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flowchart TD
    A(start) -- "my task" --> C["outline"]
    C -- "next" --> D["do task"]
    D --> E{"works?"}
    E -- "yes" --> C
    E -- "no (too large a piece)" --> G["break piece"] -- "add" --> C
    E -- "yes" --> I["working code library"]
    D -- "using" --> I
 C -- "done" --> H["end"]

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#!/usr/bin/env -S jq -nrf

"Hello world!"

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alias runmd="<README.md marked -t | jaq -r '.[]|select(.type==\"code\")|.text' | fzf | rush {}"

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// helpers
const sleep = (ms) => new Promise((resolve) => setTimeout(resolve, ms));
const rand = (max) => Math.floor(Math.random() * max);
const times = (n, cb) => {
    const ret = [];

    for (let i = 0; i < n; i++) {
        ret.push(cb());
    }

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const _ = require("lodash");

function subgroups(elements) {
    const bits = _.range(32);

    const indices = (i) =>
        _(bits)
            .map((b) => (1 + b) * (0x1 & (i >> b)))
            .compact() // only leave the `1`s
            .map((b) => b - 1)

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const _ = require("lodash");

function subgroups(elements) {
    if (elements.length == 1) {
        return [elements];
    }

    const drop = subgroups(_.drop(elements));
    const first = _.take(elements);
    const combined = [..._.map(drop, (i) => [...i, ...first]), ...[...drop, first]];

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String.metaClass.isJson << { ->
    def normalize = { it.replaceAll("\\s", "") }

    try {
        normalize(delegate) == normalize(JsonOutput.toJson(new JsonSlurper().parseText(delegate)))
    } catch (e) {
        false
    }
}