Linear Algebra
September 29, 2020
image/svg+xml
Seymour (left), Katherine (middle), Isaac (right)
Characters displayed with computers and other belongings.
Non-main characters displayed after main characters.
(Archie)
(Cassie)
(Salandra van Ido-Carantha)
Nigel
Tara
Sally Constance
Bill
Geoffrey
Samuel and Samantha
Katherines twin cousins
Diaper (for infant characters)
Ethan
Harold
Hey Seymour!
Whatcha doing?
I'm practicing
linear algebra.
Isn't that x86_64
Linux assembly?
Nope.
Its linear
algebra.
Observe.
section .data
message db 72,105
length equ $-message
section .text
global _start
_start:
mov eax, 4
mov ebx, 1
mov ecx, message
mov edx, length
int 80h
section .data
message db 72,105
length equ $-message
section .text
global _start
_start:
mov ((eax, 4)(ebx, 1)(ecx, message)(edx, length))
int 80h
section .data
length equ $-message
section .text
global _start
_start:
mov ((eax, 4)(ebx, 1)(ecx, db(72, 105))(edx, length))
int 80h
section .data
length equ $-message
section .text
mov ((eax, 4)(ebx, 1)(ecx, db(72, 105))(edx, length))
int 80h
section .text
mov ((eax, 4)(ebx, 1)(ecx, db(72, 105))(edx, $-message))
int 80h
section .text
mov $*((eax, 4)(ebx, 1)(ecx, db(72, 105))(edx, -message))
int 80h
section .text
mov 0=$*((eax, 4)(ebx, 1)(ecx, db(72, 105))(edx, -message))
int 80h
section .text
mov $*((eax, 4)(ebx, 1)(ecx, db(72, 105))(edx, -message))=0*(int 80h)
section .text
mov ((eax, 4)(ebx, 1)(ecx, db(72, 105))(edx, -message))=0/$*(int 80h)/$
section .text
mov ((eax, 4)(ebx, 1)(ecx, db(72, 105))(edx, -message))=0/$^2
section .text
mov (eax*ebx*ecx * edx, 4 * db(72, 105) * -message)=0
section .text
mov 1*(eax*ebx*ecx * edx, 4 * db(72, 105) * -message)=0
section .text
mov 1=0
section .text
mov 0=-1
(section .text) * mov*0=-1
0=-1
0 = 1
Assembly
is evil.
Halloween comics will be justified in two days!
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