Module:Weapon
Jump to navigation
Jump to search
Documentation for this module may be created at Module:Weapon/doc
-- Module for handling information related to weapons
-- p for "package". This is the interface returned by the module. it starts as
-- a blank table, to which we add all of the modules functions. the module ends
-- with "return p"
local p = {}
--
-- imports
--
local cargo = mw.ext.cargo
local getArgs = require('Module:Arguments').getArgs
--
-- cargo
--
-- this is the code for managing connecting the weapons definitions to the
-- cargo database.
p.cargo = {}
-- p.cargo.weapons defines the schema of the Weapons table
-- TODO(rust dev): currently missing a few complex fields:
-- * The whole "Custom" map
-- * BonusValueA and BonusValueB
-- * statusEffects
-- * ComponentTags
-- TODO(rust dev): we can probably define a generic schema for all items and
-- reuse it for defining both weapons and equipment.
p.cargo.weapons = {
-- table defines the name of the cargo table
table = 'Weapons',
-- fields contains the schema of all of the fields of a weapon; that is, all
-- of the columns of the database table. the 'Field' element is the name of
-- the cargo field, and is the same as the key in the json object.
fields = {
category = {
-- TODO(rust dev): category is probably an enum, and we can do some
-- special handling for it.
field = 'Category',
type = 'String',
},
type = {
field = 'Type',
type = 'String',
},
weaponSubType = {
field = 'WeaponSubType',
type = 'String',
},
minRange = {
field = 'MinRange',
type = 'Integer',
},
maxRange = {
field = 'MaxRange',
type = 'Integer',
},
rangeSplit = {
field = 'RangeSplit',
-- rangeSplit is special. it stores a list of integers which represent
-- the ranges. in this case, it's comma separated.
type = 'List (,) of Integer',
-- TODO(rust dev): add code to parse RangeSplit into a native lua
-- array.
},
ammoCategory = {
field = 'AmmoCategory',
type = 'String',
},
startingAmmoCapacity = {
field = 'StartingAmmoCapacity',
type = 'Integer',
},
heatGenerated = {
field = 'HeatGenerated',
type = 'Integer',
},
damage = {
field = 'Damage',
type = 'Integer',
},
overheatedDamageMultiplier = {
field = 'OverheatedDamageMultiplier',
type = 'Integer',
},
evasiveDamageMultiplier = {
field = 'EvasiveDamageMultiplier',
type = 'Integer',
},
evasionPipsIgnored = {
field = 'EvasionPipsIgnored',
type = 'Integer',
},
damageVariance = {
field = 'DamageVariance',
type = 'Integer',
},
heatDamage = {
field = 'HeatDamage',
type = 'Integer',
},
accuracyModifier = {
field = 'AccuracyModifier',
type = 'Integer',
},
criticalChanceMultiplier = {
field = 'CriticalChanceMultiplier',
type = 'Integer',
},
aoeCapable = {
field = 'AOECapable',
type = 'Boolean',
},
indirectFireCapable = {
field = 'IndirectFireCapable',
type = 'Boolean',
},
refireModifier = {
field = 'RefireModifier',
type = 'Integer',
},
shotsWhenFire = {
field = 'ShotsWhenFired',
type = 'Integer',
},
projectilesPerShot = {
field = 'ProjectilesPerShot',
type = 'Integer',
},
attackRecoil = {
field = 'AttackRecoil',
type = 'Integer',
},
instability = {
field = 'Instability',
type = 'Integer',
},
weaponEffectID = {
field = 'WeaponEffectId',
type = 'String',
},
cost = {
field = 'Cost',
type = 'Integer',
},
rarity = {
field = 'Rarity',
type = 'Integer',
},
purchasable = {
field = 'Purchasable',
type = 'Boolean',
},
manufacturer = {
field = 'Manufacturer',
type = 'String',
},
model = {
field = 'Model',
type = 'String',
},
uiName = {
field = 'UIName',
type = 'String',
},
id = {
field = 'Id',
type = 'String',
},
name = {
field = 'Name',
type = 'String',
},
details = {
field = 'Details',
-- details is a text type. this is different from a String type because
-- a Text type is un-indexed, and meant for longer-form text.
-- TODO(rust dev): maybe this should be Wikitext? Details can have some
-- markup in them.
type = 'Text',
},
icon = {
field = 'Icon',
type = 'String',
},
componentType = {
field = 'ComponentType',
type = 'String',
},
componentSubType = {
field = 'ComponentSubType',
type = 'String',
},
prefabIdentifier = {
field = 'PrefabIdentifier',
type = 'String',
},
battleValue = {
field = 'BattleValue',
type = 'Integer',
},
inventorySize = {
field = 'InventorySize',
type = 'Integer',
},
tonnage = {
field = 'Tonnage',
-- tonnage can be in half-ton increments, so use a float
type = 'Float',
},
allowedLocations = {
field = 'AllowedLocations',
-- AllowedLocations is a comma separated list in the json, not an
-- actual array of strings. nevertheless, it will be more convenient
-- for us to treat it as a list.
-- TODO(rust dev): write code to unpack this to a native lua list.
type = 'List (,) of String',
},
disallowedLocations = {
field = 'DisallowedLocations',
type = 'List (,) of String',
},
criticalComponent = {
field = 'CriticalComponent',
type = 'Boolean',
}
}
}
-- cargo_store stores items into cargo.
-- taken from the Path of Exile wiki's Module:Cargo
function cargo_store(frame, values)
for kv, v in pairs(values) do
if type(v) == 'table' then
if #v == 0 then
values[k] = nil
else
values[k] = table.concat(v, ',')
end
elseif
type(v) == 'boolean' then
if v == true then
v = '1'
else
v = '0'
end
values[k] = v
end
end
return frame:callParserFunction('#cargo_store:', values)
end
-- cargo_declare is a function which returns another function. The return value
-- is evaluated to declare the cargo table.
--
-- this is taken in large part from the Path of Exile wiki's Item2 module.
--
-- TODO(rust dev): define this in a separate module for reuse
function cargo_declare (data)
return function (frame)
if frame == nil then
frame = mw.getCurrentFrame()
end
-- dcl_args are the arguments we will be passing to #cargo_declare
local dcl_args = {}
-- set the table name
dcl_args._table = data.table
-- for every field, we create an argument mapping the field name to its
-- type.
for k, field_data in pairs(data.fields) do
if field_data then
dcl_args[field_data.field] = field_data.type
end
end
-- call #cargo_declare to declare the table before ending the function.
frame:callParserFunction('#cargo_declare:', dcl_args)
end
end
-- to declare the weapons table, call table_weapons from a template.
p.table_weapons = cargo_declare(p.cargo.weapons)
--
-- Template:Weapon
--
--
-- weapon_full_name returns the full name of a given weapon
function weapon_full_name(tpl_args)
return string.format(
'%s %s %s',
tpl_args[p.cargo.weapons.fields.manufacturer.field],
tpl_args[p.cargo.weapons.fields.model.field],
tpl_args[p.cargo.weapons.fields.name.field]
)
end
function p.infobox (frame)
tpl_args = getArgs(frame, {
-- parentFirst tells us to prefer args from the parent page (the template
-- that calls #invoke
parentFirst = true
})
-- build the infobox
-- TODO(rust dev): this is just a test infobox, so it's not the final thing.
-- don't use tables
local weaponTable = mw.html.create('table')
weaponTable:addClass('wikitable')
weaponTable:tag('tr')
:tag('th')
:wikitext('Manufacturer')
:done()
:tag('td')
:wikitext(tpl_args[p.cargo.weapons.fields.manufacturer.field])
weaponTable:tag('tr')
:tag('th')
:wikitext('Model')
:done()
:tag('td')
:wikitext(tpl_args[p.cargo.weapons.fields.model.field])
weaponTable:tag('tr')
:tag('th')
:wikitext('Name')
:done()
:tag('td')
:wikitext(tpl_args[p.cargo.weapons.fields.name.field])
weaponTable:tag('tr')
:tag('th')
:wikitext('Category')
:done()
:tag('td')
:wikitext(tpl_args[p.cargo.weapons.fields.category.field])
weaponTable:tag('tr')
:tag('th')
:wikitext('Type')
:done()
:tag('td')
:wikitext(tpl_args[p.cargo.weapons.fields.type.field])
-- attach the weapons table. we declare the weapons table in a separate
-- template, and to use it, we need to attach it here.
-- frame:callParserFunction('#cargo_attach:', {_table = p.cargo.weapons.table})
-- store the data in cargo
-- we don't simply send in the argument verbatim. there may be options to the
-- template that we don't want to pass into the cargo_store. instead, we
-- iterate through the fields in p.cargo.weapons and look for field names
local cargo_data
for _, field in pairs(p.cargo.weapons) do
local arg = tpl_args[field.field]
if arg ~= nil then
cargo_data[field.field] = arg
end
end
cargo_store(frame, data)
return tostring(weaponTable)
end
-- return the module as we have constructed it.
return p