public void ProcessInstruction(string insText)
{
// Clean the instruction text.
string cleanText = insText.Trim().ToLower();
// If there is no instruction text, no need to continue.
if (cleanText.Length == 0)
{
ConsoleTrack.tabLookup = string.Empty;
return;
}
// If there was a pipe, split into multiple instructions UNLESS the instruction starts with "macro"
if (insText.Contains('|') && !cleanText.StartsWith("macro"))
{
string[] multiInstructions = insText.Split('|');
// If we're activating the instructions, run all of them.
if (ConsoleTrack.activate)
{
foreach (string ins in multiInstructions)
{
this.ProcessInstruction(ins);
}
}
// If we're not activating the instructions, only run the last pipe (since we only need to identify that one).
else
{
this.ProcessInstruction(multiInstructions.Last());
}
return;
}
// Load Console Track Information
ConsoleTrack.LoadInstructionText(cleanText);
// Must have at least one part for a valid instruction.
if (ConsoleTrack.instructionList.Count < 1)
{
return;
}
string currentIns = ConsoleTrack.GetArg();
// Assign Default Character and Player
ConsoleTrack.player = Systems.localServer.MyPlayer;
ConsoleTrack.character = Systems.localServer.MyCharacter;
// Update the tab lookup.
ConsoleTrack.PrepareTabLookup(this.consoleDict, currentIns, this.baseHelperText);
// Invoke the Relevant Next Function
if (this.consoleDict.ContainsKey(currentIns))
{
this.consoleDict[currentIns].Invoke();
}
}
public static void SetLevel()
{
byte gridX = (byte)ConsoleTrack.GetArgAsInt();
ConsoleTrack.possibleTabs = "Example: setLevel 10 10 MyLevelID";
// If gridX is assigned:
if (ConsoleTrack.instructionList.Count >= 2)
{
byte gridY = (byte)ConsoleTrack.GetArgAsInt();
// If gridY is assigned:
if (ConsoleTrack.instructionList.Count >= 3)
{
// Check if this X, Y grid is valid (has a node at it).
WEScene scene = (WEScene)Systems.scene;
WorldZoneFormat zone = scene.currentZone;
byte[] wtData = scene.worldContent.GetWorldTileData(zone, gridX, gridY);
// If the location is a valid node, we can attempt to add a level ID.
if (NodeData.IsObjectANode(wtData[5], false, false, true))
{
string coordStr = Coords.MapToInt(gridX, gridY).ToString();
string levelId = ConsoleTrack.GetArg();
ConsoleTrack.helpText = "Assign a level ID to the specified node.";
if (zone.nodes.ContainsKey(coordStr))
{
ConsoleTrack.helpText += " Current level ID is: " + zone.nodes[coordStr];
}
// If the console was activated:
if (ConsoleTrack.activate)
{
zone.nodes[coordStr] = levelId;
return;
}
}
// If the location is invalid:
else
{
ConsoleTrack.helpText = "WARNING! There is not a level node at " + gridX.ToString() + ", " + gridY.ToString();
}
}
// If gridY has not been assigned:
else
{
ConsoleTrack.helpText = "Assign a level ID to a node at the specified X, Y coordinate. Enter the Y position.";
}
}
// If gridX has not been assigned:
else
{
ConsoleTrack.helpText = "Assign a level ID to a node at the specified X, Y coordinate. Enter the X position.";
}
}
// Returns the next instruction arg as a float.
public static float GetArgAsFloat(bool increment = true)
{
string arg = ConsoleTrack.GetArg(increment);
if (arg != string.Empty)
{
float floatVal;
if (!float.TryParse(arg, out floatVal))
{
floatVal = 0;
}
return(floatVal);
}
return(0);
}
// Returns the next instruction arg as an int.
public static int GetArgAsInt(bool increment = true)
{
string arg = ConsoleTrack.GetArg(increment);
if (arg != string.Empty)
{
int intVal;
if (!Int32.TryParse(arg, out intVal))
{
intVal = 0;
}
return(intVal);
}
return(0);
}
// Returns the next instruction arg as a bool.
public static bool GetArgAsBool(bool increment = true)
{
string arg = ConsoleTrack.GetArg(increment);
return(arg == "true" || arg == "1" || arg == "on");
}
// Returns the next instruction arg as a string.
public static string GetArgAsString(bool increment = true)
{
string arg = ConsoleTrack.GetArg(increment);
return(arg.ToString().ToLower());
}