Binso

display.setStatusBar( display.HiddenStatusBar )

local slotsGroup = display.newGroup()
local machineGroup = display.newGroup()

local _W = display.contentWidth
local _H = display.contentHeight
local mr = math.random

local credit = 10

Binso

(function($){
    
    var contacts = [
        { name: "Contact 1", address: "1, a street, a town, a city, AB12 3CD", tel: "5555555555", email: "myemail.me.com", type: "family" },
        { name: "Contact 2", address: "2, a street, a town, a city, AB12 3CD", tel: "4444444444", email: "youremail.me.com", type: "friend" },
        { name: "Contact 3", address: "3, a street, a town, a city, AB12 3CD", tel: "3333333333", email: "theiremail.me.com", type: "friend" },
        { name: "Contact 4", address: "4, a street, a town, a city, AB12 3CD", tel: "2222222222", email: "hisemail.me.com", type: "colleague" },
        { name: "Contact 5", address: "5, a street, a town, a city, AB12 3CD", tel: "1111111111", email: "heremail.me.com", type: "family" }
    ];
} (jquery));

Binso

print ( "Welcome, to the World of Games and I'm the god of this world people call Kami, other knows me as the Narrator." )
print ( "Oh, great adventure could I ask you your name? (Insert Name)" )

myName = raw_input()

 if myName == 'Kami':
  print ( "Hey my name is Kami you can't use this name!" )
 
 else
  print ( "Uhh, nice name I guess. Well let's get the show on the road, oh yeah can I ask you how old you are? (Insert Age)" )

Binso

# Setting up conditional statement

print("Enter Your age")
myAge = raw_input()

if myAge >= 10: # The state of an if / else statement
    print( "You're not a kid anymore." )
elif myAge <= 19: # Use elif for additional conditions... kinda like elseif
    print( "You must be a teen!" )
    

Binso

-- Creating a class, or the blueprints for our objects in games and apps

-- Making a class is just like a function

function animalFactory( name )
  local animal = { -- a table with the values of our animal object
    name = "kitteh",
    says = "nyan",
    position = { x = 0, y = 0 }
  }

Binso

-- Functions are special instructions packed into a function keyword
-- They allow you to pack complex instructions for reuse

local function addMe( a, b ) -- in this function, a and b are what's being fed in. We call these arguments
  if tonumber( a ) and tonumber( b ) == true then
    return a + b
  else 
    return "You can't add these"
  end
print( "Enter a number " )

Binso

-- How to create tables... or super variables and put them to use

-- Tables are containers for values
myTable = { 1, 2, 3, 4, 5, 6 }

-- now, let's walk through our table 
for i = 1, 6 do
  print( myTable[ i ] )-- i is the index or the current position in the table
end

Binso

-- teaching our computer to make decisions

-- To start, let's create some variables that track our input
print( "Hey, are you tired right now? ( type yes or no ) " )
tired = io.flush() -- makes our tired variable what we type in

print( "I almost forgot, what's your name?" )
myName = io.flush()

-- Now we add some basic conditions

Binso

-- teaching our computer to make decisions

-- To start, let's create some variables that track our input
print( "Hey, are you tired right now? ( type yes or no ) " )
tired = io.flush() -- makes our tired variable what we type in

print( "I almost forgot, what's your name?" )
myName = io.flush()

-- Now we add some basic conditions