# DOG

*Not to be confused with Dog.*

**DOG** is an esoteric programming language created by Jeremy Ruten. The commands in this program are supposed to look like commands you'd give to a dog. Numbers are represented as piles of cookies. Piles of cookies (numbers) are stored in **dish**es, **plate**s, and the **floor**. Dishes are named dish0, dish1, ..., dish9. Plates are named plate0, plate1, ..., plate9. So you only have 10 dishes and 10 plates. The floor should hold as many numbers as you want. When you get a number from the floor, the dog (the interpreter) will choose a random number from the floor that isn't 0. Negative numbers are allowed.

Each command must be seperated by a newline. Any command can be preceded with a number or variable (dish**x**, plate**x**, or floor). This number or variable tells the dog how many times to execute that command. This is where the difference between dishes and plates comes in. If a dish variable precedes a command, the command is executed however many cookies is in that dish. But if a plate variable precedes a command, the command is only executed once if the number of cookies on the plate is not 0. If the number of cookies on the plate is 0, the command isn't executed at all. This is useful for making the equivalent of a "jump if not zero" command.

Comments start with **0** (which means "execute this command 0 times") and end at the next newline. If you try to do a command a negative number of times, the command won't be executed at all.

## Command list

Where **X** appears, you can replace it with dishX, plateX, floor, or a number. Where **V** appears, you can replace it with dishX, plateX, or floor, but NOT a number. If **X** or **V** appears in square brackets, it's optional.

**fetch X**- Place X cookies into dog's mouth, adding onto whatever number is already there.**drop V**- Move cookies from dog's mouth into V, adding onto whatever number is already there.**pickup V**- Move cookies from V to dog's mouth, adding onto whatever number is already there.**eat [X]**- Subtract X amount of cookies from dog's mouth. If X isn't provided, dog eats all cookies.**clear V**- Resets V to 0. If V is floor, it resets the entire floor to 0.**die**- Ends the program. Dog dies. :(**take**- Waits for user to input a number and adds that number to the dog's mouth.**show**- Prints the number that is in the dog's mouth.**give**- Prints the number that is in the dog's mouth and resets dog's mouth to 0.**bark "string"**- Prints whatever is in the quotes to the screen. Use \n to print a newline.**jump label_name**- Jumps to the label label_name.**label label_name**- Where a jump command jumps to when jumping to the label "label_name".

## Examples

### Adding

2 take give

### Subtracting

take drop dish1 take drop dish2 pickup dish1 eat dish2 give

### Multiplying

take drop dish1 take drop dish2 dish1 fetch dish2 give

### Rolling a dice

fetch 1 drop floor fetch 2 drop floor fetch 3 drop floor fetch 4 drop floor fetch 5 drop floor fetch 6 drop floor pickup floor bark "You rolled a " give

### Adding test

0 Store numbers 1 to 100 on the floor fetch 100 drop plate1 label loop pickup plate1 drop dish1 fetch dish1 drop floor pickup dish1 eat 1 drop plate1 plate1 jump loop 0 Reset dish1 and dog's mouth to 0 pickup dish1 eat 0 Store the random numbers into dish1 and dish2 fetch floor drop dish1 fetch floor drop dish2 0 Write the question "What is x + y?" bark "What is " fetch dish1 give bark " + " fetch dish2 give bark "? " 0 Get the answer, store it in dish3 fetch dish1 fetch dish2 drop dish3 0 Take user's guess take 0 Check if it's right by subtracting the real answer from their guess and checking if the result is 0 eat dish3 drop plate1 plate1 bark "Wrong!" plate1 die bark "Right!"

### Hello world

bark "Hello world!\n"

### Fibonacci numbers

0 This is how many numbers will be shown (has to be at least 4, otherwise it'll be an infinite loop fetch 4 0 Subtract 3 from the above number before storing it, because of the initial two numbers and ending number eat 3 drop plate1 0 Store the initial two numbers (1 and 1) into dish1 and dish2, and also display them fetch 1 show bark ", " drop dish1 fetch 1 show bark ", " drop dish2 label loop 0 Show the next number fetch dish1 fetch dish2 show bark ", " 0 Temporarily store result in dish3 clear dish3 drop dish3 0 Store whatever's in dish2 into dish1, and store the result into dish2 clear dish1 pickup dish2 drop dish1 pickup dish3 drop dish2 0 Decrement plate1 pickup plate1 eat 1 drop plate1 plate1 jump loop 0 Show the last number outside the loop (otherwise a comma would be printed after it) fetch dish1 fetch dish2 show

### 99 bottles of beer

fetch 99 drop plate1 label loop pickup plate1 show bark " bottles of beer on the wall, " show bark " bottles of beer.\n" bark "Take one down and pass it around, " eat 1 show bark " bottles of beer on the wall.\n\n" drop plate1 plate1 jump loop bark "No more bottles of beer on the wall, no more bottles of beer.\n" bark "Go to the store and buy some more, 99 bottles of beer on the wall."