//Ensures folders exist, sets up defaults, processes command line arguments and runs Autoexec.csx
public override void _Ready()
{
//First we make sure that the Saves folder exists
{
Directory Dir = new Directory();
if (!Dir.DirExists("user://Saves"))
{
Dir.MakeDir("user://Saves");
}
}
//Then defaults are set
SetupDefaults();
//Then command line arguments are processed
bool ConnectFlag = false;
string[] CmdArgs = OS.GetCmdlineArgs();
foreach (string CurrentArg in CmdArgs)
{
Console.Log($"Command line argument '{CurrentArg}'");
switch (CurrentArg)
{
case "-connect": {
ConnectFlag = true;
Net.ConnectTo("127.0.0.1");
break;
}
}
}
if (OS.IsDebugBuild() && !ConnectFlag)
{
Game.Nickname = "me";
}
if (CmdArgs.Length > 0)
{
Console.LogLabel.Text += "\n";
}
}
//Ensures folders exist, sets up defaults, processes command line arguments and runs Autoexec.csx
public override void _Ready()
{
//First we make sure that the Saves folder exists
{
Directory Dir = new Directory();
if (!Dir.DirExists("user://Saves"))
{
Dir.MakeDir("user://Saves");
}
}
//Then defaults are set
SetupDefaults();
//Then command line arguments are processed
string[] CmdArgs = OS.GetCmdlineArgs();
foreach (string CurrentArg in CmdArgs)
{
Console.Log($"Command line argument '{CurrentArg}'");
switch (CurrentArg)
{
case "-host": {
Net.Host();
break;
}
case "-connect": {
Net.ConnectTo("127.0.0.1");
break;
}
}
}
if (CmdArgs.Length > 0)
{
Console.LogLabel.Text += "\n";
}
Console.Print("The console is disabled in 0.1.6");
}
public static bool Connect(string Ip)
{
if (Net.Work.NetworkPeer != null)
{
if (Net.Work.IsNetworkServer())
{
Console.ThrowPrint("Cannot connect when hosting");
}
else
{
Console.ThrowPrint("Cannot connect when already connected to a server");
}
return(false);
}
if (Game.Nickname == Game.DefaultNickname)
{
Console.ThrowPrint("Please set a multiplayer nickname before connecting");
return(false);
}
else
{
if (Ip == "" || Ip == "localhost")
{
Ip = "127.0.0.1";
}
IPAddress Address; //Unused, just to check if valid ip
if (!IPAddress.TryParse(Ip, out Address)) //Requires an `out` argument
{
Console.ThrowPrint("Please provide a valid IP address");
return(false);
}
Net.ConnectTo(Ip);
return(true);
}
}
public void ConnectPressed()
{
string Ip = IpEdit.GetText();
if (Ip == "localhost")
{
Ip = "127.0.0.1";
}
IPAddress Address; //Unused, just to check if valid ip
if (!IPAddress.TryParse(Ip, out Address))
{
//Invalid ip
AlertLabel.Visible = true;
AlertLabel.Text = "Please enter a valid IP address";
return;
}
//Valid ip
Menu.BuildWaitConnecting();
Net.ConnectTo(Ip);
}
static List <object> GetDelCall(string Name)
{
switch (Name)
{
case "print":
return(new List <object> {
Name, new Action <string>(delegate(string ToPrint){ Console.Print(ToPrint); })
});
case "log":
return(new List <object> {
Name, new Action <string>(delegate(string ToLog){ Console.Log(ToLog); })
});
case "host":
return(new List <object> {
Name, new Action(delegate(){
Net.Host();
})
});
case "connect":
return(new List <object> {
Name, new Action <string>(delegate(string Ip){
if (Ip == "" || Ip == "localhost" || Ip == "undefined")
{
Ip = "127.0.0.1";
}
Net.ConnectTo(Ip);
})
});
case "disconnect":
return(new List <object> {
Name, new Action(delegate(){
Net.Disconnect();
})
});
case "ms_get":
return(new List <object> {
Name, new Func <int>(() => { return OS.GetTicksMsec(); })
});
case "peerlist_get":
return(new List <object> {
Name, new Func <Jurassic.Library.ArrayInstance>(() => {
Jurassic.Library.ArrayInstance Out = Scripting.ConsoleEngine.Array.Construct();
foreach (int Id in Net.PeerList)
{
Out.Push(Id);
}
return Out;
})
});
case "bind":
return(new List <object> {
Name, new Action <string, string>(delegate(string FunctionName, string InputString){
Bindings.Bind(FunctionName, InputString);
})
});
case "unbind":
return(new List <object> {
Name, new Action <string>(delegate(string FunctionName){
Bindings.UnBind(FunctionName);
})
});
case "player_input_forward_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.ForwardMove(Sens);
})
});
case "player_input_forward_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.ForwardSens; })
});
case "player_input_backward_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.BackwardMove(Sens);
})
});
case "player_input_backward_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.BackwardSens; })
});
case "player_input_right_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.RightMove(Sens);
})
});
case "player_input_right_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.RightSens; })
});
case "player_input_left_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LeftMove(Sens);
})
});
case "player_input_left_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.LeftSens; })
});
case "player_input_sprint_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.Sprint(Sens);
})
});
case "player_input_sprint_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.IsSprinting ? 1d : 0d; })
});
case "player_input_jump_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.Jump(Sens);
})
});
case "player_input_jump_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.IsJumping ? 1d : 0d; })
});
case "player_input_inventory_up":
return(new List <object> {
Name, new Action(delegate(){
Game.PossessedPlayer.InventoryUp();
})
});
case "player_input_inventory_down":
return(new List <object> {
Name, new Action(delegate(){
Game.PossessedPlayer.InventoryDown();
})
});
case "player_input_look_up":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LookUp(Sens);
})
});
case "player_input_look_down":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LookDown(Sens);
})
});
case "player_input_look_right":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LookRight(Sens);
})
});
case "player_input_look_left":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LookLeft(Sens);
})
});
case "player_input_build_rotate":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.BuildRotate(Sens);
})
});
case "player_input_primary_fire":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.PrimaryFire(Sens);
})
});
case "player_input_secondary_fire":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.SecondaryFire(Sens);
})
});
case "gamemode_set":
return(new List <object> {
Name, new Action <string>(delegate(string GameModeName){
if (Game.Self.GetTree().GetNetworkPeer() != null && Game.Self.GetTree().GetNetworkUniqueId() == 1)
{
Scripting.LoadGameMode(GameModeName);
}
else
{
Console.Print("Error: Cannot set gamemode as client");
}
})
});
case "gamemode_get":
return(new List <object> {
Name, new Func <string>(() => { return Scripting.GamemodeName; })
});
case "chunk_render_distance_set":
return(new List <object> {
Name, new Action <double>(delegate(double Distance){
if (Distance < 2d)
{
Console.Print("Cannot set render distance value lower than two chunks");
return;
}
Game.ChunkRenderDistance = (int)Distance;
Game.PossessedPlayer.UnloadAndRequestChunks();
})
});
case "chunk_render_distance_get":
return(new List <object> {
Name, new Func <double>(() => { return Convert.ToDouble(Game.ChunkRenderDistance); })
});
case "save":
return(new List <object> {
Name, new Action(delegate(){
Building.SaveWorld("TestSave");
})
});
case "load":
return(new List <object> {
Name, new Action(delegate(){
Building.LoadWorld("TestSave");
})
});
default:
throw new System.ArgumentException("Invalid GetDelCall name arg '" + Name + "'");
}
}
static List <object> GetDelCall(string Name)
{
switch (Name)
{
case "print":
return(new List <object> {
Name, new Action <string>(delegate(string ToPrint){ Console.Print(ToPrint); })
});
case "log":
return(new List <object> {
Name, new Action <string>(delegate(string ToLog){ Console.Log(ToLog); })
});
case "host":
return(new List <object> {
Name, new Action(delegate(){
Net.Host();
})
});
case "connect":
return(new List <object> {
Name, new Action <string>(delegate(string Ip){
if (Ip == "" || Ip == "localhost" || Ip == "undefined")
{
Ip = "127.0.0.1";
}
Net.ConnectTo(Ip);
})
});
case "ms_get":
return(new List <object> {
Name, new Func <int>(() => { return OS.GetTicksMsec(); })
});
case "peerlist_get":
return(new List <object> {
Name, new Func <Jurassic.Library.ArrayInstance>(() => {
Jurassic.Library.ArrayInstance Out = Scripting.ConsoleEngine.Array.Construct();
foreach (int Id in Net.PeerList)
{
Out.Push(Id);
}
return Out;
})
});
case "bind":
return(new List <object> {
Name, new Action <string, string>(delegate(string FunctionName, string InputString){
Bindings.Bind(FunctionName, InputString);
})
});
case "unbind":
return(new List <object> {
Name, new Action <string>(delegate(string FunctionName){
Bindings.UnBind(FunctionName);
})
});
case "player_input_forward_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.ForwardMove(Sens);
})
});
case "player_input_forward_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.ForwardSens; })
});
case "player_input_backward_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.BackwardMove(Sens);
})
});
case "player_input_backward_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.BackwardSens; })
});
case "player_input_right_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.RightMove(Sens);
})
});
case "player_input_right_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.RightSens; })
});
case "player_input_left_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LeftMove(Sens);
})
});
case "player_input_left_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.LeftSens; })
});
case "player_input_sprint_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.Sprint(Sens);
})
});
case "player_input_sprint_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.IsSprinting ? 1d : 0d; })
});
case "player_input_jump_set":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.Jump(Sens);
})
});
case "player_input_jump_get":
return(new List <object> {
Name, new Func <double>(() => { return Game.PossessedPlayer.IsJumping ? 1d : 0d; })
});
case "player_input_inventory_up":
return(new List <object> {
Name, new Action(delegate(){
Game.PossessedPlayer.InventoryUp();
})
});
case "player_input_inventory_down":
return(new List <object> {
Name, new Action(delegate(){
Game.PossessedPlayer.InventoryDown();
})
});
case "player_input_look_up":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LookUp(Sens);
})
});
case "player_input_look_down":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LookDown(Sens);
})
});
case "player_input_look_right":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LookRight(Sens);
})
});
case "player_input_look_left":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.LookLeft(Sens);
})
});
case "player_input_primary_fire":
return(new List <object> {
Name, new Action <double>(delegate(double Sens){
Game.PossessedPlayer.PrimaryFire(Sens);
})
});
default:
throw new System.ArgumentException("Invalid GetDelCall name arg '" + Name + "'");
}
}
//Ensures folders exist, sets up defaults, processes command line arguments and runs Autoexec.csx
public override void _Ready()
{
//First we make sure that the Saves and Gamemodes folders exist
{
Directory Dir = new Directory();
if (!Dir.DirExists("user://Saves"))
{
Dir.MakeDir("user://Saves");
}
if (!Dir.DirExists("user//Gamemodes"))
{
Dir.MakeDir("user://Gamemodes");
}
}
//Then defaults are set
SetupDefaults();
//Then command line arguments are processed
string[] CmdArgs = OS.GetCmdlineArgs();
foreach (string CurrentArg in CmdArgs)
{
Console.Log($"Command line argument '{CurrentArg}'");
switch (CurrentArg)
{
case "-host": {
Net.Host();
break;
}
case "-connect": {
Net.ConnectTo("127.0.0.1");
break;
}
}
}
if (CmdArgs.Length > 0)
{
Console.LogLabel.Text += "\n";
}
//autoexec.csx is executed last
File Autoexec = new File();
if (Autoexec.FileExists("user://Autoexec.csx"))
{
Autoexec.Open("user://Autoexec.csx", 1);
Console.Print("Autoexec loaded");
try
{
Scripting.ConsoleState = Scripting.ConsoleState.ContinueWithAsync(Autoexec.GetAsText()).Result;
Console.Print("Successfully executed autoexec");
}
catch (Exception Error)
{
Console.Print(Error.Message);
Console.Print("AUTOEXEC FAILED: Not all parts of the autoexec executed successfully. It is highly recommended that you fix your autoexec and restart the game.");
}
}
else
{
Console.Print("Autoexec not found, creating a default one");
System.IO.File.WriteAllText($"{OS.GetUserDataDir()}/Autoexec.csx", "// This is your autoexec\n// It is executed directly after command line arugments are\n\n");
}
Autoexec.Close();
}
internal void ConnectTo(string addr)
{
// connect to a client ---- changed
Net.ConnectTo(addr);
}
