mirror of
https://github.com/MindWorkAI/AI-Studio.git
synced 2025-04-28 21:59:48 +00:00
Refactored .NET server
This commit is contained in:
parent
a744c1e16e
commit
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GPG Key ID:
371BBA77A02C0108
170
runtime/src/dotnet.rs
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170
runtime/src/dotnet.rs
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@ -0,0 +1,170 @@
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use std::collections::HashMap;
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use std::sync::{Arc, Mutex};
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use base64::Engine;
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use base64::prelude::BASE64_STANDARD;
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use log::{debug, error, info, warn};
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use once_cell::sync::Lazy;
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use rocket::get;
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use tauri::api::process::{Command, CommandChild, CommandEvent};
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use tauri::Url;
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use crate::api_token::{APIToken, API_TOKEN};
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use crate::app_window::change_location_to;
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use crate::encryption::ENCRYPTION;
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use crate::environment::is_dev;
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use crate::network::get_available_port;
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// The .NET server is started in a separate process and communicates with this
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// runtime process via IPC. However, we do net start the .NET server in
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// the development environment.
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static DOTNET_SERVER: Lazy<Arc<Mutex<Option<CommandChild>>>> = Lazy::new(|| Arc::new(Mutex::new(None)));
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// The .NET server port is relevant for the production environment only, sine we
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// do not start the server in the development environment.
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static DOTNET_SERVER_PORT: Lazy<u16> = Lazy::new(|| get_available_port().unwrap());
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static DOTNET_INITIALIZED: Lazy<Mutex<bool>> = Lazy::new(|| Mutex::new(false));
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#[get("/system/dotnet/port")]
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pub fn dotnet_port(_token: APIToken) -> String {
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let dotnet_server_port = *DOTNET_SERVER_PORT;
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format!("{dotnet_server_port}")
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}
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pub fn start_dotnet_server(api_server_port: u16, certificate_fingerprint: String) {
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// Get the secret password & salt and convert it to a base64 string:
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let secret_password = BASE64_STANDARD.encode(ENCRYPTION.secret_password);
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let secret_key_salt = BASE64_STANDARD.encode(ENCRYPTION.secret_key_salt);
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let dotnet_server_environment = HashMap::from_iter([
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(String::from("AI_STUDIO_SECRET_PASSWORD"), secret_password),
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(String::from("AI_STUDIO_SECRET_KEY_SALT"), secret_key_salt),
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(String::from("AI_STUDIO_CERTIFICATE_FINGERPRINT"), certificate_fingerprint),
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(String::from("AI_STUDIO_API_TOKEN"), API_TOKEN.to_hex_text().to_string()),
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]);
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info!("Try to start the .NET server...");
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let server_spawn_clone = DOTNET_SERVER.clone();
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tauri::async_runtime::spawn(async move {
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let api_port = api_server_port;
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let (mut rx, child) = match is_dev() {
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true => {
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// We are in the development environment, so we try to start a process
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// with `dotnet run` in the `../app/MindWork AI Studio` directory. But
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// we cannot issue a sidecar because we cannot use any command for the
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// sidecar (see Tauri configuration). Thus, we use a standard Rust process:
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warn!(Source = "Bootloader .NET"; "Development environment detected; start .NET server using 'dotnet run'.");
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Command::new("dotnet")
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// Start the .NET server in the `../app/MindWork AI Studio` directory.
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// We provide the runtime API server port to the .NET server:
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.args(["run", "--project", "../app/MindWork AI Studio", "--", format!("{api_port}").as_str()])
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.envs(dotnet_server_environment)
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.spawn()
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.expect("Failed to spawn .NET server process.")
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}
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false => {
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Command::new_sidecar("mindworkAIStudioServer")
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.expect("Failed to create sidecar")
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// Provide the runtime API server port to the .NET server:
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.args([format!("{api_port}").as_str()])
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.envs(dotnet_server_environment)
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.spawn()
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.expect("Failed to spawn .NET server process.")
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}
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};
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let server_pid = child.pid();
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info!(Source = "Bootloader .NET"; "The .NET server process started with PID={server_pid}.");
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// Save the server process to stop it later:
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*server_spawn_clone.lock().unwrap() = Some(child);
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// Log the output of the .NET server:
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while let Some(CommandEvent::Stdout(line)) = rx.recv().await {
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// Remove newline characters from the end:
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let line = line.trim_end();
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// Starts the line with '=>'?
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if line.starts_with("=>") {
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// Yes. This means that the line is a log message from the .NET server.
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// The format is: '<YYYY-MM-dd HH:mm:ss.fff> [<log level>] <source>: <message>'.
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// We try to parse this line and log it with the correct log level:
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let line = line.trim_start_matches("=>").trim();
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let parts = line.split_once(": ").unwrap();
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let left_part = parts.0.trim();
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let message = parts.1.trim();
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let parts = left_part.split_once("] ").unwrap();
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let level = parts.0.split_once("[").unwrap().1.trim();
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let source = parts.1.trim();
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match level {
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"Trace" => debug!(Source = ".NET Server", Comp = source; "{message}"),
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"Debug" => debug!(Source = ".NET Server", Comp = source; "{message}"),
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"Information" => info!(Source = ".NET Server", Comp = source; "{message}"),
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"Warning" => warn!(Source = ".NET Server", Comp = source; "{message}"),
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"Error" => error!(Source = ".NET Server", Comp = source; "{message}"),
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"Critical" => error!(Source = ".NET Server", Comp = source; "{message}"),
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_ => error!(Source = ".NET Server", Comp = source; "{message} (unknown log level '{level}')"),
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}
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} else {
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let lower_line = line.to_lowercase();
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if lower_line.contains("error") {
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error!(Source = ".NET Server"; "{line}");
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} else if lower_line.contains("warning") {
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warn!(Source = ".NET Server"; "{line}");
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} else {
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info!(Source = ".NET Server"; "{line}");
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}
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}
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}
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});
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}
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#[get("/system/dotnet/ready")]
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pub async fn dotnet_ready(_token: APIToken) {
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// We create a manual scope for the lock to be released as soon as possible.
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// This is necessary because we cannot await any function while the lock is
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// held.
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{
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let mut initialized = DOTNET_INITIALIZED.lock().unwrap();
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if *initialized {
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error!("Anyone tried to initialize the runtime twice. This is not intended.");
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return;
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}
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info!("The .NET server was booted successfully.");
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*initialized = true;
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}
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let dotnet_server_port = *DOTNET_SERVER_PORT;
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let url = match Url::parse(format!("http://localhost:{dotnet_server_port}").as_str())
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{
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Ok(url) => url,
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Err(msg) => {
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error!("Error while parsing URL for navigating to the app: {msg}");
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return;
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}
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};
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change_location_to(url.as_str()).await;
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}
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pub fn stop_dotnet_server() {
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if let Some(server_process) = DOTNET_SERVER.lock().unwrap().take() {
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let server_kill_result = server_process.kill();
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match server_kill_result {
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Ok(_) => info!("The .NET server process was stopped."),
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Err(e) => error!("Failed to stop the .NET server process: {e}."),
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}
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} else {
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warn!("The .NET server process was not started or is already stopped.");
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}
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}
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@ -1,5 +1,6 @@
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pub mod encryption;
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pub mod log;
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pub mod environment;
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pub mod dotnet;
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pub mod network;
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pub mod api_token;
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@ -36,14 +36,6 @@ use mindwork_ai_studio::environment::{is_dev, is_prod};
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use mindwork_ai_studio::log::{init_logging, switch_to_file_logging};
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// The .NET server is started in a separate process and communicates with this
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// runtime process via IPC. However, we do net start the .NET server in
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// the development environment.
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static DOTNET_SERVER: Lazy<Arc<Mutex<Option<CommandChild>>>> = Lazy::new(|| Arc::new(Mutex::new(None)));
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// The .NET server port is relevant for the production environment only, sine we
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// do not start the server in the development environment.
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static DOTNET_SERVER_PORT: Lazy<u16> = Lazy::new(|| get_available_port().unwrap());
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// The port used for the runtime API server. In the development environment, we use a fixed
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// port, in the production environment we use the next available port. This differentiation
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@ -63,9 +55,6 @@ static MAIN_WINDOW: Lazy<Mutex<Option<Window>>> = Lazy::new(|| Mutex::new(None))
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// The update response coming from the Tauri updater.
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static CHECK_UPDATE_RESPONSE: Lazy<Mutex<Option<UpdateResponse<tauri::Wry>>>> = Lazy::new(|| Mutex::new(None));
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static DOTNET_INITIALIZED: Lazy<Mutex<bool>> = Lazy::new(|| Mutex::new(false));
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#[tokio::main]
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async fn main() {
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@ -178,100 +167,7 @@ async fn main() {
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.launch().await.unwrap();
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});
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// Get the secret password & salt and convert it to a base64 string:
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let secret_password = BASE64_STANDARD.encode(ENCRYPTION.secret_password);
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let secret_key_salt = BASE64_STANDARD.encode(ENCRYPTION.secret_key_salt);
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let dotnet_server_environment = HashMap::from_iter([
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(String::from("AI_STUDIO_SECRET_PASSWORD"), secret_password),
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(String::from("AI_STUDIO_SECRET_KEY_SALT"), secret_key_salt),
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(String::from("AI_STUDIO_CERTIFICATE_FINGERPRINT"), certificate_fingerprint),
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(String::from("AI_STUDIO_API_TOKEN"), API_TOKEN.to_hex_text().to_string()),
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]);
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info!("Secret password for the IPC channel was generated successfully.");
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info!("Try to start the .NET server...");
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let server_spawn_clone = DOTNET_SERVER.clone();
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tauri::async_runtime::spawn(async move {
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let api_port = *API_SERVER_PORT;
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let (mut rx, child) = match is_dev() {
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true => {
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// We are in the development environment, so we try to start a process
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// with `dotnet run` in the `../app/MindWork AI Studio` directory. But
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// we cannot issue a sidecar because we cannot use any command for the
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// sidecar (see Tauri configuration). Thus, we use a standard Rust process:
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warn!(Source = "Bootloader .NET"; "Development environment detected; start .NET server using 'dotnet run'.");
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Command::new("dotnet")
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// Start the .NET server in the `../app/MindWork AI Studio` directory.
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// We provide the runtime API server port to the .NET server:
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.args(["run", "--project", "../app/MindWork AI Studio", "--", format!("{api_port}").as_str()])
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.envs(dotnet_server_environment)
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.spawn()
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.expect("Failed to spawn .NET server process.")
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}
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false => {
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Command::new_sidecar("mindworkAIStudioServer")
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.expect("Failed to create sidecar")
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// Provide the runtime API server port to the .NET server:
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.args([format!("{api_port}").as_str()])
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.envs(dotnet_server_environment)
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.spawn()
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.expect("Failed to spawn .NET server process.")
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}
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};
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let server_pid = child.pid();
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info!(Source = "Bootloader .NET"; "The .NET server process started with PID={server_pid}.");
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// Save the server process to stop it later:
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*server_spawn_clone.lock().unwrap() = Some(child);
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// Log the output of the .NET server:
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while let Some(CommandEvent::Stdout(line)) = rx.recv().await {
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// Remove newline characters from the end:
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let line = line.trim_end();
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// Starts the line with '=>'?
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if line.starts_with("=>") {
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// Yes. This means that the line is a log message from the .NET server.
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// The format is: '<YYYY-MM-dd HH:mm:ss.fff> [<log level>] <source>: <message>'.
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// We try to parse this line and log it with the correct log level:
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let line = line.trim_start_matches("=>").trim();
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let parts = line.split_once(": ").unwrap();
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let left_part = parts.0.trim();
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let message = parts.1.trim();
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let parts = left_part.split_once("] ").unwrap();
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let level = parts.0.split_once("[").unwrap().1.trim();
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let source = parts.1.trim();
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match level {
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"Trace" => debug!(Source = ".NET Server", Comp = source; "{message}"),
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"Debug" => debug!(Source = ".NET Server", Comp = source; "{message}"),
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"Information" => info!(Source = ".NET Server", Comp = source; "{message}"),
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"Warning" => warn!(Source = ".NET Server", Comp = source; "{message}"),
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"Error" => error!(Source = ".NET Server", Comp = source; "{message}"),
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"Critical" => error!(Source = ".NET Server", Comp = source; "{message}"),
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_ => error!(Source = ".NET Server", Comp = source; "{message} (unknown log level '{level}')"),
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}
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} else {
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let lower_line = line.to_lowercase();
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if lower_line.contains("error") {
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error!(Source = ".NET Server"; "{line}");
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} else if lower_line.contains("warning") {
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warn!(Source = ".NET Server"; "{line}");
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} else {
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info!(Source = ".NET Server"; "{line}");
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}
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}
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}
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});
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info!("Starting Tauri app...");
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let app = tauri::Builder::default()
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@ -373,82 +269,6 @@ async fn main() {
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}
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#[get("/system/dotnet/port")]
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fn dotnet_port(_token: APIToken) -> String {
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let dotnet_server_port = *DOTNET_SERVER_PORT;
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format!("{dotnet_server_port}")
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}
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#[get("/system/dotnet/ready")]
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async fn dotnet_ready(_token: APIToken) {
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// We create a manual scope for the lock to be released as soon as possible.
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// This is necessary because we cannot await any function while the lock is
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// held.
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{
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let mut initialized = DOTNET_INITIALIZED.lock().unwrap();
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if *initialized {
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error!("Anyone tried to initialize the runtime twice. This is not intended.");
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return;
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}
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info!("The .NET server was booted successfully.");
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*initialized = true;
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}
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// Try to get the main window. If it is not available yet, wait for it:
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let mut main_window_ready = false;
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let mut main_window_status_reported = false;
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let main_window_spawn_clone = &MAIN_WINDOW;
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while !main_window_ready
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{
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main_window_ready = {
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let main_window = main_window_spawn_clone.lock().unwrap();
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main_window.is_some()
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};
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if !main_window_ready {
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if !main_window_status_reported {
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info!("Waiting for main window to be ready, because .NET was faster than Tauri.");
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main_window_status_reported = true;
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}
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time::sleep(Duration::from_millis(100)).await;
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}
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}
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let main_window = main_window_spawn_clone.lock().unwrap();
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let dotnet_server_port = *DOTNET_SERVER_PORT;
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let url = match Url::parse(format!("http://localhost:{dotnet_server_port}").as_str())
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{
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Ok(url) => url,
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Err(msg) => {
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error!("Error while parsing URL for navigating to the app: {msg}");
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return;
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}
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};
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let js_location_change = format!("window.location = '{url}';");
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let location_change_result = main_window.as_ref().unwrap().eval(js_location_change.as_str());
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match location_change_result {
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Ok(_) => info!("The app location was changed to {url}."),
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Err(e) => error!("Failed to change the app location to {url}: {e}."),
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}
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}
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fn stop_servers() {
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if let Some(server_process) = DOTNET_SERVER.lock().unwrap().take() {
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let server_kill_result = server_process.kill();
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match server_kill_result {
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Ok(_) => info!("The .NET server process was stopped."),
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Err(e) => error!("Failed to stop the .NET server process: {e}."),
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}
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} else {
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warn!("The .NET server process was not started or is already stopped.");
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}
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}
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#[get("/updates/check")]
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async fn check_for_update(_token: APIToken) -> Json<CheckUpdateResponse> {
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