hikilaka

; loop02.s.arm
.text
.global main
main:
    mov r0, #0  ; accumulator
    mov r1, #1  ; step
    b check_loop
loop:
    add r0, r1  ; accumulator += step
    add r1, #1  ; step += 1

hikilaka

.text
.global main

; r0 = accumulator
; r1 = first
; r2 = second
; r3 = step
main:
    mov r1, #0
    mov r2, #1

hikilaka

/* array03.s.arm */

.data
.balign 4       // array of 100 integers (4 bytes each)
a: .skip 400 

.balign 4       // struct of 1 char and 1 integer
s: .skip 8      // 8 bytes in total for padding (4-byte aligned)

.text

hikilaka

; input01.s.arm
.data
.balign 4       ; scanf format
in_format: .asciz "%d"

.balign 4       ; printf format
out_format: .asciz "%d\n"

.balign 4       ; read number from stdin
input_num: .word 0

hikilaka

.data

.balign 4
zero_file: .string "/dev/zero"

.balign 4
fail_open_msg: .ascii "cannot open /dev/zero!\n"
.set fail_open_msg_sz, . - fail_open_msg

.balign 4

hikilaka

.data
.balign 4
strbuf: .skip 25
.set strbuf_sz, . - strbuf

.balign 4
newline: .ascii "\n"
.set newline_sz, . - newline

.text

hikilaka

require 'cinch'
require 'nokogiri'
require 'open-uri'

class FML
    include Cinch::Plugin

    match /fml/

    def initialize(*args)

hikilaka

public void method212(int i, int j, int k, int l, int i1) {
		int j1 = 256 - i1;
		int k1 = (l >> 16 & 0xff) * i1;
		int l1 = (l >> 8 & 0xff) * i1;
		int i2 = (l & 0xff) * i1;
		int i3 = j - k;
		if (i3 < 0)
				i3 = 0;
		int j3 = j + k;
		if (j3 >= menuDefaultHeight)

hikilaka

.device ATmega328P

.org 0x0000
	jmp reset

; mem loc for interript 0
.org 0x0002
	jmp button_pushed

button_pushed:

hikilaka

#!/bin/bash

REDTEXT="\e[91m"
GREENTEXT="\e[92m"
PLAINTEXT="\e[39m"

err_str() {
    echo -e "$(echo $REDTEXT)$1$(echo $PLAINTEXT)"
}