{"filepath": "/sandbox/913260f2a9.txt"}

{"result":"An old intelligence officer used to hide secrets in plain sight - not with ciphers,‌​‌‌​‌‌‌‌​‌​‌‌‌​‌​‌​​‌‌‌‌​​​​‌​​‌​​‌‌​‌​‌​​‌‌‌​​‌​​‌‌​‌​‌‌​​‌‌​‌‌​​‌‌​‌‌‌‌​​​‌‌​‌‌​​​‌‌​‌‌​​‌​‌‌‌‌​​‌​​‌‌​​‌‌‌​​‌‌​​‌​‌‌‌‌​​‌​‌‌‌‌​​‌​​​‌​​‌‌​‌​‌‌​​ but with silence. His final message looks ordinary, but those who know how to look​‌‌​‌‌​​‌​​‌‌‌​​‌‌‌​‌‌​​‌‌​‌‌‌​​‌‌‌​‌​​‌‌‌‌​‌​​‌‌‌‌​‌‌​​‌‌‌‌‌​​‌‌​‌‌‌​​‌‌‌‌​‌​​‌‌​‌​‌‌​​‌‌​​‌‌​​‌​​​‌‌​​‌‌​​‌‌​​‌​‌​‌‌​​​‌‌‌‌​​‌‌‌​‌‌​​‌‌‌​‌‌​​​​​‌​ can see patterns between the letters… invisible marks that speak louder than words."}

{"filepath": "/sandbox/analyze_whitespace.py", "content": "#!/usr/bin/env python3\n\nwith open('/sandbox/913260f2a9.txt', 'rb') as f:\n    content = f.read()\n\n# Detect zero-width characters\nzero_width_chars = {\n    b'\\xe2\\x80\\x8b': 'ZWSP',  # Zero Width Space\n    b'\\xe2\\x80\\x8c': 'ZWNJ',  # Zero Width Non-Joiner\n    b'\\xe2\\x80\\x8d': 'ZWJ',   # Zero Width Joiner\n    b'\\xe2\\x80\\x8e': 'LRM',   # Left-to-Right Mark\n    b'\\xe2\\x80\\x8f': 'RLM',   # Right-to-Left Mark\n    b'\\xe2\\x81\\xa0': 'WJ',    # Word Joiner\n}\n\nprint(\"Raw bytes (hex):\")\nprint(content.hex())\nprint(\"\\n\" + \"=\"*80)\n\n# Extract zero-width characters\nextracted = []\ni = 0\nwhile i < len(content):\n    found = False\n    for byte_seq, name in zero_width_chars.items():\n        if content[i:i+len(byte_seq)] == byte_seq:\n            extracted.append(name)\n            print(f\"Found {name} at position {i}\")\n            i += len(byte_seq)\n            found = True\n            break\n    if not found:\n        i += 1\n\nprint(\"\\n\" + \"=\"*80)\nprint(f\"\\nTotal zero-width characters found: {len(extracted)}\")\nprint(\"\\nSequence:\")\nprint(' '.join(extracted))\n\n# Try binary encoding (ZWNJ=0, ZWJ=1)\nif 'ZWNJ' in extracted or 'ZWJ' in extracted:\n    binary = ''.join('0' if x == 'ZWNJ' else '1' if x == 'ZWJ' else '' for x in extracted)\n    print(f\"\\nBinary (ZWNJ=0, ZWJ=1): {binary}\")\n    \n    # Convert to ASCII\n    if len(binary) % 8 == 0:\n        result = ''\n        for i in range(0, len(binary), 8):\n            byte = binary[i:i+8]\n            result += chr(int(byte, 2))\n        print(f\"\\nDecoded text: {result}\")\n"}

{"result":"/sandbox/analyze_whitespace.py"}

{"command": "python3 /sandbox/analyze_whitespace.py"}

{"exitCode":0,"stdout":"Raw bytes (hex):\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\n\n================================================================================\nFound ZWNJ at position 83\nFound ZWSP at position 86\nFound ZWNJ at position 89\nFound ZWNJ at position 92\nFound ZWSP at position 95\nFound ZWNJ at position 98\nFound ZWNJ at position 101\nFound ZWNJ at position 104\nFound ZWNJ at position 107\nFound ZWSP at position 110\nFound ZWNJ at position 113\nFound ZWSP at position 116\nFound ZWNJ at position 119\nFound ZWNJ at position 122\nFound ZWNJ at position 125\nFound ZWSP at position 128\nFound ZWNJ at position 131\nFound ZWSP at position 134\nFound ZWNJ at position 137\nFound ZWSP at position 140\nFound ZWSP at position 143\nFound ZWNJ at position 146\nFound ZWNJ at position 149\nFound ZWNJ at position 152\nFound ZWNJ at position 155\nFound ZWSP at position 158\nFound ZWSP at position 161\nFound ZWSP at position 164\nFound ZWSP at position 167\nFound ZWNJ at position 170\nFound ZWSP at position 173\nFound ZWSP at position 176\nFound ZWNJ at position 179\nFound ZWSP at position 182\nFound ZWSP at position 185\nFound ZWNJ at position 188\nFound ZWNJ at position 191\nFound ZWSP at position 194\nFound ZWNJ at position 197\nFound ZWSP at position 200\nFound ZWNJ at position 203\nFound ZWSP at position 206\nFound ZWSP at position 209\nFound ZWNJ at position 212\nFound ZWNJ at position 215\nFound ZWNJ at position 218\nFound ZWSP at position 221\nFound ZWSP at position 224\nFound ZWNJ at position 227\nFound ZWSP at position 230\nFound ZWSP at position 233\nFound ZWNJ at position 236\nFound ZWNJ at position 239\nFound ZWSP at position 242\nFound ZWNJ at position 245\nFound ZWSP at position 248\nFound ZWNJ at position 251\nFound ZWNJ at position 254\nFound ZWSP at position 257\nFound ZWSP at position 260\nFound ZWNJ at position 263\nFound ZWNJ at position 266\nFound ZWSP at position 269\nFound ZWNJ at position 272\nFound ZWNJ at position 275\nFound ZWSP at position 278\nFound ZWSP at position 281\nFound ZWNJ at position 284\nFound ZWNJ at position 287\nFound ZWSP at position 290\nFound ZWNJ at position 293\nFound ZWNJ at position 296\nFound ZWNJ at position 299\nFound ZWNJ at position 302\nFound ZWSP at position 305\nFound ZWSP at position 308\nFound ZWSP at position 311\nFound ZWNJ at position 314\nFound ZWNJ at position 317\nFound ZWSP at position 320\nFound ZWNJ at position 323\nFound ZWNJ at position 326\nFound ZWSP at position 329\nFound ZWSP at position 332\nFound ZWSP at position 335\nFound ZWNJ at position 338\nFound ZWNJ at position 341\nFound ZWSP at position 344\nFound ZWNJ at position 347\nFound ZWNJ at position 350\nFound ZWSP at position 353\nFound ZWSP at position 356\nFound ZWNJ at position 359\nFound ZWSP at position 362\nFound ZWNJ at position 365\nFound ZWNJ at position 368\nFound ZWNJ at position 371\nFound ZWNJ at position 374\nFound ZWSP at position 377\nFound ZWSP at position 380\nFound ZWNJ at position 383\nFound ZWSP at position 386\nFound ZWSP at position 389\nFound ZWNJ at position 392\nFound ZWNJ at position 395\nFound ZWSP at position 398\nFound ZWSP at position 401\nFound ZWNJ at position 404\nFound ZWNJ at position 407\nFound ZWNJ at position 410\nFound ZWSP at position 413\nFound ZWSP at position 416\nFound ZWNJ at position 419\nFound ZWNJ at position 422\nFound ZWSP at position 425\nFound ZWSP at position 428\nFound ZWNJ at position 431\nFound ZWSP at position 434\nFound ZWNJ at position 437\nFound ZWNJ at position 440\nFound ZWNJ at position 443\nFound ZWNJ at position 446\nFound ZWSP at position 449\nFound ZWSP at position 452\nFound ZWNJ at position 455\nFound ZWSP at position 458\nFound ZWNJ at position 461\nFound ZWNJ at position 464\nFound ZWNJ at position 467\nFound ZWNJ at position 470\nFound ZWSP at position 473\nFound ZWSP at position 476\nFound ZWNJ at position 479\nFound ZWSP at position 482\nFound ZWSP at position 485\nFound ZWSP at position 488\nFound ZWNJ at position 491\nFound ZWSP at position 494\nFound ZWSP at position 497\nFound ZWNJ at position 500\nFound ZWNJ at position 503\nFound ZWSP at position 506\nFound ZWNJ at position 509\nFound ZWSP at position 512\nFound ZWNJ at position 515\nFound ZWNJ at position 518\nFound ZWSP at position 521\nFound ZWSP at position 524\nFound ZWSP at position 610\nFound ZWNJ at position 613\nFound ZWNJ at position 616\nFound ZWSP at position 619\nFound ZWNJ at position 622\nFound ZWNJ at position 625\nFound ZWSP at position 628\nFound ZWSP at position 631\nFound ZWNJ at position 634\nFound ZWSP at position 637\nFound ZWSP at position 640\nFound ZWNJ at position 643\nFound ZWNJ at position 646\nFound ZWNJ at position 649\nFound ZWSP at position 652\nFound ZWSP at position 655\nFound ZWNJ at position 658\nFound ZWNJ at position 661\nFound ZWNJ at position 664\nFound ZWSP at position 667\nFound ZWNJ at position 670\nFound ZWNJ at position 673\nFound ZWSP at position 676\nFound ZWSP at position 679\nFound ZWNJ at position 682\nFound ZWNJ at position 685\nFound ZWSP at position 688\nFound ZWNJ at position 691\nFound ZWNJ at position 694\nFound ZWNJ at position 697\nFound ZWSP at position 700\nFound ZWSP at position 703\nFound ZWNJ at position 706\nFound ZWNJ at position 709\nFound ZWNJ at position 712\nFound ZWSP at position 715\nFound ZWNJ at position 718\nFound ZWSP at position 721\nFound ZWSP at position 724\nFound ZWNJ at position 727\nFound ZWNJ at position 730\nFound ZWNJ at position 733\nFound ZWNJ at position 736\nFound ZWSP at position 739\nFound ZWNJ at position 742\nFound ZWSP at position 745\nFound ZWSP at position 748\nFound ZWNJ at position 751\nFound ZWNJ at position 754\nFound ZWNJ at position 757\nFound ZWNJ at position 760\nFound ZWSP at position 763\nFound ZWNJ at position 766\nFound ZWNJ at position 769\nFound ZWSP at position 772\nFound ZWSP at position 775\nFound ZWNJ at position 778\nFound ZWNJ at position 781\nFound ZWNJ at position 784\nFound ZWNJ at position 787\nFound ZWNJ at position 790\nFound ZWSP at position 793\nFound ZWSP at position 796\nFound ZWNJ at position 799\nFound ZWNJ at position 802\nFound ZWSP at position 805\nFound ZWNJ at position 808\nFound ZWNJ at position 811\nFound ZWNJ at position 814\nFound ZWSP at position 817\nFound ZWSP at position 820\nFound ZWNJ at position 823\nFound ZWNJ at position 826\nFound ZWNJ at position 829\nFound ZWNJ at position 832\nFound ZWSP at position 835\nFound ZWNJ at position 838\nFound ZWSP at position 841\nFound ZWSP at position 844\nFound ZWNJ at position 847\nFound ZWNJ at position 850\nFound ZWSP at position 853\nFound ZWNJ at position 856\nFound ZWSP at position 859\nFound ZWNJ at position 862\nFound ZWNJ at position 865\nFound ZWSP at position 868\nFound ZWSP at position 871\nFound ZWNJ at position 874\nFound ZWNJ at position 877\nFound ZWSP at position 880\nFound ZWSP at position 883\nFound ZWNJ at position 886\nFound ZWNJ at position 889\nFound ZWSP at position 892\nFound ZWSP at position 895\nFound ZWNJ at position 898\nFound ZWSP at position 901\nFound ZWSP at position 904\nFound ZWSP at position 907\nFound ZWNJ at position 910\nFound ZWNJ at position 913\nFound ZWSP at position 916\nFound ZWSP at position 919\nFound ZWNJ at position 922\nFound ZWNJ at position 925\nFound ZWSP at position 928\nFound ZWSP at position 931\nFound ZWNJ at position 934\nFound ZWNJ at position 937\nFound ZWSP at position 940\nFound ZWSP at position 943\nFound ZWNJ at position 946\nFound ZWSP at position 949\nFound ZWNJ at position 952\nFound ZWSP at position 955\nFound ZWNJ at position 958\nFound ZWNJ at position 961\nFound ZWSP at position 964\nFound ZWSP at position 967\nFound ZWSP at position 970\nFound ZWNJ at position 973\nFound ZWNJ at position 976\nFound ZWNJ at position 979\nFound ZWNJ at position 982\nFound ZWSP at position 985\nFound ZWSP at position 988\nFound ZWNJ at position 991\nFound ZWNJ at position 994\nFound ZWNJ at position 997\nFound ZWSP at position 1000\nFound ZWNJ at position 1003\nFound ZWNJ at position 1006\nFound ZWSP at position 1009\nFound ZWSP at position 1012\nFound ZWNJ at position 1015\nFound ZWNJ at position 1018\nFound ZWNJ at position 1021\nFound ZWSP at position 1024\nFound ZWNJ at position 1027\nFound ZWNJ at position 1030\nFound ZWSP at position 1033\nFound ZWSP at position 1036\nFound ZWSP at position 1039\nFound ZWSP at position 1042\nFound ZWSP at position 1045\nFound ZWNJ at position 1048\nFound ZWSP at position 1051\n\n================================================================================\n\nTotal zero-width characters found: 296\n\nSequence:\nZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWSP ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWSP ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWSP ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWNJ ZWNJ ZWNJ ZWSP ZWNJ ZWNJ ZWSP ZWSP ZWSP ZWSP ZWSP ZWNJ ZWSP\n\nBinary (ZWNJ=0, ZWJ=1): 0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000\n","stderr":""}

{"filepath": "/sandbox/decode_ws.py", "content": "#!/usr/bin/env python3\n\nwith open('/sandbox/913260f2a9.txt', 'rb') as f:\n    content = f.read()\n\nzero_width_chars = {\n    b'\\xe2\\x80\\x8b': 'ZWSP',  # Zero Width Space\n    b'\\xe2\\x80\\x8c': 'ZWNJ',  # Zero Width Non-Joiner\n}\n\nextracted = []\ni = 0\nwhile i < len(content):\n    found = False\n    for byte_seq, name in zero_width_chars.items():\n        if content[i:i+len(byte_seq)] == byte_seq:\n            extracted.append(name)\n            i += len(byte_seq)\n            found = True\n            break\n    if not found:\n        i += 1\n\n# Try ZWSP=1, ZWNJ=0\nbinary1 = ''.join('1' if x == 'ZWSP' else '0' for x in extracted)\nprint(f\"Binary (ZWSP=1, ZWNJ=0): {binary1}\")\nprint(f\"Length: {len(binary1)} bits\")\n\nif len(binary1) % 8 == 0:\n    result = ''\n    for i in range(0, len(binary1), 8):\n        byte = binary1[i:i+8]\n        result += chr(int(byte, 2))\n    print(f\"Decoded text: {result}\")\n"}

{"result":"/sandbox/decode_ws.py"}

{"command": "python3 /sandbox/decode_ws.py"}

{"exitCode":0,"stdout":"Binary (ZWSP=1, ZWNJ=0): 01001000010100010101100001111011011001010110001101100101001100100110010000111001001110010011010000110110011000110011010000110100001101110110010100111001001101100011000100110010001100010110000101100001001100000110010001100001011001010011001100110111001100110011010100111000011000100110001001111101\nLength: 296 bits\nDecoded text: HQX{ece2d9946c447e96121aa0dae37358bb}\n","stderr":""}

{"filepath": "/sandbox/Da19b34A8efile.enc"}

{"result":"4@?DE <6J l ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da dd[ eh[ gf[ eh[ aa.j\n7@C W=6E ; l _j ; k <6J]=6?8E9j ;ZZX L\n    4@?D@=6]=@8WVr@56 2E :5I V Z ; Z Vi V Z <6J,;.Xj\nN\n"}

{"filepath": "/sandbox/decode_keycode.py", "content": "#!/usr/bin/env python3\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\nprint(\"Original content:\")\nprint(content)\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Shift by 47 (subtract 47 from each character)\ndecoded = ''\nfor char in content:\n    decoded += chr(ord(char) - 47)\n\nprint(\"Decoded (shift -47):\")\nprint(decoded)\n"}

{"result":"/sandbox/decode_keycode.py"}

{"command": "python3 /sandbox/decode_keycode.py"}

{"exitCode":1,"stdout":"Original content:\n4@?DE <6J l ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da dd[ eh[ gf[ eh[ aa.j\n7@C W=6E ; l _j ; k <6J]=6?8E9j ;ZZX L\n    4@?D@=6]=@8WVr@56 2E :5I V Z ; Z Vi V Z <6J,;.Xj\nN\n\n\n================================================================================\n\n","stderr":"Traceback (most recent call last):\n  File "/sandbox/decode_keycode.py", line 13, in \n    decoded += chr(ord(char) - 47)\n               ~~~^^^^^^^^^^^^^^^^\nValueError: chr() arg not in range(0x110000)\n"}

{"filepath": "/sandbox/decode_keycode2.py", "content": "#!/usr/bin/env python3\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\nprint(\"Original content:\")\nprint(content)\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Shift by 47 (add 47 to each character)\ndecoded = ''\nfor char in content:\n    decoded += chr(ord(char) + 47)\n\nprint(\"Decoded (shift +47):\")\nprint(decoded)\n"}

{"result":"/sandbox/decode_keycode2.py"}

{"command": "python3 /sandbox/decode_keycode2.py"}

{"exitCode":0,"stdout":"Original content:\n4@?DE <6J l ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da dd[ eh[ gf[ eh[ aa.j\n7@C W=6E ; l _j ; k <6J]=6?8E9j ;ZZX L\n    4@?D@=6]=@8WVr@56 2E :5I V Z ; Z Vi V Z <6J,;.Xj\nN\n\n\n================================================================================\n\nDecoded (shift +47):\nconstOkeyO›O[•ŠO–ŠO––ŠO—ŠO“’ŠO“’ŠO•ŽŠO––ŠO”—ŠO““ŠO”“ŠO–—ŠO”–ŠO“ŽŠO“‘ŠO“•ŠO–—ŠO’—ŠO“”ŠO”•ŠO‘’ŠO“ŽŠO“ŽŠO“‘ŠO“”ŠO–—ŠO“ŽŠO”–ŠO•ŠO•ŽŠO”—ŠO“ŠO•ŠO“ŠO’–ŠO‘‘ŠO“‘ŠO“•ŠO“”ŠO““ŠOŽŠO“ŠO““ŠO”—ŠO–•ŠO”—ŠO]™9forO†letOjO›OŽ™OjOšOkeyŒlength™Oj‰‰‡O{9OOOOconsoleŒlog†…¡odeOatOidxO…O‰OjO‰O…˜O…O‰Okey[j]‡™9}9\n","stderr":""}

{"filepath": "/sandbox/analyze_enc.py", "content": "#!/usr/bin/env python3\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\nprint(\"Analyzing character by character:\")\nprint(\"=\"*80)\n\n# Extract the array part\nimport re\nmatch = re.search(r'\\[(.*?)\\]', content)\nif match:\n    array_content = match.group(1)\n    numbers = [x.strip() for x in array_content.split(',')]\n    print(f\"Found {len(numbers)} numbers in array:\")\n    print(numbers)\n    \n    # Try converting from different bases\n    print(\"\\n\" + \"=\"*80)\n    print(\"Attempting to decode as character codes shifted by 47:\")\n    \n    result = ''\n    for num_str in numbers:\n        # Parse as base-60 like number (handle letters as digits)\n        val = 0\n        for char in num_str:\n            if char.isdigit():\n                digit = int(char)\n            elif char.isalpha():\n                # a-z = 10-35, treating lowercase letters\n                digit = ord(char.lower()) - ord('a') + 10\n            else:\n                continue\n            val = val * 60 + digit  # Try base 60\n        \n        # Shift by 47\n        decoded_char = chr(val + 47)\n        result += decoded_char\n        print(f\"{num_str} -> {val} + 47 = {val+47} = '{decoded_char}'\")\n    \n    print(\"\\n\" + \"=\"*80)\n    print(f\"Decoded string: {result}\")\n"}

{"result":"/sandbox/analyze_enc.py"}

{"command": "python3 /sandbox/analyze_enc.py"}

{"exitCode":0,"stdout":"Analyzing character by character:\n================================================================================\n","stderr":""}

{"filepath": "/sandbox/decode_js.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\nprint(\"Original content:\")\nprint(content)\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Extract array numbers - these look like base-36 encoded values\nmatch = re.search(r'\\[(.*?)\\]', content)\nif match:\n    array_str = match.group(1)\n    # Split by commas and strip whitespace\n    codes = [x.strip() for x in array_str.split(',')]\n    \n    print(f\"Found {len(codes)} encoded values\")\n    \n    # Decode from base-36 and add 47\n    result = ''\n    for code in codes:\n        # Parse as base-36 (0-9, a-z)\n        decimal_val = int(code, 36)\n        # Add 47 as per the hint\n        char_code = decimal_val + 47\n        char = chr(char_code)\n        result += char\n        print(f\"{code} (base36) = {decimal_val} + 47 = {char_code} = '{char}'\")\n    \n    print(\"\\n\" + \"=\"*80)\n    print(f\"Decoded flag: {result}\")\n"}

{"result":"/sandbox/decode_js.py"}

{"command": "python3 /sandbox/decode_js.py"}

{"exitCode":0,"stdout":"Original content:\n4@?DE <6J l ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da dd[ eh[ gf[ eh[ aa.j\n7@C W=6E ; l _j ; k <6J]=6?8E9j ;ZZX L\n    4@?D@=6]=@8WVr@56 2E :5I V Z ; Z Vi V Z <6J,;.Xj\nN\n\n\n================================================================================\n\n","stderr":""}

{"command": "cat /sandbox/Da19b34A8efile.enc | xxd | head -20"}

{"exitCode":0,"stdout":"00000000: 3440 3f44 4520 3c36 4a20 6c20 2c66 615b  4@?DE <6J l ,fa[\n00000010: 2067 605b 2067 675b 2061 6068 5b20 6463   g[ gg[ ah[ dc\n00000020: 5b20 6463 5b20 665f 5b20 6067 675b 2065  [ dc[ f_[ gg[ e\n00000030: 685b 2064 645b 2065 645b 2060 6768 5b20  h[ dd[ ed[ gh[ \n00000040: 6567 5b20 645f 5b20 6462 5b20 6466 5b20  eg[ d_[ db[ df[ \n00000050: 6067 685b 2063 685b 2064 655b 2065 665b  gh[ ch[ de[ ef[\n00000060: 2062 635b 2064 5f5b 2064 5f5b 2064 625b   bc[ d_[ d_[ db[\n00000070: 2064 655b 2060 6768 5b20 645f 5b20 6567   de[ gh[ d_[ eg\n00000080: 5b20 6166 5b20 665f 5b20 6568 5b20 6461  [ af[ f_[ eh[ da\n00000090: 5b20 6066 5b20 6460 5b20 6367 5b20 6262  [ f[ d[ cg[ bb\n000000a0: 5b20 6462 5b20 6466 5b20 6465 5b20 6464  [ db[ df[ de[ dd\n000000b0: 5b20 615f 5b20 6461 5b20 6464 5b20 6568  [ a_[ da dd[ eh\n000000c0: 5b20 6067 665b 2065 685b 2061 6160 2e6a  [ gf[ eh[ aa.j\n000000d0: 0a37 4043 2057 3d36 4520 3b20 6c20 5f6a  .7@C W=6E ; l _j\n000000e0: 203b 206b 203c 364a 5d3d 363f 3845 396a   ; k <6J]=6?8E9j\n000000f0: 203b 5a5a 5820 4c0a 2020 2020 3440 3f44   ;ZZX L.    4@?D\n00000100: 403d 365d 3d40 3857 5672 4035 3620 3245  @=6]=@8WVr@56 2E\n00000110: 203a 3549 2056 205a 203b 205a 2056 6920   :5I V Z ; Z Vi \n00000120: 5620 5a20 3c36 4a2c 3b2e 586a 0a4e 0a    V Z <6J,;.Xj.N.\n","stderr":""}

{"filepath": "/sandbox/decode_final.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\n# The file appears to be obfuscated JavaScript\n# Extract the array with backtick-enclosed values\nmatch = re.search(r'\\[([^\\]]+)\\]', content)\nif match:\n    array_content = match.group(1)\n    \n    # Split by comma and extract values between backticks\n    codes = re.findall(r'`([^`]+)`', array_content)\n    \n    if not codes:\n        # Try without backticks - just split by comma\n        codes = [x.strip() for x in array_content.split(',')]\n    \n    print(f\"Found {len(codes)} codes\")\n    print(\"Codes:\", codes[:10])\n    \n    # These look like base-36 numbers - decode and add 47\n    result = ''\n    for code in codes:\n        try:\n            decimal = int(code, 36)\n            char = chr(decimal + 47)\n            result += char\n        except:\n            print(f\"Error decoding: {code}\")\n    \n    print(f\"\\nDecoded: {result}\")\n"}

{"result":"/sandbox/decode_final.py"}

{"command": "python3 /sandbox/decode_final.py"}

{"exitCode":0,"stdout":"Found 5 codes\nCodes: ['[ gg[ a', 'gg[ eh[ dd[ ed[ ', 'gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ ', 'f[ d', 'gf[ eh[ aa']\nError decoding: [ gg[ a\nError decoding: gg[ eh[ dd[ ed[ \nError decoding: gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ \nError decoding: f[ d\nError decoding: gf[ eh aa\n\nDecoded: \n","stderr":""}

{"filepath": "/sandbox/decode_correct.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\nprint(\"Content:\")\nprint(content)\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Extract codes separated by [ and ]\ncodes = re.findall(r'([a-z0-9_`]+)\\[', content)\nprint(f\"Extracted {len(codes)} codes: {codes}\")\n\n# Decode from base-36 and add 47\nresult = ''\nfor code in codes:\n    code = code.strip('`')\n    if code:\n        try:\n            decimal = int(code, 36)\n            char = chr(decimal + 47)\n            result += char\n            print(f\"{code} -> {decimal} + 47 = {decimal+47} = '{char}'\")\n        except:\n            pass\n\nprint(f\"\\n{'='*80}\\nDecoded: {result}\")\n"}

{"result":"/sandbox/decode_correct.py"}

{"command": "python3 /sandbox/decode_correct.py"}

{"exitCode":0,"stdout":"Content:\n4@?DE <6J l ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da dd[ eh[ gf[ eh[ aa.j\n7@C W=6E ; l j ; k <6J]=6?8E9j ;ZZX L\n    4@?D@=6]=@8WVr@56 2E :5I V Z ; Z Vi V Z <6J,;.Xj\nN\n\n\n================================================================================\n\nExtracted 46 codes: ['fa', 'g', 'gg', 'ah', 'dc', 'dc', 'f', 'gg', 'eh', 'dd', 'ed', 'gh', 'eg', 'd_', 'db', 'df', 'gh', 'ch', 'de', 'ef', 'bc', 'd_', 'd_', 'db', 'de', 'gh', 'd_', 'eg', 'af', 'f_', 'eh', 'da', 'f', 'd', 'cg', 'bb', 'db', 'df', 'de', 'dd', 'a_', 'da', 'dd', 'eh', '`gf', 'eh']\nfa -> 550 + 47 = 597 = 'ɕ'\ng -> 16 + 47 = 63 = '?'\ngg -> 592 + 47 = 639 = 'ɿ'\ndc -> 480 + 47 = 527 = 'ȏ'\ndc -> 480 + 47 = 527 = 'ȏ'\ngg -> 592 + 47 = 639 = 'ɿ'\neh -> 521 + 47 = 568 = 'ȸ'\ndd -> 481 + 47 = 528 = 'Ȑ'\ned -> 517 + 47 = 564 = 'ȴ'\ngh -> 593 + 47 = 640 = 'ʀ'\neg -> 520 + 47 = 567 = 'ȷ'\ndb -> 479 + 47 = 526 = 'Ȏ'\ndf -> 483 + 47 = 530 = 'Ȓ'\ngh -> 593 + 47 = 640 = 'ʀ'\nch -> 449 + 47 = 496 = 'ǰ'\nde -> 482 + 47 = 529 = 'ȑ'\nef -> 519 + 47 = 566 = 'ȶ'\nbc -> 408 + 47 = 455 = 'LJ'\ndb -> 479 + 47 = 526 = 'Ȏ'\nde -> 482 + 47 = 529 = 'ȑ'\ngh -> 593 + 47 = 640 = 'ʀ'\neg -> 520 + 47 = 567 = 'ȷ'\naf -> 375 + 47 = 422 = 'Ʀ'\neh -> 521 + 47 = 568 = 'ȸ'\nda -> 478 + 47 = 525 = 'ȍ'\nf -> 15 + 47 = 62 = '>'\nd -> 13 + 47 = 60 = '<'\ncg -> 448 + 47 = 495 = 'ǯ'\nbb -> 407 + 47 = 454 = 'dž'\ndb -> 479 + 47 = 526 = 'Ȏ'\ndf -> 483 + 47 = 530 = 'Ȓ'\nde -> 482 + 47 = 529 = 'ȑ'\ndd -> 481 + 47 = 528 = 'Ȑ'\nda -> 478 + 47 = 525 = 'ȍ'\ndd -> 481 + 47 = 528 = 'Ȑ'\neh -> 521 + 47 = 568 = 'ȸ'\ngf -> 591 + 47 = 638 = 'ɾ'\neh -> 521 + 47 = 568 = 'ȸ'\n\n================================================================================\nDecoded: ɕ?ɿȏȏɿȸȐȴʀȷȎȒʀǰȑȶLJȎȑʀȷƦȸȍ><ǯdžȎȒȑȐȍȐȸɾȸ\n","stderr":""}

{"filepath": "/sandbox/decode_shift.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\n# Extract codes between commas/brackets\ncodes = re.findall(r'([a-z0-9_`]+)(?:\\[|,|\\])', content)\n\nprint(f\"Extracted {len(codes)} codes\")\n\n# Decode from base-36 and SUBTRACT 47 (reverse the shift)\nresult = ''\nfor code in codes:\n    code = code.strip('`').strip()\n    if code and code not in ['l', 'j']:\n        try:\n            decimal = int(code, 36)\n            char = chr(decimal - 47)\n            result += char\n            print(f\"{code} -> {decimal} - 47 = {decimal-47} = '{char}'\")\n        except Exception as e:\n            print(f\"Error with {code}: {e}\")\n\nprint(f\"\\n{'='*80}\\nDecoded: {result}\")\n"}

{"result":"/sandbox/decode_shift.py"}

{"command": "python3 /sandbox/decode_shift.py"}

{"exitCode":0,"stdout":"Extracted 47 codes\nfa -> 550 - 47 = 503 = 'Ƿ'\nError with g: chr() arg not in range(0x110000)\ngg -> 592 - 47 = 545 = 'ȡ'\nError with ah: invalid literal for int() with base 36: 'ah'\ndc -> 480 - 47 = 433 = 'Ʊ'\ndc -> 480 - 47 = 433 = 'Ʊ'\nError with f_: invalid literal for int() with base 36: 'f_'\ngg -> 592 - 47 = 545 = 'ȡ'\neh -> 521 - 47 = 474 = 'ǚ'\ndd -> 481 - 47 = 434 = 'Ʋ'\ned -> 517 - 47 = 470 = 'ǖ'\ngh -> 593 - 47 = 546 = 'Ȣ'\neg -> 520 - 47 = 473 = 'Ǚ'\nError with d_: invalid literal for int() with base 36: 'd_'\ndb -> 479 - 47 = 432 = 'ư'\ndf -> 483 - 47 = 436 = 'ƴ'\ngh -> 593 - 47 = 546 = 'Ȣ'\nch -> 449 - 47 = 402 = 'ƒ'\nde -> 482 - 47 = 435 = 'Ƴ'\nef -> 519 - 47 = 472 = 'ǘ'\nbc -> 408 - 47 = 361 = 'ũ'\nError with d_: invalid literal for int() with base 36: 'd_'\nError with d_: invalid literal for int() with base 36: 'd_'\ndb -> 479 - 47 = 432 = 'ư'\nde -> 482 - 47 = 435 = 'Ƴ'\ngh -> 593 - 47 = 546 = 'Ȣ'\nError with d_: invalid literal for int() with base 36: 'd_'\neg -> 520 - 47 = 473 = 'Ǚ'\naf -> 375 - 47 = 328 = 'ň'\nError with f_: invalid literal for int() with base 36: 'f_'\neh -> 521 - 47 = 474 = 'ǚ'\nda -> 478 - 47 = 431 = 'Ư'\nError with f: chr() arg not in range(0x110000)\nError with d: chr() arg not in range(0x110000)\ncg -> 448 - 47 = 401 = 'Ƒ'\nbb -> 407 - 47 = 360 = 'Ũ'\ndb -> 479 - 47 = 432 = 'ư'\ndf -> 483 - 47 = 436 = 'ƴ'\nde -> 482 - 47 = 435 = 'Ƴ'\ndd -> 481 - 47 = 434 = 'Ʋ'\nError with a_: invalid literal for int() with base 36: 'a_'\nda -> 478 - 47 = 431 = 'Ư'\ndd -> 481 - 47 = 434 = 'Ʋ'\neh -> 521 - 47 = 474 = 'ǚ'\ngf -> 591 - 47 = 544 = 'Ƞ'\neh -> 521 - 47 = 474 = 'ǚ'\nError with 6: chr() arg not in range(0x110000)\n\n================================================================================\nDecoded: ǷȡƱƱȡǚƲǖȢǙưƴȢƒƳǘũưƳȢǙňǚƯƑŨưƴƳƲƯƲǚȠǚ\n","stderr":""}

{"filepath": "/sandbox/parse_properly.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\n# Find the array content between square brackets\nmatch = re.search(r',([a-z0-9_`\\[\\] ,]+)\\.\\)', content)\nif match:\n    array_part = match.group(1)\n    # Extract individual codes - they're separated by ][\n    codes = re.findall(r' ([a-z0-9_`]+)\\[', array_part)\n    \n    print(f\"Found {len(codes)} codes\")\n    \n    result = ''\n    for code in codes:\n        code = code.strip('`')\n        if '_' in code:\n            # underscore might represent something - skip for now\n            continue\n        try:\n            # Decode base-36\n            decimal = int(code, 36)\n            # The shift should REVERSE the encoding, so subtract\n            char_code = decimal - 47\n            if 0 <= char_code <= 127:  # Valid ASCII\n                char = chr(char_code)\n                result += char\n                print(f\"{code} (base36={decimal}) - 47 = {char_code} = '{char}'\")\n        except:\n            pass\n    \n    print(f\"\\nDecoded: {result}\")\n"}

{"result":"/sandbox/parse_properly.py"}

{"command": "python3 /sandbox/parse_properly.py"}

{"exitCode":0,"stdout":"","stderr":""}

{"filepath": "/sandbox/extract_array.py", "content": "#!/usr/bin/env python3\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\nprint(\"Full content:\")\nprint(repr(content))\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Manual extraction of values between [ ]\nimport re\nvalues = re.findall(r'\\s([a-z0-9`_]+)\\[', content)\n\nprint(f\"Extracted {len(values)} values:\")\nfor i, val in enumerate(values):\n    print(f\"{i}: '{val}'\")\n\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Try JSFuck/JSObfuscation style decoding\n# In JavaScript obfuscation, often String.fromCharCode is used\n# Base-36 values that when decoded give character codes\n\nresult = ''\nfor val in values:\n    if '`' in val or '_' in val:\n        continue\n    try:\n        # Parse as base-36\n        num = int(val, 36)\n        # Apply shift of -47\n        char_code = num - 47\n        if 32 <= char_code <= 126:  # Printable ASCII\n            result += chr(char_code)\n            print(f\"{val} -> {num} - 47 = {char_code} -> '{chr(char_code)}'\")\n    except:\n        pass\n\nprint(f\"\\n{'='*80}\\nFinal result: {result}\")\n"}

{"result":"/sandbox/extract_array.py"}

{"command": "python3 /sandbox/extract_array.py"}

{"exitCode":0,"stdout":"Full content:\n'4@?DE <6J l ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da dd[ eh[ gf[ eh[ aa.j\n7@C W=6E ; l j ; k <6J]=6?8E9j ;ZZX L\n    4@?D@=6]=@8WVr@56 2E :5I V Z ; Z Vi V Z <6J,;.Xj\nN\n'\n\n================================================================================\n\nExtracted 45 values:\n0: 'g'\n1: 'gg'\n2: 'ah'\n3: 'dc'\n4: 'dc'\n5: 'f'\n6: 'gg'\n7: 'eh'\n8: 'dd'\n9: 'ed'\n10: 'gh'\n11: 'eg'\n12: 'd_'\n13: 'db'\n14: 'df'\n15: 'gh'\n16: 'ch'\n17: 'de'\n18: 'ef'\n19: 'bc'\n20: 'd_'\n21: 'd_'\n22: 'db'\n23: 'de'\n24: 'gh'\n25: 'd_'\n26: 'eg'\n27: 'af'\n28: 'f_'\n29: 'eh'\n30: 'da'\n31: 'f'\n32: 'd'\n33: 'cg'\n34: 'bb'\n35: 'db'\n36: 'df'\n37: 'de'\n38: 'dd'\n39: 'a_'\n40: 'da'\n41: 'dd'\n42: 'eh'\n43: '`gf'\n44: 'eh'\n\n================================================================================\n\n\n================================================================================\nFinal result: \n","stderr":""}

{"filepath": "/sandbox/try_direct_decode.py", "content": "#!/usr/bin/env python3\n\n# Try decoding the actual obfuscated JavaScript\n# The pattern looks like: key[index] accessing array elements\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\n# Manually extracted clean values (removing backticks and underscores for now)\nvalues = ['g`', 'gg', 'dc', 'dc', 'eh', 'dd', 'ed', 'eg', 'db', 'df', 'ch', 'de', 'ef', 'bc', 'db', 'de', 'eg', 'af', 'eh', 'da', 'cg', 'bb', 'db', 'df', 'de', 'dd', 'da', 'dd', 'eh', 'eh']\n\n# Values with backticks - these might be special\nbacktick_vals = ['g`', 'a`h', '`gg', '`gh', '`gh', '`gh', '`f', 'd`', '`gf']\n\nprint(\"Trying direct base-36 decode with -47 shift on clean values:\")\nresult1 = ''\nfor val in values:\n    if '`' not in val and '_' not in val:\n        try:\n            num = int(val, 36)\n            c = chr(num - 47)\n            result1 += c\n            print(f\"{val} -> {c}\")\n        except:\n            pass\n\nprint(f\"\\nResult 1: {result1}\")\n\n# Try the opposite - base36 with +47\nprint(\"\\n\" + \"=\"*80)\nprint(\"Trying base-36 decode with +47 shift on clean values:\")\nresult2 = ''\nfor val in values:\n    if '`' not in val and '_' not in val:\n        try:\n            num = int(val, 36)\n            c = chr(num + 47)\n            result2 += c\n            if 32 <= ord(c) <= 126:\n                print(f\"{val} -> {c}\")\n        except:\n            pass\n\nprint(f\"\\nResult 2: {result2}\")\n"}

{"result":"/sandbox/try_direct_decode.py"}

{"command": "python3 /sandbox/try_direct_decode.py"}

{"exitCode":0,"stdout":"Trying direct base-36 decode with -47 shift on clean values:\ngg -> ȡ\ndc -> Ʊ\ndc -> Ʊ\neh -> ǚ\ndd -> Ʋ\ned -> ǖ\neg -> Ǚ\ndb -> ư\ndf -> ƴ\nch -> ƒ\nde -> Ƴ\nef -> ǘ\nbc -> ũ\ndb -> ư\nde -> Ƴ\neg -> Ǚ\naf -> ň\neh -> ǚ\nda -> Ư\ncg -> Ƒ\nbb -> Ũ\ndb -> ư\ndf -> ƴ\nde -> Ƴ\ndd -> Ʋ\nda -> Ư\ndd -> Ʋ\neh -> ǚ\neh -> ǚ\n\nResult 1: ȡƱƱǚƲǖǙưƴƒƳǘũưƳǙňǚƯƑŨưƴƳƲƯƲǚǚ\n\n================================================================================\nTrying base-36 decode with +47 shift on clean values:\n\nResult 2: ɿȏȏȸȐȴȷȎȒǰȑȶLJȎȑȷƦȸȍǯdžȎȒȑȐȍȐȸȸ\n","stderr":""}

{"filepath": "/sandbox/complete_decode.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    raw = f.read()\n\n# Extract ALL values from the array INCLUDING those with backticks\nall_values = []\nfor match in re.finditer(r'\\s([a-z0-9`_]+)\\[', raw):\n    all_values.append(match.group(1))\n\nprint(f\"Total values found: {len(all_values)}\")\nprint(\"Values:\", all_values)\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Process each value\nresult = ''\nfor i, val in enumerate(all_values):\n    # Remove backtick if present - base-36 uses 0-9a-z\n    clean_val = val.replace('`', '').replace('_', '')\n    \n    # Check if it contains only valid base-36 characters\n    if all(c in '0123456789abcdefghijklmnopqrstuvwxyz' for c in clean_val) and clean_val:\n        try:\n            # Parse as base-36\n            decimal = int(clean_val, 36)\n            \n            # Try shift of -47\n            char_code_minus = decimal - 47\n            char_code_plus = decimal + 47\n            \n            # Check which gives printable ASCII\n            if 32 <= char_code_minus <= 126:\n                char = chr(char_code_minus)\n                result += char\n                print(f\"{i}: {val:6s} -> {decimal:4d} - 47 = {char_code_minus:3d} = '{char}'\")\n            elif 32 <= char_code_plus <= 126:\n                char = chr(char_code_plus)\n                result += char\n                print(f\"{i}: {val:6s} -> {decimal:4d} + 47 = {char_code_plus:3d} = '{char}'\")\n        except ValueError:\n            print(f\"{i}: {val:6s} -> SKIP (invalid base-36)\")\n\nprint(f\"\\n{'='*80}\\nDecoded result: {result}\")\n"}

{"result":"/sandbox/complete_decode.py"}

{"command": "python3 /sandbox/complete_decode.py"}

{"exitCode":0,"stdout":"Total values found: 45\nValues: ['g', 'gg', 'ah', 'dc', 'dc', 'f_', 'gg', 'eh', 'dd', 'ed', 'gh', 'eg', 'd_', 'db', 'df', 'gh', 'ch', 'de', 'ef', 'bc', 'd_', 'd_', 'db', 'de', 'gh', 'd_', 'eg', 'af', 'f_', 'eh', 'da', 'f', 'd', 'cg', 'bb', 'db', 'df', 'de', 'dd', 'a_', 'da', 'dd', 'eh', 'gf', 'eh']\n\n================================================================================\n\n0: g     ->   16 + 47 =  63 = '?'\n5: f_     ->   15 + 47 =  62 = '>'\n12: d_     ->   13 + 47 =  60 = '<'\n20: d_     ->   13 + 47 =  60 = '<'\n21: d_     ->   13 + 47 =  60 = '<'\n25: d_     ->   13 + 47 =  60 = '<'\n28: f_     ->   15 + 47 =  62 = '>'\n31: f     ->   15 + 47 =  62 = '>'\n32: d     ->   13 + 47 =  60 = '<'\n39: a_     ->   10 + 47 =  57 = '9'\n\n================================================================================\nDecoded result: ?><<<<>><9\n","stderr":""}

{"filepath": "/sandbox/decode_all_chars.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    raw = f.read()\n\n# Extract values properly\nall_values = []\nfor match in re.finditer(r'\\s([a-z0-9`_]+)\\[', raw):\n    all_values.append(match.group(1))\n\nprint(f\"Total: {len(all_values)} values\\n\")\n\nresult = ''\nfor val in all_values:\n    # Base-36 interpret including backtick as separator/special\n    # Let's try:interpreting backtick ` as base-36 digit\n    # In some obfuscation ` might mean something else\n    \n    # Remove backtick and underscore\n    if '`' in val:\n        # Split by backtick\n        parts = val.split('`')\n        for part in parts:\n            if part and all(c in '0123456789abcdefghijklmnopqrstuvwxyz' for c in part):\n                try:\n                    dec = int(part, 36)\n                    # Try both shifts\n                    for shift in [-47, 47]:\n                        code = dec + shift\n                        if 32 <= code <= 126:\n                            result += chr(code)\n                            print(f\"{part} -> {dec} {'+' if shift > 0 else ''}{shift} = {code} = '{chr(code)}'\")\n                            break\n                except:\n                    pass\n    elif '_' in val:\n        parts = val.split('_')\n        for part in parts:\n            if part and all(c in '0123456789abcdefghijklmnopqrstuvwxyz' for c in part):\n                try:\n                    dec = int(part, 36)\n                    for shift in [-47, 47]:\n                        code = dec + shift\n                        if 32 <= code <= 126:\n                            result += chr(code)\n                            print(f\"{part} -> {dec} {'+' if shift > 0 else ''}{shift} = {code} = '{chr(code)}'\")\n                            break\n                except:\n                    pass\n    else:\n        if all(c in '0123456789abcdefghijklmnopqrstuvwxyz' for c in val):\n            try:\n                dec = int(val, 36)\n                for shift in [-47, 47]:\n                    code = dec + shift\n                    if 32 <= code <= 126:\n                        result += chr(code)\n                        print(f\"{val} -> {dec} {'+' if shift > 0 else ''}{shift} = {code} = '{chr(code)}'\")\n                        break\n            except:\n                pass\n\nprint(f\"\\n{'='*80}\\nFinal: {result}\")\n"}

{"result":"/sandbox/decode_all_chars.py"}

{"command": "python3 /sandbox/decode_all_chars.py"}

{"exitCode":0,"stdout":"Total: 45 values\n\ng -> 16 +47 = 63 = '?'\na -> 10 +47 = 57 = '9'\nh -> 17 +47 = 64 = '@'\nf -> 15 +47 = 62 = '>'\nd -> 13 +47 = 60 = '<'\nd -> 13 +47 = 60 = '<'\nd -> 13 +47 = 60 = '<'\nd -> 13 +47 = 60 = '<'\nf -> 15 +47 = 62 = '>'\nf -> 15 +47 = 62 = '>'\nd -> 13 +47 = 60 = '<'\na -> 10 +47 = 57 = '9'\n\n================================================================================\nFinal: ?9@><<<<>><9\n","stderr":""}

{"command": "cat /sandbox/Da19b34A8efile.enc"}

{"exitCode":0,"stdout":"4@?DE <6J l ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da dd[ eh[ gf[ eh[ aa.j\n7@C W=6E ; l _j ; k <6J]=6?8E9j ;ZZX L\n    4@?D@=6]=@8WVr@56 2E :5I V Z ; Z Vi V Z <6J,;.Xj\nN\n","stderr":""}

{"filepath": "/sandbox/final_decode.py", "content": "#!/usr/bin/env python3\n\n# The file is obfuscated JavaScript\n# Looking at the structure: const key = array of base-36 encoded values\n# Then a for loop that does console.log(String.fromCharCode(...))\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\n# First, shift the entire content by 47 to deobfuscate the JavaScript itself\nprint(\"Deobfuscating JavaScript structure:\\n\")\ndeobf = ''\nfor char in content:\n    if 32 <= ord(char) <= 126:  # Printable ASCII\n        new_char = chr(ord(char) + 47)\n        if new_char > '~':  # Wrap around if needed\n            deobf += char  # Keep original\n        else:\n            deobf += new_char\n    else:\n        deobf += char\n\nprint(deobf)\n"}

{"result":"/sandbox/final_decode.py"}

{"command": "python3 /sandbox/final_decode.py"}

{"exitCode":0,"stdout":"Deobfuscating JavaScript structure:\n\nconstOkeyOlO[fa[Og[Ogg[Oah[Odc[Odc[Of_[Ogg[Oeh[Odd[Oed[Ogh[Oeg[Od_[Odb[Odf[Ogh[Och[Ode[Oef[Obc[Od_[Od_[Odb[Ode[Ogh[Od_[Oeg[Oaf[Of_[Oeh[Oda[Of[Od[Ocg[Obb[Odb[Odf[Ode[Odd[Oa_Oda[Odd[Oeh[Ogf[Oeh[Oaa]j\nforOWletOjOlO_jOjOkOkey]lengthjOjZZXO{\nOOOOconsole]logWVrodeOatOidxOVOZOjOZOViOVOZOkey[j]Xj\n}\n\n","stderr":""}

{"filepath": "/sandbox/reverse_obf.py", "content": "#!/usr/bin/env python3\n\n# Deobfuscate by reversing the character shift (subtract 47)\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\nprint(\"Original:\")\nprint(content)\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Apply reverse shift to readable characters\ndeobf = ''\nfor char in content:\n    code = ord(char)\n    if 47 < code <= 126:  # Shiftable ASCII range\n        new_code = code - 47\n        if new_code < 32:  # Would be control char\n            deobf += char\n        else:\n            deobf += chr(new_code)\n    else:\n        deobf += char\n\nprint(\"Deobfuscated JavaScript:\")\nprint(deobf)\n"}

{"result":"/sandbox/reverse_obf.py"}

{"command": "python3 /sandbox/reverse_obf.py"}

{"exitCode":0,"stdout":"Original:\n4@?DE <6J l ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da dd[ eh[ gf[ eh[ aa.j\n7@C W=6E ; l _j ; k <6J]=6?8E9j ;ZZX L\n    4@?D@=6]=@8WVr@56 2E :5I V Z ; Z Vi V Z <6J,;.Xj\nN\n\n\n================================================================================\n\nDeobfuscated JavaScript:\n4@?DE <6J = ,72, 81, 88, 219, 54, 54, 70, 188, 69, 55, 65, 189, 68, 50, 53, 57, 189, 49, 56, 67, 34, 50, 50, 53, 56, 189, 50, 68, 27, 70, 69, 52, 17, 51, 48, 33, 53, 57, 56, 55, 20, 52, 55, 69, 187, 69, 221.;\n7@C (=6E ; = 0; ; < <6J.=6?8E9; ;++) L\n    4@?D@=6.=@8('C@56 2E :5I ' + ; + ': ' + <6J,;.);\nN\n\n","stderr":""}

{"filepath": "/sandbox/extract_flag.py", "content": "#!/usr/bin/env python3\n\n# The deobfuscated code shows an array of numbers\n# These are the character codes that need to be converted\n\ncodes = [72, 81, 88, 219, 54, 54, 70, 188, 69, 55, 65, 189, 68, 50, 53, 57, 189, 49, 56, 67, 34, 50, 50, 53, 56, 189, 50, 68, 27, 70, 69, 52, 17, 51, 48, 33, 53, 57, 56, 55, 20, 52, 55, 69, 187, 69, 221]\n\nprint(\"Character codes:\", codes)\nprint(\"\\n\" + \"=\"*80 + \"\\n\")\n\n# Convert to characters\nresult = ''\nfor code in codes:\n    char = chr(code)\n    result += char\n    print(f\"{code:3d} -> '{char}'\")\n\nprint(f\"\\n{'='*80}\\nFlag: {result}\")\n"}

{"result":"/sandbox/extract_flag.py"}

{"command": "python3 /sandbox/extract_flag.py"}

{"exitCode":0,"stdout":"Character codes: [72, 81, 88, 219, 54, 54, 70, 188, 69, 55, 65, 189, 68, 50, 53, 57, 189, 49, 56, 67, 34, 50, 50, 53, 56, 189, 50, 68, 27, 70, 69, 52, 17, 51, 48, 33, 53, 57, 56, 55, 20, 52, 55, 69, 187, 69, 221]\n\n================================================================================\n\n 72 -> 'H'\n 81 -> 'Q'\n 88 -> 'X'\n219 -> 'Û'\n 54 -> '6'\n 54 -> '6'\n 70 -> 'F'\n188 -> '¼'\n 69 -> 'E'\n 55 -> '7'\n 65 -> 'A'\n189 -> '½'\n 68 -> 'D'\n 50 -> '2'\n 53 -> '5'\n 57 -> '9'\n189 -> '½'\n 49 -> '1'\n 56 -> '8'\n 67 -> 'C'\n 34 -> '"'\n 50 -> '2'\n 50 -> '2'\n 53 -> '5'\n 56 -> '8'\n189 -> '½'\n 50 -> '2'\n 68 -> 'D'\n 27 -> '\u001b'\n 70 -> 'F'\n 69 -> 'E'\n 52 -> '4'\n 17 -> '\u0011'\n 51 -> '3'\n 48 -> '0'\n 33 -> '!'\n 53 -> '5'\n 57 -> '9'\n 56 -> '8'\n 55 -> '7'\n 20 -> '\u0014'\n 52 -> '4'\n 55 -> '7'\n 69 -> 'E'\n187 -> '»'\n 69 -> 'E'\n221 -> 'Ý'\n\n================================================================================\nFlag: HQXÛ66F¼E7A½D259½18C"2258½2D\u001bFE4\u001130!5987\u001447E»EÝ\n","stderr":""}

{"filepath": "/sandbox/correct_extraction.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\n# The obfuscated code has base-36 encoded numbers\n# Extract just the values between commas in the array\nmatch = re.search(r'l\\s+(,.*?)\\s*\\.j', content, re.DOTALL)\nif match:\n    array_str = match.group(1)\n    print(\"Array string:\", array_str)\n    print(\"\\n\" + \"=\"*80 + \"\\n\")\n    \n    # Parse base-36 values\n    values = re.findall(r'([a-z0-9_`]+)', array_str)\n    \n    result = ''\n    for val in values:\n        # Clean the value\n        clean = val.replace('`', '').replace('_', '')\n        if clean and clean != ',':\n            try:\n                # Parse as base-36\n                num = int(clean, 36)\n                # JavaScript String.fromCharCode uses the number directly\n                char = chr(num)\n                result += char\n                print(f\"{val:5s} = {num:3d} -> '{char}'\")\n            except:\n                pass\n    \n    print(f\"\\n{'='*80}\\nFlag: {result}\")\n"}

{"result":"/sandbox/correct_extraction.py"}

{"command": "python3 /sandbox/correct_extraction.py"}

{"exitCode":0,"stdout":"Array string: ,fa[ g[ gg[ ah[ dc[ dc[ f_[ gg[ eh[ dd[ ed[ gh[ eg[ d_[ db[ df[ gh[ ch[ de[ ef[ bc[ d_[ d_[ db[ de[ gh[ d_[ eg[ af[ f_[ eh[ da[ f[ d[ cg[ bb[ db[ df[ de[ dd[ a_[ da[ dd[ eh gf[ eh[ aa\n\n================================================================================\n\nfa    = 550 -> 'Ȧ'\ng    =  16 -> '\u0010'\ngg    = 592 -> 'ɐ'\nah   = 377 -> 'Ź'\ndc    = 480 -> 'Ǡ'\ndc    = 480 -> 'Ǡ'\nf_    =  15 -> '\u000f'\ngg   = 592 -> 'ɐ'\neh    = 521 -> 'ȉ'\ndd    = 481 -> 'ǡ'\ned    = 517 -> 'ȅ'\ngh   = 593 -> 'ɑ'\neg    = 520 -> 'Ȉ'\nd_    =  13 -> '\r'\ndb    = 479 -> 'ǟ'\ndf    = 483 -> 'ǣ'\ngh   = 593 -> 'ɑ'\nch    = 449 -> 'ǁ'\nde    = 482 -> 'Ǣ'\nef    = 519 -> 'ȇ'\nbc    = 408 -> 'Ƙ'\nd_    =  13 -> '\r'\nd_    =  13 -> '\r'\ndb    = 479 -> 'ǟ'\nde    = 482 -> 'Ǣ'\ngh   = 593 -> 'ɑ'\nd_    =  13 -> '\r'\neg    = 520 -> 'Ȉ'\naf    = 375 -> 'ŷ'\nf_    =  15 -> '\u000f'\neh    = 521 -> 'ȉ'\nda    = 478 -> 'Ǟ'\nf    =  15 -> '\u000f'\nd    =  13 -> '\r'\ncg    = 448 -> 'ǀ'\nbb    = 407 -> 'Ɨ'\ndb    = 479 -> 'ǟ'\ndf    = 483 -> 'ǣ'\nde    = 482 -> 'Ǣ'\ndd    = 481 -> 'ǡ'\na_    =  10 -> '\n'\nda    = 478 -> 'Ǟ'\ndd    = 481 -> 'ǡ'\neh    = 521 -> 'ȉ'\ngf   = 591 -> 'ɏ'\neh    = 521 -> 'ȉ'\naa   = 370 -> 'Ų'\n\n================================================================================\nFlag: Ȧ\u0010ɐŹǠǠ\u000fɐȉǡȅɑȈ\rǟǣɑǁǢȇƘ\r\rǟǢɑ\rȈŷ\u000fȉǞ\u000f\rǀƗǟǣǢǡ\nǞǡȉɏȉŲ\n","stderr":""}

{"filepath": "/sandbox/proper_decode.py", "content": "#!/usr/bin/env python3\n\n# Looking at the deobfuscated structure again\n# It shows: const key = [72, 81, 88, 219, 54, 54, 70, 188, ...];\n# Let me manually decode the base-36 values with proper handling\n\nbase36_values = [\n    'fa', 'g`', 'gg', 'a`h', 'dc', 'dc', 'f_', '`gg', 'eh', 'dd', 'ed', '`gh', 'eg', 'd_', 'db', 'df', \n    '`gh', 'ch', 'de', 'ef', 'bc', 'd_', 'd_', 'db', 'de', '`gh', 'd_', 'eg', 'af', 'f_', 'eh', 'da', \n    '`f', 'd`', 'cg', 'bb', 'db', 'df', 'de', 'dd', 'a_', 'da', 'dd', 'eh', '`gf', 'eh', 'aa`'\n]\n\n# Looking at the pattern: backtick ` and underscore _ are not base-36 digits\n# They might be separators in JSFuck-style encoding\n# Let's try: ` = 100 multiplier, _ = 10 multiplier?\n\nresult = ''\nfor val in base36_values:\n    if '`' in val:\n        # Split and calculate\n        parts = val.split('`')\n        total = 0\n        if parts[0]:  # Before backtick\n            total += int(parts[0], 36) * 100\n        if len(parts) > 1 and parts[1]:  # After backtick\n            total += int(parts[1], 36)\n        char = chr(total)\n        result += char\n        print(f\"{val:5s} -> {total} -> '{char}'\")\n    elif '_' in val:\n        parts = val.split('_')\n        total = 0\n        if parts[0]:\n            total += int(parts[0], 36) * 10\n        if len(parts) > 1 and parts[1]:\n            total += int(parts[1], 36)\n        char = chr(total)\n        result += char\n        print(f\"{val:5s} -> {total} -> '{char}'\")\n    else:\n        # Simple base-36\n        num = int(val, 36)\n        char = chr(num)\n        result += char\n        print(f\"{val:5s} -> {num} -> '{char}'\")\n\nprint(f\"\\n{'='*80}\\nResult: {result}\")\n"}

{"result":"/sandbox/proper_decode.py"}

{"command": "python3 /sandbox/proper_decode.py"}

{"exitCode":0,"stdout":"fa    -> 550 -> 'Ȧ'\ng    -> 1600 -> 'ـ'\ngg    -> 592 -> 'ɐ'\nah   -> 1017 -> 'Ϲ'\ndc    -> 480 -> 'Ǡ'\ndc    -> 480 -> 'Ǡ'\nf_    -> 150 -> '–'\ngg   -> 592 -> 'ɐ'\neh    -> 521 -> 'ȉ'\ndd    -> 481 -> 'ǡ'\ned    -> 517 -> 'ȅ'\ngh   -> 593 -> 'ɑ'\neg    -> 520 -> 'Ȉ'\nd_    -> 130 -> '‚'\ndb    -> 479 -> 'ǟ'\ndf    -> 483 -> 'ǣ'\ngh   -> 593 -> 'ɑ'\nch    -> 449 -> 'ǁ'\nde    -> 482 -> 'Ǣ'\nef    -> 519 -> 'ȇ'\nbc    -> 408 -> 'Ƙ'\nd_    -> 130 -> '‚'\nd_    -> 130 -> '‚'\ndb    -> 479 -> 'ǟ'\nde    -> 482 -> 'Ǣ'\ngh   -> 593 -> 'ɑ'\nd_    -> 130 -> '‚'\neg    -> 520 -> 'Ȉ'\naf    -> 375 -> 'ŷ'\nf_    -> 150 -> '–'\neh    -> 521 -> 'ȉ'\nda    -> 478 -> 'Ǟ'\nf    -> 15 -> '\u000f'\nd    -> 1300 -> 'Ԕ'\ncg    -> 448 -> 'ǀ'\nbb    -> 407 -> 'Ɨ'\ndb    -> 479 -> 'ǟ'\ndf    -> 483 -> 'ǣ'\nde    -> 482 -> 'Ǣ'\ndd    -> 481 -> 'ǡ'\na_    -> 100 -> 'd'\nda    -> 478 -> 'Ǟ'\ndd    -> 481 -> 'ǡ'\neh    -> 521 -> 'ȉ'\ngf   -> 591 -> 'ɏ'\neh    -> 521 -> 'ȉ'\naa   -> 37000 -> '邈'\n\n================================================================================\nResult: ȦـɐϹǠǠ–ɐȉǡȅɑȈ‚ǟǣɑǁǢȇƘ‚‚ǟǢɑ‚Ȉŷ–ȉǞ\u000fԔǀƗǟǣǢǡdǞǡȉɏȉ邈\n","stderr":""}

{"filepath": "/sandbox/final_try.py", "content": "#!/usr/bin/env python3\n\n# From the deobfuscated code we saw: 72, 81, 88, 219, 54, 54, 70, 188, ...\n# So the original base-36 values decode to these numbers\n# Let's compute each manually:\n# fa in base-36 = 15*36 + 10 = 540 + 10 = 550\n\n# But we saw 72 in the deobfuscated... so maybe shift is applied first?\n# Or maybe ` and _ are radix-modifiers\n\n# Try: when there's `, the digits are in different encoding\n# `g means something different than g`\n\nvalues_with_codes = [\n    ('fa', 72),    # H\n    ('g`', 81),    # Q  \n    ('gg', 88),    # X\n    ('a`h', 219),  # Û\n]\n\n# Reverse engineer the pattern\nfor val, expected in values_with_codes:\n    base36 = int(val.replace('`', ''), 36) if '`' not in val else None\n    \n    if '`' not in val:\n        print(f\"{val} base36={base36}, expected={expected}, diff={expected - base36}\")\n    else:\n        parts = val.split('`')\n        if parts[0] and parts[1]:\n            num = int(parts[0], 36) * 36 + int(parts[1], 36)\n            print(f\"{val} = {parts[0]}*36 + {parts[1]} = {int(parts[0], 36)}*36 + {int(parts[1], 36)} = {num}, expected={expected}\")\n        elif parts[0]:\n            print(f\"{val} = ` + {parts[0]} = {int(parts[0], 36)}, expected={expected}\")\n        elif parts[1]:\n            print(f\"{val} = {parts[1]} + ` = {int(parts[1], 36)}, expected={expected}\")\n"}

{"result":"/sandbox/final_try.py"}

{"command": "python3 /sandbox/final_try.py"}

{"exitCode":0,"stdout":"fa base36=550, expected=72, diff=-478\ng= + g = 16, expected=81\ngg base36=592, expected=88, diff=-504\nah = a*36 + h = 10*36 + 17 = 377, expected=219\n","stderr":""}</code></pre></details>

{"filepath": "/sandbox/solve_pattern.py", "content": "#!/usr/bin/env python3\n\n# Pattern found! \n# fa: base-36(fa) = 550, 550 - 478 = 72\n# gg: base-36(gg) = 592, 592 - 504 = 88\n# The shift seems to be variable...\n\n# But look at g`: it gives us 81, and base-36(g) = 16\n# 16 + 65 = 81... that's adding 65 (ASCII 'A')\n\n# Let me try a new theory:\n# - regular chars (no backtick/underscore): parse as base-36\n# - with backtick `: parse the part without backtick as base-36, then apply some transformation\n# - with underscore _: similar\n\n# Actually looking at the clue: \"shift of forty-seven\"\n# And g` -> 81: if we parse only g = 16, then 16 + 65 = 81\n# But a`h should be: a=10, h=17, somehow -> 219\n\n# New theory: ` is separator, digits on left are in one system, right in another\n# g` = ASCII of character 'g' + something with backtick = ord('g') = 103... no\n\n# Let me try: when ` or _ present, it's indicating the BASE to use\n# ` might mean \"next digit is special\"\n\n# Actually: What if each character is shifted by 47 FIRST?\n# g (ASCII 103) - 47 = 56\n# ` (ASCII 96) - 47 = 49\n\ntest_vals = ['fa', 'g`', 'gg', 'a`h', 'dc', 'f_', 'd_']\nexpected = [72, 81, 88, 219, 54, 70, 50]\n\nfor val, exp in zip(test_vals, expected):\n    # Parse without special chars first\n    clean = val.replace('`', '').replace('_', '')\n    b36 = int(clean, 36)\n    \n    # Count special chars\n    bt_count = val.count('`')\n    us_count = val.count('_')\n    \n    # Try various formulas\n    attempt1 = b36 + bt_count * 65\n    attempt2 = b36 - (len(val) - len(clean)) * 47\n    \n    print(f\"{val:5s} -> clean={clean}={b36:3d}, backticks={bt_count}, underscores={us_count}\")\n    print(f\"       Expected={exp}, Attempt1(+65*bt)={attempt1}, Attempt2(-47*special)={attempt2}\")\n    \n    # Find what works\n    if attempt1 == exp:\n        print(f\"       ✓ MATCH with +65*backtick_count\")\n    elif attempt2 == exp:\n        print(f\"       ✓ MATCH with -47*special_char_count\")\n    else:\n        diff = exp - b36\n        print(f\"       Diff from base36: {diff}\")\n    print()\n"}

{"result":"/sandbox/solve_pattern.py"}

{"command": "python3 /sandbox/solve_pattern.py"}

{"exitCode":0,"stdout":"fa    -> clean=fa=550, backticks=0, underscores=0\n       Expected=72, Attempt1(+65bt)=550, Attempt2(-47special)=550\n       Diff from base36: -478\n\ng    -> clean=g= 16, backticks=1, underscores=0\n       Expected=81, Attempt1(+65*bt)=81, Attempt2(-47*special)=-31\n       ✓ MATCH with +65*backtick_count\n\ngg    -> clean=gg=592, backticks=0, underscores=0\n       Expected=88, Attempt1(+65*bt)=592, Attempt2(-47*special)=592\n       Diff from base36: -504\n\nah   -> clean=ah=377, backticks=1, underscores=0\n       Expected=219, Attempt1(+65bt)=442, Attempt2(-47special)=330\n       Diff from base36: -158\n\ndc    -> clean=dc=480, backticks=0, underscores=0\n       Expected=54, Attempt1(+65bt)=480, Attempt2(-47special)=480\n       Diff from base36: -426\n\nf_    -> clean=f= 15, backticks=0, underscores=1\n       Expected=70, Attempt1(+65bt)=15, Attempt2(-47special)=-32\n       Diff from base36: 55\n\nd_    -> clean=d= 13, backticks=0, underscores=1\n       Expected=50, Attempt1(+65bt)=13, Attempt2(-47special)=-34\n       Diff from base36: 37\n\n","stderr":""}

{"filepath": "/sandbox/find_formula.py", "content": "#!/usr/bin/env python3\n\n# Pattern analysis:\n# g` (g=16, `=1) -> 81: 16 + 65 = 81 ✓\n# f_ (f=15, _=1) -> 70: 15 + 55 = 70\n# d_ (d=13, _=1) -> 50: 13 + 37 = 50\n\n# So: underscore adds different amount than backtick\n# Let me check if: `=+65, _=+55? Or _=+37?\n\n# Check more values\ntest_data = [\n    ('fa', 72),\n    ('g`', 81),   # g=16, has `: 16+65=81 ✓\n    ('gg', 88),\n    ('dc', 54),\n    ('f_', 70),   # f=15, has _: 15+55=70\n    ('d_', 50),   # d=13, has _: 13+37=50 (or maybe different formula)\n]\n\n# Maybe the letter position matters with _?\n# f=15, f_->70: diff=55\n# d=13, d_->50: diff=37\n# Difference of differences = 55-37 = 18\n# And f-d = 15-13 = 2\n# So maybe: base36_value * something?\n\nfor val, expected in test_data:\n    has_bt = '`' in val\n    has_us = '_' in val\n    clean = val.replace('`', '').replace('_', '')\n    b36 = int(clean, 36)\n    \n    if has_bt:\n        calc = b36 + 65\n        print(f\"{val} = {b36} + 65 = {calc} (expected {expected}) {'✓' if calc == expected else '✗'}\")\n    elif has_us:\n        # Try different formulas for underscore\n        calc1 = b36 + 55\n        calc2 = b36 + 37\n        calc3 = b36 * 4 - 10\n        calc4 = b36 + 48  # ASCII '0'\n        print(f\"{val} = {b36}, expected {expected}\")\n        print(f\"     +55={calc1} {'✓' if calc1 == expected else '✗'}, +37={calc2} {'✓' if calc2 == expected else '✗'}, +48={calc4} {'✓' if calc4 == expected else '✗'}\")\n    else:\n        # No special char - try simple shift\n        calc = b36 - 47\n        print(f\"{val} = {b36} - 47 = {calc} (expected {expected}) {'✓' if calc == expected else '✗'}\")\n"}

{"result":"/sandbox/find_formula.py"}

{"command": "python3 /sandbox/find_formula.py"}

{"exitCode":0,"stdout":"fa = 550 - 47 = 503 (expected 72) ✗\ng = 16 + 65 = 81 (expected 81) ✓\ngg = 592 - 47 = 545 (expected 88) ✗\ndc = 480 - 47 = 433 (expected 54) ✗\nf_ = 15, expected 70\n     +55=70 ✓, +37=52 ✗, +48=63 ✗\nd_ = 13, expected 50\n     +55=68 ✗, +37=50 ✓, +48=61 ✗\n","stderr":""}</code></pre></details>

{"filepath": "/sandbox/decode_with_formulas.py", "content": "#!/usr/bin/env python3\nimport re\n\nwith open('/sandbox/Da19b34A8efile.enc', 'r') as f:\n    content = f.read()\n\n# Extract array values\nvalues = re.findall(r'([a-z0-9`_]+)\\[', content)\n\nprint(\"Decoding with discovered patterns:\\n\")\n\nresult = ''\nfor i, val in enumerate(values):\n    has_bt = '`' in val\n    has_us = '_' in val\n    clean = val.replace('`', '').replace('_', '')\n    \n    if not clean:\n        continue\n    \n    b36 = int(clean, 36)\n    \n    if has_bt:\n        # Backtick: add 65\n        char_code = b36 + 65\n    elif has_us:\n        # Underscore: need to figure out the pattern\n        # f_->70 (f=15+55), d_->50 (d=13+37)\n        # Maybe: add (48 + (15-b36)*something)?\n        # Or simpler: look at the digit value\n        # f=15: 15+55=70, d=13: 13+37=50\n        # Let's use: add 48 + base36_value/3?\n        # Actually:  15+55=70, 13+37=50\n        # Pattern: seems like larger base36 gets larger add\n        # Try: 48 + b36\n        char_code = b36 + 48  # ASCII '0'\n    else:\n        # No special char: subtract 47?\n        # But this didn't work... let me try modulo\n        char_code = b36 % 256\n        if char_code < 32 or char_code > 126:\n            # Try wrapping\n            char_code = ((b36 - 47) % 94) + 33\n    \n    if 0 <= char_code <= 127:\n        char = chr(char_code)\n        result += char\n        print(f\"{i:2d}. {val:5s} = {b36:3d} -> {char_code:3d} ='{char}'\")\n\nprint(f\"\\n{'='*80}\\nResult: {result}\")\n"}

{"result":"/sandbox/decode_with_formulas.py"}

{"command": "python3 /sandbox/decode_with_formulas.py"}

{"exitCode":0,"stdout":"Decoding with discovered patterns:\n\n 0. fa    = 550 ->  38 ='&'\n 1. g   =  16 ->  81 ='Q'\n 2. gg    = 592 ->  80 ='P'\n 4. dc    = 480 ->  90 ='Z'\n 5. dc    = 480 ->  90 ='Z'\n 6. f_    =  15 ->  63 ='?'\n 8. eh    = 521 ->  37 ='%'\n 9. dd    = 481 ->  91 ='['\n10. ed    = 517 ->  33 ='!'\n12. eg    = 520 ->  36 ='$'\n13. d_    =  13 ->  61 ='='\n14. db    = 479 ->  89 ='Y'\n15. df    = 483 ->  93 =']'\n17. ch    = 449 ->  59 =';'\n18. de    = 482 ->  92 ='\\'\n19. ef    = 519 ->  35 ='#'\n20. bc    = 408 -> 112 ='p'\n21. d_    =  13 ->  61 ='='\n22. d_    =  13 ->  61 ='='\n23. db    = 479 ->  89 ='Y'\n24. de    = 482 ->  92 ='\\'\n26. d_    =  13 ->  61 ='='\n27. eg    = 520 ->  36 ='$'\n28. af    = 375 -> 119 ='w'\n29. f_    =  15 ->  63 ='?'\n30. eh    = 521 ->  37 ='%'\n31. da    = 478 ->  88 ='X'\n32.f    =  15 ->  80 ='P'\n33. d    =  13 ->  78 ='N'\n34. cg    = 448 ->  58 =':'\n35. bb    = 407 -> 111 ='o'\n36. db    = 479 ->  89 ='Y'\n37. df    = 483 ->  93 =']'\n38. de    = 482 ->  92 ='\\'\n39. dd    = 481 ->  91 ='['\n40. a_    =  10 ->  58 =':'\n41. da    = 478 ->  88 ='X'\n42. dd    = 481 ->  91 ='['\n43. eh    = 521 ->  37 ='%'\n45. eh    = 521 ->  37 ='%'\n\n================================================================================\nResult: &QPZZ?%[!$=Y];\\#p==Y\\=$w?%XPN:oY]\\[:X[%%\n","stderr":""}</code></pre></details>

{"filepath": "/sandbox/analyze_deobf.py", "content": "#!/usr/bin/env python3\n\n# From the deobfuscated JavaScript, we saw this array:\n# [72, 81, 88, 219, 54, 54, 70, 188, 69, 55, 65, 189, 68, 50, 53, 57, 189, 49, 56, 67, 34, 50, 50, 53, 56, 189, 50, 68, 27, 70, 69, 52, 17, 51, 48, 33, 53, 57, 56, 55, 20, 52, 55, 69, 187, 69, 221]\n\n# These are character codes that we need to convert\ndecoded_nums = [72, 81, 88, 219, 54, 54, 70, 188, 69, 55, 65, 189, 68, 50, 53, 57, 189, 49, 56, 67, 34, 50, 50, 53, 56, 189, 50, 68, 27, 70, 69, 52, 17, 51, 48, 33, 53, 57, 56, 55, 20, 52, 55, 69, 187, 69, 221]\n\nresult = ''\nfor num in decoded_nums:\n    result += chr(num)\n\nprint(f\"Direct conversion of decoded numbers:\")\nprint(result)\nprint(f\"\\nAs bytes (hex): {result.encode('latin1').hex()}\")\n\n# Try filtering to ASCII printable only\nprintable = ''\nfor num in decoded_nums:\n    if 32 <= num <= 126:\n        printable += chr(num)\n    else:\n        printable += f'[{num}]'\n\nprint(f\"\\nWith non-printable marked:\")\nprint(printable)\n"}

{"result":"/sandbox/analyze_deobf.py"}

{"command": "python3 /sandbox/analyze_deobf.py"}

{"exitCode":0,"stdout":"Direct conversion of decoded numbers:\nHQXÛ66F¼E7A½D259½18C"2258½2D\u001bFE4\u001130!5987\u001447E»EÝ\n\nAs bytes (hex): 485158db363646bc453741bd44323539bd3138432232323538bd32441b464534113330213539383714343745bb45dd\n\nWith non-printable marked:\nHQX[219]66F[188]E7A[189]D259[189]18C"2258[189]2D[27]FE4[17]30!5987[20]47E[187]E[221]\n","stderr":""}

{"filepath": "/sandbox/hex_decode.py", "content": "#!/usr/bin/env python3\n\n# The printable parts look like hex: 66, F, E7A, D259, 18C, 2258, 2D, FE4, 30, 5987, 47E, E\n# And we have HQX at the start which looks like a flag format prefix\n\ndecoded_nums = [72, 81, 88, 219, 54, 54, 70, 188, 69, 55, 65, 189, 68, 50, 53, 57, 189, 49, 56, 67, 34, 50, 50, 53, 56, 189, 50, 68, 27, 70, 69, 52, 17, 51, 48, 33, 53, 57, 56, 55, 20, 52, 55, 69, 187, 69, 221]\n\n# Convert and analyze\nfull_str = ''.join(chr(n) if 32 <= n <= 126 else f'|{n}|' for n in decoded_nums)\nprint(f\"String with markers: {full_str}\\n\")\n\n# Try treating numbers >126 as separators or special markers\nsegments = []\ncurrent = ''\nfor num in decoded_nums:\n    if 32 <= num <= 126:\n        current += chr(num)\n    else:\n        if current:\n            segments.append(current)\n            current = ''\n        segments.append(f\"[{num}]\")\nif current:\n    segments.append(current)\n\nprint(\"Segments:\", segments)\n\n# Maybe the pattern is: HQX{ hex_string }\n# Let's extract just hex-looking parts\nhex_parts = ''.join(c for c in full_str.replace('|', '').replace(chr(219), '').replace(chr(188), '').replace(chr(189), '').replace(chr(27), '').replace(chr(17), '').replace(chr(20), '').replace(chr(187), '').replace(chr(221), '') if c.isalnum())\n\nprint(f\"\\nHex-like string: {hex_parts}\")\n\n# Try to form flag\nif hex_parts.startswith('HQX'):\n    flag_content = hex_parts[3:]\n    print(f\"\\nPossible flag: HQX{{{flag_content}}}\")\n"}

{"result":"/sandbox/hex_decode.py"}

{"command": "python3 /sandbox/hex_decode.py"}

{"exitCode":0,"stdout":"String with markers: HQX|219|66F|188|E7A|189|D259|189|18C"2258|189|2D|27|FE4|17|30!5987|20|47E|187|E|221|\n\nSegments: ['HQX', '[219]', '66F', '[188]', 'E7A', '[189]', 'D259', '[189]', '18C"2258', '[189]', '2D', '[27]', 'FE4', '[17]', '30!5987', '[20]', '47E', '[187]', 'E', '[221]']\n\nHex-like string: HQX21966F188E7A189D25918918C22581892D27FE4173059872047E187E221\n\nPossible flag: HQX{21966F188E7A189D25918918C22581892D27FE4173059872047E187E221}\n","stderr":""}

{"filepath": "/sandbox/clean_flag.py", "content": "#!/usr/bin/env python3\n\ndecoded_nums = [72, 81, 88, 219, 54, 54, 70, 188, 69, 55, 65, 189, 68, 50, 53, 57, 189, 49, 56, 67, 34, 50, 50, 53, 56, 189, 50, 68, 27, 70, 69, 52, 17, 51, 48, 33, 53, 57, 56, 55, 20, 52, 55, 69, 187, 69, 221]\n\n# Extract only the printable ASCII characters (ignore control codes)\nresult = ''\nfor num in decoded_nums:\n    if 32 <= num <= 126:\n        result += chr(num)\n\nprint(f\"Cleaned string: {result}\")\nprint(f\"\\nFlag format: HQX{{...}}\")\n\n# The string appears to be: HQX66FE7AD25918C\"22582DFECONTROL30!59874CONTROL47EE\n# Remove special chars that don't fit hex\nimport re\nhex_only = re.sub(r'[^0-9A-Fa-f]', '', result[3:])  # Skip HQX prefix, keep only hex\nprint(f\"Hex only after HQX: {hex_only}\")\n\n# Or maybe keep alphanumeric\nalphanum = re.sub(r'[^0-9A-Za-z]', '', result[3:])\nprint(f\"Alphanumeric only: {alphanum}\")\n\nprint(f\"\\nFinal flag: HQX{{{alphanum}}}\")\n"}

{"result":"/sandbox/clean_flag.py"}

{"command": "python3 /sandbox/clean_flag.py"}

{"exitCode":0,"stdout":"Cleaned string: HQX66FE7AD25918C"22582DFE430!598747EE\n\nFlag format: HQX{...}\nHex only after HQX: 66FE7AD25918C22582DFE430598747EE\nAlphanumeric only: 66FE7AD25918C22582DFE430598747EE\n\nFinal flag: HQX{66FE7AD25918C22582DFE430598747EE}\n","stderr":""}