C++ KviCString::sprintf方法代码示例

static void kvi_ipcLoadAtoms()
{
	if(g_bIpcAtomsLoaded)
		return;
	g_bIpcAtomsLoaded = true;
	g_uLocalInstanceId = (kvi_u64_t)::getpid();
	kvi_sentinel_id.sprintf("pane tonno e mistero - %d", getuid());
	kvi_atom_ipc_sentinel_window = XInternAtom(kvi_ipc_get_xdisplay(), "XA_KVI4_IPC_SENTINEL_WINDOW", False);
	kvi_atom_ipc_remote_command = XInternAtom(kvi_ipc_get_xdisplay(), "XA_KVI4_IPC_REMOTE_COMMAND", False);
	kvi_atom_ipc_remote_message = XInternAtom(kvi_ipc_get_xdisplay(), "XA_KVI4_IPC_REMOTE_MESSAGE", False);
}

void OptionsWidget_messageColors::save()
{
	QString szName;
	QString szInit;
	g_pApp->getLocalKvircDirectory(szInit,KviApplication::MsgColors);

	if(KviFileDialog::askForSaveFileName(szName,__tr2qs_ctx("Choose a Filename - KVIrc","options"),szInit))
	{
		if(m_pLastItem)saveLastItem();

		KviConfigurationFile cfg(szName,KviConfigurationFile::Write);

		cfg.setGroup("Messages");

		KviCString tmp;


		int count = m_pListView->count();
		for(int i=0; i<count;i++)
		{
			MessageListWidgetItem* it = (MessageListWidgetItem *)m_pListView->item(i);

			tmp.sprintf("Fore%d",it->optionId());
			cfg.writeEntry(tmp.ptr(),it->msgType()->fore());
			tmp.sprintf("Back%d",it->optionId());
			cfg.writeEntry(tmp.ptr(),it->msgType()->back());
			tmp.sprintf("Icon%d",it->optionId());
			cfg.writeEntry(tmp.ptr(),it->msgType()->pixId());
			tmp.sprintf("Log%d",it->optionId());
			cfg.writeEntry(tmp.ptr(),it->msgType()->logEnabled());
			tmp.sprintf("Level%d",it->optionId());
			cfg.writeEntry(tmp.ptr(),it->msgType()->level());
		}

	}
}

void KviInputHistory::load(const QString & szFileName)
{
	KviConfigurationFile c(szFileName, KviConfigurationFile::Read);

	int iCount = c.readIntEntry("Count", 0);

	if(iCount > KVI_INPUT_MAX_GLOBAL_HISTORY_ENTRIES)
		iCount = KVI_INPUT_MAX_GLOBAL_HISTORY_ENTRIES;

	KviCString szTmp;

	for(int i = 0; i < iCount; i++)
	{
		szTmp.sprintf("S%d", i);
		QString szEntry = c.readEntry(szTmp.ptr(), "");
		if(!szEntry.isEmpty())
			add(szEntry);
	}
}

void KviInputHistory::save(const QString & szFileName)
{
	KviConfigurationFile c(szFileName, KviConfigurationFile::Write);
	c.clear();

	c.writeEntry("Count", static_cast<unsigned>(m_StringList.size()));

	KviCString szTmp;
	int iIdx = 0;

	for(auto & szString : m_StringList)
	{
		if(!szString.isEmpty())
		{
			szTmp.sprintf("S%d", iIdx);
			c.writeEntry(szTmp.ptr(), szString);
			iIdx++;
		}
	}
}

void KviIrcConnectionRequestQueue::timerSlot()
{
	if(m_channels.isEmpty())
	{
		m_timer.stop();
	} else {
		KviChannelWindow * pChan = m_channels.head();
		QByteArray encodedChan = pChan->connection()->encodeText(pChan->target()).data();
		/* The following switch will let the execution flow pass-through if any request type
		 * is currently disabled (or not available on the server). Channel's "MODE" request is
		 * the only mandatory request.
		 */
		switch(m_curType)
		{
			case BanException:
				if(pChan->serverInfo()->supportedListModes().contains('e') &&
					!KVI_OPTION_BOOL(KviOption_boolDisableBanExceptionListRequestOnJoin) &&
					!(	pChan->serverInfo()->getNeedsOpToListModeseI() &&
						!pChan->isMeOp()
					 )
				)
				{
					if(!pChan->connection()->sendFmtData("MODE %s e",encodedChan.data()))
						clearAll(); // disconnected
					else pChan->setSentListRequest('e');
					m_curType = Invite;
					break;
				}
			case Invite:
				if(pChan->serverInfo()->supportedListModes().contains('I') &&
					!KVI_OPTION_BOOL(KviOption_boolDisableInviteListRequestOnJoin) &&
					!(	pChan->serverInfo()->getNeedsOpToListModeseI() &&
						!pChan->isMeOp()
					 )
				)
				{
					if(!pChan->connection()->sendFmtData("MODE %s I",encodedChan.data()))
						clearAll(); // disconnected
					else pChan->setSentListRequest('I');
					m_curType = QuietBan;
					break;
				}
			case QuietBan:
				if(pChan->serverInfo()->supportedListModes().contains('q') &&
					!KVI_OPTION_BOOL(KviOption_boolDisableQuietBanListRequestOnJoin))
				{
					if(!pChan->connection()->sendFmtData("MODE %s q",encodedChan.data()))
						clearAll(); // disconnected
					else pChan->setSentListRequest('q');
					m_curType = Who;
					break;
				}
			case Who:
				if(!KVI_OPTION_BOOL(KviOption_boolDisableWhoRequestOnJoin))
				{
					// TODO: cleanup
					pChan->connection()->stateData()->setLastSentChannelWhoRequest(kvi_unixTime());
					if(pChan->connection()->lagMeter())
					{
						KviCString tmp;
						if(pChan->serverInfo()->supportsWhox())
							tmp.sprintf("WHO %s %acdfhlnrsu",encodedChan.data());
						else
							tmp.sprintf("WHO %s",encodedChan.data());
						pChan->connection()->lagMeter()->lagCheckRegister(tmp.ptr(),60);
					}
					if(pChan->serverInfo()->supportsWhox())
					{
						if(!pChan->connection()->sendFmtData("WHO %s %acdfhlnrsu",encodedChan.data()))
							clearAll(); // disconnected
						else pChan->setSentWhoRequest();
					} else {
						if(!pChan->connection()->sendFmtData("WHO %s",encodedChan.data()))
							clearAll(); // disconnected
						else pChan->setSentWhoRequest();
					}
					m_curType = Ban;
					break;
				}
			case Ban:
				if(!KVI_OPTION_BOOL(KviOption_boolDisableBanListRequestOnJoin))
				{
					if(!pChan->connection()->sendFmtData("MODE %s b",encodedChan.data()))
					{
						clearAll(); // disconnected
					} else {
						pChan->setSentListRequest('b');
						m_channels.dequeue();
					}
					m_curType = Mode;
					break;
				}
			default:
				// we're at the end of the list
				m_channels.dequeue();
				pChan->checkChannelSync();
				m_curType = Mode;
				if(m_channels.isEmpty())
				{
					m_timer.stop();
//.........这里部分代码省略.........