public void generate() throws Exception {
outputFile.createNewFile();
GenBlock fileBlock = new GenBlock();
generateMainHeader(fileBlock);
ElementDefn root = getRootDefinition();
generateResourceHeader(fileBlock, root);
// first loop through and generate all of the embedded types from this
// schema
for (Iterator<ElementDefn> iterator = root.getElements().iterator(); iterator.hasNext(); ) {
ElementDefn elementDefinition = iterator.next();
generateEmbeddedType(outputFile.getParentFile(), fileBlock, elementDefinition);
}
generatePostEmbedded(fileBlock, root);
// next loop through and generate the filed elements
for (Iterator<ElementDefn> iterator = root.getElements().iterator(); iterator.hasNext(); ) {
ElementDefn elementDefinition = iterator.next();
if (!elementDefinition.isXmlAttribute() || xmlAttributeAsField)
generateElement(fileBlock, elementDefinition);
}
generateResourceFooter(fileBlock);
generateMainFooter(fileBlock);
Writer modelFile = new BufferedWriter(new FileWriter(outputFile));
modelFile.write(fileBlock.toString());
modelFile.flush();
modelFile.close();
}
private void genRange(
Section section, String tn, String en, ElementDefn e, TypeRef tr, boolean datatype)
throws Exception {
// metadata
if (e.isModifier())
section.triple(
"fhir:" + tn + "." + en, "fhir:hasFlag", complex().predicate("a", "fhir:isModifier"));
if (e.isXmlAttribute())
section.triple(
"fhir:" + tn + "." + en, "fhir:hasFlag", complex().predicate("a", "fhir:isXmlAtribute"));
if (e.hasMustSupport() && e.isMustSupport())
section.triple(
"fhir:" + tn + "." + en, "fhir:hasFlag", complex().predicate("a", "fhir:isMustSupport"));
if (e.hasSummaryItem() && e.isSummaryItem())
section.triple(
"fhir:" + tn + "." + en, "fhir:hasFlag", complex().predicate("a", "fhir:isSummaryItem"));
if (!Utilities.noString(e.getW5()))
section.triple(
"fhir:" + tn + "." + en, "fhir:w5", complex().predicate("a", "fhir:w5\\#" + e.getW5()));
if (e.hasMeaningWhenMissing())
section.triple(
"fhir:" + tn + "." + en, "fhir:missingMeaning", literal(e.getMeaningWhenMissing()));
// cardinality
cardinality(
section,
"fhir:" + tn + "." + en,
e.getMinCardinality().toString(),
e.getMaxCardinality() == Integer.MAX_VALUE ? "*" : e.getMaxCardinality().toString());
// section.triple("fhir:"+tn+"."+en, "fhir:minCardinality",
// literal(e.getMinCardinality().toString()));
// section.triple("fhir:"+tn+"."+en, "fhir:maxCardinality", literal(e.getMaxCardinality() ==
// Integer.MAX_VALUE ? "*" : e.getMaxCardinality().toString()));
// now in OWL:
if (e.getMinCardinality() > 0)
section.triple(
"fhir:" + tn,
"rdfs:subClassOf",
complex()
.predicate("a", "owl:Restriction")
.predicate("owl:onProperty", "fhir:" + tn + "." + en)
.predicate(
"owl:minCardinality",
literalTyped(e.getMinCardinality().toString(), "nonNegativeInteger")));
if (e.getMaxCardinality() < Integer.MAX_VALUE)
section.triple(
"fhir:" + tn,
"rdfs:subClassOf",
complex()
.predicate("a", "owl:Restriction")
.predicate("owl:onProperty", "fhir:" + tn + "." + en)
.predicate(
"owl:maxCardinality",
literalTyped(e.getMaxCardinality().toString(), "nonNegativeInteger")));
// define
if (tr == null) {
section.triple("fhir:" + tn + "." + en, "rdfs:range", "fhir:" + e.getDeclaredTypeName());
anonTypes.push(new AnonTypeInfo(section, e.getDeclaredTypeName(), e, datatype));
} else if (tr.getName().startsWith("@")) {
ElementDefn r = getElementForPath(tr.getName().substring(1));
section.triple("fhir:" + tn + "." + en, "rdfs:range", "fhir:" + r.getDeclaredTypeName());
} else {
if (e.hasBinding()) {
BindingSpecification bs = e.getBinding();
if (bs.getValueSet() != null) {
String bn = getPNameForUri(bs.getValueSet().getUrl());
section.triple("fhir:" + tn + "." + en, "rdfs:range", processType(tr.getName()));
section.triple("fhir:" + tn + "." + en, "fhir:binding", bn);
if (!bn.startsWith("vs:")) // a v3 valueset
valuesets.put(bn, bs.getValueSet());
} else if (!Utilities.noString(bs.getReference())) {
section.triple("fhir:" + tn + "." + en, "rdfs:range", processType(tr.getName()));
section.triple("fhir:" + tn + "." + en, "fhir:binding", "<" + bs.getReference() + ">");
}
// if (bs.hasMax())
// need to figure out how this should be represented in Turtle
section.triple(
"fhir:" + tn + "." + en,
"fhir:bindingStrength",
complex().predicate("a", "fhir:binding-strength\\#" + bs.getStrength().toCode()));
} else section.triple("fhir:" + tn + "." + en, "rdfs:range", processType(tr.getName()));
}
if (e.getDefaultValue() != null) {
if (e.getDefaultValue() instanceof DecimalType)
section.triple(
"fhir:" + tn + "." + en,
"fhir:default",
complex()
.predicate("a", "fhir:decimal")
.predicate(
"fhir:value", literal(((DecimalType) e.getDefaultValue()).asStringValue())));
else if (e.getDefaultValue() instanceof BooleanType)
section.triple(
"fhir:" + tn + "." + en,
"fhir:default",
complex()
.predicate("a", "fhir:boolean")
.predicate(
"fhir:value", literal(((BooleanType) e.getDefaultValue()).asStringValue())));
else if (e.getDefaultValue() instanceof IntegerType)
section.triple(
"fhir:" + tn + "." + en,
"fhir:default",
complex()
.predicate("a", "fhir:integer")
.predicate(
"fhir:value", literal(((IntegerType) e.getDefaultValue()).asStringValue())));
else if (e.getDefaultValue() instanceof CodeType)
section.triple(
"fhir:" + tn + "." + en,
"fhir:default",
complex()
.predicate("a", "fhir:integer")
.predicate(
"fhir:value", literal(((CodeType) e.getDefaultValue()).asStringValue())));
else
throw new Error(
"default of type " + e.getDefaultValue().getClass().getName() + " not handled yet");
}
}