234"), II.Comparator),
new MARC.Everest.RMIM.CA.R020401.COCT_MT050207CA.Person(
new PN(
EntityNameUse.Legal,
new ENXP[] {
new ENXP("John", EntityNamePartType.Given),
new ENXP("Smith", EntityNamePartType.Family)
}
),
AdministrativeGender.Male,
DateTime.Parse("1984-07-07")
)
);
// Create the author
instance.controlActEvent.Author.Time = DateTime.Now;
instance.controlActEvent.Author.SetAuthorPerson(
new MARC.Everest.RMIM.CA.R020401.COCT_MT090102CA.AssignedEntity(new SET <II>(new II("1.1.1.1.1", "1234"), II.Comparator)
));
// This sample doesn't illustrate the creation of a complete discharge, however in order
// to pass preliminary validation we'll need to set some null flavors on things we don't
// want populated. RMIM classes can't infer nullflavors from the data types class, so they
// use an auto-generated nullflavor from the MARC.Everest.RMIM.CA.R020401.Vocabulary.NullFlavor
// enumeration
instance.controlActEvent.Subject.NullFlavor = NullFlavor.NoInformation;
return(instance);
}
/// <summary>
/// Create an empty instance to send to the remote service
/// </summary>
/// <returns>An emtpy instance</returns>
/// <remarks>IGraphable is similar to ISerializable. It identifies that a class can be represented
/// using a formatter.</remarks>
static IGraphable CreateInstance()
{
// We can use the shortcut constructors to make creating instances easier. If you are confused about what
// any of these parameters are, please consult the Hello World tutorial as it explains each parameter in
// more detail
REPC_IN000076CA instance = new REPC_IN000076CA(
new II(Guid.NewGuid()), // The message ID uniquely identifies the message.
//It is an II.TOKEN so only a ROOT is required
DateTime.Now, // The creation time of the message identifies when the message was
// created. Since this is an exact TS, we can use DateTime.Now with no precision
ResponseMode.Immediate, // The response mode tells the receiver how to process the
// message. In our case, we want the message processed Immediately
REPC_IN000076CA.GetInteractionId(), // We need to explicitly set the ID of the interaction
// that is to be processed, this is done for consistency
// (esp when batching is performed)
REPC_IN000076CA.GetProfileId(), // We also need to tell the receiver
// which profile we are conforming to.
ProcessingID.Training, // Identifies how the message should be processed on the receiver.
// Training means the message shouldn't actually update data on the receiver
AcknowledgementCondition.Always, // Identifies when the message should be acknowledged.
// We always want an acknowledgement in this case
new MARC.Everest.RMIM.CA.R020401.MCCI_MT002300CA.Receiver(), // The sender/receiver are used
// by the receiver to validate
// that the sender is permitted
// to communicate with the host
new MARC.Everest.RMIM.CA.R020401.MCCI_MT002300CA.Sender() // and that the message is being
// processed by the intended
// recipient (just like email)
);
// Set the receiver and sender structures in detail
instance.Receiver.Device = new MARC.Everest.RMIM.CA.R020401.MCCI_MT002300CA.Device2(
new II("1.2.3.4", "RecipientDeviceExtension")
);
instance.Sender.Device = new MARC.Everest.RMIM.CA.R020401.MCCI_MT002300CA.Device1(
new II("1.2.3.4", "SenderExtension")
);
instance.Sender.Device.Name = "WcfClient Sample Application"; // Additional data can be set about the sender
// Create the payload, again we'll use the shortcut method
instance.controlActEvent = REPC_IN000076CA.CreateControlActEvent(
new II("1.2.3.4.5", Guid.NewGuid().ToString()), // The control act identifier uniquely
// identifies the event (or transaction)
// that occured. This is different from
// the message identifier that identifies
// the message
REPC_IN000076CA.GetTriggerEvent(), // The trigger event or controlActEvent.Code property is
// used to identify the type of event that occured. In
// many cases, the trigger event for an interaction is
// fixed, and can be accessed using the .TRIGGER_EVENT
// constant
new MARC.Everest.RMIM.CA.R020401.MCAI_MT700211CA.RecordTarget(), // The record target identifies
// the target of the event. In this case, it is the patient
// that we are recording the discharge for
new MARC.Everest.RMIM.CA.R020401.MCAI_MT700212CA.Author(), // The author identifies the person
// that is responsible for the act
new MARC.Everest.RMIM.CA.R020401.MCAI_MT700210CA.Subject2<MARC.Everest.RMIM.CA.R020401.REPC_MT220001CA.Document>()
// The subject is the actual data that is being created,
// updated or retrieved from the remote system
);
// Create the record target
instance.controlActEvent.RecordTarget.SetPatient1(new SET<II>(new II("1.1.1.1.1", "1234"), II.Comparator),
new MARC.Everest.RMIM.CA.R020401.COCT_MT050207CA.Person(
new PN(
EntityNameUse.Legal,
new ENXP[] {
new ENXP("John", EntityNamePartType.Given),
new ENXP("Smith", EntityNamePartType.Family)
}
),
AdministrativeGender.Male,
DateTime.Parse("1984-07-07")
)
);
// Create the author
instance.controlActEvent.Author.Time = DateTime.Now;
instance.controlActEvent.Author.SetAuthorPerson(
new MARC.Everest.RMIM.CA.R020401.COCT_MT090102CA.AssignedEntity(new SET<II>(new II("1.1.1.1.1", "1234"), II.Comparator)
));
// This sample doesn't illustrate the creation of a complete discharge, however in order
// to pass preliminary validation we'll need to set some null flavors on things we don't
// want populated. RMIM classes can't infer nullflavors from the data types class, so they
// use an auto-generated nullflavor from the MARC.Everest.RMIM.CA.R020401.Vocabulary.NullFlavor
// enumeration
instance.controlActEvent.Subject.NullFlavor = NullFlavor.NoInformation;
return instance;
}
