void add(string col, ITableColumnChange pActivity, IBlockPoint pBlock, IRowValidator pValidator, ColumnChangeEventType pEvent)
{
{
DataRow row = getRow(pEvent, col);
if (row == null)
{
row = tableRel.Rows.Add(
new object[] {
pEvent,
col,
new List <ITableColumnChange>(),
new List <IRowValidator>(),
new List <IBlockPoint>(),
});
}
((List <ITableColumnChange>)row[colACTIVITY]).Add(pActivity);
((List <IRowValidator>)row[colVALIDATOR]).Add((pValidator == null) ? new RowValidatorTrue() : pValidator);
((List <IBlockPoint>)row[colBLOCK]).Add(pBlock);
}
{
tableRelDistinct.Rows.Add(
new object[] {
pActivity,
pValidator
});
}
}
public void addRelation(string[] pCols, ITableColumnChange pActivity, IBlockPoint pBlock, IRowValidator pValidator, ColumnChangeEventType pEvent)
{
pValidator = (pValidator == null) ? new RowValidatorTrue() : pValidator;
try
{
blockPointMain.block();
for (int i = 0; i < tableTarget.Rows.Count; ++i)
{
DataRow row = tableTarget.Rows[i];
if (pValidator.check(row))
{
pActivity.initForColumnChanged(row);
}
}
}
finally
{
blockPointMain.unblock();
}
foreach (string col in pCols)
{
add(col, pActivity, pBlock, pValidator, pEvent);
}
}
public void addRelation(string[] pCols, ITableColumnChange pActivity, IRowValidator pValidator)
{
addRelation(pCols, pActivity, new BlockPoint(), pValidator, defaultEvent);
}
