LLFloaterMessageLog::~LLFloaterMessageLog()
{
LLMessageLog::setCallback(NULL);
stopApplyingFilter();
sInstance = NULL;
sNetListItems.clear();
sMessageLogEntries.clear();
sFloaterMessageLogItems.clear();
}
void LLFloaterMessageLog::startApplyingFilter(std::string filter, BOOL force)
{
LLMessageLogFilter new_filter(filter);
if(force
|| (new_filter.mNegativeNames != mMessageLogFilter.mNegativeNames)
|| (new_filter.mPositiveNames != mMessageLogFilter.mPositiveNames))
{
stopApplyingFilter();
mMessageLogFilter = new_filter;
mMessagesLogged = sMessageLogEntries.size();
clearFloaterMessageItems();
childSetVisible("message_log", false);
mMessageLogFilterApply = new LLMessageLogFilterApply(this);
}
}
LLFloaterMessageLog::~LLFloaterMessageLog()
{
stopApplyingFilter();
clearFloaterMessageItems(true);
delete mEasyMessageReader;
sInstance = NULL;
//prepare for when we might have multiple instances
if(!sInstance)
{
LLMessageLog::setCallback(NULL);
sNetListTimer->cancel();
sNetListTimer = NULL;
clearMessageLogEntries();
}
}
void LLFloaterMessageLog::startApplyingFilter(std::string filter, BOOL force)
{
LLMessageLogFilter new_filter = LLMessageLogFilter();
sMessageLogFilterString = filter;
new_filter.set(sMessageLogFilterString);
if(!filter.length() || filter.at(filter.length()-1) != ' ')
childSetText("filter_edit", filter + " ");
if(force
|| (new_filter.mNegativeNames != sMessageLogFilter.mNegativeNames)
|| (new_filter.mPositiveNames != sMessageLogFilter.mPositiveNames))
{
stopApplyingFilter();
sMessageLogFilter = new_filter;
sFloaterMessageLogItems.clear();
getChild<LLScrollListCtrl>("message_log")->clearRows();
sBusyApplyingFilter = TRUE;
childSetVisible("message_log", false);
//childSetVisible("log_status_text", true);
mMessageLogFilterApply = new LLMessageLogFilterApply();
}
}
