public void ParsingN3Variables()
{
String TestFragment = "@prefix rdfs: <" + NamespaceMapper.RDFS + ">. { ?s a ?type } => { ?s rdfs:label \"This has a type\" } .";
Notation3Parser parser = new Notation3Parser();
Graph g = new Graph();
StringParser.Parse(g, TestFragment, parser);
foreach (Triple t in g.Triples)
{
Console.WriteLine(t.ToString());
}
StringWriter.Write(g, new Notation3Writer());
}
static private Graph LoadN3(string path)
{
var g = new Graph();
var parser = new Notation3Parser();
try
{
parser.Load(g, path);
return g;
}
catch
{
return null;
}
}
public void ParsingN3VariableContexts()
{
String prefixes = "@prefix rdf: <" + NamespaceMapper.RDF + ">. @prefix rdfs: <" + NamespaceMapper.RDFS + ">.";
List<String> tests = new List<string>()
{
prefixes + "@forAll :x :type . { :x a :type } => {:x rdfs:label \"This has a type\" } .",
prefixes + "@forSome :x :type . { :x a :type } => {:x rdfs:label \"This has a type\" } .",
prefixes + "@forAll :h . @forSome :g . :g :loves :h .",
prefixes + "@forSome :h . @forAll :g . :g :loves :h .",
prefixes + "{@forSome :a . :Joe :home :a } a :Formula . :Joe :phone \"555-1212\" ."
};
Notation3Parser parser = new Notation3Parser();
Notation3Writer writer = new Notation3Writer();
foreach (String test in tests)
{
Graph g = new Graph();
g.BaseUri = new Uri("http://example.org/n3rules");
StringParser.Parse(g, test, parser);
Console.WriteLine(StringWriter.Write(g, writer));
Console.WriteLine();
}
}
/// <summary>
/// Internal Method which performs multi-threaded reading of data
/// </summary>
private void LoadGraphs(FolderStoreParserContext context)
{
//Create the relevant Parser
IRdfReader parser;
switch (context.Format)
{
case FolderStoreFormat.Turtle:
parser = new TurtleParser();
break;
case FolderStoreFormat.Notation3:
parser = new Notation3Parser();
break;
case FolderStoreFormat.RdfXml:
parser = new RdfXmlParser();
break;
default:
parser = new TurtleParser();
break;
}
try
{
String file = context.GetNextFilename();
while (file != null)
{
//Read from Disk
Graph g = new Graph();
String sourceFile = Path.Combine(context.Folder, file);
parser.Load(g, sourceFile);
//Add to Graph Collection
foreach (Triple t in g.Triples)
{
if (context.Terminated) break;
if (!context.Handler.HandleTriple(t)) ParserHelper.Stop();
}
if (context.Terminated) break;
//Get the Next Filename
file = context.GetNextFilename();
}
}
catch (ThreadAbortException)
{
//We've been terminated, don't do anything
#if !SILVERLIGHT
Thread.ResetAbort();
#endif
}
catch (RdfParsingTerminatedException)
{
context.Terminated = true;
context.ClearFilenames();
}
catch (Exception ex)
{
throw new RdfStorageException("Error in Threaded Reader in Thread ID " + Thread.CurrentThread.ManagedThreadId, ex);
}
}
public static void Main(string[] args)
{
StreamWriter output = new StreamWriter("Notation3TestSuite.txt");
String[] wantTrace = { };
bool traceAll = false;
String[] wantOutput = { "path2.n3" };
bool outputAll = false;
String[] skipTests = { };
Console.SetOut(output);
try
{
int testsPassed = 0;
int testsFailed = 0;
String[] files = Directory.GetFiles("n3_tests");
Notation3Parser parser = new Notation3Parser(TokenQueueMode.QueueAllBeforeParsing);//new Notation3Parser(TokenQueueMode.QueueAllBeforeParsing);
parser.Warning += reportWarning;
bool passed, passDesired;
Graph g = new Graph();
foreach (String file in files)
{
if (skipTests.Contains(Path.GetFileName(file)))
{
output.WriteLine("## Skipping Test of File " + Path.GetFileName(file));
output.WriteLine();
continue;
}
if (Path.GetExtension(file) != ".n3")
{
continue;
}
Debug.WriteLine("Testing File " + Path.GetFileName(file));
output.WriteLine("## Testing File " + Path.GetFileName(file));
output.WriteLine("# Test Started at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
passed = false;
passDesired = true;
try
{
g = new Graph();
g.BaseUri = new Uri(TestSuiteBaseUri);
if (Path.GetFileNameWithoutExtension(file).StartsWith("bad"))
{
passDesired = false;
output.WriteLine("# Desired Result = Parsing Failed");
}
else
{
output.WriteLine("# Desired Result = Parses OK");
}
if (wantTrace.Contains(Path.GetFileName(file)) || traceAll)
{
parser.TraceTokeniser = true;
}
else
{
parser.TraceTokeniser = false;
}
parser.Load(g, file);
passed = true;
output.WriteLine("Parsed OK");
if (outputAll || wantOutput.Contains(Path.GetFileName(file)))
{
if (!outputAll)
{
foreach (Triple t in g.Triples)
{
Console.WriteLine(t.ToString());
}
}
NTriplesWriter writer = new NTriplesWriter();
writer.Save(g, "n3_tests\\" + Path.GetFileNameWithoutExtension(file) + ".out");
}
}
catch (IOException ioEx)
{
reportError(output, "IO Exception", ioEx);
}
catch (RdfParseException parseEx)
{
reportError(output, "Parsing Exception", parseEx);
}
catch (RdfException rdfEx)
{
reportError(output, "RDF Exception", rdfEx);
}
catch (Exception ex)
{
reportError(output, "Other Exception", ex);
}
finally
{
if (passed && passDesired)
{
//Passed and we wanted to Pass
testsPassed++;
output.WriteLine("# Result = Test Passed");
}
else if (!passed && passDesired)
{
//Failed when we should have Passed
testsFailed++;
output.WriteLine("# Result = Test Failed");
}
else if (passed && !passDesired)
{
//Passed when we should have Failed
testsFailed++;
output.WriteLine("# Result = Test Failed");
}
else
{
//Failed and we wanted to Fail
testsPassed++;
output.WriteLine("# Result = Test Passed");
}
output.WriteLine("# Triples Generated = " + g.Triples.Count());
output.WriteLine("# Test Ended at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
}
output.WriteLine();
}
output.WriteLine(testsPassed + " Tests Passed");
output.WriteLine(testsFailed + " Tests Failed");
}
catch (Exception ex)
{
reportError(output, "Other Exception", ex);
}
Console.SetOut(Console.Out);
Console.WriteLine("Done");
Debug.WriteLine("Finished");
output.Close();
}
public static Object LoadFromReader(Reader r, string baseUri, org.openrdf.rio.RDFFormat rdff)
{
Object obj;
if (rdff == dotSesameFormats.RDFFormat.N3)
{
obj = new Graph();
if (baseUri != null) ((IGraph)obj).BaseUri = new Uri(baseUri);
Notation3Parser parser = new Notation3Parser();
parser.Load((IGraph)obj, r.ToDotNetReadableStream());
}
else if (rdff == dotSesameFormats.RDFFormat.NTRIPLES)
{
obj = new Graph();
if (baseUri != null) ((IGraph)obj).BaseUri = new Uri(baseUri);
NTriplesParser parser = new NTriplesParser();
parser.Load((IGraph)obj, r.ToDotNetReadableStream());
}
else if (rdff == dotSesameFormats.RDFFormat.RDFXML)
{
obj = new Graph();
if (baseUri != null) ((IGraph)obj).BaseUri = new Uri(baseUri);
RdfXmlParser parser = new RdfXmlParser();
parser.Load((IGraph)obj, r.ToDotNetReadableStream());
}
else if (rdff == dotSesameFormats.RDFFormat.TRIG)
{
obj = new TripleStore();
TriGParser trig = new TriGParser();
trig.Load((ITripleStore)obj, new StreamParams(r.ToDotNetReadableStream().BaseStream));
}
else if (rdff == dotSesameFormats.RDFFormat.TRIX)
{
obj = new TripleStore();
TriXParser trix = new TriXParser();
trix.Load((ITripleStore)obj, new StreamParams(r.ToDotNetReadableStream().BaseStream));
}
else if (rdff == dotSesameFormats.RDFFormat.TURTLE)
{
obj = new Graph();
if (baseUri != null) ((IGraph)obj).BaseUri = new Uri(baseUri);
TurtleParser parser = new TurtleParser();
parser.Load((IGraph)obj, r.ToDotNetReadableStream());
}
else
{
throw new RdfParserSelectionException("The given Input Format is not supported by dotNetRDF");
}
return obj;
}
public static void Main(String[] args)
{
StreamWriter output = new StreamWriter("AllegroGraphTest.txt");
Console.SetOut(output);
try
{
Console.WriteLine("## AllegroGraph Test");
Console.WriteLine();
//Load the Graph we want to use as a Test
Graph g = new Graph();
TurtleParser ttlparser = new TurtleParser();
ttlparser.Load(g, "InferenceTest.ttl");
Console.WriteLine("Test Graph contains the following Triples:");
ShowGraph(g);
Console.WriteLine();
//Load another Graph
Graph h = new Graph();
h.BaseUri = new Uri("http://example.org/test");
Notation3Parser n3parser = new Notation3Parser();
n3parser.Load(h, "test.n3");
Console.WriteLine("Second Test Graph contains the following Triples:");
ShowGraph(h);
Console.WriteLine();
Console.WriteLine("Trying to create a test store in the test catalog");
AllegroGraphConnector agraph = new AllegroGraphConnector("http://localhost:9875/", "test", "test");
Console.WriteLine("Store Created OK");
Console.WriteLine();
Console.WriteLine("Trying to add data to the Store");
agraph.SaveGraph(g);
agraph.SaveGraph(h);
Console.WriteLine("Saved OK");
Console.WriteLine();
Console.WriteLine("Trying to load data from the Store");
Graph i = new Graph();
agraph.LoadGraph(i, String.Empty);
ShowGraph(i);
Console.WriteLine();
i = new Graph();
agraph.LoadGraph(i, new Uri("http://example.org/test"));
ShowGraph(i);
Console.WriteLine("Loaded OK");
Console.WriteLine();
Console.WriteLine("Trying to update data in the Store");
List<Triple> toRemove = g.GetTriplesWithPredicate(g.CreateUriNode("rdf:type")).ToList();
Triple toAdd = new Triple(g.CreateUriNode(new Uri("http://example.org/")), g.CreateUriNode("rdf:type"), g.CreateLiteralNode("Added Triple Test"));
agraph.UpdateGraph(String.Empty, new List<Triple>() { toAdd }, toRemove);
Console.WriteLine("Updated OK");
Console.WriteLine();
Console.WriteLine("Trying a SPARQL ASK query against the store");
Object results = agraph.Query("ASK WHERE {?s ?p ?o}");
Console.WriteLine("Got results OK");
ShowResults(results);
Console.WriteLine();
Console.WriteLine("Trying a SPARQL SELECT query against the store");
results = agraph.Query("SELECT * WHERE {?s ?p ?o}");
Console.WriteLine("Got results OK");
ShowResults(results);
Console.WriteLine();
}
catch (RdfStorageException storeEx)
{
reportError(output, "RDF Storage Error", storeEx);
}
catch (RdfParseException parseEx)
{
reportError(output, "RDF Parsing Error", parseEx);
}
catch (RdfQueryException queryEx)
{
reportError(output, "RDF Query Error", queryEx);
}
catch (RdfException rdfEx)
{
reportError(output, "RDF Error", rdfEx);
}
catch (WebException webEx)
{
reportError(output, "HTTP Error", webEx);
}
catch (Exception ex)
{
reportError(output, "Error", ex);
}
finally
{
output.Close();
}
}
public static void Main(string[] args)
{
StreamWriter output = new StreamWriter("LocalSPARQLTests.txt");
try
{
//Set Output
Console.SetOut(output);
Console.WriteLine("## Local SPARQL Test Suite");
//Create a directory for the Output
if (!Directory.Exists("localsparql_tests"))
{
Directory.CreateDirectory("localsparql_test");
}
//Get a Triple Store
IInMemoryQueryableStore store = new TripleStore();
Console.WriteLine();
Console.WriteLine("Loading two Graphs into the Triple Store");
//Load it with Data
Graph g = new Graph();
g.BaseUri = new Uri("http://example.org/1");
TurtleParser ttlparser = new TurtleParser();
ttlparser.Load(g, "InferenceTest.ttl");
store.Add(g);
Notation3Parser n3parser = new Notation3Parser();
Graph h = new Graph();
h.BaseUri = new Uri("http://example.org/2");
n3parser.Load(h, "test.n3");
store.Add(h);
Console.WriteLine("# Triple Store Loading Done");
Console.WriteLine();
//Show the Triples
Console.WriteLine("# Following Triples are in the Store");
foreach (Triple t in store.Triples)
{
Console.WriteLine(t.ToString(true) + " from Graph " + t.GraphUri.ToString());
}
Console.WriteLine();
Console.WriteLine(new String('-', 150));
Console.WriteLine();
//Create the Test Queries
String stdprefixes = "PREFIX rdf: <" + NamespaceMapper.RDF + ">\nPREFIX rdfs: <" + NamespaceMapper.RDFS + ">\n";
String xsdprefix = "PREFIX xsd: <" + NamespaceMapper.XMLSCHEMA + ">\n";
String exprefix = "PREFIX eg: <http://example.org/vehicles/>\n";
String vdsprefixes = "PREFIX vds: <http://www.vdesign-studios.com/dotNetRDF#>\nPREFIX ecs: <http://id.ecs.soton.ac.uk/person/>";
String fnprefix = "PREFIX fn: <http://www.w3.org/2005/xpath-functions#>\n";
String afnprefix = "PREFIX afn: <http://jena.hpl.hp.com/ARQ/function#>\n";
//Simple SELECT and ASK
TestQueries.Add("SELECT * WHERE {?s ?p ?o}");
TestQueries.Add("ASK WHERE {?s ?p ?o}");
TestQueries.Add("SELECT ?s WHERE { }");
TestQueries.Add("ASK WHERE { }");
TestQueries.Add(stdprefixes + "ASK WHERE { ?s rdf:type rdf:NoSuchType }");
//Simple DESCRIBE
TestQueries.Add("DESCRIBE <http://wwww.nosuchthing.org>");
TestQueries.Add(exprefix + "DESCRIBE eg:FordFiesta");
TestQueries.Add(stdprefixes + exprefix + "DESCRIBE ?car WHERE {?car rdf:type eg:Car}");
TestQueries.Add(stdprefixes + exprefix + "DESCRIBE eg:FordFiesta eg:AirbusA380 ?plane WHERE {?plane rdf:type eg:Plane}");
TestQueries.Add("DESCRIBE ?s WHERE {?s ?p ?o FILTER(isBlank(?s))}");
//Simple CONSTRUCT
TestQueries.Add("CONSTRUCT {?s ?p ?o} WHERE {?s ?p ?o}");
TestQueries.Add(stdprefixes + "CONSTRUCT {?s ?p ?o} WHERE {?s rdf:type rdfs:Class . ?s ?p ?o}");
TestQueries.Add(stdprefixes + exprefix + "CONSTRUCT {?s ?p ?o} WHERE {?s rdf:type eg:Car . ?s ?p ?o}");
TestQueries.Add(stdprefixes + exprefix + "CONSTRUCT {_:bnodeTest rdfs:label ?s; a eg:Car; eg:Speed ?o} WHERE {?s rdf:type eg:Car . ?s eg:Speed ?o}");
TestQueries.Add(stdprefixes + exprefix + "CONSTRUCT {[rdfs:label ?s; a eg:Car; eg:Speed ?o]} WHERE {?s rdf:type eg:Car . ?s eg:Speed ?o}");
//DISTINCT and REDUCED
TestQueries.Add("SELECT DISTINCT ?s WHERE {?s ?p ?o}");
TestQueries.Add("SELECT DISTINCT ?s WHERE {?s ?p ?o} LIMIT 10");
TestQueries.Add("SELECT REDUCED ?s WHERE {?s ?p ?o}");
TestQueries.Add("SELECT REDUCED ?s WHERE {?s ?p ?o} LIMIT 10");
//ORDER BY
TestQueries.Add("SELECT ?s WHERE {?s ?p ?o} ORDER BY ?s LIMIT 10");
TestQueries.Add("SELECT DISTINCT ?s WHERE {?s ?p ?o} ORDER BY ?s LIMIT 10");
TestQueries.Add("SELECT ?s ?p ?o WHERE {?s ?p ?o} ORDER BY ?s ?p LIMIT 10");
TestQueries.Add(stdprefixes + "SELECT ?o WHERE {?s ?p ?o FILTER IsLiteral(?o)} ORDER BY ASC(?o)");
TestQueries.Add(stdprefixes + "SELECT ?o WHERE {?s ?p ?o FILTER IsLiteral(?o)} ORDER BY DESC(?o)");
TestQueries.Add(stdprefixes + "SELECT ?o WHERE {?s ?p ?o FILTER IsLiteral(?o)} ORDER BY ASC(STR(?o))");
TestQueries.Add(stdprefixes + exprefix + "SELECT * {?vehicle rdf:type ?vehicleclass OPTIONAL {?vehicle eg:Speed ?speed}} ORDER BY BOUND(?speed)");
TestQueries.Add(stdprefixes + exprefix + "SELECT * {?vehicle rdf:type ?vehicleclass OPTIONAL {?vehicle eg:Speed ?speed}} ORDER BY DESC(BOUND(?speed))");
TestQueries.Add(exprefix + "SELECT * {?vehicle eg:Speed ?speed} ORDER BY (STR(?speed))");
TestQueries.Add(stdprefixes + exprefix + "SELECT * {?vehicle rdf:type ?vehicleclass OPTIONAL {?vehicle eg:Speed ?speed}} ORDER BY DATATYPE(?speed)");
//More complex SELECTS
TestQueries.Add(stdprefixes + "SELECT ?s WHERE {?s rdf:type rdfs:Class}");
TestQueries.Add(stdprefixes + "SELECT ?class ?subclass WHERE {?class rdf:type rdfs:Class . ?subclass rdfs:subClassOf ?class .}");
TestQueries.Add(stdprefixes + "SELECT ?class ?subclass WHERE {?subclass rdfs:subClassOf ?class . ?class rdf:type rdfs:Class .}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?plane WHERE {?planes rdfs:subClassOf eg:Plane . ?plane rdf:type ?planes}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass . ?vehicle eg:Speed ?speed}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?prop ?value WHERE {?prop rdfs:range eg:Vehicle . ?vehicle ?prop ?value}");
TestQueries.Add(stdprefixes + "SELECT * {?subclass rdfs:subClassOf ?class . ?subclass1 rdfs:subClassOf ?class1 } ORDER BY ?subclass ?subclass1");
//The next one takes a long time to execute, it should error due to Execution Timeout
//TestQueries.Add(stdprefixes + "SELECT * {?subclass rdfs:subClassOf ?class . ?subclass1 rdfs:subClassOf ?class1 . ?subclass2 rdfs:subClassOf ?class2} ORDER BY ?subclass ?subclass1 ?subclass2");
TestQueries.Add(stdprefixes + exprefix + "SELECT * {_:a rdf:type eg:Car . _:a ?p ?o }");
//LIMIT and OFFSET
TestQueries.Add(stdprefixes + "SELECT ?vehicle {?vehicle rdf:type ?vehicleclass}");
TestQueries.Add(stdprefixes + "SELECT ?vehicle {?vehicle rdf:type ?vehicleclass} LIMIT 5");
TestQueries.Add(stdprefixes + "SELECT ?vehicle {?vehicle rdf:type ?vehicleclass} LIMIT 5 OFFSET 5");
TestQueries.Add(stdprefixes + "SELECT ?vehicle {?vehicle rdf:type ?vehicleclass} OFFSET 10 LIMIT 5");
TestQueries.Add(stdprefixes + "SELECT ?vehicle {?vehicle rdf:type ?vehicleclass} LIMIT 0");
TestQueries.Add(stdprefixes + "SELECT ?vehicle {?vehicle rdf:type ?vehicleclass} LIMIT 10 OFFSET 15");
TestQueries.Add(stdprefixes + "SELECT ?vehicle {?vehicle rdf:type ?vehicleclass} LIMIT 10 OFFSET 25");
//FROM and FROM Named
TestQueries.Add(stdprefixes + "SELECT DISTINCT ?class FROM <http://example.org/1> WHERE {?class rdf:type rdfs:Class}");
TestQueries.Add(stdprefixes + "SELECT DISTINCT ?class FROM NAMED <http://example.org/food/> WHERE {?class rdf:type rdfs:Class}");
//OPTIONAL
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed}}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER (!BOUND(?speed))}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed ?passengers WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} OPTIONAL { ?vehicle eg:PassengerCapacity ?passengers}}");
//FILTER
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER BOUND(?speed)}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass . ?vehicle eg:Speed ?speed FILTER (?speed > 500)}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass . ?vehicle eg:Speed ?speed FILTER (?speed > 100 && ?speed < 200)}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass . ?vehicle eg:Speed ?speed FILTER (?speed < 100 || ?speed > 200)}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass . ?vehicle eg:Speed ?speed FILTER (?speed + 50 >= 200)}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass . ?vehicle eg:Speed ?speed FILTER (?speed + (50 * 3) >= 200)}");
TestQueries.Add(stdprefixes + "SELECT ?o WHERE {?s ?p ?o FILTER(<http://what>)}");
TestQueries.Add(stdprefixes + "SELECT ?o WHERE {?s ?p ?o FILTER IsLiteral(?o)}");
TestQueries.Add(stdprefixes + "SELECT DISTINCT ?o WHERE {?s ?p ?o FILTER IsURI(?o)}");
TestQueries.Add(stdprefixes + "SELECT * WHERE {?s ?p ?o FILTER (STR(?o) = \"150\")}");
TestQueries.Add(stdprefixes + xsdprefix + "SELECT * WHERE {?s ?p ?o FILTER (DATATYPE(?o) = xsd:integer)}");
TestQueries.Add(stdprefixes + "SELECT ?subclass ?subclass1 {?subclass rdfs:subClassOf ?class . ?subclass1 rdfs:subClassOf ?class1 FILTER SAMETERM(?subclass,?subclass1)}");
TestQueries.Add("SELECT * {?s ?p ?o FILTER(LANG(?o) = \"\")}");
TestQueries.Add("SELECT * {?s ?p ?o FILTER(LANGMATCHES(?o,\"*\"))}");
TestQueries.Add("SELECT * {?s ?p ?o FILTER(LANGMATCHES(?o,\"en\"))}");
TestQueries.Add("SELECT * {?s ?p ?o FILTER(LANGMATCHES(?o,\"fr\"))}");
TestQueries.Add("SELECT * {?s ?p ?o FILTER(LANGMATCHES(?o,\"\"))}");
TestQueries.Add(exprefix + "SELECT * {?vehicle eg:Speed ?speed FILTER REGEX(?speed,\"1\\d+\")}");
TestQueries.Add(exprefix + "SELECT * {?vehicle eg:Speed ?speed FILTER(REGEX(?speed,\"1\\d+\"))}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed . FILTER(?speed < 200)}}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?vehicle ?speed ?passengers WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed . FILTER(?speed < 200) OPTIONAL {?vehicle eg:PassengerCapacity ?passengers}}}");
//XPath Casting
TestQueries.Add(stdprefixes + xsdprefix + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER(xsd:boolean(?speed))}");
TestQueries.Add(stdprefixes + xsdprefix + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER(xsd:dateTime(?speed))}");
TestQueries.Add(stdprefixes + xsdprefix + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER(xsd:decimal(?speed))}");
TestQueries.Add(stdprefixes + xsdprefix + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER(xsd:double(?speed))}");
TestQueries.Add(stdprefixes + xsdprefix + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER(xsd:float(?speed))}");
TestQueries.Add(stdprefixes + xsdprefix + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER(xsd:integer(?speed))}");
TestQueries.Add(stdprefixes + xsdprefix + exprefix + "SELECT ?vehicle ?speed WHERE {?vehicle rdf:type ?vehicleclass OPTIONAL { ?vehicle eg:Speed ?speed} FILTER(xsd:string(?speed))}");
//GRAPH
TestQueries.Add(stdprefixes + "SELECT ?class FROM NAMED <http://example.org/1> WHERE {?class rdf:type rdfs:Class}");
TestQueries.Add(stdprefixes + "SELECT ?class FROM NAMED <http://example.org/1> WHERE {GRAPH <http://example.org/1> {?class rdf:type rdfs:Class}}");
TestQueries.Add(stdprefixes + vdsprefixes + "SELECT * FROM NAMED <http://example.org/1> FROM NAMED <http://example.org/2> WHERE {GRAPH <http://example.org/1> {?class rdf:type rdfs:Class} GRAPH <http://example.org/2> {?supervisor vds:supervises ?student}}");
TestQueries.Add("SELECT DISTINCT ?s ?src WHERE {GRAPH ?src {?s ?p ?o}}");
TestQueries.Add("SELECT * FROM NAMED <http://example.org/1> FROM NAMED <http://example.org/2> WHERE { GRAPH ?src {?s ?p ?o}} ORDER BY ?src ?s ?p");
TestQueries.Add(stdprefixes + "SELECT ?s ?p ?o FROM NAMED <http://example.org/1> FROM NAMED <http://example.org/2> WHERE {GRAPH <http://example.org/2> {?subj rdfs:seeAlso ?src} GRAPH ?src {?s ?p ?o}}");
TestQueries.Add(stdprefixes + "SELECT ?s ?src FROM <http://example.org/2> WHERE {GRAPH ?src {?s ?p ?o}}");
TestQueries.Add("SELECT ?g WHERE {GRAPH ?g { }}");
//UNION
TestQueries.Add("SELECT * {{?s ?p ?o} UNION {?s ?p ?o}}");
TestQueries.Add("SELECT * {{?s ?p ?o} UNION {?s ?p ?o} FILTER(IsLiteral(?o))} ORDER BY ?s ?p");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?plane WHERE {{?plane rdf:type eg:Plane} UNION {?subclass rdfs:subClassOf eg:Plane . ?plane rdf:type ?subclass}}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?plane ?speed WHERE {{?plane rdf:type eg:Plane} UNION {?subclass rdfs:subClassOf eg:Plane . ?plane rdf:type ?subclass} OPTIONAL {?plane eg:Speed ?speed}}");
//Aggregates
TestQueries.Add("SELECT COUNT(*) WHERE {?s ?p ?o}");
TestQueries.Add("SELECT COUNT(?s) WHERE {?s ?p ?o}");
TestQueries.Add("SELECT COUNT(DISTINCT *) WHERE {?s ?p ?o}");
TestQueries.Add("SELECT COUNT(DISTINCT ?s) AS ?Subjects WHERE {?s ?p ?o}");
TestQueries.Add(exprefix + "SELECT MAX(?speed) WHERE {?vehicle eg:Speed ?speed .}");
TestQueries.Add(exprefix + "SELECT MIN(?speed) WHERE {?vehicle eg:Speed ?speed .}");
TestQueries.Add("SELECT ?o {?s ?p ?o} ORDER BY ?o");
TestQueries.Add("SELECT MAX(?o) WHERE {?s ?p ?o .}");
TestQueries.Add("SELECT MEDIAN(?o) WHERE {?s ?p ?o.}");
TestQueries.Add("SELECT MIN(?o) WHERE {?s ?p ?o .}");
TestQueries.Add("SELECT MODE(?o) WHERE {?s ?p ?o .}");
TestQueries.Add("SELECT NMAX(?o) WHERE {?s ?p ?o .}");
TestQueries.Add("SELECT NMIN(?o) WHERE {?s ?p ?o .}");
TestQueries.Add(exprefix + "SELECT AVG(?speed) AS ?AverageSpeed WHERE {?vehicle eg:Speed ?speed }");
TestQueries.Add(exprefix + "SELECT SUM(?speed) AS ?TotalSpeeds WHERE {?vehicle eg:Speed ?speed }");
//Projection
TestQueries.Add(exprefix + "SELECT ?vehicle (?speed * 2) AS ?DoubleSpeed WHERE {?vehicle eg:Speed ?speed }");
TestQueries.Add(exprefix + "SELECT ?vehicle (?speed * 2) AS ?DoubleSpeed WHERE {?vehicle eg:Speed ?speed } ORDER BY DESC(?DoubleSpeed)");
TestQueries.Add(exprefix + "SELECT ?vehicle (1 / ?speed) AS ?Test WHERE {?vehicle eg:Speed ?speed } ORDER BY ?Test");
TestQueries.Add(exprefix + "SELECT ?vehicle (?speed >= 700) AS ?BreaksSoundBarrier WHERE {?vehicle eg:Speed ?speed } ORDER BY ?BreaksSoundBarrier");
TestQueries.Add(exprefix + "SELECT ?vehicle (?speed >= 700) AS ?BreaksSoundBarrier WHERE {?vehicle eg:Speed ?speed } ORDER BY DESC(?BreaksSoundBarrier)");
//Optimisable Queries
TestQueries.Add(exprefix + "SELECT * WHERE {?s ?p ?o . ?s a eg:Car}");
TestQueries.Add(exprefix + "SELECT ?s ?speed WHERE {?s eg:Speed ?speed . ?s a eg:Car}");
TestQueries.Add(exprefix + "SELECT * WHERE {?vehicle ?prop ?value . ?vehicle eg:Speed ?speed . ?vehicle eg:PassengerCapacity ?passengers }");
TestQueries.Add(vdsprefixes + "SELECT * WHERE {ecs:11471 vds:has ?prop . ?prop vds:is \"a test\"}");
//Testing FILTER placement
TestQueries.Add(exprefix + "SELECT * WHERE {?car a eg:Car . ?car eg:Speed ?speed . ?car eg:PassengerCapacity ?passengers . FILTER(?speed > 100) . FILTER(?passengers > 2)}");
//EXISTS and NOT EXISTS
TestQueries.Add(exprefix + "SELECT * WHERE {?car a eg:Car . EXISTS { ?car eg:Speed ?speed }}");
TestQueries.Add(exprefix + "SELECT * WHERE {?car a eg:Car . NOT EXISTS { ?car eg:Speed ?speed }}");
TestQueries.Add(exprefix + "SELECT * WHERE {?car a eg:Car . EXISTS {?car eg:PassengerCapacity ?passengers }}");
TestQueries.Add(exprefix + "SELECT * WHERE {?car a eg:Car . UNSAID {?car eg:PassengerCapacity ?passengers }}");
//LET
TestQueries.Add("SELECT ?z WHERE { LET(?b := (2)) LET(?a := (?b*4)) LET(?c := (1)) LET(?z := (?a+?c)) }");
TestQueries.Add(exprefix + "SELECT ?speed ?doubleSpeed WHERE {?car a eg:Car . ?car eg:Speed ?speed . LET (?doubleSpeed := (?speed * 2)) }");
TestQueries.Add(exprefix + "SELECT ?speed ?doubleSpeed WHERE {?car a eg:Car . OPTIONAL {?car eg:Speed ?speed }. OPTIONAL{ LET (?doubleSpeed := (?speed * 2))} }");
TestQueries.Add(exprefix + "SELECT * WHERE {?car a eg:Car . OPTIONAL { ?car eg:Speed ?speed . LET(?doubleSpeed := (?speed * 2))}}");
TestQueries.Add("SELECT * WHERE { LET(?a := (2)) . LET(?a := (\"Some String\")) }");
TestQueries.Add(exprefix + "SELECT * WHERE {?vehicle a ?type . LET (?type := (eg:Plane))}");
TestQueries.Add(exprefix + "SELECT * WHERE {?car a eg:Car . LET(?car := (eg:MiniCooper))}");
//Sub-query
TestQueries.Add(vdsprefixes + "SELECT * WHERE {?academic vds:supervises ecs:11471 . { SELECT * WHERE {?academic vds:collaborates ?collaborator}}}");
TestQueries.Add("SELECT * WHERE {?s a ?type . {SELECT ?s COUNT(?s) AS ?Triples WHERE {?s ?p ?o} GROUP BY ?s} FILTER(?Triples >= 3)}");
TestQueries.Add("SELECT ?s ?Triples ?Type2 WHERE {?s a ?type . {SELECT ?s COUNT(?s) AS ?Triples WHERE {?s ?p ?o} GROUP BY ?s} {SELECT ?s ?Type2 WHERE {?s a ?Type2}} FILTER(?Triples >= 3)}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?car ?speed WHERE {?car a eg:Car {SELECT ?car ?speed WHERE {?car eg:Speed ?speed}}}");
TestQueries.Add(stdprefixes + exprefix + "SELECT ?car ?speed WHERE {?car a eg:Car OPTIONAL {SELECT ?car ?speed WHERE {?car eg:Speed ?speed}}}");
//XPath String Functions
TestQueries.Add(fnprefix + "SELECT ?o WHERE {?s ?p ?o FILTER(fn:contains(?o, \"a\"))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:encode-for-uri(?o)) AS ?funcResult WHERE {?s ?p ?o . FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o WHERE {?s ?p ?o FILTER(fn:ends-with(?o, \"s\"))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:false()) AS ?funcResult WHERE {?s ?p ?o}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:lower-case(?o)) AS ?funcResult WHERE {?s ?p ?o . FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o WHERE {?s ?p ?o FILTER(fn:matches(?o, \"a\"))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:normalize-space(?o)) AS ?funcResult WHERE {?s ?p ?o . FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:normalize-unicode(?o)) AS ?funcResult WHERE {?s ?p ?o . FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:normalize-unicode(?o, \"NFD\")) AS ?funcResult WHERE {?s ?p ?o . FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:not(?o)) AS ?funcResult WHERE {?s ?p ?o . FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:replace(?o, \"a\", \"b\")) AS ?funcResult WHERE {?s ?p ?o . FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o WHERE {?s ?p ?o FILTER(fn:starts-with(?o, \"a\"))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:string-length(?o)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:substring(?o, 5)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:substring(?o, 50)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:substring(?o, 5, 5)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:substring(?o, 5, 0)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:substring-after(?o, \"a\")) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:substring-before(?o, \"a\")) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:true()) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:upper-case(?o)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(stdprefixes + fnprefix + "SELECT ?class ?class1 (fn:compare(STR(?class),STR(?class1))) AS ?funcResult {?subclass rdfs:subClassOf ?class . ?subclass1 rdfs:subClassOf ?class1 } ORDER BY ?class ?class1");
//XPath Numeric Functions
TestQueries.Add(fnprefix + "SELECT ?o (fn:abs(?o)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:ceiling(?o)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:floor(?o)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:round(?o)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:round-half-to-even(?o)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
TestQueries.Add(fnprefix + "SELECT ?o (fn:round-half-to-even(?o, 4)) AS ?funcResult WHERE {?s ?p ?o FILTER(ISLITERAL(?o))}");
//ARQ Functions
TestQueries.Add(afnprefix + "SELECT ?s (afn:localname(?s)) AS ?LocalName (afn:namespace(?s)) AS ?Namespace WHERE {?s ?p ?o . FILTER(ISURI(?s))}");
TestQueries.Add(afnprefix + "SELECT ?p (afn:localname(?p)) AS ?LocalName (afn:namespace(?p)) AS ?Namespace WHERE {?s ?p ?o . FILTER(ISURI(?p))}");
TestQueries.Add(afnprefix + "SELECT ?o (afn:localname(?o)) AS ?LocalName (afn:namespace(?o)) AS ?Namespace WHERE {?s ?p ?o . FILTER(ISURI(?o))}");
TestQueries.Add(afnprefix + "SELECT ?s (afn:now()) AS ?Now WHERE {?s ?p ?o}");
TestQueries.Add(afnprefix + "SELECT (afn:sha1sum(<http://example.org/book/book5>)) AS ?SHA1 WHERE {}");
TestQueries.Add(afnprefix + "SELECT (afn:sha1sum(\"Harry Potter and the Order of the Phoenix\")) AS ?SHA1 WHERE {}");
TestQueries.Add(xsdprefix + afnprefix + "SELECT (afn:sha1sum(1)) AS ?SHA1 WHERE {}");
TestQueries.Add(afnprefix + "SELECT (afn:sha1sum(\"Some Text\")) AS ?SHA1 WHERE {}");
TestQueries.Add(afnprefix + "SELECT (afn:sha1sum(\"Some Text\"@en)) AS ?SHA1 WHERE {}");
TestQueries.Add(afnprefix + "SELECT (afn:sha1sum(\"Some Text\"@fr)) AS ?SHA1 WHERE {}");
TestQueries.Add(xsdprefix + afnprefix + "SELECT (afn:sha1sum(\"Some Text\"^^xsd:unknownType)) AS ?SHA1 WHERE {}");
TestQueries.Add(xsdprefix + afnprefix + "SELECT (afn:sha1sum(\"2010-04-01T15:36:00+00:00\"^^xsd:dateTime)) AS ?SHA1 WHERE { }");
//Options.QueryOptimisation = false;
//Options.QueryDefaultSyntax = SparqlQuerySyntax.Sparql_1_0;
//Options.QueryDefaultSyntax = SparqlQuerySyntax.Sparql_1_1;
Options.QueryOptimisation = true;
Options.QueryDefaultSyntax = SparqlQuerySyntax.Extended;
//Register the ARQ Function Library
SparqlExpressionFactory.AddCustomFactory(new ArqFunctionFactory());
//Get the Sparql Parser
SparqlQueryParser sparqlparser;
try
{
sparqlparser = new SparqlQueryParser();
}
catch (Exception ex)
{
Console.Write(ex.Message);
Console.WriteLine(ex.StackTrace);
if (ex.InnerException != null)
{
Console.WriteLine();
Console.WriteLine(ex.InnerException.Message);
Console.WriteLine(ex.InnerException.StackTrace);
}
output.Close();
return;
}
//sparqlparser.TraceTokeniser = true;
//Run the Test Queries
int i = 0;
Stopwatch parseTimer = new Stopwatch();
foreach (String q in TestQueries)
{
Console.WriteLine();
Console.WriteLine("# Raw Query Input");
Console.WriteLine(q);
Console.WriteLine();
Debug.WriteLine(q);
try
{
parseTimer.Start();
SparqlQuery query = sparqlparser.ParseFromString(q);
parseTimer.Stop();
Console.Write("# Parsed Query Input");
Console.WriteLine(" - Took " + parseTimer.ElapsedMilliseconds + "ms (" + parseTimer.ElapsedTicks + " ticks) to parse");
Console.WriteLine(query.ToString());
Console.WriteLine();
TestQuery(store, query, "localsparql_test/" + i);
}
catch (Exception ex)
{
parseTimer.Stop();
Console.WriteLine(ex.Message);
Console.WriteLine(ex.StackTrace);
if (ex.InnerException != null)
{
Console.WriteLine();
Console.WriteLine(ex.InnerException.Message);
Console.WriteLine(ex.InnerException.StackTrace);
}
Console.WriteLine();
Console.WriteLine(new String('-', 150));
}
parseTimer.Reset();
i++;
}
Console.WriteLine();
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
Console.WriteLine(ex.StackTrace);
}
output.Close();
}
public static void Main(string[] args)
{
StreamWriter output = new StreamWriter("ParserSpeedTest.txt");
Notation3Parser n3parser = new Notation3Parser();
TurtleParser ttlparser = new TurtleParser();
ITokenQueue queue;
DateTime start, end;
long diff;
bool tokeniseOnly = false;
Console.SetOut(output);
String[] files = { "turtle_tests/test-14.ttl", "turtle_tests/test-15.ttl", "turtle_tests/test-16.ttl" };
foreach (String file in files)
{
Console.WriteLine("## Testing File " + file);
//Use Turtle Tokeniser
Debug.WriteLine("Testing file " + file + " using Turtle Tokeniser");
Console.WriteLine("# Using Turtle Tokeniser Only");
queue = new TokenQueue();
queue.Tokeniser = new TurtleTokeniser(new StreamReader(file));
Console.WriteLine("# Test Started at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
queue.InitialiseBuffer();
Console.WriteLine("# Test Finished at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
//Use Turtle Parser
if (!tokeniseOnly)
{
Debug.WriteLine("Testing file " + file + " using Turtle Parser");
Console.WriteLine("# Using Turtle Parser");
Console.WriteLine("# Test Started at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
start = DateTime.Now;
Debug.WriteLine("Start " + start.ToString(TestSuite.TestSuiteTimeFormat));
Test(file, ttlparser, output);
Console.WriteLine("# Test Finished at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
end = DateTime.Now;
diff = Microsoft.VisualBasic.DateAndTime.DateDiff(Microsoft.VisualBasic.DateInterval.Second, start, end, Microsoft.VisualBasic.FirstDayOfWeek.Saturday, Microsoft.VisualBasic.FirstWeekOfYear.System);
Console.WriteLine("Read Time was " + diff + " seconds");
Debug.WriteLine("End " + end.ToString(TestSuite.TestSuiteTimeFormat));
Debug.WriteLine("Read Time was " + diff + " seconds");
Console.WriteLine();
}
//Use Notation 3 Tokeniser
Debug.WriteLine("Testing file " + file + " using Notation 3 Tokeniser");
Console.WriteLine("# Using Notation 3 Tokeniser Only");
queue = new TokenQueue();
queue.Tokeniser = new Notation3Tokeniser(new StreamReader(file));
Console.WriteLine("# Test Started at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
queue.InitialiseBuffer();
Console.WriteLine("# Test Finished at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
//Use Notation 3 Parser
if (!tokeniseOnly)
{
Debug.WriteLine("Testing file " + file + " using Notation 3 Parser");
Console.WriteLine("# Using Notation 3 Parser");
Console.WriteLine("# Test Started at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
start = DateTime.Now;
Debug.WriteLine("Start " + start.ToString(TestSuite.TestSuiteTimeFormat));
Test(file, n3parser, output);
Console.WriteLine("# Test Finished at " + DateTime.Now.ToString(TestSuite.TestSuiteTimeFormat));
end = DateTime.Now;
diff = Microsoft.VisualBasic.DateAndTime.DateDiff(Microsoft.VisualBasic.DateInterval.Second, start, end, Microsoft.VisualBasic.FirstDayOfWeek.Saturday, Microsoft.VisualBasic.FirstWeekOfYear.System);
Console.WriteLine("Read Time was " + diff + " seconds");
Debug.WriteLine("End " + end.ToString(TestSuite.TestSuiteTimeFormat));
Debug.WriteLine("Read Time was " + diff + " seconds");
Console.WriteLine();
}
}
output.Close();
}
public static void Main(string[] args)
{
StreamWriter output = new StreamWriter("WriterTests.txt");
Console.SetOut(output);
Console.WriteLine("## RDF Serialization Tests");
try
{
//Create the Output Directory if required
if (!Directory.Exists("writer_tests"))
{
Console.WriteLine("Creating Output Directory");
Directory.CreateDirectory("writer_tests");
}
List<String> testFiles = new List<string>() {
"test.n3",
"InferenceTest.ttl",
"bnodes.ttl"
};
//Create list of Writers
Console.WriteLine("Creating a set of Writer Classes");
List<IRdfWriter> writers = new List<IRdfWriter>()
{
new NTriplesWriter(),
new TurtleWriter(),
new CompressingTurtleWriter(),
new RdfXmlWriter(),
new FastRdfXmlWriter(),
new Notation3Writer(),
new RdfJsonWriter(),
new HtmlWriter()
};
//Create the Warning Handler
RdfWriterWarning handler = delegate(String message) { Console.WriteLine("Writer Warning: " + message); };
writers.ForEach(w => w.Warning += handler);
//Create list of Compression levels
List<int> compressionLevels = new List<int>() {
WriterCompressionLevel.None,
WriterCompressionLevel.Minimal,
WriterCompressionLevel.Default,
WriterCompressionLevel.Medium,
WriterCompressionLevel.More,
WriterCompressionLevel.High
};
//Create a set of Readers
Console.WriteLine("Creating a set of Reader Classes");
List<IRdfReader> readers = new List<IRdfReader>()
{
new NTriplesParser(),
new TurtleParser(),
new TurtleParser(),
new RdfXmlParser(),
new RdfXmlParser(),
new Notation3Parser(),
new RdfJsonParser(),
new RdfAParser()
};
IRdfReader parser;
int test = 0;
foreach (String testFile in testFiles)
{
//Read in the Test Graph
//parser = MimeTypesHelper.GetParser(MimeTypesHelper.GetMimeType(testFile));
parser = new Notation3Parser();
Graph g = new Graph();
Console.WriteLine("Attempting to load test file " + testFile);
parser.Load(g, testFile);
Console.WriteLine("RDF Loaded OK");
//Serialize with each parser
int i = 0;
foreach (IRdfWriter writer in writers)
{
if (writer is IHighSpeedWriter)
{
((IHighSpeedWriter)writer).HighSpeedModePermitted = false;
}
if (writer is ICompressingWriter)
{
foreach (int c in compressionLevels)
{
((ICompressingWriter)writer).CompressionLevel = c;
TestWriter(output, g, writer, readers[i], "tests-" + test + "-" + writer.GetType().ToString() + ".Compression." + c);
}
}
else
{
TestWriter(output, g, writer, readers[i], "tests-" + test + "-" + writer.GetType().ToString());
}
i++;
}
Console.WriteLine();
Console.WriteLine(new String('-', 100));
test++;
}
}
catch (IOException ioEx)
{
reportError(output, "IO Exception", ioEx);
}
catch (RdfParseException parseEx)
{
reportError(output, "Parsing Exception", parseEx);
}
catch (RdfException rdfEx)
{
reportError(output, "RDF Exception", rdfEx);
}
catch (Exception ex)
{
reportError(output, "Other Exception", ex);
}
Console.WriteLine("Tests Finished");
output.Close();
}
