//
// Population
//
protected bool CheckMatcherCells(
IImportTableProvider table,
ImportCellMatchContextBase context,
int rowofs,
List <ImportCellMatcherBase> matcher,
int matcherRows)
{
// access
if (table == null || matcher == null || matcherRows < 1)
{
return(false);
}
// over rows?
if (rowofs + matcherRows > table.MaxRows)
{
return(false);
}
for (int r = 0; r < matcherRows; r++)
{
for (int c = 0; c < _job.Cols; c++)
{
var cell = table.Cell(r + rowofs, c);
if (cell == null)
{
cell = "";
}
var mi = (1 + r) * (1 + _job.Cols) + 1 + c;
var mat = (mi >= matcher.Count) ? null : matcher[mi];
if (mat == null)
{
_log?.Info($" invalid matcher at top ({1 + r}, {1 + c})");
return(false);
}
if (!mat.Matches(context, cell))
{
_log?.Info("{0}", $" matcher was false ({1 + r}, {1 + c}) " +
$"preset='{mat.Preset}' cell='{cell}'");
return(false);
}
}
}
// ok
return(true);
}
protected bool CheckRowIsEmpty(IImportTableProvider table, int rowofs)
{
// access
if (table == null || rowofs >= table.MaxRows)
{
return(true);
}
// check
var isEmpty = true;
for (int c = 0; c < _job.Cols; c++)
{
if (table.Cell(rowofs, c).HasContent())
{
isEmpty = false;
}
}
return(isEmpty);
}
public void PopulateBy(IImportTableProvider table)
{
// access
if (!IsValid || table == null || table.MaxRows < 1 || table.MaxCols < 1 ||
_matcherTop == null || _matcherBody == null)
{
return;
}
_log?.Info("Starting populating from NEW TABLE");
// use 2 contexts to collect information during the matching
var contextTop = new ImportCellMatchContextBase();
var contextBody = new ImportCellMatchContextBase();
// simply scan over potential tops and bodies
int rowofs = 0;
int conseqEmptyRows = 0;
while (rowofs + _job.RowsTop + _job.RealRowsBody <= table.MaxRows)
{
// log
_log?.Info("{0}", $" check row {rowofs} starting with {"" + table.Cell(rowofs, 0)} for top ..");
// first do a evaluation, if the complete row is empty
if (CheckRowIsEmpty(table, rowofs))
{
// break the full scanning process (using absurd high limit)?
conseqEmptyRows++;
if (conseqEmptyRows >= 100)
{
break;
}
// now, but still empty: take a shortcut to next row
rowofs++;
continue;
}
conseqEmptyRows = 0;
// top matches?
contextTop.Clear();
if (CheckMatcherCells(table, contextTop, rowofs, _matcherTop, _job.RowsTop))
{
// log
_log?.Info($" found matching TOP!");
// care for the (containg) top element
var refTop = CreateTopReferable(contextTop, actInHierarchy: _job.ActInHierarchy);
if (refTop == null)
{
_log?.Info($" error creating data for TOP! Skipping!");
rowofs++;
continue;
}
// try find elements
var rowofs2 = rowofs + _job.RowsTop;
var lastGoodRow = rowofs;
while (rowofs2 < table.MaxRows)
{
// log
_log?.Info("{0}", $" check row {rowofs2} starting with " +
$"{"" + table.Cell(rowofs2, 0)} for body ..");
// be definition, a completely empty line will break the matching
if (CheckRowIsEmpty(table, rowofs2))
{
break;
}
// matches
contextBody.Clear();
if (CheckMatcherCells(table, contextBody, rowofs2, _matcherBody, _job.RowsBody))
{
// log again
_log?.Info($" found matching BODY as well!");
// remember to never visit again
lastGoodRow = rowofs2;
// an CD with empty identification will cause a new id, therefore
// the SME.semanticId will be altered accordingly and will be
// written later
var cdBody = CreateBodyCD(contextBody, _env);
if (cdBody == null)
{
_log?.Info($" error creating ConceptDescription for BODY! Skipping!");
rowofs2 += _job.RowsBody;
continue;
}
// create SME
var refBody = CreateBodySme(contextBody, refTop);
if (refBody == null)
{
_log?.Info($" error creating SubmodelElement for BODY! Skipping!");
rowofs2 += _job.RowsBody;
continue;
}
}
// find next row?
rowofs2 += _job.RowsBody;
}
// advance at least to last good row + 1
rowofs = lastGoodRow + 1;
}
// default
rowofs++;
}
}
