RaghavSood

def print_status_line(btc_buy, btc_sell, eth_buy, eth_sell):
    global BTC_LAST_SELL
    global BTC_SELL_COLOR
    global BTC_LAST_BUY
    global BTC_BUY_COLOR 
    global ETH_LAST_SELL
    global ETH_SELL_COLOR 
    global ETH_LAST_BUY
    global ETH_BUY_COLOR
    global LAST_TIME

RaghavSood

import java.lang.Math; 

public class HelloWorld
{
  public static void main(String[] args)
  {
    raghavChecksum(hexStringToByteArray("11D4030043214469E189E1A9E100000000"));
    raghavChecksum(hexStringToByteArray("11D4030088214509E129E14844484449E1"));
  }

RaghavSood

import java.lang.Math; 

public class HelloWorld
{
  public static void main(String[] args)
  {
    generateCheckSum(hexStringToByteArray("11D4030043214469E189E1A9E100000000"));
   	generateCheckSum(hexStringToByteArray("11D4030088214509E129E14844484449E1"));
  }
  

RaghavSood

gistup

RaghavSood

#!/bin/bash
# Fedora64 Ubuntu64 Ubuntu32 Fedora32 
OS='Ubuntu64'
DEB=('Ubuntu' 'elementary OS' 'Lubuntu')
RPM=('Fedora' 'Centos')
DIST='Lubuntu'
SCRAPELINK='https://plex.tv/downloads?channel=plexpass'
SCRAPESTR='data-event-action="Linux" data-event-category="Download-Media-Server'
declare -A array

RaghavSood

# =============================================================
# main PROCEDURE WRITING WORKSHEET
#
# Declare all global variables first
# 	I'm not using any
#
# Write the code for the body of this procedure first,
#   without worrying much about saving/restoring values
#   on/from the stack
#

RaghavSood

# =============================================================
# PROCEDURE WRITING WORKSHEET
#
# How many arguments does this procedure expect?
#
#	1
#
# Where are they going to be?  The first four should be in
#   register $a0-$a3, rest on the stack
#       

RaghavSood

.globl fibonacci

fibonacci:

	addi $sp,$sp,-12 #save in stack
	sw $ra,0($sp)
	sw $s0,4($sp)
	sw $s1,8($sp)

	add $s0,$a0,$zero

RaghavSood

.data
.text
.globl main

main:

loop:
	li $v0,5
	syscall #read an int
	add $a0,$v0,$zero #move to $a0

RaghavSood

#include <stdio.h>

int fibonacci (int n) {
  if (n==0){
    return 0;
  }
  if (n==1){
    return 1;
  } else {
    return (fibonacci(n-1)+fibonacci(n-2));