private static bool displayCoverage(AreasIterator it, string sIndent)
{
CodeWorker.ParseTree thisRuleSet = it.getCurrentRulesBegin();
if (thisRuleSet == null)
{
return(false);
}
CodeWorker.ParseTree firstRuleName = thisRuleSet.array[0].reference;
string sBeginningOffset = it.getCurrentPosition().name;
string sEndOffset = thisRuleSet.name;
System.Console.WriteLine(sIndent + firstRuleName.text + " [" + sBeginningOffset + ", " + sEndOffset + "]");
it.nextCurrentRulesBegin();
while (!it.matchCurrentRulesEnd(sEndOffset))
{
if (!displayCoverage(it, sIndent + '\t'))
{
if (it.matchCurrentRulesEnd(sEndOffset))
{
break;
}
it.nextPosition();
}
}
return(true);
}
private static void displayCoverage(CodeWorker.ParseTree[] allPositions)
{
if (allPositions.GetLength(0) == 0)
{
return;
}
AreasIterator it = new AreasIterator(allPositions);
displayCoverage(it, "\t");
}
private static bool displayCoverage(AreasIterator it, string sIndent)
{
CodeWorker.ParseTree thisRuleSet = it.getCurrentRulesBegin();
if (thisRuleSet == null) return false;
CodeWorker.ParseTree firstRuleName = thisRuleSet.array[0].reference;
string sBeginningOffset = it.getCurrentPosition().name;
string sEndOffset = thisRuleSet.name;
System.Console.WriteLine(sIndent + firstRuleName.text + " [" + sBeginningOffset + ", " + sEndOffset + "]");
it.nextCurrentRulesBegin();
while (!it.matchCurrentRulesEnd(sEndOffset))
{
if (!displayCoverage(it, sIndent + '\t'))
{
if (it.matchCurrentRulesEnd(sEndOffset)) break;
it.nextPosition();
}
}
return true;
}
private static void displayCoverage(CodeWorker.ParseTree[] allPositions)
{
if (allPositions.GetLength(0) == 0) return;
AreasIterator it = new AreasIterator(allPositions);
displayCoverage(it, "\t");
}
