tinyrick: a freeform Rust build system

       .---.              ^
     o{__ω__ o{          ^0^  -Let me out!
~~ ( // *|* \xx\)      xx`|'
        = =  xxxx&x      ' `

EXAMPLE

$ cd example

$ tinyrick
running 1 test
test smoketest ... ok

$ tinyrick -h
Usage: tinyrick [options]

Options:
    -l, --list          list available tasks
    -h, --help          print usage info
    -v, --version       print version info

ABOUT

I'm tinyrick (TINYRICK!) and I build Rust projects. With tinyrick, you configure your build in the same normal Rust code as the rest of your project. Or keep picking your nose with make, it's up to you.

Look at my pants! tinyrick! You think my pants are one size fits all? No, of course not! So get the pants that fit you. Get a tinyrick.rs that fits your workflow. Task dependency trees, get em while they're hot! Segfaults, get em while they're not. Smarter, butter, faster, stranger.

Don't shell out, lib out. Your build is more portable that way. tinyricktinyricktinyrick. If you look closely, that last period is actually a micro rick rendered in ASCII; even tinier tinyrick!

CRATE

https://crates.io/crates/tinyrick

API DOCUMENTATION

https://docs.rs/tinyrick/latest/tinyrick/

LICENSE

BSD-2-Clause

RUNTIME REQUIREMENTS

• Rust

Recommended

• ASDF 0.18 (run asdf reshim after each Rust application binary installation)
• direnv 2
• cargo-cache
• tinyrick_extras

SETUP

tinyrick.rs

Write some tasks in a tinyrick.rs build configuration script at the top-level directory of your Rust project:

use tinyrick::*;

#[default_task]
fn build() {
    deps!(build_release);
}

#[task]
fn build_release() {
    deps!(test);
    exec!("cargo", "build", "--release");
}

#[task]
fn clippy() {
    exec!("cargo", "clippy");
}

// ...

fn main() {
    run()
}

Cargo.toml

Now, wire up the tinyrick command line interface by configuring your top-level Cargo.toml:

[package]
name = "arithmancy"

[dependencies]
ctor = { version = "0.6.2", optional = true }
die = "0.2.0"
tinyrick = { version = "0.0.20", optional = true }
tinyrick_macros = { version = "0.0.2", optional = true }
tinyrick_models = { version = "0.0.2", optional = true }

# ...

[features]
letmeout = [
    "ctor",
    "tinyrick",
    "tinyrick_macros",
    "tinyrick_models",
]

[[bin]]
name = "tinyrick"
path = "tinyrick.rs"
required-features = ["letmeout"]

Launch a terminal session in your project directory. Install and run the tinyrick tool:

$ cargo install tinyrick
$ tinyrick

Watch how he behaves... I hope tinyrick is practicing good manners :P

What happens when you run:

• tinyrick test?
• tinyrick clean?
• tinyrick build?
• tinyrick -h?
• tinyrick --list?
• VERBOSE=1 tinyrick build?

I bet the freakin' moon explodes if you run VERBOSE=1 tinyrick build build build! (Hold onto your pants~)

DEBRIEFING

Where are my pants? Let's break down the code so far:

• #[task] fn name() { ... } declares a task named name.
• #[default_task] fn name() { ... } declares a task named name and marks it as the default, when no CLI arguments are passed to tinyrick.
• deps!(requirement) caches a dependency on task requirement.
• exec(command, args sequence) and exec!(command[, arg[, arg[, arg ...]]]) run CLI commands.
• VERBOSE=1 enables command string emission during processing.
• letmeout is a feature gate, so that neither the tinyrick package, nor your tinyrick binary escape with your Rust package when you tinyrick publish.

DoN't UsE sHelL cOmMaNdS!1

Just because the tinyrick library offers several supremely convenient macros for executing shell commands doesn't mean that you should always shell out. No way, man!

Whenever possible, use regular Rust code. There's like a ba-jillion crates of prewritten Rust code, so you might as well use it!

CONTRIBUTING

For more details on developing tinyrick itself, see DEVELOPMENT.md.

SEE ALSO

• Inspired by the excellent mage build system for Go projects
• bb, a build system for (g)awk projects
• beltaloada, a guide to writing build systems for (POSIX) sh
• booty for JS/Node.js/altJS
• cargo custom build scripts, primarily for generating Rust source files from other languages
• cmake for C/C++ projects
• dale builds D projects
• GNU autotools, a build system for Linux C/C++ projects
• Gradle, a build system for JVM projects
• invoke, a Python task runner
• jelly, a JSON task runner
• lair, a lightweight task runner
• lake, a Lua task runner
• Leiningen + lein-exec, a Clojure task runner
• lichen, a sed task runner
• POSIX compliant make, the classic, application language agnostic task runner
• mian, a task runner for (Chicken) Scheme Lisp
• Rake, a task runner for Ruby projects
• Rebar3, a build system for Erlang projects
• rez builds C/C++ projects
• sbt, a build system for Scala projects
• Shake, a task runner for Haskell projects
• yao, a task runner for Common LISP projects

🛸