.386                   ; support x386 instruction set
.model flat, stdcall   ; always flat model, using stdcall
.stack 100h            ; allocate a tiny stack
option casemap:none    ; linking is case sensitive

.data
    hello       byte    'Parameetrite arv: ',0 ; initialized array
    myInt       dword   0               ; initialized int

.data? ; ? means 'uninitialized' (.bss segment)
    stdout      dword   ?               ; stdout handle
    stdin       dword   ?               ; stdin handle

    sbuffer     byte    80 DUP(?)       ; 80 uninit bytes
    sbuffer2    byte    80 DUP(?)       ; 80 uninit bytes


.code
    ;--------- include Windows API ---------
    include     C:\\masm32\\include\\windows.inc
    include     C:\\masm32\\include\\kernel32.inc
    includelib  C:\\masm32\\lib\\kernel32.lib
    include     C:\\masm32\\include\\masm32.inc
    includelib  C:\\masm32\\lib\\masm32.lib

    ;---------------------------------------

;----- standard main procedure ---------
main proc argc:dword, argv:ptr byte
    LOCAL   written:dword

    call    AllocConsole                   ; attach a console
    ;invoke  GetStdHandle, STD_OUTPUT_HANDLE ;
    ;mov     [stdout], eax                  ; stdout = handle
    ;invoke  GetStdHandle, STD_INPUT_HANDLE ;
    ;mov     [stdin], eax                   ; stdin = handle

    ;invoke WriteFile, stdout, offset hello, 26, addr written, 0
    ;print 'Test!'
    invoke szappend, offset sbuffer, offset hello, 0
    mov     ecx,    eax
    add     argc,  48
    mov     edx,    offset sbuffer2
    mov     eax,    argc
    mov     ah,     0
    mov     [edx],  eax
    invoke szappend, offset sbuffer, offset sbuffer2, ecx
    invoke StdOut, ADDR sbuffer
    invoke StdIn, offset sbuffer, 80
    ;invoke ReadFile, stdin, offset sbuffer, 80, addr written, 0
    ret
main endp

; mark the starting address of the program
end main ; syntax: [end [program start address]]