; This simple program simply adds to 32-bit integers together
; and stores the results back in memory

segment .data	
	integer1	dd    15	; first int
	integer2	dd     6	; second int

segment .bss
	result	resd	1	; result

segment .text
	global asm_main
asm_main:
	enter	0,0
	pusha	
	mov 	eax, [integer1] 	; eax = first integer
	add 	eax, [integer2]		; eax += second integer
	mov 	[result], eax		; result = eax
	popa
	mov	eax, 0
	leave
	ret

; This simple program simply adds to 32-bit integers together
; and stores the results back in memory

%include "asm_io.inc"

segment .data	
	integer1	dd    15	; first int
	integer2	dd     6	; second int

segment .bss
	result	resd	1	; result

segment .text
	global asm_main
asm_main:
	enter	0,0
	pusha	
	mov 	eax, [integer1] 	; eax = first integer
	add 	eax, [integer2]		; eax += second integer
	mov 	[result], eax		; result = eax
	call	print_int		; print the result
	popa
	mov	eax, 0
	leave
	ret

; This simple program simply adds to 32-bit integers together
; and stores the results back in memory

%include "asm_io.inc"

segment .data
	msg1	db	"Enter a number: ", 0
	msg2	db	"The sum of ", 0
	msg3	db	" and ", 0
	msg4	db	" is: ", 0

segment .bss
	integer1		resd     1	; first integer	
	integer2		resd     1	; second integer
	result		resd     1	; result

segment .text
        global  asm_main
asm_main:
	enter	0,0			; setup
	pusha				; setup
	mov 	eax, msg1	    	; note that this is a pointer!
	call	print_string
	call	read_int	    	; read the first integer
	mov 	[integer1], eax   	; store it in memory
	mov	eax, msg1		; note that this is a pointer!
	call 	print_string
	call	read_int	    	; read the second integer
	mov 	[integer2], eax   	; store it in memory
	mov 	eax, [integer1]   	; eax = first integer
	add 	eax, [integer2]   	; eax += second integer
	mov 	[result], eax	    	; store the result
	mov 	eax, msg2	    	; note that this is a pointer
	call	print_string
	mov	eax, [integer1]   	; note that this is a value
	call 	print_int
	mov 	eax, msg3	    	; note that this is a pointer
	call	print_string
	mov	eax, [integer2]   	; note that this is a value
	call 	print_int
	mov 	eax, msg4	    	; note that this is a pointer
	call	print_string
	mov	eax, [result]  		; note that this is a value
	call 	print_int
	call	print_nl
	popa				; cleanup
	mov	eax, 0			; cleanup
	leave				; cleanup
	ret				; cleanup

; This simple program demonstrate that the processor
; uses Little Endian

%include "asm_io.inc"

segment .data	
	bytes	dd	06C697665h	; "live"
	end	db	0	       	; null

segment .text
	global asm_main
asm_main:
	enter		0,0
	pusha
	mov		eax, bytes	; note that this is an address
	call		print_string	; print the string at that address
	call		print_nl	; print a new line
	mov		eax, [bytes]	; load the 4-byte value into eax
	dump_mem	0, bytes, 1	; display the memory
	dump_regs	0		; display the registers
	pusha
	popa
	mov		eax, 0
	leave
	ret