public static List <string> FetchAutocompleteOptions(string command, string[] tokens)
{
// don't autocomplete once we are entering the variable
if (tokens.Length >= 2)
{
return(null);
}
// at the variable autocomplete stage (ie. need reflection)
if (tokens.Length > 0 && tokens[0].Count(character => character == '.') > 1)
{
return(CommandHelpers.GetAutocompleteOptions(tokens[0], command, CommandHelpers.AutocompleteCandidates.Variables));
}
// fetch the game object autocomplete options
string path = tokens.Length > 0 ? tokens[0] : "";
List <string> autocompleteOptions = CommandHelpers.GetComponentAutocompleteOptions(path, command);
if (autocompleteOptions == null)
{
autocompleteOptions = new List <string>();
}
// user has entered exact path to a component - switch to variable autocomplete stage
if ((tokens.Length > 0) && (autocompleteOptions.Count <= 1) && (CommandHelpers.GetComponent(tokens[0]) != null))
{
return(CommandHelpers.GetAutocompleteOptions(tokens[0], command, CommandHelpers.AutocompleteCandidates.Variables));
}
// append the type based autocomplete options
autocompleteOptions.AddRange(ConsoleDaemon.Instance.AvailableTypes.Keys
.Where(typeName => typeName.StartsWith(path))
.Select(typeName => command + " " + typeName).ToList());
// if we have no autocomplete options at this stage then we are working with a class
if (tokens.Length > 0 && (autocompleteOptions == null || autocompleteOptions.Count <= 1))
{
string[] pathElements = tokens[0].Split('.');
// check if the class is in the cached types
if (ConsoleDaemon.Instance.AvailableTypes.ContainsKey(pathElements[0]))
{
return(CommandHelpers.GetAutocompleteOptions(tokens[0], command, CommandHelpers.AutocompleteCandidates.Variables));
}
}
return(autocompleteOptions);
}
