public static string GetRepresentation(SequenceMaker maker, List<string> sequences, Sequence sequence)
{
string result = "";
sequence.Argument1 = PrepareArgument(maker, sequences, sequence.Argument1);
sequence.Argument2 = PrepareArgument(maker, sequences, sequence.Argument2);
if (sequence.Name == "Flow")
{
result = GetFlowRepresentation(sequence.Argument1, sequence.Argument2);
}
else if (sequence.Name == "Dec")
{
sequence.Argument3 = PrepareArgument(maker, sequences, sequence.Argument3);
result = GetDecisionRepresentation(sequence.Argument1, sequence.Argument2, sequence.Argument3);
}
else if (sequence.Name == "Fork")
{
sequence.Argument3 = PrepareArgument(maker, sequences, sequence.Argument3);
result = GetForkRepresentation(sequence.Argument1, sequence.Argument2, sequence.Argument3);
}
else if (sequence.Name == "Loop")
{
sequence.Argument3 = PrepareArgument(maker, sequences, sequence.Argument3);
result = GetLoopRepresentation(sequence.Argument1, sequence.Argument2, sequence.Argument3);
}
return result;
}
public static Sequence GetSequenceFromString(string stringToParse)
{
Sequence seq = new Sequence();
string sequence = stringToParse.Replace(" ", "");
int braceIndex = sequence.IndexOf("(");
//Console.WriteLine("Try to parse: " + stringToParse);
seq.Name = sequence.Substring(0, braceIndex);
if (seq.Name == "Flow")
{
int comaIndex = sequence.IndexOf(",");
string arg1 = sequence.Substring(braceIndex + 1, sequence.Length - comaIndex - 2);
int bIndex = arg1.IndexOf("(");
if (comaIndex > bIndex)
{
comaIndex = sequence.LastIndexOf(",");
}
seq.Argument1 = sequence.Substring(braceIndex + 1, comaIndex - braceIndex - 1);
seq.Argument2 = sequence.Substring(comaIndex + 1, sequence.Length - comaIndex - 2);
}
else
{
int comaIndex1 = sequence.IndexOf(",");
string arg2 = sequence.Substring(comaIndex1 + 1, sequence.Length - comaIndex1 - 1);
int comaIndex2 = arg2.IndexOf(",");
seq.Argument1 = sequence.Substring(braceIndex + 1, comaIndex1 - braceIndex - 1);
seq.Argument2 = arg2.Substring(0, comaIndex2);
seq.Argument3 = arg2.Substring(comaIndex2 + 1, arg2.Length - comaIndex2 - 2);
}
//seq.Describe();
return seq;
}