public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var R = new List<PossibleMatch>();
R.AddRange(Sub.Match(State, Context));
if (R.Count == 0) R.Add(State);
return R;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var R = new List<PossibleMatch>();
R.AddRange(Sub.Match(State, Context));
if (R.Count == 0) throw new CommandParser.MatchAborted(Message);
return R;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var Matches = new List<PossibleMatch>();
foreach (var Matcher in Matchers)
Matches.AddRange(Matcher.Match(State, Context));
return Matches;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var r = new List<PossibleMatch>();
if (State.Next != null)
r.Add(State.AdvanceWith(ArgumentName, State.Next.Value));
return r;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
if (Test(State, Context)) throw new CommandParser.MatchAborted(Message);
var r = new List<PossibleMatch>();
r.Add(State);
return r;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var R = new List<PossibleMatch>();
if (Context.ExecutingActor.Rank >= RequiredRank)
R.Add(State);
//else
// throw new CommandParser.MatchAborted("You do not have sufficient rank to use that command.");
return R;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var R = new List<PossibleMatch>();
if (State.Next != null && State.Next.Value.ToUpper() == Word)
R.Add(State.Advance());
else if (Optional) //Greedy match
R.Add(State);
return R;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var r = new List<PossibleMatch>();
if (State.Next == null) return r;
if (Link.IsCardinal(State.Next.Value.ToUpper()))
r.Add(State.AdvanceWith(ArgumentName, Link.ToCardinal(State.Next.Value.ToUpper())));
return r;
}
public MatchedCommand ParseCommand(PendingCommand Command)
{
var tokens = new LinkedList<String>(Command.RawCommand.Split(new char[] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries));
var rootMatch = new PossibleMatch(tokens.First);
rootMatch.Upsert("ACTOR", Command.Actor);
rootMatch.Upsert("LOCATION", Command.Actor == null ? null : Command.Actor.Location);
// A pending command can have some properties set when it is queued. For example, the 'go' action
// generates a 'look' command after processing. It will give the 'look' command a property named
// 'auto' to indicate that the look command was generated. Rules can then use this property to
// implement behavior. From the same example, 'look' may emit a brief description if it is generated
// by the 'go' action, but emit a more detailed description if the player enters the command 'look'.
// See StandardActions.Go
if (Command.PreSettings != null)
foreach (var setting in Command.PreSettings)
rootMatch.Upsert(setting.Key.ToUpper(), setting.Value);
var matchContext = new MatchContext { ExecutingActor = Command.Actor };
// Try every single command defined, until one matches.
foreach (var command in Commands)
{
IEnumerable<PossibleMatch> matches;
try
{
matches = command.Matcher.Match(rootMatch, matchContext);
}
catch (MatchAborted ma)
{
// The match didn't fail; it generated an error. These means the match progressed to a point
// where the author of the command felt that the input could not logically match any other
// command, however, the input was still malformed in some way. Abort matching, and dummy up
// a command entry to display the error message to the player.
return new MatchedCommand(
new CommandEntry().ProceduralRule((match, actor) =>
{
MudObject.SendMessage(actor, ma.Message);
return PerformResult.Continue;
}),
// We need a fake match just so it can be passed to the procedural rule.
new PossibleMatch[] { new PossibleMatch(null) });
}
// Only accept matches that consumed all of the input.
matches = matches.Where(m => m.Next == null);
// If we did consume all of the input, we will assume this match is successful. Note it is
// possible for a command to generate multiple matches, but not possible to match multiple commands.
if (matches.Count() > 0)
return new MatchedCommand(command, matches);
}
return null;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var r = new List<PossibleMatch>();
if (State.Next == null) return r;
int value = 0;
if (Int32.TryParse(State.Next.Value, out value))
r.Add(State.AdvanceWith(ArgumentName, value));
return r;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var r = Sub.Match(State, Context);
var highestScoreFound = MatchPreference.VeryUnlikely;
foreach (var match in r)
{
var score = GetScore(match, ScoreArgument );
if (score > highestScoreFound) highestScoreFound = score;
}
return new List<PossibleMatch>(r.Where(m => highestScoreFound == GetScore(m, ScoreArgument)));
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var Matches = new List<PossibleMatch>();
Matches.Add(State);
foreach (var Matcher in Matchers)
{
var NextMatches = new List<PossibleMatch>();
foreach (var Match in Matches)
NextMatches.AddRange(Matcher.Match(Match, Context));
Matches = NextMatches;
if (Matches.Count == 0) return Matches; //Shortcircuit for when no matches are found.
}
return Matches;
}
public List<MudObject> GetObjects(PossibleMatch State, MatchContext Context)
{
NPC source = null;
if (!String.IsNullOrEmpty(LocutorArgument))
source = State[LocutorArgument] as NPC;
else if (Context.ExecutingActor.HasProperty<NPC>("interlocutor"))
source = Context.ExecutingActor.GetProperty<NPC>("interlocutor");
if (source != null)
if (source.HasProperty<List<MudObject>>("conversation-topics"))
return new List<MudObject>(source.GetProperty<List<MudObject>>("conversation-topics").Where(t => Core.GlobalRules.ConsiderCheckRuleSilently("topic available?", Context.ExecutingActor, source, t) == CheckResult.Allow));
return new List<MudObject>();
}
internal MatchedCommand ParseCommand(String Command, Actor Actor)
{
var tokens = new LinkedList<String>(Command.Split(new char[] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries));
var rootMatch = new PossibleMatch(tokens.First);
//Find all objects in scope
var matchContext = new MatchContext { ExecutingActor = Actor };
foreach (var command in Commands)
{
var matches = command.Matcher.Match(rootMatch, matchContext);
var firstGoodMatch = matches.Find(m => m.Next == null);
if (firstGoodMatch != null) return new MatchedCommand(command, firstGoodMatch);
}
return null;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var r = new List<PossibleMatch>();
if (State.Next == null) return r;
var word = State.Next.Value.ToUpper();
if (word == "ON")
r.Add(State.AdvanceWith(ArgumentName, RelativeLocations.On));
else if (word == "IN")
r.Add(State.AdvanceWith(ArgumentName, RelativeLocations.In));
else if (word == "UNDER")
r.Add(State.AdvanceWith(ArgumentName, RelativeLocations.Under));
else if (word == "BEHIND")
r.Add(State.AdvanceWith(ArgumentName, RelativeLocations.Behind));
return r;
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var r = new List<PossibleMatch>();
if (State.Next != null)
{
var builder = new StringBuilder();
var node = State.Next;
for (; node != null; node = node.Next)
{
builder.Append(node.Value);
builder.Append(" ");
}
builder.Remove(builder.Length - 1, 1);
r.Add(State.EndWith(ArgumentName, builder.ToString()));
}
return r;
}
override protected List <PossibleMatch> ImplementMatch(PossibleMatch State, MatchContext Context)
{
var useObjectScoring = ScoreResults != null;
var R = new List <PossibleMatch>();
if (State.Next == null)
{
return(R);
}
if ((Settings & ObjectMatcherSettings.UnderstandMe) == ObjectMatcherSettings.UnderstandMe)
{
if (State.Next.Value.ToUpper() == "ME")
{
var possibleMatch = State.Advance();
possibleMatch.Upsert(CaptureName, Context.ExecutingActor);
possibleMatch.Upsert(CaptureName + "-SOURCE", "ME");
R.Add(possibleMatch);
}
}
foreach (var matchableMudObject in ObjectSource.GetObjects(State, Context))
{
PossibleMatch possibleMatch = State;
bool matched = false;
while (possibleMatch.Next != null && matchableMudObject.GetProperty <NounList>("nouns").Match(possibleMatch.Next.Value.ToUpper(), Context.ExecutingActor))
{
if (matched == false)
{
possibleMatch = State.Clone();
}
matched = true;
possibleMatch.Next = possibleMatch.Next.Next;
}
if (matched)
{
possibleMatch.Upsert(CaptureName, matchableMudObject);
if (useObjectScoring)
{
var score = ScoreResults(Context.ExecutingActor, matchableMudObject);
possibleMatch.Upsert(CaptureName + "-SCORE", score);
var insertIndex = 0;
for (insertIndex = 0; insertIndex < R.Count; ++insertIndex)
{
if (score > (R[insertIndex][CaptureName + "-SCORE"] as MatchPreference?).Value)
{
break;
}
}
R.Insert(insertIndex, possibleMatch);
}
else
{
R.Add(possibleMatch);
}
}
}
return(R);
}
public List <MudObject> GetObjects(PossibleMatch State, MatchContext Context)
{
return(new List <MudObject>(Clients.ConnectedClients.Where(c => c is NetworkClient && (c as NetworkClient).IsLoggedOn).Select(c => c.Player)));
}
public List<MudObject> GetObjects(PossibleMatch State, MatchContext Context)
{
return new List<MudObject>(Clients.ConnectedClients.Where(c => c is NetworkClient && (c as NetworkClient).IsLoggedOn).Select(c => c.Player));
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
var useObjectScoring = ScoreResults != null;
var R = new List<PossibleMatch>();
if (State.Next == null) return R;
if ((Settings & ObjectMatcherSettings.UnderstandMe) == ObjectMatcherSettings.UnderstandMe)
{
if (State.Next.Value.ToUpper() == "ME")
{
var possibleMatch = State.Advance();
possibleMatch.Upsert(CaptureName, Context.ExecutingActor);
possibleMatch.Upsert(CaptureName + "-SOURCE", "ME");
R.Add(possibleMatch);
}
}
foreach (var matchableMudObject in ObjectSource.GetObjects(State, Context))
{
PossibleMatch possibleMatch = State;
bool matched = false;
while (possibleMatch.Next != null && matchableMudObject.Nouns.Match(possibleMatch.Next.Value.ToUpper(), Context.ExecutingActor))
{
if (matched == false) possibleMatch = State.Clone();
matched = true;
possibleMatch.Next = possibleMatch.Next.Next;
}
if (matched)
{
possibleMatch.Upsert(CaptureName, matchableMudObject);
if (useObjectScoring)
{
var score = ScoreResults(Context.ExecutingActor, matchableMudObject);
possibleMatch.Upsert(CaptureName + "-SCORE", score);
var insertIndex = 0;
for (insertIndex = 0; insertIndex < R.Count; ++insertIndex)
{
if (score > (R[insertIndex][CaptureName + "-SCORE"] as MatchPreference?).Value) break;
}
R.Insert(insertIndex, possibleMatch);
}
else
{
R.Add(possibleMatch);
}
}
}
return R;
}
public MatchedCommand ParseCommand(PendingCommand Command)
{
var tokens = new LinkedList <String>(Command.RawCommand.Split(new char[] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries));
var rootMatch = new PossibleMatch(tokens.First);
rootMatch.Upsert("ACTOR", Command.Actor);
rootMatch.Upsert("LOCATION", Command.Actor == null ? null : Command.Actor.Location);
// A pending command can have some properties set when it is queued. For example, the 'go' action
// generates a 'look' command after processing. It will give the 'look' command a property named
// 'auto' to indicate that the look command was generated. Rules can then use this property to
// implement behavior. From the same example, 'look' may emit a brief description if it is generated
// by the 'go' action, but emit a more detailed description if the player enters the command 'look'.
// See StandardActions.Go
if (Command.PreSettings != null)
{
foreach (var setting in Command.PreSettings)
{
rootMatch.Upsert(setting.Key.ToUpper(), setting.Value);
}
}
var matchContext = new MatchContext {
ExecutingActor = Command.Actor
};
// Try every single command defined, until one matches.
foreach (var command in Commands)
{
IEnumerable <PossibleMatch> matches;
matchContext.CurrentParseCommand = command;
try
{
matches = command.Matcher.Match(rootMatch, matchContext);
}
catch (MatchAborted ma)
{
// The match didn't fail; it generated an error. This usually represents an oversite in the command's grammar.
// Abort matching, and dummy up a command entry to display the error message to the player.
return(new MatchedCommand(
new CommandEntry().ProceduralRule((match, actor) =>
{
Core.SendMessage(actor, ma.Message);
return PerformResult.Continue;
}),
// We need a fake match just so it can be passed to the procedural rule.
new PossibleMatch[] { new PossibleMatch(null) }));
}
// Only accept matches that consumed all of the input as valid, successful matches.
matches = matches.Where(m => m.Next == null);
// If we did consume all of the input, we will assume this match is successful. Note it is
// possible for a command to generate multiple matches, but not possible to match multiple commands.
if (matches.Count() > 0)
{
return(new MatchedCommand(command, matches));
}
}
// No command matched; lets return a dummy command that display's the huh? text.
return(new MatchedCommand(
new CommandEntry()
.ProceduralRule((match, actor) =>
{
// Todo: Expand match arguments into error message.
if (matchContext.BestFailedCommand != null && matchContext.BestFailedMatch.ParseDepth > 0)
{
Core.SendMessage(actor, "That's the name of a command, but I couldn't figure out what you meant.");
Core.SendMessage(actor, "The best failed match was " + matchContext.BestFailedCommand.ManualName + ", which reached a depth of " + matchContext.BestFailedMatch.ParseDepth);
if (!String.IsNullOrEmpty(matchContext.BestFailedParseStageDescription))
{
Core.SendMessage(actor, Core.FormatParserMessage(actor, matchContext.BestFailedParseStageDescription, matchContext.BestFailedMatch));
}
}
else
{
Core.SendMessage(actor, "I don't think that is a command I know. I could not parse any of it.");
}
return PerformResult.Continue;
}),
new PossibleMatch[] { new PossibleMatch(null) }
));
}
public List<PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
return MatchFunc(State, Context);
}
override protected List <PossibleMatch> ImplementMatch(PossibleMatch State, MatchContext Context)
{
return(MatchFunc(State, Context));
}
/// <summary>
/// Find all possible matches. Matches returned should be ordered best to worst.
/// </summary>
/// <param name="State"></param>
/// <param name="Context"></param>
/// <returns>An empty list if no match, otherwise a list of possible matches</returns>
public List <PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
Context.ParseStage(State, ParseStageDescription);
return(ImplementMatch(State, Context));
}
public List<MudObject> GetObjects(PossibleMatch State, MatchContext Context)
{
return new List<MudObject>(ChatChannel.ChatChannels);
}
/// <summary>
/// Find all possible matches. Matches returned should be ordered best to worst.
/// </summary>
/// <param name="State"></param>
/// <param name="Context"></param>
/// <returns>An empty list if no match, otherwise a list of possible matches</returns>
protected virtual List <PossibleMatch> ImplementMatch(PossibleMatch State, MatchContext Context)
{
throw new NotImplementedException();
}
public List<MudObject> GetObjects(PossibleMatch State, MatchContext Context)
{
return new List<MudObject>(Context.ObjectsInScope);
}
public List <MudObject> GetObjects(PossibleMatch State, MatchContext Context)
{
return(new List <MudObject>(Context.ObjectsInScope));
}
public List <PossibleMatch> Match(PossibleMatch State, MatchContext Context)
{
return(MatchFunc(State, Context));
}
public MatchedCommand ParseCommand(PendingCommand Command)
{
var tokens = new LinkedList <String>(Command.RawCommand.Split(new char[] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries));
var rootMatch = new PossibleMatch(tokens.First);
rootMatch.Upsert("ACTOR", Command.Actor);
rootMatch.Upsert("LOCATION", Command.Actor == null ? null : Command.Actor.Location);
// A pending command can have some properties set when it is queued. For example, the 'go' action
// generates a 'look' command after processing. It will give the 'look' command a property named
// 'auto' to indicate that the look command was generated. Rules can then use this property to
// implement behavior. From the same example, 'look' may emit a brief description if it is generated
// by the 'go' action, but emit a more detailed description if the player enters the command 'look'.
// See StandardActions.Go
if (Command.PreSettings != null)
{
foreach (var setting in Command.PreSettings)
{
rootMatch.Upsert(setting.Key.ToUpper(), setting.Value);
}
}
var matchContext = new MatchContext {
ExecutingActor = Command.Actor
};
// Try every single command defined, until one matches.
foreach (var command in Commands)
{
IEnumerable <PossibleMatch> matches;
try
{
matches = command.Matcher.Match(rootMatch, matchContext);
}
catch (MatchAborted ma)
{
// The match didn't fail; it generated an error. These means the match progressed to a point
// where the author of the command felt that the input could not logically match any other
// command, however, the input was still malformed in some way. Abort matching, and dummy up
// a command entry to display the error message to the player.
return(new MatchedCommand(
new CommandEntry().ProceduralRule((match, actor) =>
{
MudObject.SendMessage(actor, ma.Message);
return PerformResult.Continue;
}),
// We need a fake match just so it can be passed to the procedural rule.
new PossibleMatch[] { new PossibleMatch(null) }));
}
// Only accept matches that consumed all of the input.
matches = matches.Where(m => m.Next == null);
// If we did consume all of the input, we will assume this match is successful. Note it is
// possible for a command to generate multiple matches, but not possible to match multiple commands.
if (matches.Count() > 0)
{
return(new MatchedCommand(command, matches));
}
}
return(null);
}
