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Class.extend({
listDeviceNames: L.rpc.declare({
object: 'iwinfo',
method: 'devices',
expect: { 'devices': [ ] },
filter: function(data) {
data.sort();
return data;
}
}),
getPhyName: L.rpc.declare({
object: 'iwinfo',
method: 'phyname',
params: [ 'section' ],
expect: { 'phyname': '' }
}),
getDeviceStatus: L.rpc.declare({
object: 'iwinfo',
method: 'info',
params: [ 'device' ],
expect: { '': { } },
filter: function(data, params) {
if (!$.isEmptyObject(data))
{
data['device'] = params['device'];
return data;
}
return undefined;
}
}),
getAssocList: L.rpc.declare({
object: 'iwinfo',
method: 'assoclist',
params: [ 'device' ],
expect: { results: [ ] },
filter: function(data, params) {
for (var i = 0; i < data.length; i++)
data[i]['device'] = params['device'];
data.sort(function(a, b) {
if (a.bssid < b.bssid)
return -1;
else if (a.bssid > b.bssid)
return 1;
else
return 0;
});
return data;
}
}),
getWirelessStatus: function() {
return this.listDeviceNames().then(function(names) {
L.rpc.batch();
for (var i = 0; i < names.length; i++)
L.wireless.getDeviceStatus(names[i]);
return L.rpc.flush();
}).then(function(networks) {
var rv = { };
var net_by_devname = { };
var phy_attrs = [
'country', 'channel', 'frequency', 'frequency_offset',
'txpower', 'txpower_offset', 'hwmodes', 'hardware', 'phy'
];
var net_attrs = [
'ssid', 'bssid', 'mode', 'quality', 'quality_max',
'signal', 'noise', 'bitrate', 'encryption'
];
for (var i = 0; i < networks.length; i++)
{
var phy = rv[networks[i].phy] || (
rv[networks[i].phy] = { networks: [ ] }
);
var net = net_by_devname[networks[i].device] = {
device: networks[i].device
};
for (var j = 0; j < phy_attrs.length; j++)
phy[phy_attrs[j]] = networks[i][phy_attrs[j]];
for (var j = 0; j < net_attrs.length; j++)
net[net_attrs[j]] = networks[i][net_attrs[j]];
/* copy parent interface properties to wds interfaces */
if (net.device.match(/^(.+)\.sta\d+$/) &&
net_by_devname[RegExp.$1])
{
var pnet = net_by_devname[RegExp.$1];
for (var j = 0; j < net_attrs.length; j++)
if (typeof(networks[i][net_attrs[j]]) === 'undefined' ||
net_attrs[j] == 'encryption')
net[net_attrs[j]] = pnet[net_attrs[j]];
}
phy.networks.push(net);
}
return rv;
});
},
getAssocLists: function()
{
return this.listDeviceNames().then(function(names) {
L.rpc.batch();
for (var i = 0; i < names.length; i++)
L.wireless.getAssocList(names[i]);
return L.rpc.flush();
}).then(function(assoclists) {
var rv = [ ];
for (var i = 0; i < assoclists.length; i++)
for (var j = 0; j < assoclists[i].length; j++)
rv.push(assoclists[i][j]);
return rv;
});
},
formatEncryption: function(enc)
{
var format_list = function(l, s)
{
var rv = [ ];
for (var i = 0; i < l.length; i++)
rv.push(l[i].toUpperCase());
return rv.join(s ? s : ', ');
}
if (!enc || !enc.enabled)
return L.tr('None');
if (enc.wep)
{
if (enc.wep.length == 2)
return L.tr('WEP Open/Shared') + ' (%s)'.format(format_list(enc.ciphers, ', '));
else if (enc.wep[0] == 'shared')
return L.tr('WEP Shared Auth') + ' (%s)'.format(format_list(enc.ciphers, ', '));
else
return L.tr('WEP Open System') + ' (%s)'.format(format_list(enc.ciphers, ', '));
}
else if (enc.wpa)
{
if (enc.wpa.length == 2)
return L.tr('mixed WPA/WPA2') + ' %s (%s)'.format(
format_list(enc.authentication, '/'),
format_list(enc.ciphers, ', ')
);
else if (enc.wpa[0] == 2)
return 'WPA2 %s (%s)'.format(
format_list(enc.authentication, '/'),
format_list(enc.ciphers, ', ')
);
else
return 'WPA %s (%s)'.format(
format_list(enc.authentication, '/'),
format_list(enc.ciphers, ', ')
);
}
return L.tr('Unknown');
}
});
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