/**
* Unregister a single XMPPBean in MXA.
*
* @param callback the callback to be unregistered
* @param beanNamespace the namespace of the IQ
* @param beanElement the root element of the IQs payload
* @throws RemoteException the remote exception if something goes wrong
*/
public void unregisterXMPPExtension(
IXMPPIQCallback callback, String beanNamespace, String beanElement) throws RemoteException {
if (mMXAProxy.isConnected()) {
XMPPBean bean = getRegisteredBean(beanNamespace, beanElement);
if (bean != null)
mMXAProxy
.getXMPPService()
.unregisterIQCallback(callback, bean.getChildElement(), bean.getNamespace());
}
}
/**
* Unregister an XMPPBean from prototypes.
*
* @param prototype the prototype to remove
*/
public void unregisterXMPPBean(XMPPBean prototype) {
String namespace = prototype.getNamespace();
String childElement = prototype.getChildElement();
synchronized (this.beanPrototypes) {
if (this.beanPrototypes.containsKey(namespace)) {
this.beanPrototypes.get(namespace).remove(childElement);
if (this.beanPrototypes.get(namespace).size() > 0) this.beanPrototypes.remove(namespace);
}
}
}
/**
* Register a prototype of an XMPPBean.
*
* @param prototype the prototype XMPPBean
*/
public void registerXMPPBean(XMPPBean prototype) {
String namespace = prototype.getNamespace();
String childElement = prototype.getChildElement();
synchronized (this.beanPrototypes) {
if (!this.beanPrototypes.keySet().contains(namespace))
this.beanPrototypes.put(
namespace, Collections.synchronizedMap(new HashMap<String, XMPPBean>()));
this.beanPrototypes.get(namespace).put(childElement, prototype);
}
}
/**
* Register an callback extension which is used by the MXAProxy/MXA for listening for this kind of
* IQ.
*
* @param callback the callback which should be notified if IQ is incoming
* @param beanNamespace the namespace of the IQ
* @param beanElement the root element tag of the IQ
* @return true, if callback was registered successful
* @throws RemoteException the remote exception if something goes wrong
*/
public boolean registerXMPPExtension(
IXMPPIQCallback callback, String beanNamespace, String beanElement) throws RemoteException {
boolean isRegistered = false;
if (mMXAProxy.isConnected()) {
XMPPBean bean = getRegisteredBean(beanNamespace, beanElement);
// if there is no related prototype of this XMPPBean it can not be
// registered a callback
if (bean != null) {
mMXAProxy
.getXMPPService()
.registerIQCallback(callback, bean.getChildElement(), bean.getNamespace());
Log.v(TAG, "child: " + bean.getChildElement() + " ns: " + bean.getNamespace());
isRegistered = true;
}
}
return isRegistered;
}
/**
* Formats a Bean to a string.
*
* @param bean the bean
* @return the formatted string of the Bean
*/
public String beanToString(XMPPBean bean) {
String str =
"XMPPBean: [NS="
+ bean.getNamespace()
+ " id="
+ bean.getId()
+ " from="
+ bean.getFrom()
+ " to="
+ bean.getTo()
+ " type="
+ bean.getType()
+ " payload="
+ bean.payloadToXML();
if (bean.errorCondition != null) str += " errorCondition=" + bean.errorCondition;
if (bean.errorText != null) str += " errorText=" + bean.errorText;
if (bean.errorType != null) str += " errorType=" + bean.errorType;
str += "]";
return str;
}
/**
* Convert an XMPPBean to an XMPPIQ to send it via the MXAProxy/MXA.
*
* @param bean the bean to convert
* @param mergePayload true if the playload should be merged
* @return the XMPPIQ
*/
public XMPPIQ beanToIQ(XMPPBean bean, boolean mergePayload) {
// default XMPP IQ type
int type = XMPPIQ.TYPE_GET;
switch (bean.getType()) {
case XMPPBean.TYPE_GET:
type = XMPPIQ.TYPE_GET;
break;
case XMPPBean.TYPE_SET:
type = XMPPIQ.TYPE_SET;
break;
case XMPPBean.TYPE_RESULT:
type = XMPPIQ.TYPE_RESULT;
break;
case XMPPBean.TYPE_ERROR:
type = XMPPIQ.TYPE_ERROR;
break;
}
XMPPIQ iq;
if (mergePayload) iq = new XMPPIQ(bean.getFrom(), bean.getTo(), type, null, null, bean.toXML());
else
iq =
new XMPPIQ(
bean.getFrom(),
bean.getTo(),
type,
bean.getChildElement(),
bean.getNamespace(),
bean.payloadToXML());
iq.packetID = bean.getId();
return iq;
}