-- Loads a CBI map from given file, creating an environment and returns it
-function load(cbimap)
+function load(cbimap, ...)
require("luci.fs")
require("luci.i18n")
require("luci.config")
- require("luci.sys")
+ require("luci.util")
- local cbidir = luci.sys.libpath() .. "/model/cbi/"
+ local cbidir = luci.util.libpath() .. "/model/cbi/"
local func, err = loadfile(cbidir..cbimap..".lua")
if not func then
luci.util.updfenv(func, luci.cbi)
luci.util.extfenv(func, "translate", luci.i18n.translate)
luci.util.extfenv(func, "translatef", luci.i18n.translatef)
+ luci.util.extfenv(func, "arg", {...})
- local map = func()
+ local maps = {func()}
- if not instanceof(map, Map) then
- error("CBI map returns no valid map object!")
- return nil
+ for i, map in ipairs(maps) do
+ if not instanceof(map, Map) then
+ error("CBI map returns no valid map object!")
+ return nil
+ end
end
- return map
+ return maps
end
-- Node pseudo abstract class
Node._i18n(self, config, nil, nil, ...)
self.config = config
+ self.parsechain = {self.config}
self.template = "cbi/map"
if not uci.load(self.config) then
error("Unable to read UCI data: " .. self.config)
end
end
+
+-- Chain foreign config
+function Map.chain(self, config)
+ table.insert(self.parsechain, config)
+end
+
-- Use optimized UCI writing
function Map.parse(self, ...)
Node.parse(self, ...)
- uci.save(self.config)
- uci.unload(self.config)
+ for i, config in ipairs(self.parsechain) do
+ uci.save(config)
+ end
+ if luci.http.formvalue("cbi.apply") then
+ for i, config in ipairs(self.parsechain) do
+ uci.commit(config)
+ if luci.config.uci_oncommit and luci.config.uci_oncommit[config] then
+ luci.util.exec(luci.config.uci_oncommit[config])
+ end
+
+ -- Refresh data because commit changes section names
+ uci.unload(config)
+ uci.load(config)
+ end
+
+ -- Reparse sections
+ Node.parse(self, ...)
+
+ end
+ for i, config in ipairs(self.parsechain) do
+ uci.unload(config)
+ end
end
-- Creates a child section
self.map = map
self.config = map.config
self.optionals = {}
+ self.defaults = {}
self.optional = true
self.addremove = false
-- Creates the section
function AbstractSection.create(self, section)
- return self.map:set(section, nil, self.sectiontype)
+ local stat
+
+ if section then
+ stat = self.map:set(section, nil, self.sectiontype)
+ else
+ section = self.map:add(self.sectiontype)
+ stat = section
+ end
+
+ if stat then
+ for k,v in pairs(self.children) do
+ if v.default then
+ self.map:set(section, v.option, v.default)
+ end
+ end
+
+ for k,v in pairs(self.defaults) do
+ self.map:set(section, k, v)
+ end
+ end
+
+ return stat
end
function NamedSection.__init__(self, map, section, type, ...)
AbstractSection.__init__(self, map, type, ...)
Node._i18n(self, map.config, section, nil, ...)
-
+
self.template = "cbi/nsection"
self.section = section
self.addremove = false
return
end
else -- Create and apply default values
- if luci.http.formvalue("cbi.cns."..path) and self:create(s) then
- for k,v in pairs(self.children) do
- v:write(s, v.default)
- end
+ if luci.http.formvalue("cbi.cns."..path) then
+ self:create(s)
+ return
end
end
end
self.template = "cbi/tsection"
self.deps = {}
- self.excludes = {}
self.anonymous = false
end
function (section)
if self:checkscope(section[".name"]) then
table.insert(sections, section[".name"])
- end
+ end
end)
return sections
end
--- Creates a new section of this type with the given name (or anonymous)
-function TypedSection.create(self, name)
- if name then
- self.map:set(name, nil, self.sectiontype)
- else
- name = self.map:add(self.sectiontype)
- end
-
- for k,v in pairs(self.children) do
- if v.default then
- self.map:set(name, v.option, v.default)
- end
- end
-end
-
-- Limits scope to sections that have certain option => value pairs
function TypedSection.depends(self, option, value)
table.insert(self.deps, {option=option, value=value})
end
--- Excludes several sections by name
-function TypedSection.exclude(self, field)
- self.excludes[field] = true
-end
-
function TypedSection.parse(self)
if self.addremove then
-- Create
-- Verifies scope of sections
function TypedSection.checkscope(self, section)
-- Check if we are not excluded
- if self.excludes[section] then
+ if self.filter and not self.filter(section) then
return nil
end
if not self.optional or self:cfgvalue(s) or self:formcreated(s) then
scope = scope or {}
scope.section = s
-
+ scope.cbid = "cbid." .. self.config ..
+ "." .. s ..
+ "." .. self.option
+
+ scope.ifattr = function(cond,key,val)
+ if cond then
+ return string.format(
+ ' %s="%s"', tostring(key),
+ tostring( val
+ or scope[key]
+ or (type(self[key]) ~= "function" and self[key])
+ or "" )
+ )
+ else
+ return ''
+ end
+ end
+
+ scope.attr = function(...)
+ return scope.ifattr( true, ... )
+ end
+
Node.render(self, scope)
end
end
function Value.__init__(self, ...)
AbstractValue.__init__(self, ...)
self.template = "cbi/value"
-
- self.maxlength = nil
+ self.keylist = {}
+ self.vallist = {}
end
--- This validation is a bit more complex
-function Value.validate(self, val)
- if self.maxlength and tostring(val):len() > self.maxlength then
- val = nil
- end
-
- return val
+function Value.value(self, key, val)
+ val = val or key
+ table.insert(self.keylist, tostring(key))
+ table.insert(self.vallist, tostring(val))
end
end
-function DummyValue.render(self, s)
- luci.template.render(self.template, {self=self, section=s})
-end
-
--[[
Flag - A flag being enabled or disabled
end
function MultiValue.validate(self, val)
- val = (type(val) == "table") and val or {val}
+ val = (type(val) == "table") and val or {val}
local result