This repository presents a seed for creating backend Rust applications -- with preset libs, UIs, services & design patterns.

Most likely, you'll need only a subset of the features provided by this template:

1. Additional Runtimes:
   • Tokio
   • Reactive programming with the reactive-mutiny crate for event-driven / reactive & stream-based programming
2. Services:
   • Web, through Rocket
     • Angular UI app -- demo featuring the backend services API exploration (more details bellow)
     • Angular backend app -- exposing metrics, logs, statistics. The demo exposes Tokio data and you may add your own
     • embedded static & pre-compressed files -- including all Angular apps -- for blazing fast speeds
   • Telegram, through Teloxide
     • stateless & stateful bot examples (with navigation)
     • application initiated message sending
     • messaging framework inspired on InstantVAS' Microservice pattern
   • reactive-messaging with async Streams & Reactive pipelines for socket servers & clients
     • Textual protocols (like FIX)
     • Binary protocols
   • Hooks for your own Service
     • async with Tokio
   • Resilient Programming enabled by keen-retry
3. UIs:
   • Console -- logging through slog with stdout and file sink options
   • Terminal -- tui + crossterm;
   • GUI -- egui
     • on the native computer's UI and also on Web Assembly, sharing the same code
     • lottie animations with rlottie (even on web?)
     • charts with plotters
   • Integrated & embedded Angular UI application
     • Angular Universal, automatically pre-rendering parameter-less routes
     • Google Material theming & components
     • Example app to test the web services provided in src/frontend/web/api, with flexible components
     • Loading speeds of ~50ms, enabling it to be used as landing pages
   • Dashboard (using coreui-free-angular-admin-template -- Angular), containing:
     • Runtime metrics & stats
4. Configs:
   • Application-wide config pattern, tying all features together + customizable to include your business logic
   • Command Line parsing through structopt, merging with the application-wide configs
   • Persistent config file using ron -- easily serializing any Rust type + automated DOCs generation
5. Injection / Runtime Repository:
   • Application-wide runtime pattern, sharing runtime data to tie all features together + customizable to include your business logic
   • May be used as an Injection Repository
6. Testing:
   • Built-in example for Big-O analysis with big-o-test crate
   • Built-in example for Criterion bench

Tested in this environment:

• Linux
• Rust 1.70
• Node 20.4.0 (18.9.0 & 18.10.0 are known to mess up with Angular Universal -- more details in the link at the end)
• Trunk v0.17.2

1. Init the submodule for the web-stats app: git submodule update --init --remote
2. Build the angular web apps (you should have Angular & Node previously setup). Note that if any of those commands fail, building the app in Release mode won't be possible: cd web-app/; npm i; npm run prerender; cd .. cd web-stats/; npm i; npm run build; cd ..
3. Build the web-egui app (you should have Trunk previously setup): cd web-egui/; ~/.cargo/bin/trunk build --release; cd .. (make sure you have trunk & webasm build tools installed. If not, cargo install trunk & rustup target add wasm32-unknown-unknown)
4. Build the Rust app (release, optimized for the local processor): RUSTFLAGS="-C target-cpu=native" cargo build --release
5. Inspect the command line options (with --help) to pick up which UI to run. Bellow, how to run the standard console / daemon mode: ./target/release/kickass-app-template console daemon
6. After the first run, the default config file is create in the same directory as the binary -- named kickass_app_template.config.ron. Follow the instructions there & set the Telegram token for your bot as well as any chat ids that you'd like to send push notifications to.

• Click Use this template, at the top right of this GitHub page
• Edit build.rs and remove the web apps you don't want, removing their directories as well
• Edit Cargo.toml and clean it up from the dependencies you don't need + associated code, then, failing to compile
• Remodel src/config & src/command_line modules to your needs -- then go ahead and do it for src/runtime as well
• Add all modules for your business logic
• Elect parts of your code for Big O analysis tests and update tests/big-o-tests.rs -- then do the same for Criterion in bench/
• Inspect & adjust the src/frontend module & submodules
• Share back (through a PR) any improvements you do to the template

This template brings up a basis for

(due to Angular-Universal pre-rendering, only 44ms are needed to show the content -- 13ms to load index.html + 31ms to render it. After being presented, Angular is loaded and after 664ms we have a fully working website)

(the same code is shared between the native and web versions of the egui interface)

(the same code is shared between the native and web versions of the egui interface)

• https://update.angular.io
• (remember to add Universal, like this ng update @angular/core@14 @angular/cli@14 @nguniversal/express-engine@14)
• 2022-10-07: bug on 18.9 Node versions: https://pullanswer.com/questions/prerendering-fails-on-node-js-18-9-but-succeeds-on-node-18-8