luci-app-snmpd: move Global Settings

Due to difficult diff when introducing `populateGlobalSettings`
this commit moves the function to the top.

Signed-off-by: Christian Korber <ck@dev.tdt.de>
This commit is contained in:
Christian Korber
2025-07-07 13:38:03 +02:00
committed by Paul Donald
parent e51a2281df
commit f4676c04d4

View File

@@ -41,6 +41,137 @@ return L.view.extend({
return true;
},
populateGlobalSettings: function(tab, s, havesslv3) {
let go, g, o;
o = s.taboption('general', form.SectionValue, '__general__',
form.TypedSection, 'snmpd', null,
_('Here you can configure agent settings'));
g = o.subsection;
g.anonymous = true;
g.addremove = false;
go = g.option(form.Flag, 'enabled', _('Enable SNMP'),
_('Enable to use SNMP'));
go.default = '0';
go.rmempty = false;
this.ip_protocol = g.option(form.ListValue, 'ip_protocol', _('IP version'));
this.ip_protocol.value('ipv4', _('Only IPv4'));
this.ip_protocol.value('ipv6', _('Only IPv6'));
this.ip_protocol.value('ipv4/ipv6', _('IPv4 and IPv6'));
this.ip_protocol.optional = false;
this.ip_protocol.forcewrite = true;
this.ip_protocol.default = 'ipv4';
this.ip_protocol.rmempty = false;
this.ip_protocol.cfgvalue = function(section_id) {
let ip_protocol = uci.get('snmpd', section_id, 'ip_protocol');
if (!ip_protocol) {
const s = uci.get_first('snmpd', 'agent');
if (!s)
return null;
const rawAddr = uci.get('snmpd', s['.name'], 'agentaddress');
if (!rawAddr)
return null;
const addr = rawAddr.toUpperCase();
const p = [];
if (addr.match(/UDP:\d+/g))
p.push('ipv4');
if (addr.match(/UDP6:\d+/g))
p.push('ipv6');
ip_protocol = p.join('/');
}
return ip_protocol;
};
go = g.option(form.Value, 'snmp_port', _('Port'));
go.rmempty = false;
go.default = '161';
go.datatype = 'port';
go.forcewrite = true;
go.cfgvalue = function(section_id) {
const port = uci.get('snmpd', section_id, 'snmp_port');
if (!port)
return port;
const s = uci.get_first('snmpd', 'agent');
const rawAddr = uci.get('snmpd', s['.name'], 'agentaddress');
if (!rawAddr)
return null;
const addr = rawAddr.toUpperCase();
const match = addr.match(/UDP6?:(\d+)/i);
return Array.isArray(match) && match.length > 1 ?
match[1] : null;
};
go.write = L.bind(function(protocol, section_id, value) {
const port = parseInt(value);
const ip_protocol = protocol.formvalue(section_id);
const addr = [];
if (ip_protocol.match(/ipv4/g))
addr.push('UDP:%d'.format(port));
if (ip_protocol.match(/ipv6/g))
addr.push('UDP6:%d'.format(port));
if (addr.length > 0) {
const s = uci.get_first('snmpd', 'agent');
if (s)
uci.set('snmpd', s['.name'], 'agentaddress', addr.join(','));
}
return form.Value.prototype.write.apply(this, [section_id, value]);
}, go, this.ip_protocol);
this.snmp_version = g.option(form.ListValue, 'snmp_version',
_('SNMP version'),
_('SNMP version used to monitor and control the device'));
this.snmp_version.default = 'v1/v2c';
this.snmp_version.rmempty = false;
this.snmp_version.forcewrite = true;
this.snmp_version.value('v1/v2c', _('SNMPv1 and SNMPv2c'));
if (havesslv3) {
this.snmp_version.value('v1/v2c/v3', _('SNMPv1, SNMPv2c and SNMPv3'));
this.snmp_version.value('v3', _('Only SNMPv3'));
}
go = g.option(form.Value, '__agentxsocket', _('AgentX socket path'),
_('Empty for disable AgentX'));
go.rmempty = true;
go.forcewrite = true;
go.cfgvalue = function(section_id) {
const s = uci.get_first('snmpd', 'agentx');
let socket = uci.get('snmpd', s['.name'], 'agentxsocket');
if (!socket)
socket = this.default;
return socket;
};
go.remove = function(section_id) {
const s = uci.get_first('snmpd', 'agentx');
if (s)
s.remove('snmpd', s['.name']);
};
go.write = function(section_id, value) {
const s = uci.get_first('snmpd', 'agentx');
var sid = s ? s['.name'] : uci.add('snmpd', 'agentx');
uci.set('snmpd', sid, 'agentxsocket', value);
};
},
populateSystemSettings: function(tab, s, havesslv3) {
let g, go, o;
@@ -526,136 +657,5 @@ return L.view.extend({
this.populateLogSettings('log', s);
return m.render();
},
populateGlobalSettings: function(tab, s, havesslv3) {
let go, g, o;
o = s.taboption('general', form.SectionValue, '__general__',
form.TypedSection, 'snmpd', null,
_('Here you can configure agent settings'));
g = o.subsection;
g.anonymous = true;
g.addremove = false;
go = g.option(form.Flag, 'enabled', _('Enable SNMP'),
_('Enable to use SNMP'));
go.default = '0';
go.rmempty = false;
this.ip_protocol = g.option(form.ListValue, 'ip_protocol', _('IP version'));
this.ip_protocol.value('ipv4', _('Only IPv4'));
this.ip_protocol.value('ipv6', _('Only IPv6'));
this.ip_protocol.value('ipv4/ipv6', _('IPv4 and IPv6'));
this.ip_protocol.optional = false;
this.ip_protocol.forcewrite = true;
this.ip_protocol.default = 'ipv4';
this.ip_protocol.rmempty = false;
this.ip_protocol.cfgvalue = function(section_id) {
let ip_protocol = uci.get('snmpd', section_id, 'ip_protocol');
if (!ip_protocol) {
const s = uci.get_first('snmpd', 'agent');
if (!s)
return null;
const rawAddr = uci.get('snmpd', s['.name'], 'agentaddress');
if (!rawAddr)
return null;
const addr = rawAddr.toUpperCase();
const p = [];
if (addr.match(/UDP:\d+/g))
p.push('ipv4');
if (addr.match(/UDP6:\d+/g))
p.push('ipv6');
ip_protocol = p.join('/');
}
return ip_protocol;
};
go = g.option(form.Value, 'snmp_port', _('Port'));
go.rmempty = false;
go.default = '161';
go.datatype = 'port';
go.forcewrite = true;
go.cfgvalue = function(section_id) {
const port = uci.get('snmpd', section_id, 'snmp_port');
if (!port)
return port;
const s = uci.get_first('snmpd', 'agent');
const rawAddr = uci.get('snmpd', s['.name'], 'agentaddress');
if (!rawAddr)
return null;
const addr = rawAddr.toUpperCase();
const match = addr.match(/UDP6?:(\d+)/i);
return Array.isArray(match) && match.length > 1 ?
match[1] : null;
};
go.write = L.bind(function(protocol, section_id, value) {
const port = parseInt(value);
const ip_protocol = protocol.formvalue(section_id);
const addr = [];
if (ip_protocol.match(/ipv4/g))
addr.push('UDP:%d'.format(port));
if (ip_protocol.match(/ipv6/g))
addr.push('UDP6:%d'.format(port));
if (addr.length > 0) {
const s = uci.get_first('snmpd', 'agent');
if (s)
uci.set('snmpd', s['.name'], 'agentaddress', addr.join(','));
}
return form.Value.prototype.write.apply(this, [section_id, value]);
}, go, this.ip_protocol);
this.snmp_version = g.option(form.ListValue, 'snmp_version',
_('SNMP version'),
_('SNMP version used to monitor and control the device'));
this.snmp_version.default = 'v1/v2c';
this.snmp_version.rmempty = false;
this.snmp_version.forcewrite = true;
this.snmp_version.value('v1/v2c', _('SNMPv1 and SNMPv2c'));
if (havesslv3) {
this.snmp_version.value('v1/v2c/v3', _('SNMPv1, SNMPv2c and SNMPv3'));
this.snmp_version.value('v3', _('Only SNMPv3'));
}
go = g.option(form.Value, '__agentxsocket', _('AgentX socket path'),
_('Empty for disable AgentX'));
go.rmempty = true;
go.forcewrite = true;
go.cfgvalue = function(section_id) {
const s = uci.get_first('snmpd', 'agentx');
let socket = uci.get('snmpd', s['.name'], 'agentxsocket');
if (!socket)
socket = this.default;
return socket;
};
go.remove = function(section_id) {
const s = uci.get_first('snmpd', 'agentx');
if (s)
s.remove('snmpd', s['.name']);
};
go.write = function(section_id, value) {
const s = uci.get_first('snmpd', 'agentx');
var sid = s ? s['.name'] : uci.add('snmpd', 'agentx');
uci.set('snmpd', sid, 'agentxsocket', value);
};
}
});