Assembly Lab 1 Calculation of Fibonacci numbers 586 MODEL FLAT STACK He96 reserve LKB stack reserve storage for data DWORD -104 DATA previous DWORD ? DWORD 7 current 11 number the Fibonacci term to...


Assembly Lab 1<br>Calculation of Fibonacci numbers<br>586<br>MODEL FLAT<br>STACK He96<br>reserve LKB stack<br>reserve storage for data<br>DWORD -104<br>DATA<br>previous<br>DWORD ?<br>DWORD 7<br>current<br>11<br>number<br>the Fibonacci term to calculate<br>12<br>13<br>CODE<br>35<br>16<br>19<br>mainCRTStartup PROC<br>start<br>mov<br>mov<br>ecx number<br>eax 1<br>18<br>Current 0<br>1:<br>Cax previouS<br>edx current<br>eax = current previown<br>previous= current<br>add<br>21<br>22<br>23<br>AQUE<br>mov<br>current, eax<br>xpa snoTABzd<br>20<br>mov<br>Loop<br>25<br>26<br>ret<br>mainCRTStartup ENDA<br>END<br>Using the debugger:<br>Place a breakpoint in line 25 and fill the values in the below table ach time the break point is hit<br>EAX<br>ECX<br>EDX<br>

Extracted text: Assembly Lab 1 Calculation of Fibonacci numbers 586 MODEL FLAT STACK He96 reserve LKB stack reserve storage for data DWORD -104 DATA previous DWORD ? DWORD 7 current 11 number the Fibonacci term to calculate 12 13 CODE 35 16 19 mainCRTStartup PROC start mov mov ecx number eax 1 18 Current 0 1: Cax previouS edx current eax = current previown previous= current add 21 22 23 AQUE mov current, eax xpa snoTABzd 20 mov Loop 25 26 ret mainCRTStartup ENDA END Using the debugger: Place a breakpoint in line 25 and fill the values in the below table ach time the break point is hit EAX ECX EDX

Jun 11, 2022
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