mov ebp, esp
        push eax
        @@:
        sub esp, 4096-4
        push eax
        jmp @b    

format pe gui 4.0
include 'win32ax.inc'
;stack 512*1024*1024


.code
start:
        invoke  SetUnhandledExceptionFilter, ExceptionHandler
        xor     ecx, ecx
        mov     ebx, esp

.loop:
        inc     ecx
        call    .loop

report:
        mov     esp, ebx
        shl     ecx, 2
        sub     esp, 256
        mov     ebx, esp

        cinvoke wsprintf, ebx, "Stack available at entry point: %u bytes.", ecx

        invoke  MessageBox, 0, ebx, "Report", MB_ICONINFORMATION
        invoke  ExitProcess, 0

ExceptionHandler:
        mov     eax, [esp+4]
        mov     eax, [eax+4] ; EXCEPTION_POINTERS.ContextRecord

        mov     dword [eax+184], report ; CONTEXT.Eip
        mov     eax, -1 ; EXCEPTION_CONTINUE_EXECUTION

   .exit:
        ret     4

.end start    

if ((x >= 10 && x <= 20) || (x >= 30 && x <= 40))
{
 ; ok
}
else
{
 ; no
}    

mov eax,[x]
cmp eax,10
jb .no
cmp eax,40
ja .no
cmp eax,20
jbe .yes
cmp eax,30
jb .no
.yes:
  ;Woo-hoo
jmp .next
.no:
  ;Boo-hoo
.next:    

mov eax, [x]
; (x >= 10 && x <= 20)
cmp eax, 10
setge dl
cmp eax, 20
setle dh
and dl, dh

; (x >= 30 && x <= 40)
cmp eax, 30
setge cl
cmp eax, 40
setle ch
and cl, ch

; ((x >= 10 && x <= 20) || (x >= 30 && x <= 40))
or dl, cl
jz .else
.if:
; ...
jmp .endif
.else:
; ...
.endif:
    

*_*

some few questions:
1. 'setge CL' sets all CL 8bits to 1?
2. is jb = jl ?

but we do not use AND or OR instructions?

Those are bitwise instructions, not logical. They are the equivalent of '&' and '|' in C, not '&&' and '||'

in other words, '&' is bitwise and instruction (acts on individual bits, not the whole number), and '&&' is logical and, which has to be done with comparisons and conditional logic.

POINT:
 .x dd ?
 .y dd ?