chriseidhof

import Foundation
import SwiftUI
import Combine
import TinyNetworking

final class RemoteValue<A>: BindableObject {
    let didChange = MyPublisher()
    let endpoint: Endpoint<A>
    var value: A? {
        didSet {

pgundlach

--
--  viznodelist.lua
--  speedata publisher
--
--  Written 2010-2020 by Patrick Gundlach.
--  This file is released in the spirit of the well known MIT license
--  (see https://opensource.org/licenses/MIT for more information)
--
-- visualizes nodelists using graphviz

norswap

// Code for lecture [5. Writing Parsers by Hand]
// https://www.youtube.com/watch?v=Ytq0GQdnChg&list=PLOech0kWpH8-njQpmSNGSiQBPUvl8v3IM&index=5

import java.util.Scanner;

public final class Parser
{
    // === SETUP ===================================================================================

    private static final String EXAMPLE_INPUT =

mikelane

import click
import difflib
import numpy as np
import random
import sys
import time

from os import name, system
from scipy.ndimage import convolve

Zeta611

struct Fix<T> {
    let x: (Fix<T>) -> T
}

func fix<T, U>(f: @escaping (@escaping (T) -> U) -> ((T) -> U)) -> (T) -> U {
    { _fix in
        f { (_fix.x(_fix))($0) }
    }(
        Fix { _fix in
            f { (_fix.x(_fix))($0) }

rudolfratusinski

Preparation

• In open Ubuntu 18.04 machine click Parallels Actions -> "Install Parallels Tools"

• A "Parallels Tools" CD will popup on your Ubuntu desktop.

• Open it by double mouse click, copy all the content to a new, empty directory on a desktop, name it for e.g. "parallels_fixed"

• Open terminal, change directory to parallels_fixed (cd ~/Desktop/parallels_fixed)

• Make command line installer executable (chmod +x install)

• Change directory to "installer" (cd installer)

• Make few other scripts executable: chmod +x installer.* *.sh prl_*

mjm

import Combine
import CoreData

extension NSManagedObjectContext {
    func changesPublisher<Object: NSManagedObject>(for fetchRequest: NSFetchRequest<Object>)
        -> ManagedObjectChangesPublisher<Object>
    {
        ManagedObjectChangesPublisher(fetchRequest: fetchRequest, context: self)
    }
}

claudio-naoto

@require: stdjabook
@require: code
@require: itemize
@require: tabular
@require: proof
@import: local

document (|
  title = {An outline of \SATySFi;};
  author = {Takashi SUWA};

Drup

type ('ty,'v) t =
  | Nil : ('v, 'v) t
  | Cons : 'a * ('ty, 'v) t -> ('a -> 'ty, 'v) t

let cons x l = Cons (x,l)

let plus1 l = Cons ((),l)

let one x = Cons (x,Nil)

jdhao

from PIL import Image, ImageOps
import cv2

desired_size = 368
im_pth = "/home/jdhao/test.jpg"

# im = Image.open(im_pth)
# old_size = im.size  # old_size[0] is in (width, height) format

# ratio = float(desired_size)/max(old_size)