void CTDLFindTaskExpressionListCtrl::MoveSelectedRuleDown()
{
if (CanMoveSelectedRuleDown())
{
int nRow, nCol;
GetCurSel(nRow, nCol);
// save off rule
SEARCHPARAM sp = m_aSearchParams[nRow];
// delete rule
m_aSearchParams.RemoveAt(nRow);
DeleteItem(nRow);
// reinsert rule
nRow = InsertRule(nRow + 1, sp);
// sanity check
ValidateListData();
// restore selection
SetCurSel(nRow, nCol);
EnsureVisible(nRow, FALSE);
}
}
NS_IMETHODIMP
StyleSheet::InsertRule(const nsAString& aRule, uint32_t aIndex,
uint32_t* aReturn)
{
ErrorResult rv;
*aReturn =
InsertRule(aRule, aIndex, *nsContentUtils::SubjectPrincipal(), rv);
return rv.StealNSResult();
}
void BranchingUserFunction::DeclareRule(LispInt aPrecedence, LispPtr& aBody)
{
// New branching rule.
BranchRule* newRule = NEW BranchRuleTruePredicate(aPrecedence,aBody);
if (!newRule)
throw LispErrCreatingRule();
InsertRule(aPrecedence,newRule);
}
BOOL CTDLFindTaskExpressionListCtrl::AddRule()
{
SEARCHPARAM sp(TDCA_TASKNAMEORCOMMENTS, FOP_INCLUDES);
int nRow = InsertRule(GetRuleCount(), sp);
// make sure the 'and/or' text of the preceding rule is set
RefreshAndOrColumnText();
SetCurSel(nRow, ATTRIB);
EnsureVisible(nRow, FALSE);
return TRUE;
}
BOOL CTDLFindTaskExpressionListCtrl::AddRule()
{
SEARCHPARAM sp(TDCA_TASKNAMEORCOMMENTS, FO_INCLUDES);
int nRow = InsertRule(GetRuleCount(), sp);
// make sure the 'and/or' text of the preceding rule is set
if (nRow > 0)
{
SEARCHPARAM& spPrev = m_aSearchParams[nRow - 1];
CEnString sAndOr(spPrev.GetAnd() ? IDS_FP_AND : IDS_FP_OR);
SetItemText(nRow - 1, ANDOR, sAndOr);
}
SetCurSel(nRow, ATTRIB);
EnsureVisible(nRow, FALSE);
return TRUE;
}
