Linux bluetooth device list

How do I find Bluetooth devices on Linux?

Start the bluetooth service. If you’re pairing a bluetooth keyboard, it will show a key to pair the keyboard. Type that key using the bluetooth keyboard and press enter key to get paired. Finally, enter command connect to establish the connection with the bluetooth device.

How do I connect a Bluetooth device to Linux?

To get a Bluetooth device working with Blueman, first click the Bluetooth icon in the system tray. Then, click the “search” button to search for a device. When a device appears, select it with the mouse, then click “setup”. The Blueman tool will take you through the pairing process.

How do I turn on Bluetooth on Linux?

To turn Bluetooth on: Open the Activities overview and start typing Bluetooth. Click on Bluetooth to open the panel. Set the switch at the top to on….To turn Bluetooth off:

1. Open the system menu from the right side of the top bar.
2. Select Not In Use. The Bluetooth section of the menu will expand.
3. Select Turn Off.

How do I fix Bluetooth on Linux?

1. sudo nano /etc/bluetooth/main.conf.
2. Change #AutoEnable=false to AutoEnable=true (at the bottom of the file, by default)
3. systemctl restart bluetooth.service.

Is there Bluetooth in Linux?

The Linux packages required for Bluetooth support in Gnome are bluez (again, Duh) and gnome-bluetooth. Xfce, LXDE and i3: All of these distributions usually use the blueman graphical bluetooth manager package. Clicking Bluetooth icon in the panel brings up the Bluetooth Devices control.

How do I turn on Bluetooth in lubuntu?

On bluetooth manager, press the search button to discover more devices, once you found one that you want to connect, press right click on it and then select “Add Device”. After you add the device, you can pair the device, right click again and then select “Pair”, enter pin on lubuntu and on the device also (same pin).

How do I turn on Bluetooth daemon?

1. Start the bluetooth daemon. Go to your terminal and type : sudo /etc/init.d/bluetooth start.
2. Reinstall packages. If this doesn’t work, go to your terminal and type : sudo apt-get purge blueman bluez-utils bluez bluetooth sudo apt-get install blueman bluez-utils bluez bluetooth.

How do I install blueman?

1. Run update command to update package repositories and get latest package information.
2. Run the install command with -y flag to quickly install the packages and dependencies. sudo apt-get install -y blueman.
3. Check the system logs to confirm that there are no related errors.

How do I know if I have Bluetooth on Ubuntu?

How do I check Bluetooth status?

In the unlikely event that your Bluetooth adapter is connecting to a Bluetooth Internet Access point, right clicking on the connection icon within the list of remote connections should reveal a Status option. Clicking this should open a status window that does show a signal strength indicator.

How do I add a Bluetooth device to Ubuntu?

Open the Activities overview and start typing Bluetooth. Click on Bluetooth to open the panel. Make sure Bluetooth is enabled: the switch at the top should be set to on. With the panel open and the switch on, your computer will begin searching for devices.

How do I use Bluetooth CTL?

1. Turn the power to the controller on by entering “power on”.
2. Enter “devices” to get the MAC Address of the device with which to pair.
3. Enter device discovery mode with “scan on” command if device is not yet on the list.
4. Turn the agent on with “agent on”.

What is Bluetooth CTL?

bluetoothctl [1] is the main command for configuring Bluetooth devices on Linux. Since 2005, it has been fully supported by Linux, and it has been included in the kernel since 2001. Today, the Linux implementation of Bluetooth is maintained by the BlueZ project[3]. bluetoothctl is part of the bluez-utilities package.

What is Bluetooth agent?

The Bluetooth agent is what manages the Bluetooth ‘pairing code’. It can either respond to a ‘pairing code’ coming in, or can send one out. The default-agent should work for you. These agents and ‘pairing codes’ are specific to Bluetooth rather than Wi-Fi.

How do I know if I have Bluetooth on Kali Linux?

In the new window that opens, click into Other and click in the check box on the left of the window to “show” Bluetooth Device Setup. Click the Applications icon again -> Other and you should now see the Bluetooth Device Setup. From there it should be simple to pair the device.

How can I use Bluetooth headset with Kali Linux?

To pair, run the bt-device command with the Bluetooth address from step 1 as the parameter. Connect audio output to soundbar. You can verify the connection by querying information about the Bluetooth device name (SC-HTB450).

How Bluetooth works in Kali Linux?

1. apt-get install bluetooth.
2. lsmod | grep bluetooth.
3. /etc/init.d/bluetooth status.
4. /etc/init.d/bluetooth start.

How do I start Bluez daemon in Kali?

Setting up Bluetooth on Kali Linux

1. Make sure bluetooth is enabled(at boot) and started. systemctl enable bluetooth. systemctl start bluetooth.
2. Install blueman. apt install blueman.
3. Check the settings and task bar. You should see the bluetooth icon now. Bluetooth Manager.
4. Launch the manager and search for devices.

How do I update my Kali Linux?

1. Log in as a root on Kali Linux; the default password is “toor”, without the quotes.
2. Open a terminal.
3. Run the apt-get update command.
4. Once the update is finished, run the following command to update non-system packages to their last stable version:
5. When asked to continue, press Y and then press Enter.

What is the latest version of Kali Linux?

Kali 2019.4 – 26th November, 2019 – The fourth 2019 Kali Rolling release. Kernel 5.3. 9, Xfce 4.14. 1.

What is the current version of Kali Linux?

Initial release	13 March 2013
Latest release	2021.2 / 1 June 2021
Repository	pkg.kali.org
Update method	APT (several front-ends available)
Support status

How do I check my Kali Linux version?

The lsb_release -a command shows the release version, description, and operating system codename. This is the simplest way to quickly find what version of Kali you’re running.

How do I check my Redhat version?

How do I determine RHEL version?

1. To determine RHEL version, type: cat /etc/redhat-release.
2. Execute command to find RHEL version: more /etc/issue.
3. Show RHEL version using command line, run:
4. Another option to get Red Hat Enterprise Linux version:
5. RHEL 7.x or above user can use the hostnamectl command to get RHEL version.

How do I find processor in Linux?

9 Commands to Check CPU Information on Linux

1. 1. /proc/cpuinfo. The /proc/cpuinfo file contains details about individual cpu cores.
2. lscpu – display information about the CPU architecture. lscpu is a small and quick command that does not need any options.
3. hardinfo.
4. lshw.
5. nproc.
6. dmidecode.
7. cpuid.
8. inxi.

How do I see system specs on Linux?

16 Commands to Check Hardware Information on Linux

1. lscpu. The lscpu command reports information about the cpu and processing units.
2. lshw – List Hardware.
3. hwinfo – Hardware Information.
4. lspci – List PCI.
5. lsscsi – List scsi devices.
6. lsusb – List usb buses and device details.
7. Inxi.
8. lsblk – List block devices.

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List nearby/discoverable bluetooth devices, including already paired, in Python, on Linux

I’m trying to list all nearby/discoverable bluetooth devices, including those already paired, using Python on Linux. I know how to list services for a device using its address, and can connect successfully:

services = bluetooth.find_service(address='. ') 

Reading the PyBluez docs I would expect any nearby device to show up if I don’t specify any criteria:

The «only» thing I need right now is to be able to list already paired devices, whether they are on, off, nearby or not. Much like the list I’m getting in All Settings —> Bluetooth in Ubuntu/Unity. Btw, the following does not list already paired devices on my machine, even if they are on/nearby. Probably because they are not discoverable once paired:

import bluetooth for d in bluetooth.discover_devices(flush_cache=True): print d 

. gives me the information I need, i.e. addresses of added devices. I’ve checked the C source, found out that this might not be as easy as I thought it would be. Still don’t know how to do this in Python . Edit: I think DBUS might be what I should be reading up on. Seems complicated enough. If anyone has got some code to share I would be really happy. 🙂

You may be able to find the answer you’re looking for by searching through the Blueman Project’s source code.

4 Answers 4

I managed to solve the problem myself. The following snippet lists addresses for all paired devices, on my default bluetooth adapter:

import dbus bus = dbus.SystemBus() manager = dbus.Interface(bus.get_object('org.bluez', '/'), 'org.bluez.Manager') adapterPath = manager.DefaultAdapter() adapter = dbus.Interface(bus.get_object('org.bluez', adapterPath), 'org.bluez.Adapter') for devicePath in adapter.ListDevices(): device = dbus.Interface(bus.get_object('org.bluez', devicePath),'org.bluez.Device') deviceProperties = device.GetProperties() print deviceProperties["Address"] 

org.freedesktop.DBus.Error.UnknownMethod: Method «DefaultAdapter» with signature «» on interface «org.bluez.Manager» doesn’t exist

@WolfgangFahl Since the adoption of the bluez 5 API the support for custom inquiry of bluetooth device was dropped. You have to revert to bluez 4 or use the alternate version I posted

Since the adoption of the version 5 of the Bluetooth API most of the functions used in the @Micke solutions were dropped and the interaction with the bus take place throught the ObjectManager.GetManagedObjects [1]

import dbus def proxyobj(bus, path, interface): """ commodity to apply an interface to a proxy object """ obj = bus.get_object('org.bluez', path) return dbus.Interface(obj, interface) def filter_by_interface(objects, interface_name): """ filters the objects based on their support for the specified interface """ result = [] for path in objects.keys(): interfaces = objects[path] for interface in interfaces.keys(): if interface == interface_name: result.append(path) return result bus = dbus.SystemBus() # we need a dbus object manager manager = proxyobj(bus, "/", "org.freedesktop.DBus.ObjectManager") objects = manager.GetManagedObjects() # once we get the objects we have to pick the bluetooth devices. # They support the org.bluez.Device1 interface devices = filter_by_interface(objects, "org.bluez.Device1") # now we are ready to get the informations we need bt_devices = [] for device in devices: obj = proxyobj(bus, device, 'org.freedesktop.DBus.Properties') bt_devices.append(< "name": str(obj.Get("org.bluez.Device1", "Name")), "addr": str(obj.Get("org.bluez.Device1", "Address")) >) 

In the bt_device list there are dictionaries with the desired data: ie

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Retrieve paired Bluetooth devices from console

Is there any way to retrieve all paired bluetooth devices («Friendly name» and MAC-Adress) from the console? Is there any universal solution for any Linux distribution? In case there isn’t: I’m using an Ubuntu derivative. I already tried some stuff with hcitool , but nothing worked so far.

3 Answers 3

Late to the party, I tried listing as suggested by @panmari and @MarkCh but I was getting some unknown mac addresses (on a C.H.I.P with Debian), so I used the following command:

It will return both friendly name and Mac of all paired devices.

I found a solution myself. In Linux, the friendly names with their according mac adresses are saved in the file:

It should be easy enough to read it out with a shell script or the programming language of your choice.

This directory does not exist on Ubuntu 17, nor the file names , but /var/lib/bluetooth///info exists

Install bluez-utils , run bluetoothctl paired-devices . See bluetoothctl —help for more useful commands.

I am using Raspian on Raspberry Pi 4 and connected my Bluetooth keyboard via the GUI. After setting boot mode to CLI it did not work anymore. bluez-tools (now bluez) was already installed. After starting bluetoothctl I saw with the command paired-devices , that no keyboard was connected. With scan on I was able to find out the device address and pair it with pair , trust it with trust and connect it with connect

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