Qqwy / Marten Qqwy

## benchmarks.exs
Mix.install([
  :benchee,
  {:okasaki, "~> 1.0"}, # <- used by Qqwy's Okasaki solution
  :nx, # <- used by Qqwy's Nx solution
  {:exla, "~> 0.5"}, # <- used by Qqwy's Nx solution
],
  config: [nx: [default_backend: EXLA.Backend]] # <- used by Qqwy's Nx solution
)

inputs = %{

## gen_err.rs
#![feature(type_name_of_val)]

// Depends on the frunk library, v0.4.1

use frunk::coproduct::{Coproduct, CNil, CoprodUninjector, CoprodInjector};

pub trait Variant {
    fn default<A>(self, val: A) -> A
        where Self: Sized
    {

## owning_streaming_iter.rs
use backdrop::BackdropStrategy;
use stable_deref_trait::StableDeref;
use std::sync::Arc;
use streaming_iterator::StreamingIterator;

/// A struct that wraps any `impl StreamingIterator<item = T>`
/// together with its data source (where it borrows the references to T from).
///
/// The data source will be dropped once iteration is finished.
/// To make this safe, the data source will need to be in a stable location in memory.

## DAG-based-AItomator.md

      
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                Qqwy
                / DAG-based-AItomator.md
            
            
              Last active
              May 25, 2023 09:09
            
              
                GPT-3.5 input to help with José Valim's "Skynet" / "AItomator" streams.
              
          
    Good day!
I will ask you to perform a task. Your job is to come up with a directed acyclic graph (DAG) of simple subtasks to accomplish the task.
The output of the last step of the DAG should be the answer of the task.
To help you, here is a list of tools you can use.

date_from_today: Given a number of days (positive or negative) as input, it returns the date of today offset by that amount of days as output.
date_diff: Given a yyyy-mm-dd date, a second yyyy-mm-dd date, and days/weeks/months/years (as string) as inputs, it returns an integer representing the difference as output.
location_to_gps: Given a city name as input, returns GPS coordinates as output.
temperature_api: Given a yyyy-mm-dd date and GPS coordinates as inputs, it returns the forecasted or measured temperature in Celsius as output.
fashion_suggestion: Given a temperature in Celius as input, it recommends fashionable clothes to wear based on the temperature as output.


## index.html
<!DOCTYPE html>
<html>
<head>
	<meta charset="utf-8"/>
	<title>Comparison of 32-bit multiplication in JS</title>
	<script src="https://cdnjs.cloudflare.com/ajax/libs/benchmark/1.0.0/benchmark.min.js"></script>
	<script src="./suite.js"></script>
</head>
<body>
	<h1>Open the console to view the results</h1>

## refined_assertions.rb


class RefinedAssertions
  @mutex = Mutex.new

  def self.set_last_operator(operator, lhs, rhs, res)
    @mutex.synchronize do
      @set = true
      @result = [operator, lhs, rhs, res]
    end

## doctest-minitest.rb
# Example of how to integrate doctests with Ruby Minitest
#
# Besides depending on `minitest`,
# this functionality depends on the `doctest-core` gem, c.f. https://www.rubydoc.info/gems/doctest-core/

class YourAppName::TestCase < MiniTest::Test

  # To be used inside the body of a tests-class
  # It will automatically create test cases for all
  # 'documentation test' snippets that exist in the comments

## tuple_map_benchmark.exs
defmodule Benchmarks do
  @warmup 0.05
  @time 0.05
  @memory_time 0.5
  @parallel 1

  @inputs (
    (0..20)
    |> Enum.map(fn size -> {to_string(size), (1..size) |> Enum.shuffle |> List.to_tuple} end)
  )

## gcd_maxmin.cob
       *> Compile using GNU Cobol, e.g.: `cobc -x gcd_maxmin.cob`
       IDENTIFICATION DIVISION.
       PROGRAM-ID. gcd-maxmin.
       ENVIRONMENT DIVISION.
       DATA DIVISION.
       WORKING-STORAGE SECTION.
       01 NUMS.
           05 NUMS-ELEMS PIC 9(9)
              OCCURS 0 TO 9999 TIMES DEPENDING ON NUMS-LEN.
       77 NUMS-IDX PIC 9(9) COMP.

## caesar_cipher.pl
-module(caesar_cipher, [
            shift_plaintext_cyphertext/3,
            shift_plainchar_cypherchar/3,
            shift_plainletter_cypherletter/3
        ]).

:- use_module(library(reif)).

:- use_module(library(clpz)).
:- use_module(library(lists)).
	Mix.install([
	:benchee,
	{:okasaki, "~> 1.0"}, # <- used by Qqwy's Okasaki solution
	:nx, # <- used by Qqwy's Nx solution
	{:exla, "~> 0.5"}, # <- used by Qqwy's Nx solution
	],
	config: [nx: [default_backend: EXLA.Backend]] # <- used by Qqwy's Nx solution
	)

	inputs = %{
	#![feature(type_name_of_val)]

	// Depends on the frunk library, v0.4.1

	use frunk::coproduct::{Coproduct, CNil, CoprodUninjector, CoprodInjector};

	pub trait Variant {
	fn default<A>(self, val: A) -> A
	where Self: Sized
	{
	use backdrop::BackdropStrategy;
	use stable_deref_trait::StableDeref;
	use std::sync::Arc;
	use streaming_iterator::StreamingIterator;

	/// A struct that wraps any `impl StreamingIterator<item = T>`
	/// together with its data source (where it borrows the references to T from).
	///
	/// The data source will be dropped once iteration is finished.
	/// To make this safe, the data source will need to be in a stable location in memory.
	<!DOCTYPE html>
	<html>
	<head>
	<meta charset="utf-8"/>
	<title>Comparison of 32-bit multiplication in JS</title>
	<script src="https://cdnjs.cloudflare.com/ajax/libs/benchmark/1.0.0/benchmark.min.js"></script>
	<script src="./suite.js"></script>
	</head>
	<body>
	<h1>Open the console to view the results</h1>


	class RefinedAssertions
	@mutex = Mutex.new

	def self.set_last_operator(operator, lhs, rhs, res)
	@mutex.synchronize do
	@set = true
	@result = [operator, lhs, rhs, res]
	end
	# Example of how to integrate doctests with Ruby Minitest
	#
	# Besides depending on `minitest`,
	# this functionality depends on the `doctest-core` gem, c.f. https://www.rubydoc.info/gems/doctest-core/

	class YourAppName::TestCase < MiniTest::Test

	# To be used inside the body of a tests-class
	# It will automatically create test cases for all
	# 'documentation test' snippets that exist in the comments
	defmodule Benchmarks do
	@warmup 0.05
	@time 0.05
	@memory_time 0.5
	@parallel 1

	@inputs (
	(0..20)
	\|> Enum.map(fn size -> {to_string(size), (1..size) \|> Enum.shuffle \|> List.to_tuple} end)
	)
	*> Compile using GNU Cobol, e.g.: `cobc -x gcd_maxmin.cob`
	IDENTIFICATION DIVISION.
	PROGRAM-ID. gcd-maxmin.
	ENVIRONMENT DIVISION.
	DATA DIVISION.
	WORKING-STORAGE SECTION.
	01 NUMS.
	05 NUMS-ELEMS PIC 9(9)
	OCCURS 0 TO 9999 TIMES DEPENDING ON NUMS-LEN.
	77 NUMS-IDX PIC 9(9) COMP.
	-module(caesar_cipher, [
	shift_plaintext_cyphertext/3,
	shift_plainchar_cypherchar/3,
	shift_plainletter_cypherletter/3
	]).

	:- use_module(library(reif)).

	:- use_module(library(clpz)).
	:- use_module(library(lists)).