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Linux: Command-line tool for easy change the actual wireless “connected to” network?
Wireless networking with CentOSVirtual Wireless Access PointWifi and ethernet unstable (takes many tries to connect, disconnects)How can I count 802.11 beacons from a SSID network I'm connected to?rtl8812ae Wifi Connection Instability in Debian JessieKali Linux wireless card not workingDifferences between Atheros virtual interfaces (ath0, etc) and multiple physical onesUnderstanding intel wifi error codesDebian refuses to switch to a different WiFi networkCannot connect to WiFi with nmcli, although secrets are provided
This question comes from the Software Recomendations StackExchange
site . In a beginning I thought that was the proper place, but
some people suggest this Unix forum fits better.
When an Operating System has several wireless networks available (and known, this is: in its "preferred" list), it is supposed to do an intelligent management of roaming between them, usually connecting to the best one (measuring it by several factors, like coverage or speed).
But, when working with some Linux distros (for example the intended for security auditing ones), I have found such management not so intelligent: sometimes the net keeps down (not behaving completely OK) and the operating system stays on that wireless network.
So, I was thinking about doing a script myself to force Linux to select another wireless network when the connected one slows down or directly fails (maybe checkable by pinging the router/access point).
For what I have read about command-line wireless management, the "connect to" thing seems a bit awkward: issuing multiple commands, editing files... etc.
Does anyone know about a good "switch-to-network" command-line tool running under Linux?
Remember I don't need to connect to a new network: I just want to connect to an already-some-day connected network, so the operating system is supposed to know the password, encryption data and so on.
Possible command-line examples:
switchtowifi --essid MyWiFiNetwork
switchtowifi --essid MyWiFiNetwork --bssid 11:22:33:44:55:66
switchtowifi --channel 5
The first example switches to any already-stored WiFi network named MyWiFiNetwork
.
The second example switches to the already-stored WiFi network named MyWiFiNetwork
whose BSSID is 11:22:33:44:55:66
.
The third example switches to any already-stored WiFi network on channel 5.
wifi
add a comment |
This question comes from the Software Recomendations StackExchange
site . In a beginning I thought that was the proper place, but
some people suggest this Unix forum fits better.
When an Operating System has several wireless networks available (and known, this is: in its "preferred" list), it is supposed to do an intelligent management of roaming between them, usually connecting to the best one (measuring it by several factors, like coverage or speed).
But, when working with some Linux distros (for example the intended for security auditing ones), I have found such management not so intelligent: sometimes the net keeps down (not behaving completely OK) and the operating system stays on that wireless network.
So, I was thinking about doing a script myself to force Linux to select another wireless network when the connected one slows down or directly fails (maybe checkable by pinging the router/access point).
For what I have read about command-line wireless management, the "connect to" thing seems a bit awkward: issuing multiple commands, editing files... etc.
Does anyone know about a good "switch-to-network" command-line tool running under Linux?
Remember I don't need to connect to a new network: I just want to connect to an already-some-day connected network, so the operating system is supposed to know the password, encryption data and so on.
Possible command-line examples:
switchtowifi --essid MyWiFiNetwork
switchtowifi --essid MyWiFiNetwork --bssid 11:22:33:44:55:66
switchtowifi --channel 5
The first example switches to any already-stored WiFi network named MyWiFiNetwork
.
The second example switches to the already-stored WiFi network named MyWiFiNetwork
whose BSSID is 11:22:33:44:55:66
.
The third example switches to any already-stored WiFi network on channel 5.
wifi
1
I'm voting to close this question as off-topic because You should not crosspost question betwqeen different stackExchange site. Next time please flag your own question and ask a moderator to migrate your question on the correct site.
– Kiwy
yesterday
1
@Kiwy , maybe the correct question to close is the one at the Software Recommendations site?
– Sopalajo de Arrierez
yesterday
indeed you are right
– Kiwy
yesterday
add a comment |
This question comes from the Software Recomendations StackExchange
site . In a beginning I thought that was the proper place, but
some people suggest this Unix forum fits better.
When an Operating System has several wireless networks available (and known, this is: in its "preferred" list), it is supposed to do an intelligent management of roaming between them, usually connecting to the best one (measuring it by several factors, like coverage or speed).
But, when working with some Linux distros (for example the intended for security auditing ones), I have found such management not so intelligent: sometimes the net keeps down (not behaving completely OK) and the operating system stays on that wireless network.
So, I was thinking about doing a script myself to force Linux to select another wireless network when the connected one slows down or directly fails (maybe checkable by pinging the router/access point).
For what I have read about command-line wireless management, the "connect to" thing seems a bit awkward: issuing multiple commands, editing files... etc.
Does anyone know about a good "switch-to-network" command-line tool running under Linux?
Remember I don't need to connect to a new network: I just want to connect to an already-some-day connected network, so the operating system is supposed to know the password, encryption data and so on.
Possible command-line examples:
switchtowifi --essid MyWiFiNetwork
switchtowifi --essid MyWiFiNetwork --bssid 11:22:33:44:55:66
switchtowifi --channel 5
The first example switches to any already-stored WiFi network named MyWiFiNetwork
.
The second example switches to the already-stored WiFi network named MyWiFiNetwork
whose BSSID is 11:22:33:44:55:66
.
The third example switches to any already-stored WiFi network on channel 5.
wifi
This question comes from the Software Recomendations StackExchange
site . In a beginning I thought that was the proper place, but
some people suggest this Unix forum fits better.
When an Operating System has several wireless networks available (and known, this is: in its "preferred" list), it is supposed to do an intelligent management of roaming between them, usually connecting to the best one (measuring it by several factors, like coverage or speed).
But, when working with some Linux distros (for example the intended for security auditing ones), I have found such management not so intelligent: sometimes the net keeps down (not behaving completely OK) and the operating system stays on that wireless network.
So, I was thinking about doing a script myself to force Linux to select another wireless network when the connected one slows down or directly fails (maybe checkable by pinging the router/access point).
For what I have read about command-line wireless management, the "connect to" thing seems a bit awkward: issuing multiple commands, editing files... etc.
Does anyone know about a good "switch-to-network" command-line tool running under Linux?
Remember I don't need to connect to a new network: I just want to connect to an already-some-day connected network, so the operating system is supposed to know the password, encryption data and so on.
Possible command-line examples:
switchtowifi --essid MyWiFiNetwork
switchtowifi --essid MyWiFiNetwork --bssid 11:22:33:44:55:66
switchtowifi --channel 5
The first example switches to any already-stored WiFi network named MyWiFiNetwork
.
The second example switches to the already-stored WiFi network named MyWiFiNetwork
whose BSSID is 11:22:33:44:55:66
.
The third example switches to any already-stored WiFi network on channel 5.
wifi
wifi
edited Apr 13 '17 at 12:50
Community♦
1
1
asked Oct 17 '15 at 3:15
Sopalajo de ArrierezSopalajo de Arrierez
1,79493563
1,79493563
1
I'm voting to close this question as off-topic because You should not crosspost question betwqeen different stackExchange site. Next time please flag your own question and ask a moderator to migrate your question on the correct site.
– Kiwy
yesterday
1
@Kiwy , maybe the correct question to close is the one at the Software Recommendations site?
– Sopalajo de Arrierez
yesterday
indeed you are right
– Kiwy
yesterday
add a comment |
1
I'm voting to close this question as off-topic because You should not crosspost question betwqeen different stackExchange site. Next time please flag your own question and ask a moderator to migrate your question on the correct site.
– Kiwy
yesterday
1
@Kiwy , maybe the correct question to close is the one at the Software Recommendations site?
– Sopalajo de Arrierez
yesterday
indeed you are right
– Kiwy
yesterday
1
1
I'm voting to close this question as off-topic because You should not crosspost question betwqeen different stackExchange site. Next time please flag your own question and ask a moderator to migrate your question on the correct site.
– Kiwy
yesterday
I'm voting to close this question as off-topic because You should not crosspost question betwqeen different stackExchange site. Next time please flag your own question and ask a moderator to migrate your question on the correct site.
– Kiwy
yesterday
1
1
@Kiwy , maybe the correct question to close is the one at the Software Recommendations site?
– Sopalajo de Arrierez
yesterday
@Kiwy , maybe the correct question to close is the one at the Software Recommendations site?
– Sopalajo de Arrierez
yesterday
indeed you are right
– Kiwy
yesterday
indeed you are right
– Kiwy
yesterday
add a comment |
2 Answers
2
active
oldest
votes
Solution using the nmcli tool, included in most distros or easily installable via apt-get, yum ... etc :
To show already-stored WiFi networks:
$ nmcli con
NAME UUID TYPE TIME
Wireless-1 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c 802-11-wireless Thu
Wired-Network 30d29da3-xxxx-4ea2-94ff-0edac8954ff7 802-3-ethernet Sun
Wireless-2 89f31b44-xxxx-4b7d-abb1-8242a1fa7040 802-11-wireless Thu
Wireless-3 6adcb4e8-xxxx-4e88-bf50-872d9e5eb1f3 802-11-wireless Fri
Wireless-4 8c4fc701-xxxx-472e-aecc-40131c0d8d31 802-11-wireless Fri
Note the network is stored by a unique UUID identifier.
To connect to any of these networks (example for Wireless-1
):
$ nmcli con up uuid 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c
See the man page for more functions, like forget, disconnect, scan or connect to new (not yet stored) network.
The nmcli
tool is great: it can work with a specific wireless device (i.e: wlan0
) or with any of them in a generic manner (i.e: you just specify wifi
and the tool makes in charge of establishing the connection).
Info extracted from here.
Thanks to @ThatGuy for the link.
add a comment |
wicd-curses might be an option:
(source: atastypixel.com)
There's also nmcli.
Scriptable, like referred in the example of the original question? Better if it could even be one-line command.
– Sopalajo de Arrierez
Oct 18 '15 at 1:56
1
nmcli appears to be scriptable. See pravin.paratey.com/posts/manage-wireless-networks-with-nmcli for examples.
– ThatGuy
Oct 18 '15 at 2:49
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
Solution using the nmcli tool, included in most distros or easily installable via apt-get, yum ... etc :
To show already-stored WiFi networks:
$ nmcli con
NAME UUID TYPE TIME
Wireless-1 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c 802-11-wireless Thu
Wired-Network 30d29da3-xxxx-4ea2-94ff-0edac8954ff7 802-3-ethernet Sun
Wireless-2 89f31b44-xxxx-4b7d-abb1-8242a1fa7040 802-11-wireless Thu
Wireless-3 6adcb4e8-xxxx-4e88-bf50-872d9e5eb1f3 802-11-wireless Fri
Wireless-4 8c4fc701-xxxx-472e-aecc-40131c0d8d31 802-11-wireless Fri
Note the network is stored by a unique UUID identifier.
To connect to any of these networks (example for Wireless-1
):
$ nmcli con up uuid 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c
See the man page for more functions, like forget, disconnect, scan or connect to new (not yet stored) network.
The nmcli
tool is great: it can work with a specific wireless device (i.e: wlan0
) or with any of them in a generic manner (i.e: you just specify wifi
and the tool makes in charge of establishing the connection).
Info extracted from here.
Thanks to @ThatGuy for the link.
add a comment |
Solution using the nmcli tool, included in most distros or easily installable via apt-get, yum ... etc :
To show already-stored WiFi networks:
$ nmcli con
NAME UUID TYPE TIME
Wireless-1 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c 802-11-wireless Thu
Wired-Network 30d29da3-xxxx-4ea2-94ff-0edac8954ff7 802-3-ethernet Sun
Wireless-2 89f31b44-xxxx-4b7d-abb1-8242a1fa7040 802-11-wireless Thu
Wireless-3 6adcb4e8-xxxx-4e88-bf50-872d9e5eb1f3 802-11-wireless Fri
Wireless-4 8c4fc701-xxxx-472e-aecc-40131c0d8d31 802-11-wireless Fri
Note the network is stored by a unique UUID identifier.
To connect to any of these networks (example for Wireless-1
):
$ nmcli con up uuid 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c
See the man page for more functions, like forget, disconnect, scan or connect to new (not yet stored) network.
The nmcli
tool is great: it can work with a specific wireless device (i.e: wlan0
) or with any of them in a generic manner (i.e: you just specify wifi
and the tool makes in charge of establishing the connection).
Info extracted from here.
Thanks to @ThatGuy for the link.
add a comment |
Solution using the nmcli tool, included in most distros or easily installable via apt-get, yum ... etc :
To show already-stored WiFi networks:
$ nmcli con
NAME UUID TYPE TIME
Wireless-1 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c 802-11-wireless Thu
Wired-Network 30d29da3-xxxx-4ea2-94ff-0edac8954ff7 802-3-ethernet Sun
Wireless-2 89f31b44-xxxx-4b7d-abb1-8242a1fa7040 802-11-wireless Thu
Wireless-3 6adcb4e8-xxxx-4e88-bf50-872d9e5eb1f3 802-11-wireless Fri
Wireless-4 8c4fc701-xxxx-472e-aecc-40131c0d8d31 802-11-wireless Fri
Note the network is stored by a unique UUID identifier.
To connect to any of these networks (example for Wireless-1
):
$ nmcli con up uuid 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c
See the man page for more functions, like forget, disconnect, scan or connect to new (not yet stored) network.
The nmcli
tool is great: it can work with a specific wireless device (i.e: wlan0
) or with any of them in a generic manner (i.e: you just specify wifi
and the tool makes in charge of establishing the connection).
Info extracted from here.
Thanks to @ThatGuy for the link.
Solution using the nmcli tool, included in most distros or easily installable via apt-get, yum ... etc :
To show already-stored WiFi networks:
$ nmcli con
NAME UUID TYPE TIME
Wireless-1 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c 802-11-wireless Thu
Wired-Network 30d29da3-xxxx-4ea2-94ff-0edac8954ff7 802-3-ethernet Sun
Wireless-2 89f31b44-xxxx-4b7d-abb1-8242a1fa7040 802-11-wireless Thu
Wireless-3 6adcb4e8-xxxx-4e88-bf50-872d9e5eb1f3 802-11-wireless Fri
Wireless-4 8c4fc701-xxxx-472e-aecc-40131c0d8d31 802-11-wireless Fri
Note the network is stored by a unique UUID identifier.
To connect to any of these networks (example for Wireless-1
):
$ nmcli con up uuid 28d6c265-xxxx-4e83-907f-ecb5ab3ac37c
See the man page for more functions, like forget, disconnect, scan or connect to new (not yet stored) network.
The nmcli
tool is great: it can work with a specific wireless device (i.e: wlan0
) or with any of them in a generic manner (i.e: you just specify wifi
and the tool makes in charge of establishing the connection).
Info extracted from here.
Thanks to @ThatGuy for the link.
answered Oct 18 '15 at 16:09
Sopalajo de ArrierezSopalajo de Arrierez
1,79493563
1,79493563
add a comment |
add a comment |
wicd-curses might be an option:
(source: atastypixel.com)
There's also nmcli.
Scriptable, like referred in the example of the original question? Better if it could even be one-line command.
– Sopalajo de Arrierez
Oct 18 '15 at 1:56
1
nmcli appears to be scriptable. See pravin.paratey.com/posts/manage-wireless-networks-with-nmcli for examples.
– ThatGuy
Oct 18 '15 at 2:49
add a comment |
wicd-curses might be an option:
(source: atastypixel.com)
There's also nmcli.
Scriptable, like referred in the example of the original question? Better if it could even be one-line command.
– Sopalajo de Arrierez
Oct 18 '15 at 1:56
1
nmcli appears to be scriptable. See pravin.paratey.com/posts/manage-wireless-networks-with-nmcli for examples.
– ThatGuy
Oct 18 '15 at 2:49
add a comment |
wicd-curses might be an option:
(source: atastypixel.com)
There's also nmcli.
wicd-curses might be an option:
(source: atastypixel.com)
There's also nmcli.
edited yesterday
Glorfindel
3231511
3231511
answered Oct 18 '15 at 0:25
ThatGuyThatGuy
43835
43835
Scriptable, like referred in the example of the original question? Better if it could even be one-line command.
– Sopalajo de Arrierez
Oct 18 '15 at 1:56
1
nmcli appears to be scriptable. See pravin.paratey.com/posts/manage-wireless-networks-with-nmcli for examples.
– ThatGuy
Oct 18 '15 at 2:49
add a comment |
Scriptable, like referred in the example of the original question? Better if it could even be one-line command.
– Sopalajo de Arrierez
Oct 18 '15 at 1:56
1
nmcli appears to be scriptable. See pravin.paratey.com/posts/manage-wireless-networks-with-nmcli for examples.
– ThatGuy
Oct 18 '15 at 2:49
Scriptable, like referred in the example of the original question? Better if it could even be one-line command.
– Sopalajo de Arrierez
Oct 18 '15 at 1:56
Scriptable, like referred in the example of the original question? Better if it could even be one-line command.
– Sopalajo de Arrierez
Oct 18 '15 at 1:56
1
1
nmcli appears to be scriptable. See pravin.paratey.com/posts/manage-wireless-networks-with-nmcli for examples.
– ThatGuy
Oct 18 '15 at 2:49
nmcli appears to be scriptable. See pravin.paratey.com/posts/manage-wireless-networks-with-nmcli for examples.
– ThatGuy
Oct 18 '15 at 2:49
add a comment |
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1
I'm voting to close this question as off-topic because You should not crosspost question betwqeen different stackExchange site. Next time please flag your own question and ask a moderator to migrate your question on the correct site.
– Kiwy
yesterday
1
@Kiwy , maybe the correct question to close is the one at the Software Recommendations site?
– Sopalajo de Arrierez
yesterday
indeed you are right
– Kiwy
yesterday