public int Execute(ContainerTest containerTest, int occurance, out bool applicable)
{
int rasterIndex = containerTest.GetRasterIndex(RasterReference, occurance);
applicable = true;
return(containerTest.Execute(this, rasterIndex));
}
public int Execute(ContainerTest containerTest, int occurance, out bool applicable)
{
IRow row = Row;
int involvedTableIndex = containerTest.GetTableIndex(row.Table, occurance);
if (containerTest.GetQueriedOnly(involvedTableIndex))
{
applicable = false;
return(0);
}
if (!containerTest.CheckConstraint(row, involvedTableIndex))
{
applicable = false;
return(0);
}
// constraint is fulfilled
if (containerTest.IsOutsideAreaOfInterest(row))
{
applicable = false;
return(0);
}
// the test is applicable for the row, run it
applicable = true;
return(containerTest.Execute(row, involvedTableIndex, RecycleUnique));
}
public int Execute(ContainerTest containerTest, int occurance, out bool applicable)
{
int index = containerTest.GetTerrainIndex(TerrainReference, occurance);
applicable = true;
return(containerTest.Execute(this, index));
}
protected ErrorPostProcessor(
[NotNull] ContainerTest test,
[NotNull] IFeatureClass featureClass)
{
Test = test;
FeatureClass = featureClass;
ITable table = (ITable)FeatureClass;
_tableIndex = Test.AddInvolvedTable(
table, default(string), default(bool), queriedOnly: true);
test.PostProcessError += ValidateError;
}
public ContainsPostProcessor(
[NotNull] ContainerTest test,
[NotNull] IFeatureClass featureClass)
: base(test, featureClass)
{
}
public void SetSuccess(ContainerTest containerTest, bool success)
{
_success[ApplicableTests.IndexOf(containerTest)] = success;
}
