verify("Table isa 'Dimension' and name = 'sales_fact'","g.V().has('__typeName', 'Table').and(__.outE('classifiedAs').has('__name', within('Dimension')).outV(),__.has('Table.name', eq('sales_fact'))).dedup().limit(25).toList()");
verify("Table isa 'Dimension' and name = 'sales_fact'","g.V().has('__typeName', 'Table').and(__.outE('classifiedAs').has('__name', within('Dimension')).has('__state', 'ACTIVE').outV(),__.has('Table.name', eq('sales_fact'))).dedup().limit(25).toList()");
verify("Table has name and name = 'sales_fact'","g.V().has('__typeName', 'Table').and(__.has('Table.name'),__.has('Table.name', eq('sales_fact'))).dedup().limit(25).toList()");
verify("Table is 'Dimension' and Table has owner and name = 'sales_fact'","g.V().has('__typeName', 'Table').and(__.outE('classifiedAs').has('__name', within('Dimension')).outV(),__.has('Table.owner'),__.has('Table.name', eq('sales_fact'))).dedup().limit(25).toList()");
verify("Table is 'Dimension' and Table has owner and name = 'sales_fact'","g.V().has('__typeName', 'Table').and(__.outE('classifiedAs').has('__name', within('Dimension')).has('__state', 'ACTIVE').outV(),__.has('Table.owner'),__.has('Table.name', eq('sales_fact'))).dedup().limit(25).toList()");
verify("Table has name and Table has owner and name = 'sales_fact'","g.V().has('__typeName', 'Table').and(__.has('Table.name'),__.has('Table.owner'),__.has('Table.name', eq('sales_fact'))).dedup().limit(25).toList()");