private void writeScenario()
{
if (alreadyGenerated) initialize();
TemplateGroup group = new TemplateGroupDirectory(this.templatePath, '$', '$');
ErrorBuffer errors = new ErrorBuffer();
group.Listener = errors;
group.Load();
Template st = group.GetInstanceOf("MainTemplate");
this.TSFile = genTsStructFromTestContainer(this.outFile, sequence);
st.Add("TestStandFile", this.TSFile);
string result = st.Render();
if (errors.Errors.Count > 0)
{
foreach (TemplateMessage m in errors.Errors)
{
logger.Error(m);
throw new Exception(m.ToString());
}
}
StreamWriter output = new StreamWriter(this.outFile, false, Encoding.GetEncoding("windows-1251"));
output.Write(result);
output.Close();
CTsGenericInstr.resetIdCounter();
this.alreadyGenerated = true;
}
/// <summary>
/// Converts a potentially complex tree structure to a standardized, linear TestStand sequence list
/// </summary>
/// <param name="sequence">Sequence to convert</param
/// <returns>Sequence, in a format understandable to generate</returns>
private TestStandFile genTsStructFromTestContainer(string filename, CTestContainer sequence)
{
TestStandFile ts = new TestStandFile(filename);
foreach(CTest test in sequence)
{
logger.Info("Processing sequence");
CTestStandSeq SubSeq = genInstrListFromTest(test);
ts.addSequence("Call to subsequence " + SubSeq.identifier, SubSeq);
logger.Debug("End of sequence Processing");
}
return ts;
}
private void initialize()
{
TSFile = new TestStandFile(outFile);
alreadyGenerated = false;
}
