[derive(Debug)

To use FlClash客户端 in a Rust project, follow these steps:

1. Set Up Configuration: Create a config struct to hold the necessary parameters for the game.

use config::Config;
use client::Client;
pub struct Config {
    name: String,
    port: i32,
}
pub enum Debug {
    debug: bool,
}

2. Create the Client: Use the configuration to create a FlClash instance and wrap it in a Client struct.

    config: Config,
}
pub struct ClientSend {
    send: Send,
}
pub struct CommandHandler {
    client: Client,
}
pub struct CommandHandlerCallback {
    client: Client,
}
pub struct CommandHandlerStatus {
    status: Debug,
}
pub struct CommandHandlerResponse {
    command: Send,
}
pub struct ClientSendHandler {
    send: Send,
}
pub struct ClientSendHandlerCallback {
    client: Client,
}
pub struct ClientSendHandlerStatus {
    status: Debug,
}
pub struct ClientSendHandlerResponse {
    command: Send,
}

3. Create the Client: Initialize the FlClash and Client structs with your configuration.

#[config]
pub mod config use config::FlClash;
#[client]
pub mod client use client::FlClash::Client;

4. Create a Client Instance: Use the Config struct to create a FlClash instance, then wrap it in a Client.

#[client]
pub fn main() -> i32 {
    let config = FlClash::new("flclash", 666);
    let client = Client::new(&config);
    let clientSendHandler = CommandHandlerCallback::new(client, &config);
    let clientSendHandlerStatus = ClientSendHandlerStatus::new(clientSendHandler);
    let clientSendHandlerResponse = ClientSendHandlerResponse::new(clientSendHandlerStatus);
    // Handle client connections
    client.handle_clients(& clientSendHandler, &clientSendHandlerStatus, &clientSendHandlerResponse);
    client.close();
    // Continue the game
    main()
}

5. Handle Client Connections: Implement a function to connect to the game server.

#[client]
pub fn handle_clients(& self, clientSendHandler: &CommandHandlerCallback<ClientSendHandler>,
  &clientSendHandlerStatus: &ClientSendHandlerStatus,
  &clientSendHandlerResponse: &ClientSendHandlerResponse) {
    // Connect to the game server
    let result = clientSendHandler.handle(&self, &clientSendHandlerStatus, &clientSendHandlerResponse);
    if result {
        // Update the client's state and response
        clientSendHandlerStatus.status("Connected successfully".to_string());
    }
}

6. Send and Receive Messages: Implement functions to send messages and handle their responses.

#[send]
pub fn send_message(&mut self, sender: &ClientSendHandlerCallback<ClientSendHandler>, message: Send) {
    // Send the message
}
#[receive]
pub fn receive_message(&mut self, receiver: &ClientSendHandlerCallback<ClientSendHandler>, message: Send) {
    // Handle the message response
}
#[client]
pub fn receive_client_message(&mut self, client: &ClientSendHandlerCallback<ClientSendHandler>, message: Send) {
    // Handle the message received from the client
}

7. Command Handling: Implement a function to handle commands sent by the client.

#[handle]
pub fn handle_command(&mut self, client: &ClientSendHandlerCallback<ClientSendHandler>, command: Send) {
    // Process the command
    client.send_command(&command).status("Command processed".to_string());
}

8. Error Handling: Implement error handling to provide detailed messages.

#[error]
pub fn handle_error(&mut self, client: &ClientSendHandlerCallback<ClientSendHandler>, message: String) {
    // Handle errors
    client.error(message.to_string())
}

9. Server Close Event: Handle the server close event.

#[handle]
pub fn handle_server_close_event(&mut self, client: &ClientSendHandlerCallback<ClientSendHandler>, reason: String) {
    // Close the server
}

This is a basic outline to get started with FlClash客户端. You'll need to implement the specific functionality for your game, such as sending commands, receiving messages, and handling server errors.