rtpg

#! /bin/bash
# Push a message on-screen every 60 seconds to remind you of what you're supposed to be doing
# requires lib-notify (most distros have it I think)
while [ 1 ]; do 
    notify-send Hey "Get back to work"
    sleep 60;
done

rtpg

/*
 *  photon.cpp
 *  photonSplit
 *
 *  Created by Diane Nguyen on 4/25/13.
 *  Copyright 2013 __MyCompanyName__. All rights reserved.
 *
 */
#include "photon.h"
#include <cstdlib>

rtpg

db = MongoClient('localhost', 27017).some_db # some_db is the DB name

db.table_name.insert_one({  # table name
  'key1': value1,
  'key2': value2
})


db.table_name.update_many({'key1':'some_value'}, # update all elts with key1 == 'some_value', setting key2 to 'processed'
{'$set': {'key2': 'processed'})

rtpg

"use strict"

// module App.Models

exports.createUser = function(u){
  // you might want to put some real implementations here
  return 3;
};

exports.lookupUser = function(u){

rtpg

rtpg

rtpg

import Data.Exists (Exists, mkExists, runExists)

type Circle = {x:: Int, y:: Int, r:: Int}
type Rectangle = {x:: Int, y:: Int, w:: Int, h:: Int}

drawCircle :: Circle -> String
drawCircle c = "This is a circle!"

drawRectangle :: Rectangle -> String
drawRectangle r = "This is a rectangle!"

rtpg

import Data.Exists (Exists, mkExists, runExists)

type Circle = {x:: Int, y:: Int, r:: Int}
type Rectangle = {x:: Int, y:: Int, w:: Int, h:: Int}

drawCircle :: Circle -> String
drawCircle c = "This is a circle!"

drawRectangle :: Rectangle -> String
drawRectangle r = "This is a rectangle!"

rtpg

Keybase proof

I hereby claim:

• I am rtpg on github.
• I am rtpg (https://keybase.io/rtpg) on keybase.
• I have a public key ASD-wP2usgoqaEFBlO3ZpUS96VO7chqGCyzeRsU2gEWsego

To claim this, I am signing this object:

rtpg

// this worked in Typescript 3.2.4

// It feels like we should be able to say SameShape<Q extends R, R extends Q>, but this triggers circular reference
// detection in Typescript. Somehow going to {[K in keyof Q]: Q[K]} solves this (though maybe this won't catch things
// like symbols?)
type SameShape<Q extends R, R extends { [K in keyof Q]: Q[K] }> = {
    [K in keyof Q]: R[K] // re-asserting every key of Q is present in R with the same type
} & { // anding the types together will catch any conflicts
    [K in keyof R]: Q[K] // re-asserting every key of R is present in Q with the same type
}