private void getContents(string origFileName, string genFileName)
{
//compare the two files
xmlFileRdr = new XmlTextReader(origFileName);
origContentsQ = new Queue();
int testNo = 0;
//get the contents of the orignal file
while (xmlFileRdr.Read())
{
switch (xmlFileRdr.NodeType)
{
case XmlNodeType.Element:
{
switch (xmlFileRdr.Name)
{
case "Inject":
{
testNo++;
//information about fault, limit, or test
type = Convert.ToInt16(xmlFileRdr.GetAttribute("Type").ToString());
name = xmlFileRdr.GetAttribute("Name").ToString();
enabled = Convert.ToInt16(xmlFileRdr.GetAttribute("Enabled").ToString());
//create a new test case
TestCase newCase = new TestCase("", enabled, name, type, testNo);
origContentsQ.Enqueue(newCase);
break;
}
case "TestFile":
{
//start of the test file
Console.Out.WriteLine();
Console.Out.WriteLine("Purpose of this test is to [" + xmlFileRdr.GetAttribute("Purpose") + "]");
Console.Out.WriteLine("-----------------------------------------------------------------------");
Console.Out.WriteLine();
break;
}
}
break;
}
}
}
xmlFileRdr.Close();
origContentsQ.TrimToSize();
//get the contents of the generated file
xmlFileRdr = new XmlTextReader(genFileName);
genContentsQ = new Queue();
while (xmlFileRdr.Read())
{
switch (xmlFileRdr.NodeType)
{
case XmlNodeType.Element:
{
switch (xmlFileRdr.Name)
{
case "Inject":
{
testNo++;
//information about fault, limit, or test
type = Convert.ToInt16(xmlFileRdr.GetAttribute("Type").ToString());
name = xmlFileRdr.GetAttribute("Name").ToString();
enabled = Convert.ToInt16(xmlFileRdr.GetAttribute("Enabled").ToString());
//create a new test case
TestCase newCase = new TestCase("", enabled, name, type, testNo);
genContentsQ.Enqueue(newCase);
break;
}
}
break;
}
}
}
//close the file and make sure the queue is as small as it can be
xmlFileRdr.Close();
genContentsQ.TrimToSize();
//compare the two contents of the file
compare();
}
private bool beginTestCaseFile()
{
try
{
testCaseReader = new XmlTextReader(fileName);
while (testCaseReader.Read())
{
switch (testCaseReader.NodeType)
{
case XmlNodeType.Element:
{
switch (testCaseReader.Name)
{
case "TestFile":
{
mainForm.thisTime.updateTime();
//start of the test file
testPurpose = testCaseReader.GetAttribute("Purpose");
mainForm.infoTextBox.AppendText(mainForm.thisTime.getTime() + "Purpose of this test file is to test [" + testPurpose + "]\n");
break;
}
case "Recorded_Session":
{
//start of a test case
testCaseQ = new Queue();
testNo++;
break;
}
case "Record":
{
//start of some recorded feature
featureNo++;
break;
}
case "Log":
{
//information about the feature
break;
}
case "Inject":
{
//information about fault, limit, or test
type = Convert.ToInt16(testCaseReader.GetAttribute("Type").ToString());
name = testCaseReader.GetAttribute("Name").ToString();
enabled = Convert.ToInt16(testCaseReader.GetAttribute("Enabled").ToString());
//create a new test case
TestCase newCase = new TestCase(fileName, enabled, name, type, testNo);
testCaseQ.Enqueue(newCase);
break;
}
}
break;
}
case XmlNodeType.EndElement:
{
switch (testCaseReader.Name)
{
case "TestFile":
{
//we have reached the end of this test case file
mainForm.thisTime.updateTime();
//now show the results for this test file
mainForm.infoTextBox.AppendText(mainForm.thisTime.getTime() + "Finished! Test Cases [" + testNo + "] Features Tested [" + featureNo + "]\n");
//close holodeck
//holodeckEE.closeHolodeck();
endTestCaseFile();
break;
}
case "Recorded_Session":
{
//we have a complete recorded session now so now run the test cases from this session
startTest();
break;
}
case "Record":
{
//end the test of a feature
break;
}
}
break;
}
}
}
//close the test reader our work here is done
testCaseReader.Close();
}
catch (FileNotFoundException)
{
//could not find the file
mainForm.thisTime.updateTime();
mainForm.infoTextBox.AppendText("\n" + mainForm.thisTime.getTime() + "File [" + fileName + "] not Found!! Skipping..\n");
endTestCaseFile();
}
return true;
}