static CKey CreateNewArrayKey(CKey inParent, CTokenLine line, CBuildCommands inCommands)
{
var res_arr_key = CKey.CreateArrayKey(inParent, line.Position);
if (inCommands.IsNextArrayKeyNamePresent)
{
res_arr_key.SetName(inCommands.PopNextArrayKeyName(inParent));
}
return(res_arr_key);
}
//inStartLine - next of parent line
static void CollectByDivs(CKey inParent, int inParentRank, int inStartLine, int inEndLine, List <CTokenLine> inLines,
ITreeBuildSupport inSupport, CKey inRoot, EKeyAddingMode inKeyAddingMode)
{
int curr_rank = inParentRank + 1;
List <Tuple <int, int> > recs_by_divs = new List <Tuple <int, int> >();
CollectDividers(inStartLine, inEndLine, curr_rank, inLines, inSupport, recs_by_divs);
if (recs_by_divs.Count > 1)
{
if (inKeyAddingMode == EKeyAddingMode.Override)
{
inParent.ClearAllArrayKeys();
}
for (int i = 0; i < recs_by_divs.Count; i++)
{
int first_line = recs_by_divs[i].Item1;
int exlude_last_line = recs_by_divs[i].Item2;
if (first_line < exlude_last_line)
{
CKey arr_key = CKey.CreateArrayKey(inParent, inLines[first_line].Position);
if (IsLinePresent(curr_rank, first_line, exlude_last_line, inLines))
{
Collect(arr_key, curr_rank, first_line, exlude_last_line, inLines, inSupport, inRoot, EKeyAddingMode.AddUnique);
}
else
{
CollectByDivs(arr_key, curr_rank, first_line, exlude_last_line, inLines, inSupport, inRoot, EKeyAddingMode.AddUnique);
}
if (arr_key.IsEmpty)
{
arr_key.SetParent(null);
}
}
}
}
else
{
Collect(inParent, inParentRank, recs_by_divs[0].Item1, recs_by_divs[0].Item2, inLines, inSupport, inRoot, inKeyAddingMode);
}
}
public static IKey CreateArrayKey(IKey inParent)
{
return(CKey.CreateArrayKey(inParent as CKey));
}
static Tuple <CKey, int> CreateKey(int inStartLine, int inEndLine, List <CTokenLine> inLines, ITreeBuildSupport inSupport,
CKey inRoot, CKey inParent, EKeyAddingMode inKeyAddingMode)
{
CTokenLine line = inLines[inStartLine];
int key_rank = line.Rank;
if (line.IsHeadEmpty)
{
CKey arr_key = CKey.CreateArrayKey(inParent, line.Position);
arr_key.AddTokenTail(line, inSupport.GetLogger());
return(new Tuple <CKey, int>(arr_key, inStartLine + 1));
}
else
{
CKey key = null;
if (inKeyAddingMode != EKeyAddingMode.AddUnique)
{
key = inParent.FindChildKey(line.Head.Text);
if (key == null)
{
inSupport.GetLogger().LogError(EErrorCode.CantFindKey, line, $"Key name: {line.Head.Text}");
}
else
{
if (inKeyAddingMode == EKeyAddingMode.Override)
{
key.ClearComments();
key.ClearValues();
}
if (inKeyAddingMode == EKeyAddingMode.Override || inKeyAddingMode == EKeyAddingMode.Add)
{
key.AddTokenTail(line, inSupport.GetLogger());
}
}
}
else if (inParent.IsKeyWithNamePresent(line.Head.Text))
{
inSupport.GetLogger().LogError(EErrorCode.ElementWithNameAlreadyPresent, line);
}
if (key == null)
{
key = CKey.Create(inParent, line, inSupport.GetLogger());
}
int last_line = FindNextSameRankLine(inStartLine, inEndLine, key_rank, inLines);
if (last_line > inStartLine + 1)
{
EKeyAddingMode next_add_mode = inKeyAddingMode;
if (next_add_mode == EKeyAddingMode.Add)
{
next_add_mode = EKeyAddingMode.AddUnique;
}
CollectByDivs(key, key_rank, inStartLine + 1, last_line, inLines, inSupport, inRoot, next_add_mode);
}
if (key.KeyCount == 0 && key.ValuesCount == 0)
{
inSupport.GetLogger().LogError(EErrorCode.HeadWithoutValues, line);
}
return(new Tuple <CKey, int>(key, last_line));
}
}