lewisd32

{
"foo": "bar"
}

lewisd32

String lcdName = "Assembler Control LCD";

public void Main(string argument) {
    List<String> orderedResources = new List<String>(); 
    Dictionary<String, int> desiredQuantities = new Dictionary<String, int>(); 
    Dictionary<String, String> displayNames = new Dictionary<String, String>(); 
    Dictionary<String, String> assemblerProducts = new Dictionary<String, String>(); 
    StringBuilder text = new StringBuilder();

    // Find config

lewisd32

pcb_width = 21;
pcb_length = 28;
pcb_inset_depth = 1;

base_thickness = 2;
corner_thickness = 1;
corner_x_len = 2;
corner_y_len = 4;
corner_z_height = 3;

lewisd32

echo "Flipping tables! (╯°□°）╯︵ ┻━┻"

num_rules=3

real=3    # exposed to the ELB as port 443
test=4    # used to install test certs for domain verification
health=5  # used by the ELB healthcheck

blue_prefix=855
green_prefix=866

lewisd32

#!/bin/bash

total=0
while read num; do
    total=$((total+num))
done
echo $total

lewisd32

#!/bin/bash
# stdin should be integers, one per line.
percentile=$1
tmp="$(tempfile)"
total=$(sort -n | tee "$tmp" | wc -l)
# (n + 99) / 100 with integers is effectively ceil(n/100) with floats
count=$(((total * percentile + 99) / 100))
head -n $count "$tmp" | tail -n 1
rm "$tmp"

lewisd32

export PS1='\[\e]0;\u@\h: \w\a\]${debian_chroot:+($debian_chroot)}\u@\h:\w$(tag)\$ '

lewisd32

pcb_width = 21;
pcb_length = 28;
pcb_inset_depth = 1;

base_thickness = 2;
corner_thickness = 1;
corner_x_len = 2;
corner_y_len = 4;
corner_z_height = 3;

lewisd32

width = 23.5;
height = 28;
thickness = 1.5; // thickness of most of the piece
base_thickness = 3; // total thickness of base
waffle_height = 2; // height of base waffle
waffle_thickness = 0.1; // thickness of the waffle fins
waffle_grid = 2; // spacing between waffle fins
edge_height = 6; // height of the edges that go most of the way around
nib_length = 10; // length of the nib holding the PCB in place
nib_height = 2; // How high from the base the nib is

lewisd32

struct PeripheralCommand {
  union {
    struct {
      uint8_t red;
      uint8_t green;
      uint8_t blue;
    };
    struct {
      uint8_t hue;
      uint8_t sat;