private void ParseLine(string line)
{
string[] parts = line.Split(new char[] { '\t' });
if ((parts.Length == 2) && (parts[0] == "rootdir"))
{
basePath = parts[1];
}
else if ((parts.Length == 2) && (parts[0] == "batch"))
{
string parsedBatchName = parts[1];
batch newBatch = new batch(parsedBatchName);
batchList.Add(newBatch);
}
else
{
//if the line starts with the name of a batch
var relevantBatch = batchList.Find(x => string.Compare(x.batchName, parts[0], ignoreCase: true) == 0);
if (relevantBatch != null)
{
if ((parts.Length == 3) && (parts[1] == "CONCEPTS"))
{
relevantBatch.ddiFileList.Add(parts[2].Trim());
}
else if ((parts.Length == 3) && (parts[1] == "CADDIES"))
{
relevantBatch.ddiFileList.Add(parts[2].Trim());
}
else if ((parts.Length == 3) && (parts[1] == "TOPLEVEL"))
{
relevantBatch.ddiToplevelFileList.Add(parts[2].Trim());
}
else if ((parts.Length == 3) && (parts[1] == "VARIABLES"))
{
relevantBatch.ddiFileList.Add(parts[2].Trim());
}
else if ((parts.Length == 5) && (parts[1] == "MAPPING"))
{
string mappingFile = parts[2].Trim();
string ccScheme = parts[3].Trim();
List <string> ccSchemeList = ReadCcScheme(ccScheme);
string vScheme = parts[4].Trim();
ddiMappingFile mf = new ddiMappingFile(mappingFile, ccScheme, ccSchemeList, vScheme);
relevantBatch.ddiMappingFileList.Add(mf);
}
else if ((parts.Length == 4) && (parts[1] == "LINKING"))
{
string linkingFile = parts[2].Trim();
string vScheme = parts[3].Trim();
ddiLinkingFile lf = new ddiLinkingFile(linkingFile, vScheme);
relevantBatch.ddiLinkingFileList.Add(lf);
}
else if ((parts.Length == 4) && (parts[1] == "QLINK"))
{
string questionLinkingFile = parts[2].Trim();
string qcScheme = parts[3].Trim();
ddiQuestionLinkingFile lf = new ddiQuestionLinkingFile(questionLinkingFile, qcScheme);
relevantBatch.ddiQuestionLinkingFileList.Add(lf);
}
else if ((parts.Length == 4) && (parts[1] == "DERIVATION"))
{
string derivationFile = parts[2].Trim();
string vScheme = parts[3].Trim();
ddiDerivationFile df = new ddiDerivationFile(derivationFile, vScheme);
relevantBatch.ddiDerivationFileList.Add(df);
}
else
{
Trace.WriteLine("ERROR: Invalid batch line: " + line);
}
}
else
{
//Trace.WriteLine("Irrelevant line: " + line);
}
}
}
private void ParseLine(string line)
{
string[] parts = line.Split(new char[] { '\t' });
if ((parts.Length == 2) && (parts[0] == "rootdir"))
{
basePath = parts[1];
}
else if ((parts.Length == 2) && (parts[0] == "batch"))
{
string parsedBatchName = parts[1];
batch newBatch = new batch(parsedBatchName);
batchList.Add(newBatch);
}
else
{
//if the line starts with the name of a batch
var relevantBatch = batchList.Find(x => string.Compare(x.batchName, parts[0], ignoreCase: true) == 0);
if (relevantBatch != null)
{
if ((parts.Length == 3) && (parts[1] == "CONCEPTS"))
{
relevantBatch.ddiFileList.Add(parts[2].Trim());
}
else if ((parts.Length == 3) && (parts[1] == "CADDIES"))
{
relevantBatch.ddiFileList.Add(parts[2].Trim());
}
else if ((parts.Length == 3) && (parts[1] == "TOPLEVEL"))
{
relevantBatch.ddiToplevelFileList.Add(parts[2].Trim());
}
else if ((parts.Length == 3) && (parts[1] == "VARIABLES"))
{
relevantBatch.ddiFileList.Add(parts[2].Trim());
}
else if ((parts.Length == 5) && (parts[1] == "MAPPING"))
{
string mappingFile = parts[2].Trim();
string ccScheme = parts[3].Trim();
List<string> ccSchemeList = ReadCcScheme(ccScheme);
string vScheme = parts[4].Trim();
ddiMappingFile mf = new ddiMappingFile(mappingFile, ccScheme, ccSchemeList, vScheme);
relevantBatch.ddiMappingFileList.Add(mf);
}
else if ((parts.Length == 4) && (parts[1] == "LINKING"))
{
string linkingFile = parts[2].Trim();
string vScheme = parts[3].Trim();
ddiLinkingFile lf = new ddiLinkingFile(linkingFile, vScheme);
relevantBatch.ddiLinkingFileList.Add(lf);
}
else if ((parts.Length == 4) && (parts[1] == "QLINK"))
{
string questionLinkingFile = parts[2].Trim();
string qcScheme = parts[3].Trim();
ddiQuestionLinkingFile lf = new ddiQuestionLinkingFile(questionLinkingFile, qcScheme);
relevantBatch.ddiQuestionLinkingFileList.Add(lf);
}
else if ((parts.Length == 4) && (parts[1] == "DERIVATION"))
{
string derivationFile = parts[2].Trim();
string vScheme = parts[3].Trim();
ddiDerivationFile df = new ddiDerivationFile(derivationFile, vScheme);
relevantBatch.ddiDerivationFileList.Add(df);
}
else
{
Trace.WriteLine("ERROR: Invalid batch line: " + line);
}
}
else
{
//Trace.WriteLine("Irrelevant line: " + line);
}
}
}