| button { margin: .5rem; } | |
| input { display: inline-block; margin: 0 .5rem; } | |
| stack-btns+span {display: block} |
| // Adjust as your computer see fit. Too fast, resource releasing will lag. | |
| var doit = () => { | |
| let btns = document.querySelectorAll("[data-testid='unlike']") | |
| if (btns.length == 0) document.querySelector("html").scrollTop += 400 | |
| else for (let btn of btns) setTimeout(() => btn.click(), 100) | |
| setTimeout(() => doit(), 300) | |
| } |
json-thick is json whose node has metadata attached along with its value.
Work with human interaction either directly with json file or as input/output format used by other user interfaces (e.g. GUI), with extra information on each value, suitable for guided processing or data persistence.
{
"c": "root comment",
| [ | |
| "4", | |
| "46", | |
| "lv:phx-FjMP_AdCLJo1JfDi", | |
| "phx_reply", | |
| { | |
| "response": { | |
| "diff": { | |
| "0": { | |
| "6": { |
| defmodule FoldlaWeb.DataLive do | |
| use Phoenix.LiveView | |
| def render(assigns) do | |
| FoldlaWeb.DataView.render("edit.html", assigns) | |
| end | |
| def mount(_params, socket) do | |
| {:ok, assign(socket, :thing, 0)} | |
| end |
| -module(w22list). | |
| -export([take/2, nub/1]). | |
| -spec take(integer(), [T]) -> T. | |
| take(0, _L) -> []; | |
| take(I, L) when I < 0 orelse I > length(L) -> L; | |
| take(I, [H|T]) -> | |
| [H | take(I-1, T)]. | |
| nub(L) -> nub(lists:sort(L), []). |
| -module(w21list). | |
| -export([double/1, evens/1, median/1, mode/1]). | |
| double([]) -> []; | |
| double([H|T]) -> | |
| [H * 2 | double(T)]. | |
| evens([]) -> []; | |
| evens([H|T]) -> | |
| case H rem 2 of |
| -module(w2list). | |
| -export([t_product/1, product/1, t_maximum/1, maximum/1]). | |
| % t_ prefix means tail recursion implementation. | |
| t_product(L) -> | |
| t_product(L, 1). | |
| t_product([], P) -> | |
| P; | |
| t_product([H|T], A) when is_number(H) -> |
| -module(asm). | |
| -export([perimeter/1, area/1, areaEnclose/1, perimeterEnclose/1, bits/1]). | |
| %% Shapes | |
| % I am so sure about the requirements, and assume: | |
| % 1. By "smallest enclosing rectangle", means both[0]: | |
| % - Minimum-area enclosing rectangle | |
| % - Minimum-perimeter enclosing rectangle | |
| % 2. It does not base on coordinate system. | |
| % |
| -module(four). | |
| -export([fact/1,fib/1,pieces/1,tFib/1,perfect/1]). | |
| fact(0) -> 1; | |
| fact(N) when N>0 -> | |
| fact(N-1)*N. | |
| fib(0) -> 0; | |
| fib(1) -> 1; | |
| fib(N) when N>1 -> |