- hostapd - configure an access point
- hostapd.enable(options, callback) - host an access point
- hostapd.disable(interface, callback) - stop hosting an access point
- ifconfig - configure network interfaces
- ifconfig.status(callback) - status of all network interfaces
- ifconfig.status(interface, callback) - status of a network interface
- ifconfig.down(interface, callback) - take down a network interface
- ifconfig.up(options, callback) - bring up a network interface
- iwconfig - configure wireless network interfaces
- iwconfig.status(callback) - status of all wireless network interfaces
- iwconfig.status(interface, callback) - status of a wireless network interface
- iwlist - query wireless network interfaces
- iwlist.scan(options, callback) - scan for wireless networks
- udhcpc - configure a dhcp client
- udhcpc.enable(options, callback) - start a dhcp client
- udhcpc.disable(interface, callback) - stop a dhcp client
- udhcpd - configure a dhcp server
- udhcpd.enable(options, callback) - start a dhcp server
- udhcpd.disable(interface, callback) - stop a dhcp server
- wpa_cli - send commands to wpa_supplicant using wpa_cli
- wpa_cli.status(interface, callback) - get status of wpa
- wpa_cli.bssid(interface, ap, ssid, callback) - set preferred bssid for ssid
- wpa_cli.reassociate(interface, callback) - tell wpa_supplicant to reassociate to an access points
- wpa_cli.set(interface, variable, value, callback) - set variable to value
- wpa_cli.add_network(interface, callback) - add network
- wpa_cli.set_network(interface, id, variable, value, callback) - set network variables
- wpa_cli.enable_network(interface, id, callback) - enable network
- wpa_cli.disable_network(interface, id, callback) - disable network
- wpa_cli.remove_network(interface, id, callback) - remove network
- wpa_cli.select_network(interface, id, callback) - select network
- wpa_cli.scan(interface, callback) - new BSS scan
- wpa_cli.scan_results(interface, callback) - results of latest BSS scan
- wpa_cli.save_config(interface, callback) - saves the current configuration
- wpa_supplicant - configure a wireless network connection
- wpa_supplicant.enable(options, callback) - connect to a wireless network
- wpa_supplicant.disable(interface, callback) - disconnect from a wireless network
- wpa_supplicant.manual(options, callback) - start wpa_supplicant in a way it can receive commands from wpa_cli
- iw - get and set parameters using
iw, the interface for nl80211 interfaces- iw.scan(options, callback) - scan for wireless networks
The hostapd command is used to configure wireless access points.
The hostapd enable command is used to host an access point on a specific wireless interface.
var hostapd = require('wireless-tools/hostapd');
var options = {
channel: 6,
driver: 'rtl871xdrv',
hw_mode: 'g',
interface: 'wlan0',
ssid: 'RaspberryPi',
wpa: 2,
wpa_passphrase: 'raspberry'
};
hostapd.enable(options, function(err) {
// the access point was created
});The hostapd disable command is used to stop hosting an access point on a specific wireless interface.
var hostapd = require('wireless-tools/hostapd');
hostapd.disable('wlan0', function(err) {
// no longer hosting the access point
});The ifconfig command is used to configure network interfaces.
The ifconfig status command is used to query the status of all configured interfaces.
var ifconfig = require('wireless-tools/ifconfig');
ifconfig.status(function(err, status) {
console.log(status);
});
// =>
[
{
interface: 'eth0',
link: 'ethernet',
address: 'b8:27:eb:da:52:ad',
ipv4_address: '192.168.1.2',
ipv4_broadcast: '192.168.1.255',
ipv4_subnet_mask: '255.255.255.0',
up: true,
broadcast: true,
running: true,
multicast: true
},
{
interface: 'lo',
link: 'local',
ipv4_address: '127.0.0.1',
ipv4_subnet_mask: '255.0.0.0',
up: true,
running: true,
loopback: true
},
{
interface: 'wlan0',
link: 'ethernet',
address: '00:0b:81:95:12:21',
ipv4_address: '192.168.10.1',
ipv4_broadcast: '192.168.10.255',
ipv4_subnet_mask: '255.255.255.0',
up: true,
broadcast: true,
multicast: true
}
]The ifconfig interface status command is used to query the status of a specific interface.
var ifconfig = require('wireless-tools/ifconfig');
ifconfig.status('eth0', function(err, status) {
console.log(status);
});
// =>
{
interface: 'eth0',
link: 'ethernet',
address: 'b8:27:eb:da:52:ad',
ipv4_address: '192.168.1.2',
ipv4_broadcast: '192.168.1.255',
ipv4_subnet_mask: '255.255.255.0',
up: true,
broadcast: true,
running: true,
multicast: true
}The ifconfig down command is used to take down an interface that is up.
var ifconfig = require('wireless-tools/ifconfig');
ifconfig.down('wlan0', function(err) {
// the interface is down
});The ifconfig up command is used to bring up an interface with the specified configuration.
var ifconfig = require('wireless-tools/ifconfig');
var options = {
interface: 'wlan0',
ipv4_address: '192.168.10.1',
ipv4_broadcast: '192.168.10.255',
ipv4_subnet_mask: '255.255.255.0'
};
ifconfig.up(options, function(err) {
// the interface is up
});The iwconfig command is used to configure wireless network interfaces.
The iwconfig status command is used to query the status of all configured wireless interfaces.
var iwconfig = require('wireless-tools/iwconfig');
iwconfig.status(function(err, status) {
console.log(status);
});
// =>
[
{
interface: 'wlan0',
access_point: '00:0b:81:95:12:21',
frequency: 2.437,
ieee: '802.11bg',
mode: 'master',
noise: 0,
quality: 77,
sensitivity: 0,
signal: 50,
ssid: 'RaspberryPi'
},
{
interface: 'wlan1',
frequency: 2.412,
mode: 'auto',
noise: 0,
quality: 0,
sensitivity: 0,
signal: 0,
unassociated: true
}
]The iwconfig interface status command is used to query the status of a specific wireless interface.
var iwconfig = require('wireless-tools/iwconfig');
iwconfig.status('wlan0', function(err, status) {
console.log(status);
});
// =>
{
interface: 'wlan0',
access_point: '00:0b:81:95:12:21',
frequency: 2.437,
ieee: '802.11bg',
mode: 'master',
noise: 0,
quality: 77,
sensitivity: 0,
signal: 50,
ssid: 'RaspberryPi'
}The iwlist command is used to get detailed information from a wireless interface.
The iwlist scan command is used to scan for wireless networks visible to a wireless interface. For convenience, the networks are sorted by signal strength.
var iwlist = require('wireless-tools/iwlist');
iwlist.scan('wlan0', function(err, networks) {
console.log(networks);
});
iwlist.scan({ iface : 'wlan0', show_hidden : true }, function(err, networks) {
console.log(networks);
});
// =>
[
{
address: '00:0b:81:ab:14:22',
ssid: 'BlueberryPi',
mode: 'master',
frequency: 2.437,
channel: 6,
security: 'wpa',
quality: 48,
signal: 87
},
{
address: '00:0b:81:95:12:21',
ssid: 'RaspberryPi',
mode: 'master',
frequency: 2.437,
channel: 6,
security: 'wpa2',
quality: 58,
signal: 83
},
{
address: '00:0b:81:cd:f2:04',
ssid: 'BlackberryPi',
mode: 'master',
frequency: 2.437,
channel: 6,
security: 'wep',
quality: 48,
signal: 80
},
{
address: '00:0b:81:fd:42:14',
ssid: 'CranberryPi',
mode: 'master',
frequency: 2.437,
channel: 6,
security: 'open',
quality: 32,
signal: 71
}
]
[
{
address: '00:0b:81:ab:14:22',
ssid: 'BlueberryPi',
mode: 'master',
frequency: 2.437,
channel: 6,
security: 'wpa',
quality: 48,
signal: 87
},
{
address: '00:0b:81:95:12:21',
ssid: 'RaspberryPi',
mode: 'master',
frequency: 2.437,
channel: 6,
security: 'wpa2',
quality: 58,
signal: 83
},
{
address: '00:0b:81:cd:f2:04',
ssid: 'BlackberryPi',
mode: 'master',
frequency: 2.437,
channel: 6,
security: 'wep',
quality: 48,
signal: 80
},
{
address: '00:0b:81:fd:42:14',
ssid: 'CranberryPi',
mode: 'master',
frequency: 2.437,
channel: 6,
security: 'open',
quality: 32,
signal: 71
},
{
address: '2c:c5:d3:02:ae:4c',
channel: 100,
frequency: 5.5,
mode: 'master',
quality: 66,
signal: -44,
security: 'wpa2'
}
]The udhcpc command is used to configure a dhcp client for a network interface.
The udhcpc enable command is used to start a dhcp client on a specific network interface.
var udhcpc = require('wireless-tools/udhcpc');
var options = {
interface: 'wlan0'
};
udhcpc.enable(options, function(err) {
// the dhcp client was started
});The udhcpc disable command is used to stop a dhcp client on a specific network interface.
var udhcpc = require('wireless-tools/udhcpc');
udhcpc.disable('wlan0', function(err) {
// the dhcp client was stopped
});The udhcpd command is used to configure a dhcp server for a network interface.
The udhcpd enable command is used to start a dhcp server on a specific network interface.
var udhcpd = require('wireless-tools/udhcpd');
var options = {
interface: 'wlan0',
start: '192.168.10.100',
end: '192.168.10.200',
option: {
router: '192.168.10.1',
subnet: '255.255.255.0',
dns: [ '4.4.4.4', '8.8.8.8' ]
}
};
udhcpd.enable(options, function(err) {
// the dhcp server was started
});The udhcpd disable command is used to stop a dhcp server on a specific network interface.
var udhcpd = require('wireless-tools/udhcpd');
udhcpd.disable('wlan0', function(err) {
// the dhcp server was stopped
});The wpa_cli command is used to setup what wpa_supplicant must do to connect to a wireless network connection for a network interface.
Most of wpa_cli commands return either 'OK' or 'FAIL' (and the exit status is always 0). Because of this, all 'FAIL' responses will return and callback with an error.
Responses containing an 'OK' result only means than wpa_supplicant had received the command. You must poll wpa_supplicant (or other commands like iwconfig) to be sure that the command was actually applied by wpa_supplicant.
The wpa_cli status command is used to get the current status of wpa_supplicant on a specific network interface.
var wpa_cli = require('wireless-tools/wpa_cli');
wpa_cli.status('wlan0', function(err, status) {
console.dir(status);
});// =>
{
bssid: '2c:f5:d3:02:ea:d9',
frequency: 2412,
mode: 'station',
key_mgmt: 'wpa2-psk',
ssid: 'Fake-Wifi',
pairwise_cipher: 'CCMP',
group_cipher: 'CCMP',
p2p_device_address: 'e4:28:9c:a8:53:72',
wpa_state: 'COMPLETED',
ip: '10.34.141.168',
mac: 'e4:28:9c:a8:53:72',
uuid: 'e1cda789-8c88-53e8-ffff-31c304580c1e',
id: 0
}The wpa_cli bssid command is used to set the preferred access points for an specific ssid on a specific network interface.
var wpa_cli = require('wireless-tools/wpa_cli');
wpa_cli.bssid('wlan0', '2c:f5:d3:02:ea:dd', 'Fake-Wifi', function(err, data){
// this is correct usage
console.dir(data);
});The wpa_cli reassociate command is used to instruct wpa_supplicant to reassociate to access points for an SSID on a specific network interface.
var wpa_cli = require('wireless-tools/wpa_cli');
wpa_cli.bssid('wlan0', 'Fake-Wifi', '2c:f5:d3:02:ea:dd', function(err, data){
// our usage is wrong so an error is triggered
if (err) {
console.dir(err);
// attempt to reassociate
wpa_cli.reassociate('wlan0', function(err, data) {
console.dir(data);
});
}
});The wpa_cli set command is used to set wpa_supplicant parameters to a value on a specific network interface.
The wpa_cli add_network command is used to create a new network entry on a specific network interface. It will return on success the id of the new network
The wpa_cli set_network command is used to set variables for a network on a specific network interface.
The wpa_cli enable_network command is used to enable a network on a specific network interface.
The wpa_cli disable_network command is used to disable a network on a specific network interface.
The wpa_cli remove_network command is used to remove a network on a specific network interface.
The wpa_cli select_network command is used to select a specific network on a specific network interface and disable all others.
var wpa_cli = require('wireless-tools/wpa_cli');
wpa_cli.select_network('wlan0', 0, function(err, data){
if (err) {
// most likely the set values for the specified id are wrong
console.dir(err);
} else {
// successfully connected to the new network
console.dir(data);
}
});The wpa_cli scan is used to request a new BSS scan on a specific network interface.
The wpa_cli scan_results is used to return the results of the latest BSS scan that was run on a specific network interface.
var wpa_cli = require('wireless-tools/wpa_cli');
wpa_cli.scan('wlan0', function(err, data){
wpa_cli.scan_results('wlan0', function(err, data) {
// returns the results of the BSS scan once it completes
console.dir(data);
}
});=>
[
{
bssid: '2c:f5:d3:02:ea:d9',
frequency: 2472,
signalLevel: -31,
flags: '[WPA-PSK-CCMP+TKIP][WPA2-PSK-CCMP+TKIP][ESS]',
ssid: 'FakeWifi'
},
{
bssid: '2c:f5:d3:02:ea:d9',
frequency: 2472,
signalLevel: -31,
flags: '[WPA-PSK-CCMP+TKIP][WPA2-PSK-CCMP+TKIP][ESS]',
ssid: 'FakeWifi2'
}
]The wpa_cli save_config command is used to save the current wpa_cli configuration for the specific network interface.
var wpa_cli = require('wireless-tools/wpa_cli');
wpa_cli.save_config('wlan0', function(err, data){
// current wpa_cli configuration is saved
});The wpa_supplicant command is used to configure a wireless network connection for a network interface.
The wpa_supplicant enable command is used to join a wireless network on a specific network interface.
var wpa_supplicant = require('wireless-tools/wpa_supplicant');
var options = {
interface: 'wlan0',
ssid: 'RaspberryPi',
passphrase: 'raspberry',
driver: 'wext'
};
wpa_supplicant.enable(options, function(err) {
// connected to the wireless network
});The wpa_supplicant disable command is used to disconnect from a wireless network on a specific network interface.
var wpa_supplicant = require('wireless-tools/wpa_supplicant');
wpa_supplicant.disable('wlan0', function(err) {
// disconnected from wireless network
});The wpa_supplicant manual command is used to launch wpa_supplicant on a specific network interface.
var wpa_supplicant = require('wireless-tools/wpa_supplicant');
var options = {
interface: 'wlan0',
drivers: [ 'nl80211', 'wext' ]
};
wpa_supplicant.manual(options, function(err) {
// wpa_supplicant launched on wlan0 interface (can be setup using wpa_cli)
});The iw command is used to get and set detailed information from an nl80211 wireless interface.
The iw scan command is used to scan for wireless networks visible to a wireless interface. For convenience, the networks are sorted by signal strength.
var iw = require('wireless-tools/iw');
iw.scan('wlan0', function(err, networks) {
console.log(networks);
});
iw.scan({ iface : 'wlan0', show_hidden : true }, function(err, networks) {
console.log(networks);
});
// =>
[
{
address: '00:0b:81:ab:14:22',
frequency: 2422,
signal: -80,
lastSeenMs: 0,
ssid: 'BlueberryPi',
channel: 3,
security: 'wpa'
},
{
address: '00:0b:81:95:12:21',
frequency: 5825,
signal: -83,
lastSeenMs: 2031,
ssid: 'RaspberryPi',
channel: 165,
security: 'wpa2'
},
{
address: '00:0b:81:cd:f2:04',
frequency: 2437,
signal: -88,
lastSeenMs: 0,
ssid: 'BlackberryPi',
channel: 6,
security: 'wep'
},
{
address: '00:0b:81:fd:42:14',
frequency: 2412,
signal: -92,
lastSeenMs: 0,
ssid: 'CranberryPi',
channel: 1,
security: 'open'
}
]
[
{
address: '00:0b:81:ab:14:22',
frequency: 2422,
signal: -80,
lastSeenMs: 0,
ssid: 'BlueberryPi',
channel: 3,
security: 'wpa'
},
{
address: '00:0b:81:95:12:21',
frequency: 5825,
signal: -83,
lastSeenMs: 2031,
ssid: 'RaspberryPi',
channel: 165,
security: 'wpa2'
},
{
address: '00:0b:81:cd:f2:04',
frequency: 2437,
signal: -88,
lastSeenMs: 0,
ssid: 'BlackberryPi',
channel: 6,
security: 'wep'
},
{
address: '00:0b:81:fd:42:14',
frequency: 2412,
signal: -92,
lastSeenMs: 0,
ssid: 'CranberryPi',
channel: 1,
security: 'open'
},
{
address: '00:0b:81:fd:42:01',
frequency: 2412,
signal: -94,
lastSeenMs: 1069,
channel: 1,
security: 'open'
}
]