SchemaBuilder sb = new CheckingSchemaBuilder(new DSchemaBuilderImpl(),eh); try {
public DPattern makeNotAllowed(LocatorImpl loc, Annotation anno) { return wrap(new DNotAllowedPattern(),loc,anno); }
/** * Common part between the XML syntax and the compact syntax. */ private Model loadRELAXNG(Parseable p) { SchemaBuilder sb = new CheckingSchemaBuilder(new DSchemaBuilderImpl(),errorReceiver); try { DPattern out = (DPattern)p.parse(sb); return RELAXNGCompiler.build(out,codeModel,opt); } catch (IllegalSchemaException e) { errorReceiver.error(e.getMessage(),e); return null; } } }
public DPattern makeText(LocatorImpl loc, Annotation anno) { return wrap(new DTextPattern(),loc,anno); }
/** * Common part between the XML syntax and the compact syntax. */ private Model loadRELAXNG(Parseable p) { SchemaBuilder sb = new CheckingSchemaBuilder(new DSchemaBuilderImpl(),errorReceiver); try { DPattern out = (DPattern)p.parse(sb); return RELAXNGCompiler.build(out,codeModel,opt); } catch (IllegalSchemaException e) { errorReceiver.error(e.getMessage(),e); return null; } } }
public DPattern makeEmpty(LocatorImpl loc, Annotation anno) { return wrap(new DEmptyPattern(),loc,anno); }
SchemaBuilder sb = new CheckingSchemaBuilder(new DSchemaBuilderImpl(),eh); try {
public DPattern makeText(LocatorImpl loc, Annotation anno) { return wrap(new DTextPattern(),loc,anno); }
SchemaBuilder sb = new CheckingSchemaBuilder(new DSchemaBuilderImpl(), eh); try {
public DPattern makeEmpty(LocatorImpl loc, Annotation anno) { return wrap(new DEmptyPattern(),loc,anno); }