public bool GenerateConditionals(string inputDataFile, string inputDescFile)
{
using (var reader = new ConditionalDataReader(inputDataFile))
{
string currRow = null;
currRow = reader.GetNextRow();
if(currRow != null)
{
SetDimensions(inputDescFile);
}
else
{
return false;
}
currRow = reader.GetNextRow();
for(int i = 0; i < DimenionNames.Count; i++)
{
CreateCategoryCombinations(i);
}
while(currRow != null)
{
WriteNextConditional(currRow);
currRow = reader.GetNextRow();
}
foreach(var currTable in CondCollection)
{
using (var writer = new OutputFileWriter(
Constants.DATA_DIR + "Census" + currTable.Key + ".csv"))
{
writer.WriteToFile("Conditional,Count");
foreach(var currPair in currTable.Value)
{
writer.WriteToFile(
((KeyValPair)currPair.Value).Category
+ "," + ((KeyValPair)currPair.Value)
.Value.ToString());
}
}
}
}
return true;
}
private void SetDimensions(string inputDescFile)
{
using (var descReader = new ConditionalDataReader(inputDescFile))
{
string dimStr = descReader.GetNextRow();
dimStr.TrimEnd();
while(dimStr != null)
{
string[] currTok = dimStr.Split(
Constants.COLUMN_DELIMETER[0]);
CondCollection.Add(currTok[0], new Dictionary<string, KeyValPair>());
var curCats = new List<string>();
foreach(string curCat in currTok)
{
if(curCat != null && curCat != "")
{
curCats.Add(curCat);
}
}
DimenionNames.Add(curCats);
dimStr = descReader.GetNextRow();
}
}
}
