| from pwn import * | |
| chal = ELF("./chal") | |
| context.binary = chal | |
| musl = ELF("./libc.musl-x86_64.so.1") | |
| mimalloc = ELF("./libmimalloc.so.2.2") | |
| r = remote("doremi.chal.uiuc.tf", 1337, ssl=True) |
| vals = [1804289383, | |
| 846930886, | |
| 1681692777, | |
| 1714636915, | |
| 1957747793, | |
| 424238335, | |
| 719885386, | |
| 1649760492, | |
| 596516649, | |
| 1189641421, |
| from pwn import * | |
| import rand_vals as rv | |
| def get_hex(s, delim=b"0x"): | |
| mlprint(s) | |
| l = s.split(delim) | |
| numbers = [] | |
| for seg in l[1:]: | |
| try: | |
| numbers.append(int(seg.split()[0], 16)) |
| with open("vmvm.vm", "rb") as vm_file: | |
| vm = vm_file.read() | |
| addrs_to_lines = {} | |
| def read_int(counter): | |
| global vm | |
| return vm[counter] \ | |
| + (vm[counter + 1] << 8) \ |
Hint:
My C++ code won't type check. Can you fix that for me?
Note: you will need to set -ftemplate-depth=10000 when compiling.
This was a C++ rev challenge involving the template system. It had an input which was the flag, and an input that was the program. It created lists using some variadic templates, and then could use stack like behavior by popping or pushing by invoking further templates.
| import cv2 | |
| import numpy as np | |
| import sys | |
| colors = [" ", "____", "/**/", "iiii", "aaaa", "aaaa"] | |
| multiplier = len(colors) - 1 | |
| def read_greyscale(imagename): | |
| img = cv2.imread(imagename) |