What is a primary advantage of the microservices architectur…
Questions
Whаt is а primаry advantage оf the micrоservices architecture оver a monolithic architecture?
Questiоn 3 [CLO 3]: Assembly Instructiоns: This questiоn hаs three pаrts (A, B, C). Answer ALL pаrts. Show your work and reasoning. Part A - Assembly to C Conversion (3 points)Analyze every instruction below and write the equivalent C code. Identify all local variables and the return value. mystery_func:push ebpmov ebp, espsub esp, 8mov dword ptr [ebp-4], 0Ahmov dword ptr [ebp-8], 3mov eax, [ebp-4]shl eax, 2add eax, [ebp-8]mov [ebp-4], eaxmov eax, [ebp-4]mov esp, ebppop ebpret Hint: shl eax, 2 shifts left by 2 bits. What arithmetic operation does this perform? Your Answer (write equivalent C code): Part B - Tricky Assembly Trace & C Conversion (4 points)This code uses an odd/even check, an if-else branch, and a bitwise XOR. tricky_func:push ebpmov ebp, espmov eax, [ebp+8] ; load parameterand eax, 1 ; isolate bit 0test eax, eaxjz even_pathmov eax, [ebp+8]xor eax, 0xFFjmp doneeven_path:mov eax, [ebp+8]shl eax, 1 done:pop ebpret Hints: and eax, 1 isolates the LSB (odd/even). xor eax, 0xFF flips the lower 8 bits. shl eax, 1 = multiply by 2. (i) Trace the code with [ebp+8] = 5 and state the final value in EAX. (2 pts) (ii) Write the equivalent C function. (2 pts) Part C - C to Assembly Conversion (3 points) Convert the following C function into x86-32 Intel syntax assembly. Include a proper prologue, stack-based local variables, branching, and epilogue. int compute(int a, int b) {int result;if (a > b) {result = a - b;} else {result = b - a;}return result;} Requirements: CDECL convention. a at [ebp+8], b at [ebp+12]. result at [ebp-4]. Return value in EAX. Your Answer (write x86-32 Intel syntax assembly):