void
TAccountXmpp::RemoveAllReferencesToObjectsAboutBeingDeleted()
{
TContact ** ppContactStop;
TContact ** ppContact = m_arraypaContacts.PrgpGetContactsStop(OUT &ppContactStop);
while (ppContact != ppContactStop)
{
TContact * pContact = *ppContact++;
pContact->Vault_RemoveAllReferencesToObjectsAboutBeingDeleted();
}
TGroup ** ppGroupStop;
TGroup ** ppGroup = m_arraypaGroups.PrgpGetGroupsStop(OUT &ppGroupStop);
while (ppGroup != ppGroupStop)
{
TGroup * pGroup = *ppGroup++;
Assert(pGroup != NULL);
Assert(pGroup->EGetRuntimeClass() == RTI(TGroup));
Assert(pGroup->m_pAccount == this);
pGroup->Group_RemoveAllReferencesToContactsAboutBeingDeleted();
}
// m_arraypaGroups.RemoveAllUnserializableTreeItems();
// m_arraypaContacts.RemoveAllUnserializableTreeItems();
m_arraypContactsComposing.RemoveAllUnserializableTreeItems();
m_arraypContactsMessagesUnread.RemoveAllUnserializableTreeItems();
}
// TContact::ITreeItem::TreeItem_MenuAppendActions()
void
TContact::TreeItem_MenuAppendActions(IOUT WMenu * pMenu)
{
if (!TreeItemFlags_FCanDisplayWithinNavigationTree())
{
pMenu->ActionsAdd(c_rgzeActionsMenuContactDeleted);
return;
}
if (m_uFlagsContact & FC_kfContactUnsolicited)
pMenu->ActionAdd(eMenuAction_ContactApprove);
//pMenu->ActionAdd((m_uFlagsContact & mskfRosterSubscribed) ? eMenuAction_ContactUnsubscribe : eMenuAction_ContactSubscribe);
/*
pMenu->ActionAdd(eMenuAction_ContactSubscribe);
pMenu->ActionAdd(eMenuAction_ContactUnsubscribe);
*/
WMenu * pMenuView = pMenu->PMenuAdd("View", eMenuIcon_Find);
pMenuView->ActionsAdd(c_rgzeActionsMenuContactView);
WMenu * pMenuGroup = pMenu->PMenuAdd("Add Peer to Group", eMenuIcon_ContactAdd);
int eMenuActionGroup = eMenuSpecialAction_GroupFirst;
TGroup ** ppGroupStop;
TGroup ** ppGroup = m_pAccount->m_arraypaGroups.PrgpGetGroupsStop(OUT &ppGroupStop);
while (ppGroup != ppGroupStop)
{
TGroup * pGroup = *ppGroup++;
if (pGroup->TreeItemGroup_FCanDisplayWithinNavigationTree())
pMenuGroup->ActionAddFromText(pGroup->TreeItem_PszGetNameDisplay(), eMenuActionGroup++, eMenuIcon_Group);
}
pMenuGroup->ActionAddFromText((PSZUC)"<New Group...>", eMenuAction_GroupNew, eMenuIcon_GroupAdd);
pMenu->ActionsAdd(c_rgzeActionsMenuContact);
pMenu->ActionSetCheck(eMenuAction_TreeItemRecommended, m_uFlagsTreeItem & FTI_kfRecommended);
} // TreeItem_MenuAppendActions()
void
CEventBallotSent::CalculateStatistics(OUT SEventPollStatistics * pStatistics)
{
Assert(pStatistics != NULL);
InitToZeroes(OUT pStatistics, sizeof(*pStatistics));
pStatistics->cSent = 1; // The ballot was sent to an indivdiual
// To determine how many recipients received the ballot, we need to look at the vault.
TGroup * pGroup = (TGroup *)m_pVaultParent_NZ->m_pParent;
if (pGroup->EGetRuntimeClass() == RTI(TGroup))
{
pStatistics->cSent = pGroup->m_arraypaMembers.GetSize(); // TODO: If a new group member was added or removed, the code should look at the timestamps the poll started to include only those at the time of the poll
}
pStatistics->cResponded = m_arraypaVotes.GetSize();
pStatistics->cPending = pStatistics->cSent - pStatistics->cResponded;
}
// Core routine to add a new event to the vault and send it to the contact(s).
// Optionally this method may also send an 'Updater' event
void
CVaultEvents::EventAddAndDispatchToContacts(PA_CHILD IEvent * paEvent, PA_CHILD CEventUpdaterSent * paEventUpdater)
{
Assert(paEvent != NULL);
Assert(paEvent->m_tsOther == d_ts_zNA);
Assert(paEvent->m_pVaultParent_NZ == NULL);
Assert(paEvent->Event_FIsEventTypeSent());
//MessageLog_AppendTextFormatSev(eSeverityWarningToErrorLog, "EventAddAndDispatchToContacts() - tsEventID $t\n", paEvent->m_tsEventID);
if (paEventUpdater != NULL)
{
// Always include the Updater before the updated event
paEventUpdater->m_pVaultParent_NZ = this;
m_arraypaEvents.Add(PA_CHILD paEventUpdater);
}
paEvent->m_pVaultParent_NZ = this;
m_arraypaEvents.Add(PA_CHILD paEvent);
SetModified(); // Make sure the events are saved to disk
if (paEvent->EGetEventClass() & eEventClass_kfNeverSerializeToXCP)
return; // The event is never serialized to XOSP, therefore there is nothing else to do
CBinXcpStanza binXcpStanza; // All events are sent as XMPP 'messages' so they may be cached
TGroup * pGroup = (TGroup *)m_pParent;
TContact * pContact = (TContact *)m_pParent;
if (pContact->EGetRuntimeClass() == RTI(TContact))
{
// Send the message to a contact
MessageLog_AppendTextFormatCo(d_coGrayDark, "\t Sending message to $S\n\t\t m_tsEventIdLastSentCached $t, m_tsOtherLastSynchronized $t\n", &pContact->m_strJidBare, pContact->m_tsEventIdLastSentCached, pContact->m_tsOtherLastSynchronized);
binXcpStanza.BinXmlAppendXcpApiCall_SendEventToContact(pContact, paEvent, paEventUpdater);
}
else
{
// Broadcast the message to every [active] group member
Assert(pGroup->EGetRuntimeClass() == RTI(TGroup));
TGroupMember ** ppMemberStop;
TGroupMember ** ppMember = pGroup->m_arraypaMembers.PrgpGetMembersStop(OUT &ppMemberStop);
while (ppMember != ppMemberStop)
{
TGroupMember * pMember = *ppMember++;
Assert(pMember != NULL);
Assert(pMember->EGetRuntimeClass() == RTI(TGroupMember));
binXcpStanza.BinXmlAppendXcpApiCall_SendEventToContact(pMember->m_pContact, paEvent, paEventUpdater);
} // while
} // if...else
m_pParent->m_tsEventIdLastSentCached = paEvent->m_tsEventID;
} // EventAddAndDispatchToContacts()
bool TGroup::compatible(const TGroup& s1, const TGroup& s2)
{
CharSet::const_iterator b1 = s1.body().begin(), end_b1 = s1.body().end();
CharSet::const_iterator b2 = s2.body().begin(), end_b2 = s2.body().end();
CharSet::const_iterator m1 = s1.mask().begin(), end_m1 = s1.mask().end();
CharSet::const_iterator m2 = s2.mask().begin(), end_m2 = s2.mask().end();
while (true) {
int diff;
if (b1 == end_b1) {
if (b2 == end_b2)
return true;
else
diff = 1;
}
else {
if (b2 == end_b2)
diff = -1;
else
diff = CharSet::Traits::compare(*b1, *b2);
}
if (diff < 0) {
do {
if (m2 == end_m2) {
return false;
}
diff = CharSet::Traits::compare(*b1, *m2);
++m2;
} while (diff < 0);
if (diff > 0) {
return false;
}
++b1;
}
else if (diff > 0) {
do {
if (m1 == end_m1) {
return false;
}
diff = CharSet::Traits::compare(*b2, *m1);
++m1;
} while (diff < 0);
if (diff > 0) {
return false;
}
++b2;
}
else {
++b1;
++b2;
}
}
}
void
TAccountXmpp::TreeItemAccount_DisplayWithinNavigationTree()
{
Endorse(g_pTreeItemInbox == NULL); // Display the account at the root of the Navigation Tree
TreeItemW_DisplayWithinNavigationTree(g_pTreeItemInbox);
TContact ** ppContactStop;
TContact ** ppContact = m_arraypaContacts.PrgpGetContactsStop(OUT &ppContactStop);
while (ppContact != ppContactStop)
{
TContact * pContact = *ppContact++;
Assert(pContact != NULL);
Assert(pContact->EGetRuntimeClass() == RTI(TContact));
Assert(pContact->m_pAccount == this);
pContact->TreeItemContact_DisplayWithinNavigationTree();
} // while
#ifdef WANT_TREE_NODE_NEW_CONTACT
m_pTreeItemContactNew = new TContactNew(this);
#endif
TGroup ** ppGroupStop;
TGroup ** ppGroup = m_arraypaGroups.PrgpGetGroupsStop(OUT &ppGroupStop);
while (ppGroup != ppGroupStop)
{
TGroup * pGroup = *ppGroup++;
Assert(pGroup != NULL);
Assert(pGroup->EGetRuntimeClass() == RTI(TGroup));
Assert(pGroup->m_pAccount == this);
if (pGroup->TreeItemGroup_FCanDisplayWithinNavigationTree())
pGroup->TreeItemGroup_DisplayWithinNavigationTree();
}
TreeItemW_ExpandAccordingToSavedState();
TreeItemAccount_UpdateIcon();
#if FIX_THIS
// Display the alias as well
m_paAlias->TreeItem_DisplayWithinNavigationTree(m_pProfileParent, m_strJID, eMenuIconXmpp);
#endif
} // TreeItemAccount_DisplayWithinNavigationTree()
void AsUser(TPortoAPI &api, TUser &user, TGroup &group) {
AsRoot(api);
Expect(setregid(0, group.GetId()) == 0);
Expect(setreuid(0, user.GetId()) == 0);
}
