Data commit

Task/Multi-dimensional-array/X86-64-Assembly/multi-dimensional-array-1.x86-64

@@ -0,0 +1,69 @@
+option casemap:none
+
+printf  proto :qword, :vararg
+exit    proto :dword
+
+ROW_LEN   equ (4*4)
+MEM_SIZE  equ 4
+
+.data
+;; A 2d array - 2 rows, 4 columns
+;; int twodimen[2][4] = { {0,1,2,3},
+;;                        {4,5,6,7}};
+twodimen   db 48 dup (0)
+tpl        db "%d",13,10,0
+
+.code
+main proc
+  local cols:qword
+
+  lea rbx, twodimen
+  mov cols, 0
+  ;; Forgive me for the multiple loops, I'm just to lazy to
+  ;; do the conditional jumps required for 2 for loops. -.-
+  @1:
+    mov rcx, cols
+    mov dword ptr [rbx+0*ROW_LEN + rcx*MEM_SIZE], ecx    ;; first row, rcx column
+    inc cols
+    cmp cols, 3
+    jle @1
+
+  mov cols, 0
+  mov rdx, 4
+  @2:
+    mov rcx, cols
+    mov dword ptr [rbx+1*ROW_LEN + rcx*MEM_SIZE], edx    ;; second row, rcx column
+    inc cols
+    inc edx
+    cmp cols, 3
+    jle @2
+
+  invoke printf, CSTR("--> Printing columns in row 1",10)
+  mov cols, 0
+  @3:
+    mov rcx, cols
+    mov esi, dword ptr [rbx+0*ROW_LEN + rcx*MEM_SIZE]
+    lea rdi, tpl
+    call printf
+    inc cols
+    cmp cols, 3
+    jle @3
+
+  invoke printf, CSTR("--> Printing columns in row 2",10)
+  mov cols, 0
+  @4:
+    mov rcx, cols
+    mov esi, dword ptr [rbx+1*ROW_LEN + rcx*MEM_SIZE]
+    lea rdi, tpl
+    call printf
+    inc cols
+    cmp cols, 3
+    jle @4
+
+
+  mov rax, 0
+  xor edi, edi
+  call exit
+  leave
+  ret
+main endp

Task/Multi-dimensional-array/X86-64-Assembly/multi-dimensional-array-2.x86-64

@@ -0,0 +1,4 @@
+mov dword ptr [rbp-48], 0
+mov dword ptr [rbp-44], 1
+.....
+mov ecx, dword ptr [rbp-48]