|
1 | | -# Import bluetooth from the PyBluez module. |
2 | 1 | importbluetooth |
3 | 2 |
|
| 3 | +# Major and Minor Device Class definitions based on Bluetooth specifications |
| 4 | +MAJOR_CLASSES= { |
| 5 | +0:"Miscellaneous", |
| 6 | +1:"Computer", |
| 7 | +2:"Phone", |
| 8 | +3:"LAN/Network Access", |
| 9 | +4:"Audio/Video", |
| 10 | +5:"Peripheral", |
| 11 | +6:"Imaging", |
| 12 | +7:"Wearable", |
| 13 | +8:"Toy", |
| 14 | +9:"Health", |
| 15 | +10:"Uncategorized" |
| 16 | +} |
| 17 | + |
| 18 | +MINOR_CLASSES= { |
| 19 | +# Computer Major Class |
| 20 | + (1,0):"Uncategorized Computer", (1,1):"Desktop Workstation", |
| 21 | + (1,2):"Server-class Computer", (1,3):"Laptop", (1,4):"Handheld PC/PDA", |
| 22 | + (1,5):"Palm-sized PC/PDA", (1,6):"Wearable computer", |
| 23 | +# Phone Major Class |
| 24 | + (2,0):"Uncategorized Phone", (2,1):"Cellular", (2,2):"Cordless", |
| 25 | + (2,3):"Smartphone", (2,4):"Wired modem or voice gateway", |
| 26 | + (2,5):"Common ISDN Access", |
| 27 | +# LAN/Network Access Major Class |
| 28 | + (3,0):"Fully available", (3,1):"1% to 17% utilized", |
| 29 | + (3,2):"17% to 33% utilized", (3,3):"33% to 50% utilized", |
| 30 | + (3,4):"50% to 67% utilized", (3,5):"67% to 83% utilized", |
| 31 | + (3,6):"83% to 99% utilized", (3,7):"No service available", |
| 32 | +# Audio/Video Major Class |
| 33 | + (4,0):"Uncategorized A/V", (4,1):"Wearable Headset", (4,2):"Hands-free Device", |
| 34 | + (4,3):"Microphone", (4,4):"Loudspeaker", (4,5):"Headphones", (4,6):"Portable Audio", |
| 35 | + (4,7):"Car audio", (4,8):"Set-top box", (4,9):"HiFi Audio Device", |
| 36 | + (4,10):"VCR", (4,11):"Video Camera", (4,12):"Camcorder", |
| 37 | + (4,13):"Video Monitor", (4,14):"Video Display and Loudspeaker", |
| 38 | + (4,15):"Video Conferencing", (4,16):"Gaming/Toy", |
| 39 | +# Peripheral Major Class |
| 40 | + (5,0):"Not Keyboard/Not Pointing Device", (5,1):"Keyboard", |
| 41 | + (5,2):"Pointing device", (5,3):"Combo Keyboard/Pointing device", |
| 42 | +# Imaging Major Class |
| 43 | + (6,0):"Display", (6,1):"Camera", (6,2):"Scanner", (6,3):"Printer", |
| 44 | +# Wearable Major Class |
| 45 | + (7,0):"Wristwatch", (7,1):"Pager", (7,2):"Jacket", |
| 46 | + (7,3):"Helmet", (7,4):"Glasses", |
| 47 | +# Toy Major Class |
| 48 | + (8,0):"Robot", (8,1):"Vehicle", |
| 49 | + (8,2):"Doll / Action figure", |
| 50 | + (8,3):"Controller", (8,4):"Game", |
| 51 | +# Health Major Class |
| 52 | + (9,0):"Undefined", (9,1):"Blood Pressure Monitor", |
| 53 | + (9,2):"Thermometer", (9,3):"Weighing Scale", |
| 54 | + (9,4):"Glucose Meter", (9,5):"Pulse Oximeter", |
| 55 | + (9,6):"Heart/Pulse Rate Monitor", (9,7):"Health Data Display", |
| 56 | + (9,8):"Step Counter", (9,9):"Body Composition Analyzer", |
| 57 | + (9,10):"Peak Flow Monitor", (9,11):"Medication Monitor", |
| 58 | + (9,12):"Knee Prosthesis", (9,13):"Ankle Prosthesis", |
| 59 | +# More specific definitions can be added if needed |
| 60 | +} |
| 61 | + |
| 62 | +defparse_device_class(device_class): |
| 63 | +major= (device_class>>8)&0x1F# divide by 2**8 and mask with 0x1F (take the last 5 bits) |
| 64 | +minor= (device_class>>2)&0x3F# divide by 2**2 and mask with 0x3F (take the last 6 bits) |
| 65 | +major_class_name=MAJOR_CLASSES.get(major,"Unknown Major Class") |
| 66 | +minor_class_key= (major,minor) |
| 67 | +minor_class_name=MINOR_CLASSES.get(minor_class_key,"Unknown Minor Class") |
| 68 | +returnmajor_class_name,minor_class_name |
| 69 | + |
| 70 | + |
4 | 71 | defscan_bluetooth_devices(): |
5 | 72 | try: |
6 | | -# Discover Bluetooth devices with names and classes. |
7 | | -discovered_devices=bluetooth.discover_devices(lookup_names=True,lookup_class=True) |
8 | | - |
9 | | -# Display information about the scanning process. |
10 | | -print('[!] Scanning for active devices...') |
11 | | -print(f"[!] Found{len(discovered_devices)} Devices\n") |
12 | | - |
13 | | -# Iterate through discovered devices and print their details. |
| 73 | +discovered_devices=bluetooth.discover_devices(duration=8,lookup_names=True,lookup_class=True) |
| 74 | +print('[!] Scanning for Bluetooth devices...') |
| 75 | +print(f"[!] Found{len(discovered_devices)} Devices") |
14 | 76 | foraddr,name,device_classindiscovered_devices: |
15 | | -print(f'[+] Name:{name}') |
16 | | -print(f'[+]Address:{addr}') |
17 | | -print(f'[+] Device Class:{device_class}\n') |
18 | | - |
| 77 | +major_class,minor_class=parse_device_class(device_class) |
| 78 | +print(f"[+]Device Name:{name}") |
| 79 | +print(f" Address:{addr}") |
| 80 | +print(f" Device Class:{device_class} ({major_class},{minor_class})") |
19 | 81 | exceptExceptionase: |
20 | | -# Handle and display any exceptions that occur during device discovery. |
21 | 82 | print(f"[ERROR] An error occurred:{e}") |
22 | 83 |
|
23 | | - |
24 | | -# Call the Bluetooth device scanning function when the script is run |
25 | | -scan_bluetooth_devices() |
| 84 | +if__name__=="__main__": |
| 85 | +scan_bluetooth_devices() |