bluecrawl-1.0.0.js

/**


                   GNU LESSER GENERAL PUBLIC LICENSE
                       Version 3, 29 June 2007

 Copyright (C) 2007 Free Software Foundation, Inc. <https://fsf.org/>
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  ____________ __    ____  _             ____                    _ 
 / / __ ) \ \ \\ \  | __ )| |_   _  ___ / ___|_ __ __ ___      _| |
| ||  _ \| | | |\ \ |  _ \| | | | |/ _ \ |   | '__/ _` \ \ /\ / / |
| || |_) | | | |/ / | |_) | | |_| |  __/ |___| | | (_| |\ V  V /| |
| ||____/| | | /_/  |____/|_|\__,_|\___|\____|_|  \__,_| \_/\_/ |_|
 \_\    /_/_/_/                                                    
	for Frida (Android)
	by Keith Makan @IOActive

	- simple frida script for interacting with and dumping info from bluetooth device objects and sockets
	- I left a little bit of breathing room for those who want to do other cool stuff

_device_t = new Object(); 
_device_t._name="";
_device_t._address="";
_device_t._class="";
_device_t._type="";
_device_t._bond="";

*/
/** should design a better console graphics library **/

function infoCursor(){

	return "\033[2m";
}
function lightGrayCursor(){
	return "\033[37m";
}
			
function lightGreenCursor(){
	return "\033[92m";
}
function greenCursor(){
	return "\033[32m";
}

function lightCyanCursor(){
	return "\033[96m"
}
function lightBlueCursor(){
	return "\033[94m"
}
function cyanCursor(){
	return "\033[36m"
}
function blueCursor(){
	return "\033[34m"
}
function closeCursor(){
	return "\033[0m"
} 

_device_list = [] //array of _device_t objects

function add_new_device(_device_instance){

	var _bluetoothDevice = _device_instance;
	var _bluetoothDevice_address = _bluetoothDevice.getAddress();
	var _bluetoothDevice_class = _bluetoothDevice.getBluetoothClass();
	var _bluetoothDevice_bondState = _bluetoothDevice.getBondState();
	var _bluetoothDevice_name = _bluetoothDevice.getName();
	var _bluetoothDevice_type = _bluetoothDevice.getType();


	__device =  new Object();
	__device._address = _bluetoothDevice.getAddress();
	__device._class   = _bluetoothDevice.getBluetoothClass();
	__device._bond    = _bluetoothDevice.getBondState();
	__device._name    = _bluetoothDevice.getName();
	__device._type  	= _bluetoothDevice.getType();
	_device_list.push(__device);

	return __device;	
}

function find_device(_address){
	for (var index = 0; index < _device_list.length; index++){
		if (_device_list[index]._address == _address){
			return _device_list[index];
		}	
	}
	return undefined;
}

function make_spaces(length,spaces){
	var line_length = spaces;
	var spaces = " ";
	var index = 0;
	for (;index < line_length - length;index++){
		spaces+=" ";	
	}
	return spaces;
}

function bluetoothDevice_MajorClassInfo(_majorClass){
	//should probably use bit masks for this right? just return all the matching fields right? naah fuck it, this is javascript
	switch(_majorClass){
		case(1024): return "("+_majorClass+") Audio/Video"; break;
		case(256):  return "("+_majorClass+")  Computer";break; //very very accurate description, very internet of things ready lol
		case(2304): return "("+_majorClass+") Health";break;
		case(1536): return "("+_majorClass+") Imaging";break;
		case(768):  return "("+_majorClass+")  Networking";break;
		case(1280): return "("+_majorClass+") Peripheral";break;
		case(512):  return "("+_majorClass+")  Phone";break;
		case(2048): return "("+_majorClass+") Toy"; break;
		case(7936): return "("+_majorClass+") Uncategorized";break;
		case(1792): return "("+_majorClass+") Wearable";break;
		case(0):     return "Misc [0]";break;
		default: return "unknown ["+_majorClass+"]";break;
	}	
}
function findServicesForClass(_class){
	for (var index = 0;index < 3000;index++){
		if (_class.hasService(index)){
			console.log("[*]\t\t--"+bluetoothDevice_ServiceClassInfo(index));
		}
	} 
	
}
function bluetoothGattServiceCharacteristicInfo(_gatt_service){

}
function bluetoothGattServiceInfo(_gatt_service){
	console.log("[t]\t\t UUID: "+services[index].getUUID().toString());
	return;
}
function bluetoothGattServerInfo(_gatt_server){
	//expands on Gatt Services
	//produce a nice print out of the device gatt service and all its descriptors 
	//UUID
	//Type
	//InstanceID
	//IncludedServices
	//Dump Characteristics	
	try{
		var services = _gatt_server.getServices();

	}
	catch(err){
		console.log("[x]\t\t"+err);
		return;
	}
	for (var index=0;index < services.length;index++){
		console.log("[t]\t\t "+services[index].getUUID().toString());
	}
}
function bluetoothDevice_ServiceClassInfo(_device_class){ //need to rename these but this sthe device class the one elow is te class object in java
	switch (_device_class){
		case(1076): return "("+_device_class+") Audio Video Camcorder"; break;
		case(1056): return "("+_device_class+") Audio Video Car"; break;
		case(1032): return "("+_device_class_+") Audio Video Headphones"; break;
		case(1048): return "("+_device_class_+") Audio Video Hifi Audio"; break;
		case(1044): return "("+_device_class_+") Audio Video Loudspeaker"; break;
		case(1040): return "("+_device_class_+") Audio Video Microphone"; break;
		case(1052): return "("+_device_class_+") Audio Video Portable Audio"; break;
		case(1060): return "("+_device_class_+") Audio Video Set Top Box"; break;
		case(1024): return "("+_device_class_+") Audio Video Uncategorized"; break;
		case(1068): return "("+_device_class_+") Audio Video VCR"; break;
		case(1072): return "("+_device_class_+") Audio Video Video Camera"; break;
		case(1088): return "("+_device_class_+") Audio Video Conferencing"; break;
		case(1084): return "("+_device_class_+") Audio Video Display and Loudspeaker"; break;
		case(1096): return "("+_device_class_+") Audio Video Gaming/Toy";break;
		case(1080): return "("+_device_class_+") Audio Video Monitor"; break;
		case(1028): return "("+_device_class_+") Audio Video Wearable Headset";break;
		case(260): return  "("+_device_class_+") Computer Desktop"; break;
		case(272): return  "("+_device_class_+") Computer Handheld PC PDA"; break;
		case(268): return  "("+_device_class_+") Computer Laptop"; break;
		case(276): return  "("+_device_class_+") Computer Palm Size PC PDA"; break;
		case(264): return  "("+_device_class_+") Computer Server"; break;
		case(256): return  "("+_device_class_+") Computer Uncategorized"; break;
		case(280): return  "("+_device_class_+") Computer Wearable"; break;
		case(2308): return "("+_device_class_+") Health Blood Pressure"; break;
		case(2332): return "("+_device_class_+") Health Data Display"; break;
		case(2320): return "("+_device_class_+") Health Glucose"; break;
		case(2324):return  "("+_device_class_+") Health Pulse Oximeter"; break;
		case(2328): return "("+_device_class_+") Health Pulse Rate"; break;
		case(2312): return "("+_device_class_+") Health Thermometer"; break;
		case(2304): return "("+_device_class_+") Health Uncategorized"; break;
		case(2316): return "("+_device_class_+") Health Weighing"; break;
		case(516): return  "("+_device_class_+") Phone Cellular";break;
		case(520): return  "("+_device_class_+") Phone ISDN"; break;
		case(528): return  "("+_device_class_+") Phone Modem or Gateway";break;
		case(524): return  "("+_device_class_+") Phone Smart";break;
		case(512): return  "("+_device_class_+") Phone Uncategorized";break;
		case(2064): return "("+_device_class_+") Toy Controller";break;
		case(2060): return "("+_device_class_+") Toy Action Figure"; break;
		case(2068): return "("+_device_class_+") Toy Game"; break;
		case(2052): return "("+_device_class_+") Toy Robot"; break; //will we one day have a sub-category for sentient robots? proabaly not anytime soon lol
		case(2048): return "("+_device_class_+") Toy Uncategorized";break;
		case(2056): return "("+_device_class_+") Toy Vehicle";break;
		case(1812): return "("+_device_class_+") Wearable Glasses";break;
		case(1808): return "("+_device_class_+") Wearable Helmet";break;
		case(1804): return "("+_device_class_+") Wearable Jacket";break;
		case(1800): return "("+_device_class_+") Wearable Pager";break;
		case(1792): return "("+_device_class_+") Wearable Uncategorized"; break;
		case(1796): return "("+_device_class_+") Wearable Wrist Watch";break;
		default: return "";break;
	}	
	return "";
}
function bluetoothClassInfo(_class){
	//var _bluetoothClass_t = Java.cast("android.bluetooth.BluetoothClass",_class);
	//var _javaInteger = Java.use("java.lang.Integer");
	//var _bluetoothDeviceClassMajor = Java.cast(_javaInteger,_class.getMajorDeviceClass());
	var _bluetoothClass_t = "";
	var _bluetoothDeviceClassMajor = "";
	var _bluetoothDeviceClass = "";

	try{
	var _bluetoothClass_t = _class;
	var _bluetoothDeviceClassMajor = _bluetoothClass_t.getMajorDeviceClass();
	//var _bluetoothDeviceServiceClass = device_service_class;
	//var _bluetoothDeviceHasService = _bluetoothClass_t.hasService(); need some argument for this not sure what yet
	var _bluetoothDeviceClass = _bluetoothClass_t.getDeviceClass();

	}
	catch(err){
		console.log("[x]\t\t"+err);
	}
	//console.log("\t\t[device::class] Major :" + bluetoothDevice_MajorClassInfo(_bluetoothDeviceClassMajor));
	console.log("[*]\t\t"+lightBlueCursor()+"-- Class Major "+closeCursor()+" : "+ bluetoothDevice_MajorClassInfo(_bluetoothDeviceClassMajor));
	//console.log("[*]\t\t"+lightBlueCursor()+"-- Device Class"+closeCursor()+" : "\
	//		+ bluetoothDevice_ServiceClassInfo(_bluetoothDeviceClass));
	//console.log("[*]\t\t"+lightBlueCursor()+"-- Service Class"+closeCursor()+" : "+ _bluetoothDeviceClass);
	//console.log("\t\t[device::class] hasService :"  + _bluetoothDeviceHasService);
	//findServicesForClass(_class);
}

function bluetoothBondStateInfo(_type){
	switch(_type){
		case(12): return "("+_type+") Bonded"; break;
		case(11): return "("+_type+") Bonding";break;
		case(10): return "("+_type+") None";break;
		default: return "unknown ["+_type+"]"; break;
	}
	return;
}

function bluetoothConnectionTypeInfo(_type){
	switch(_type){
		case(1): return "("+_type+") L2CAP"; break;
		case(2): return "("+_type+") RFCOMM";break;
		case(3): return "("+_type+") SCO";break;
		default: return "unknown ["+_type+"]"; break;
	}
	return;
}
function bluetoothDeviceTypeInfo(_type){
	switch(_type){
		case(1): return "("+_type+") Classic"; break;
		case(2): return "("+_type+") Low Energy Only (LE Only)";break;
		case(3): return "("+_type+") Dual LE + Classic";break;
		case(0): return "("+_type+") unknown [0]"; break;
		default: return "unknown ["+_type+"]"; break;
	}
	return;
}
function interceptOutputStream(_outputStream_instance){
	_outputStream_instance = Java.use("java.io.OutputStream");
	_outputStream_instance.write = function(_byte){
		console.log("[output stream]> "+_byte);
	}
	_outputStream_instance.write(41);
}
function interceptInputStream(_inputStream_instance){
	_inputStream_instance.read.implementation = function(_byte){
		console.log("[input stream]> "+_byte);
	}
}

function writeToOutputStream(_outputStream_instance,_bytes){
	_outputStream_instance.write(_bytes);
	_outputStream_instance.flush();

}
function bluetoothInputStreamInfo(_inputStream_instance){
	var availableBytes = _inputStream_instance.available();
	console.log("[*]\t\t- bytes available :"+availableBytes);
}
function bluetoothSocketInfo(_socket_instance){
	console.log("[*]\t"+lightGrayCursor()+"getting info for '"+_socket_instance+"'"+closeCursor());
	var _bluetoothSocket = _socket_instance;
	try{

		var _isConnected = _bluetoothSocket.isConnected();
		var _inputStream = _bluetoothSocket.getInputStream();
		var _outputStream = _bluetoothSocket.getOutputStream();
		var _connectionType = _bluetoothSocket.getConnectionType();
		var _remoteDevice = _bluetoothSocket.getRemoteDevice();
		
		spaces = 20;
		console.log("[*]\t"+lightGreenCursor()+"- isConnected"+make_spaces("- Connected".length,spaces)+closeCursor()+":"+_isConnected); //add different colors for each connected state
		console.log("[*]\t"+lightGreenCursor()+"- connection type"+make_spaces("- Connection Type".length,spaces)+closeCursor()+":"+bluetoothConnectionTypeInfo(_connectionType)); //different colors for connection state would be cool too

		try{	
			console.log("[*]\t"+lightGreenCursor()+"- connected device"+make_spaces("- Connected Device".length,spaces)+closeCursor()+":("+lightCyanCursor()+_remoteDevice.getAddress()+closeCursor()+") '"+greenCursor()+_remoteDevice.getName()+closeCursor()+"'");//definitely want to make this in light blue	

		}
		catch(device_error){
			console.log("[x]\t"+lightGrayCursor()+"- conneted device"+make_spaces("- Connected Device".length,spaces)+": device details not available");
		}	

		console.log("[*]\t"+lightGreenCursor()+"- InputStream"+make_spaces("- InputStream".length,spaces)+closeCursor()+":"+_inputStream);
		//	bluetoothInputStreamInfo(_inputStream);
		//	interceptInputStream(_inputStream);
		console.log("[*]\t"+lightGreenCursor()+"- OutputStream"+make_spaces("- OuputStream".length,spaces)+closeCursor()+":"+_outputStream);
		//writeToOutputStream(_outputStream,[41,41,41,41,41,41,41,41]);
		//interceptOutputStream(_outputStream);
		console.log("");

	}
	catch(err){
		console.log("\t\t"+err);
		return;
	}

}

function bluetoothServerSocketInfo(_socket_instance){
	console.log("[*]\tgetting info for '"+_socket_instance+"'");
	console.log("\t\t"+_socket_instance.toString());

}

function bluetoothDeviceInfo(_device_instance){

	console.log("[*]\tBluetooth device ['"+lightCyanCursor()+_device_instance+closeCursor()+"']");

	var _bluetoothDevice = _device_instance;
	var _bluetoothDevice_address = _bluetoothDevice.getAddress();
	var _bluetoothDevice_class = _bluetoothDevice.getBluetoothClass();
	var _bluetoothDevice_bondState = _bluetoothDevice.getBondState();
	var _bluetoothDevice_name = _bluetoothDevice.getName();
	var _bluetoothDevice_type = _bluetoothDevice.getType();

	//setPin and other fun still awaits	 - for now sticking to just simple reporting
	_bluetoothDevice = _device_instance;
	spaces = 16;

	console.log("[*]"+blueCursor()+"\t- Name"+closeCursor()+make_spaces("- Name".length,spaces)+":"+_bluetoothDevice.getName());
	console.log("[*]"+blueCursor()+"\t- Address"+closeCursor()+make_spaces("- Address".length,spaces)+":"+_bluetoothDevice.getAddress());
	console.log("[*]"+blueCursor()+"\t- Type"+closeCursor()+make_spaces("- Type".length,spaces)+":"+bluetoothDeviceTypeInfo(_bluetoothDevice.getType()));
	console.log("[*]"+blueCursor()+"\t- Device Class"+closeCursor()+make_spaces("- Device Class".length,spaces)+":"+_bluetoothDevice.getBluetoothClass());
	bluetoothClassInfo(_bluetoothDevice.getBluetoothClass());
	console.log("[*]"+blueCursor()+"\t- Bond State"+closeCursor()+make_spaces("- Bond State".length,spaces)+":"+bluetoothBondStateInfo(_bluetoothDevice.getBondState()));
	console.log("");
	//need to dump data that can be read from this device
}
/*
Main Java.perform loop for pulling out the relevant loaded classes and doing stuff with them.
Basic work flow for Frida and android is:
	1. pull objects from live class loader being used by the app
	2. look for classses you want to do stuff with
	3. Either replace them with other functions or pull data from the live objects in memory.

	here i simply target the bluetooth stack of objects because it avoids a tone of bluetooth protocol hacking in some cases.
	Also allows consultants to see the data being pushed out from the app.

**/
VERSION="1.0.0"
setTimeout(function(){
	Java.perform(function(){
		console.log("\n ---------- BlueCrawl : Bluetooth Metadata collector");
		console.log(" v"+VERSION);
	
		console.log("\n finding loaded bluetooth classes");
	
		Java.enumerateLoadedClasses({
				onMatch: function(instance){
					if (instance.split(".")[1] == "bluetooth"){
						console.log("[->]\t"+lightBlueCursor()+instance+closeCursor());
					}
				},
				onComplete: function() {}
			});
	
		Java.choose("android.bluetooth.BluetoothGattServer",{
				onMatch: function (instance){
					console.log("[*] "+infoCursor()+" 	android.bluetooth.BluetoothGattServer instance found"+closeCursor()+" :=> '"+instance+"'");
					bluetoothGattServerInfo(instance);

					/* add_new_device(p_name,p_address,p_class,p_type,p_bond);
				      add_new_device(instance); 
					*/				
				},
				onComplete: function() { console.log("[*] -----");}
			});
	
		Java.choose("android.bluetooth.BluetoothGattService",{
				onMatch: function (instance){
					console.log("[*] "+infoCursor()+" 	android.bluetooth.BluetoothGattService instance found"+closeCursor()+" :=> '"+instance+"'");
					bluetoothGattServiceInfo(instance);

					/* add_new_device(p_name,p_address,p_class,p_type,p_bond);
				      add_new_device(instance); 
					*/				
				},
				onComplete: function() { console.log("[*] -----");}
			});

	



		 console.log("\n searching loaded classes for 'android.bluetooth.BluetoothSocket'...");
		 Java.choose("android.bluetooth.BluetoothSocket",{
				onMatch: function (instance){
					console.log("[*] "+infoCursor()+"'android.bluetooth.BluetoothSocket' instance found "+closeCursor()+"'"+instance+"'");
					bluetoothSocketInfo(instance);
				},
				onComplete: function() { console.log("[*] -----");}
			});
	
		  console.log("\n searching loaded classes for 'android.bluetooth.BluetoothServerSocket'...");
		  Java.choose("android.bluetooth.BluetoothServerSocket",{
				onMatch: function (instance){
					console.log("[*] "+infoCursor()+" 'android.bluetooth.BluetoothServerSocket' instance found"+closeCursor()+" '"+instance+"'");
					//bluetoothServerSocketInfo(instance);
				},
				onComplete: function() { console.log("[*] -----");}
			});
	
	  	  console.log("\n searching loaded classes for 'android.bluetooth.BluetoothDevice'...");
		  Java.choose("android.bluetooth.BluetoothDevice",{
				onMatch: function (instance){
					console.log("[*] "+infoCursor()+" android.bluetooth.BluetoothDevice instance found"+closeCursor()+" :=> '"+instance+"'");
					bluetoothDeviceInfo(instance);

					/* add_new_device(p_name,p_address,p_class,p_type,p_bond);
				      add_new_device(instance); 
					*/				
				},
				onComplete: function() { console.log("[*] -----");}
			});
	
	 	 	
	});
},0);