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-- Copyright 2008 Steven Barth <steven@midlink.org>
-- Copyright 2016 Eric Luehrsen <ericluehrsen@hotmail.com>
-- Copyright 2016 Dan Luedtke <mail@danrl.com>
-- Licensed to the public under the Apache License 2.0.
local m1, s1
local ena, mcf, lci, lsv, rlh, rpv, vld, nvd, eds, prt, tlm
local ctl, dlk, dom, dty, lfq, wfq, exa, dp6, d64, pfx, qry, qrs
local pro, tgr, rsc, rsn, ag2
local ucl = luci.model.uci.cursor()
local valman = ucl:get_first("unbound", "unbound", "manual_conf")
m1 = Map("unbound")
s1 = m1:section(TypedSection, "unbound")
s1.addremove = false
s1.anonymous = true
--LuCI, Unbound, or Not
s1:tab("basic", translate("Basic"),
translatef("<h3>Unbound Basic Settings</h3>\n"
.. "<a href=\"%s\" target=\"_blank\">Unbound</a>"
.. " is a validating, recursive, and caching DNS resolver. "
.. "UCI help can be found on "
.. "<a href=\"%s\" target=\"_blank\">github</a>.",
"https://www.unbound.net/",
"https://github.com/openwrt/packages/blob/master/net/unbound/files/README.md"))
ena = s1:taboption("basic", Flag, "enabled", translate("Enable Unbound:"),
translate("Enable the initialization scripts for Unbound"))
ena.rmempty = false
mcf = s1:taboption("basic", Flag, "manual_conf", translate("Manual Conf:"),
translate("Skip UCI and use /etc/unbound/unbound.conf"))
mcf.rmempty = false
lci = s1:taboption("basic", Flag, "luci_expanded", translate("LuCI Expanded:"),
translate("See more detailed tabs for debug"))
lci.rmempty = false
function ena.cfgvalue(self, section)
return luci.sys.init.enabled("unbound") and self.enabled or self.disabled
end
function ena.write(self, section, value)
if value == "1" then
luci.sys.init.enable("unbound")
luci.sys.call("/etc/init.d/unbound start >/dev/null")
else
luci.sys.call("/etc/init.d/unbound stop >/dev/null")
luci.sys.init.disable("unbound")
end
return Flag.write(self, section, value)
end
if valman ~= "1" then
-- Not in manual configuration mode; show UCI
s1:tab("advanced", translate("Advanced"),
translatef("<h3>Unbound Advanced Settings</h3>\n"
.. "Advanced setttings and plugin modules for "
.. "<a href=\"%s\" target=\"_blank\">Unbound</a>"
.. " DNS resolver.", "https://www.unbound.net/"))
s1:tab("resource", translate("Resource"),
translatef("<h3>Unbound Resource Settings</h3>\n"
.. "Memory and protocol setttings for "
.. "<a href=\"%s\" target=\"_blank\">Unbound</a>"
.. " DNS resolver.", "https://www.unbound.net/"))
--Basic Tab
lsv = s1:taboption("basic", Flag, "localservice", translate("Local Service:"),
translate("Accept queries only from local subnets"))
lsv.rmempty = false
rlh = s1:taboption("basic", Flag, "rebind_localhost", translate("Block Localhost Rebind:"),
translate("Prevent upstream response of 127.0.0.0/8"))
rlh.rmempty = false
rpv = s1:taboption("basic", Flag, "rebind_protection", translate("Block Private Rebind:"),
translate("Prevent upstream response of RFC1918 ranges"))
rpv.rmempty = false
vld = s1:taboption("basic", Flag, "validator", translate("Enable DNSSEC:"),
translate("Enable the DNSSEC validator module"))
vld.rmempty = false
nvd = s1:taboption("basic", Flag, "validator_ntp", translate("DNSSEC NTP Fix:"),
translate("Break the loop where DNSSEC needs NTP and NTP needs DNS"))
nvd.rmempty = false
nvd:depends({ validator = true })
eds = s1:taboption("basic", Value, "edns_size", translate("EDNS Size:"),
translate("Limit extended DNS packet size"))
eds.datatype = "and(uinteger,min(512),max(4096))"
eds.rmempty = false
prt = s1:taboption("basic", Value, "listen_port", translate("Listening Port:"),
translate("Choose Unbounds listening port"))
prt.datatype = "port"
prt.rmempty = false
tlm = s1:taboption("basic", Value, "ttl_min", translate("TTL Minimum:"),
translate("Prevent excessively short cache periods"))
tlm.datatype = "and(uinteger,min(0),max(600))"
tlm.rmempty = false
--Advanced Tab
ctl = s1:taboption("advanced", Flag, "unbound_control", translate("Unbound Control App:"),
translate("Enable unecrypted localhost access for unbound-control"))
ctl.rmempty = false
dlk = s1:taboption("advanced", ListValue, "dhcp_link", translate("DHCP Link:"),
translate("Link to supported programs to load DHCP into DNS"))
dlk:value("none", translate("No Link"))
dlk:value("dnsmasq", "dnsmasq")
dlk:value("odhcpd", "odhcpd")
dlk.rmempty = false
dom = s1:taboption("advanced", Value, "domain", translate("Local Domain:"),
translate("Domain suffix for this router and DHCP clients"))
dom.placeholder = "lan"
dom:depends({ dhcp_link = "none" })
dom:depends({ dhcp_link = "odhcpd" })
dty = s1:taboption("advanced", ListValue, "domain_type", translate("Local Domain Type:"),
translate("How to treat queries of this local domain"))
dty:value("deny", translate("Ignored"))
dty:value("refuse", translate("Refused"))
dty:value("static", translate("Only Local"))
dty:value("transparent", translate("Also Forwarded"))
dty:depends({ dhcp_link = "none" })
dty:depends({ dhcp_link = "odhcpd" })
lfq = s1:taboption("advanced", ListValue, "add_local_fqdn", translate("LAN DNS:"),
translate("How to enter the LAN or local network router in DNS"))
lfq:value("0", translate("No DNS"))
lfq:value("1", translate("Hostname, Primary Address"))
lfq:value("2", translate("Hostname, All Addresses"))
lfq:value("3", translate("Host FQDN, All Addresses"))
lfq:value("4", translate("Interface FQDN, All Addresses"))
lfq:depends({ dhcp_link = "none" })
lfq:depends({ dhcp_link = "odhcpd" })
wfq = s1:taboption("advanced", ListValue, "add_wan_fqdn", translate("WAN DNS:"),
translate("Override the WAN side router entry in DNS"))
wfq:value("0", translate("Upstream"))
wfq:value("1", translate("Hostname, Primary Address"))
wfq:value("2", translate("Hostname, All Addresses"))
wfq:value("3", translate("Host FQDN, All Addresses"))
wfq:value("4", translate("Interface FQDN, All Addresses"))
wfq:depends({ dhcp_link = "none" })
wfq:depends({ dhcp_link = "odhcpd" })
exa = s1:taboption("advanced", ListValue, "add_extra_dns", translate("Extra DNS:"),
translate("Use extra DNS entries found in /etc/config/dhcp"))
exa:value("0", translate("Ignore"))
exa:value("1", translate("Include Network/Hostnames"))
exa:value("2", translate("Advanced MX/SRV RR"))
exa:value("3", translate("Advanced CNAME RR"))
exa:depends({ dhcp_link = "none" })
exa:depends({ dhcp_link = "odhcpd" })
dp6 = s1:taboption("advanced", Flag, "dhcp4_slaac6", translate("DHCPv4 to SLAAC:"),
translate("Use DHCPv4 MAC to discover IP6 hosts SLAAC (EUI64)"))
dp6.rmempty = false
d64 = s1:taboption("advanced", Flag, "dns64", translate("Enable DNS64:"),
translate("Enable the DNS64 module"))
d64.rmempty = false
pfx = s1:taboption("advanced", Value, "dns64_prefix", translate("DNS64 Prefix:"),
translate("Prefix for generated DNS64 addresses"))
pfx.datatype = "ip6addr"
pfx.placeholder = "64:ff9b::/96"
pfx.optional = true
pfx:depends({ dns64 = true })
qry = s1:taboption("advanced", Flag, "query_minimize", translate("Query Minimize:"),
translate("Break down query components for limited added privacy"))
qry.rmempty = false
qrs = s1:taboption("advanced", Flag, "query_min_strict", translate("Strict Minimize:"),
translate("Strict version of 'query minimize' but it can break DNS"))
qrs.rmempty = false
qrs:depends({ query_minimize = true })
--TODO: dnsmasq needs to not reference resolve-file and get off port 53.
--Resource Tuning Tab
pro = s1:taboption("resource", ListValue, "protocol", translate("Recursion Protocol:"),
translate("Chose the protocol recursion queries leave on"))
pro:value("mixed", translate("IP4 and IP6"))
pro:value("ip6_prefer", translate("IP6 Preferred"))
pro:value("ip4_only", translate("IP4 Only"))
pro:value("ip6_only", translate("IP6 Only"))
pro.rmempty = false
rsn = s1:taboption("resource", ListValue, "recursion", translate("Recursion Strength:"),
translate("Recursion activity affects memory growth and CPU load"))
rsn:value("aggressive", translate("Aggressive"))
rsn:value("default", translate("Default"))
rsn:value("passive", translate("Passive"))
rsn.rmempty = false
rsc = s1:taboption("resource", ListValue, "resource", translate("Memory Resource:"),
translate("Use menu System/Processes to observe any memory growth"))
rsc:value("large", translate("Large"))
rsc:value("medium", translate("Medium"))
rsc:value("small", translate("Small"))
rsc:value("tiny", translate("Tiny"))
rsc.rmempty = false
ag2 = s1:taboption("resource", Value, "root_age", translate("Root DSKEY Age:"),
translate("Limit days between RFC5011 to reduce flash writes"))
ag2.datatype = "and(uinteger,min(1),max(99))"
ag2:value("3", "3")
ag2:value("9", "9 ("..translate("default")..")")
ag2:value("12", "12")
ag2:value("24", "24")
ag2:value("99", "99 ("..translate("never")..")")
tgr = s1:taboption("resource", Value, "trigger", translate("Trigger Networks:"),
translate("Networks that may trigger Unbound to reload (avoid wan6)"))
tgr.template = "cbi/network_netlist"
tgr.widget = "checkbox"
tgr.cast = "string"
else
s1:tab("rfc5011", translate("RFC5011"),
translatef("<h3>Unbound RFC5011 Settings</h3>\n"
.. "RFC5011 copy scripts protect flash ROM even with UCI disabled."))
ag2 = s1:taboption("rfc5011", Value, "root_age", translate("Root DSKEY Age:"),
translate("Limit days to copy /var/->/etc/ to reduce flash writes"))
ag2.datatype = "and(uinteger,min(1),max(99))"
ag2:value("3", "3")
ag2:value("9", "9 ("..translate("default")..")")
ag2:value("12", "12")
ag2:value("24", "24")
ag2:value("99", "99 ("..translate("never")..")")
end
function m1.on_after_commit(self)
function ena.validate(self, value)
if value ~= "0" then
luci.sys.call("/etc/init.d/unbound restart >/dev/null 2>&1")
else
luci.sys.call("/etc/init.d/unbound stop >/dev/null 2>&1")
end
end
-- Restart Unbound with configuration and reload the page (some options hide)
luci.http.redirect(luci.dispatcher.build_url("admin", "services", "unbound"))
end
return m1
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