void
TContact::TreeItemContact_UpdateIconComposingStarted(ITreeItemChatLogEvents * pContactOrGroup)
{
Assert(pContactOrGroup != NULL);
m_pAccount->m_arraypContactsComposing.AddUniqueF(this);
if (pContactOrGroup->EGetRuntimeClass() == RTI(TGroup))
{
((TGroup *)pContactOrGroup)->Member_PFindOrAddContact_NZ(this)->TreeItemGroupMember_SetIconComposingStarted();
/*
pContactOrGroup->TreeItemW_SetIcon(eMenuIconPencil_16x16);
// Find the member to set its icon
TGroupMember * pMember = ((TGroup *)pContactOrGroup)->Member_PFindOrAddContact_NZ(this);
pMember->TreeItemW_SetIcon(eMenuIconPencil_10x10);
*/
}
else
{
Assert(pContactOrGroup->EGetRuntimeClass() == RTI(TContact));
Assert(pContactOrGroup == this);
TreeItemW_SetIconComposingText();
//TreeItemW_SetIcon(eMenuIcon_Pencil_10x10); // Use a smaller icon for a contact
}
/*
// Update the icon for every alias
IContactAlias * pAlias = m_plistAliases;
while (pAlias != NULL)
{
pAlias->TreeItem_SetIcon(eMenuIconPencil); // This line needs to be fixed to handle special cases
pAlias = pAlias->m_pNextAlias;
}
*/
}
// Append the 'chat state' to the cursor
void
WChatLog::ChatLog_ChatStateTextAppend(INOUT OCursor & oTextCursor)
{
TContact ** ppContactStop;
TContact ** ppContact = m_arraypContactsComposing.PrgpGetContactsStop(OUT &ppContactStop);
if (ppContact == ppContactStop)
{
oTextCursor.removeSelectedText();
}
else
{
if (g_poImageComposing == NULL)
g_poImageComposing = new QImage(":/ico/Pencil");
while (TRUE)
{
oTextCursor.insertImage(*g_poImageComposing);
TContact * pContact = *ppContact++;
Assert(pContact != NULL);
Assert(pContact->EGetRuntimeClass() == RTI(TContact));
g_strScratchBufferStatusBar.Format(d_szu_nbsp " <b>^s</b> is typing...", pContact->ChatLog_PszGetNickname());
oTextCursor.insertHtml(g_strScratchBufferStatusBar);
if (ppContact == ppContactStop)
break;
} // while
}
if (m_pContactOrGroup->EGetRuntimeClass() == RTI(TContact))
((TContact *)m_pContactOrGroup)->ChatLogContact_AppendExtraTextToChatState(INOUT oTextCursor);
Widget_ScrollToEnd(INOUT this);
} // ChatLog_ChatStateTextAppend()
void component_ref___swap(component_ref a, component_ref b) {
const component_idx a_idx = RTI(a);
const component_idx b_idx = RTI(b);
RTI(a) = b_idx;
ITR(b_idx) = a;
RTI(b) = a_idx;
ITR(a_idx) = b;
}
void component_ref__dealloc_v(component_ref *refs, size_t count) {
size_t i;
for(i=0 ; i<count ; ++i) {
component_idx srcidx = component_idx___prev(ASA.last_idx, count-i);
component_idx dstidx = RTI(refs[i]);
component_idx___copy(dstidx, srcidx);
component_ref srcref = ITR(srcidx);
RTI(srcref) = dstidx;
ITR(dstidx) = srcref;
}
sl_fsb_give_indices16(&ASA.ref_to_idx_fsb, refs, count);
ASA.last_idx = component_idx___prev(ASA.last_idx, count);
}
TAccountCore::TAccountCore(TProfile * pProfileParent)
{
Assert(pProfileParent->EGetRuntimeClass() == RTI(TProfile));
m_pProfileParent = pProfileParent;
m_uServerPort = 0;
m_uFlagsAccountStatus = 0;
}
// WLayoutChatLog::WLayout::Layout_NoticeDisplay()
void
WLayoutChatLog::Layout_NoticeDisplay(IN INotice * piwNotice)
{
Assert(piwNotice != NULL);
Assert(piwNotice->EGetRuntimeClass() != RTI(Null)); // Make sure the vtable is still valid
insertWidget(1, PA_CHILD piwNotice); // Insert the notice between the Chat Log and the Text Input.
}
void
TAccountXmpp::PresenceUpdateFromContextMenu(EMenuAction eMenuAction_Presence)
{
Assert(eMenuAction_Presence <= eMenuAction_PresenceLast);
const UINT uFlagsAccountStatus = (m_uFlagsAccountStatus & ~FAS_kmStatusPresenceMask) | eMenuAction_Presence;
if (uFlagsAccountStatus == m_uFlagsAccountStatus)
return;
m_uFlagsAccountStatus = uFlagsAccountStatus; // Update the presence
if (m_paSocket != NULL && m_paSocket->Socket_FuIsReadyToSendMessages())
{
switch (eMenuAction_Presence)
{
case eMenuAction_PresenceAccountOnline:
case eMenuAction_PresenceAway:
case eMenuAction_PresenceAwayExtended:
case eMenuAction_PresenceBusy:
m_paSocket->Socket_WriteXmlPresence();
break;
default:
m_paSocket->Socket_Disconnect();
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_UpdateIconOffline();
}
} // switch
} // if
TreeItemAccount_UpdateIcon(); // Update the icon according to the new presence
} // PresenceUpdateFromContextMenu()
void
ITreeItemChatLogEvents::TreeItemChatLog_IconUpdateOnNewMessageArrivedFromContact(PSZUC pszMessage, TContact * pContact, TGroupMember * pMember)
{
Assert(pContact != NULL);
Assert(pContact->EGetRuntimeClass() == RTI(TContact));
if (pszMessage == NULL)
return;
Assert(pszMessage[0] != '\0');
if (m_pawLayoutChatLog == NULL || !m_pawLayoutChatLog->FGotFocus())
{
m_cMessagesUnread++; // The layout does not have the focus (or does not exist), so display a special icon to indicate a new message arrived from the contact
if (pMember != NULL)
{
Assert(pMember->m_pGroup == this);
Assert(pMember->m_pContact == pContact);
pMember->TreeItemW_SetTextToDisplayMessagesUnread(++pMember->m_cMessagesUnread); // The group member has unread messages as well as its parent group
}
#ifdef COMPILE_WITH_TOOLBAR
Toolbar_TabAddWithoutSelecting(this); // If a contact or group has an unread message, then display it to the tab to draw attention
#endif
}
TreeItemChatLog_UpdateTextAndIcon(); // Always update the text and icon when a new message arrives. This is important because before a message arrive, there is usually the 'composing' icon, and after the message arrives, this icon must be changed by either the online presence, or an icon indicating there is a new unread message.
if (!m_pAccount->TreeItemW_FIsExpanded())
{
// The account node is collapsed, therefore the contact is not visible in the GUI.
// To let know the user there is a new message, the GUI displays the 'chat icon' to Tree Item of the account.
m_pAccount->IconUpdate_MessageArrivedFromContact(pContact);
}
MainWindow_SystemTrayNewMessageArrived(pContact, pszMessage);
}
// TAccountXmpp::IRuntimeObject::PGetRuntimeInterface()
//
// Enable the TAccountXmpp object to respond to the interface of other objects it is related to, such as TCertificate and TCertificateServerName
POBJECT
TAccountXmpp::PGetRuntimeInterface(const RTI_ENUM rti, IRuntimeObject * piParent) const
{
Report(piParent == NULL);
switch (rti)
{
case RTI(TCertificate):
return Certificate_PGet_YZ();
case RTI(TCertificateServerName):
return Certificate_PGetServerName();
case RTI(TContact): // TODO: Without this line, there is a stack overvlow
return NULL;
default:
return TAccountCore::PGetRuntimeInterface(rti, m_pProfileParent);
}
}
void component_ref___alloc_v(component_ref *refs, size_t count) {
size_t left_to_allocate = count, tmp_l0 = LAST_IDX_L0(), tmp_l1 = LAST_IDX_L1();
while(left_to_allocate > ASA.soas[tmp_l0].col_count - tmp_l1) {
size_t new_chunk = component___chunkfunc(ASA.soa_count);
assert(new_chunk && "The chunk function returned 0 !");
ASA.ref_to_idx_lut = REALLOC(ASA.ref_to_idx_lut, (ASA.elem_count+new_chunk)*sizeof(ASA.ref_to_idx_lut[0]));
ASA.idx_to_ref_lut = REALLOC(ASA.idx_to_ref_lut, (ASA.soa_count+1)*sizeof(ASA.idx_to_ref_lut[0]));
ASA.idx_to_ref_lut[ASA.soa_count] = MALLOC(new_chunk*sizeof(ASA.idx_to_ref_lut[0][0]));
ASA.soas = REALLOC(ASA.soas, (ASA.soa_count+1)*sizeof(ASA.soas[0]));
ASA.soas[ASA.soa_count].row0 = MALLOC(new_chunk*sizeof(ASA.soas[0].row0[0]));
ASA.soas[ASA.soa_count].row1 = MALLOC(new_chunk*sizeof(ASA.soas[0].row1[0]));
ASA.soas[ASA.soa_count].col_count = new_chunk;
++(ASA.soa_count);
ASA.elem_count += new_chunk;
++tmp_l0;
tmp_l1 = 0;
left_to_allocate = new_chunk<left_to_allocate ? left_to_allocate-new_chunk : 0;
}
sl_fsb_take_indices16(&ASA.ref_to_idx_fsb, refs, count);
size_t i;
for(i=0 ; i<count ; ++i) {
RTI(refs[i]) = ASA.last_idx;
ITR(ASA.last_idx) = refs[i];
ASA.last_idx = component_idx___next(ASA.last_idx, 1);
}
}
TBrowserTabs::TBrowserTabs(TProfile * pProfile)
{
Assert(pProfile != NULL);
Assert(pProfile->EGetRuntimeClass() == RTI(TProfile));
m_pProfile = pProfile;
m_pawLayoutBrowser = NULL;
}
IContactAlias::IContactAlias(TContact * pContact)
{
Assert(pContact->EGetRuntimeClass() == RTI(TContact));
m_pContact = pContact;
m_pNextAlias = pContact->m_plistAliases;
pContact->m_plistAliases = this; // Add the alias to its parent contact
}
// ITreeItem::IRuntimeObject::PGetRuntimeInterface()
POBJECT
ITreeItem::PGetRuntimeInterface(const RTI_ENUM rti, IRuntimeObject * piParent) const
{
if (rti == RTI(ITreeItem))
return (ITreeItem *)this;
return IXmlExchangeObjectID::PGetRuntimeInterface(rti, piParent);
}
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();
}
// 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()
void
IEvent::_XmlUnserializeAttributeOfContactIdentifier(CHS chAttributeName, OUT TContact ** ppContact, const CXmlNode * pXmlNodeElement) const
{
Assert(ppContact != NULL);
Assert(pXmlNodeElement != NULL);
Assert(m_pVaultParent_NZ != NULL);
Assert(m_pVaultParent_NZ->m_pParent->m_pAccount->EGetRuntimeClass() == RTI(TAccountXmpp));
*ppContact = m_pVaultParent_NZ->m_pParent->m_pAccount->Contact_PFindByIdentifierOrCreate_YZ(pXmlNodeElement, chAttributeName, NULL);
}
// Append to the blob an XML attribute representing the Contact Identifier.
// This method is used to serialize a pointer to a contact when saving to vault of event.
//
// IMPLEMENTATION NOTES
// At the moment the Contact Identifier is the JID, however in the future it may be a hash of the contact's public key.
//
// SEE ALSO: Contact_PFindByIdentifierOrCreate_YZ(), CBin ^i
void
CBin::BinAppendXmlAttributeOfContactIdentifier(CHS chAttributeName, const TContact * pContact)
{
if (pContact != NULL)
{
Assert(pContact->EGetRuntimeClass() == RTI(TContact));
BinAppendXmlAttributeCStr(chAttributeName, pContact->m_strJidBare);
}
}
WLayoutChatLog::WLayoutChatLog(ITreeItemChatLogEvents * pContactOrGroupParent)
{
Assert(pContactOrGroupParent != NULL);
m_pContactOrGroup_NZ = pContactOrGroupParent;
m_pContactParent_YZ = (pContactOrGroupParent->EGetRuntimeClass() == RTI(TContact)) ? (TContact *)pContactOrGroupParent : NULL;
m_pwFindText = NULL;
m_tidChatStateComposing = d_zNA;
#ifdef COMPILE_WITH_CHATLOG_HTML
m_pwChatLog_NZ = new WChatLogHtml(this, pContactOrGroupParent);
#else
m_pwChatLog_NZ = new WChatLog(this, pContactOrGroupParent);
#endif
setStretchFactor(0, 5);
/*
if (pContactParent_YZ != NULL)
{
if (pContactParent_YZ->m_uFlagsContact & TContact::FC_kfContactNeedsInvitation)
WidgetContactInvitation_Show();
if (pContactParent_YZ->m_uFlagsContact & TContact::FC_kfContactUnsolicited)
Layout_NoticeAuxiliaryAdd(PA_DELETING new WNoticeContactUnsolicited(pContactParent_YZ));
}
*/
m_pwChatInput = new WChatInput(this);
QWidget * pWidget = new QWidget(this);
// pWidget->setSizePolicy(QSizePolicy::Expanding, QSizePolicy::Maximum);
OLayoutHorizontal * pLayoutMessageInput = new OLayoutHorizontal(pWidget);
pLayoutMessageInput->setContentsMargins(0, 0, 5, 0);
pLayoutMessageInput->addWidget(m_pwChatInput);
OLayoutVertical * pLayoutButtons = new OLayoutVerticalAlignTop(pLayoutMessageInput);
pLayoutButtons->setSpacing(0);
m_pwButtonSendBitcoin = new WButtonIconForToolbar(eMenuIcon_Bitcoin, "Send Bitcoins");
pLayoutButtons->addWidget(m_pwButtonSendBitcoin);
connect(m_pwButtonSendBitcoin, SIGNAL(clicked()), this, SLOT(SL_ButtonSendBitcoin()));
WButtonIconForToolbar * pwButton = new WButtonIconForToolbar(eMenuIcon_FileUpload, "Send File\n\nYou may drag and drop the file, or copy & paste the file from Windows Explorer");
pLayoutButtons->addWidget(pwButton);
connect(pwButton, SIGNAL(clicked()), this, SLOT(SL_ButtonSendFile()));
pwButton = new WButtonIconForToolbar(eMenuIcon_ContactAdd, "Add people to the converstation");
pLayoutButtons->addWidget(pwButton);
connect(pwButton, SIGNAL(clicked()), this, SLOT(SL_ButtonAddContacts()));
pwButton = new WButtonIconForToolbar(eMenuIcon_Vote, "Send a ballot to the group to vote");
pLayoutButtons->addWidget(pwButton);
connect(pwButton, SIGNAL(clicked()), this, SLOT(SL_ButtonSendBallot()));
setChildrenCollapsible(false); // Do not allow the widget WChatInput() to collapse; it would be very confusing to the user
// addWidget(PA_CHILD m_pwChatLog);
//addWidget(PA_CHILD new WFindText(m_pwChatLog->document()));
// addWidget(PA_CHILD m_pwChatInput);
setAcceptDrops(true);
}
main() {
reset();
enable_interrupt();
while() {
elegir_luz();
encender_luz();
}
/***** rutina de interrupcion *****/
if (scan_inter () != 1) {
if (shift_reg == FLAG) {
switch (p_buffer) {
case (0) : comienzo = 1;
break;
case (1) : if (comienzo==1) {
p_buffer = 0;
device = gchar();
if ( device == IDENTIFICATIVO) {
acknowledge();
p_out = 0;
wserial( gout () );
more = 1;
}
}
break;
default : if ( device == IDENTIFICATIVO ) {
if (verificar() == NAK) no_acknowledge ();
else {
ack_nak = interpretar ();
if ( ack_nak == ACK ) acknowledge ();
else no_acknowledge ();
}
p_out = 0;
wserial( gout () );
more = 1;
}
break;
}
p_buffer = 0;
}
else pchar(shift_reg);
}
else {
if (more == 0) goto RTI;
wserial( gout () );
if (shift_reg == 'f') {
p_out = 1;
more = 0;
}
}
RTI ();
}
void
CArrayPtrContacts::ForEach_ChatLogResetNickNameAndRepopulateAllEvents()
{
TContact ** ppContactStop;
TContact ** ppContact = PrgpGetContactsStop(OUT &ppContactStop);
while (ppContact != ppContactStop)
{
TContact * pContact = *ppContact++;
Assert(pContact->EGetRuntimeClass() == RTI(TContact));
pContact->m_uFlagsTreeItem |= TContact::FTI_kfChatLogEvents_RepopulateAll;
pContact->ChatLog_ResetNickname();
}
}
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()
TAccountXmpp::~TAccountXmpp()
{
Assert(!g_arraypAccounts.FindElementF(this) && "The account should have been removed from the array before its deletion!");
delete m_paAlias;
if (m_pCertificateServerName != NULL)
{
Assert(m_pCertificateServerName->EGetRuntimeClass() == RTI(TCertificateServerName));
(void)m_pCertificateServerName->m_arraypAccounts.RemoveElementFastAssertF(this);
}
m_arraypaGroups.DeleteAllTreeItems(); // Delete the groups first, as they have pointers to the contacts
m_arraypaContacts.DeleteAllTreeItems();
if (m_paSocket != NULL)
m_paSocket->Socket_Destroy(PA_DELETING);
}
void
TAccountXmpp::TreeItemAccount_UpdateIconOfAllContacts()
{
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_UpdateIcon();
}
}
void
TContact::TreeItemContact_UpdateNameDisplayOfAliases()
{
IContactAlias * pAlias = m_plistAliases;
while (pAlias != NULL)
{
pAlias->TreeItemW_UpdateText();
if (pAlias->EGetRuntimeClass() == RTI(TGroupMember))
{
TGroupMember * pMember = (TGroupMember *)pAlias;
pMember->m_pGroup->m_uFlagsTreeItem |= TContact::FTI_kfChatLogEvents_RepopulateAll; // Refresh the Chat Log of each group where the contact participates, so the new name is updated there.
}
pAlias = pAlias->m_pNextAlias;
}
}
void
TProfile::TreeItemProfile_DisplayApplicationsWithinNavigationTree()
{
if (!m_arraypaAccountsXmpp.FIsEmpty())
new TMyRecommendations(this); // Dislay the recommendations if there is at least one account
// new TTreeItemDemo(this, "My Reputation", eMenuIconReputation, "Display my reputation according to other organizations", "Search Reputation Feedback Comments");
IApplication ** ppApplicationStop;
IApplication ** ppApplication = m_arraypaApplications.PrgpGetApplicationsStop(OUT &ppApplicationStop);
while (ppApplication != ppApplicationStop)
{
IApplication * pApplication = *ppApplication++;
pApplication->TreeItemApplication_DisplayWithinNavigationTree();
}
TBrowser ** ppBrowserStop;
TBrowser ** ppBrowser = m_arraypaBrowsers.PrgpGetBrowsersStop(OUT &ppBrowserStop);
while (ppBrowser != ppBrowserStop)
{
TBrowser * pBrowser = *ppBrowser++;
Assert(pBrowser->EGetRuntimeClass() == RTI(TBrowser));
pBrowser->TreeItemBrowser_DisplayWithinNavigationTree();
}
TBrowserTabs ** ppBrowserTabsStop;
TBrowserTabs ** ppBrowserTabs = m_arraypaBrowsersTabbed.PrgpGetBrowsersStop(&ppBrowserTabsStop);
while(ppBrowserTabs != ppBrowserTabsStop)
{
TBrowserTabs * pBrowserTabs = *ppBrowserTabs++;
Assert(pBrowserTabs->EGetRuntimeClass() == RTI(TBrowserTabs));
pBrowserTabs->TreeItemBrowser_DisplayWithinNavigationTree();
}
TreeItemW_ExpandAccordingToSavedState();
}
void
TContact::TreeItemContact_UpdateIconComposingStopped(ITreeItemChatLogEvents * pContactOrGroup)
{
// Do not remove the contact from m_pAccount->m_arraypContactsComposing
if (pContactOrGroup->EGetRuntimeClass() == RTI(TGroup))
{
// Find the member
TGroupMember * pMember = ((TGroup *)pContactOrGroup)->Member_PFindOrAddContact_NZ(this);
//pMember->TreeItem_IconUpdate();
pMember->TreeItemGroupMember_SetIconComposingStopped();
}
else
pContactOrGroup->m_uFlagsTreeItem &= ~FTI_keIcon_mComposingText;
pContactOrGroup->TreeItem_IconUpdate();
}
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;
}
PSZUC
CArrayPtrContacts::PszFormatDisplayNames(OUT CStr * pstrScratchBuffer) const
{
pstrScratchBuffer->Empty();
TContact ** ppContactStop;
TContact ** ppContact = PrgpGetContactsStop(OUT &ppContactStop);
while (ppContact != ppContactStop)
{
TContact * pContact = *ppContact++;
Assert(pContact->EGetRuntimeClass() == RTI(TContact));
if (!pstrScratchBuffer->FIsEmptyBinary())
pstrScratchBuffer->BinAppendText(", ");
pstrScratchBuffer->BinAppendText((PSZAC)pContact->TreeItem_PszGetNameDisplay());
}
return pstrScratchBuffer->BinAppendNullTerminatorSz();
}
IService *
IService::S_PaAllocateService_YZ(TProfile * pProfileParent, RTI_ENUM rtiService)
{
Assert(pProfileParent != NULL);
Assert(pProfileParent->EGetRuntimeClass() == RTI(TProfile));
switch (rtiService)
{
case RTI_SZ(CServiceBallotmaster):
return new CServiceBallotmaster(pProfileParent);
#ifdef DEBUG
default:
MessageLog_AppendTextFormatSev(eSeverityErrorWarning, "Unknown service '$U'\n", rtiService);
#endif
}
return NULL;
}
void
TContact::TreeItemContact_DisplayWithinNavigationTree()
{
Assert(m_pAccount->EGetRuntimeClass() == RTI(TAccountXmpp));
#if 0
if (m_uFlagsTreeItem != 0)
MessageLog_AppendTextFormatSev(eSeverityWarningToErrorLog, "0x$p: TreeItemContact_DisplayWithinNavigationTree($S) - m_uFlagsTreeItem = 0x$x\n", this, &m_strNameDisplayTyped, m_uFlagsTreeItem);
#endif
if (m_uFlagsTreeItem & FTI_kfObjectInvisible)
return; // Don't display hidden contacts
TreeItemW_DisplayWithinNavigationTree(m_pAccount);
TreeItemChatLog_UpdateTextAndIcon();
if (!m_binXmlRecommendations.FIsEmptyBinary())
Contact_RecommendationsDisplayWithinNavigationTree();
}
