Tool call: read_file with args: {"filepath":"/sandbox/flagGrid_h3042110417.reg"} failed
Tool call: sandbox_execute with args: {"command":"xxd -l 256 /sandbox/flagGrid_h3042110417.reg"} succeeded
Execution output:
{"exitCode": 0, "stdout": "00000000: fffe 2000 2000 3300 3000 2c00 3200 6500 .. . .3.0.,.2.e.\n00000010: 2c00 3300 3000 2c00 3300 3000 2c00 3300 ,.3.0.,.3.0.,.3.\n00000020: 6100 2c00 3300 3000 2c00 3200 6500 2c00 a.,.3.0.,.2.e.,.\n00000030: 3300 3000 2c00 3300 3000 2c00 3200 6300 3.0.,.3.0.,.2.c.\n00000040: 2c00 3300 3000 2c00 3200 6500 2c00 3300 ,.3.0.,.2.e.,.3.\n00000050: 3000 2c00 3300 3000 2c00 3300 6100 2c00 0.,.3.0.,.3.a.,.\n00000060: 3300 3000 2c00 3200 6500 2c00 5c00 0d00 3.0.,.2.e.,.\...\n00000070: 0a00 2000 2000 3300 3000 2c00 3300 3000 .. . .3.0.,.3.0.\n00000080: 2c00 3200 6300 2c00 3300 3000 2c00 3200 ,.2.c.,.3.0.,.2.\n00000090: 6500 2c00 3300 3000 2c00 3300 3000 2c00 e.,.3.0.,.3.0.,.\n000000a0: 3300 6100 2c00 3300 3000 2c00 3200 6500 3.a.,.3.0.,.2.e.\n000000b0: 2c00 3300 3000 2c00 3300 3000 2c00 3200 ,.3.0.,.3.0.,.2.\n000000c0: 6300 2c00 3300 3000 2c00 3200 6500 2c00 c.,.3.0.,.2.e.,.\n000000d0: 3300 3000 2c00 3300 3000 2c00 3300 6100 3.0.,.3.0.,.3.a.\n000000e0: 2c00 3300 3000 2c00 3200 6500 2c00 3300 ,.3.0.,.2.e.,.3.\n000000f0: 3000 2c00 3300 3000 2c00 3200 6300 2c00 0.,.3.0.,.2.c.,.\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "\ufeff 30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "\ufeff 30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,\\r\n 30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\r\n 30,30,2c,30,2e,30,30,\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "2641 rows\n['\ufeff 30', '2e', '30', '30', '3a', '30', '2e', '30', '30', '2c', '30', '2e', '30', '30', '3a', '30', '2e']\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "0.00:0.00,0.00:0.00\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "['.00:0.00,0.00:0.', '00,0.00:0.00,0.00:0.00,0.', '00:0.00,0.00:0.00,0.00:0.', '00,0.00:0.00,0.00:0.00,0.', '00:0.00,0.00:0.00,0.00:0.', '00,0.00:0.00,0.00:0.00,0.', '00:0.00,0.00:0.00,0.00:0.', '00,0.00:0.00,0.00:0.00,0.', '00:0.00,0.00:0.00,0.00:0.', '00,0.00:0.00,0.00:0.00,0.']\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "rows 2641\n.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n", "stderr": ""}
Tool call: sandbox_execute with args: {"command":"xxd -l 1024 /sandbox/flagGrid_h3042110417.reg"} succeeded
Execution output:
{"exitCode": 0, "stdout": "00000000: fffe 2000 2000 3300 3000 2c00 3200 6500 .. . .3.0.,.2.e.\n00000010: 2c00 3300 3000 2c00 3300 3000 2c00 3300 ,.3.0.,.3.0.,.3.\n00000020: 6100 2c00 3300 3000 2c00 3200 6500 2c00 a.,.3.0.,.2.e.,.\n00000030: 3300 3000 2c00 3300 3000 2c00 3200 6300 3.0.,.3.0.,.2.c.\n00000040: 2c00 3300 3000 2c00 3200 6500 2c00 3300 ,.3.0.,.2.e.,.3.\n00000050: 3000 2c00 3300 3000 2c00 3300 6100 2c00 0.,.3.0.,.3.a.,.\n00000060: 3300 3000 2c00 3200 6500 2c00 5c00 0d00 3.0.,.2.e.,.\...\n00000070: 0a00 2000 2000 3300 3000 2c00 3300 3000 .. . .3.0.,.3.0.\n00000080: 2c00 3200 6300 2c00 3300 3000 2c00 3200 ,.2.c.,.3.0.,.2.\n00000090: 6500 2c00 3300 3000 2c00 3300 3000 2c00 e.,.3.0.,.3.0.,.\n000000a0: 3300 6100 2c00 3300 3000 2c00 3200 6500 3.a.,.3.0.,.2.e.\n000000b0: 2c00 3300 3000 2c00 3300 3000 2c00 3200 ,.3.0.,.3.0.,.2.\n000000c0: 6300 2c00 3300 3000 2c00 3200 6500 2c00 c.,.3.0.,.2.e.,.\n000000d0: 3300 3000 2c00 3300 3000 2c00 3300 6100 3.0.,.3.0.,.3.a.\n000000e0: 2c00 3300 3000 2c00 3200 6500 2c00 3300 ,.3.0.,.2.e.,.3.\n000000f0: 3000 2c00 3300 3000 2c00 3200 6300 2c00 0.,.3.0.,.2.c.,.\n00000100: 3300 3000 2c00 3200 6500 2c00 5c00 0d00 3.0.,.2.e.,.\...\n00000110: 0a00 2000 2000 3300 3000 2c00 3300 3000 .. . .3.0.,.3.0.\n00000120: 2c00 3300 6100 2c00 3300 3000 2c00 3200 ,.3.a.,.3.0.,.2.\n00000130: 6500 2c00 3300 3000 2c00 3300 3000 2c00 e.,.3.0.,.3.0.,.\n00000140: 3200 6300 2c00 3300 3000 2c00 3200 6500 2.c.,.3.0.,.2.e.\n00000150: 2c00 3300 3000 2c00 3300 3000 2c00 3300 ,.3.0.,.3.0.,.3.\n00000160: 6100 2c00 3300 3000 2c00 3200 6500 2c00 a.,.3.0.,.2.e.,.\n00000170: 3300 3000 2c00 3300 3000 2c00 3200 6300 3.0.,.3.0.,.2.c.\n00000180: 2c00 3300 3000 2c00 3200 6500 2c00 3300 ,.3.0.,.2.e.,.3.\n00000190: 3000 2c00 3300 3000 2c00 3300 6100 2c00 0.,.3.0.,.3.a.,.\n000001a0: 3300 3000 2c00 3200 6500 2c00 5c00 0d00 3.0.,.2.e.,.\...\n000001b0: 0a00 2000 2000 3300 3000 2c00 3300 3000 .. . .3.0.,.3.0.\n000001c0: 2c00 3200 6300 2c00 3300 3000 2c00 3200 ,.2.c.,.3.0.,.2.\n000001d0: 6500 2c00 3300 3000 2c00 3300 3000 2c00 e.,.3.0.,.3.0.,.\n000001e0: 3300 6100 2c00 3300 3000 2c00 3200 6500 3.a.,.3.0.,.2.e.\n000001f0: 2c00 3300 3000 2c00 3300 3000 2c00 3200 ,.3.0.,.3.0.,.2.\n00000200: 6300 2c00 3300 3000 2c00 3200 6500 2c00 c.,.3.0.,.2.e.,.\n00000210: 3300 3000 2c00 3300 3000 2c00 3300 6100 3.0.,.3.0.,.3.a.\n00000220: 2c00 3300 3000 2c00 3200 6500 2c00 3300 ,.3.0.,.2.e.,.3.\n00000230: 3000 2c00 3300 3000 2c00 3200 6300 2c00 0.,.3.0.,.2.c.,.\n00000240: 3300 3000 2c00 3200 6500 2c00 5c00 0d00 3.0.,.2.e.,.\...\n00000250: 0a00 2000 2000 3300 3000 2c00 3300 3000 .. . .3.0.,.3.0.\n00000260: 2c00 3300 6100 2c00 3300 3000 2c00 3200 ,.3.a.,.3.0.,.2.\n00000270: 6500 2c00 3300 3000 2c00 3300 3000 2c00 e.,.3.0.,.3.0.,.\n00000280: 3200 6300 2c00 3300 3000 2c00 3200 6500 2.c.,.3.0.,.2.e.\n00000290: 2c00 3300 3000 2c00 3300 3000 2c00 3300 ,.3.0.,.3.0.,.3.\n000002a0: 6100 2c00 3300 3000 2c00 3200 6500 2c00 a.,.3.0.,.2.e.,.\n000002b0: 3300 3000 2c00 3300 3000 2c00 3200 6300 3.0.,.3.0.,.2.c.\n000002c0: 2c00 3300 3000 2c00 3200 6500 2c00 3300 ,.3.0.,.2.e.,.3.\n000002d0: 3000 2c00 3300 3000 2c00 3300 6100 2c00 0.,.3.0.,.3.a.,.\n000002e0: 3300 3000 2c00 3200 6500 2c00 5c00 0d00 3.0.,.2.e.,.\...\n000002f0: 0a00 2000 2000 3300 3000 2c00 3300 3000 .. . .3.0.,.3.0.\n00000300: 2c00 3200 6300 2c00 3300 3000 2c00 3200 ,.2.c.,.3.0.,.2.\n00000310: 6500 2c00 3300 3000 2c00 3300 3000 2c00 e.,.3.0.,.3.0.,.\n00000320: 3300 6100 2c00 3300 3000 2c00 3200 6500 3.a.,.3.0.,.2.e.\n00000330: 2c00 3300 3000 2c00 3300 3000 2c00 3200 ,.3.0.,.3.0.,.2.\n00000340: 6300 2c00 3300 3000 2c00 3200 6500 2c00 c.,.3.0.,.2.e.,.\n00000350: 3300 3000 2c00 3300 3000 2c00 3300 6100 3.0.,.3.0.,.3.a.\n00000360: 2c00 3300 3000 2c00 3200 6500 2c00 3300 ,.3.0.,.2.e.,.3.\n00000370: 3000 2c00 3300 3000 2c00 3200 6300 2c00 0.,.3.0.,.2.c.,.\n00000380: 3300 3000 2c00 3200 6500 2c00 5c00 0d00 3.0.,.2.e.,.\...\n00000390: 0a00 2000 2000 3300 3000 2c00 3300 3000 .. . .3.0.,.3.0.\n000003a0: 2c00 3300 6100 2c00 3300 3000 2c00 3200 ,.3.a.,.3.0.,.2.\n000003b0: 6500 2c00 3300 3000 2c00 3300 3000 2c00 e.,.3.0.,.3.0.,.\n000003c0: 3200 6300 2c00 3300 3000 2c00 3200 6500 2.c.,.3.0.,.2.e.\n000003d0: 2c00 3300 3000 2c00 3300 3000 2c00 3300 ,.3.0.,.3.0.,.3.\n000003e0: 6100 2c00 3300 3000 2c00 3200 6500 2c00 a.,.3.0.,.2.e.,.\n000003f0: 3300 3000 2c00 3300 3000 2c00 3200 6300 3.0.,.3.0.,.2.c.\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "numbers 10559\nunique count 28\n['0.00', '0.05', '0.06', '0.07', '0.08', '0.11', '0.12', '0.25', '0.26', '0.34', '0.51', '0.52', '0.53', '0.54', '0.55', '0.56', '0.58', '0.59', '0.60', '0.61']\n['0.26', '0.34', '0.51', '0.52', '0.53', '0.54', '0.55', '0.56', '0.58', '0.59', '0.60', '0.61', '0.66', '0.68', '0.71', '0.76', '0.78', '0.89', '0.93', '0.95']\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 1, "stdout": "", "stderr": "Traceback (most recent call last):\n File "
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": ".00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "done 2642\n", "stderr": ""}
Tool call: sandbox_execute with args: {"command":"head -n 40 /sandbox/out.txt"} succeeded
Execution output:
{"exitCode": 0, "stdout": ".00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n00:0.00,0.00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 1, "stdout": "2641\n.00:0.00,0.00:0.\n", "stderr": "Traceback (most recent call last):\n File "
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": ".00:0.00,0.00:0.\n00,0.00:0.00,0.00:0.00,0.\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 1, "stdout": "raw first line length 56\n'\ufeff 30,2e,30,30,3a,30,2e,30,30,2c,30,2e,30,30,3a,30,2e,\\\r'\ntoken count 16\n['2e', '30', '30', '3a', '30', '2e', '30', '30', '2c', '30', '2e', '30', '30', '3a', '30', '2e']\n", "stderr": "Traceback (most recent call last):\n File "
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": ".00:0.00,0.00:0.\n.00:0.00,0.00:0.\nrow count 2641\nlengths {16, 25}\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "total tokens 65999\nbyte_data length 65999\n", "stderr": ""}
Tool call: sandbox_execute with args: {"command":"xxd -l 256 /sandbox/flagGrid.bin"} succeeded
Execution output:
{"exitCode": 0, "stdout": "00000000: 2e30 303a 302e 3030 2c30 2e30 303a 302e .00:0.00,0.00:0.\n00000010: 3030 2c30 2e30 303a 302e 3030 2c30 2e30 00,0.00:0.00,0.0\n00000020: 303a 302e 3030 2c30 2e30 303a 302e 3030 0:0.00,0.00:0.00\n00000030: 2c30 2e30 303a 302e 3030 2c30 2e30 303a ,0.00:0.00,0.00:\n00000040: 302e 3030 2c30 2e30 303a 302e 3030 2c30 0.00,0.00:0.00,0\n00000050: 2e30 303a 302e 3030 2c30 2e30 303a 302e .00:0.00,0.00:0.\n00000060: 3030 2c30 2e30 303a 302e 3030 2c30 2e30 00,0.00:0.00,0.0\n00000070: 303a 302e 3030 2c30 2e30 303a 302e 3030 0:0.00,0.00:0.00\n00000080: 2c30 2e30 303a 302e 3030 2c30 2e30 303a ,0.00:0.00,0.00:\n00000090: 302e 3030 2c30 2e30 303a 302e 3030 2c30 0.00,0.00:0.00,0\n000000a0: 2e30 303a 302e 3030 2c30 2e30 303a 302e .00:0.00,0.00:0.\n000000b0: 3030 2c30 2e30 303a 302e 3030 2c30 2e30 00,0.00:0.00,0.0\n000000c0: 303a 302e 3030 2c30 2e30 303a 302e 3030 0:0.00,0.00:0.00\n000000d0: 2c30 2e30 303a 302e 3030 2c30 2e30 303a ,0.00:0.00,0.00:\n000000e0: 302e 3030 2c30 2e30 303a 302e 3030 2c30 0.00,0.00:0.00,0\n000000f0: 2e30 303a 302e 3030 2c30 2e30 303a 302e .00:0.00,0.00:0.\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "len 65999\n.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0.00:0.00,0\nnewline count 0\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "values 6600\n['.00:0.00', '0.00:0.00', '0.00:0.00', '0.00:0.00', '0.00:0.00', '0.00:0.00', '0.00:0.00', '0.00:0.00', '0.00:0.00', '0.00:0.00']\nlongest 0.00:0.00\u0000\nunique lengths [8, 9, 10]\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 1, "stdout": "6600\n", "stderr": "Traceback (most recent call last):\n File "
Quick answer
The file is a Windows Registry export (.reg) that holds one very large REG_BINARY value called “flagGrid …”. What you are seeing inside it is:
• UTF-16-LE text (hence the FF FE byte-order mark at the very start).
• A long series of comma-separated two-digit hex bytes – the standard way a .reg file stores binary data.
• When those hex bytes are converted back to raw bytes they spell ASCII text such as
0.00:0.00,0.00:0.00,0.00:0.00, …
So the binary data itself is just a text grid of floating-point numbers written as “row_value:column_value” pairs, separated by commas. There are 6 600 such pairs (≈ 65 kB of data). It seems to be some numeric “flag grid” or heat-map that an application chose to keep in the registry instead of a normal file.
Nothing in the file is executable or harmful by itself, but double-clicking a .reg file tells Windows to merge it into the registry, which you probably don’t want. If you simply need the data, open it in a text editor or decode the inner hex to retrieve the plain ASCII grid.
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "tokens 6600\nparsed coords 6600\nunique xs 20 [0.0, 0.07, 0.11, 0.25, 0.34, 0.5, 0.51, 0.52, 0.55, 0.59]\nunique ys 18 [0.0, 0.05, 0.06, 0.07, 0.08, 0.12, 0.26, 0.51, 0.52, 0.53]\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "total coords 6599\nminmax x 0.0 0.95 unique 20\nminmax y 0.0 0.93 unique 18\nunique x list [0.0, 0.07, 0.11, 0.25, 0.34, 0.5, 0.51, 0.52, 0.55, 0.59, 0.6, 0.61, 0.63, 0.66, 0.68, 0.71, 0.76, 0.78, 0.89, 0.95]\nunique y list [0.0, 0.05, 0.06, 0.07, 0.08, 0.12, 0.26, 0.51, 0.52, 0.53, 0.54, 0.55, 0.56, 0.58, 0.6, 0.61, 0.64, 0.93]\n", "stderr": ""}
Tool call: sandbox_execute with args: {} succeeded
Execution output:
{"exitCode": 0, "stdout": "b'.00:0.00'\n-1\n-1\n-1\n-1\n", "stderr": ""}
No.
The REG_BINARY blob does not contain the byte-stream of any picture format (PNG, JPEG, GIF, BMP, etc.). When the hexadecimal text is decoded it yields plain ASCII such as
0.00:0.00,0.00:0.00,0.07:0.05, …
That is just a long list (6 600 entries) of numeric pairs written “x:y”, separated by commas. Nothing in the data has an image header (no “\x89PNG…”, “JFIF”, “GIF87a/GIF89a”, etc.).
What you actually have is a grid or point cloud of floating-point coordinates that some program decided to store in the registry. If you want to “see” it you can:
- Decode the hex bytes to get the ASCII string.
- Split on commas, then split each token on ‘:’ to obtain x and y floats.
- Feed the (x, y) list to a plotting library (e.g. matplotlib’s scatter or imshow) to visualise the grid.
But there is no embedded picture to extract.