lisael

"""
read lz4 compressed files and print them on stdout

shell globs allowed
"""

import sys
import glob
import argparse

lisael

import sys
import re

INPUT_FILE = sys.argv[1]

with open(INPUT_FILE) as inf:
    origs_lines = inf.readlines()

lines = []

lisael

type alias Item a = { a | id: Int, path: List Int }

type Tree a
    = Empty
    | Node (Item a) (List (Tree a))


insert_: Item a -> Tree a -> Tree a
insert_ item tree =
    case tree of

lisael

add(){
    GIT_DIR=$(dirname $(realpath -s $(git rev-parse --git-dir)))
    if [ "$GIT_DIR" != "" ]; then
        for file in $( git status --porcelain \
                     | awk -v GIT_DIR=$GIT_DIR '{print $1 " " GIT_DIR "/" $2 }' \
                     | awk '{"realpath -s --relative-to . " $2 | getline path; print $1 " " path}' \
                     | rofi -dmenu -sync -i -font "mono 6" -p 'git add:' \
                       -scroll-method 1 -lines 30 -matching glob \
                       -hide-scrollbar -line-margin 0 -multi-select \
                     | awk '{print $2}'); do

lisael

inputMode :: [( (KeyMask, KeySym), (X () ) )] -> X ()
inputMode xs = do
    submap . M.fromList $ modeMap where
        modeMap = [ ( ( km, ks ), do x
                                     (submap . M.fromList $ modeMap) )
                    | ( ( km, ks ), x ) <- xs
                  ] ++ [((0, xK_Escape), return ())]


moveMode =

lisael

declare-option str-list quickbufs

define-command -override quickbuf %{
	eval %sh{
    	rm /tmp/buflist
    	rm /tmp/buflist_tmp
    	for bufname in $kak_opt_quickbufs $kak_buflist
    	  do printf "%s\n" "$bufname" >> /tmp/buflist_tmp
    	done
    	cat /tmp/buflist_tmp | awk '!seen[$0]++' | grep -v "/tmp/buflist" > /tmp/buflist

lisael

use rusqlite::{params, Connection, Result};
use serde_derive::{Deserialize, Serialize};
use serde_rusqlite::*;
use std::fs::File;

#[derive(Debug, Deserialize, Serialize)]
struct TodoItem {
    id: Option<i32>,
    content: String,
    done: bool,

lisael

use std::fmt;

use druid::im::Vector;
use druid::widget::{Button, Either, Flex, Label, Scroll, TextBox};
use druid::{AppLauncher, Data, Lens, LocalizedString, Widget, WidgetExt, WindowDesc};
use druid_widget_nursery::{Tree, TreeNode};

#[derive(Clone, Lens, Data)]
struct Taxonomy {
    name: String,

lisael

#!/bin/sh

lisael

const std = @import("std");
const time = std.time;

pub fn main() anyerror!void {
    const fibo_arg = 30;
    var start = time.nanoTimestamp();
    var end = time.nanoTimestamp();
    std.debug.print("noop                            - {}ns\n", .{end - start});
    start = time.nanoTimestamp();
    var result = fibonacciRecurse(fibo_arg);