public void ReadData(string sCSVPath)
{
List <CSV> lstCSV = File.ReadAllLines(sCSVPath)
.Skip(1)
.Select(v => CSV.FromCsv(v))
.ToList();
string sSubj = "";
string sObj = "";
string col1val;
string col2val;
foreach (CSV csv in lstCSV)
{
sSubj = "";
sObj = "";
col1val = csv.Col1.Trim();
col2val = csv.Col2.Trim();
if (UtilMap.IsContains(col2val, "is a verb"))
{
lstVerbs.Add(new Single(UtilMap.RemoveText(col2val, "is a verb")));
}
else if (UtilMap.IsContains(col2val, "behave similar as"))
{
if (UtilMap.SuppressText(col2val, "behave similar as", ref sSubj, ref sObj))
{
lstSimilar.Add(new Map(sSubj, sObj, "behave"));
}
}
else if (UtilMap.IsContains(col2val, "is similar to"))
{
if (UtilMap.SuppressText(col2val, "is similar to", ref sSubj, ref sObj))
{
lstSimilar.Add(new Map(sSubj, sObj, "is"));
}
}
else if (UtilMap.IsContains(col2val, "oppose with"))
{
if (UtilMap.SuppressText(col2val, "oppose with", ref sSubj, ref sObj))
{
lstOpposite.Add(new Map(sSubj, sObj, "oppose"));
}
}
else if (UtilMap.IsContains(col2val, " can "))
{
if (UtilMap.SuppressText(col2val, " can ", ref sSubj, ref sObj))
{
lstCans.Add(new Map(sSubj, sObj, "can"));
}
}
}
}
public string GetProcessStatementType(string sFull)
{
string pType = "";
foreach (string str in lstProcessVerbs)
{
if (UtilMap.IsContains(sFull, str))
{
pType = UtilMap.GetFirstWord(str);
break;
}
}
return(pType);
}
