public void XmlStateWriterTest01()
{
// Initialize the XmlWriter & State writer
StringWriter sw = new StringWriter();
var xw = XmlWriter.Create(sw, new XmlWriterSettings()
{
Indent = true
});
// Write something at the start
xw.WriteStartElement("myHl7ExampleInstance");
xw.WriteAttributeString("interactionId", "MCCI_IN000000UV01");
// State writer should always be used
XmlStateWriter xsw = new XmlStateWriter(xw);
// Create a simple instance
MCCI_IN000000UV01 instance = new MCCI_IN000000UV01(
Guid.NewGuid(),
DateTime.Now,
MCCI_IN000000UV01.GetInteractionId(),
ProcessingID.Production,
"P",
AcknowledgementCondition.Always);
// Setup the formatter
IXmlStructureFormatter structureFormatter = new XmlIts1Formatter()
{
ValidateConformance = false
};
structureFormatter.GraphAides.Add(new DatatypeFormatter());
// Print current path of the xmlwriter before formatting instance
var writeStatePreFormat = xsw.WriteState;
Console.WriteLine("Write state pre-format: {0}", writeStatePreFormat);
// Format
var result = structureFormatter.Graph(xsw, instance);
// Print current path of the xmlwriter after formatting instance
var writeStatePostFormat = xsw.WriteState;
Console.WriteLine("Write state post-format: {0}", writeStatePostFormat);
// Test that the write states before and after formatting has changed.
// This demonstrates how the state of the xml writer can be tracked while runnning.
Assert.AreNotEqual(writeStatePreFormat, writeStatePostFormat);
// Flush state writer
xsw.Flush();
// finish the stream
xw.WriteEndElement();
}
public void displayGraphResultsTest04()
{
// Flag used to verify if the graph result
// contains details alongside its errors.
bool noDetails = true;
// Create a simple instance that PASSES ValidationConformance
MCCI_IN000000UV01 instance = new MCCI_IN000000UV01(
Guid.NewGuid(),
DateTime.Now,
MCCI_IN000000UV01.GetInteractionId(),
ProcessingID.Production,
"P",
AcknowledgementCondition.Never,
null,
new Sender(new Device(new SET <II>(Guid.NewGuid()))),
null
);
// Create the Xml ITS1 formatter
var formatter = new XmlIts1Formatter()
{
ValidateConformance = false
};
// Assign R1 graphing aide
formatter.GraphAides.Add(new DatatypeFormatter()
{
ValidateConformance = false
});
// Graph the instance where instance is any interaction type
var graphResult = formatter.Graph(Console.OpenStandardOutput(), instance);
// Get the results.
// If there are any errors, list the details,
// otherwise, acknowledge that instance creted is valid.
if (graphResult.Code != ResultCode.Accepted)
{
Console.WriteLine("RESULT CODE: {0}", graphResult.Code);
foreach (var detail in graphResult.Details)
{
Console.WriteLine("{0}: {1}", detail.Type, detail.Message);
}
noDetails = false;
}
else
{
Console.WriteLine("No errors. Instance created is a valid instance.");
}
// Assert that the returned instance is valid.
Assert.AreEqual(graphResult.Code, ResultCode.Accepted);
Assert.AreEqual(noDetails, true);
} // end test method
public void displayGraphResultsTest08()
{
bool noDetails = true;
// Create a simple instance that FAILS ValidationConformance
MCCI_IN000000UV01 instance = new MCCI_IN000000UV01(
Guid.NewGuid(),
DateTime.Now,
MCCI_IN000000UV01.GetInteractionId(),
ProcessingID.Production,
"P",
AcknowledgementCondition.Never,
null,
null,
null
);
// Create the Xml ITS1 formatter.
var formatter = new XmlIts1Formatter()
{
ValidateConformance = false
};
// Assign R1 graphing aide
formatter.GraphAides.Add(new DatatypeFormatter()
{
ValidateConformance = false
});
// Graph the instance where instance is any interaction type.
var graphResult = formatter.Graph(Console.OpenStandardOutput(), instance);
// Get the results.
if (graphResult.Code != ResultCode.Accepted)
{
Console.WriteLine("RESULT CODE: {0}", graphResult.Code);
foreach (var detail in graphResult.Details)
{
Console.WriteLine("{0}: {1}", detail.Type, detail.Message);
}
noDetails = false;
}
else
{
Console.WriteLine("No errors. Instance created is a valid instance.");
}
// Assert: Errors are found.
Assert.AreEqual(noDetails, true);
Assert.AreEqual(graphResult.Code, ResultCode.Accepted);
} // end test method
public void XmlStateWriterTest01()
{
// Initialize the XmlWriter & State writer
StringWriter sw = new StringWriter();
var xw = XmlWriter.Create(sw, new XmlWriterSettings() { Indent = true });
// Write something at the start
xw.WriteStartElement("myHl7ExampleInstance");
xw.WriteAttributeString("interactionId", "MCCI_IN000000UV01");
// State writer should always be used
XmlStateWriter xsw = new XmlStateWriter(xw);
// Create a simple instance
MCCI_IN000000UV01 instance = new MCCI_IN000000UV01(
Guid.NewGuid(),
DateTime.Now,
MCCI_IN000000UV01.GetInteractionId(),
ProcessingID.Production,
"P",
AcknowledgementCondition.Always);
// Setup the formatter
IXmlStructureFormatter structureFormatter = new XmlIts1Formatter()
{
ValidateConformance = false
};
structureFormatter.GraphAides.Add(new DatatypeFormatter());
// Print current path of the xmlwriter before formatting instance
var writeStatePreFormat = xsw.WriteState;
Console.WriteLine("Write state pre-format: {0}", writeStatePreFormat);
// Format
var result = structureFormatter.Graph(xsw, instance);
// Print current path of the xmlwriter after formatting instance
var writeStatePostFormat = xsw.WriteState;
Console.WriteLine("Write state post-format: {0}", writeStatePostFormat);
// Test that the write states before and after formatting has changed.
// This demonstrates how the state of the xml writer can be tracked while runnning.
Assert.AreNotEqual(writeStatePreFormat, writeStatePostFormat);
// Flush state writer
xsw.Flush();
// finish the stream
xw.WriteEndElement();
}
public void displayGraphResultsTest08()
{
bool noDetails = true;
// Create a simple instance that FAILS ValidationConformance
MCCI_IN000000UV01 instance = new MCCI_IN000000UV01(
Guid.NewGuid(),
DateTime.Now,
MCCI_IN000000UV01.GetInteractionId(),
ProcessingID.Production,
"P",
AcknowledgementCondition.Never,
null,
null,
null
);
// Create the Xml ITS1 formatter.
var formatter = new XmlIts1Formatter() { ValidateConformance = false };
// Assign R1 graphing aide
formatter.GraphAides.Add(new DatatypeFormatter() { ValidateConformance = false });
// Graph the instance where instance is any interaction type.
var graphResult = formatter.Graph(Console.OpenStandardOutput(), instance);
// Get the results.
if (graphResult.Code != ResultCode.Accepted)
{
Console.WriteLine("RESULT CODE: {0}", graphResult.Code);
foreach (var detail in graphResult.Details)
{
Console.WriteLine("{0}: {1}", detail.Type, detail.Message);
}
noDetails = false;
}
else
{
Console.WriteLine("No errors. Instance created is a valid instance.");
}
// Assert: Errors are found.
Assert.AreEqual(noDetails, true);
Assert.AreEqual(graphResult.Code, ResultCode.Accepted);
} // end test method
public void displayGraphResultsTest04()
{
// Flag used to verify if the graph result
// contains details alongside its errors.
bool noDetails = true;
// Create a simple instance that PASSES ValidationConformance
MCCI_IN000000UV01 instance = new MCCI_IN000000UV01(
Guid.NewGuid(),
DateTime.Now,
MCCI_IN000000UV01.GetInteractionId(),
ProcessingID.Production,
"P",
AcknowledgementCondition.Never,
null,
new Sender(new Device(new SET<II>(Guid.NewGuid()))),
null
);
// Create the Xml ITS1 formatter
var formatter = new XmlIts1Formatter() { ValidateConformance = false };
// Assign R1 graphing aide
formatter.GraphAides.Add(new DatatypeFormatter() { ValidateConformance = false });
// Graph the instance where instance is any interaction type
var graphResult = formatter.Graph(Console.OpenStandardOutput(), instance);
// Get the results.
// If there are any errors, list the details,
// otherwise, acknowledge that instance creted is valid.
if (graphResult.Code != ResultCode.Accepted)
{
Console.WriteLine("RESULT CODE: {0}", graphResult.Code);
foreach (var detail in graphResult.Details)
{
Console.WriteLine("{0}: {1}", detail.Type, detail.Message);
}
noDetails = false;
}
else
{
Console.WriteLine("No errors. Instance created is a valid instance.");
}
// Assert that the returned instance is valid.
Assert.AreEqual(graphResult.Code, ResultCode.Accepted);
Assert.AreEqual(noDetails, true);
} // end test method
