public override bool ValidateMappings(PhaidraMapping mapping)
{
bool hasabsolutefilepathMapping = false;
bool hasrelativefilepathMapping = false;
bool hasabsolutedirectorypathMapping = false;
bool hasrelativedirectorypathMapping = false;
bool hasfilenameMapping = false;
foreach (var m in mapping.PhaidraAttributeFields2CsvColumns)
{
switch (m.Field.Key)
{
case CONST_absolutefilepath:
if (m.SelectedCsvColumn != CsvColumn.Empty)
{
hasabsolutefilepathMapping = true;
}
break;
case CONST_relativefilepath:
if (m.SelectedCsvColumn != CsvColumn.Empty)
{
hasrelativefilepathMapping = true;
}
break;
case CONST_absolutedirectorypath:
if (m.SelectedCsvColumn != CsvColumn.Empty)
{
hasabsolutedirectorypathMapping = true;
}
break;
case CONST_relativedirectorypath:
if (m.SelectedCsvColumn != CsvColumn.Empty)
{
hasrelativedirectorypathMapping = true;
}
break;
case CONST_filename:
if (m.SelectedCsvColumn != CsvColumn.Empty)
{
hasfilenameMapping = true;
}
break;
}
}
// XOR
mapping.IsValid =
hasabsolutefilepathMapping ||
hasrelativefilepathMapping && hasfilenameMapping ||
hasabsolutedirectorypathMapping && hasfilenameMapping ||
hasrelativedirectorypathMapping && hasfilenameMapping;
return(mapping.IsValid);
}
public override bool ValidateMappings(PhaidraMapping mapping)
{
bool hasPhaidraIdMapping = false;
foreach (var m in mapping.PhaidraAttributeFields2CsvColumns)
{
switch (m.Field.Key)
{
case CONST_phaidraid:
if (m.SelectedCsvColumn != CsvColumn.Empty)
{
hasPhaidraIdMapping = true;
}
break;
}
}
mapping.IsValid = hasPhaidraIdMapping;
return(mapping.IsValid);
}
public virtual bool ValidateMappings(PhaidraMapping mapping)
{
return(true);
}
