public static Action LoadXml(XElement X) // TODO add new actions
{
switch (X.Name.LocalName)
{
case "Assign":
return(Assign.Parse(X));
case "Clear":
return(Clear.Parse(X));
case "Say":
return(Say.Parse(X));
case "Play":
return(Play.Parse(X, 100));
case "ShutUp":
return(ShutUp.Parse(X));
case "Extension":
return(Extension.Parse(X));
case "OneOf":
return(new OneOf(from z in X.Elements() select Action.LoadXml(z)));
case "GPIO":
return(GPIO.Parse(X));
default:
throw new RuleEngineException("Unsupported action type");
}
}
private static Action ParseAtomicAction(string actionSequence)
{
string ASSIGNEMENT_STRING_REGEX = $"^(?<var>{BracketedConfigProcessor.VARNAME_REGEX_PATTERN})\\s*=\\s*\".*\"$";
string ASSIGNEMENT_REGEX = $"^(?<var>{BracketedConfigProcessor.VARNAME_REGEX_PATTERN})\\s*=\\s*(?<value>\\S+)$";
string CLEAR_REGEX = $"^clear\\s+\\$(?<var>{BracketedConfigProcessor.VARNAME_REGEX_PATTERN})$";
string SAY_REGEX = $"^say\\s+((?<probability>\\d*)\\s+)?\".*\"$";
string SAY_FAST_REGEX = $"^sayFast\\s+((?<probability>\\d*)\\s+)?\".*\"$";
string SHUT_UP_REGEX = $"^shutUp$";
string GPIO_REGEX = $"^GPIO\\s+((?<probability>\\d*)\\s+)?(?<signal>([10],)*[10])\\s+(?<time>\\d+)$";
string EXTERNAL_ACTION_NAME_REGEX_PATTERN = BracketedConfigProcessor.VARNAME_REGEX_PATTERN;
string EXTERNAL_REGEX = $"^ext:(?<method>{EXTERNAL_ACTION_NAME_REGEX_PATTERN})\\s+\".*\"$";
string PLAY_DELAY_REGEX = $"^play\\s+((?<probability>\\d*)\\s+)?\".*\"(\\s+(?<time>\\d+))?$";
string STAY_ACTIVE_REGEX = $"^stayActive$";
string COMPARE_ANSWERS_REGEX = $"^compareAnswers\\s+(?<goodAnswer>{BracketedConfigProcessor.VARNAME_REGEX_PATTERN})\\s+(?<realAnswer>{BracketedConfigProcessor.VARNAME_REGEX_PATTERN})$";
string QUIZ_REGEX = $"^\\s*quiz\\s+(\\\"(?<filename>.*)\\\"\\s*)((?<randomOrder>randomOrder)\\s*)?((?<length>\\d+\\:\\d+))?\\s*$";
Action action = null;
string prettyActionSequence = actionSequence.Trim();
int probability;
try {
if (Regex.IsMatch(prettyActionSequence, ASSIGNEMENT_STRING_REGEX))
{
int firstQuotePosition = prettyActionSequence.IndexOf("\"");
int lastQuotePosition = prettyActionSequence.LastIndexOf("\"");
int start = firstQuotePosition + 1;
int len = lastQuotePosition - start;
string possibleString = prettyActionSequence.Substring(start, len);
Match m = Regex.Match(prettyActionSequence, ASSIGNEMENT_STRING_REGEX);
if (BracketedConfigProcessor.AssertValidString(possibleString))
{
if (m.Length != 0)
{
action = new Assign(m.Groups["var"].Value, possibleString);
}
}
}
else if (Regex.IsMatch(prettyActionSequence, ASSIGNEMENT_REGEX))
{
Match m = Regex.Match(prettyActionSequence, ASSIGNEMENT_REGEX);
if (m.Length != 0)
{
action = new Assign(m.Groups["var"].Value, m.Groups["value"].Value);
}
}
else if (Regex.IsMatch(prettyActionSequence, CLEAR_REGEX))
{
Match m = Regex.Match(prettyActionSequence, CLEAR_REGEX);
if (m.Length != 0)
{
action = new Clear(m.Groups["var"].Value);
}
}
else if (Regex.IsMatch(prettyActionSequence, SAY_REGEX))
{
int firstQuotePosition = prettyActionSequence.IndexOf("\"");
int lastQuotePosition = prettyActionSequence.LastIndexOf("\"");
int start = firstQuotePosition + 1;
int len = lastQuotePosition - start;
string possibleString = prettyActionSequence.Substring(start, len);
Match m = Regex.Match(prettyActionSequence, SAY_REGEX);
if (m.Length != 0 && m.Groups["probability"].Value.Length != 0)
{
probability = Int32.Parse(m.Groups["probability"].Value);
}
else
{
probability = 100;
}
if (BracketedConfigProcessor.AssertValidString(possibleString))
{
action = new Say(possibleString, probability);
}
}
else if (Regex.IsMatch(prettyActionSequence, SAY_FAST_REGEX))
{
int firstQuotePosition = prettyActionSequence.IndexOf("\"");
int lastQuotePosition = prettyActionSequence.LastIndexOf("\"");
int start = firstQuotePosition + 1;
int len = lastQuotePosition - start;
string possibleString = prettyActionSequence.Substring(start, len);
Match m = Regex.Match(prettyActionSequence, SAY_REGEX);
if (m.Length != 0 && m.Groups["probability"].Value.Length != 0)
{
probability = Int32.Parse(m.Groups["probability"].Value);
}
else
{
probability = 100;
}
if (BracketedConfigProcessor.AssertValidString(possibleString))
{
action = new SayFast(possibleString, probability);
}
}
else if (Regex.IsMatch(prettyActionSequence, SHUT_UP_REGEX))
{
action = new ShutUp();
}
else if (Regex.IsMatch(prettyActionSequence, STAY_ACTIVE_REGEX))
{
action = new StayActive();
}
else if (Regex.IsMatch(prettyActionSequence, COMPARE_ANSWERS_REGEX))
{
Match m = Regex.Match(prettyActionSequence, COMPARE_ANSWERS_REGEX);
if (m.Length != 0)
{
action = new CompareAnswers(m.Groups["goodAnswer"].Value, m.Groups["realAnswer"].Value);
}
}
else if (Regex.IsMatch(prettyActionSequence, PLAY_DELAY_REGEX))
{
int firstQuotePosition = prettyActionSequence.IndexOf("\"");
int lastQuotePosition = prettyActionSequence.LastIndexOf("\"");
int start = firstQuotePosition + 1;
int len = lastQuotePosition - start;
string possibleString = prettyActionSequence.Substring(start, len);
Match m = Regex.Match(prettyActionSequence, PLAY_DELAY_REGEX);
if (m.Length != 0 && m.Groups["probability"].Value.Length != 0)
{
probability = Int32.Parse(m.Groups["probability"].Value);
}
else
{
probability = 100;
}
Match m2 = Regex.Match(prettyActionSequence, PLAY_DELAY_REGEX);
if (m2.Length != 0 && m2.Groups["time"].Value.Length != 0)
{
var time = Int32.Parse(m.Groups["time"].Value);
if (BracketedConfigProcessor.AssertValidString(possibleString))
{
action = new Play(possibleString, probability, time);
}
}
else
{
if (BracketedConfigProcessor.AssertValidString(possibleString))
{
action = new Play(possibleString, probability);
}
}
}
else if (Regex.IsMatch(prettyActionSequence, QUIZ_REGEX))
{
int firstQuotePosition = prettyActionSequence.IndexOf("\"");
int lastQuotePosition = prettyActionSequence.LastIndexOf("\"");
int start = firstQuotePosition + 1;
int len = lastQuotePosition - start;
string possibleString = prettyActionSequence.Substring(start, len);
if (BracketedConfigProcessor.AssertValidString(possibleString))
{
action = new Quiz(possibleString);
Match m = Regex.Match(prettyActionSequence, QUIZ_REGEX);
((Quiz)action).randomOrdered = m.Length != 0 && m.Groups["randomOrder"].Value.Length != 0;
// Match m = Regex.Match(prettyActionSequence, QUIZ_REGEX);
if (m.Length != 0 && m.Groups["length"].Value.Length != 0)
{
var lengths = m.Groups["length"].Value.Split(':');
((Quiz)action).lengthLowerBound = int.Parse(lengths[0]);
((Quiz)action).lengthUpperBound = int.Parse(lengths[1]);
}
}
}
else if (Regex.IsMatch(prettyActionSequence, GPIO_REGEX))
{
Match m = Regex.Match(prettyActionSequence, GPIO_REGEX);
if (m.Length != 0 && m.Groups["probability"].Value.Length != 0)
{
probability = Int32.Parse(m.Groups["probability"].Value);
}
else
{
probability = 100;
}
if (m.Length != 0)
{
action = new GPIO(m.Groups["signal"].Value.Split(',', ' ')
.Select(Int32.Parse).ToList(), Int32.Parse(m.Groups["time"].Value),
probability);
}
}
else if (Regex.IsMatch(prettyActionSequence, EXTERNAL_REGEX))
{
int firstQuotePosition = prettyActionSequence.IndexOf("\"");
int lastQuotePosition = prettyActionSequence.LastIndexOf("\"");
int start = firstQuotePosition + 1;
int len = lastQuotePosition - start;
string possibleString = prettyActionSequence.Substring(start, len);
if (BracketedConfigProcessor.AssertValidString(possibleString))
{
Match m = Regex.Match(prettyActionSequence, EXTERNAL_REGEX);
if (m.Length != 0)
{
action = new Extension(m.Groups["method"].Value, possibleString);
}
}
}
}
catch {
action = null;
}
return(action);
}
