public Json makeTyped(Object anything) {
boolean isarray = anything.getClass().isArray();
Class<?> type = isarray ? anything.getClass().getComponentType() : anything.getClass();
JsonConverter converter = converterMap.get(type.getName());
String typeName = shortNameMap.getY(type.getName());
if (typeName == null) typeName = type.getName();
if (isarray) {
Json result = Json.array();
Object[] A = (Object[]) anything;
for (Object x : A) {
if (x == null) result.add(Json.nil());
else result.add(converter != null ? converter.to(x) : make(x));
}
return Json.object().set("javaArrayType", typeName).set("array", result);
} else if (type.isEnum())
return Json.object().set("java.lang.Enum", type.getName()).set("value", anything.toString());
for (Class<?> abstractConv : converterFromAbstractMap.keySet())
if (abstractConv.isAssignableFrom(type))
return converterFromAbstractMap.get(abstractConv).to(anything);
Json value = null;
if (converter != null) value = converter.to(anything);
else if (Collection.class.isAssignableFrom(type) || Map.class.isAssignableFrom(type))
value = beanConverter.to(anything);
else
try {
value = f.make(anything);
} catch (Throwable t) {
value = beanConverter.to(anything);
}
return Json.object().set("javaType", typeName).set("value", value);
}
public static HGHandle getHandle(String name) {
HGHandle result = syntacticPredicates.get(name);
if (result == null) {
String s = relationNames.getX(name);
if (s != null) result = syntacticPredicates.get(s);
}
return result;
}
@SuppressWarnings({"unchecked", "rawtypes"})
public <T> T value(Json x) {
if (x == null || x.isNull()) return null;
else if (x.isPrimitive()) return (T) x.getValue();
else if (x.isArray())
// what to do here ... this is some sort of collection??
return (T) x.getValue();
else if (x.has("java.lang.Enum")) {
try {
return (T)
Enum.valueOf(
(Class<Enum>) Class.forName(x.at("java.lang.Enum").asString()),
x.at("value").asString());
} catch (Exception t) {
throw new RuntimeException(t);
}
} else if (x.has("javaArrayType")) {
String fullName = shortNameMap.getX(x.at("javaArrayType").asString());
if (fullName == null) fullName = x.at("javaArrayType").asString();
try {
Class<?> cl = Class.forName(fullName);
JsonConverter converter = converterMap.get(fullName);
Object A = Array.newInstance(cl, x.at("array").asJsonList().size());
for (int i = 0; i < x.at("array").asJsonList().size(); i++) {
Json j = x.at("array").at(i);
Array.set(A, i, j.isNull() ? null : converter != null ? converter.from(j) : value(j));
}
return (T) A;
} catch (Exception ex) {
throw new RuntimeException(ex);
}
} else if (x.has("javaType")) {
String fullName = shortNameMap.getX(x.at("javaType").asString());
if (fullName == null) fullName = x.at("javaType").asString();
JsonConverter converter = converterMap.get(fullName);
if (converter != null)
return (T) converter.from(converter instanceof BeanJsonConverter ? x : x.at("value"));
else return (T) beanConverter.from(x); // .at("value"));
} else return (T) x.getValue();
}
public static String idFriendlyToRelex(String idFriendlyName) {
String y = relationNames.getY(idFriendlyName);
return y != null ? y : idFriendlyName;
}
static {
relationNames.add("rx_action", "_to-do");
relationNames.add("rx_adj_modifier", "_amod");
relationNames.add("rx_adv_modifier", "_advmod");
relationNames.add("rx_appositive", "_appo");
relationNames.add("rx_cause", "_%because");
relationNames.add("rx_ind_obj", "_iobj");
relationNames.add("rx_is", "_%inheritance");
relationNames.add("rx_location", "_%atLocation");
relationNames.add("rx_noun_mod", "_nn");
relationNames.add("rx_object", "_obj");
relationNames.add("rx_prep_object", "_pobj");
relationNames.add("rx_prep_subject", "_psubj");
relationNames.add("rx_pred_adjective", "_predadj");
relationNames.add("rx_possesion", "_poss");
relationNames.add("rx_property", "_to-be");
relationNames.add("rx_quant_mult", "_%quantity_mult");
relationNames.add("rx_quantifier", "_%quantity_mod");
relationNames.add("rx_quantity", "_%quantity");
relationNames.add("rx_subject", "_subj");
relationNames.add("rx_that", "_that");
relationNames.add("rx_time", "_%atTime");
relationNames.add("rx_comparison", "_more");
relationNames.add("rx_gender", "gender");
relationNames.add("rx_number", "noun_number");
relationNames.add("rx_pos", "POS");
relationNames.add("rx_quantification", "DEFINITE-FLAG");
relationNames.add("rx_query", "QUERY-TYPE");
relationNames.add("rx_tense", "tense");
relationNames.add("rx_hyp", "hyp");
relationNames.add("rx_copula", "_%copula");
// unary relations on words, coming from the value of rx_quantification etc.
relationNames.add("rx_word", "WORD"); // a lonely word that wasn't included in a linkage
relationNames.add("rx_noun", "noun");
relationNames.add("rx_verb", "verb");
relationNames.add("rx_adjective", "adj");
relationNames.add("rx_adverb", "adv");
relationNames.add("rx_definite", "definite");
relationNames.add("rx_past", "past");
relationNames.add("rx_present", "present");
relationNames.add("rx_future", "future");
relationNames.add("rx_singular", "singular");
relationNames.add("rx_plural", "plural");
relationNames.add("rx_punctuation", "punctuation");
relationNames.add("rx_det", "det");
relationNames.add("rx_prep", "prep");
relationNames.add("rx_progressive", "progressive");
relationNames.add("rx_present_progressive", "present_progressive");
relationNames.add("rx_infinitive", "infinitive");
relationNames.add("rx_particle", "particle");
relationNames.add("rx_uncountable", "uncountable");
relationNames.add("rx_countable", "countable");
}
public static String relexToIdFriendly(String relexName) {
String x = relationNames.getX(relexName);
return x != null ? x : relexName;
}