// This method is called to inform about the prover outcome for the previous GetNextBlock call.
override public bool SetCurrentResult(List <Variable> reachvar, ProverInterface.Outcome outcome, DoomErrorHandler cb)
{
this.__DEBUG_BlocksChecked++;
// outcome==Valid means that there is no feasible execution for the current block/path (i.e., might be doomed)
if (outcome == ProverInterface.Outcome.Valid && m_Current <= m_Blocks.Count)
{
List <Block> lb = new List <Block>();
lb.Add(m_Blocks[m_Current - 1]);
DetectedBlock.Add(lb);
}
return(true);
}
override public bool GetNextBlock(out List <Block> lb)
{
sw.Start();
if (m_Current < m_Blocks.Count)
{
lb = new List <Block>();
lb.Add(m_Blocks[m_Current]);
m_Current++;
return(true);
}
else
{
DetectedBlock.Add(m_BlockH.GetOtherDoomedBlocks(m_doomedBlocks));
}
lb = null;
return(false);
}
override public bool GetNextBlock(out List <Block> lb)
{
m_Current = null;
if (m_Blocks.Count > 0)
{
m_Current = m_Blocks[0];
m_Blocks.Remove(m_Current);
lb = new List <Block>();
lb.Add(m_Current);
return(true);
}
else
{
DetectedBlock.Add(m_BlockH.GetOtherDoomedBlocks(m_doomedBlocks));
}
lb = null;
return(false);
}
override public bool GetNextBlock(out List <Block> lb)
{
sw.Start();
lb = new List <Block>();
if (m_Uncheckedlocks.Count == 0 || m_NoMoreMoves)
{
if (m_Uncheckedlocks.Count > 0)
{
DetectedBlock.Add(m_BlockH.GetOtherDoomedBlocks(m_Uncheckedlocks));
}
return(false);
}
lb.AddRange(m_Uncheckedlocks);
return(true);
}