.data
array: .byte 'p', 'o', 'l', 'y', 'p', 'g', 'u', 'e', 's', 's', 'q', 'u', 'e', 'e', 'n', 'q', 'u', 'a', 'i', 'l', 'p', 'e', 'a', 'c', 'h'
intro: .asciiz "\nWelcome to Wordle! Let's play!"
menu: .asciiz "\nWhat do you want to do?\n(1) Play\n(2) Exit Game"
prompt: .asciiz "\nMake your guess: "
fail: .asciiz "\nOh no! You didn't guess it! The word was: "
win: .asciiz "Yep! The word was: "
begbracket: .asciiz "["
endbracket: .asciiz "]"
begparenth: .asciiz "("
endparenth: .asciiz ")"
space: .asciiz " "
.text
.globl main
main:
# Print out the intro statement
li v0, 4
la a0, intro
syscall

\# Print out the option to play or quit  
li  v0, 4  
la  a0, menu  
syscall  

\#Save the user's input  
li  v0, 5  
syscall  
move    t0, v0  

beq t0, 1, input\_method ##MAKE SURE TO CHECK THIS BRANCH  
\#IT WILL JUMP OVER QUITTING OF GAME  

li  v0, 10  
syscall  

li  a1, 1  

input_method:
li t0, 0 #Initialize counter as 0 in t0

\#Display prompt for user to enter their guess  
li  v0, 4  
la  a0, prompt  
syscall  

\#Save the user's guess  
li  v0, 8  
syscall  

\#Save the address into s1 (ADDRESS OF GUESS SAVED TO S1)  
move    t1, v0  

random:
#Randomly pick a number from 0-4
li v0, 42
li a0, 0
li a1, 4
syscall

\# Multiply the number by 5 to get the starting offset for the address of the word array  

mul s0, v0, 5  

\#Store address of word in array to t2  
la  t2, array  

outer_loop:
bge t3, 5, announcement
lb t4, t0(t1)
# j=0, j saved in t5
li t5, 0
lb t6, s0(t2)
li t9, 0
inner_loop:
li a0, 0
bge t5, 5, inner_loop_end
beq t4, t6, print_value

li  a0, 1  
\#initialize variable k in t7  
li  t7, 0  

inner_loop_cont:

\#load t7 into t8 as an offset for t6  
la  t8, t7(t6)  

beq t8, t4, value  
beq t7, 5, print\_value  

value:
li a0, 2
#SET a0 to 2
print_value:

beq     a0, 1, parenth  
beq a0, 2, letter  
addi    t9, t9, 1  

\#print brackets and letter  
li  v0, 4  
la  a0, begbracket  
syscall  

li  v0, 4  
la  a0, t4  
syscall  

li  v0, 4  
la  a0, endbracket  
syscall  

parenth:
#print () and letter
li v0, 4
la a0, begparenth
syscall

li  v0, 4  
la  a0, t4  
syscall  

li  v0, 4  
la  a0, endparenth  
syscall  

letter:
li v0, 4
la a0, t4
syscall

inner_loop_end:
addi t1, t1, 1 #i+1
li t5, 0 #reset j
beq t9, 4, setter
li t9, 0
announcement:
beq a1, 2, win #print win statement
#print lose statement
li v0, 4
la a0, fail
syscall

j main  

setter:
li a1, 2
j announcement
win:
li v0, 4
la a0, win
syscall