xcc | Toy C compiler for x86-64/aarch64/wasm | Compiler library

Configure the job with the PROCESS-TASK option to use the com.marklogic.developer.corb.ExportBatchToFileTask class, which will write the results of each process module invocation to an output file. You can configure where to write the file and the filename with EXPORT-FILE-NAME and EXPORT-FILE-DIR options. If you don't configure the EXPORT-FILE-DIR and just give it a filename with EXPORT-FILE-NAME it writes relative from where CoRB is launched.

You must add the certificates inside server block on nginx.conf:

For starters, the TLS length field is wrong. Wireshark's TCP dissector indicates that the TCP payload length is 78 bytes; yet the TLS length is 165 (0x00a5), and thus can't be correct. Also, the handshake length is wrong too. Try changing this:

each float is 4 bytes of data (typically... not always... again you need to consult the docs for whatever p[ayload you need)

but assuming that /13/raw is easy enough for you and the rest is what you need to decode

if we assume that \x00 is some sort of delimiter we are left with the bytestring as follows

I don't know where you see the value 0x119, but BYTE bootstrap[12] is a BYTE array.

So assigning bootstrap[i++] = sizeof(bootstrap) + shellcodeALength - i - 4; will store the lowest byte of the expression in bootstrap[i++] and ignore the rest, hence can never go above 255.

You probably want something like this instead:

As @MikeCAT and @Remy Lebeau said : sprintf(char_array, "\xAA\xBB\xCC%c\xEE", '0'); work. The issue was that later in my code I have a strlen(char_array) which returned :

6 for sprintf(char_array, "\xAA\xBB\xCC\xDD\xEE", 22); and

4 for sprintf(char_array, "\xAA\xBB\xCC%c\xEE", 0);

So for now i will fix the size at 6. Thanks for your help.

I would avoid constructing check_bytes, since that will consume unnecessary storage in memory when n is very large. So my approach would be to use a loop or an equivalent comprehension.

Additional considerations:

• I assume you don't want an exception if the string is too short, so I added some logic for that case. I think len(inp_bytes) is a constant time operation, so this should be fast.
• I'm using the fact that a byte y is "True" when non-zero, I'm pretty sure that's as fast a way as any, but benchmarking could confirm that if you're really after all the nanoseconds you can save.
• You can use bitwise operations to test the last nibble if n is odd. Note that in Python, bitwise operations are defined on bytes, but not in sequences of bytes. b'\xf0' is a sequence of bytes, so & b'\xf0' yields an exception. b'\xf0'[0] is the first (and only) byte in that sequence, and that's accepted as an operand of &.
• EDIT: you clarified in the comments you only want inp_bytes returned if the number of leading zeros exactly equals n--logic added to check that the next nibble is non-zero.

With all that in mind, this is my solution:

if you know what you want to search , just search .

I assume that you have python-like string representation in variable s: