public Block SplitBlock(Block blockToSplit, string verseToSplit, int characterOffsetToSplit)
{
Block newBlock = CurrentBook.SplitBlock(blockToSplit, verseToSplit, characterOffsetToSplit);
AddToRelevantBlocksIfNeeded(newBlock);
return(newBlock);
}
public void SplitBlock(IEnumerable <BlockSplitData> blockSplits, List <KeyValuePair <int, string> > characters)
{
// set the character for the first block
Block currentBlock = CurrentBlock;
var firstCharacterId = characters.First(c => c.Key == 0).Value;
if (currentBlock.CharacterId != firstCharacterId)
{
currentBlock.CharacterId = firstCharacterId;
currentBlock.Delivery = null;
}
foreach (var groupOfSplits in blockSplits.GroupBy(s => new { s.BlockToSplit }))
{
foreach (var blockSplitData in groupOfSplits.OrderByDescending(s => s, BlockSplitData.BlockSplitDataVerseAndOffsetComparer))
{
// get the character selected for this split
var characterId = characters.First(c => c.Key == blockSplitData.Id).Value;
var newBlock = CurrentBook.SplitBlock(blockSplitData.BlockToSplit, blockSplitData.VerseToSplit,
blockSplitData.CharacterOffsetToSplit, true, characterId, m_project.Versification);
var newBlockIndices = GetBlockIndices(newBlock);
var blocksIndicesNeedingUpdate = m_relevantBlocks.Where(
r => r.BookIndex == newBlockIndices.BookIndex &&
r.BlockIndex >= newBlockIndices.BlockIndex);
foreach (var block in blocksIndicesNeedingUpdate)
{
block.BlockIndex++;
}
AddToRelevantBlocksIfNeeded(newBlock);
}
}
}
public void SplitBlock(IEnumerable <BlockSplitData> blockSplits, List <KeyValuePair <int, string> > characters)
{
try
{
CurrentBlockMatchupChanged -= OnCurrentBlockMatchupChanged;
// set the character for the first block
Block currentBlock = CurrentBlock;
var firstCharacterId = characters.First(c => c.Key == 0).Value;
if (currentBlock.CharacterId != firstCharacterId)
{
if (string.IsNullOrEmpty(firstCharacterId))
{
currentBlock.CharacterId = CharacterVerseData.kUnexpectedCharacter;
}
else
{
Debug.Assert(currentBlock.CharacterIdOverrideForScript == null && firstCharacterId.SplitCharacterId().Length == 1,
"This is a case that needs to be fixed for PG-1143");
currentBlock.CharacterId = firstCharacterId;
AddPendingProjectCharacterVerseDataIfNeeded(currentBlock, firstCharacterId);
}
currentBlock.Delivery = null;
}
foreach (var groupOfSplits in blockSplits.GroupBy(s => new { s.BlockToSplit }))
{
foreach (var blockSplitData in groupOfSplits.OrderByDescending(s => s,
BlockSplitData.BlockSplitDataVerseAndOffsetComparer))
{
// get the character selected for this split
var characterId = characters.First(c => c.Key == blockSplitData.Id).Value;
var originalNextBlock = BlockAccessor.GetNthNextBlockWithinBook(1, blockSplitData.BlockToSplit);
var chipOffTheOldBlock = CurrentBook.SplitBlock(blockSplitData.BlockToSplit, blockSplitData.VerseToSplit,
blockSplitData.CharacterOffsetToSplit, true, characterId);
if (!string.IsNullOrEmpty(characterId))
{
AddPendingProjectCharacterVerseDataIfNeeded(chipOffTheOldBlock, characterId);
}
var isNewBlock = originalNextBlock != chipOffTheOldBlock;
if (isNewBlock)
{
var newBlockIndices = GetBlockIndices(chipOffTheOldBlock);
var blocksIndicesNeedingUpdate = m_relevantBookBlockIndices.Where(
r => r.BookIndex == newBlockIndices.BookIndex &&
r.BlockIndex >= newBlockIndices.BlockIndex);
foreach (var bookBlockIndices in blocksIndicesNeedingUpdate)
{
bookBlockIndices.BlockIndex++;
}
}
else
{
// We "split" between existing blocks in a multiblock quote,
// so we don't need to do the same kind of cleanup above.
}
AddToRelevantBlocksIfNeeded(chipOffTheOldBlock, isNewBlock);
}
}
if (AttemptRefBlockMatchup)
{
// A split will always require the current matchup to be re-constructed.
SetBlockMatchupForCurrentVerse();
}
// This is basically a hack. All kinds of problems were occurring after splits causing our indices to get off.
// See https://jira.sil.org/browse/PG-1075. This ensures our state is valid every time.
SetModeInternal(Mode, true);
}
finally
{
CurrentBlockMatchupChanged += OnCurrentBlockMatchupChanged;
}
}
