imported>Oetterer am 21. März 2016 um 07:40 Uhr

2016-03-21T07:40:40Z

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local FoundationClass = require('Module:Foundationclass')
local ClassDebug = require('Module:Debug/class')

-- ****************************************************************
-- * inheritance *
-- ****************************************************************
local $2 = FoundationClass:subclass('$1')
-- setting class's configuration data
$2.static.myConfiguration = mw.loadData('Module:$1/config') -- this means, modules on subpages have a / in their names
-- being in a static method, use self.myConfiguration
-- being in a private method, that knows self or in a public method, use self.class.myConfiguration

-- ****************************************************************
-- * properties *
-- ****************************************************************

-- **************** initialization of table for private properties
local _private = setmetatable({}, {__mode = 'k'}) -- weak table storing all private attributes

-- **************** declaration of public static properties
-- $2.static.myPropertyModule = require('Module:extern')
-- $2.static.staticProperty = ' '

-- remember the static classes provided by Foundationclass:
-- $2.globalConfig
-- $2.myCargoUtil
-- $2.mySmwUtil
-- $2.myTableTools
-- $2.myYesno

-- **************** declaration of (global) private properties
-- for properties you should rather use constructor and _private[self]. this only, if you need a private class property
-- you should, however predeclare private methods here
local _debug -- private method declared later
local _privateMethodAhead -- declaration ahead, so this private method can be used in the constructor and in other private methods

-- ***************************************************************
-- * methods *
-- ***************************************************************

-- **************** declaration of static methods
function $2:initialize(uid, superhandler)
local _CFG = self.class.myConfiguration
FoundationClass.initialize(self, uid, superhandler)
_private[self] = {
dbg = ClassDebug:new(tostring(self.class) .. ': id ' .. uid),
}
_debug(self, 1, ' $2: done initializing object "' .. uid ..'", from ' .. tostring(self))
end

-- use use self.myConfiguration to access your configuration in a static method
function $2.static:aStaticMethod(var)
_debug(self, 1, 'entering $2.static:aStaticMethod() to do something, from ' .. tostring(self))
end

function $2.static:mySfDynamicFieldAttribute(fieldname, attribute, value)
_debug(self, 1, 'entering $2.static:mySfDynamicFieldAttribute(fieldname, attribute, value), from ' .. tostring(self))
_debug(self, 2, ' with parameters "' .. fieldname .. '", "' .. attribute .. '" and a ' .. type(value) .. ' value')
-- function that can process any attribute/value pair just before rendering the semantic forms field
-- usually done, to generate a dynamic 'default' value
-- keep in mind: you can completely disable a form field, if you return true on attribute "disable".
-- however, this causes the parameter to not show at all, neither in the form, nor in processing
local val = value
if fieldname == 'this' and attribute == 'that' then
val = 'whatever ' .. val
end
return val -- this value will be used as new value for field's attribute
end

-- **************** declaration of private methods
-- use self.class.myConfiguration to access your configuration in a public or a private method that is called by a public method
_debug = function (self, level, text)
if _private[self] and _private[self].dbg then
local debugLevel = FoundationClass.globalConfig.debugLevel or self.class.myConfiguration.global.debugLevel
if debugLevel and level <= debugLevel then
_private[self].dbg:log(level, text)
end
else
local debugLevel = FoundationClass.globalConfig.debugLevel or self.myConfiguration.global.debugLevel
if debugLevel and level <= debugLevel then
ClassDebug:log(level, text, tostring(self) .. '.static')
end
end
end

local _privateMethod = function (self)
_debug(self, 1, 'entering private _privateMethod() to do something, from ' .. tostring(self))
end

-- **************** declaration of public methods
-- use self.class.myConfiguration to access your configuration in a public method
function $2:addInfobox()
_debug(self, 1, 'entering $2:addInfobox(), from ' .. tostring(self))
if self:goodToGo() then
local _CFG = self.class.myConfiguration
local coreData = self:getCoreData()
local ib_args = {
bodyclass = 'infobox_name',
aboveclass = 'objtitle titletext',
headerclass = 'headertext',
labelstyle = 'width: 30%;',
datastyle = 'width: 70%;',
title = self:getUid(),
subheader = nil,
label1 = _CFG.parameter.name.label,
data1 = coreData.name and coreData.name or nil,
header1 = nil,
}
self:addOutput(require('Module:Infobox').infobox(ib_args))
return true
end
return false
end

function $2:addPageBody()
_debug(self, 1, 'entering $2:addPageBody(), from ' .. tostring(self))
_debug(self, 2, ' rendering errors and warnings and adding them to output')
local frame = mw.getCurrentFrame()
self:addOutput(self:renderErrors())
self:addOutput(self:renderWarnings())
if self:goodToGo() then
self:addOutput('No output yet')
return true
end
return false
end

function $2:myArgumentProcessing(coreData)
_debug(self, 1, 'entering $2:myArgumentProcessing(args) to process coreData, from ' .. tostring(self))
-- function that performs some individual transformation args --> coreData
-- remember: you can add warnings to your output with self:addWarning(warning). the page, however, will not be put in any gardening category. for that, use self:addError()
-- hint: for conversion bool values, this is useful: FoundationClass.myYesno
local coreData = coreData
return coreData -- this is your new coreData.
end

function $2:myDataAdjustments(data)
_debug(self, 1, 'entering $2:myDataAdjustments(data) to convert data from data store into data suitable for argument processing, from ' .. tostring(self))
-- function that performs some individual transformation datastore data into argument data
-- keep in mind, when using smw data store, that data is indexed by parameter names, not properties
-- hint: for conversion bool values, this is useful: FoundationClass.myYesno
local data = data
return data -- this is your new data table, being passed on to initFromArgs and subsequently to plausibility testing
end

function $2:myPlausibilityTest(args)
_debug(self, 1, 'entering $2:myPlausibilityTest(args) to test arguments, from ' .. tostring(self))
-- function that performs the individual plausibility tests
-- note: before you access a field args.fieldname you should check for existance
-- use self:addError(text); this also puts the page in its class's gardening category
return false -- return value will be ignored. but if you add any error, the object's initialization will fail with the error
end

function $2:myStashAdjustments(stash, storeType)
_debug(self, 1, 'entering $2:myStashAdjustments(stash) to do some minor adjustments on data before storing, from ' .. tostring(self))
-- function that alters the stash before storing the data. if necessary, you can complate skip storing this stash, if you return false or the empty table {}
-- storeType is the actual method of storage for this call. either 'cargo', or 'smw'
-- hint: for conversion bool values, this is useful: FoundationClass.myYesno
local stash = stash
return stash -- this is your new stash. this will be stored. it has format (fieldname: value)
end

function $2:method()
_debug(self, 1, 'entering $2:method() to do something, from ' .. tostring(self))
return true
end

return $2

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imported>Oetterer am 21. März 2016 um 07:40 Uhr