public int Convert()
{
var labelNodes = m_Object.nodes.Where(n => n.InputsCount > 1);
int written = 0;
foreach (var varKey in m_Object.variables.Keys)
{
m_Manager.ProcessVariable(varKey, m_Object.variables[varKey]);
}
using (m_Writer = new StatStreamWriter(m_OutputFile))
{
written += WriteHeader();
m_CurrentLabelNode = m_Object.StartNode;
written += m_Writer.WriteLine($"label {m_Object.StartNode.StartName}:");
written += ProcessNode(m_Object.StartNode);
written += m_Writer.WriteLine(" return");
foreach (var node in labelNodes)
{
m_CurrentLabelNode = node;
written += m_Writer.WriteLine(string.Empty);
written += m_Writer.WriteLine($"label {node.LabelName}:");
written += WriteSetNvlMode(false, 1);
DDNode nextNode = null;
written += ProcessSingleNode(node, ref nextNode);
written += ProcessNode(nextNode);
written += m_Writer.WriteLine(" return");
}
}
return(written);
}
private void WriteVariables(string bornPath)
{
if ((m_ProcessedVariables.Keys.Count < 1) || (false == m_IsVariablesChanged))
{
return;
}
m_IsVariablesChanged = false;
string path = m_RootPath + Path.DirectorySeparatorChar + "all-game-variables.rpy";
m_Log.AppendLogLine($"Writing all variables to {Path.GetFileName(path)}");
using (var writer = new StatStreamWriter(path))
{
var names = new List <string>(m_ProcessedVariables.Keys);
names.Sort();
writer.WriteLine("init python:");
foreach (var varName in names)
{
var varValue = m_ProcessedVariables[varName];
writer.Write($" {varName} = ");
switch (varValue.type)
{
case DDVarType.String: writer.WriteLine($"\"{varValue.value}\""); break;
case DDVarType.Integer: writer.WriteLine($"{varValue.value}"); break;
case DDVarType.Boolean: writer.WriteLine(string.Format("{0}", varValue.Equals("true") ? "True" : "False")); break;
}
}
m_Log.AppendLogLine($"Variables finished. Size: {writer.TotalWritten}");
}
}
private int WritePassIfNeed(int written, int level)
{
if (0 >= written)
{
written = m_Writer.WriteLine($"{GetPadding(level)}pass");
}
return(written);
}