Parse simple Input file and generate output file

Hello, I need a simple command line application (in C/C++ with Visual Studio) that accepts one input file and generate one output (parsed) file. The command line arguments are: ParseTests [login to view URL] [login to view URL] test_name bits "test_name" is just a simple string (word) "bits" can be the string "32" or the string "64" This is an example test input file: ************************************* Test Number: 0 ------------------- 04240000h push eax 04240001h mov eax, DEAD14C6h 04240006h add cx, word ptr [eax] 04240009h pop eax 0424000ah jnp 04240012h 04240010h shl cl, cl 04240012h jmp 04240018h 04240013h mov eax, DEAD052Ah 04240018h and word ptr [eax], 38B8h Test Number: 1 ------------------- 04240000h push edx 04240001h ja 04240024h 0424001ch pop ebx 0424001dh jnl 0424002Bh 04240023h push esi 04240024h jbe 04240029h 04240029h mov dword ptr [esi], edx 0424002bh pop esi ************************************* The output file is generated as following: 1) Replace all "DEAD" strings with "0DEAD" 2) Replace all " ptr [" with " [" 3) This is the one a bit more complex: All jump instructions (JMP, JNZ, JZ, JA, JAE, JBE, JB, JG, JGE, JL, JLE, JNO, JNP, JNS, JO, JP, JS) contains an address next to it. That address should be converted as "labelX" (X is an incremental counter) In the left column, you can see an hexadecimal address. That hexadecimal address is removed, but the ones that are referenced by "jumps" are converted at the corresponding label. Please, look at the output file for better understanding This is the output file for the above example (notice that some "headers" are generated). Notice that "32" (in the BITS section) is taken from the command line argument "bits". Suppose that we passed as "test_name" command line argument the string "test_random" ************************************* [test_random_1] { BITS { 32 } EXECUTE { push eax mov eax, 0DEAD14C6h add cx, word [eax] pop eax jnp label1 shl cl, cl label1: jmp label2 mov eax, 0DEAD052Ah label2: and word [eax], 38B8h } } [test_random_2] { BITS { 32 } EXECUTE { push edx ja label1 pop ebx jnl label2 push esi label1: jbe label3 label3: mov dword [esi], edx label2: pop esi } } ************************************* Attached you have a longer input file sample so you can test better.