/**
* Write a JSON encoding of the {@linkplain ModuleRoots module roots} to the specified {@link
* JSONWriter}.
*
* @param writer A {@code JSONWriter}.
*/
public void writeOn(final JSONWriter writer) {
writer.startArray();
for (final ModuleRoot root : roots()) {
writer.write(root.name());
}
writer.endArray();
}
/**
* Write a JSON object whose fields are the {@linkplain ModuleRoots module roots} and whose values
* are {@linkplain ModuleRoot#writePathsOn(JSONWriter) JSON arrays} containing path information.
*
* @param writer A {@link JSONWriter}.
*/
public void writePathsOn(final JSONWriter writer) {
writer.startObject();
for (final ModuleRoot root : roots()) {
writer.write(root.name());
root.writePathsOn(writer);
}
writer.endObject();
}
/**
* Create the JSON representation of the signature.
*
* @param nameOfGroup The name of the implementation as it is to be displayed.
* @param sticky whether or no the method is private and should be documented
* @param jsonWriter The {@linkplain JSONWriter writer} collecting the stacks content.
*/
public void toJSON(final String nameOfGroup, final boolean sticky, final JSONWriter jsonWriter) {
jsonWriter.write("sticky");
jsonWriter.write(sticky);
jsonWriter.write("source");
if (!name().equals(nameOfGroup)) {
final StringBuilder stringBuilder = new StringBuilder();
stringBuilder.append(module()).append(": ").append(name());
jsonWriter.write(stringBuilder.toString());
} else {
jsonWriter.write(module());
}
}
@Override
public void toJSON(
final LinkingFileMap linkingFileMap,
final int hashID,
final StacksErrorLog errorLog,
final int position,
final JSONWriter jsonWriter) {
jsonWriter.write("returns");
jsonWriter.startArray();
jsonWriter.write(returnType.toJSON(linkingFileMap, hashID, errorLog, jsonWriter));
returnDescription.toJSON(linkingFileMap, hashID, errorLog, jsonWriter);
jsonWriter.write(linkingFileMap.internalLinks().get(returnType.lexeme()));
jsonWriter.endArray();
}
@Override
void o_WriteSummaryTo(final AvailObject object, final JSONWriter writer) {
writer.startObject();
writer.write("kind");
writer.write("function implementation");
writer.write("outers");
writer.write(object.slot(NUM_OUTERS));
writer.write("arguments");
writer.write(object.slot(NUM_ARGS));
writer.write("locals");
writer.write(object.slot(NUM_LOCALS));
writer.write("maximum stack depth");
writer.write(object.slot(FRAME_SLOTS));
writer.write("nybbles");
object.slot(NYBBLES).writeTo(writer);
writer.write("function type");
object.slot(FUNCTION_TYPE).writeSummaryTo(writer);
writer.write("method");
object.methodName().writeTo(writer);
writer.write("module");
object.module().moduleName().writeTo(writer);
writer.write("starting line number");
writer.write(object.startingLineNumber());
writer.write("literals");
writer.startArray();
for (int i = 1, limit = object.variableObjectSlotsCount(); i <= limit; i++) {
A_BasicObject literal = object.slot(LITERAL_AT_, i);
if (literal.equalsNil()) {
literal = IntegerDescriptor.zero();
}
literal.writeSummaryTo(writer);
}
writer.endArray();
writer.endObject();
}
