private static void Main(string[] args)
{
Options opts = ProcessOptions(args);
IEnumerable<OntologyClass> classes = null;
if (!string.IsNullOrEmpty(opts.endpoint))
{
var mr = new MetadataRetriever(opts);
classes = new List<OntologyClass>(mr.GetClasses());
}
if (!string.IsNullOrEmpty(opts.metadataLocation) && classes != null)
{
var mw = new ModelWriter();
mw.Write(opts.metadataLocation, classes);
}
if (classes == null && !string.IsNullOrEmpty(opts.metadataLocation))
{
var mw = new ModelWriter();
classes = mw.Read(opts.metadataLocation);
}
if (!string.IsNullOrEmpty(opts.sourceLocation) && classes != null)
{
var cg = new CodeGenerator();
string code = cg.Generate(classes, opts);
WriteSource(opts.sourceLocation, code);
}
Console.WriteLine("done.");
}
private static void Main(string[] args)
{
Options options = ProcessOptions(args);
options.endpoint = @"http://localhost/DanceQuery.yada"; // @"http://localhost/SparqlQuery.yada";
options.ignoreBlankNodes = false; // -i
options.ontologyNamespace = @"http://www.dancingsociety.com/ontologies/dance.owl#"; // @"http://aabs.purl.org/ontologies/2007/04/music#";
options.sourceLocation = @"C:\classes\dance.cs"; // -o "$(ProjectDir)music.cs"
options.dotnetNamespace = @"DanceModel"; // -N:RdfMetal.Music
options.ontologyPrefix = @"dance"; // -h music
// Usage: RdfMetal [options] is used with the following options
// Options:
// -e -endpoint:PARAM The SPARQL endpoint to query.
// -h -handle:PARAM The ontology name to be used in LinqToRdf for prefixing URIs and disambiguating class names and properties.
// -? -help Show this help list
// -help2 Show an additional help list
// -i -ignorebnodes Ignore BNodes. Use this if you only want to generate code for named classes.
// -m -metadata:PARAM Where to place/get the collected metadata.
// -n -namespace:PARAM The XML Namespace to extract classes from.
// -N -netnamespace:PARAM The .NET namespace to place the generated source in.
// -o -output:PARAM Where to place the generated code.
// -r -references:PARAM A comma separated list of namespaces to reference in the generated source.
// -usage Show usage syntax and exit
// -V -version Display version and licensing information
IEnumerable<OntologyClass> classes = null;
if (!string.IsNullOrEmpty(options.endpoint))
{
var mr = new MetadataRetriever(options);
classes = new List<OntologyClass>(mr.GetClasses());
}
if (!string.IsNullOrEmpty(options.metadataLocation) && classes != null)
{
var mw = new ModelWriter();
mw.Write(options.metadataLocation, classes);
}
if (classes == null && !string.IsNullOrEmpty(options.metadataLocation))
{
var mw = new ModelWriter();
classes = mw.Read(options.metadataLocation);
}
if (!string.IsNullOrEmpty(options.sourceLocation) && classes != null)
{
var cg = new CodeGenerator();
string code = cg.Generate(classes, options);
WriteSource(options.sourceLocation, code);
}
Console.WriteLine("done.");
Console.ReadLine();
}
public void TestCodeGeneratorAccessesTemplates()
{
var cg = new CodeGenerator();
var actualCode = cg.Generate(GetTestData().ToArray(), GetTestOpts());
Assert.IsTrue(!string.IsNullOrEmpty(actualCode));
Assert.IsTrue(actualCode.Contains("MyOntologyDataContext "));
Assert.IsTrue(actualCode.Contains("RelativeUriReference=\"Class1\")]"));
Assert.IsTrue(actualCode.Contains("\"Prop0\")]"));
Assert.IsTrue(actualCode.Contains("_Prop0.HasLoadedOrAssignedValue"));
Assert.IsTrue(actualCode.Contains("_Prop1.HasLoadedOrAssignedValue"));
}
