vector<DCppTemplate::stc_Flag> DCppTemplate::FindFomuleFlag(vector<DCppTemplate::stc_Flag> allFlag)
{
vector<DCppTemplate::stc_Flag> result;
for (auto Tag : allFlag)
{
if (GetFlagType(Tag.Contain) == CG_FLAG_Fomule)
result.push_back(Tag);
}
result;
}
void
ConfigFlagsTable::PrintUsageString()
{
Output::Print(_u("List of Phases:\n"));
for(int i = 0; i < PhaseCount; i++)
{
if (i % 4 == 0)
{
Output::Print(_u("\n "));
}
Output::Print(_u("%-40ls "), PhaseNames[i]);
}
Output::Print(_u("\n\nList of flags:\n\n"));
for(int i = 0; i < FlagCount; i++)
{
Output::Print(_u("%60ls "), FlagNames[i]);
switch(GetFlagType(Flag(i)))
{
case InvalidFlagType:
break;
case FlagString:
Output::Print(_u("[:String] "));
break;
case FlagPhases:
Output::Print(_u("[:Phase] "));
break;
case FlagNumber:
Output::Print(_u("[:Number] "));
break;
case FlagBoolean:
Output::Print(_u(" "));
break;
case FlagNumberSet:
Output::Print(_u("[:NumberSet] "));
break;
case FlagNumberPairSet:
Output::Print(_u("[:NumberPairSet] "));
break;
case FlagNumberTrioSet:
Output::Print(_u("[:NumberTrioSet] "));
break;
case FlagNumberRange:
Output::Print(_u("[:NumberRange] "));
break;
default:
Assert(false);
__assume(false);
}
Output::Print(_u("%ls\n"), FlagDescriptions[i]);
}
}
