iwillspeak

[package]
name = "oni"
version = "0.1.0"
authors = ["Ian Pickering <ipickering2@gmail.com>"]

[dependencies]
onig = "1.4"

[[bin]]
    name = "oni"

iwillspeak

[package]
name = "yop"
version = "0.1.0"
authors = ["Will Speak <lithiumflame@gmail.com>"]

[dependencies]

[[bin]]
    name = "yop"
    path = "yop.rs"

iwillspeak

 #![feature(inclusive_range_syntax)]

/// Steps At
///
/// Returns the number of combinations of steps which can be made
/// where the top step is a given size. This is used as the recursive
/// step.
///
/// # Arguments
///

iwillspeak

An Example of Using LLVM from Rust

This example compiles a simple function using the LLVM C API through the llvm-sys crate.

iwillspeak

[package]
name = "parsetest"
version = "0.1.0"
authors = ["Will Speak <lithiumflame@gmail.com>"]

[dependencies]

[[bin]]
    name = "parsetest"
    path = "main.rs"

iwillspeak

abstract class TZ
{
	public abstract TimeSpan UTCOffset { get; }
}

sealed class BST : TZ
{
	public override TimeSpan UTCOffset => TimeSpan.FromHours(1);
}

iwillspeak

class Euler12 {

	construct new(cutoff) {
			_cutoff = cutoff
	}

	find_divisors(n) {
			var nod = 0
			var sqrt = n.sqrt.floor
			

iwillspeak

[package]
name = "euler12"
version = "0.1.0"

[[bin]]
    name = "euler12"
    path = "euler12.rs"

iwillspeak

target

iwillspeak

#include <string>
#include <iostream>

#define CAPTURE_TOKEN(t) \
  token->value = std::string(ts, te-ts); \
  token->type = Token::t

%%{
  machine ExampleLexer;