969 lines
36 KiB
C#

using Microsoft.AspNetCore.Mvc;
using Microsoft.EntityFrameworkCore;
using Minecraft_Realms_Emulator.Attributes;
using Minecraft_Realms_Emulator.Data;
using Minecraft_Realms_Emulator.Entities;
using Minecraft_Realms_Emulator.Enums;
using Minecraft_Realms_Emulator.Helpers;
using Minecraft_Realms_Emulator.Modes.Realms.Helpers;
using Minecraft_Realms_Emulator.Requests;
using Minecraft_Realms_Emulator.Responses;
using Newtonsoft.Json;
using System.Net;
using System.Net.Sockets;
namespace Minecraft_Realms_Emulator.Modes.Realms.Controllers
{
[Route("modes/realms/[controller]")]
[ApiController]
[RequireMinecraftCookie]
public class WorldsController : ControllerBase
{
private readonly DataContext _context;
public WorldsController(DataContext context)
{
_context = context;
}
[HttpGet]
public async Task<ActionResult<ServersResponse>> GetWorlds()
{
string cookie = Request.Headers.Cookie;
string playerUUID = cookie.Split(";")[0].Split(":")[2];
string playerName = cookie.Split(";")[1].Split("=")[1];
string gameVersion = cookie.Split(";")[2].Split("=")[1];
var ownedWorlds = await _context.Worlds.Where(w => w.OwnerUUID == playerUUID).Include(w => w.Subscription).Include(w => w.Slots).Include(w => w.Minigame).ToListAsync();
var memberWorlds = await _context.Players.Where(p => p.Uuid == playerUUID && p.Accepted).Include(p => p.World.Subscription).Include(p => p.World.Slots).Include(p => p.World.Minigame).Select(p => p.World).ToListAsync();
List<WorldResponse> allWorlds = [];
if (ownedWorlds.ToArray().Length == 0 && new ConfigHelper(_context).GetSetting(nameof(SettingsEnum.AutomaticRealmsCreation)).Value)
{
var world = new World
{
Owner = playerName,
OwnerUUID = playerUUID,
Name = null,
Motd = null,
State = nameof(StateEnum.UNINITIALIZED),
WorldType = nameof(WorldTypeEnum.NORMAL),
MaxPlayers = 10,
Minigame = null,
ActiveSlot = 1,
Member = false
};
ownedWorlds.Add(world);
_context.Worlds.Add(world);
_context.SaveChanges();
}
foreach (var world in ownedWorlds)
{
Slot activeSlot = world.Slots.Find(s => s.SlotId == world.ActiveSlot);
int versionsCompared = new MinecraftVersionParser.MinecraftVersion(gameVersion).CompareTo(new MinecraftVersionParser.MinecraftVersion(activeSlot?.Version ?? gameVersion));
string isCompatible = versionsCompared == 0 ? nameof(CompatibilityEnum.COMPATIBLE) : versionsCompared < 0 ? nameof(CompatibilityEnum.NEEDS_DOWNGRADE) : nameof(CompatibilityEnum.NEEDS_UPGRADE);
WorldResponse response = new()
{
Id = world.Id,
Owner = world.Owner,
OwnerUUID = world.OwnerUUID,
Name = world.Name,
Motd = world.Motd,
State = world.State,
WorldType = world.WorldType,
MaxPlayers = world.MaxPlayers,
ActiveSlot = world.ActiveSlot,
Member = world.Member,
Players = world.Players,
ActiveVersion = activeSlot?.Version ?? gameVersion,
Compatibility = isCompatible
};
if (world.Minigame != null)
{
response.MinigameId = world.Minigame.Id;
response.MinigameName = world.Minigame.Name;
response.MinigameImage = world.Minigame.Image;
}
if (world.Subscription != null)
{
response.DaysLeft = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days;
response.Expired = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days < 0;
response.ExpiredTrial = false;
}
allWorlds.Add(response);
}
foreach (var world in memberWorlds)
{
Slot activeSlot = world.Slots.Find(s => s.SlotId == world.ActiveSlot);
int versionsCompared = new MinecraftVersionParser.MinecraftVersion(gameVersion).CompareTo(new MinecraftVersionParser.MinecraftVersion(activeSlot?.Version ?? gameVersion));
string isCompatible = versionsCompared == 0 ? nameof(CompatibilityEnum.COMPATIBLE) : versionsCompared < 0 ? nameof(CompatibilityEnum.NEEDS_DOWNGRADE) : nameof(CompatibilityEnum.NEEDS_UPGRADE);
WorldResponse response = new()
{
Id = world.Id,
Owner = world.Owner,
OwnerUUID = world.OwnerUUID,
Name = world.Name,
Motd = world.Motd,
State = world.State,
WorldType = world.WorldType,
MaxPlayers = world.MaxPlayers,
ActiveSlot = world.ActiveSlot,
Member = world.Member,
Players = world.Players,
DaysLeft = 0,
Expired = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days < 0,
ExpiredTrial = false,
ActiveVersion = activeSlot.Version,
Compatibility = isCompatible
};
if (world.Minigame != null)
{
response.MinigameId = world.Minigame.Id;
response.MinigameName = world.Minigame.Name;
response.MinigameImage = world.Minigame.Image;
}
allWorlds.Add(response);
}
ServersResponse servers = new()
{
Servers = allWorlds
};
return Ok(servers);
}
[HttpGet("listUserWorldsOfType/any")]
public async Task<ActionResult<ServersResponse>> GetWorldsSnapshot()
{
string cookie = Request.Headers.Cookie;
string playerUUID = cookie.Split(";")[0].Split(":")[2];
string playerName = cookie.Split(";")[1].Split("=")[1];
string gameVersion = cookie.Split(";")[2].Split("=")[1];
var ownedWorlds = await _context.Worlds.Where(w => w.OwnerUUID == playerUUID || w.ParentWorld.OwnerUUID == playerUUID).Include(w => w.Subscription).Include(w => w.Slots).Include(w => w.ParentWorld).ToListAsync();
var memberWorlds = await _context.Players.Where(p => p.Uuid == playerUUID && p.Accepted).Include(p => p.World.Subscription).Include(p => p.World.Slots).Include(p => p.World.ParentWorld).Select(p => p.World).ToListAsync();
List<WorldResponse> allWorlds = [];
foreach (var world in ownedWorlds)
{
Slot activeSlot = world.Slots.Find(s => s.SlotId == world.ActiveSlot);
int versionsCompared = new MinecraftVersionParser.MinecraftVersion(gameVersion).CompareTo(new MinecraftVersionParser.MinecraftVersion(activeSlot?.Version ?? gameVersion));
string isCompatible = versionsCompared == 0 ? nameof(CompatibilityEnum.COMPATIBLE) : versionsCompared < 0 ? nameof(CompatibilityEnum.NEEDS_DOWNGRADE) : nameof(CompatibilityEnum.NEEDS_UPGRADE);
WorldResponse response = new()
{
Id = world.Id,
Owner = world.Owner,
OwnerUUID = world.OwnerUUID,
Name = world.Name,
Motd = world.Motd,
State = world.State,
WorldType = world.WorldType,
MaxPlayers = world.MaxPlayers,
ActiveSlot = world.ActiveSlot,
Member = world.Member,
Players = world.Players,
ActiveVersion = activeSlot?.Version ?? gameVersion,
Compatibility = isCompatible
};
if (world.Minigame != null)
{
response.MinigameId = world.Minigame.Id;
response.MinigameName = world.Minigame.Name;
response.MinigameImage = world.Minigame.Image;
}
if (world.Subscription != null)
{
response.DaysLeft = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days;
response.Expired = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days < 0;
response.ExpiredTrial = false;
}
if (world.ParentWorld == null)
{
response.ParentWorldId = -1;
}
if (world.ParentWorld != null)
{
response.Owner = world.ParentWorld.Owner;
response.OwnerUUID = world.ParentWorld.OwnerUUID;
response.ParentWorldId = world.ParentWorld.Id;
response.ParentWorldName = world.ParentWorld.Name;
}
allWorlds.Add(response);
}
foreach (var world in memberWorlds)
{
Slot activeSlot = world.Slots.Find(s => s.SlotId == world.ActiveSlot);
int versionsCompared = new MinecraftVersionParser.MinecraftVersion(gameVersion).CompareTo(new MinecraftVersionParser.MinecraftVersion(activeSlot.Version));
string isCompatible = versionsCompared == 0 ? nameof(CompatibilityEnum.COMPATIBLE) : versionsCompared < 0 ? nameof(CompatibilityEnum.NEEDS_DOWNGRADE) : nameof(CompatibilityEnum.NEEDS_UPGRADE);
WorldResponse response = new()
{
Id = world.Id,
Owner = world.Owner,
OwnerUUID = world.OwnerUUID,
Name = world.Name,
Motd = world.Motd,
State = world.State,
WorldType = world.WorldType,
MaxPlayers = world.MaxPlayers,
ActiveSlot = world.ActiveSlot,
Member = world.Member,
Players = world.Players,
DaysLeft = 0,
Expired = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days < 0,
ExpiredTrial = false,
ActiveVersion = activeSlot.Version,
Compatibility = isCompatible
};
if (world.Minigame != null)
{
response.MinigameId = world.Minigame.Id;
response.MinigameName = world.Minigame.Name;
response.MinigameImage = world.Minigame.Image;
}
if (world.ParentWorld == null)
{
response.ParentWorldId = -1;
}
if (world.ParentWorld != null)
{
response.Owner = world.ParentWorld.Owner;
response.OwnerUUID = world.ParentWorld.OwnerUUID;
response.ParentWorldId = world.ParentWorld.Id;
response.ParentWorldName = world.ParentWorld.Name;
}
allWorlds.Add(response);
}
ServersResponse servers = new()
{
Servers = allWorlds
};
return Ok(servers);
}
[HttpGet("listPrereleaseEligibleWorlds")]
public async Task<ActionResult<ServersResponse>> GetPrereleaseWorlds()
{
string cookie = Request.Headers.Cookie;
string playerUUID = cookie.Split(";")[0].Split(":")[2];
string playerName = cookie.Split(";")[1].Split("=")[1];
string gameVersion = cookie.Split(";")[2].Split("=")[1];
var ownedWorlds = await _context.Worlds.Where(w => w.ParentWorld != null && w.ParentWorld.OwnerUUID == playerUUID).Include(w => w.Subscription).Include(w => w.Slots).Include(w => w.ParentWorld).ToListAsync();
var memberWorlds = await _context.Players.Where(p => p.World.ParentWorld != null && p.Uuid == playerUUID && p.Accepted).Include(p => p.World.Subscription).Include(p => p.World.Slots).Include(p => p.World.ParentWorld).Select(p => p.World).ToListAsync();
List<WorldResponse> allWorlds = [];
if (ownedWorlds.ToArray().Length == 0 && new ConfigHelper(_context).GetSetting(nameof(SettingsEnum.AutomaticRealmsCreation)).Value)
{
var parentWorld = _context.Worlds.FirstOrDefault(w => w.OwnerUUID == playerUUID && w.ParentWorld == null);
if (parentWorld != null && parentWorld.State != nameof(StateEnum.UNINITIALIZED))
{
var world = new World
{
Name = parentWorld.Name,
Motd = null,
State = nameof(StateEnum.UNINITIALIZED),
WorldType = nameof(WorldTypeEnum.NORMAL),
MaxPlayers = 10,
Minigame = null,
ActiveSlot = 1,
Member = false,
ParentWorld = parentWorld,
};
ownedWorlds.Add(world);
_context.Worlds.Add(world);
_context.SaveChanges();
}
}
foreach (var world in ownedWorlds)
{
Slot activeSlot = world.Slots.Find(s => s.SlotId == world.ActiveSlot);
int versionsCompared = new MinecraftVersionParser.MinecraftVersion(gameVersion).CompareTo(new MinecraftVersionParser.MinecraftVersion(activeSlot?.Version ?? gameVersion));
string isCompatible = versionsCompared == 0 ? nameof(CompatibilityEnum.COMPATIBLE) : versionsCompared < 0 ? nameof(CompatibilityEnum.NEEDS_DOWNGRADE) : nameof(CompatibilityEnum.NEEDS_UPGRADE);
WorldResponse response = new()
{
Id = world.Id,
Owner = world.Owner,
OwnerUUID = world.OwnerUUID,
Name = world.Name,
Motd = world.Motd,
State = world.State,
WorldType = world.WorldType,
MaxPlayers = world.MaxPlayers,
ActiveSlot = world.ActiveSlot,
Member = world.Member,
Players = world.Players,
ActiveVersion = activeSlot?.Version ?? gameVersion,
Compatibility = isCompatible,
ParentWorldId = world.ParentWorld.Id,
ParentWorldName = world.ParentWorld.Name,
};
if (world.Minigame != null)
{
response.MinigameId = world.Minigame.Id;
response.MinigameName = world.Minigame.Name;
response.MinigameImage = world.Minigame.Image;
}
if (world.Subscription != null)
{
response.DaysLeft = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days;
response.Expired = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days < 0;
response.ExpiredTrial = false;
}
allWorlds.Add(response);
}
foreach (var world in memberWorlds)
{
Slot activeSlot = world.Slots.Find(s => s.SlotId == world.ActiveSlot);
int versionsCompared = new MinecraftVersionParser.MinecraftVersion(gameVersion).CompareTo(new MinecraftVersionParser.MinecraftVersion(activeSlot.Version));
string isCompatible = versionsCompared == 0 ? nameof(CompatibilityEnum.COMPATIBLE) : versionsCompared < 0 ? nameof(CompatibilityEnum.NEEDS_DOWNGRADE) : nameof(CompatibilityEnum.NEEDS_UPGRADE);
WorldResponse response = new()
{
Id = world.Id,
Owner = world.Owner,
OwnerUUID = world.OwnerUUID,
Name = world.Name,
Motd = world.Motd,
State = world.State,
WorldType = world.WorldType,
MaxPlayers = world.MaxPlayers,
ActiveSlot = world.ActiveSlot,
Member = world.Member,
Players = world.Players,
DaysLeft = 0,
Expired = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days < 0,
ExpiredTrial = false,
ActiveVersion = activeSlot.Version,
Compatibility = isCompatible
};
if (world.Minigame != null)
{
response.MinigameId = world.Minigame.Id;
response.MinigameName = world.Minigame.Name;
response.MinigameImage = world.Minigame.Image;
}
allWorlds.Add(response);
}
ServersResponse servers = new()
{
Servers = allWorlds
};
return Ok(servers);
}
[HttpGet("{wId}")]
[CheckForWorld]
[CheckRealmOwner]
public async Task<ActionResult<WorldResponse>> GetWorldById(int wId)
{
string cookie = Request.Headers.Cookie;
string gameVersion = cookie.Split(";")[2].Split("=")[1];
var world = await _context.Worlds.Include(w => w.Players).Include(w => w.Subscription).Include(w => w.Slots).Include(w => w.ParentWorld.Subscription).FirstOrDefaultAsync(w => w.Id == wId);
Slot activeSlot = world.Slots.Find(s => s.SlotId == world.ActiveSlot);
List<SlotResponse> slots = [];
foreach (var slot in world.Slots)
{
int versionsCompared = new MinecraftVersionParser.MinecraftVersion(gameVersion).CompareTo(new MinecraftVersionParser.MinecraftVersion(activeSlot?.Version ?? gameVersion));
string compatibility = versionsCompared == 0 ? nameof(CompatibilityEnum.COMPATIBLE) : versionsCompared < 0 ? nameof(CompatibilityEnum.NEEDS_DOWNGRADE) : nameof(CompatibilityEnum.NEEDS_UPGRADE);
slots.Add(new SlotResponse()
{
SlotId = slot.SlotId,
Options = JsonConvert.SerializeObject(new
{
slotName = slot.SlotName,
gameMode = slot.GameMode,
difficulty = slot.Difficulty,
spawnProtection = slot.SpawnProtection,
forceGameMode = slot.ForceGameMode,
pvp = slot.Pvp,
spawnAnimals = slot.SpawnAnimals,
spawnMonsters = slot.SpawnMonsters,
spawnNPCs = slot.SpawnNPCs,
commandBlocks = slot.CommandBlocks,
version = slot.Version,
compatibility
})
});
}
var activeSlotOptions = JsonConvert.DeserializeObject<SlotOptionsResponse>(slots.Find(s => s.SlotId == activeSlot.SlotId).Options);
if (world.ParentWorld != null)
{
world.Subscription = world.ParentWorld.Subscription;
}
WorldResponse response = new()
{
Id = world.Id,
Owner = world.Owner,
OwnerUUID = world.OwnerUUID,
Name = world.Name,
Motd = world.Motd,
State = world.State,
WorldType = world.WorldType,
MaxPlayers = world.MaxPlayers,
ActiveSlot = world.ActiveSlot,
Slots = slots,
Member = world.Member,
Players = world.Players,
DaysLeft = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days,
Expired = ((DateTimeOffset)world.Subscription.StartDate.AddDays(30) - DateTime.Today).Days < 0,
ExpiredTrial = false,
ActiveVersion = activeSlotOptions.Version,
Compatibility = activeSlotOptions.Compatibility
};
if (world.Minigame != null)
{
response.MinigameId = world.Minigame.Id;
response.MinigameName = world.Minigame.Name;
response.MinigameImage = world.Minigame.Image;
}
return response;
}
[HttpPost("{wId}/initialize")]
[CheckForWorld]
[CheckRealmOwner]
public async Task<ActionResult<World>> Initialize(int wId, WorldCreateRequest body)
{
string cookie = Request.Headers.Cookie;
string gameVersion = cookie.Split(";")[2].Split("=")[1];
var worlds = await _context.Worlds.ToListAsync();
var world = worlds.Find(w => w.Id == wId);
if (world.State != nameof(StateEnum.UNINITIALIZED))
{
ErrorResponse errorResponse = new()
{
ErrorCode = 401,
ErrorMsg = "World already initialized",
};
return StatusCode(401, errorResponse);
}
var subscription = new Subscription
{
StartDate = DateTime.UtcNow,
SubscriptionType = nameof(SubscriptionTypeEnum.NORMAL)
};
world.Name = body.Name;
world.Motd = body.Description;
world.State = nameof(StateEnum.OPEN);
world.Subscription = subscription;
var config = new ConfigHelper(_context);
var defaultServerAddress = config.GetSetting(nameof(SettingsEnum.DefaultServerAddress));
static int FindFreeTcpPort()
{
TcpListener l = new(IPAddress.Loopback, 0);
l.Start();
int port = ((IPEndPoint)l.LocalEndpoint).Port;
l.Stop();
return port;
}
var port = FindFreeTcpPort();
var connection = new Connection
{
World = world,
Address = $"{defaultServerAddress.Value}:{port}"
};
Slot slot = new()
{
World = world,
SlotId = 1,
SlotName = "",
Version = gameVersion,
GameMode = 0,
Difficulty = 2,
SpawnProtection = 0,
ForceGameMode = false,
Pvp = true,
SpawnAnimals = true,
SpawnMonsters = true,
SpawnNPCs = true,
CommandBlocks = false
};
new DockerHelper(world).CreateServer(port);
_context.Worlds.Update(world);
_context.Subscriptions.Add(subscription);
_context.Connections.Add(connection);
_context.Slots.Add(slot);
_context.SaveChanges();
return Ok(world);
}
[HttpPost("{wId}/createPrereleaseRealm")]
[CheckForWorld]
[CheckRealmOwner]
public async Task<ActionResult<World>> CreatePrereleaseRealms(int wId)
{
string cookie = Request.Headers.Cookie;
string gameVersion = cookie.Split(";")[2].Split("=")[1];
var worlds = await _context.Worlds.ToListAsync();
var world = worlds.Find(w => w.Id == wId);
if (world.ParentWorld.State == nameof(StateEnum.UNINITIALIZED))
{
ErrorResponse errorResponse = new()
{
ErrorCode = 401,
ErrorMsg = "You must initialize release world first",
};
return StatusCode(401, errorResponse);
}
if (world.State != nameof(StateEnum.UNINITIALIZED))
{
ErrorResponse errorResponse = new()
{
ErrorCode = 401,
ErrorMsg = "A prerealease realm is already created for this world",
};
return StatusCode(401, errorResponse);
}
world.Name = $"[PRE] {world.ParentWorld.Name}";
world.Motd = $"[PRE] {world.ParentWorld.Motd}";
world.State = nameof(StateEnum.OPEN);
var config = new ConfigHelper(_context);
var defaultServerAddress = config.GetSetting(nameof(SettingsEnum.DefaultServerAddress));
static int FindFreeTcpPort()
{
TcpListener l = new(IPAddress.Loopback, 0);
l.Start();
int port = ((IPEndPoint)l.LocalEndpoint).Port;
l.Stop();
return port;
}
var port = FindFreeTcpPort();
var connection = new Connection
{
World = world,
Address = $"{defaultServerAddress.Value}:{port}"
};
new DockerHelper(world).CreateServer(port);
Slot slot = new()
{
World = world,
SlotId = 1,
SlotName = "",
Version = gameVersion,
GameMode = 0,
Difficulty = 2,
SpawnProtection = 0,
ForceGameMode = false,
Pvp = true,
SpawnAnimals = true,
SpawnMonsters = true,
SpawnNPCs = true,
CommandBlocks = false
};
_context.Worlds.Update(world);
_context.Connections.Add(connection);
_context.Slots.Add(slot);
_context.SaveChanges();
return Ok(world);
}
[HttpPost("{wId}/reset")]
[CheckForWorld]
[CheckRealmOwner]
[CheckActiveSubscription]
public ActionResult<bool> Reset(int wId)
{
Console.WriteLine($"Resetting world {wId}");
return Ok(true);
}
[HttpPut("{wId}/open")]
[CheckForWorld]
[CheckRealmOwner]
[CheckActiveSubscription]
public async Task<ActionResult<bool>> Open(int wId)
{
var worlds = await _context.Worlds.ToListAsync();
var world = worlds.Find(w => w.Id == wId);
new DockerHelper(world).StartServer();
world.State = nameof(StateEnum.OPEN);
_context.SaveChanges();
return Ok(true);
}
[HttpPut("{wId}/close")]
[CheckForWorld]
[CheckRealmOwner]
[CheckActiveSubscription]
public async Task<ActionResult<bool>> Close(int wId)
{
var worlds = await _context.Worlds.ToListAsync();
var world = worlds.FirstOrDefault(w => w.Id == wId);
new DockerHelper(world).StopServer();
world.State = nameof(StateEnum.CLOSED);
_context.SaveChanges();
return Ok(true);
}
[HttpPost("{wId}")]
[CheckForWorld]
[CheckRealmOwner]
[CheckActiveSubscription]
public async Task<ActionResult<(bool, ErrorResponse)>> UpdateWorld(int wId, WorldCreateRequest body)
{
if (body.Name.Length > 32)
{
ErrorResponse errorResponse = new()
{
ErrorCode = 400,
ErrorMsg = "World name cannot exceed 32 characters"
};
return BadRequest(errorResponse);
}
if (body.Description.Length > 32)
{
ErrorResponse errorResponse = new()
{
ErrorCode = 400,
ErrorMsg = "World description cannot exceed 32 characters"
};
return BadRequest(errorResponse);
}
var worlds = await _context.Worlds.ToListAsync();
var world = worlds.Find(w => w.Id == wId);
world.Name = body.Name;
world.Motd = body.Description;
_context.SaveChanges();
return Ok(true);
}
[HttpPost("{wId}/slot/{sId}")]
[CheckForWorld]
[CheckRealmOwner]
[CheckActiveSubscription]
public async Task<ActionResult<(bool, ErrorResponse)>> UpdateSlot(int wId, int sId, SlotOptionsRequest body)
{
if (body.SlotName.Length > 10)
{
ErrorResponse errorResponse = new()
{
ErrorCode = 400,
ErrorMsg = "Slot name cannot exceed 10 characters"
};
return BadRequest(errorResponse);
}
if (body.SpawnProtection < 0 || body.SpawnProtection > 16)
{
ErrorResponse errorResponse = new()
{
ErrorCode = 400,
ErrorMsg = "Spawn protection can only be between 0 and 16"
};
return BadRequest(errorResponse);
}
if (!new List<int> { 0, 1, 2 }.Contains(body.GameMode))
{
ErrorResponse errorResponse = new()
{
ErrorCode = 400,
ErrorMsg = "Gamemode can only be one of 0, 1, 2"
};
return BadRequest(errorResponse);
}
if (!new List<int> { 0, 1, 2, 3 }.Contains(body.Difficulty))
{
ErrorResponse errorResponse = new()
{
ErrorCode = 400,
ErrorMsg = "Difficulty can only be one of 0, 1, 2, 3"
};
return BadRequest(errorResponse);
}
var slots = await _context.Slots.Where(s => s.World.Id == wId).ToListAsync();
var slot = slots.Find(s => s.SlotId == sId);
slot.SlotName = body.SlotName;
slot.GameMode = body.GameMode;
slot.Difficulty = body.Difficulty;
slot.SpawnProtection = body.SpawnProtection;
slot.ForceGameMode = body.ForceGameMode;
slot.Pvp = body.Pvp;
slot.SpawnAnimals = body.SpawnAnimals;
slot.SpawnMonsters = body.SpawnMonsters;
slot.SpawnNPCs = body.SpawnNPCs;
slot.CommandBlocks = body.CommandBlocks;
_context.SaveChanges();
return Ok(true);
}
[HttpPut("{wId}/slot/{sId}")]
[CheckForWorld]
[CheckRealmOwner]
[CheckActiveSubscription]
public ActionResult<bool> SwitchSlot(int wId, int sId)
{
var world = _context.Worlds.Include(w => w.Minigame).FirstOrDefault(w => w.Id == wId);
var slot = _context.Slots.Where(s => s.World.Id == wId).Where(s => s.SlotId == sId).Any();
if (!slot)
{
string cookie = Request.Headers.Cookie;
string gameVersion = cookie.Split(";")[2].Split("=")[1];
_context.Slots.Add(new()
{
World = world,
SlotId = sId,
SlotName = "",
Version = gameVersion,
GameMode = 0,
Difficulty = 2,
SpawnProtection = 0,
ForceGameMode = false,
Pvp = true,
SpawnAnimals = true,
SpawnMonsters = true,
SpawnNPCs = true,
CommandBlocks = false
});
_context.SaveChanges();
}
world.ActiveSlot = sId;
world.Minigame = null;
world.WorldType = nameof(WorldTypeEnum.NORMAL);
_context.SaveChanges();
return Ok(true);
}
[HttpGet("{wId}/backups")]
[CheckForWorld]
[CheckRealmOwner]
public async Task<ActionResult<BackupsResponse>> GetBackups(int wId)
{
var backups = await _context.Backups.Where(b => b.Slot.World.Id == wId).ToListAsync();
BackupsResponse worldBackups = new()
{
Backups = backups
};
return Ok(worldBackups);
}
[HttpGet("{wId}/slot/{sId}/download")]
[CheckForWorld]
[CheckRealmOwner]
public ActionResult<BackupDownloadResponse> GetBackup(int wId, int sId)
{
Backup backup = _context.Backups.Include(b => b.Slot).FirstOrDefault(b => b.Slot.World.Id == wId && b.Slot.Id == sId);
if (backup == null)
{
ErrorResponse errorResponse = new()
{
ErrorCode = 404,
ErrorMsg = "No backup found"
};
return NotFound(errorResponse);
}
BackupDownloadResponse backupDownloadResponse = new()
{
DownloadLink = backup.DownloadUrl,
ResourcePackUrl = backup.ResourcePackUrl,
ResourcePackHash = backup.ResourcePackHash,
};
return Ok(backupDownloadResponse);
}
[HttpGet("v1/{wId}/join/pc")]
public ActionResult<Connection> Join(int wId)
{
var connection = _context.Connections.FirstOrDefault(x => x.World.Id == wId);
return Ok(connection);
}
[HttpDelete("{wId}")]
[CheckForWorld]
[CheckRealmOwner]
public ActionResult<bool> DeleteRealm(int wId)
{
var world = _context.Worlds.Find(wId);
if (world.ParentWorld == null)
{
var snapshotWorld = _context.Worlds.FirstOrDefault(w => w.ParentWorld.Id == wId);
if (snapshotWorld != null)
{
new DockerHelper(snapshotWorld).DeleteServer();
_context.Worlds.Remove(snapshotWorld);
}
}
else
{
new DockerHelper(world.ParentWorld).DeleteServer();
_context.Worlds.Remove(world.ParentWorld);
}
new DockerHelper(world).DeleteServer();
_context.Worlds.Remove(world);
_context.SaveChanges();
return Ok(true);
}
[HttpGet("templates/{type}")]
public ActionResult<TemplatesResponse> GetWorldTemplates(string type, int page, int pageSize)
{
var totalTemplates = _context.Templates.Where(t => t.Type == type).Count();
var templates = _context.Templates.Where(t => t.Type == type).Skip((page - 1) * pageSize).Take(pageSize).ToList();
TemplatesResponse templatesResponse = new()
{
Page = page,
Size = pageSize,
Total = totalTemplates,
Templates = templates
};
return Ok(templatesResponse);
}
[HttpPut("minigames/{mId}/{wId}")]
[CheckForWorld]
[CheckRealmOwner]
public ActionResult<bool> SwitchToMinigame(int mId, int wId)
{
var world = _context.Worlds.Find(wId);
var minigame = _context.Templates.FirstOrDefault(t => t.Type == nameof(WorldTemplateTypeEnum.MINIGAME) && t.Id == mId);
world.Minigame = minigame;
world.WorldType = nameof(WorldTypeEnum.MINIGAME);
_context.SaveChanges();
return Ok(true);
}
}
}