Replace spaces with tabs for Lua, and more (#399)

Convert code indents to tabs to be consistent with the rest of the
JavaScript code.  This commits covers all of the lua code, some of the
hand written JSON code and the lone HTML and CSS files that were not
using tabs.
This commit is contained in:
Hornwitser authored and GitHub committed 2021-07-13 17:18:44 +02:00
1 parent dbe01c6c23
commit dbe623c9a7
18 files changed
+673 -673

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+2 -2
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@@ -224,9 +224,9 @@ JavaScript template literals may also be used where appropriate.
### Indenting
JavaScript code should be indented with tabs.
JavaScript and Lua code should be indented with tabs.
Lua code should be indented with 4 spaces.
Other files types should prefer tabs for indents where reasonable with the exception of Markdown.
### Line Length
+21 -21
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@@ -1,23 +1,23 @@
{
"plugins": [
"plugins/markdown"
],
"tags": {
"allowUnknownTags": false
},
"opts": {
"destination": "docs/api",
"recurse": true
},
"source": {
"include": [
"packages/master/src/",
"packages/master/master.js",
"packages/slave/slave.js",
"packages/ctl/ctl.js",
"packages/lib/",
"plugins/"
],
"excludePattern": "node_modules"
}
"plugins": [
"plugins/markdown"
],
"tags": {
"allowUnknownTags": false
},
"opts": {
"destination": "docs/api",
"recurse": true
},
"source": {
"include": [
"packages/master/src/",
"packages/master/master.js",
"packages/slave/slave.js",
"packages/ctl/ctl.js",
"packages/lib/",
"plugins/"
],
"excludePattern": "node_modules"
}
}
+14 -14
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@@ -1,17 +1,17 @@
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="utf-8" />
<meta name="viewport" content="width=device-width, initial-scale=1" />
<meta name="theme-color" content="#2a2a2a" />
<title>Clusterio</title>
<script>
window.webRoot = new URL("__WEB_ROOT__", document.location).pathname;
</script>
</head>
<body>
<noscript>You need to enable JavaScript to run this app.</noscript>
<div id="root"></div>
<script src="__WEB_ROOT__bundle.js"></script>
</body>
<head>
<meta charset="utf-8" />
<meta name="viewport" content="width=device-width, initial-scale=1" />
<meta name="theme-color" content="#2a2a2a" />
<title>Clusterio</title>
<script>
window.webRoot = new URL("__WEB_ROOT__", document.location).pathname;
</script>
</head>
<body>
<noscript>You need to enable JavaScript to run this app.</noscript>
<div id="root"></div>
<script src="__WEB_ROOT__bundle.js"></script>
</body>
</html>
+40 -40
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@@ -4,63 +4,63 @@ local api = {}
local initialized = false
function api.init()
if initialized then
return
end
initialized = true
if initialized then
return
end
initialized = true
if remote.interfaces.clusterio_api then
api.events = remote.call("clusterio_api", "get_events")
else
local null_event = script.generate_event_name()
api.events = {
on_instance_updated = null_event,
on_server_startup = null_event,
}
end
if remote.interfaces.clusterio_api then
api.events = remote.call("clusterio_api", "get_events")
else
local null_event = script.generate_event_name()
api.events = {
on_instance_updated = null_event,
on_server_startup = null_event,
}
end
end
local function call_api(fn, ...)
if remote.interfaces.clusterio_api and remote.interfaces.clusterio_api[fn] then
return remote.call("clusterio_api", fn, ...)
else
return nil
end
if remote.interfaces.clusterio_api and remote.interfaces.clusterio_api[fn] then
return remote.call("clusterio_api", fn, ...)
else
return nil
end
end
function api.get_instance_name()
return call_api("get_instance_name")
return call_api("get_instance_name")
end
function api.get_instance_id()
return call_api("get_instance_id")
return call_api("get_instance_id")
end
function api.send_json(channel, data)
if not remote.interfaces.clusterio_api then
return
end
if not remote.interfaces.clusterio_api then
return
end
-- Escape bad characters. The question mark is used for separating the
-- channel name from the payload.
channel = channel:gsub("([\x00-\x1f?\\])", function(match)
return "\\x" .. string.format("%02x", match:byte())
end)
-- Escape bad characters. The question mark is used for separating the
-- channel name from the payload.
channel = channel:gsub("([\x00-\x1f?\\])", function(match)
return "\\x" .. string.format("%02x", match:byte())
end)
data = game.table_to_json(data)
data = game.table_to_json(data)
-- If there's more than about 4kB of data users running with the Windows
-- console open will start to experience stuttering, otherwise we could
-- output about 1 MB of data at a time through stdout.
if #data < 4000 then
print("\f$ipc:" .. channel .. "?j" .. data)
else
local file_no = remote.call("clusterio_api", "get_file_no")
local file_name = "clst_" .. file_no .. ".json"
game.write_file(file_name, data, false, 0)
print("\f$ipc:" .. channel .. "?f" .. file_name)
end
-- If there's more than about 4kB of data users running with the Windows
-- console open will start to experience stuttering, otherwise we could
-- output about 1 MB of data at a time through stdout.
if #data < 4000 then
print("\f$ipc:" .. channel .. "?j" .. data)
else
local file_no = remote.call("clusterio_api", "get_file_no")
local file_name = "clst_" .. file_no .. ".json"
game.write_file(file_name, data, false, 0)
print("\f$ipc:" .. channel .. "?f" .. file_name)
end
end
+22 -22
View File
@@ -1,24 +1,24 @@
{
"name": "clusterio_lib",
"variants": [
{
"version": "0.1.0",
"factorio_version": "0.17"
},
{
"version": "0.1.1",
"factorio_version": "0.18"
},
{
"version": "0.1.2",
"factorio_version": "1.1"
}
],
"title": "Clusterio Library (Alpha)",
"author": "Clusterio Team",
"homepage": "https://github.com/clusterio/clusterio",
"description": "Library for interfacing with Clusterio. Warning: work in progress alpha.",
"additional_files": {
"serialize.lua": ["..", "..", "modules", "clusterio", "serialize.lua"]
}
"name": "clusterio_lib",
"variants": [
{
"version": "0.1.0",
"factorio_version": "0.17"
},
{
"version": "0.1.1",
"factorio_version": "0.18"
},
{
"version": "0.1.2",
"factorio_version": "1.1"
}
],
"title": "Clusterio Library (Alpha)",
"author": "Clusterio Team",
"homepage": "https://github.com/clusterio/clusterio",
"description": "Library for interfacing with Clusterio. Warning: work in progress alpha.",
"additional_files": {
"serialize.lua": ["..", "..", "modules", "clusterio", "serialize.lua"]
}
}
+3 -3
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@@ -1,8 +1,8 @@
local function send_json(channel, data)
data = game.table_to_json(data)
print("\f$ipc:" .. channel .. "?j" .. data)
data = game.table_to_json(data)
print("\f$ipc:" .. channel .. "?j" .. data)
end
script.on_init(function()
send_json("mod_list", game.active_mods)
send_json("mod_list", game.active_mods)
end)
+76 -76
View File
@@ -1,104 +1,104 @@
local item_types = {
-- Item categories
"item",
"ammo",
"capsule",
"gun",
"item-with-entity-data",
"item-with-label",
"item-with-inventory",
"blueprint-book",
"item-with-tags",
"selection-tool",
"blueprint",
"deconstruction-item",
"copy-paste-tool",
"upgrade-item",
"module",
"rail-planner",
"tool",
"armor",
"mining-tool",
"repair-tool",
-- Item categories
"item",
"ammo",
"capsule",
"gun",
"item-with-entity-data",
"item-with-label",
"item-with-inventory",
"blueprint-book",
"item-with-tags",
"selection-tool",
"blueprint",
"deconstruction-item",
"copy-paste-tool",
"upgrade-item",
"module",
"rail-planner",
"tool",
"armor",
"mining-tool",
"repair-tool",
-- Fluids
"fluid",
-- Fluids
"fluid",
}
local function is_array(t)
local count = 0
for k in pairs(t) do
if type(k) ~= "number" then
return false
end
count = count + 1
end
local count = 0
for k in pairs(t) do
if type(k) ~= "number" then
return false
end
count = count + 1
end
for i = 1, count do
if not t[i] then
return false
end
end
for i = 1, count do
if not t[i] then
return false
end
end
return count ~= 0
return count ~= 0
end
-- no game.table_to_json here :(
local function table_to_json(data)
if type(data) == "number" then
if type(data) == "number" then
if data == math.huge then return "1e500" end -- Inf is not representable in JSON, but 1e500 will overflow to it.
if data == -math.huge then return "-1e500" end
if data ~= data then return "0" end -- NaN is not representable in JSON, treat as 0 instead.
return string.format("%.17g", data)
return string.format("%.17g", data)
elseif type(data) == "string" then
data = data:gsub('([\x00-\x1f\\"])', function(match)
return "\\u00" .. string.format("%02x", match:byte())
end)
return '"' .. data .. '"'
elseif type(data) == "string" then
data = data:gsub('([\x00-\x1f\\"])', function(match)
return "\\u00" .. string.format("%02x", match:byte())
end)
return '"' .. data .. '"'
elseif data == nil then
return "null"
elseif data == nil then
return "null"
elseif data == true then
return "true"
elseif data == false then
return "false"
elseif data == true then
return "true"
elseif data == false then
return "false"
elseif type(data) == "table" then
local r
if is_array(data) then
r = {"["}
for i=1, #data do
r[#r+1] = table_to_json(data[i])
r[#r+1] = ","
end
elseif type(data) == "table" then
local r
if is_array(data) then
r = {"["}
for i=1, #data do
r[#r+1] = table_to_json(data[i])
r[#r+1] = ","
end
-- overwrite last comma, empty table is an object
r[#r] = "]"
-- overwrite last comma, empty table is an object
r[#r] = "]"
else
r = {"{"}
for k, v in pairs(data) do
r[#r+1] = table_to_json(tostring(k))
r[#r+1] = ":"
r[#r+1] = table_to_json(v)
r[#r+1] = ","
end
r[#r + (r[#r] == "," and 0 or 1)] = "}"
end
else
r = {"{"}
for k, v in pairs(data) do
r[#r+1] = table_to_json(tostring(k))
r[#r+1] = ":"
r[#r+1] = table_to_json(v)
r[#r+1] = ","
end
r[#r + (r[#r] == "," and 0 or 1)] = "}"
end
return table.concat(r)
end
return table.concat(r)
end
end
local function send_json(channel, data)
data = table_to_json(data)
print("\f$ipc:" .. channel .. "?j" .. data)
data = table_to_json(data)
print("\f$ipc:" .. channel .. "?j" .. data)
end
for _, group in ipairs(item_types) do
for _, item in pairs(data.raw[group]) do
send_json("item_export", item)
end
for _, item in pairs(data.raw[group]) do
send_json("item_export", item)
end
end
+6 -6
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@@ -1,8 +1,8 @@
{
"name": "export",
"version": "0.0.0",
"title": "Icon exporter",
"author": "Clusterio Team",
"homepage": "https://github.com/clusterio/clusterio",
"description": "Exports item prototypes on stdout during the data stage."
"name": "export",
"version": "0.0.0",
"title": "Icon exporter",
"author": "Clusterio Team",
"homepage": "https://github.com/clusterio/clusterio",
"description": "Exports item prototypes on stdout during the data stage."
}
+21 -21
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@@ -3,39 +3,39 @@ local api = {}
api.events = {
on_instance_updated = script.generate_event_name(),
on_server_startup = script.generate_event_name(),
on_instance_updated = script.generate_event_name(),
on_server_startup = script.generate_event_name(),
}
function api.get_instance_name()
return global.clusterio.instance_name
return global.clusterio.instance_name
end
function api.get_instance_id()
return global.clusterio.instance_id
return global.clusterio.instance_id
end
function api.send_json(channel, data)
-- Escape bad characters. The question mark is used for separating the
-- channel name from the payload.
channel = channel:gsub("([\x00-\x1f?\\])", function(match)
return "\\x" .. string.format("%02x", match:byte())
end)
-- Escape bad characters. The question mark is used for separating the
-- channel name from the payload.
channel = channel:gsub("([\x00-\x1f?\\])", function(match)
return "\\x" .. string.format("%02x", match:byte())
end)
data = game.table_to_json(data)
data = game.table_to_json(data)
-- If there's more than about 4kB of data users running with the Windows
-- console open will start to experience stuttering, otherwise we could
-- output about 1 MB of data at a time through stdout.
if #data < 4000 then
print("\f$ipc:" .. channel .. "?j" .. data)
else
global.clusterio_file_no = (global.clusterio_file_no or 0) + 1
local file_name = "clst_" .. global.clusterio_file_no .. ".json"
game.write_file(file_name, data, false, 0)
print("\f$ipc:" .. channel .. "?f" .. file_name)
end
-- If there's more than about 4kB of data users running with the Windows
-- console open will start to experience stuttering, otherwise we could
-- output about 1 MB of data at a time through stdout.
if #data < 4000 then
print("\f$ipc:" .. channel .. "?j" .. data)
else
global.clusterio_file_no = (global.clusterio_file_no or 0) + 1
local file_name = "clst_" .. global.clusterio_file_no .. ".json"
game.write_file(file_name, data, false, 0)
print("\f$ipc:" .. channel .. "?f" .. file_name)
end
end
+36 -36
View File
@@ -5,69 +5,69 @@ local impl = {}
impl.events = {}
impl.events[defines.events.on_tick] = function()
if global.clusterio_patch_number ~= clusterio_patch_number then
global.clusterio_patch_number = clusterio_patch_number
script.raise_event(api.events.on_server_startup, {})
end
if global.clusterio_patch_number ~= clusterio_patch_number then
global.clusterio_patch_number = clusterio_patch_number
script.raise_event(api.events.on_server_startup, {})
end
end
impl.events[api.events.on_server_startup] = function()
if not global.clusterio then
global.clusterio = {
instance_id = nil,
instance_name = nil,
}
end
if not global.clusterio then
global.clusterio = {
instance_id = nil,
instance_name = nil,
}
end
-- Replay will just desync after the save is patched
game.disable_replay()
-- Replay will just desync after the save is patched
game.disable_replay()
end
impl.events[defines.events.on_player_joined_game] = function(event)
local player = game.players[event.player_index]
api.send_json("player_event", { type = "join", name = player.name })
local player = game.players[event.player_index]
api.send_json("player_event", { type = "join", name = player.name })
end
impl.events[defines.events.on_player_left_game] = function(event)
local player = game.players[event.player_index]
api.send_json("player_event", { type = "leave", name = player.name })
local player = game.players[event.player_index]
api.send_json("player_event", { type = "leave", name = player.name })
end
-- Internal API
clusterio_private = {}
function clusterio_private.update_instance(new_id, new_name)
global.clusterio.instance_id = new_id
global.clusterio.instance_name = new_name
script.raise_event(api.events.on_instance_updated, {
instance_id = new_id,
instance_name = new_name,
})
global.clusterio.instance_id = new_id
global.clusterio.instance_name = new_name
script.raise_event(api.events.on_instance_updated, {
instance_id = new_id,
instance_name = new_name,
})
end
-- This is not part of the add_remote_interface callback to ensure it is
-- available when the clusterio_lib mod is loaded. The reason this is
-- available when the clusterio_lib mod is loaded. The reason this is
-- neccessary is that on_init for newly added mods happen before on_load
-- for existing mods, and the add_remote_interface callback is done in
-- on_load. See https://forums.factorio.com/viewtopic.php?f=25&t=81552 for
-- more details.
remote.add_interface('clusterio_api', {
get_events = function()
return api.events
end,
get_events = function()
return api.events
end,
get_instance_id = function()
return global.clusterio.instance_id
end,
get_instance_id = function()
return global.clusterio.instance_id
end,
get_instance_name = function()
return global.clusterio.instance_name
end,
get_instance_name = function()
return global.clusterio.instance_name
end,
get_file_no = function()
global.clusterio_file_no = (global.clusterio_file_no or 0) + 1
return global.clusterio_file_no
end,
get_file_no = function()
global.clusterio_file_no = (global.clusterio_file_no or 0) + 1
return global.clusterio_file_no
end,
})
+4 -4
View File
@@ -1,6 +1,6 @@
{
"name": "clusterio",
"version": "0.0.0",
"dependencies": {},
"load": ["impl.lua"]
"name": "clusterio",
"version": "0.0.0",
"dependencies": {},
"load": ["impl.lua"]
}
+237 -237
View File
@@ -3,38 +3,38 @@
local serialize = {}
local function version_to_table(version)
local t = {}
for p in string.gmatch(version, "%d+") do
t[#t + 1] = tonumber(p)
end
return t
local t = {}
for p in string.gmatch(version, "%d+") do
t[#t + 1] = tonumber(p)
end
return t
end
-- 0.17 compatibility
local supports_bar, get_bar, has_bar, version
if (pcall(function() local mods = script.active_mods end)) then
supports_bar = "supports_bar"
get_bar = "get_bar"
set_bar = "set_bar"
version = version_to_table(script.active_mods.base)
supports_bar = "supports_bar"
get_bar = "get_bar"
set_bar = "set_bar"
version = version_to_table(script.active_mods.base)
else
supports_bar = "hasbar"
get_bar = "getbar"
set_bar = "setbar"
version = version_to_table("0.17.69")
supports_bar = "hasbar"
get_bar = "getbar"
set_bar = "setbar"
version = version_to_table("0.17.69")
end
-- returns true if the game version is greater than or equal to the given version
local function version_ge(comp)
comp = version_to_table(comp)
for i=1, 3 do
if comp[i] > version[i] then
return false
elseif comp[i] < version[i] then
return true
end
end
return true
comp = version_to_table(comp)
for i=1, 3 do
if comp[i] > version[i] then
return false
elseif comp[i] < version[i] then
return true
end
end
return true
end
local has_create_grid = version_ge("1.1.7")
@@ -42,265 +42,265 @@ local has_create_grid = version_ge("1.1.7")
-- Equipment Grids are serialized into an array of equipment entries
-- where ench entry is a table with the following fields:
-- n: name
-- p: position (array of 2 numbers corresponding to x and y)
-- s: shield (optional)
-- e: energy (optional)
-- n: name
-- p: position (array of 2 numbers corresponding to x and y)
-- s: shield (optional)
-- e: energy (optional)
-- If the equipment is a burner the following is also present:
-- i: burner inventory
-- r: result inventory
-- b: curently burning (optional)
-- f: remaining_burning_fuel (optional)
-- i: burner inventory
-- r: result inventory
-- b: curently burning (optional)
-- f: remaining_burning_fuel (optional)
function serialize.serialize_equipment_grid(grid)
local serialized = {}
local processed = {}
for y = 0, grid.height - 1 do
for x = 0, grid.width - 1 do
local equipment = grid.get({x, y})
if equipment ~= nil then
local pos = equipment.position
local combined_pos = pos.x + pos.y * grid.width + 1
if not processed[combined_pos] then
processed[combined_pos] = true
local entry = {
n = equipment.name,
p = {pos.x, pos.y},
}
if equipment.shield > 0 then entry.s = equipment.shield end
if equipment.energy > 0 then entry.e = equipment.energy end
-- TODO: Test with Industrial Revolution
if equipment.burner then
local burner = equipment.burner
entry.i = serialize.serialize_inventory(burner.inventory)
entry.r = serialize.serialize_inventory(burner.burnt_result_inventory)
if burner.curently_burning then
entry.b = {}
serialize.serialize_item_stack(burner.curently_burning, entry.b)
entry.f = burner.remaining_burning_fuel
end
end
table.insert(serialized, entry)
end
end
end
end
return serialized
local serialized = {}
local processed = {}
for y = 0, grid.height - 1 do
for x = 0, grid.width - 1 do
local equipment = grid.get({x, y})
if equipment ~= nil then
local pos = equipment.position
local combined_pos = pos.x + pos.y * grid.width + 1
if not processed[combined_pos] then
processed[combined_pos] = true
local entry = {
n = equipment.name,
p = {pos.x, pos.y},
}
if equipment.shield > 0 then entry.s = equipment.shield end
if equipment.energy > 0 then entry.e = equipment.energy end
-- TODO: Test with Industrial Revolution
if equipment.burner then
local burner = equipment.burner
entry.i = serialize.serialize_inventory(burner.inventory)
entry.r = serialize.serialize_inventory(burner.burnt_result_inventory)
if burner.curently_burning then
entry.b = {}
serialize.serialize_item_stack(burner.curently_burning, entry.b)
entry.f = burner.remaining_burning_fuel
end
end
table.insert(serialized, entry)
end
end
end
end
return serialized
end
function serialize.deserialize_equipment_grid(grid, serialized)
grid.clear()
for _, entry in ipairs(serialized) do
local equipment = grid.put({
name = entry.n,
position = entry.p,
})
if equipment then
if entry.s then equipment.shield = entry.s end
if entry.e then equipment.energy = entry.e end
if entry.i then
if entry.b then serialize.deserialize_item_stack(burner.currently_burning, entry.b) end
if entry.f then burner.remaining_burning_fuel = entry.f end
serialize.deserialize_inventory(burner.burnt_result_inventory, entry.r)
serialize.deserialize_inventory(burner.inventory, entry.i)
end
end
end
grid.clear()
for _, entry in ipairs(serialized) do
local equipment = grid.put({
name = entry.n,
position = entry.p,
})
if equipment then
if entry.s then equipment.shield = entry.s end
if entry.e then equipment.energy = entry.e end
if entry.i then
if entry.b then serialize.deserialize_item_stack(burner.currently_burning, entry.b) end
if entry.f then burner.remaining_burning_fuel = entry.f end
serialize.deserialize_inventory(burner.burnt_result_inventory, entry.r)
serialize.deserialize_inventory(burner.inventory, entry.i)
end
end
end
end
-- Item stacks are serialized into a table with the following fields:
-- n: name
-- c: count
-- h: health (optional)
-- d: durability (optional)
-- a: ammo count (optional)
-- l: label (optional)
-- g: equipment grid (optional)
-- i: item inventory (optional)
-- n: name
-- c: count
-- h: health (optional)
-- d: durability (optional)
-- a: ammo count (optional)
-- l: label (optional)
-- g: equipment grid (optional)
-- i: item inventory (optional)
-- If the item stack is exportable it has the following property instead
-- e: export string
-- e: export string
-- Label is a table with the following fields:
-- t: label text (optional)
-- c: color (optional)
-- a: allow manual label change
-- t: label text (optional)
-- c: color (optional)
-- a: allow manual label change
function serialize.serialize_item_stack(slot, entry)
if
slot.is_blueprint
or slot.is_blueprint_book
or slot.is_upgrade_item
or slot.is_deconstruction_item
or slot.is_item_with_tags
then
local call_success, call_return = pcall(slot.export_stack)
if not call_success then
print("Error: '" .. call_return .. "' thrown exporting '" .. slot.name .. "'")
else
entry.e = call_return
end
if
slot.is_blueprint
or slot.is_blueprint_book
or slot.is_upgrade_item
or slot.is_deconstruction_item
or slot.is_item_with_tags
then
local call_success, call_return = pcall(slot.export_stack)
if not call_success then
print("Error: '" .. call_return .. "' thrown exporting '" .. slot.name .. "'")
else
entry.e = call_return
end
return
end
return
end
entry.n = slot.name
entry.c = slot.count
if slot.health < 1 then entry.h = slot.health end
if slot.durability then entry.d = slot.durability end
if slot.type == "ammo" then entry.a = slot.ammo end
if slot.is_item_with_label then
local label = {}
if slot.label then label.t = slot.label end
if slot.label_color then label.c = slot.label_color end
label.a = slot.allow_manual_label_change
entry.l = label
end
entry.n = slot.name
entry.c = slot.count
if slot.health < 1 then entry.h = slot.health end
if slot.durability then entry.d = slot.durability end
if slot.type == "ammo" then entry.a = slot.ammo end
if slot.is_item_with_label then
local label = {}
if slot.label then label.t = slot.label end
if slot.label_color then label.c = slot.label_color end
label.a = slot.allow_manual_label_change
entry.l = label
end
if slot.grid then
entry.g = serialize.serialize_equipment_grid(slot.grid)
end
if slot.grid then
entry.g = serialize.serialize_equipment_grid(slot.grid)
end
if slot.is_item_with_inventory then
local sub_inventory = slot.get_inventory(defines.inventory.item_main)
entry.i = serialize.serialize_inventory(sub_inventory)
end
if slot.is_item_with_inventory then
local sub_inventory = slot.get_inventory(defines.inventory.item_main)
entry.i = serialize.serialize_inventory(sub_inventory)
end
end
function serialize.deserialize_item_stack(slot, entry)
if entry.e then
local success = slot.import_stack(entry.e)
if success == 1 then
print("Error: import of '" .. entry.e .. "' succeeded with errors")
elseif success == -1 then
print("Error: import of '" .. entry.e .. "' failed")
end
if entry.e then
local success = slot.import_stack(entry.e)
if success == 1 then
print("Error: import of '" .. entry.e .. "' succeeded with errors")
elseif success == -1 then
print("Error: import of '" .. entry.e .. "' failed")
end
return
end
return
end
local item_stack = {
name = entry.n,
count = entry.c,
}
if entry.h then item_stack.health = entry.h end
if entry.d then item_stack.durability = entry.d end
if entry.a then item_stack.ammo = entry.a end
local item_stack = {
name = entry.n,
count = entry.c,
}
if entry.h then item_stack.health = entry.h end
if entry.d then item_stack.durability = entry.d end
if entry.a then item_stack.ammo = entry.a end
local call_success, call_return = pcall(slot.set_stack, item_stack)
if not call_success then
print("Error: '" .. call_return .. "' thrown setting stack ".. serpent.line(entry))
local call_success, call_return = pcall(slot.set_stack, item_stack)
if not call_success then
print("Error: '" .. call_return .. "' thrown setting stack ".. serpent.line(entry))
elseif not call_return then
print("Error: Failed to set stack " .. serpent.line(entry))
elseif not call_return then
print("Error: Failed to set stack " .. serpent.line(entry))
else
if entry.l then
-- TODO test this with AAI's unit-remote-control
local label = entry.l
if label.t then slot.label = label.t end
if label.c then slot.label_color = label.c end
slot.allow_manual_label_change = label.a
end
if entry.g then
if slot.grid then
serialize.deserialize_equipment_grid(slot.grid, entry.g)
elseif slot.type == "item-with-entity-data" and has_create_grid then
slot.create_grid()
serialize.deserialize_equipment_grid(slot.grid, entry.g)
else
print("Error: Attempt to deserialize equipment grid on an unsupported entity")
end
end
if entry.i then
local sub_inventory = slot.get_inventory(defines.inventory.item_main)
serialize.deserialize_inventory(sub_inventory, entry.i)
end
end
else
if entry.l then
-- TODO test this with AAI's unit-remote-control
local label = entry.l
if label.t then slot.label = label.t end
if label.c then slot.label_color = label.c end
slot.allow_manual_label_change = label.a
end
if entry.g then
if slot.grid then
serialize.deserialize_equipment_grid(slot.grid, entry.g)
elseif slot.type == "item-with-entity-data" and has_create_grid then
slot.create_grid()
serialize.deserialize_equipment_grid(slot.grid, entry.g)
else
print("Error: Attempt to deserialize equipment grid on an unsupported entity")
end
end
if entry.i then
local sub_inventory = slot.get_inventory(defines.inventory.item_main)
serialize.deserialize_inventory(sub_inventory, entry.i)
end
end
end
-- Inventories are serialized into a table with the following fields:
-- i: array of item stack or exportable item entries
-- b: bar position (optional)
-- i: array of item stack or exportable item entries
-- b: bar position (optional)
-- Each item entry has the following fields
-- s: index (optional, equals to previous plus one if not present)
-- r: repeat count (optional)
-- f: slot filter (optional)
-- s: index (optional, equals to previous plus one if not present)
-- r: repeat count (optional)
-- f: slot filter (optional)
-- Pluss all the fields for item stacks (see deserialize_item_stack)
-- It's also possible that the slot is empty but has a slot filter.
function serialize.serialize_inventory(inventory)
local serialized = {}
if inventory[supports_bar]() and inventory[get_bar]() <= #inventory then
serialized.b = inventory[get_bar]()
end
local serialized = {}
if inventory[supports_bar]() and inventory[get_bar]() <= #inventory then
serialized.b = inventory[get_bar]()
end
serialized.i = {}
local previous_index = 0
local previous_serialized = nil
for i = 1, #inventory do
local item = {}
local slot = inventory[i]
if inventory.supports_filters() then
item.f = inventory.get_filter(i)
end
serialized.i = {}
local previous_index = 0
local previous_serialized = nil
for i = 1, #inventory do
local item = {}
local slot = inventory[i]
if inventory.supports_filters() then
item.f = inventory.get_filter(i)
end
if slot.valid_for_read then
serialize.serialize_item_stack(slot, item)
end
if slot.valid_for_read then
serialize.serialize_item_stack(slot, item)
end
if item.n or item.f or item.e then
local item_serialized = game.table_to_json(item)
if item_serialized == previous_serialized then
local previous_item = serialized.i[#serialized.i]
previous_item.r = (previous_item.r or 0) + 1
previous_index = i
if item.n or item.f or item.e then
local item_serialized = game.table_to_json(item)
if item_serialized == previous_serialized then
local previous_item = serialized.i[#serialized.i]
previous_item.r = (previous_item.r or 0) + 1
previous_index = i
else
if i ~= previous_index + 1 then
item.s = i
end
else
if i ~= previous_index + 1 then
item.s = i
end
previous_index = i
previous_serialized = item_serialized
table.insert(serialized.i, item)
end
previous_index = i
previous_serialized = item_serialized
table.insert(serialized.i, item)
end
else
-- Either an empty slot or serilization failed
previous_index = 0
previous_serialized = nil
end
end
else
-- Either an empty slot or serilization failed
previous_index = 0
previous_serialized = nil
end
end
return serialized
return serialized
end
function serialize.deserialize_inventory(inventory, serialized)
if serialized.b and inventory[supports_bar]() then
inventory[set_bar](serialized.b)
end
if serialized.b and inventory[supports_bar]() then
inventory[set_bar](serialized.b)
end
local last_slot_index = 0
for _, entry in ipairs(serialized.i) do
local base_index = entry.s or last_slot_index + 1
local last_slot_index = 0
for _, entry in ipairs(serialized.i) do
local base_index = entry.s or last_slot_index + 1
local repeat_count = entry.r or 0
for offset = 0, repeat_count do
-- XXX what if the inventory is smaller on this instance?
local index = base_index + offset
local slot = inventory[index]
if entry.f then
local call_success, call_return = pcall(inventory.set_filter, index, entry.f)
if not call_success then
print("Error: '" .. call_return .. "' thrown setting filter " .. entry.f)
local repeat_count = entry.r or 0
for offset = 0, repeat_count do
-- XXX what if the inventory is smaller on this instance?
local index = base_index + offset
local slot = inventory[index]
if entry.f then
local call_success, call_return = pcall(inventory.set_filter, index, entry.f)
if not call_success then
print("Error: '" .. call_return .. "' thrown setting filter " .. entry.f)
elseif not call_return then
print("Error: Failed to set filter " .. entry.f)
end
end
elseif not call_return then
print("Error: Failed to set filter " .. entry.f)
end
end
if entry.n or entry.e then
serialize.deserialize_item_stack(slot, entry)
end
end
last_slot_index = base_index + repeat_count
end
if entry.n or entry.e then
serialize.deserialize_item_stack(slot, entry)
end
end
last_slot_index = base_index + repeat_count
end
end
+2 -2
View File
@@ -1,4 +1,4 @@
{
"name": "player_auth",
"load": ["auth.lua"]
"name": "player_auth",
"load": ["auth.lua"]
}
+2 -2
View File
@@ -1,4 +1,4 @@
{
"name": "research_sync",
"load": ["sync.lua"]
"name": "research_sync",
"load": ["sync.lua"]
}
+156 -156
View File
@@ -4,216 +4,216 @@ local sync = {}
local function get_technology_progress(tech)
if tech == tech.force.current_research then
return tech.force.research_progress
else
return tech.force.get_saved_technology_progress(tech.name)
end
if tech == tech.force.current_research then
return tech.force.research_progress
else
return tech.force.get_saved_technology_progress(tech.name)
end
end
local function set_technology_progress(tech, progress)
if tech == tech.force.current_research then
tech.force.research_progress = progress
else
tech.force.set_saved_technology_progress(tech.name, progress)
end
if tech == tech.force.current_research then
tech.force.research_progress = progress
else
tech.force.set_saved_technology_progress(tech.name, progress)
end
end
sync.events = {}
sync.events[clusterio_api.events.on_server_startup] = function(event)
if not global.research_sync then
global.research_sync = {
technologies = {},
}
end
if not global.research_sync then
global.research_sync = {
technologies = {},
}
end
-- Used when syncing completed technologies from the master
global.research_sync.ignore_research_finished = false
-- Used when syncing completed technologies from the master
global.research_sync.ignore_research_finished = false
local force = game.forces["player"]
for _, tech in pairs(force.technologies) do
if tech.enabled then
local progress = get_technology_progress(tech)
global.research_sync.technologies[tech.name] = {
level = tech.level,
researched = tech.researched,
progress = progress,
}
end
end
local force = game.forces["player"]
for _, tech in pairs(force.technologies) do
if tech.enabled then
local progress = get_technology_progress(tech)
global.research_sync.technologies[tech.name] = {
level = tech.level,
researched = tech.researched,
progress = progress,
}
end
end
end
local function get_contribution(tech)
local progress = get_technology_progress(tech)
if not progress then
return 0, nil
end
local progress = get_technology_progress(tech)
if not progress then
return 0, nil
end
local prev_tech = global.research_sync.technologies[tech.name]
if prev_tech.progress and prev_tech.level == tech.level then
return progress - prev_tech.progress, progress
else
return progress, progress
end
local prev_tech = global.research_sync.technologies[tech.name]
if prev_tech.progress and prev_tech.level == tech.level then
return progress - prev_tech.progress, progress
else
return progress, progress
end
end
local function send_contribution(tech)
local contribution, progress = get_contribution(tech)
if contribution ~= 0 then
clusterio_api.send_json("research_sync:contribution", {
name = tech.name,
level = tech.level,
contribution = contribution,
})
global.research_sync.technologies[tech.name].progress = progress
end
local contribution, progress = get_contribution(tech)
if contribution ~= 0 then
clusterio_api.send_json("research_sync:contribution", {
name = tech.name,
level = tech.level,
contribution = contribution,
})
global.research_sync.technologies[tech.name].progress = progress
end
end
sync.events[defines.events.on_research_started] = function(event)
local tech = event.last_research
if tech then
send_contribution(tech)
end
local tech = event.last_research
if tech then
send_contribution(tech)
end
end
sync.events[defines.events.on_research_finished] = function(event)
if global.research_sync.ignore_research_finished then
return
end
if global.research_sync.ignore_research_finished then
return
end
local tech = event.research
global.research_sync.technologies[tech.name] = {
level = tech.level,
researched = tech.researched,
}
local tech = event.research
global.research_sync.technologies[tech.name] = {
level = tech.level,
researched = tech.researched,
}
local level = tech.level
if not tech.researched then
level = level - 1
end
local level = tech.level
if not tech.researched then
level = level - 1
end
clusterio_api.send_json("research_sync:finished", {
name = tech.name,
level = level,
})
clusterio_api.send_json("research_sync:finished", {
name = tech.name,
level = level,
})
end
sync.on_nth_tick = {}
sync.on_nth_tick[79] = function(event)
local tech = game.forces["player"].current_research
if tech then
send_contribution(tech)
end
local tech = game.forces["player"].current_research
if tech then
send_contribution(tech)
end
end
research_sync = {}
function research_sync.dump_technologies()
local force = game.forces["player"]
local force = game.forces["player"]
local techs = {}
for _, tech in pairs(force.technologies) do
if tech.enabled then
table.insert(techs, {
name = tech.name,
level = tech.level,
progress = get_technology_progress(tech),
researched = tech.researched,
})
end
end
local techs = {}
for _, tech in pairs(force.technologies) do
if tech.enabled then
table.insert(techs, {
name = tech.name,
level = tech.level,
progress = get_technology_progress(tech),
researched = tech.researched,
})
end
end
if #techs == 0 then
rcon.print("[]")
else
rcon.print(game.table_to_json(techs))
end
if #techs == 0 then
rcon.print("[]")
else
rcon.print(game.table_to_json(techs))
end
end
function research_sync.sync_technologies(data)
local force = game.forces["player"]
local force = game.forces["player"]
local nameIndex = 1
local levelIndex = 2
local progressIndex = 3
local researchedIndex = 4
local nameIndex = 1
local levelIndex = 2
local progressIndex = 3
local researchedIndex = 4
global.research_sync.ignore_research_finished = true
for _, tech_data in pairs(game.json_to_table(data)) do
local tech = force.technologies[tech_data[nameIndex]]
if tech and tech.enabled and tech.level <= tech_data[levelIndex] then
tech.level = math.min(tech_data[levelIndex], tech.prototype.max_level)
global.research_sync.ignore_research_finished = true
for _, tech_data in pairs(game.json_to_table(data)) do
local tech = force.technologies[tech_data[nameIndex]]
if tech and tech.enabled and tech.level <= tech_data[levelIndex] then
tech.level = math.min(tech_data[levelIndex], tech.prototype.max_level)
local progress
if tech_data[researchedIndex] then
tech.researched = true
progress = nil
elseif tech_data[progressIndex] then
send_contribution(tech)
progress = tech_data[progressIndex]
set_technology_progress(tech, progress)
else
progress = get_technology_progress(tech)
end
local progress
if tech_data[researchedIndex] then
tech.researched = true
progress = nil
elseif tech_data[progressIndex] then
send_contribution(tech)
progress = tech_data[progressIndex]
set_technology_progress(tech, progress)
else
progress = get_technology_progress(tech)
end
global.research_sync.technologies[tech.name] = {
level = tech.level,
researched = tech.researched,
progress = progress,
}
end
end
global.research_sync.ignore_research_finished = false
global.research_sync.technologies[tech.name] = {
level = tech.level,
researched = tech.researched,
progress = progress,
}
end
end
global.research_sync.ignore_research_finished = false
end
function research_sync.update_progress(data)
local techs = game.json_to_table(data)
local force = game.forces["player"]
local techs = game.json_to_table(data)
local force = game.forces["player"]
for _, masterTech in ipairs(techs) do
local tech = force.technologies[masterTech.name]
if tech and tech.enabled and tech.level == masterTech.level then
send_contribution(tech)
set_technology_progress(tech, masterTech.progress)
global.research_sync.technologies[tech.name] = {
level = tech.level,
progress = masterTech.progress
}
end
end
for _, masterTech in ipairs(techs) do
local tech = force.technologies[masterTech.name]
if tech and tech.enabled and tech.level == masterTech.level then
send_contribution(tech)
set_technology_progress(tech, masterTech.progress)
global.research_sync.technologies[tech.name] = {
level = tech.level,
progress = masterTech.progress
}
end
end
end
function research_sync.research_technology(name, level)
local force = game.forces["player"]
local tech = force.technologies[name]
if not tech or not tech.enabled or tech.level > level then
return
end
local force = game.forces["player"]
local tech = force.technologies[name]
if not tech or not tech.enabled or tech.level > level then
return
end
if level > tech.prototype.max_level then
level = tech.prototype.max_level
end
if level > tech.prototype.max_level then
level = tech.prototype.max_level
end
global.research_sync.ignore_research_finished = true
if tech == force.current_research and tech.level == level then
force.research_progress = 1
global.research_sync.ignore_research_finished = true
if tech == force.current_research and tech.level == level then
force.research_progress = 1
elseif tech.level < level or tech.level == level and not tech.researched then
tech.level = level
tech.researched = true
elseif tech.level < level or tech.level == level and not tech.researched then
tech.level = level
tech.researched = true
if tech.name:find("-%d+$") then
game.print {"", "Researched ", {"technology-name." .. tech.name:gsub("-%d+$", "")}, " ", level}
else
game.print {"", "Researched ", {"technology-name." .. tech.name}}
end
game.play_sound { path = "utility/research_completed" }
end
global.research_sync.ignore_research_finished = false
if tech.name:find("-%d+$") then
game.print {"", "Researched ", {"technology-name." .. tech.name:gsub("-%d+$", "")}, " ", level}
else
game.print {"", "Researched ", {"technology-name." .. tech.name}}
end
game.play_sound { path = "utility/research_completed" }
end
global.research_sync.ignore_research_finished = false
global.research_sync.technologies[tech.name] = {
level = tech.level,
researched = tech.researched,
}
global.research_sync.technologies[tech.name] = {
level = tech.level,
researched = tech.researched,
}
end
+26 -26
View File
@@ -1,34 +1,34 @@
local statistics = {
"item_production_statistics",
"fluid_production_statistics",
"kill_count_statistics",
"entity_build_count_statistics",
"item_production_statistics",
"fluid_production_statistics",
"kill_count_statistics",
"entity_build_count_statistics",
}
statistics_exporter = {}
function statistics_exporter.export()
local stats = {
game_tick = game.tick,
player_count = #game.connected_players,
game_flow_statistics = {
pollution_statistics = {
input = game.pollution_statistics.input_counts,
output = game.pollution_statistics.output_counts,
},
},
force_flow_statistics = {}
}
for _, force in pairs(game.forces) do
local flow_statistics = {}
for _, statName in pairs(statistics) do
flow_statistics[statName] = {
input = force[statName].input_counts,
output = force[statName].output_counts,
}
end
stats.force_flow_statistics[force.name] = flow_statistics
end
local stats = {
game_tick = game.tick,
player_count = #game.connected_players,
game_flow_statistics = {
pollution_statistics = {
input = game.pollution_statistics.input_counts,
output = game.pollution_statistics.output_counts,
},
},
force_flow_statistics = {}
}
for _, force in pairs(game.forces) do
local flow_statistics = {}
for _, statName in pairs(statistics) do
flow_statistics[statName] = {
input = force[statName].input_counts,
output = force[statName].output_counts,
}
end
stats.force_flow_statistics[force.name] = flow_statistics
end
rcon.print(game.table_to_json(stats))
rcon.print(game.table_to_json(stats))
end
@@ -1,4 +1,4 @@
{
"name": "statistics_exporter",
"require": ["export.lua"]
"name": "statistics_exporter",
"require": ["export.lua"]
}
+3 -3
View File
@@ -1,5 +1,5 @@
.factorio-icon {
display: inline-block;
vertical-align: middle;
margin-right: 0.5em;
display: inline-block;
vertical-align: middle;
margin-right: 0.5em;
}