private void ProcessMsgAsInput(EvtUserMessageArgs e)
{
//Ignore commands as inputs
if (e.UsrMessage.Message.StartsWith(DataConstants.COMMAND_IDENTIFIER) == true)
{
return;
}
GameConsole usedConsole = null;
int lastConsoleID = 1;
using (BotDBContext context = DatabaseManager.OpenContext())
{
lastConsoleID = (int)DataHelper.GetSettingIntNoOpen(SettingsConstants.LAST_CONSOLE, context, 1L);
GameConsole lastConsole = context.Consoles.FirstOrDefault(c => c.ID == lastConsoleID);
if (lastConsole != null)
{
//Create a new console using data from the database
usedConsole = new GameConsole(lastConsole.Name, lastConsole.InputList, lastConsole.InvalidCombos);
}
}
//If there are no valid inputs, don't attempt to parse
if (usedConsole == null)
{
MsgHandler.QueueMessage($"The current console does not point to valid data. Please set a different console to use, or if none are available, add one.");
return;
}
if (usedConsole.ConsoleInputs.Count == 0)
{
MsgHandler.QueueMessage($"The current console, \"{usedConsole.Name}\", does not have any available inputs.");
}
ParsedInputSequence inputSequence = default;
string userName = e.UsrMessage.Username;
int defaultDur = 200;
int defaultPort = 0;
try
{
int maxDur = 60000;
string regexStr = usedConsole.InputRegex;
string readyMessage = string.Empty;
//Get default and max input durations
//Use user overrides if they exist, otherwise use the global values
User user = DataHelper.GetUser(userName);
//Get default controller port
defaultPort = (int)user.ControllerPort;
defaultDur = (int)DataHelper.GetUserOrGlobalDefaultInputDur(userName);
maxDur = (int)DataHelper.GetUserOrGlobalMaxInputDur(userName);
//TRBotLogger.Logger.Information($"Default dur: {defaultDur} | Max dur: {maxDur}");
using (BotDBContext context = DatabaseManager.OpenContext())
{
//Get input synonyms for this console
IQueryable <InputSynonym> synonyms = context.InputSynonyms.Where(syn => syn.ConsoleID == lastConsoleID);
//Prepare the message for parsing
readyMessage = InputParser.PrepParse(e.UsrMessage.Message, context.Macros, synonyms);
}
//Parse inputs to get our parsed input sequence
inputSequence = InputParser.ParseInputs(readyMessage, regexStr, new ParserOptions(defaultPort, defaultDur, true, maxDur));
TRBotLogger.Logger.Debug(inputSequence.ToString());
TRBotLogger.Logger.Debug("Reverse Parsed (on parse): " + ReverseParser.ReverseParse(inputSequence, usedConsole,
new ReverseParser.ReverseParserOptions(ReverseParser.ShowPortTypes.ShowNonDefaultPorts, defaultPort,
ReverseParser.ShowDurationTypes.ShowNonDefaultDurations, defaultDur)));
}
catch (Exception exception)
{
string excMsg = exception.Message;
//Handle parsing exceptions
MsgHandler.QueueMessage($"ERROR PARSING: {excMsg} | {exception.StackTrace}", Serilog.Events.LogEventLevel.Warning);
inputSequence.ParsedInputResult = ParsedInputResults.Invalid;
}
//Check for non-valid messages
if (inputSequence.ParsedInputResult != ParsedInputResults.Valid)
{
//Display error message for invalid inputs
if (inputSequence.ParsedInputResult == ParsedInputResults.Invalid)
{
MsgHandler.QueueMessage(inputSequence.Error);
}
return;
}
#region Parser Post-Process Validation
/* All this validation may be able to be performed faster.
* Find a way to speed it up.
*/
long globalInputPermLevel = DataHelper.GetSettingInt(SettingsConstants.GLOBAL_INPUT_LEVEL, 0L);
int userControllerPort = 0;
long userLevel = 0;
using (BotDBContext context = DatabaseManager.OpenContext())
{
User user = DataHelper.GetUserNoOpen(e.UsrMessage.Username, context);
//Check if the user is silenced and ignore the message if so
if (user.HasEnabledAbility(PermissionConstants.SILENCED_ABILITY) == true)
{
return;
}
//Ignore based on user level and permissions
if (user.Level < globalInputPermLevel)
{
MsgHandler.QueueMessage($"Inputs are restricted to levels {(PermissionLevels)globalInputPermLevel} and above.");
return;
}
userControllerPort = (int)user.ControllerPort;
userLevel = user.Level;
}
//First, add delays between inputs if we should
//We do this first so we can validate the inserted inputs later
//The blank inputs can have a different permission level
if (DataHelper.GetUserOrGlobalMidInputDelay(e.UsrMessage.Username, out long midInputDelay) == true)
{
MidInputDelayData midInputDelayData = ParserPostProcess.InsertMidInputDelays(inputSequence, userControllerPort, (int)midInputDelay, usedConsole);
//If it's successful, replace the input list and duration
if (midInputDelayData.Success == true)
{
int oldDur = inputSequence.TotalDuration;
inputSequence.Inputs = midInputDelayData.NewInputs;
inputSequence.TotalDuration = midInputDelayData.NewTotalDuration;
//TRBotLogger.Logger.Debug($"Mid input delay success. Message: {midInputDelayData.Message} | OldDur: {oldDur} | NewDur: {inputSequence.TotalDuration}\n{ReverseParser.ReverseParse(inputSequence, usedConsole, new ReverseParser.ReverseParserOptions(ReverseParser.ShowPortTypes.ShowAllPorts, 0))}");
}
}
InputValidation validation = default;
using (BotDBContext context = DatabaseManager.OpenContext())
{
User user = DataHelper.GetUserNoOpen(userName, context);
//Check for restricted inputs on this user
validation = ParserPostProcess.InputSequenceContainsRestrictedInputs(inputSequence, user.GetRestrictedInputs());
if (validation.InputValidationType != InputValidationTypes.Valid)
{
if (string.IsNullOrEmpty(validation.Message) == false)
{
MsgHandler.QueueMessage(validation.Message);
}
return;
}
//Check for invalid input combinations
validation = ParserPostProcess.ValidateInputCombos(inputSequence, usedConsole.InvalidCombos,
DataContainer.ControllerMngr, usedConsole);
if (validation.InputValidationType != InputValidationTypes.Valid)
{
if (string.IsNullOrEmpty(validation.Message) == false)
{
MsgHandler.QueueMessage(validation.Message);
}
return;
}
}
//Check for level permissions and ports
validation = ParserPostProcess.ValidateInputLvlPermsAndPorts(userLevel, inputSequence,
DataContainer.ControllerMngr, usedConsole.ConsoleInputs);
if (validation.InputValidationType != InputValidationTypes.Valid)
{
if (string.IsNullOrEmpty(validation.Message) == false)
{
MsgHandler.QueueMessage(validation.Message, Serilog.Events.LogEventLevel.Warning);
}
return;
}
#endregion
//Make sure inputs aren't stopped
if (InputHandler.InputsHalted == true)
{
//We can't process inputs because they're currently stopped
MsgHandler.QueueMessage("New inputs cannot be processed until all other inputs have stopped.", Serilog.Events.LogEventLevel.Warning);
return;
}
//Fetch these values ahead of time to avoid passing the database context through so many methods
long autoPromoteEnabled = DataHelper.GetSettingInt(SettingsConstants.AUTO_PROMOTE_ENABLED, 0L);
long autoPromoteInputReq = DataHelper.GetSettingInt(SettingsConstants.AUTO_PROMOTE_INPUT_REQ, long.MaxValue);
long autoPromoteLevel = DataHelper.GetSettingInt(SettingsConstants.AUTO_PROMOTE_LEVEL, -1L);
string autoPromoteMsg = DataHelper.GetSettingString(SettingsConstants.AUTOPROMOTE_MESSAGE, string.Empty);
bool addedInputCount = false;
TRBotLogger.Logger.Debug($"Reverse Parsed (post-process): " + ReverseParser.ReverseParse(inputSequence, usedConsole,
new ReverseParser.ReverseParserOptions(ReverseParser.ShowPortTypes.ShowNonDefaultPorts, defaultPort,
ReverseParser.ShowDurationTypes.ShowNonDefaultDurations, defaultDur)));
//Get the max recorded inputs per-user
long maxUserRecInps = DataHelper.GetSettingInt(SettingsConstants.MAX_USER_RECENT_INPUTS, 0L);
//It's a valid input - save it in the user's stats
//Also record the input if we should
using (BotDBContext context = DatabaseManager.OpenContext())
{
User user = DataHelper.GetUserNoOpen(e.UsrMessage.Username, context);
//Ignore if the user is opted out
if (user.IsOptedOut == false)
{
user.Stats.ValidInputCount++;
addedInputCount = true;
context.SaveChanges();
//If we should store recent user inputs, do so
if (maxUserRecInps > 0)
{
//Get the input sequence - we may have added mid input delays between
//As a result, we'll need to reverse parse it
string message = ReverseParser.ReverseParse(inputSequence, usedConsole,
new ReverseParser.ReverseParserOptions(ReverseParser.ShowPortTypes.ShowNonDefaultPorts, (int)user.ControllerPort,
ReverseParser.ShowDurationTypes.ShowNonDefaultDurations, defaultDur));
//Add the recorded input
user.RecentInputs.Add(new RecentInput(message));
context.SaveChanges();
int diff = user.RecentInputs.Count - (int)maxUserRecInps;
//If we're over the max after adding, remove
if (diff > 0)
{
//Order by ascending ID and take the difference
//Lower IDs = older entries
IEnumerable <RecentInput> shouldRemove = user.RecentInputs.OrderBy(r => r.UserID).Take(diff);
foreach (RecentInput rec in shouldRemove)
{
user.RecentInputs.Remove(rec);
context.SaveChanges();
}
}
}
}
}
bool autoPromoted = false;
//Check if auto promote is enabled and auto promote the user if applicable
if (addedInputCount == true)
{
using (BotDBContext context = DatabaseManager.OpenContext())
{
User user = DataHelper.GetUserNoOpen(e.UsrMessage.Username, context);
//Check if the user was already autopromoted, autopromote is enabled,
//and if the user reached the autopromote input count requirement
if (user.Stats.AutoPromoted == 0 && autoPromoteEnabled > 0 &&
user.Stats.ValidInputCount >= autoPromoteInputReq)
{
//Only autopromote if this is a valid permission level
//We may not want to log or send a message for this, as it has potential to be very spammy,
//and it's not something the users can control
if (PermissionHelpers.IsValidPermissionValue(autoPromoteLevel) == true)
{
//Mark the user as autopromoted and save
user.Stats.AutoPromoted = 1;
autoPromoted = true;
context.SaveChanges();
}
}
}
}
if (autoPromoted == true)
{
//If the user is already at or above this level, don't set them to it
//Only set if the user is below
if (userLevel < autoPromoteLevel)
{
//Adjust abilities and promote to the new level
DataHelper.AdjustUserLvlAndAbilitiesOnLevel(userName, autoPromoteLevel);
if (string.IsNullOrEmpty(autoPromoteMsg) == false)
{
PermissionLevels permLvl = (PermissionLevels)autoPromoteLevel;
string finalMsg = autoPromoteMsg.Replace("{0}", userName).Replace("{1}", permLvl.ToString());
MsgHandler.QueueMessage(finalMsg);
}
}
}
InputModes inputMode = (InputModes)DataHelper.GetSettingInt(SettingsConstants.INPUT_MODE, 0L);
//If the mode is Democracy, add it as a vote for this input
if (inputMode == InputModes.Democracy)
{
//Set up the routine if it doesn't exist
BaseRoutine foundRoutine = RoutineHandler.FindRoutine(RoutineConstants.DEMOCRACY_ROUTINE_ID, out int indexFound);
DemocracyRoutine democracyRoutine = null;
if (foundRoutine == null)
{
long voteTime = DataHelper.GetSettingInt(SettingsConstants.DEMOCRACY_VOTE_TIME, 10000L);
democracyRoutine = new DemocracyRoutine(voteTime);
RoutineHandler.AddRoutine(democracyRoutine);
}
else
{
democracyRoutine = (DemocracyRoutine)foundRoutine;
}
democracyRoutine.AddInputSequence(userName, inputSequence.Inputs);
}
//If it's Anarchy, carry out the input
else
{
/************************************
* Finally carry out the inputs now! *
************************************/
InputHandler.CarryOutInput(inputSequence.Inputs, usedConsole, DataContainer.ControllerMngr);
}
}
public override void ExecuteCommand(EvtChatCommandArgs args)
{
List <string> arguments = args.Command.ArgumentsAsList;
if (arguments.Count < 2)
{
QueueMessage(UsageMessage);
return;
}
string macroName = arguments[0].ToLowerInvariant();
//Make sure the first argument has at least a minimum number of characters
if (macroName.Length < MIN_MACRO_NAME_LENGTH)
{
QueueMessage($"Input macros need to be at least {MIN_MACRO_NAME_LENGTH} characters long.");
return;
}
if (macroName.StartsWith(Parser.DEFAULT_PARSER_REGEX_MACRO_INPUT) == false)
{
QueueMessage($"Input macros must start with \"{Parser.DEFAULT_PARSER_REGEX_MACRO_INPUT}\".");
return;
}
//For simplicity with wait inputs, force the first character in the macro name to be alphanumeric
if (char.IsLetterOrDigit(arguments[0][1]) == false)
{
QueueMessage("The first character in input macro names must be alphanumeric.");
return;
}
//Check for max macro name
if (macroName.Length > MAX_MACRO_NAME_LENGTH)
{
QueueMessage($"Input macros may have up to a max of {MAX_MACRO_NAME_LENGTH} characters in their name.");
return;
}
int curConsoleID = (int)DataHelper.GetSettingInt(SettingsConstants.LAST_CONSOLE, 1L);
GameConsole consoleInstance = null;
using (BotDBContext context = DatabaseManager.OpenContext())
{
GameConsole curConsole = context.Consoles.FirstOrDefault(c => c.ID == curConsoleID);
if (curConsole == null)
{
QueueMessage("Cannot validate input macro, as the current console is invalid. Fix this by setting another console.");
return;
}
consoleInstance = new GameConsole(curConsole.Name, curConsole.InputList);
}
Parser parser = new Parser();
//Trim the macro name from the input sequence
string macroVal = args.Command.ArgumentsAsString.Remove(0, macroName.Length + 1).ToLowerInvariant();
//Console.WriteLine(macroVal);
bool isDynamic = false;
//Check for a dynamic macro
int openParenIndex = macroName.IndexOf('(', 0);
if (openParenIndex >= 0)
{
//If we found the open parenthesis, check for the asterisk
//This is not comprehensive, but it should smooth out a few issues
if (openParenIndex == (macroName.Length - 1) || macroName[openParenIndex + 1] != '*')
{
QueueMessage("Invalid input macro. Dynamic macro arguments must be specified with \"*\".");
return;
}
if (macroName[macroName.Length - 1] != ')')
{
QueueMessage("Invalid input macro. Dynamic macros must end with \")\".");
return;
}
isDynamic = true;
}
//Validate input if not dynamic
if (isDynamic == false)
{
ParsedInputSequence inputSequence = default;
try
{
string userName = args.Command.ChatMessage.Username;
//Get default and max input durations
//Use user overrides if they exist, otherwise use the global values
int defaultDur = (int)DataHelper.GetUserOrGlobalDefaultInputDur(userName);
int maxDur = (int)DataHelper.GetUserOrGlobalMaxInputDur(userName);
string regexStr = consoleInstance.InputRegex;
string readyMessage = string.Empty;
using (BotDBContext context = DatabaseManager.OpenContext())
{
IQueryable <InputSynonym> synonyms = context.InputSynonyms.Where(syn => syn.ConsoleID == curConsoleID);
readyMessage = parser.PrepParse(macroVal, context.Macros, synonyms);
}
inputSequence = parser.ParseInputs(readyMessage, regexStr, new ParserOptions(0, defaultDur, true, maxDur));
TRBotLogger.Logger.Debug(inputSequence.ToString());
if (inputSequence.ParsedInputResult != ParsedInputResults.Valid)
{
if (string.IsNullOrEmpty(inputSequence.Error) == true)
{
QueueMessage("Invalid input macro.");
}
else
{
QueueMessage($"Invalid input macro: {inputSequence.Error}");
}
return;
}
}
catch (Exception e)
{
QueueMessage($"Invalid input macro: {e.Message}");
return;
}
}
string message = string.Empty;
using (BotDBContext context = DatabaseManager.OpenContext())
{
InputMacro inputMacro = context.Macros.FirstOrDefault(m => m.MacroName == macroName);
//Not an existing macro, so add it
if (inputMacro == null)
{
InputMacro newMacro = new InputMacro(macroName, macroVal);
context.Macros.Add(newMacro);
if (isDynamic == false)
{
message = $"Added input macro \"{macroName}\"!";
}
else
{
message = $"Added dynamic input macro \"{macroName}\"! Dynamic input macros can't be validated beforehand, so verify it works manually.";
}
}
//Update the macro value
else
{
inputMacro.MacroValue = macroVal;
if (isDynamic == false)
{
message = $"Updated input macro \"{macroName}\"!";
}
else
{
message = $"Updated dynamic input macro \"{macroName}\"! Dynamic input macros can't be validated beforehand, so verify it works manually.";
}
}
context.SaveChanges();
}
QueueMessage(message);
}
