/**
* Convert a client-side value into a domain value.
*
* @param maybeEntityProxy the client object to resolve
* @param detectDeadEntities if <code>true</code> this method will throw a ReportableException
* containing a {@link DeadEntityException} if an EntityProxy cannot be resolved
*/
public Object resolveDomainValue(Object maybeEntityProxy, boolean detectDeadEntities) {
if (maybeEntityProxy instanceof BaseProxy) {
AutoBean<BaseProxy> bean = AutoBeanUtils.getAutoBean((BaseProxy) maybeEntityProxy);
Object domain = bean.getTag(Constants.DOMAIN_OBJECT);
if (domain == null && detectDeadEntities) {
throw new ReportableException(
new DeadEntityException("The requested entity is not available on the server"));
}
return domain;
} else if (maybeEntityProxy instanceof Collection<?>) {
Collection<Object> accumulator;
if (maybeEntityProxy instanceof List<?>) {
accumulator = new ArrayList<Object>();
} else if (maybeEntityProxy instanceof Set<?>) {
accumulator = new HashSet<Object>();
} else {
throw new ReportableException(
"Unsupported collection type " + maybeEntityProxy.getClass().getName());
}
for (Object o : (Collection<?>) maybeEntityProxy) {
accumulator.add(resolveDomainValue(o, detectDeadEntities));
}
return accumulator;
}
return maybeEntityProxy;
}
/** This method should be called when after okButton is clicked. */
ArgumentValidator getArgumentValidator() {
Splittable params = StringQuoter.createIndexed();
switch (validatorTypeCB.getCurrentValue()) {
case Regex:
String regex = regexField.getCurrentValue();
StringQuoter.create(regex).assign(params, 0);
break;
case CharacterLimit:
int charLimit = charLimitField.getCurrentValue();
StringQuoter.create(charLimit).assign(params, 0);
break;
case IntAbove:
int intAbove = intAboveField.getCurrentValue();
StringQuoter.create(intAbove).assign(params, 0);
break;
case IntBelow:
int intBelow = intBelowField.getCurrentValue();
StringQuoter.create(intBelow).assign(params, 0);
break;
case IntRange:
int intRangeAbove = intRangeAboveField.getCurrentValue();
int intRangeBelow = intRangeBelowField.getCurrentValue();
StringQuoter.create(intRangeAbove).assign(params, 0);
StringQuoter.create(intRangeBelow).assign(params, 1);
break;
case DoubleAbove:
double dblAbove = dblAboveField.getCurrentValue();
StringQuoter.create(dblAbove).assign(params, 0);
break;
case DoubleBelow:
double dblBelow = dblBelowField.getCurrentValue();
StringQuoter.create(dblBelow).assign(params, 0);
break;
case DoubleRange:
double dblRangeAbove = dblRangeAboveField.getCurrentValue();
double dblRangeBelow = dblRangeBelowField.getCurrentValue();
StringQuoter.create(dblRangeAbove).assign(params, 0);
StringQuoter.create(dblRangeBelow).assign(params, 1);
break;
default:
break;
}
AutoBean<ArgumentValidator> avAutobean = factory.argumentValidator();
avAutobean.as().setType(validatorTypeCB.getCurrentValue());
avAutobean.as().setParams(params);
// JDS Get the actual validator, and add it as metadata to the autobean.
AbstractArgumentEditor.createAndAttachValidator(avAutobean.as());
return avAutobean.as();
}
private String getVolumeTag(ToolVolume volume) {
if (volume != null) {
final AutoBean<ToolVolume> volumeAutoBean = AutoBeanUtils.getAutoBean(volume);
String currentTag = volumeAutoBean.getTag(TOOL_VOLUME_MODEL_KEY);
if (currentTag == null) {
volumeAutoBean.setTag(TOOL_VOLUME_MODEL_KEY, String.valueOf(unique_volume_id++));
}
return volumeAutoBean.getTag(TOOL_VOLUME_MODEL_KEY);
}
return "";
}
@Override
public ReferenceGenome convertModelValue(Splittable object) {
if (object == null) {
return null;
}
if (!object.isKeyed()) {
return null;
}
AutoBean<ReferenceGenome> ab = AutoBeanCodex.decode(factory, ReferenceGenome.class, object);
return ab.as();
}
/**
* Given a domain object, return a value that can be encoded by the client.
*
* @param domainValue the domain object to be converted into a client-side value
* @param assignableTo the type in the client to which the resolved value should be assignable. A
* value of {@code null} indicates that any resolution will suffice.
* @param propertyRefs the property references requested by the client
*/
public Object resolveClientValue(
Object domainValue, Type assignableTo, Set<String> propertyRefs) {
Resolution toReturn = resolveClientValue(domainValue, assignableTo);
if (toReturn == null) {
return null;
}
addPathsToResolution(toReturn, "", expandPropertyRefs(propertyRefs));
while (!toProcess.isEmpty()) {
List<Resolution> working = new ArrayList<Resolution>(toProcess);
toProcess.clear();
for (Resolution resolution : working) {
if (resolution.hasWork()) {
AutoBean<BaseProxy> bean =
AutoBeanUtils.getAutoBean((BaseProxy) resolution.getClientObject());
bean.accept(new PropertyResolver(resolution));
}
}
}
return toReturn.getClientObject();
}
/** Creates a proxy instance held by a Resolution for a given domain type. */
private <T extends BaseProxy> Resolution resolveClientProxy(
Object domainEntity, Class<T> proxyType, ResolutionKey key) {
if (domainEntity == null) {
return null;
}
SimpleProxyId<? extends BaseProxy> id = state.getStableId(domainEntity);
boolean isEntityProxy = state.isEntityType(proxyType);
Object domainVersion;
// Create the id or update an ephemeral id by calculating its address
if (id == null || id.isEphemeral()) {
// The address is an id or an id plus a path
Object domainId;
if (isEntityProxy) {
// Compute data needed to return id to the client
domainId = service.getId(domainEntity);
domainVersion = service.getVersion(domainEntity);
} else {
domainId = null;
domainVersion = null;
}
if (id == null) {
if (domainId == null) {
/*
* This will happen when server code attempts to return an unpersisted
* object to the client. In this case, we'll assign a synthetic id
* that is valid for the duration of the response. The client is
* expected to assign a client-local id to this object and then it
* will behave as though it were an object newly-created by the
* client.
*/
id = state.getIdFactory().allocateSyntheticId(proxyType, ++syntheticId);
} else {
Splittable flatValue = state.flatten(domainId);
id = state.getIdFactory().getId(proxyType, flatValue.getPayload(), 0);
}
} else if (domainId != null) {
// Mark an ephemeral id as having been persisted
Splittable flatValue = state.flatten(domainId);
id.setServerId(flatValue.getPayload());
}
} else if (isEntityProxy) {
// Already have the id, just pull the current version
domainVersion = service.getVersion(domainEntity);
} else {
// The version of a value object is always null
domainVersion = null;
}
@SuppressWarnings("unchecked")
AutoBean<T> bean = (AutoBean<T>) state.getBeanForPayload(id, domainEntity);
bean.setTag(Constants.IN_RESPONSE, true);
if (domainVersion != null) {
Splittable flatVersion = state.flatten(domainVersion);
bean.setTag(
Constants.VERSION_PROPERTY_B64,
SimpleRequestProcessor.toBase64(flatVersion.getPayload()));
}
T clientObject = bean.as();
return makeResolution(key, clientObject);
}
public <T> T decode(Class<T> clazz, String json) {
AutoBean<T> bean = AutoBeanCodex.decode(messageFactory, clazz, json);
return bean.as();
}
private IResponse decodeJSON(String json) {
IResponseFactory factory = GWT.create(IResponseFactory.class);
AutoBean<IResponse> bean = AutoBeanCodex.decode(factory, IResponse.class, json);
return bean.as();
}