Update exercise5.jv

exercises/exercise5.jv

@@ -22,20 +22,20 @@ pipeline GTFSPipeline {
 	//stop_name must maintain german umlauts
 	block GTFSTextFileInterpreter oftype TextFileInterpreter {encoding: "ASCII";}
 	block GTFSCSVInterpreter oftype CSVInterpreter {
-		enclosing: '"'; 
-		enclosingEscape: '"';
+		//enclosing: '"'; 
+		//enclosingEscape: '"';
+		delimiter: ",";
+        enclosing: '"';
 	}
 
 
 	//stop_lat/stop_lon must be a geographic coordinates between -90 and 90, including upper/lower bounds
-	valuetype Coordinates oftype decimal{ constraints: [Angleconstraint]; }
 	constraint Angleconstraint oftype RangeConstraint{ lowerBound: -90; upperBound: 90; }
-
+	valuetype Coordinates oftype decimal{ constraints: [Angleconstraint]; }
 
 	//Only keep stops from zone 2001
-	valuetype zone_id oftype integer{ constraints:[only2001];}
 	constraint only2001 oftype RangeConstraint { lowerBound: 2001; upperBound: 2001; }
-
+	valuetype zone_id oftype integer{ constraints:[only2001];}
 
 	//Use fitting SQLite types (e.g., BIGINT, TEXT or FLOAT) for all columns & Drop rows containing invalid data
 	//stop_name must be a text
@@ -46,14 +46,14 @@ pipeline GTFSPipeline {
 			"stop_name" oftype text,
 			"stop_lat" oftype Coordinates,
 			"stop_lon" oftype Coordinates,
-			"zone_id" oftype integer,
+			"zone_id" oftype zone_id,
 
 		];
 	}
 
 	//Write data into a SQLite database called “gtfs.sqlite”, in the table “stops”
 	block GTFSLoader oftype SQLiteLoader {
 		table: "stops";
-		file: "./gtfs.sqlite";
+		file: "gtfs.sqlite";
 	}
 }