P-Seebauer

defmodule Argon2Test do

  @hash_for_foo "$argon2i$v=19$m=65536,t=6,p=1$dxSBP76R4icBDzu06CJRBQ$q4v8CePvqsdbSNBjBS0RRibryQI3Xo6ahYSqUZbdNaI"

  @spec test_pass(String.t) :: (:failed | {:ok, map()})
  def test_pass(pass) do
    db_user = %{password_hash: @hash_for_foo}
    with {:ok, ^db_user} <- Comeonin.Argon2.check_pass(db_user, pass) do
      {:ok, db_user}
    else

P-Seebauer

v8.9.1
5.6.0
/home/pat/Scripts/js/nyc-bug
└─┬ nyc@11.6.0
  ├── archy@1.0.0
  ├── arrify@1.0.1
  ├─┬ caching-transform@1.0.1
  │ ├── md5-hex@1.3.0 deduped
  │ ├── mkdirp@0.5.1 deduped
  │ └─┬ write-file-atomic@1.3.4

P-Seebauer

# possible solution for http://rosettacode.org/wiki/Amb

my @a =
(all «the that a»),
(all «frog elephant thing»),
(all «walked treaded grows»),
(all «slowly quickly»);

sub test (Str $l, Str $r) {
    $l.ends-with($r.substr(0,1))

P-Seebauer

h=100
IO.puts(([200,h,50,20,10,5,2,1]|>Enum.reduce{h*elem(Float.parse(hd System.argv),0)|>trunc,[]},fn(i,{c,l})->{rem(c,i),List.duplicate(i<h&&"#{i}¢ "||"#{div(i,h)}€ ",div(c,i))++l}end)|>elem 1)

P-Seebauer

# somewhere
extendMaybe = (classObjs...) ->
  for classObj in classObjs
   (methodName, method) -> classObj::[methodName] = method unless classObj::[methodName]?

# top of your file:
[extend] = extendMaybe String

# usage:
extend "append", (stringToAppend)-> @ + if stringToAppend then stringToAppend else ''

P-Seebauer

# Compiled source #
###################
*.com
*.class
*.dll
*.exe
*.o
*.so

# Packages #

P-Seebauer

#ifdef GL_ES
precision highp float;
#endif
uniform sampler2D from, to;
uniform float progress;
uniform vec2 resolution;

float f(float p, float x,float y){
  float a = x<.5 ?
            x<.25? 2. : 

P-Seebauer

#ifdef GL_ES
precision highp float;
#endif
uniform sampler2D from, to;
uniform float progress;
uniform vec2 resolution;

uniform vec3 r; // ( left/right,top/bottom, radius)

bool isBlack(float progress, vec2 p){

P-Seebauer

#ifdef GL_ES
precision highp float;
#endif
uniform sampler2D from, to;
uniform float progress;
uniform vec2 resolution;

// default interpolationPower = 5;
uniform float interpolationPower;

P-Seebauer

% Hey, I gave the things you did a little thought.
% But altered almost everything, that's why I don't think it's an sufficient answer anylonger so I made a gist.

% Firstof: I removed all your string construction with format and use one atom_codes 
% (btw there is a string type in SWI-Prolog for efficient string handling).

% Next, I thought it should be part of the predicate if you end with a newline or had reached the end of file.
% After that, I put some neat little tricks in there to get backtracking behaviour for the get_line/3 - predicate.
% I hope this helps you in any way.