MCSS API

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Table of Contents

• MCSS API
  • Table of Contents
  • Information
    • MC Server Soft Website
    • MC Server Soft Discord
    • MC Server Soft Documentation
    • MC Server Soft API Documentation
  • Installation
• Client Documentation
  • Table of Contents
  • Constructor
    • constructor(ip: string, port: string | number | null, apiKey: string, https: boolean = true)
  • Methods
    • getStats(): Promise<AppResponse>
    • getServers(filter: ServerFilter | number = 0): Promise<AppResponse>
    • getServerCount(filter: ServerCountFilter | number = 0, serverType: ServerType | string): Promise<AppResponse>
    • getSettings(): Promise<AppResponse>
    • updateSettings(deleteOldBackupsThreshold: number): Promise<AppResponse>
  • AppResponse Interface
  • Enums
    • ServerFilter
    • ServerCountFilter
    • ServerType
• Servers Documentation
  • Table of Contents
  • Constructor
    • constructor(obj: Client)
  • Methods
    • get(Id: string, filter: ServerFilter | number = 0): Promise<ServerResponse>
    • execute(servers: string[], ...command: any): Promise<AppResponse>
  • ServerResponse Interface
  • Enums
    • ServerAction
• Scheduler Documentation
  • Table of Contents
  • Constructor
    • constructor(obj: Servers)
  • Methods
    • get(): Promise<AppResponse>
    • getTasks(filter: TaskFilter | number = 0): Promise<AppResponse>
    • getTask(Id: string): Promise<AppResponse>
    • create(data: any | Task): Promise<AppResponse>
    • update(Id: string, data: any | Task): Promise<AppResponse>
    • delete(Id: string): Promise<AppResponse>
    • run(Id: string): Promise<AppResponse>
  • Enums
    • TaskFilter
• Backups Documentation
  • Table of Contents
  • Constructor
    • constructor(obj: Servers)
  • Methods
    • get(): Promise<AppResponse>
    • getStats(): Promise<AppResponse>
    • getBackup(backup: string): Promise<AppResponse>
    • create(data: Backup): Promise<AppResponse>
    • update(backup: string, data: Backup): Promise<AppResponse>
    • delete(backup: string): Promise<AppResponse>
    • run(backup: string): Promise<AppResponse>
    • getHistory(): Promise<AppResponse>
    • clearHistory(): Promise<AppResponse>
• Users Documentation
  • Table of Contents
  • Constructor
    • constructor(obj: Client)
  • Methods
    • get(): Promise<AppResponse>
    • getUser(id: string): Promise<AppResponse>
    • createUser(user: object | User): Promise<AppResponse>
    • updateUser(id: string, user: object | User): Promise<AppResponse>
    • deleteUser(id: string): Promise<AppResponse>
    • wipeSessions(): Promise<AppResponse>

Information

MC Server Soft Website

MC Server Soft Discord

MC Server Soft Documentation

MC Server Soft API Documentation

Installation

npm install @mcserversoft/mcss-api

or

pnpm install @mcserversoft/mcss-api

Client Documentation

The Client class is a JavaScript/TypeScript client for interacting with an API that manages Minecraft servers. This documentation provides an overview of the class and its methods.

Table of Contents

• Constructor
• Methods
  • getStats
  • getServers
  • getServerCount
  • getSettings
  • updateSettings

Constructor

constructor(ip: string, port: string | number | null, apiKey: string, https: boolean = true)

Creates an instance of the Client class to interact with the Minecraft server management API.

• ip: The IP address of the server.
• port: The port number of the server (can be null).
• apiKey: The API key for authentication.
• https: A boolean indicating whether to use HTTPS (default is true).

Example:

const client = new Client('127.0.0.1', 8080, 'your_api_key', true);

Methods

getStats(): Promise<AppResponse>

Gets the statistics of the panel.

Returns:

• A promise resolving to an AppResponse object.

Example:

const stats = await client.getStats();

getServers(filter: ServerFilter | number = 0): Promise<AppResponse>

Gets all servers based on the specified filter.

• filter: The filter to use (default is ServerFilter.NONE).

Returns:

• A promise resolving to an AppResponse object.

Example:

const servers = await client.getServers(ServerFilter.MINIMAL);

getServerCount(filter: ServerCountFilter | number = 0, serverType: ServerType | string): Promise<AppResponse>

Gets the count of servers based on the specified filter and server type.

• filter: The filter to use (default is ServerCountFilter.NONE).
• serverType: The server type for counting.

Returns:

• A promise resolving to an AppResponse object.

Example:

const serverCount = await client.getServerCount(ServerCountFilter.ONLINE, ServerType.VANILLA);

getSettings(): Promise<AppResponse>

Gets the MCSS settings.

Returns:

• A promise resolving to an AppResponse object.

Example:

const settings = await client.getSettings();

updateSettings(deleteOldBackupsThreshold: number): Promise<AppResponse>

Updates the MCSS settings, specifically the number of backups to keep.

• deleteOldBackupsThreshold: The number of backups to keep.

Returns:

• A promise resolving to an AppResponse object.

Example:

const updatedSettings = await client.updateSettings(5);

AppResponse Interface

The AppResponse interface represents the response from the API and has the following structure:

interface AppResponse {
    status: number;
    data?: any;
    error?: {
        message: string;
    };
}

• status: The HTTP status code of the response.
• data: The data payload of the response (optional).
• error: An object containing an error message (optional).

Enums

ServerFilter

• NONE: 0
• MINIMAL: 1
• STATUS: 2

ServerCountFilter

• NONE: 0
• ONLINE: 1
• OFFLINE: 2
• BYSERVERTYPE: 3

ServerType

• VANILLA: "349bf6c7-2d19-4e42-bcee-592fa862bcee"
• CRAFTBUKKIT: "afa8b9d6-592d-4016-9dd7-eed4185ca8b8"
• SPIGOT: "de188054-f3ac-472d-81d6-c57f0412bfa6"
• PAPER: "f738fb40-223e-4010-bd07-af4caabdf3dd"
• BUNGEECORD: "1a1bb7be-219f-4dc8-9a6a-4a10dc725391"
• WATERFALL: "f49ad4bf-7900-45a4-940b-c97468fbba1f"
• FORGE: "8e3aecd7-b81b-4827-a3e2-93a701cdd3b4"
• FABRIC: "c45acfcf-b4a1-4733-aab0-f78e1091ae16"
• BEDROCK: "87c2620f-48a0-47e6-97c1-ff5fbbc128f3"
• PURPUR: "984ed3d3-636d-4535-82b2-7c1048782c64"

Servers Documentation

The Servers class is a part of a JavaScript/TypeScript client for interacting with an API that manages Minecraft servers. This documentation provides an overview of the class and its methods.

Table of Contents

• Constructor
• Methods
  • get
  • execute

Constructor

constructor(obj: Client)

Creates an instance of the Servers class to interact with the Minecraft server management API.

• obj: An instance of the Client class.

Example:

const client = new Client('127.0.0.1', 8080, 'your_api_key', true);
const servers = new Servers(client);

Methods

get(Id: string, filter: ServerFilter | number = 0): Promise<ServerResponse>

Gets the server with the specified ID.

• Id: The server ID.
• filter: The filter to apply (default is ServerFilter.NONE).

Returns:

• A promise resolving to a ServerResponse object.

Example:

const server = await servers.get('server_id', ServerFilter.MINIMAL);

execute(servers: string[], ...command: any): Promise<AppResponse>

Executes a command on the specified servers.

• servers: An array of server IDs.
• command: The command to execute.

Returns:

• A promise resolving to an AppResponse object.

Example:

const response = await servers.execute(['server_id'], ServerAction.Restart);

ServerResponse Interface

The ServerResponse interface represents the response from the server-related API calls and has the following structure:

interface ServerResponse {
    status: number;
    data?: any;
    error?: {
        message: string;
    };
    getStats?: () => Promise<AppResponse>;
    getIcon?: () => Promise<AppResponse>;
    execute?: (...command: any) => Promise<AppResponse>;
    edit?: (obj: Server | object) => Promise<AppResponse>;
    getConsole?: (AmountOfLines?: number, Reversed?: boolean, takeFromBeginning?: boolean) => Promise<AppResponse>;
    isConsoleOutdated?: () => Promise<AppResponse>;
    scheduler?: Scheduler;
    backups?: Backups;
}

• status: The HTTP status code of the response.
• data: The data payload of the response (optional).
• error: An object containing an error message (optional).
• Additional methods for interacting with the server, such as getStats, getIcon, execute, edit, getConsole, isConsoleOutdated, scheduler, and backups.

Enums

ServerAction

• InvalidOrEmpty: 0
• Stop: 1
• Start: 2
• Kill: 3
• Restart: 4

Scheduler Documentation

The Scheduler class is part of a JavaScript/TypeScript client for interacting with an API that manages tasks and scheduling on Minecraft servers. This documentation provides an overview of the class and its methods.

Table of Contents

• Constructor
• Methods
  • get
  • getTasks
  • getTask
  • create
  • update
  • delete
  • run

Constructor

constructor(obj: Servers)

Creates an instance of the Scheduler class to interact with the Minecraft server scheduler API.

• obj: An instance of the Servers class.

Example:

const client = new Client('127.0.0.1', 8080, 'your_api_key', true);
const servers = new Servers(client);
const scheduler = new Scheduler(servers);

Methods

get(): Promise<AppResponse>

Gets the current status of the scheduler.

Returns:

• A promise resolving to an AppResponse object.

Example:

const schedulerStatus = await scheduler.get();

getTasks(filter: TaskFilter | number = 0): Promise<AppResponse>

Gets all tasks based on the specified filter.

• filter: The filter to apply (default is TaskFilter.None).

Returns:

• A promise resolving to an AppResponse object.

Example:

const tasks = await scheduler.getTasks(TaskFilter.FixedTime);

getTask(Id: string): Promise<AppResponse>

Gets a specific task by ID.

• Id: The ID of the task.

Returns:

• A promise resolving to an AppResponse object.

Example:

const taskDetails = await scheduler.getTask('task_id');

create(data: any | Task): Promise<AppResponse>

Creates a new task.

• data: The task data.

Returns:

• A promise resolving to an AppResponse object.

Example:

const newTask = await scheduler.create({ name: 'Task 1', type: 'fixed', time: '12:00' });

update(Id: string, data: any | Task): Promise<AppResponse>

Updates an existing task by ID.

• Id: The ID of the task.
• data: The updated task data.

Returns:

• A promise resolving to an AppResponse object.

Example:

const updatedTask = await scheduler.update('task_id', { name: 'Updated Task', type: 'interval', interval: 300 });

delete(Id: string): Promise<AppResponse>

Deletes a task by ID.

• Id: The ID of the task to delete.

Returns:

• A promise resolving to an AppResponse object.

Example:

const deleteResponse = await scheduler.delete('task_id');

run(Id: string): Promise<AppResponse>

Executes a task by ID.

• Id: The ID of the task to execute.

Returns:

• A promise resolving to an AppResponse object.

Example:

const executionResponse = await scheduler.run('task_id');

Enums

TaskFilter

• None: 0
• FixedTime: 1
• Interval: 2
• Timeless: 3

Backups Documentation

The Backups class is part of a JavaScript/TypeScript client for interacting with an API that manages backups on Minecraft servers. This documentation provides an overview of the class and its methods.

Table of Contents

• Constructor
• Methods
  • get
  • getStats
  • getBackup
  • create
  • update
  • delete
  • run
  • getHistory
  • clearHistory

Constructor

constructor(obj: Servers)

Creates an instance of the Backups class to interact with the Minecraft server backups API.

• obj: An instance of the Servers class.

Example:

const client = new Client('127.0.0.1', 8080, 'your_api_key', true);
const servers = new Servers(client);
const backups = new Backups(servers);

Methods

get(): Promise<AppResponse>

Gets all backups.

Returns:

• A promise resolving to an AppResponse object.

Example:

const allBackups = await backups.get();

getStats(): Promise<AppResponse>

Gets backup statistics.

Returns:

• A promise resolving to an AppResponse object.

Example:

const backupStats = await backups.getStats();

getBackup(backup: string): Promise<AppResponse>

Gets details about a specific backup by ID.

• backup: The ID of the backup.

Returns:

• A promise resolving to an AppResponse object.

Example:

const backupDetails = await backups.getBackup('backup_id');

create(data: Backup): Promise<AppResponse>

Creates a new backup.

• data: The backup data.

Returns:

• A promise resolving to an AppResponse object.

Example:

const newBackup = await backups.create({ name: 'Backup 1', destination: '/path/to/backup' });

update(backup: string, data: Backup): Promise<AppResponse>

Updates an existing backup by ID.

• backup: The ID of the backup.
• data: The updated backup data.

Returns:

• A promise resolving to an AppResponse object.

Example:

const updatedBackup = await backups.update('backup_id', { name: 'Updated Backup', destination: '/new/path' });

delete(backup: string): Promise<AppResponse>

Deletes a backup by ID.

• backup: The ID of the backup.

Returns:

• A promise resolving to an AppResponse object.

Example:

const deleteResponse = await backups.delete('backup_id');

run(backup: string): Promise<AppResponse>

Runs a backup by ID.

• backup: The ID of the backup.

Returns:

• A promise resolving to an AppResponse object.

Example:

const runResponse = await backups.run('backup_id');

getHistory(): Promise<AppResponse>

Gets the backup history for the server.

Returns:

• A promise resolving to an AppResponse object.

Example:

const backupHistory = await backups.getHistory();

clearHistory(): Promise<AppResponse>

Clears the backup history for the server.

Returns:

• A promise resolving to an AppResponse object.

Example:

const clearHistoryResponse = await backups.clearHistory();

Users Documentation

The Users class is part of a JavaScript/TypeScript client for interacting with an API that manages users on Minecraft servers. This documentation provides an overview of the class and its methods.

Table of Contents

• Constructor
• Methods
  • get
  • getUser
  • createUser
  • updateUser
  • deleteUser
  • wipeSessions

Constructor

constructor(obj: Client)

Creates an instance of the Users class to interact with the Minecraft server users API.

• obj: An instance of the Client class.

Example:

const client = new Client('127.0.0.1', 8080, 'your_api_key', true);
const users = new Users(client);

Methods

get(): Promise<AppResponse>

Gets all users.

Returns:

• A promise resolving to an AppResponse object.

Example:

const allUsers = await users.get();

getUser(id: string): Promise<AppResponse>

Gets details about a specific user by ID.

• id: The ID of the user.

Returns:

• A promise resolving to an AppResponse object.

Example:

const userDetails = await users.getUser('user_id');

createUser(user: object | User): Promise<AppResponse>

Creates a new user.

• user: The user data.

Returns:

• A promise resolving to an AppResponse object.

Example:

const newUser = await users.createUser({ username: 'new_user', password: 'password123' });

updateUser(id: string, user: object | User): Promise<AppResponse>

Updates an existing user by ID.

• id: The ID of the user.
• user: The updated user data.

Returns:

• A promise resolving to an AppResponse object.

Example:

const updatedUser = await users.updateUser('user_id', { username: 'updated_user', password: 'new_password' });

deleteUser(id: string): Promise<AppResponse>

Deletes a user by ID.

• id: The ID of the user.

Returns:

• A promise resolving to an AppResponse object.

Example:

const deleteUserResponse = await users.deleteUser('user_id');

wipeSessions(): Promise<AppResponse>

Wipes all user sessions.

Returns:

• A promise resolving to an AppResponse object.

Example:

const wipeSessionsResponse = await users.wipeSessions();