Updated Docs

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Cooldude2606
2020-04-01 00:01:40 +01:00
parent 95af6cfc34
commit c9534de868
115 changed files with 23355 additions and 6604 deletions

131
expcore/gui/_require.lua Normal file
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@@ -0,0 +1,131 @@
--[[-- Core Module - Gui
- Used to simplify gui creation using factory functions called element defines
@core Gui
@alias Gui
@usage-- To draw your element you only need to call the factory function
-- You are able to pass any other arguments that are used in your custom functions but the first is always the parent element
local example_button_element = example_button(parent_element)
@usage-- Making a factory function for a button with the caption "Example Button"
-- This method has all the same features as LuaGuiElement.add
local example_button =
Gui.element{
type = 'button',
caption = 'Example Button'
}
@usage-- Making a factory function for a button which is contained within a flow
-- This method is for when you still want to register event handlers but cant use the table method
local example_flow_with_button =
Gui.element(function(event_trigger,parent,...)
-- ... shows that all other arguments from the factory call are passed to this function
-- Here we are adding a flow which we will then later add a button to
local flow =
parent.add{ -- paraent is the element which is passed to the factory function
name = 'example_flow',
type = 'flow'
}
-- Now we add the button to the flow that we created earlier
local element =
flow.add{
name = event_trigger, -- event_trigger should be the name of any elements you want to trigger your event handlers
type = 'button',
caption = 'Example Button'
}
-- You must return a new element, this is so styles can be applied and returned to the caller
-- You may return any of your elements that you added, consider the context in which it will be used for which should be returned
return element
end)
@usage-- Styles can be added to any element define, simplest way mimics LuaGuiElement.style[key] = value
local example_button =
Gui.element{
type = 'button',
caption = 'Example Button',
style = 'forward_button' -- factorio styles can be applied here
}
:style{
height = 25, -- same as element.style.height = 25
width = 100 -- same as element.style.width = 25
}
@usage-- Styles can also have a custom function when the style is dynamic and depends on other factors
-- Use this method if your style is dynamic and depends on other factors
local example_button =
Gui.element{
type = 'button',
caption = 'Example Button',
style = 'forward_button' -- factorio styles can be applied here
}
:style(function(style,element,...)
-- style is the current style object for the elemenent
-- element is the element that is being changed
-- ... shows that all other arguments from the factory call are passed to this function
local player = game.players[element.player_index]
style.height = 25
style.width = 100
style.font_color = player.color
end)
@usage-- You are able to register event handlers to your elements, these can be factorio events or custom ones
-- All events are checked to be valid before raising any handlers, this means element.valid = true and player.valid = true
Gui.element{
type = 'button',
caption = 'Example Button'
}
:on_click(function(player,element,event)
-- player is the player who interacted with the element to cause the event
-- element is a refrence to the element which caused the event
-- event is a raw refrence to the event data if player and element are not enough
player.print('Clicked: '..element.name)
end)
@usage-- Example from core_defines, Gui.core_defines.hide_left_flow, called like: hide_left_flow(parent_element)
--- Button which hides the elements in the left flow, shows inside the left flow when frames are visible
-- @element hide_left_flow
local hide_left_flow =
Gui.element{
type = 'sprite-button',
sprite = 'utility/close_black',
style = 'tool_button',
tooltip = {'expcore-gui.left-button-tooltip'}
}
:style{
padding = -3,
width = 18,
height = 20
}
:on_click(function(player,_,_)
Gui.hide_left_flow(player)
end)
@usage-- Eample from defines, Gui.alignment, called like: Gui.alignment(parent, name, horizontal_align, vertical_align)
-- Notice how _ are used to blank arguments that are not needed in that context and how they line up with above
Gui.alignment =
Gui.element(function(_,parent,name,_,_)
return parent.add{
name = name or 'alignment',
type = 'flow',
}
end)
:style(function(style,_,_,horizontal_align,vertical_align)
style.padding = {1,2}
style.vertical_align = vertical_align or 'center'
style.horizontal_align = horizontal_align or 'right'
style.vertically_stretchable = style.vertical_align ~= 'center'
style.horizontally_stretchable = style.horizontal_align ~= 'center'
end)
]]
local Gui = require 'expcore.gui.prototype'
require 'expcore.gui.core_defines'
require 'expcore.gui.top_flow'
require 'expcore.gui.left_flow'
require 'expcore.gui.helper_functions'
require 'expcore.gui.defines'
return Gui

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@@ -4,7 +4,7 @@
]]
local Gui = require 'expcore.gui.prototype'
local Event = require 'utils.event' --- @dep utils.event
local Event = require 'utils.event'
--- Core Defines.
-- @section coreDefines

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@@ -4,7 +4,7 @@
]]
local Gui = require 'expcore.gui.prototype'
local mod_gui = require 'mod-gui' --- @dep mod-gui
local mod_gui = require 'mod-gui'
local hide_left_flow = Gui.core_defines.hide_left_flow.name
@@ -82,7 +82,7 @@ end
--[[-- Draw all the left elements onto the left flow, internal use only with on join
@tparam LuaPlayer player the player that you want to draw the elements for
@usage Draw all the left elements
@usage-- Draw all the left elements
Gui.draw_left_flow(player)
]]

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@@ -1,152 +1,26 @@
--[[-- Core Module - Gui
- Used to simplify gui creation using factory functions called element defines
@core Gui
@alias Gui
@usage-- To draw your element you only need to call the factory function
-- You are able to pass any other arguments that are used in your custom functions but the first is always the parent element
local example_button_element = example_button(parent_element)
@usage-- Making a factory function for a button with the caption "Example Button"
-- This method has all the same features as LuaGuiElement.add
local example_button =
Gui.element{
type = 'button',
caption = 'Example Button'
}
@usage-- Making a factory function for a button which is contained within a flow
-- This method is for when you still want to register event handlers but cant use the table method
local example_flow_with_button =
Gui.element(function(event_trigger,parent,...)
-- ... shows that all other arguments from the factory call are passed to this function
-- Here we are adding a flow which we will then later add a button to
local flow =
parent.add{ -- paraent is the element which is passed to the factory function
name = 'example_flow',
type = 'flow'
}
-- Now we add the button to the flow that we created earlier
local element =
flow.add{
name = event_trigger, -- event_trigger should be the name of any elements you want to trigger your event handlers
type = 'button',
caption = 'Example Button'
}
-- You must return a new element, this is so styles can be applied and returned to the caller
-- You may return any of your elements that you added, consider the context in which it will be used for which should be returned
return element
end)
@usage-- Styles can be added to any element define, simplest way mimics LuaGuiElement.style[key] = value
local example_button =
Gui.element{
type = 'button',
caption = 'Example Button',
style = 'forward_button' -- factorio styles can be applied here
}
:style{
height = 25, -- same as element.style.height = 25
width = 100 -- same as element.style.width = 25
}
@usage-- Styles can also have a custom function when the style is dynamic and depends on other factors
-- Use this method if your style is dynamic and depends on other factors
local example_button =
Gui.element{
type = 'button',
caption = 'Example Button',
style = 'forward_button' -- factorio styles can be applied here
}
:style(function(style,element,...)
-- style is the current style object for the elemenent
-- element is the element that is being changed
-- ... shows that all other arguments from the factory call are passed to this function
local player = game.players[element.player_index]
style.height = 25
style.width = 100
style.font_color = player.color
end)
@usage-- You are able to register event handlers to your elements, these can be factorio events or custom ones
-- All events are checked to be valid before raising any handlers, this means element.valid = true and player.valid = true
Gui.element{
type = 'button',
caption = 'Example Button'
}
:on_click(function(player,element,event)
-- player is the player who interacted with the element to cause the event
-- element is a refrence to the element which caused the event
-- event is a raw refrence to the event data if player and element are not enough
player.print('Clicked: '..element.name)
end)
@usage-- Example from core_defines, Gui.core_defines.hide_left_flow, called like: hide_left_flow(parent_element)
--- Button which hides the elements in the left flow, shows inside the left flow when frames are visible
-- @element hide_left_flow
local hide_left_flow =
Gui.element{
type = 'sprite-button',
sprite = 'utility/close_black',
style = 'tool_button',
tooltip = {'expcore-gui.left-button-tooltip'}
}
:style{
padding = -3,
width = 18,
height = 20
}
:on_click(function(player,_,_)
Gui.hide_left_flow(player)
end)
@usage-- Eample from defines, Gui.alignment, called like: Gui.alignment(parent, name, horizontal_align, vertical_align)
-- Notice how _ are used to blank arguments that are not needed in that context and how they line up with above
Gui.alignment =
Gui.element(function(_,parent,name,_,_)
return parent.add{
name = name or 'alignment',
type = 'flow',
}
end)
:style(function(style,_,_,horizontal_align,vertical_align)
style.padding = {1,2}
style.vertical_align = vertical_align or 'center'
style.horizontal_align = horizontal_align or 'right'
style.vertically_stretchable = style.vertical_align ~= 'center'
style.horizontally_stretchable = style.horizontal_align ~= 'center'
end)
@module Gui
]]
local Event = require 'utils.event' --- @dep utils.event
local Gui = {
--- The current highest uid that is being used by a define, will not increase during runtime
-- @field uid
uid = 0,
--- String indexed table used to avoid conflict with custom event names, similar to how defines.events works
-- @table events
events = {},
--- Uid indexed array that stores all the factory functions that were defined, no new values will be added during runtime
-- @table defines
defines = {},
--- An string indexed table of all the defines which are used by the core of the gui system, used for internal refrence
-- @table core_defines
core_defines = {},
--- Used to store the file names where elements were defined, this can be useful to find the uid of an element, mostly for debuging
-- @table file_paths
file_paths = {},
--- Used to store extra infomation about elements as they get defined such as the params used and event handlers registered to them
-- @table debug_info
debug_info = {},
--- The prototype used to store the functions of an element define
-- @table _prototype_element
_prototype_element = {},
--- The prototype metatable applied to new element defines
-- @table _mt_element
_mt_element = {
__call = function(self,parent,...)
local element = self._draw(self.name,parent,...)
@@ -365,50 +239,86 @@ end
--- Called when the player opens a GUI.
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_open(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_open = event_handler_factory(defines.events.on_gui_opened)
--- Called when the player closes the GUI they have open.
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_close(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_close = event_handler_factory(defines.events.on_gui_closed)
--- Called when LuaGuiElement is clicked.
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_click(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_click = event_handler_factory(defines.events.on_gui_click)
--- Called when a LuaGuiElement is confirmed, for example by pressing Enter in a textfield.
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_confirmed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_confirmed = event_handler_factory(defines.events.on_gui_confirmed)
--- Called when LuaGuiElement checked state is changed (related to checkboxes and radio buttons).
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_checked_changed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_checked_changed = event_handler_factory(defines.events.on_gui_checked_state_changed)
--- Called when LuaGuiElement element value is changed (related to choose element buttons).
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_elem_changed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_elem_changed = event_handler_factory(defines.events.on_gui_elem_changed)
--- Called when LuaGuiElement element location is changed (related to frames in player.gui.screen).
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_location_changed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_location_changed = event_handler_factory(defines.events.on_gui_location_changed)
--- Called when LuaGuiElement selected tab is changed (related to tabbed-panes).
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_tab_changed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_tab_changed = event_handler_factory(defines.events.on_gui_selected_tab_changed)
--- Called when LuaGuiElement selection state is changed (related to drop-downs and listboxes).
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_selection_changed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_selection_changed = event_handler_factory(defines.events.on_gui_selection_state_changed)
--- Called when LuaGuiElement switch state is changed (related to switches).
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_switch_changed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_switch_changed = event_handler_factory(defines.events.on_gui_switch_state_changed)
--- Called when LuaGuiElement text is changed by the player.
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_text_changed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_text_changed = event_handler_factory(defines.events.on_gui_text_changed)
--- Called when LuaGuiElement slider value is changed (related to the slider element).
-- @tparam function handler the event handler which will be called
-- @usage element_define:on_value_changed(function(event)
-- event.player.print(table.inspect(event))
--end)
Gui._prototype_element.on_value_changed = event_handler_factory(defines.events.on_gui_value_changed)
-- Module return

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@@ -1,8 +0,0 @@
local Gui = require 'expcore.gui.prototype'
require 'expcore.gui.core_defines'
require 'expcore.gui.top_flow'
require 'expcore.gui.left_flow'
require 'expcore.gui.helper_functions'
require 'expcore.gui.defines'
return Gui

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@@ -145,7 +145,7 @@ function Gui.toolbar_button(sprite,tooltip,authenticator)
end
--[[-- Styles a top flow button depending on the state given
@tparam LuaGuiElement the button element to style
@tparam LuaGuiElement button the button element to style
@tparam boolean state The state the button is in
@usage-- Sets the button to the visible style