/** Delete a mapping for a dialog handle.
*/
void ResourceListSet::deleteNotifyMapping(const UtlString* dialogHandle)
{
// See comment in addNotifyMapping for why we have two entries, one for
// the dialog handle and one for the swapped dialog handle.
UtlString swappedDialogHandle;
swapTags(*dialogHandle, swappedDialogHandle);
Os::Logger::instance().log(FAC_RLS, PRI_DEBUG,
"ResourceListSet::deleteNotifyMapping this = %p, dialogHandle = '%s', swappedDialogHandle = '%s'",
this, dialogHandle->data(), swappedDialogHandle.data());
// We have to get a pointer to the key objects, as our caller won't
// free them. Otherwise, we could use UtlHashMap::remove().
// We own the key objects and have to delete them, but we don't own
// the value objects, and so don't delete them.
UtlContainable* value;
UtlContainable* keyString = mNotifyMap.removeKeyAndValue(dialogHandle, value);
if (keyString)
{
// Delete the key object.
delete keyString;
}
keyString = mNotifyMap.removeKeyAndValue(&swappedDialogHandle, value);
if (keyString)
{
// Delete the swapped key object.
delete keyString;
}
}
/** Delete a mapping for a dialog handle.
*/
void AppearanceGroupSet::deleteNotifyMapping(const UtlString* dialogHandle)
{
// See comment in addNotifyMapping for why we do this.
UtlString swappedDialogHandle;
swapTags(*dialogHandle, swappedDialogHandle);
OsSysLog::add(FAC_SAA, PRI_DEBUG,
"AppearanceGroupSet::deleteNotifyMapping this = %p, dialogHandle = '%s', swappedDialogHandle = '%s'",
this, dialogHandle->data(), swappedDialogHandle.data());
// Delete the un-swapped mapping.
UtlContainable* value;
UtlContainable* keyString = mNotifyMap.removeKeyAndValue(dialogHandle, value);
if (keyString)
{
// Delete the key object.
delete keyString;
}
// Delete the swapped mapping.
keyString = mNotifyMap.removeKeyAndValue(&swappedDialogHandle, value);
if (keyString)
{
// Delete the key object.
delete keyString;
}
}
/** Add a mapping for a dialog handle to its handler for
* NOTIFY events.
*/
void ResourceListSet::addNotifyMapping(const UtlString& dialogHandle,
UtlContainable* handler)
{
/* The machinery surrounding dialog handles is broken in that it
* does not keep straight which tag is local and which is remote,
* and the order of the tags in dialogHandle is not consistent.
* Ideally, we would fix the problem (XSL-146), but there are many
* places in the code where it is sloppy about tracking whether a
* message is incoming or outgoing when constructing a
* dialogHandle. We circumvent this by making the lookup of
* dialogs by dialogHandle insensitive to reversing the tags. (See
* SipDialog::isSameDialog.)
*/
// If we already have a different mapping, report an error, as this
// addNotifyMapping() should be a duplicate of the mapping we
// already have.
UtlContainable* current_handler = mNotifyMap.find(&dialogHandle);
if (current_handler)
{
if (current_handler != handler)
{
Os::Logger::instance().log(FAC_RLS, PRI_ERR,
"ResourceListSet::addNotifyMapping Adding a different handler for an existing mapping: dialogHandle = '%s', current handler = %p, new handler = %p",
dialogHandle.data(), current_handler, handler);
}
// Remove the previous mapping in preparation for the new mapping.
deleteNotifyMapping(&dialogHandle);
}
// Construct our copies of the dialog handle and the swapped dialog handle.
UtlString* dialogHandleP = new UtlString(dialogHandle);
UtlString* swappedDialogHandleP = new UtlString;
swapTags(dialogHandle, *swappedDialogHandleP);
Os::Logger::instance().log(FAC_RLS, PRI_DEBUG,
"ResourceListSet::addNotifyMapping this = %p, dialogHandle = '%s', swappedDialogHandle = '%s', handler = %p",
this,
dialogHandleP->data(), swappedDialogHandleP->data(),
handler);
// Make entries in mNotifyMap for both forms of the handle.
mNotifyMap.insertKeyAndValue(dialogHandleP, handler);
mNotifyMap.insertKeyAndValue(swappedDialogHandleP, handler);
}
/** Add a mapping for a dialog handle to its handler for
* NOTIFY events.
*/
void AppearanceGroupSet::addNotifyMapping(const UtlString* d,
UtlContainable* handler)
{
/* The machinery surrounding dialog handles is broken in that it
* does not keep straight which tag is local and which is remote,
* and the dialogHandle for notifyEventCallback has the tags
* reversed relative to the tags in the dialogHandle for
* subscriptionEventCallback. So we reverse the tags in dialogHandle
* before inserting it into mNotifyMap, to match what
* notifyEventCallback will receive. Yuck. Ideally, we would fix
* the problem (XSL-146), but there are many places in the code
* where it is sloppy about tracking whether a message is incoming
* or outgoing when constructing a dialogHandle, and this is
* circumvented by making the lookup of dialogs by dialogHandle
* insensitive to reversing the tags. (See SipDialog::isSameDialog.)
*/
/* Correction: Sometimes the NOTIFY tags are reversed, and
* sometimes they aren't. So we have to file both handles in
* mNotifyMap. Yuck.
*/
if ( mNotifyMap.findValue(d) )
{
OsSysLog::add(FAC_SAA, PRI_DEBUG,
"AppearanceGroupSet::addNotifyMapping already exists for this = %p, dialogHandle = '%s', handler = %p",
this, d->data(),
handler);
return;
}
UtlString* dialogHandle = new UtlString(*d);
mNotifyMap.insertKeyAndValue(dialogHandle, handler);
UtlString* swappedDialogHandleP = new UtlString;
swapTags(*dialogHandle, *swappedDialogHandleP);
OsSysLog::add(FAC_SAA, PRI_DEBUG,
"AppearanceGroupSet::addNotifyMapping this = %p, dialogHandle = '%s', swappedDialogHandle = '%s', handler = %p",
this, dialogHandle->data(), swappedDialogHandleP->data(),
handler);
// Note that we have allocated *swappedDialogHandleP. Our caller
// owns *dialogHandle and will deallocate it after calling
// deleteNotifyMapping, but deleteNotify must remember to deallocate
// *swappedDialogHandleP, the key object in mNotifyMap. Yuck.
mNotifyMap.insertKeyAndValue(swappedDialogHandleP, handler);
}