import binascii

def audit_hex(hex_string):
 print(f"--- Hexadecimal Data Audit ---")
 print(f"[*] Raw Hex: {hex_string}")

 # 1. Byte Count
 byte_count = len(hex_string) // 2
 print(f"[*] Byte Length: {byte_count} bytes")

 # 2. Convert to Binary (Big Endian / Natural)
 # Using 'bytes.fromhex' to get raw bytes
 raw_bytes = bytes.fromhex(hex_string)
 print(f"[*] Natural Order: {raw_bytes.hex(' ')}")

 # 3. Perform Little Endian Flip
 # This is how Bitcoin stores TXIDs and Hashes
 little_endian = raw_bytes[::-1]
 print(f"[*] Little Endian: {little_endian.hex(' ')}")

 # 4. Bit-Level View (of the first byte)
 first_byte = raw_bytes[0]
 binary_bits = bin(first_byte)[2:].zfill(8)
 print(f"[*] Byte[0] Bits: {binary_bits}")

# --- Simulation ---

# Scenario 1: A Transaction Amount (0.5 BTC)
# 50,000,000 Satoshis = 0x02FAF080
# In a raw transaction, this is 8 bytes Little Endian: 80 F0 FA 02 00 00 00 00
print("Scenario: Transaction Amount (50,000,000 Sats)")
audit_hex("02faf080")

print("\nScenario: Block Hash Reversal")
# A mock block hash (shortened)
mock_hash = "00000000000000000005a9"
audit_hex(mock_hash)