content
stringlengths 5
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|
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-- default spacebar config
c = {}
c.paths = {}
-- Paths
c.paths.yabai = '/opt/homebrew/bin/yabai'
return c
|
function table.find (tbl, index, value)
for i, v in pairs (tbl) do
if v[index] == value then
return i;
end
end
return false;
end
local mods = {};
local mods_ordered = {};
addEventHandler ("onResourceStart", resourceRoot,
function ()
local meta = xmlLoadFile ("meta.xml");
for i, v in ipairs (xmlNodeGetChildren (meta)) do
if xmlNodeGetName(v) == "file" then
local name = xmlNodeGetAttribute (v, "name");
if name then
local dir = xmlNodeGetAttribute (v, "src");
local model = xmlNodeGetAttribute (v, "model");
local type = xmlNodeGetAttribute (v, "mod_type");
local background = xmlNodeGetAttribute (v, "background") == "true";
local file = fileOpen (dir);
local size = fileGetSize (file)/1000000;
fileClose(file);
if not table.find (mods, "name", name) then
local txd, dff;
if dir:find (".txd") then
txd = dir;
else
dff = dir;
end
local info = {name = name, size = size, model = model, type = type, background = background};
if not mods_ordered[type] then
mods_ordered[type] = {};
end
if txd then
info.txd = txd;
table.insert (mods, info);
table.insert (mods_ordered[type], info);
else
info.dff = dff;
table.insert (mods, info);
table.insert (mods_ordered[type], info);
end
else
local index = table.find (mods, "name", name);
local tbl = mods[index];
local txd, dff;
if tbl then
if dir:find (".txd") then
txd = dir;
else
dff = dir;
end
if txd then
tbl.txd = txd;
else
tbl.dff = dff;
end
tbl.size = tbl.size + size;
end
end
end
end
end
end
);
addEvent ("onClientRequestList", true);
addEventHandler ("onClientRequestList", root,
function ()
triggerLatentClientEvent (client, "onClientDownloadList", client, mods, mods_ordered);
end
);
|
-- Settings
--
-- Load filetype plugin and indent files
vim.cmd 'filetype plugin indent on'
-- Enable syntax highlighting
vim.cmd 'syntax on'
-- Enable 24-bit RGB color in the TUI
vim.opt.termguicolors = true
-- Enable the colorscheme
vim.cmd 'colorscheme onedark'
-- Access system clipboard in VIM
vim.opt.clipboard = 'unnamed'
-- Turn off search highlighting
vim.opt.hlsearch = false
-- Ignore case in search patterns (case insensitive search)
vim.opt.ignorecase = true
-- Show tab line even if only one file is open
vim.opt.showtabline = 2
-- Show cursor line
vim.wo.cursorline = true
-- Set relative number on focus and norelative number when lost focus
vim.cmd [[
let g:buffers = ["NvimTree", "toggleterm", "Trouble", "dapui_watches", "dapui_stacks", "dapui_scopes", "dapui_breakpoints"]
augroup numbertoggle
autocmd!
autocmd BufEnter,FocusGained,InsertLeave * if index(g:buffers, &ft) < 0 | set number relativenumber | endif
autocmd BufLeave,FocusLost,InsertEnter * set norelativenumber
augroup END
]]
-- Enable to leave a buffer with unsaved changes
vim.opt.hidden = true
-- Always show sign columns
vim.opt.signcolumn = 'yes'
-- If this many milliseconds nothing is typed the swap file will be written to
-- disk. Also used for the CursorHold autocommand event - used for
-- nvim-lightbuld.
vim.opt.updatetime = 300
-- Autoopen of quickfix list (etc. after vimgrep)
vim.cmd [[
augroup autoquickfix
autocmd!
autocmd QuickFixCmdPost [^l]* cwindow
autocmd QuickFixCmdPost l* lwindow
augroup END
]]
-- General file configuration
vim.opt.tabstop = 4
vim.opt.softtabstop = 4
vim.opt.shiftwidth = 4
vim.opt.autoindent = true
vim.opt.encoding = 'utf-8'
-- Keybindings
--
-- Navigation in split windows
vim.api.nvim_set_keymap('n', '<C-j>', '<C-w><C-j>', { noremap = true, silent = true })
vim.api.nvim_set_keymap('n', '<C-k>', '<C-w><C-k>', { noremap = true, silent = true })
vim.api.nvim_set_keymap('n', '<C-l>', '<C-w><C-l>', { noremap = true, silent = true })
vim.api.nvim_set_keymap('n', '<C-h>', '<C-w><C-h>', { noremap = true, silent = true })
-- Tab navigation
vim.api.nvim_set_keymap('n', '<M-l>', 'gt', { noremap = true, silent = true })
vim.api.nvim_set_keymap('n', '<M-h>', 'gT', { noremap = true, silent = true })
-- Quickfix list navigation
vim.api.nvim_set_keymap('n', ']q', ':cnext<CR>', { noremap = true, silent = true })
vim.api.nvim_set_keymap('n', '[q', ':cprevious<CR>', { noremap = true, silent = true })
-- Map yanking to PRIMARY and CLIPBOARD registers PRIMARY (*) mnemonic: Star is
-- Select (for copy-on-select) CLIPBOARD (+) mnemonic: CTRL PLUS C (for the
-- common keybind)
vim.api.nvim_set_keymap('', '<Leader>y', '"*y', { noremap = true, silent = false })
vim.api.nvim_set_keymap('', '<Leader>p', '"*p', { noremap = true, silent = false })
vim.api.nvim_set_keymap('', '<Leader>Y', '"+y', { noremap = true, silent = false })
vim.api.nvim_set_keymap('', '<Leader>P', '"+p', { noremap = true, silent = false })
-- Terminal
vim.api.nvim_set_keymap('t', '<Esc>', '<C-\\><C-n>', { noremap = true, silent = false })
vim.api.nvim_set_keymap('t', '<C-[>', '<C-\\><C-n>', { noremap = true, silent = false })
-- Search for visually selected text using //
vim.api.nvim_set_keymap('v', '//', 'y/\\V<C-R>=escape(@","/\")<CR><CR>', { noremap = true, silent = false })
|
-- Manage Prompt Sections
-- Sections Consist of a table with properties
local sections = {}
local function merge(t1, t2)
for k, v in pairs(t2) do
if (type(v) == "table") and (type(t1[k] or false) == "table") then
merge(t1[k], t2[k])
else
t1[k] = v
end
end
return t1
end
local function sectionContent(section, options, context)
local text = section.content(options, context)
if text then
if type(text) == "table" then return text end
if text ~= "" then
if not options then options = {} end
-- include core options fore each section
return {
title = nil,
path = nil,
text = text,
foreground = options.foreground,
background = options.background,
bold = options.bold,
leader = options.leader
}
end
end
return nil
end
local function empty() return nil end
local function getOptions(section, options)
local combined = (section and section.options) or {}
-- apply any passed in options to the sections options
if options then combined = merge(merge({}, combined), options) end
return combined
end
-- Register a section
function SECTION_register(section) sections[section.name] = section end
-- Compile a builder against a set of options
function SECTION_compile(name, options)
local section = sections[name]
local compiled = {prepare = empty, content = empty}
-- no section found return empty builder
if not section then return compiled end
local opts = getOptions(section, options)
-- add section functions
if section.prepare then
function compiled.prepare(context)
return section.prepare(opts, context)
end
end
if section.content then
function compiled.content(context)
return sectionContent(section, opts, context)
end
end
return compiled
end
function SECTION_content(name, options, context)
local section = sections[name]
if section then
local opts = getOptions(section, options)
return sectionContent(section, opts, context)
end
return nil
end
|
local crab = {}
crab.skin = {crab1, crab2, crab3, crab4, crab5, crab6, crab7, crab8, crab9, crab10}
for i = 1, 10 do
if not pcall(function () crab.skin[i] = love.graphics.newImage("assets/crab/crabm" .. i .. ".png") end) then
print("Could not load crab asset.")
return 2
end
end
crab.scalex = 0.5
crab.scaley = 0.5
crab.r = math.rad(0)
crab.sizex = crab.skin[1]:getWidth()
crab.sizey = crab.skin[1]:getHeight()
crab.x = love.graphics.getWidth() / 2
crab.y = love.graphics.getHeight() - (crab.sizey / 2) + 50
crab.skincrabpos = 1
crab.speed = 150
crab.crabtimer = 0
return crab
|
--[[
-- slt2 - Simple Lua Template 2
--
-- Project page: https://github.com/henix/slt2
--
-- @License
-- MIT License
--]]
local slt2 = {}
-- a tree fold on inclusion tree
-- @param init_func: must return a new value when called
local function include_fold(template, start_tag, end_tag, fold_func, init_func)
local result = init_func()
start_tag = start_tag or '#{'
end_tag = end_tag or '}#'
local start_tag_inc = start_tag..'include:'
local start1, end1 = string.find(template, start_tag_inc, 1, true)
local start2 = nil
local end2 = 0
while start1 ~= nil do
if start1 > end2 + 1 then -- for beginning part of file
result = fold_func(result, string.sub(template, end2 + 1, start1 - 1))
end
start2, end2 = string.find(template, end_tag, end1 + 1, true)
assert(start2, 'end tag "'..end_tag..'" missing')
do -- recursively include the file
local filename = assert(loadstring('return '..string.sub(template, end1 + 1, start2 - 1)))()
assert(filename)
local fin = assert(io.open(filename))
-- TODO: detect cyclic inclusion?
result = fold_func(result, include_fold(fin:read('*a'), start_tag, end_tag, fold_func, init_func), filename)
fin:close()
end
start1, end1 = string.find(template, start_tag_inc, end2 + 1, true)
end
result = fold_func(result, string.sub(template, end2 + 1))
return result
end
-- preprocess included files
-- @return string
function slt2.precompile(template, start_tag, end_tag)
return table.concat(include_fold(template, start_tag, end_tag, function(acc, v)
if type(v) == 'string' then
table.insert(acc, v)
elseif type(v) == 'table' then
table.insert(acc, table.concat(v))
else
error('Unknown type: '..type(v))
end
return acc
end, function() return {} end))
end
-- unique a list, preserve order
local function stable_uniq(t)
local existed = {}
local res = {}
for _, v in ipairs(t) do
if not existed[v] then
table.insert(res, v)
existed[v] = true
end
end
return res
end
-- @return { string }
function slt2.get_dependency(template, start_tag, end_tag)
return stable_uniq(include_fold(template, start_tag, end_tag, function(acc, v, name)
if type(v) == 'string' then
elseif type(v) == 'table' then
if name ~= nil then
table.insert(acc, name)
end
for _, subname in ipairs(v) do
table.insert(acc, subname)
end
else
error('Unknown type: '..type(v))
end
return acc
end, function() return {} end))
end
-- @return { name = string, code = string / function}
function slt2.loadstring(template, start_tag, end_tag, tmpl_name)
-- compile it to lua code
local lua_code = {}
start_tag = start_tag or '#{'
end_tag = end_tag or '}#'
local output_func = "coroutine.yield"
template = slt2.precompile(template, start_tag, end_tag)
local start1, end1 = string.find(template, start_tag, 1, true)
local start2 = nil
local end2 = 0
local cEqual = string.byte('=', 1)
while start1 ~= nil do
if start1 > end2 + 1 then
table.insert(lua_code, output_func..'('..string.format("%q", string.sub(template, end2 + 1, start1 - 1))..')')
end
start2, end2 = string.find(template, end_tag, end1 + 1, true)
assert(start2, 'end_tag "'..end_tag..'" missing')
if string.byte(template, end1 + 1) == cEqual then
table.insert(lua_code, output_func..'('..string.sub(template, end1 + 2, start2 - 1)..')')
else
table.insert(lua_code, string.sub(template, end1 + 1, start2 - 1))
end
start1, end1 = string.find(template, start_tag, end2 + 1, true)
end
table.insert(lua_code, output_func..'('..string.format("%q", string.sub(template, end2 + 1))..')')
local ret = { name = tmpl_name or '=(slt2.loadstring)' }
if setfenv == nil then -- lua 5.2
ret.code = table.concat(lua_code, '\n')
else -- lua 5.1
ret.code = assert(loadstring(table.concat(lua_code, '\n'), ret.name))
end
return ret
end
-- @return { name = string, code = string / function }
function slt2.loadfile(filename, start_tag, end_tag)
local fin = assert(io.open(filename))
local all = fin:read('*a')
fin:close()
return slt2.loadstring(all, start_tag, end_tag, filename)
end
local mt52 = { __index = _ENV }
local mt51 = { __index = _G }
-- @return a coroutine function
function slt2.render_co(t, env)
local f
if setfenv == nil then -- lua 5.2
if env ~= nil then
setmetatable(env, mt52)
end
f = assert(load(t.code, t.name, 't', env or _ENV))
else -- lua 5.1
if env ~= nil then
setmetatable(env, mt51)
end
f = setfenv(t.code, env or _G)
end
return f
end
-- @return string
function slt2.render(t, env)
local result = {}
local co = coroutine.create(slt2.render_co(t, env))
while coroutine.status(co) ~= 'dead' do
local ok, chunk = coroutine.resume(co)
if not ok then
error(chunk)
end
table.insert(result, chunk)
end
return table.concat(result)
end
return slt2
|
describe('stringstrong.septableconcat() #concat #sep #table', function()
local strongstring
lazy_setup(function()
strongstring = require('src/strongstring')
end)
it('concat table with sep', function()
local t = {'abc', 'def'}
local sep = '.'
assert.are.equals('abc.def', strongstring.septableconcat(t, sep))
end)
it('sep is empty', function()
local t = {'abc', 'def'}
local sep = ''
assert.are.equals('abcdef', strongstring.septableconcat(t, sep))
end)
it('sep is wrong data type', function()
local t = {'abc', 'def'}
local sep = false
assert.are.equals(nil, strongstring.septableconcat(t, sep))
end)
it('no sep', function()
local t = {'abc', 'def'}
assert.are.equals('abcdef', strongstring.septableconcat(t))
end)
it('table has only one element', function()
local t = {'abc'}
local sep = '/'
assert.are.equals('abc', strongstring.septableconcat(t, sep))
end)
it('empty table', function()
local t = {}
local sep = '/'
assert.are.equals(nil, strongstring.septableconcat(t, sep))
end)
it('table with numbers', function()
local t = {1, 2, 3}
local sep = '/'
assert.are.equals(nil, strongstring.septableconcat(t, sep))
end)
end)
|
-- Override minimap update function
function map.update_hud_flags(player)
if not player or player.is_fake_player then
return -- Can't be used by a fake player
end
local creative_enabled = minetest.is_creative_enabled(player:get_player_name())
local inv = player:get_inventory()
local has_map = inv:contains_item("main", "map:mapping_kit")
local has_radar = inv:contains_item("main", "minimap_radar:radar")
player:hud_set_flags({
minimap = creative_enabled or has_map or has_radar, -- Radar needs to enable the minimap too
minimap_radar = creative_enabled or has_radar
})
end
-- Radar item
minetest.register_craftitem("minimap_radar:radar", {
description = "Radar\nUse with 'Minimap' key",
inventory_image = "minimap_radar_radar.png",
stack_max = 1,
on_use = function(itemstack, user, pointed_thing)
map.update_hud_flags(user)
end
})
-- Crafting
if minetest.get_modpath("technic") then
minetest.register_craft({
output = "minimap_radar:radar",
recipe = {
{"technic:stainless_steel_ingot", "default:diamond", "technic:stainless_steel_ingot"},
{"dye:green", "technic:prospector", "dye:black"},
{"technic:stainless_steel_ingot", "default:diamond", "technic:stainless_steel_ingot"},
}
})
elseif minetest.get_modpath("moreores") then
minetest.register_craft({
output = "minimap_radar:radar",
recipe = {
{"moreores:silver_ingot", "default:diamond", "moreores:silver_ingot"},
{"dye:green", "moreores:mithril_block", "dye:black"},
{"moreores:silver_ingot", "default:diamond", "moreores:silver_ingot"},
}
})
else
minetest.register_craft({
output = "minimap_radar:radar",
recipe = {
{"default:steel_ingot", "default:diamond", "default:steel_ingot"},
{"dye:green", "default:mese", "dye:black"},
{"default:steel_ingot", "default:diamond", "default:steel_ingot"},
}
})
end
|
local _2afile_2a = "fnl/conjure/log.fnl"
local _2amodule_name_2a = "conjure.log"
local _2amodule_2a
do
package.loaded[_2amodule_name_2a] = {}
_2amodule_2a = package.loaded[_2amodule_name_2a]
end
local _2amodule_locals_2a
do
_2amodule_2a["aniseed/locals"] = {}
_2amodule_locals_2a = (_2amodule_2a)["aniseed/locals"]
end
local autoload = (require("conjure.aniseed.autoload")).autoload
local a, buffer, client, config, editor, nvim, str, text, timer, view, sponsors = autoload("conjure.aniseed.core"), autoload("conjure.buffer"), autoload("conjure.client"), autoload("conjure.config"), autoload("conjure.editor"), autoload("conjure.aniseed.nvim"), autoload("conjure.aniseed.string"), autoload("conjure.text"), autoload("conjure.timer"), autoload("conjure.aniseed.view"), require("conjure.sponsors")
do end (_2amodule_locals_2a)["a"] = a
_2amodule_locals_2a["buffer"] = buffer
_2amodule_locals_2a["client"] = client
_2amodule_locals_2a["config"] = config
_2amodule_locals_2a["editor"] = editor
_2amodule_locals_2a["nvim"] = nvim
_2amodule_locals_2a["str"] = str
_2amodule_locals_2a["text"] = text
_2amodule_locals_2a["timer"] = timer
_2amodule_locals_2a["view"] = view
_2amodule_locals_2a["sponsors"] = sponsors
local state = (state or {["last-open-cmd"] = nil, hud = {id = nil, timer = nil, ["created-at-ms"] = 0}, ["jump-to-latest"] = {mark = nil, ns = nvim.create_namespace("conjure_log_jump_to_latest")}})
do end (_2amodule_locals_2a)["state"] = state
local function _break()
return (client.get("comment-prefix") .. string.rep("-", config["get-in"]({"log", "break_length"})))
end
_2amodule_locals_2a["break"] = _break
local function state_key_header()
return (client.get("comment-prefix") .. "State: " .. client["state-key"]())
end
_2amodule_locals_2a["state-key-header"] = state_key_header
local function log_buf_name()
return ("conjure-log-" .. nvim.fn.getpid() .. client.get("buf-suffix"))
end
_2amodule_locals_2a["log-buf-name"] = log_buf_name
local function log_buf_3f(name)
return text["ends-with"](name, log_buf_name())
end
_2amodule_2a["log-buf?"] = log_buf_3f
local function on_new_log_buf(buf)
state["jump-to-latest"].mark = nvim.buf_set_extmark(buf, state["jump-to-latest"].ns, 0, 0, {})
return nvim.buf_set_lines(buf, 0, -1, false, {(client.get("comment-prefix") .. "Sponsored by @" .. a.get(sponsors, a.inc(math.floor(a.rand(a.dec(a.count(sponsors)))))) .. " \226\157\164")})
end
_2amodule_locals_2a["on-new-log-buf"] = on_new_log_buf
local function upsert_buf()
return buffer["upsert-hidden"](log_buf_name(), on_new_log_buf)
end
_2amodule_locals_2a["upsert-buf"] = upsert_buf
local function clear_close_hud_passive_timer()
return a["update-in"](state, {"hud", "timer"}, timer.destroy)
end
_2amodule_2a["clear-close-hud-passive-timer"] = clear_close_hud_passive_timer
local function close_hud()
clear_close_hud_passive_timer()
if state.hud.id then
pcall(nvim.win_close, state.hud.id, true)
state.hud.id = nil
return nil
else
return nil
end
end
_2amodule_2a["close-hud"] = close_hud
local function hud_lifetime_ms()
return (vim.loop.now() - state.hud["created-at-ms"])
end
_2amodule_2a["hud-lifetime-ms"] = hud_lifetime_ms
local function close_hud_passive()
if (state.hud.id and (hud_lifetime_ms() > config["get-in"]({"log", "hud", "minimum_lifetime_ms"}))) then
local original_timer_id = state.hud["timer-id"]
local delay = config["get-in"]({"log", "hud", "passive_close_delay"})
if (0 == delay) then
return close_hud()
else
if not a["get-in"](state, {"hud", "timer"}) then
return a["assoc-in"](state, {"hud", "timer"}, timer.defer(close_hud, delay))
else
return nil
end
end
else
return nil
end
end
_2amodule_2a["close-hud-passive"] = close_hud_passive
local function break_lines(buf)
local break_str = _break()
local function _7_(_5_)
local _arg_6_ = _5_
local n = _arg_6_[1]
local s = _arg_6_[2]
return (s == break_str)
end
return a.map(a.first, a.filter(_7_, a["kv-pairs"](nvim.buf_get_lines(buf, 0, -1, false))))
end
_2amodule_locals_2a["break-lines"] = break_lines
local function set_win_opts_21(win)
local function _8_()
if config["get-in"]({"log", "wrap"}) then
return true
else
return false
end
end
nvim.win_set_option(win, "wrap", _8_())
nvim.win_set_option(win, "foldmethod", "marker")
nvim.win_set_option(win, "foldmarker", (config["get-in"]({"log", "fold", "marker", "start"}) .. "," .. config["get-in"]({"log", "fold", "marker", "end"})))
return nvim.win_set_option(win, "foldlevel", 0)
end
_2amodule_locals_2a["set-win-opts!"] = set_win_opts_21
local function in_box_3f(box, pos)
return ((pos.x >= box.x1) and (pos.x <= box.x2) and (pos.y >= box.y1) and (pos.y <= box.y2))
end
_2amodule_locals_2a["in-box?"] = in_box_3f
local function flip_anchor(anchor, n)
local chars = {anchor:sub(1, 1), anchor:sub(2)}
local flip = {N = "S", S = "N", E = "W", W = "E"}
local function _9_(_241)
return a.get(flip, _241)
end
return str.join(a.update(chars, n, _9_))
end
_2amodule_locals_2a["flip-anchor"] = flip_anchor
local function pad_box(box, padding)
local function _10_(_241)
return (_241 - padding.x)
end
local function _11_(_241)
return (_241 - padding.y)
end
local function _12_(_241)
return (_241 + padding.x)
end
local function _13_(_241)
return (_241 + padding.y)
end
return a.update(a.update(a.update(a.update(box, "x1", _10_), "y1", _11_), "x2", _12_), "y2", _13_)
end
_2amodule_locals_2a["pad-box"] = pad_box
local function hud_window_pos(anchor, size, rec_3f)
local north = 0
local west = 0
local south = (editor.height() - 2)
local east = editor.width()
local padding_percent = config["get-in"]({"log", "hud", "overlap_padding"})
local pos
local _14_
if ("NE" == anchor) then
_14_ = {row = north, col = east, box = {y1 = north, x1 = (east - size.width), y2 = (north + size.height), x2 = east}}
elseif ("SE" == anchor) then
_14_ = {row = south, col = east, box = {y1 = (south - size.height), x1 = (east - size.width), y2 = south, x2 = east}}
elseif ("SW" == anchor) then
_14_ = {row = south, col = west, box = {y1 = (south - size.height), x1 = west, y2 = south, x2 = (west + size.width)}}
elseif ("NW" == anchor) then
_14_ = {row = north, col = west, box = {y1 = north, x1 = west, y2 = (north + size.height), x2 = (west + size.width)}}
else
nvim.err_writeln("g:conjure#log#hud#anchor must be one of: NE, SE, SW, NW")
_14_ = hud_window_pos("NE", size)
end
pos = a.assoc(_14_, "anchor", anchor)
if (not rec_3f and in_box_3f(pad_box(pos.box, {x = editor["percent-width"](padding_percent), y = editor["percent-height"](padding_percent)}), {x = editor["cursor-left"](), y = editor["cursor-top"]()})) then
local function _16_()
if (size.width > size.height) then
return 1
else
return 2
end
end
return hud_window_pos(flip_anchor(anchor, _16_()), size, true)
else
return pos
end
end
_2amodule_locals_2a["hud-window-pos"] = hud_window_pos
local function display_hud()
if config["get-in"]({"log", "hud", "enabled"}) then
clear_close_hud_passive_timer()
local buf = upsert_buf()
local last_break = a.last(break_lines(buf))
local line_count = nvim.buf_line_count(buf)
local size = {width = editor["percent-width"](config["get-in"]({"log", "hud", "width"})), height = editor["percent-height"](config["get-in"]({"log", "hud", "height"}))}
local pos = hud_window_pos(config["get-in"]({"log", "hud", "anchor"}), size)
local border = config["get-in"]({"log", "hud", "border"})
local win_opts
local function _18_()
if (1 == nvim.fn.has("nvim-0.5")) then
return {border = border}
else
return nil
end
end
win_opts = a.merge({relative = "editor", row = pos.row, col = pos.col, anchor = pos.anchor, width = size.width, height = size.height, focusable = false, style = "minimal"}, _18_())
if (state.hud.id and not nvim.win_is_valid(state.hud.id)) then
close_hud()
else
end
if state.hud.id then
nvim.win_set_buf(state.hud.id, buf)
else
state.hud.id = nvim.open_win(buf, false, win_opts)
set_win_opts_21(state.hud.id)
end
state.hud["created-at-ms"] = vim.loop.now()
if last_break then
nvim.win_set_cursor(state.hud.id, {1, 0})
return nvim.win_set_cursor(state.hud.id, {math.min((last_break + a.inc(math.floor((win_opts.height / 2)))), line_count), 0})
else
return nvim.win_set_cursor(state.hud.id, {line_count, 0})
end
else
return nil
end
end
_2amodule_locals_2a["display-hud"] = display_hud
local function win_visible_3f(win)
return (nvim.fn.tabpagenr() == a.first(nvim.fn.win_id2tabwin(win)))
end
_2amodule_locals_2a["win-visible?"] = win_visible_3f
local function with_buf_wins(buf, f)
local function _23_(win)
if (buf == nvim.win_get_buf(win)) then
return f(win)
else
return nil
end
end
return a["run!"](_23_, nvim.list_wins())
end
_2amodule_locals_2a["with-buf-wins"] = with_buf_wins
local function win_botline(win)
return a.get(a.first(nvim.fn.getwininfo(win)), "botline")
end
_2amodule_locals_2a["win-botline"] = win_botline
local function trim(buf)
local line_count = nvim.buf_line_count(buf)
if (line_count > config["get-in"]({"log", "trim", "at"})) then
local target_line_count = (line_count - config["get-in"]({"log", "trim", "to"}))
local break_line
local function _25_(line)
if (line >= target_line_count) then
return line
else
return nil
end
end
break_line = a.some(_25_, break_lines(buf))
if break_line then
nvim.buf_set_lines(buf, 0, break_line, false, {})
local line_count0 = nvim.buf_line_count(buf)
local function _27_(win)
local _let_28_ = nvim.win_get_cursor(win)
local row = _let_28_[1]
local col = _let_28_[2]
nvim.win_set_cursor(win, {1, 0})
return nvim.win_set_cursor(win, {row, col})
end
return with_buf_wins(buf, _27_)
else
return nil
end
else
return nil
end
end
_2amodule_locals_2a["trim"] = trim
local function last_line(buf, extra_offset)
return a.first(nvim.buf_get_lines((buf or upsert_buf()), (-2 + (extra_offset or 0)), -1, false))
end
_2amodule_2a["last-line"] = last_line
local cursor_scroll_position__3ecommand = {top = "normal zt", center = "normal zz", bottom = "normal zb", none = nil}
_2amodule_2a["cursor-scroll-position->command"] = cursor_scroll_position__3ecommand
local function jump_to_latest()
local buf = upsert_buf()
local last_eval_start = nvim.buf_get_extmark_by_id(buf, state["jump-to-latest"].ns, state["jump-to-latest"].mark, {})
local function _31_(win)
local function _32_()
return nvim.win_set_cursor(win, last_eval_start)
end
pcall(_32_)
local cmd = a.get(cursor_scroll_position__3ecommand, config["get-in"]({"log", "jump_to_latest", "cursor_scroll_position"}))
if cmd then
local function _33_()
return nvim.command(cmd)
end
return nvim.win_call(win, _33_)
else
return nil
end
end
return with_buf_wins(buf, _31_)
end
_2amodule_2a["jump-to-latest"] = jump_to_latest
local function append(lines, opts)
local line_count = a.count(lines)
if (line_count > 0) then
local visible_scrolling_log_3f = false
local buf = upsert_buf()
local join_first_3f = a.get(opts, "join-first?")
local lines0
local function _35_(s)
return s:gsub("\n", "\226\134\181")
end
lines0 = a.map(_35_, lines)
local lines1
if (line_count <= config["get-in"]({"log", "strip_ansi_escape_sequences_line_limit"})) then
lines1 = a.map(text["strip-ansi-escape-sequences"], lines0)
else
lines1 = lines0
end
local comment_prefix = client.get("comment-prefix")
local fold_marker_end = str.join({comment_prefix, config["get-in"]({"log", "fold", "marker", "end"})})
local lines2
if (not a.get(opts, "break?") and not join_first_3f and config["get-in"]({"log", "fold", "enabled"}) and (a.count(lines1) >= config["get-in"]({"log", "fold", "lines"}))) then
lines2 = a.concat({str.join({comment_prefix, config["get-in"]({"log", "fold", "marker", "start"}), " ", text["left-sample"](str.join("\n", lines1), editor["percent-width"](config["get-in"]({"preview", "sample_limit"})))})}, lines1, {fold_marker_end})
else
lines2 = lines1
end
local last_fold_3f = (fold_marker_end == last_line(buf))
local lines3
if a.get(opts, "break?") then
local _38_
if client["multiple-states?"]() then
_38_ = {state_key_header()}
else
_38_ = nil
end
lines3 = a.concat({_break()}, _38_, lines2)
elseif join_first_3f then
local _40_
if last_fold_3f then
_40_ = {(last_line(buf, -1) .. a.first(lines2)), fold_marker_end}
else
_40_ = {(last_line(buf) .. a.first(lines2))}
end
lines3 = a.concat(_40_, a.rest(lines2))
else
lines3 = lines2
end
local old_lines = nvim.buf_line_count(buf)
do
local ok_3f, err = nil, nil
local function _43_()
local _44_
if buffer["empty?"](buf) then
_44_ = 0
elseif join_first_3f then
if last_fold_3f then
_44_ = -3
else
_44_ = -2
end
else
_44_ = -1
end
return nvim.buf_set_lines(buf, _44_, -1, false, lines3)
end
ok_3f, err = pcall(_43_)
if not ok_3f then
error(("Conjure failed to append to log: " .. err .. "\n" .. "Offending lines: " .. a["pr-str"](lines3)))
else
end
end
do
local new_lines = nvim.buf_line_count(buf)
local jump_to_latest_3f = config["get-in"]({"log", "jump_to_latest", "enabled"})
local _48_
if join_first_3f then
_48_ = old_lines
else
_48_ = a.inc(old_lines)
end
nvim.buf_set_extmark(buf, state["jump-to-latest"].ns, _48_, 0, {id = state["jump-to-latest"].mark})
local function _50_(win)
visible_scrolling_log_3f = ((win ~= state.hud.id) and win_visible_3f(win) and (jump_to_latest_3f or (win_botline(win) >= old_lines)))
local _let_51_ = nvim.win_get_cursor(win)
local row = _let_51_[1]
local _ = _let_51_[2]
if jump_to_latest_3f then
return jump_to_latest()
elseif (row == old_lines) then
return nvim.win_set_cursor(win, {new_lines, 0})
else
return nil
end
end
with_buf_wins(buf, _50_)
end
if (not a.get(opts, "suppress-hud?") and not visible_scrolling_log_3f) then
display_hud()
else
close_hud()
end
return trim(buf)
else
return nil
end
end
_2amodule_2a["append"] = append
local function create_win(cmd)
state["last-open-cmd"] = cmd
local buf = upsert_buf()
local function _55_()
if config["get-in"]({"log", "botright"}) then
return "botright "
else
return ""
end
end
nvim.command(("keepalt " .. _55_() .. cmd .. " " .. buffer.resolve(log_buf_name())))
nvim.win_set_cursor(0, {nvim.buf_line_count(buf), 0})
set_win_opts_21(0)
return buffer.unlist(buf)
end
_2amodule_locals_2a["create-win"] = create_win
local function split()
return create_win("split")
end
_2amodule_2a["split"] = split
local function vsplit()
return create_win("vsplit")
end
_2amodule_2a["vsplit"] = vsplit
local function tab()
return create_win("tabnew")
end
_2amodule_2a["tab"] = tab
local function buf()
return create_win("buf")
end
_2amodule_2a["buf"] = buf
local function find_windows()
local buf0 = upsert_buf()
local function _56_(win)
return ((state.hud.id ~= win) and (buf0 == nvim.win_get_buf(win)))
end
return a.filter(_56_, nvim.tabpage_list_wins(0))
end
_2amodule_locals_2a["find-windows"] = find_windows
local function close(windows)
local function _57_(_241)
return nvim.win_close(_241, true)
end
return a["run!"](_57_, windows)
end
_2amodule_locals_2a["close"] = close
local function close_visible()
close_hud()
return close(find_windows())
end
_2amodule_2a["close-visible"] = close_visible
local function toggle()
local windows = find_windows()
if a["empty?"](windows) then
if ((state["last-open-cmd"] == "split") or (state["last-open-cmd"] == "vsplit")) then
return create_win(state["last-open-cmd"])
else
return nil
end
else
return close_visible(windows)
end
end
_2amodule_2a["toggle"] = toggle
local function dbg(desc, ...)
if config["get-in"]({"debug"}) then
append(a.concat({(client.get("comment-prefix") .. "debug: " .. desc)}, text["split-lines"](a["pr-str"](...))))
else
end
return ...
end
_2amodule_2a["dbg"] = dbg
local function reset_soft()
return on_new_log_buf(upsert_buf())
end
_2amodule_2a["reset-soft"] = reset_soft
local function reset_hard()
return nvim.ex.bwipeout_(upsert_buf())
end
_2amodule_2a["reset-hard"] = reset_hard
|
local _ = function(k, ...) return ImportPackage("i18n").t(GetPackageName(), k, ...) end
local deliveryNpc = {
{
location = {-16925, -29058, 2200, -90},
spawn = {-17450, -28600, 2060, -90}
},
{
location = {-168301, -41499, 1192, 90},
spawn = {-168233, -40914, 1146, 90}
},
{
location = {146585, 211065, 1307, -90},
spawn = {145692, 210574, 1307, 0}
}
}
local deliveryPoint = {
{116691, 164243, 3028},
{38964, 204516, 550},
{182789, 186140, 1203},
{211526, 176056, 1209},
{42323, 137508, 1569},
{122776, 207169, 1282},
{209829, 92977, 1312},
{176840, 10049, 10370},
{198130, -49703, 1109},
{130042, 78285, 1566},
{203711, 190025, 1312},
{170311, -161302, 1242},
{152267, -143379, 1242},
{-181677, -31627, 1148},
{-179804, -66772, 1147},
{182881, 148416, 5933}
}
local LOCATION_PRICE = 2000
local LOCATION_REFUND_PERCENTAGE = 0.8
local PRICE_DIVIDER = 250
local PRICE_PER_DIVIDE = 15
local deliveryNpcCached = {}
local playerDelivery = {}
local trucksOnLocation = {}
AddEvent("OnPackageStart", function()
for k, v in pairs(deliveryNpc) do
deliveryNpc[k].npc = CreateNPC(deliveryNpc[k].location[1], deliveryNpc[k].location[2], deliveryNpc[k].location[3], deliveryNpc[k].location[4])
CreateText3D(_("delivery_job") .. "\n" .. _("press_e"), 18, deliveryNpc[k].location[1], deliveryNpc[k].location[2], deliveryNpc[k].location[3] + 120, 0, 0, 0)
table.insert(deliveryNpcCached, deliveryNpc[k].npc)
end
end)
AddEvent("OnPlayerQuit", function(player)
if playerDelivery[player] ~= nil then
playerDelivery[player] = nil
end
end)
AddEvent("OnPlayerJoin", function(player)
CallRemoteEvent(player, "SetupDelivery", deliveryNpcCached, LOCATION_PRICE)
end)
AddRemoteEvent("StartStopDelivery", function(player)
local nearestDelivery = GetNearestDelivery(player)
local useBank = PlayerData[player].bank_balance >= LOCATION_PRICE
local useCash = PlayerData[player].inventory['cash'] ~= nil and PlayerData[player].inventory['cash'] >= LOCATION_PRICE
if PlayerData[player].job == "" then
if PlayerData[player].job_vehicle ~= nil then
DestroyVehicle(PlayerData[player].job_vehicle)
DestroyVehicleData(PlayerData[player].job_vehicle)
PlayerData[player].job_vehicle = nil
CallRemoteEvent(player, "ClientDestroyCurrentWaypoint")
else
local isSpawnable = true
local jobCount = 0
for k, v in pairs(PlayerData) do
if v.job == "delivery" then
jobCount = jobCount + 1
end
end
if jobCount == 15 then
return CallRemoteEvent(player, "MakeNotification", _("job_full"), "linear-gradient(to right, #ff5f6d, #ffc371)")
end
for k, v in pairs(GetAllVehicles()) do
local x, y, z = GetVehicleLocation(v)
local dist2 = GetDistance3D(deliveryNpc[nearestDelivery].spawn[1], deliveryNpc[nearestDelivery].spawn[2], deliveryNpc[nearestDelivery].spawn[3], x, y, z)
if dist2 < 500.0 then
isSpawnable = false
break
end
end
if isSpawnable then
if useCash then
RemovePlayerCash(player, LOCATION_PRICE)
else
CallRemoteEvent(player, "MakeErrorNotification", _("delivery_not_enough_location_cash", LOCATION_PRICE))
return
end
local vehicle = CreateVehicle(22, deliveryNpc[nearestDelivery].spawn[1], deliveryNpc[nearestDelivery].spawn[2], deliveryNpc[nearestDelivery].spawn[3], deliveryNpc[nearestDelivery].spawn[4])
PlayerData[player].job_vehicle = vehicle
CreateVehicleData(player, vehicle, 22)
SetVehicleRespawnParams(vehicle, false)
SetVehiclePropertyValue(vehicle, "locked", true, true)
PlayerData[player].job = "delivery"
trucksOnLocation[PlayerData[player].accountid] = vehicle
CallRemoteEvent(player, "MakeNotification", _("delivery_start_success"), "linear-gradient(to right, #00b09b, #96c93d)")
return
end
end
elseif PlayerData[player].job == "delivery" then
if trucksOnLocation[PlayerData[player].accountid] ~= nil then -- If the player has a job vehicle
local x, y, z = GetVehicleLocation(PlayerData[player].job_vehicle)
local IsNearby = false
for k, v in pairs(deliveryNpc) do -- For each location npc
local dist = GetDistance3D(x, y, z, v.location[1], v.location[2], v.location[3])
if dist <= 2000 then -- if vehicle is nearby
IsNearby = true
end
end
if IsNearby then
local refund = LOCATION_PRICE * LOCATION_REFUND_PERCENTAGE
PlayerData[player].bank_balance = PlayerData[player].bank_balance + refund
CallRemoteEvent(player, "MakeNotification", _("delivery_location_price_refunded", refund), "linear-gradient(to right, #00b09b, #96c93d)")
else
CallRemoteEvent(player, "MakeErrorNotification", _("delivery_vehicle_too_far_away"))
end
end
if trucksOnLocation[PlayerData[player].accountid] ~= nil then
DestroyVehicle(trucksOnLocation[PlayerData[player].accountid])
DestroyVehicleData(trucksOnLocation[PlayerData[player].accountid])
PlayerData[player].job_vehicle = nil
trucksOnLocation[PlayerData[player].accountid] = nil
end
PlayerData[player].job = ""
playerDelivery[player] = nil
CallRemoteEvent(player, "ClientDestroyCurrentWaypoint")
end
end)
AddRemoteEvent("OpenDeliveryMenu", function(player)
if PlayerData[player].job == "delivery" then
CallRemoteEvent(player, "DeliveryMenu")
end
end)
AddRemoteEvent("NextDelivery", function(player)
if playerDelivery[player] ~= nil then
return CallRemoteEvent(player, "MakeNotification", _("finish_your_delivery"), "linear-gradient(to right, #ff5f6d, #ffc371)")
end
delivery = {}
delivery[1] = Random(1, #deliveryPoint)
local x, y, z = GetPlayerLocation(player)
local dist = GetDistance3D(x, y, z, deliveryPoint[delivery[1]][1], deliveryPoint[delivery[1]][2], deliveryPoint[delivery[1]][3])
delivery[2] = ((dist / 100) / PRICE_DIVIDER) * PRICE_PER_DIVIDE
playerDelivery[player] = delivery
CallRemoteEvent(player, "ClientCreateWaypoint", _("delivery"), deliveryPoint[delivery[1]][1], deliveryPoint[delivery[1]][2], deliveryPoint[delivery[1]][3])
CallRemoteEvent(player, "MakeNotification", _("new_delivery"), "linear-gradient(to right, #00b09b, #96c93d)")
end)
AddRemoteEvent("FinishDelivery", function(player)
delivery = playerDelivery[player]
if delivery == nil then
CallRemoteEvent(player, "MakeNotification", _("no_delivery"), "linear-gradient(to right, #ff5f6d, #ffc371)")
return
end
local x, y, z = GetPlayerLocation(player)
local dist = GetDistance3D(x, y, z, deliveryPoint[delivery[1]][1], deliveryPoint[delivery[1]][2], deliveryPoint[delivery[1]][3])
if dist < 150.0 then
if PlayerData[player].job_vehicle ~= GetPlayerVehicle(player) then
CallRemoteEvent(player, "MakeErrorNotification", _("delivery_need_delivery_truck"))
return
end
CallRemoteEvent(player, "MakeNotification", _("finished_delivery", math.ceil(delivery[2]) or PRICE_PER_DIVIDE, _("currency")), "linear-gradient(to right, #00b09b, #96c93d)")
AddPlayerCash(player, math.ceil(delivery[2]) or PRICE_PER_DIVIDE)
playerDelivery[player] = nil
CallRemoteEvent(player, "ClientDestroyCurrentWaypoint")
else
CallRemoteEvent(player, "MakeNotification", _("no_delivery_point"), "linear-gradient(to right, #ff5f6d, #ffc371)")
end
end)
function GetNearestDelivery(player)
local x, y, z = GetPlayerLocation(player)
for k, v in pairs(GetAllNPC()) do
local x2, y2, z2 = GetNPCLocation(v)
local dist = GetDistance3D(x, y, z, x2, y2, z2)
if dist < 250.0 then
for k, i in pairs(deliveryNpc) do
if v == i.npc then
return k
end
end
end
end
return 0
end
AddEvent("job:onspawn", function(player)
PlayerData[player].job_vehicle = trucksOnLocation[PlayerData[player].accountid]
end)
|
---- -*- Mode: Lua; -*-
----
---- all.lua run all tests
----
---- © Copyright IBM Corporation 2016, 2017.
---- LICENSE: MIT License (https://opensource.org/licenses/mit-license.html)
---- AUTHOR: Jamie A. Jennings
-- See Makefile for how these tests are run using the undocumented "-D" option to rosie, which
-- enters development mode after startup.
assert(rosie)
import = rosie.import
ROSIE_HOME = rosie.env.ROSIE_HOME
TEST_HOME = "./test"
json = import "cjson"
package.path = "./submodules/lua-modules/?.lua"
termcolor = assert(require("termcolor"))
test = assert(require("test"))
test.dofile(TEST_HOME .. "/lib-test.lua")
test.dofile(TEST_HOME .. "/rpl-core-test.lua")
test.dofile(TEST_HOME .. "/rpl-mod-test.lua")
test.dofile(TEST_HOME .. "/rpl-appl-test.lua")
test.dofile(TEST_HOME .. "/rpl-backref-test.lua")
test.dofile(TEST_HOME .. "/trace-test.lua")
test.dofile(TEST_HOME .. "/cli-test.lua")
test.dofile(TEST_HOME .. "/repl-test.lua")
test.dofile(TEST_HOME .. "/rpl-char-test.lua")
-- TESTS OF SPECIFIC PATTERNS:
test.dofile(TEST_HOME .. "/utf8-test.lua")
test.dofile(TEST_HOME .. "/net-ipv4-test.lua")
-- ENSURE COMPATIBILITY WITH PLANNED FUTURE FEATURES
test.dofile(TEST_HOME .. "/rpl-future-test.lua")
-- TEST THE EXAMPLES
test.dofile(TEST_HOME .. "/extra-test.lua")
passed = test.print_grand_total()
print("\nMORE AUTOMATED TESTS ARE NEEDED IN THESE CATEGORIES:")
print("- extreme patterns (many choices, deep nesting, many different capture names)")
print("- input data with nulls")
print("- more repl tests")
print("- more trace tests")
print()
-- When running Rosie interactively (i.e. development mode), do not exit. Otherwise, these tests
-- were launched from the command line, so we should exit with an informative status.
if not ROSIE_DEV then
if passed then os.exit(0) else os.exit(-1); end
end
|
client = nil
service = nil
return function(data)
local window = client.UI.Make("Window",{
Name = "Credits";
Title = "Credits";
Icon = client.MatIcons.Grade;
Size = {280, 300};
AllowMultiple = false;
})
local tabFrame = window:Add("TabFrame",{
Size = UDim2.new(1, -10, 1, -10);
Position = UDim2.new(0, 5, 0, 5);
})
for _, tab in ipairs({
[1] = tabFrame:NewTab("Main", {Text = "Main"}),
[2] = tabFrame:NewTab("GitHub", {Text = "Contributors"}),
[3] = tabFrame:NewTab("Misc", {Text = "Everyone Else"})
})
do
local scroller = tab:Add("ScrollingFrame",{
List = {};
ScrollBarThickness = 3;
BackgroundTransparency = 1;
Position = UDim2.new(0, 5, 0, 30);
Size = UDim2.new(1, -10, 1, -35);
})
local search = tab:Add("TextBox", {
Position = UDim2.new(0, 5, 0, 5);
Size = UDim2.new(1, -10, 0, 20);
BackgroundTransparency = 0.25;
BorderSizePixel = 0;
TextColor3 = Color3.new(1, 1, 1);
Text = "";
PlaceholderText = "Search";
TextStrokeTransparency = 0.8;
})
search:Add("ImageLabel", {
Image = client.MatIcons.Search;
Position = UDim2.new(1, -20, 0, 2);
Size = UDim2.new(0, 16, 0, 16);
ImageTransparency = 0.2;
BackgroundTransparency = 1;
})
local function generate()
local i = 1
local filter = search.Text
scroller:ClearAllChildren()
for _,credit in ipairs(require(client.Shared.Credits)[tab.Name]) do
if (credit.Text:sub(1, #filter):lower() == filter:lower()) or (tab.Name == "GitHub" and credit.Text:sub(9, 8+#filter):lower() == filter:lower()) then
scroller:Add("TextLabel", {
Text = " "..credit.Text.." ";
ToolTip = credit.Desc;
BackgroundTransparency = (i%2 == 0 and 0) or 0.2;
Size = UDim2.new(1, 0, 0, 30);
Position = UDim2.new(0, 0, 0, (30*(i-1)));
TextXAlignment = "Left";
})
i += 1
end
end
scroller:ResizeCanvas(false, true, false, false, 5, 0)
end
search:GetPropertyChangedSignal("Text"):Connect(generate)
generate()
end
window:Ready()
end
|
#!/usr/bin/env tarantool
local clock = require('clock')
local os = require('os')
local fiber = require('fiber')
local queue = require('queue')
-- Set the number of consumers.
local consumers_count = 100
-- Set the number of tasks processed by one consumer per iteration.
local batch_size = 100
local barrier = fiber.cond()
local wait_count = 0
box.cfg()
local test_queue = queue.create_tube('test_queue', 'fifo', {temporary = true})
local function prepare_consumers()
local consumers = {}
local test_data = 'test data'
for i = 1, consumers_count do
consumers[i] = fiber.create(function()
wait_count = wait_count + 1
-- Wait for all consumers to start.
barrier:wait()
-- Create test tasks.
for j = 1, batch_size do
test_queue:put(test_data)
end
wait_count = wait_count + 1
-- Wait for all consumers to create tasks.
barrier:wait()
-- Ack the tasks.
for j = 1, batch_size do
local task = test_queue:take()
test_queue:ack(task[1])
end
wait_count = wait_count + 1
end)
end
return consumers
end
local function multi_consumer_bench()
--- Wait for all consumer fibers.
local wait_all = function()
while (wait_count ~= consumers_count) do
fiber.yield()
end
wait_count = 0
end
-- Wait for all consumers to start.
local consumers = prepare_consumers()
wait_all()
-- Start timing creation of tasks.
local start_put_time = clock.proc64()
barrier:broadcast()
-- Wait for all consumers to create tasks.
wait_all()
-- Complete timing creation of tasks.
local start_ack_time = clock.proc64()
barrier:broadcast()
-- Wait for all tasks to be acked.
wait_all()
-- Complete the timing of task confirmation.
local complete_time = clock.proc64()
--Print the result in microseconds
print(string.format("Time it takes to fill the queue: %i",
tonumber((start_ack_time - start_put_time) / 10^3)))
print(string.format("Time it takes to confirm the tasks: %i",
tonumber((complete_time - start_ack_time) / 10^3)))
end
-- Start benchmark.
multi_consumer_bench()
-- Cleanup.
test_queue:drop()
os.exit(0)
|
--- === cp.i18n.languageID ===
---
--- As per [Apple's documentation](https://developer.apple.com/library/content/documentation/MacOSX/Conceptual/BPInternational/LanguageandLocaleIDs/LanguageandLocaleIDs.html#//apple_ref/doc/uid/10000171i-CH15-SW6),
--- a `language ID` is a code which identifies either a language used across multiple regions,
--- a dialect from a specific region, or a script used in multiple regions. See the [parse](#parse) function for details.
---
--- When you parse a code with the [forCode](#forCode) function, it will result in a table that contains a
--- reference to the approprate `cp.i18n.language` table, and up to one of either the matching `cp.i18n.region`
--- or `cp.i18n.script` tables. These contain the full details for each language/regin/script, as appropriate.
---
--- You can also convert the resulting table back to the code via `tostring`, or the [code](#code) method.
local require = require
local language = require "cp.i18n.language"
local localeID = require "cp.i18n.localeID"
local region = require "cp.i18n.region"
local script = require "cp.i18n.script"
local format = string.format
local match = string.match
local mod = {}
mod.mt = {}
mod.mt.__index = mod.mt
local cache = {}
local LANG_PATTERN = "^([a-z][a-z])$"
local LANG_REGION_PATTERN = "^([a-z][a-z])-([A-Z][A-Z])$"
local LANG_SCRIPT_PATTERN = "^([a-z][a-z])-(%a%a%a%a)$"
--- cp.i18n.languageID.is(thing) -> boolean
--- Function
--- Checks if the `thing` is a languageID instance.
---
--- Parameters:
--- * thing - the thing to check.
---
--- Returns:
--- * `true` if the `thing` is a `languageID`, otherwise `false`.
function mod.is(thing)
return type(thing) == "table" and getmetatable(thing) == mod.mt
end
--- cp.i18n.languageID.parse(code) -> string, string, string
--- Function
--- Parses a `language ID` into three possible string components:
--- 1. The ISO 693-1 language code
--- 2. The ISO 15924 script code
--- 3. The ISO 3166-1 region code
---
--- This is one of the following patterns:
---
--- * `[language]` - eg. `"en"`, or `"fr"`. The covers the language across all languages and scripts.
--- * `[language]-[script]` - eg. "az-Arab" for Azerbaijani in Arabic script, "az-Latn" for Azerbaijani in Latin script.
--- * `[language]-[region]` - eg. "en-AU" for Australian English, "fr-CA" for Canadian French, etc.
---
--- It will then return the matched component in three return values: language, script, region.
--- If a script is specified, the `region` will be `nil`. Eg.:
---
--- ```lua
--- local lang, scrpt, rgn, scrpt = languageID.parse("en-AU") -- results in "en", nil, "AU"
--- ```
---
--- Parameters:
--- * code - The `language ID` code. Eg. "en-AU".
---
--- Returns:
--- * language - The two-character lower-case alpha language code.
--- * script - the four-character mixed-case alpha script code.
--- * region - The two-character upper-case alpha region code.
function mod.parse(code)
local l, s, r
l = match(code, LANG_PATTERN)
if not l then
l, r = match(code, LANG_REGION_PATTERN)
if not r then
l, s = match(code, LANG_SCRIPT_PATTERN)
end
end
return l, s, r
end
--- cp.i18n.languageID.forParts(languageCode[, scriptCode[, regionCode]]) -> cp.i18n.languageID
--- Constructor
--- Returns a `languageID` with the specified parts.
---
--- Parameters:
--- * languageCode - Language code
--- * scriptCode - Optional Script code
--- * regionCode - Optional Region Code
---
--- Returns:
--- * A `cp.i18n.languageID` object.
function mod.forParts(languageCode, scriptCode, regionCode)
local id
if languageCode then
local theLanguage, theRegion, theScript
local theCode, theName, theLocalName
theLanguage = language[languageCode]
if not theLanguage then
return nil, format("Unable to find language: %s", languageCode)
else
theCode = theLanguage.alpha2
theName = theLanguage.name
theLocalName = theLanguage.localName
end
if regionCode then
theRegion = region[regionCode]
if not theRegion then
return nil, format("Unable to find region: %s", regionCode)
else
theCode = theCode .. "-" .. theRegion.alpha2
theName = theName .. " (" .. theRegion.name .. ")"
theLocalName = theLocalName .. " (" .. theRegion.alpha2 .. ")"
end
end
if scriptCode then
theScript = script[scriptCode]
if not theScript then
return nil, format("Unable to find script: %s", scriptCode)
else
theCode = theCode .. "-" .. theScript.alpha4
theName = theName .. " (" .. theScript.name .. ")"
theLocalName = theLocalName .. " (" .. theScript.alpha4 .. ")"
end
end
id = cache[theCode]
if not id then
id = setmetatable({
code = theCode,
name = theName,
localName = theLocalName,
language = theLanguage,
region = theRegion,
script = theScript,
}, mod.mt)
cache[theCode] = id
end
else
return nil, format("Please provide a language code in argument #1")
end
return id
end
--- cp.i18n.languageID.forCode(code) -> cp.i18n.languageID, string
--- Constructor
--- Creates, or retrieves from the cache, a `languageID` instance for the specified `code`.
---
--- If the code can't be parsed, or if the actual language/region/script codes don't exist,
--- `nil` is returned.
---
--- Parameters:
--- * code - The language ID code.
---
--- Returns:
--- * The matching `languageID`, or `nil` if the language ID couldn't be found.
--- * The error message, or `nil` if there was no problem.
function mod.forCode(code)
return mod.forParts(mod.parse(code))
end
--- cp.i18n.languageID.forLocaleID(code[, prioritiseScript]) -> cp.i18n.languageID, string
--- Constructor
--- Creates, or retrieves from the cache, a `languageID` instance for the specified `cp.i18n.localeID`.
--- Language IDs can only have either a script or a region, so if the locale has both, this will
--- priortise the `region` by default. You can set `prioritiseScript` to `true` to use script instead.
--- If only one or the other is set in the locale, `prioritiseScript` is ignored.
---
--- Parameters:
--- * locale - The `localeID` to convert
--- * prioritiseScript - If set to `true` and the locale has both a region and script then the script code will be used.
---
--- Returns:
--- * The `languageID` for the `locale`, or `nil`
--- * The error message if there was a problem.
function mod.forLocaleID(locale, prioritiseScript)
local languageCode = locale.language.alpha2
local scriptCode = locale.script and locale.script.alpha4
local regionCode = locale.region and locale.region.alpha2
if scriptCode and regionCode then
if prioritiseScript then
regionCode = nil
else
scriptCode = nil
end
end
return mod.forParts(languageCode, scriptCode, regionCode)
end
--- cp.i18n.languageID:toLocaleID() -> cp.i18n.localeID
--- Method
--- Returns the `cp.i18n.localeID` equivalent for this `languageID`.
---
--- Parameters:
--- * None
---
--- Returns:
--- * The matching `localeID`.
function mod.mt:toLocaleID()
local localeCode = self.language.alpha2
if self.script then
localeCode = localeCode .. "-" .. self.script.alpha4
end
if self.region then
localeCode = localeCode .. "_" .. self.region.alpha2
end
return localeID.forCode(localeCode)
end
--- cp.i18n.languageID.code <string>
--- Field
--- The language ID code.
--- cp.i18n.languageID.language <cp.i18n.language>
--- Field
--- The matching `language` details.
--- cp.i18n.languageID.region <cp.i18n.region>
--- Field
--- The matching `region` details, if appropriate. Will be `nil` if no region was specified in the `code`.
--- cp.i18n.languageID.script <cp.i18n.script>
--- Field
--- The matching `script` details, if appropriate. Will be `nil` if no script was specified in the `code`.
function mod.mt:__tostring()
return format("cp.i18n.languageID: %s [%s]", self.name, self.code)
end
-- attempts to cast the value to a languageID.
setmetatable(mod, {
__call = function(_, value)
if mod.is(value) then
return value
elseif localeID.is(value) then
return mod.forLocaleID(value)
elseif value ~= nil then
return mod.forCode(tostring(value))
end
end,
})
return mod
|
local function OpenPanel( ply, key )
if ( key == "KEY_F1" && ply:IsUserGroup("developer") ) then
local basepanel = vgui.Create("DFrame")
basepanel:SetPos( ScrW()/2*0.5, ScrH()/2*0.5 )
basepanel:SetSize( ScrW()/2*0.5, ScrH()/2*0.5 )
basepanel:SetTitle( "" )
basepanel:MakePopup()
basepanel:SetDeleteOnClose(true)
basepanel:SetDraggable(false)
basepanel:SetSizable(false)
basepanel:ShowCloseButton(false)
basepanel:SetScreenLock(true)
basepanel.Paint = function()
surface.SetDrawColor(120, 120, 120, 255)
surface.DrawTexturedRect(0, 0, self:GetWide(), self:GetTall() )
end
local closeb = vgui.Create("DButton", basepanel)
closeb:SetPos( 0, 0 )
closeb:SetSize( 100, 100 )
closeb:SetText( "Close" )
closeb.DoClick = function()
basepanel:Close()
end
local consolehtml = vgui.Create("DHTML", basepanel)
consolehtml:Dock( FILL )
consolehtml:OpenURL( "https://panel.kryptonnetworks.co.uk/server/a2391697/console" )
end
end
hook.Add( "PlayerButtonDown", "liro_openconsolepanel", OpenPanel )
|
event_handlers = {}
event_handlers.on_gui_click = {}
event_handlers.on_gui_confirmed = {}
event_handlers.on_gui_elem_changed = {}
local Calculator = require "gui/calculator"
local Cacher = require "logic/cacher"
local Initializer = require "logic/initializer"
local Reinitializer = require "logic/reinitializer"
local Updates = require "updates"
script.on_init(function()
Cacher.cache()
global.computation_stack = {}
for player_index, player in pairs(game.players) do
Initializer.initialize_player_data(player_index)
Calculator.build(player)
end
end)
script.on_configuration_changed(function(configuration_changed_data)
local rrc_version_change = configuration_changed_data.mod_changes.RecursiveResourceCalculator
if rrc_version_change then
Updates.update_from(rrc_version_change.old_version)
end
global.computation_stack = {}
Cacher.cache()
for _, player in pairs(game.players) do
Reinitializer.reinitialize(player.index)
Calculator.recompute_everything(player.index)
end
end)
script.on_event(defines.events.on_player_created, function(event)
Initializer.initialize_player_data(event.player_index)
Calculator.build(game.get_player(event.player_index))
end)
script.on_event(defines.events.on_player_removed, function(event)
global[event.player_index] = nil
end)
script.on_event("hxrrc_toggle_calculator", function(event)
Calculator.toggle(game.get_player(event.player_index))
end)
script.on_event(defines.events.on_gui_closed, function(event)
if event.element and event.element.name == "hxrrc_calculator" and event.element.visible then
Calculator.toggle(game.get_player(event.player_index))
end
end)
--Register handlers for which event.element.name exists
for _, event_type in ipairs({
"on_gui_click",
"on_gui_elem_changed",
"on_gui_confirmed",
}) do
script.on_event(defines.events[event_type], function(event)
local handler = event_handlers[event_type][event.element.name]
if handler then handler(event) end
end)
end
--Do each sheet calculation in its own tick
script.on_event(defines.events.on_tick, function()
if global.computation_stack[1] then
local call_and_parameters = table.remove(global.computation_stack)
call_and_parameters.call(table.unpack(call_and_parameters.parameters))
local player_index = call_and_parameters.player_index
game.get_player(player_index).gui.screen.hxrrc_calculator.enabled = global[player_index].backlogged_computation_count == 0
end
end)
script.on_event(defines.events.on_runtime_mod_setting_changed, function(event)
if event.setting == "hxrrc-displayed-floating-point-precision" then
Calculator.recompute_everything(event.player_index)
end
end)
|
local ROCK_VERSION = require('luatest.VERSION')
-- See directory junitxml for more information about the junit format
local Output = require('luatest.output.generic'):new_class()
-- Escapes string for XML attributes
function Output.xml_escape(str)
return string.gsub(str, '.', {
['&'] = "&",
['"'] = """,
["'"] = "'",
['<'] = "<",
['>'] = ">",
})
end
-- Escapes string for CData section
function Output.xml_c_data_escape(str)
return string.gsub(str, ']]>', ']]>')
end
function Output.node_status_xml(node)
if node:is('error') then
return table.concat(
{' <error type="', Output.xml_escape(node.message), '">\n',
' <![CDATA[', Output.xml_c_data_escape(node.trace),
']]></error>\n'})
elseif node:is('fail') then
return table.concat(
{' <failure type="', Output.xml_escape(node.message), '">\n',
' <![CDATA[', Output.xml_c_data_escape(node.trace),
']]></failure>\n'})
elseif node:is('skip') then
return table.concat({' <skipped>', Output.xml_escape(node.message or ''),'</skipped>\n'})
end
return ' <passed/>\n' -- (not XSD-compliant! normally shouldn't get here)
end
function Output.mt:start_suite()
self.output_file_name = assert(self.runner.output_file_name)
-- open xml file early to deal with errors
if string.sub(self.output_file_name,-4) ~= '.xml' then
self.output_file_name = self.output_file_name..'.xml'
end
self.fd = io.open(self.output_file_name, "w")
if self.fd == nil then
error("Could not open file for writing: "..self.output_file_name)
end
print('# XML output to '..self.output_file_name)
print('# Started on ' .. os.date(nil, self.result.start_time))
end
function Output.mt:start_group(group) -- luacheck: no unused
print('# Starting group: ' .. group.name)
end
function Output.mt:start_test(test) -- luacheck: no unused
print('# Starting test: ' .. test.name)
end
function Output.mt:update_status(node) -- luacheck: no unused
if node:is('fail') then
print('# Failure: ' .. node.message:gsub('\n', '\n# '))
-- print('# ' .. node.trace)
elseif node:is('error') then
print('# Error: ' .. node.message:gsub('\n', '\n# '))
-- print('# ' .. node.trace)
end
end
function Output.mt:end_suite()
print('# ' .. self:status_line())
-- XML file writing
self.fd:write('<?xml version="1.0" encoding="UTF-8" ?>\n')
self.fd:write('<testsuites>\n')
self.fd:write(string.format(
' <testsuite name="luatest" id="00001" package="" hostname="localhost" tests="%d" timestamp="%s" ' ..
'time="%0.3f" errors="%d" failures="%d" skipped="%d">\n',
#self.result.tests.all - #self.result.tests.skip, os.date('%Y-%m-%dT%H:%M:%S', self.result.start_time),
self.result.duration, #self.result.tests.error, #self.result.tests.fail, #self.result.tests.skip
))
self.fd:write(" <properties>\n")
self.fd:write(string.format(' <property name="Lua Version" value="%s"/>\n', _VERSION))
self.fd:write(string.format(' <property name="luatest Version" value="%s"/>\n', ROCK_VERSION))
-- XXX please include system name and version if possible
self.fd:write(" </properties>\n")
for _, node in ipairs(self.result.tests.all) do
self.fd:write(string.format(' <testcase group="%s" name="%s" time="%0.3f">\n',
node.group.name or '', node.name, node.duration))
if not node:is('success') then
self.fd:write(self.class.node_status_xml(node))
end
self.fd:write(' </testcase>\n')
end
-- Next two lines are needed to validate junit ANT xsd, but really not useful in general:
self.fd:write(' <system-out/>\n')
self.fd:write(' <system-err/>\n')
self.fd:write(' </testsuite>\n')
self.fd:write('</testsuites>\n')
self.fd:close()
end
return Output
|
local crypto = require "sys.crypto"
local testaux = require "testaux"
local P = require "print"
return function()
---------------------test hamc
local hmac_key = "test"
local hmac_body = "helloworld"
local res = crypto.hmac(hmac_key, hmac_body)
print(string.format("hmac key:%s body:%s, res:", hmac_key, hmac_body))
P.hex(hmac_body)
P.hex(res)
---------------------test aes
local aes1_key = "lilei"
local aes1_body = "hello"
local aes2_key = "hanmeimei"
local aes2_body = "1234567891011121314151612345678910111213141516"
local aes1_encode = crypto.aesencode(aes1_key, aes1_body)
local aes2_encode = crypto.aesencode(aes2_key, aes2_body)
local aes1_decode = crypto.aesdecode(aes1_key, aes1_encode)
local aes2_decode = crypto.aesdecode(aes2_key, aes2_encode)
testaux.asserteq(aes1_decode, aes1_body, "aes test decode success")
testaux.asserteq(aes2_decode, aes2_body, "aes test decode success")
local incorrect = crypto.aesdecode(aes2_key, aes1_encode)
testaux.assertneq(incorrect, aes1_body, "aes test decode fail")
local incorrect = crypto.aesdecode("adsafdsafdsafds", aes1_encode)
testaux.assertneq(incorrect, aes1_body, "aes test decode fail")
local incorrect = crypto.aesdecode("fdsafdsafdsafdadfsa", aes2_encode)
testaux.assertneq(incorrect, aes2_body, "aes test decode fail")
--test dirty data defend
crypto.aesdecode("fdsafdsafdsafdsafda", aes2_body)
----------------------test base64
local plain = "aGVsbG8sIG15IGZyaWVuZCwgeW91IGtvbncgaSBkb24ndCBnb29kIGF0IGNy\xff\xef"
local e1 = crypto.base64encode(plain)
local e2 = crypto.base64encode(plain, "url")
testaux.assertneq(e1, e2, "base64 encode normal and url safe mode")
local d1 = crypto.base64decode(e1)
local d2 = crypto.base64decode(e2)
testaux.asserteq(d1, plain, "base64 normal test encode/decode success")
testaux.asserteq(d2, plain, "base64 url safe test encode/decode success")
local d3 = crypto.base64decode("====")
testaux.asserteq(d3, "", "base64 decode empty success")
---------------------test sha256
local x = crypto.sha256("aGVsbG8sIG15IGZyaWVuZCwgeW91IGtvbncgaSBkb24ndCBnb29kIGF0IGNy")
testaux.asserteq(x, "a3f0f2484b434eb7e3b7dbf89a3b2192c5577a3d51bb65d766a1abedb57aea8c","sha256 hash")
if crypto.digestsign then
local rsa_pub =
'-----BEGIN PUBLIC KEY-----\n\z
MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEA2LewXe+8fkojFjTQ+pRq\n\z
e29jKHJXcoqEc4D2GDNNdq32GjloPFidVvnlDhOForS5fH5jlqzvcG0mvzAGkmU3\n\z
Zz5fkrRkiKa+/EyHkiHk+h/VZgCPXendLCVL47Zeh4wPwyA7sV6Ns4O+KRn26xAZ\n\z
KBeLP8QuuBd68nRMLZMseMyUz+foVv22FvZ/SdqIeG8IZOSzoN2WJOPy+kYRxdS7\n\z
6Jc0QT6pK/zwpxwzhoLXu6HRzJaPZZ2epjilkKHtBj44svzywj1KAK4VDBkCHgGr\n\z
h/2sfHCcNJhxDw4G8tB1oiX+uZclwBMSuOJiu6dD1/IBt4FwzvLZghhgHW7ziJoA\n\z
dQIDAQAB\n\z
-----END PUBLIC KEY-----'
local rsa_pri =
'-----BEGIN RSA PRIVATE KEY-----\n\z
MIIEpQIBAAKCAQEA2LewXe+8fkojFjTQ+pRqe29jKHJXcoqEc4D2GDNNdq32Gjlo\n\z
PFidVvnlDhOForS5fH5jlqzvcG0mvzAGkmU3Zz5fkrRkiKa+/EyHkiHk+h/VZgCP\n\z
XendLCVL47Zeh4wPwyA7sV6Ns4O+KRn26xAZKBeLP8QuuBd68nRMLZMseMyUz+fo\n\z
Vv22FvZ/SdqIeG8IZOSzoN2WJOPy+kYRxdS76Jc0QT6pK/zwpxwzhoLXu6HRzJaP\n\z
ZZ2epjilkKHtBj44svzywj1KAK4VDBkCHgGrh/2sfHCcNJhxDw4G8tB1oiX+uZcl\n\z
wBMSuOJiu6dD1/IBt4FwzvLZghhgHW7ziJoAdQIDAQABAoIBAQDIkuGBXzM2Mwlc\n\z
MQ/FCv2uNj4wnfq/QOIrQI0Dgt/L2l9uj/kf+OfOKsRLDdhd6SPOy+8B8hY9GFiH\n\z
FDzQ2yq2vCyaS6jMLH+QZIgIwKP6tuG7YQNPaPXROMeO/idpDkE8V6XHl/pPzbt+\n\z
sNAtaB3QVFIFd13B9cFNikNC3vaG6SUD1hfY9N6bRi1OLGwQwxJHbTlQ/S+PD12t\n\z
ziFwZEiCEmr/vyV+9BcwGYTu613M4XJKkTy021NuXpUnBegpds4NSQt3vtJGsZej\n\z
W3RXeidUZCbHy/UzOUIUewk50xpK7qxDYaNMYEBs6qSSnSswO/2tdvlb/m6eby8+\n\z
Aa05IiT1AoGBAPPNllvLaPlQ8fctGivUCmalgbEmnVox2kiHQLkzJlZT0muO6oMs\n\z
GnjvQzlBYBk8YnEK3a6fZowY3vdXUI/wO4vVoIp/SxzrXd3A20IxPrDFKJR6X3lH\n\z
smMEe6Ib16gXDTWySwqOGXLSycMjA5zW2gE36M5Yy+iJ5Gp8OofJMdGDAoGBAOOP\n\z
NtAZjfGvu+A/3AS2uyH3ksicwaB0ClvtvmwQ0JaW0fkX6vDS6n2KsVRI9VPYi7pM\n\z
/bTO14VyRnDe7evlhkEWV7+wD0s7pTNPVKBn38xt6GgPbRyQbpb3gtvw8sAFOm1B\n\z
d0WGAkx7ea2XNJJJtD18/3DG4EPP159sXhXqEBynAoGAStVL1Zk1+3DRFGGPquxG\n\z
1QLwMAP+QHUU3zZEs5PzrIPGDqWrbd/XsE8gfy6F5LkYLkJ7kOH0hAQOTDVM0SGX\n\z
5XAI+vnfgFzuTuanZkXfTDr4HbsCGyPaqXHy0Oti4oFQ2K6FQhQj047Hx1G0Biwc\n\z
dktG9i9jR1kr91NyU8N5uykCgYEA22SLMy1AFeEZIMZQyNaoKsJ3aSUA5UKbbjAT\n\z
5Dp98IHuZNrzb0XaQDmEaD+DD1h6tp5eCIFXdthLI60687Exs/Tnmu8Sf7U8u/Bj\n\z
JdegBId+hz1ANEbn6HMvXf+6+vjPcOCqLoRaGQT+tidOzy9yL8oguMl1FMwBFjoz\n\z
p6sn54cCgYEAi0g89uogqIYsBnTHi9jWDaordsSJdcZyRzq7wlb8sTeBpJEHOdzo\n\z
whjjqZDjAW0a+58OPaKcDbTriqug9XvsIs25+7htJysO/yzTOIzTGb1pqJ1ZkeNs\n\z
w0W5t0qWE/d60ztwcVCUSINIb680yZexrobYH+tlpsVIdXxjcHPU2o4=\n\z
-----END RSA PRIVATE KEY-----'
local ec_secp256k1_pri =
'-----BEGIN EC PRIVATE KEY-----\n\z
MHQCAQEEIHmXrEOL6We4OA9zJ8FOCe/Ed2efH+bi6bfn/0OYGzSqoAcGBSuBBAAK\n\z
oUQDQgAESYuWA8FXcHPPPuLj2uAuZRWQwRKEcayXWwXR47rGwMaQzNIhIHxkwbdZ\n\z
bd9rXq9Xrhow8xvLeInIGibcx27f1w==\n\z
-----END EC PRIVATE KEY-----'
local ec_secp256k1_pub =
'-----BEGIN PUBLIC KEY-----\n\z
MFYwEAYHKoZIzj0CAQYFK4EEAAoDQgAESYuWA8FXcHPPPuLj2uAuZRWQwRKEcayX\n\z
WwXR47rGwMaQzNIhIHxkwbdZbd9rXq9Xrhow8xvLeInIGibcx27f1w==\n\z
-----END PUBLIC KEY-----'
local sig = crypto.digestsign(rsa_pri, "hello", "SHA256")
local ver = crypto.digestverify(rsa_pub, "hello", sig, "SHA256")
testaux.asserteq(testaux.hextostr(sig),
'7169cb0696fc074feb26296b9801833277cd7fce836\z
6ccdb01f228fd0ee058e063374856d3316df9628774d\z
fbb5aab1b378304423a5f872b8aa0efcd86f08dc05fe\z
b74d4fb885242ef925f3ca79d3925dd19f143d8caf2d\z
ee3eec28ed632491b5aae85b8cc2ebab4682a7f0adbe\z
33383e1d12a8b9d4ab7d0a005d14c0bc5b3608558211\z
91271a43e60347be0d791cfaef174e8692aacb0b695e\z
e3c3ed7a2371661c432d7ff0ceb6c457b034829998d9\z
369f85e72cbfe93705bd2de73b27f06bae5bd9998256\z
bc838a4141149e731a78a96e0b82f413fdb5f41bf45d\z
dcb157e254a6e959275fce64e7e7de25aa5017590e49\z
e06588b8ca903bea4fa4862df0846', "SHA256withRSA sign success")
local ok = crypto.digestverify(rsa_pub, "hello", sig, "sha256")
testaux.asserteq(ok, true, "SHA256withRSA verify success")
local ok = crypto.digestverify(rsa_pub, "hellox", sig, "sha256")
testaux.asserteq(ok, false, "SHA256withRSA verify invalid")
local sig = crypto.digestsign(ec_secp256k1_pri, "hello", "sha256")
local ok = crypto.digestverify(ec_secp256k1_pub, "hello", sig, "sha256")
testaux.asserteq(ok, true, "SHA256withECDSA verify success")
local ok = crypto.digestverify(ec_secp256k1_pub, "hellox", sig, "sha256")
testaux.asserteq(ok, false, "SHA256withECDSA verify invalid")
end
end
|
--[[ Lokasenna_GUI - Label class.
---- User parameters ----
(name, z, x, y, caption[, shadow, font, color, bg])
Required:
z Element depth, used for hiding and disabling layers. 1 is the highest.
x, y Coordinates of top-left corner
caption Label text
Optional:
shadow Boolean. Draw a shadow?
font Which of the GUI's font values to use
color Use one of the GUI.colors keys to override the standard text color
bg Color to be drawn underneath the label. Defaults to "wnd_bg"
Additional:
w, h These are set when the Label is initially drawn, and updated any
time the label's text is changed via GUI.Val().
Extra methods:
fade Allows a label to fade out and disappear. Nice for briefly displaying
a status message like "Saved to disk..."
Params:
len Length of the fade, in seconds
z_new z layer to move the label to when called
i.e. popping up a tooltip
z_end z layer to move the label to when finished
i.e. putting the tooltip label back in a
frozen layer until you need it again
Set to -1 to have the label deleted instead
curve Optional. Sets the "shape" of the fade.
1 will produce a linear fade
>1 will keep the text at full-strength longer,
but with a sharper fade at the end
<1 will drop off very steeply
Defaults to 3 if not specified
Note: While fading, the label's z layer will be redrawn on every
update loop, which may affect CPU usage for scripts with many elements
]]--
if not GUI then
reaper.ShowMessageBox("Couldn't access GUI functions.\n\nLokasenna_GUI - Core.lua must be loaded prior to any classes.", "Library Error", 0)
missing_lib = true
return 0
end
-- Label - New
GUI.Label = GUI.Element:new()
function GUI.Label:new(name, z, x, y, caption, shadow, font, color, bg)
local label = {}
label.name = name
label.type = "Label"
label.z = z
GUI.redraw_z[z] = true
label.x, label.y = x, y
label.w, label.h = 0, 0
label.retval = caption
label.shadow = shadow or false
label.font = font or 2
label.color = color or "txt"
label.bg = bg or "wnd_bg"
setmetatable(label, self)
self.__index = self
return label
end
function GUI.Label:fade(len, z_new, z_end, curve)
self.z = z_new
self.fade_arr = { len, z_end, reaper.time_precise(), curve or 3 }
GUI.redraw_z[self.z] = true
end
-- Label - Draw
function GUI.Label:draw()
local x, y = self.x, self.y
GUI.font(self.font)
GUI.color(self.color)
if self.fade_arr then
-- Seconds for fade effect, roughly
local fade_len = self.fade_arr[1]
local diff = (reaper.time_precise() - self.fade_arr[3]) / fade_len
diff = math.floor(diff * 100) / 100
diff = diff^(self.fade_arr[4])
local a = 1 - (gfx.a * (diff))
GUI.redraw_z[self.z] = true
if a < 0.02 then
self.z = self.fade_arr[2]
self.fade_arr = nil
return 0
end
gfx.set(gfx.r, gfx.g, gfx.b, a)
end
gfx.x, gfx.y = x, y
GUI.text_bg(self.retval, self.bg)
if self.h == 0 then
self.w, self.h = gfx.measurestr(self.retval)
end
if self.shadow then
GUI.shadow(self.retval, self.color, "shadow")
else
gfx.drawstr(self.retval)
end
end
-- Label - Get/set value
function GUI.Label:val(newval)
if newval then
self.retval = newval
GUI.font(self.font)
self.w, self.h = gfx.measurestr(self.retval)
GUI.redraw_z[self.z] = true
else
return self.retval
end
end
|
--bookmark light version
--record your playing history for each folder
--and you can choose resume to play next time
local mp = require 'mp'
local utils = require 'mp.utils'
local options = require 'mp.options'
local M = {}
local o = {
save_period = 30
}
options.read_options(o)
local cwd_root = utils.getcwd()
local pl_root
local pl_name
local pl_path
local pl_percent
local pl_list = {}
local pl_idx = 1
local c_idx = 1
local mk_name = ".mpv.bookmark"
local mk_path
local wait_msg
function M.show(msg, mllion)
mp.commandv("show-text", msg, mllion)
end
function M.compare(s1, s2)
local l1 = #s1
local l2 = #s2
local len = l2
if l1 < l2 then
local len = l1
end
for i = 1, len do
if s1:sub(i,i) < s2:sub(i,i) then
return -1, i-1
elseif s1:sub(i,i) > s2:sub(i,i) then
return 1, i-1
end
end
return 0, len
end
function M.get_file_num(idx)
if idx > #pl_list then
return ""
end
local onm = pl_list[idx]:match("/([^/]+)$")
local k = 1
if(idx > 1) then
local name = pl_list[idx-1]:match("/([^/]+)$")
local _, tk = M.compare(onm, name)
if k < tk then
k = tk
end
end
if(idx < #pl_list) then
local name = pl_list[idx+1]:match("/([^/]+)$")
local _, tk = M.compare(onm, name)
if k < tk then
k = tk
end
end
while k > 1 do
if onm:match("^[0-9]+", k-1) == nil then
break
end
k = k - 1
end
return onm:match("[0-9]+", k) or ""
end
function M.ld_mark()
local file = io.open(mk_path, "r")
if file == nil then
print("can not open bookmark file")
return false
end
pl_name = file:read()
if pl_name == nil then
print("can not get file's name of last play")
file:close()
return false
else
pl_path = pl_root.."/"..pl_name
end
pl_percent = file:read("*n")
if pl_percent == nil then
print("can not get play percent of last play")
file:close()
return false
end
if(pl_percent >= 100) then
pl_percent = 99
end
print("last paly:\n", pl_name, "\n", pl_percent, "%")
file:close()
return true
end
function M.save_mark()
local name = mp.get_property("filename")
local percent = mp.get_property("percent-pos", 0)
if not(name == nil or percent == 0) then
local file = io.open(mk_path, "w")
file:write(name.."\n")
file:write(percent)
file:close()
end
end
function M.pause(name, paused)
if paused then
M.save_period_timer:stop()
M.save_mark()
else
M.save_period_timer:resume()
end
end
local timeout = 15
function M.wait_jump()
timeout = timeout - 1
if(timeout < 1) then
M.wait_jump_timer:kill()
M.unbind_key()
end
local msg = ""
if timeout < 10 then
msg = "0"
end
msg = wait_msg.."--"..(math.modf(pl_percent*10)/10).."%--continue?"..msg..timeout.."[y/N]"
M.show(msg, 1000)
end
function M.bind_key()
mp.add_key_binding('y', 'resume_yes', M.key_jump)
mp.add_key_binding('n', 'resume_not', function()
M.unbind_key()
M.wait_jump_timer:kill()
end)
end
function M.unbind_key()
mp.remove_key_binding('y')
mp.remove_key_binding('n')
end
function M.key_jump()
M.unbind_key()
M.wait_jump_timer:kill()
c_idx = pl_idx
mp.register_event("file-loaded", M.jump_resume)
mp.commandv("loadfile", pl_path)
end
function M.jump_resume()
mp.unregister_event(M.jump_resume)
mp.set_property("percent-pos", pl_percent)
M.show("resume ok", 1500)
end
function M.exe()
mp.unregister_event(M.exe)
local c_file = mp.get_property("filename")
local c_path = mp.get_property("path")
if(c_file == nil) then
M.show('no file is playing', 1500)
return
end
pl_root = c_path:match("(.+)/")
mk_path = pl_root.."/"..mk_name
if(not M.ld_mark()) then
pl_name = ""
pl_path = ""
pl_percent = 0
end
local c_type = c_file:match("%.([^.]+)$")
print("palying type:", c_type)
local pl_exist = false
if c_type ~= nil then
local temp_list = utils.readdir(pl_root.."/", "files")
table.sort(temp_list)
for i = 1, #temp_list do
local name = temp_list[i]
if name:match("%."..c_type.."$") ~= nil then
local path = pl_root.."/"..name
table.insert(pl_list, path)
if(pl_name == name) then
pl_exist = true
pl_idx = #pl_list
end
if(c_file == name) then
c_idx = #pl_list
end
end
end
end
if(not pl_exist) then
pl_path = c_path
pl_name = c_file
pl_idx = c_idx
end
if(c_idx == pl_idx) then
mp.set_property("percent-pos", pl_percent)
M.show("resume ok", 1500)
else
wait_msg = M.get_file_num(pl_idx)
M.wait_jump_timer = mp.add_periodic_timer(1, M.wait_jump)
M.bind_key()
end
M.save_period_timer = mp.add_periodic_timer(o.save_period, M.save_mark)
mp.add_hook("on_unload", 50, M.save_mark)
mp.observe_property("pause", "bool", M.pause)
end
mp.register_event("file-loaded", M.exe)
|
--Chiptune Generator
local wave, freq, amp = 0, 0, 1
local sel = 0
local waves = 5
local wname = {
"Sin", "Square", "Pulse","Sawtooth",
"Triangle", "Noise"
}
local wpics = {}
local wquads = {}
local wx = 0
function _extractPics()
local pics = {1,5,9,13,17,21}
for id, sid in ipairs(pics) do
local rx, ry, rw, rh = SpriteMap:rect(sid)
rw, rh = 32, 32
local imgd = imagedata(32,32)
imgd:paste(SpriteMap:data(),0,0, rx,ry,rw,rh)
wpics[id-1] = imgd:image()
wquads[id-1] = imgd:quad(0,0,64,32)
end
end
function _init()
pal(15,0)
_extractPics()
Audio.generate(wave, freq, amp)
end
function _drawPic()
SpriteGroup(241, 136,40, 6,6)
clip(136+8,40+8, 32,32)
wpics[wave]:draw(136+8-wx,40+8-(32*amp-32)/2, 0, 1,amp, wquads[wave])
clip()
end
function _drawUI()
color(12)
print("CHIPTUNE GENERATOR V2.0", 5,40)
if sel == 0 then
color(7)
print("> Wave: "..wname[wave+1],10,55)
else
color(6)
print("Wave: "..wname[wave+1],10,55)
end
if sel == 1 then
color(7)
print("> Frequency: "..freq.."Hz",10,65)
else
color(6)
print("Frequency: "..freq.."Hz",10,65)
end
if sel == 2 then
color(7)
print("> AMP: "..amp,10,75)
else
color(6)
print("AMP: "..amp,10,75)
end
end
function _draw()
clear(0)
rect(0,32, 192, 128-64, false, 5)
pushMatrix()
_drawUI()
_drawPic()
popMatrix()
end
function _updatePic(dt)
wx = (wx + (freq/10)*dt) % 32
end
function _update(dt)
_updatePic(dt)
if btnp(3) then
sel = sel-1
if sel == -1 then
sel = 2
end
elseif btnp(4) then
sel = (sel+1)%3
end
if btnp(5) then --Inc
if sel == 0 then
wave = math.min(wave+1,waves)
elseif sel == 1 then
freq = math.min(freq+100,20000)
elseif sel == 2 then
amp = amp+0.1
end
Audio.generate(wave,freq,amp)
elseif btnp(6) then --Dec
if sel == 0 then
wave = math.max(wave-1,0)
elseif sel == 1 then
freq = math.max(freq-100,0)
elseif sel == 2 then
amp = amp-0.1
end
Audio.generate(wave,freq,amp)
end
if btnp(7) then
Audio.generate()
end
end
|
local itemUtil = {}
local sounds = require("__base__.prototypes.entity.sounds")
local danyao_pic = "__xiuxian-graphics__/graphics/icons/danyao/dan-juqi.png"
local dihuo_pic = "__xiuxian-graphics__/graphics/icons/地火.png"
function itemUtil.createDanyao(item_name)
data:extend(
{
{
type = "tool",
name = item_name,
icon = danyao_pic,
icon_size = 128,
--icon_mipmaps = 3,
subgroup = "服用的丹药",
durability = 1,
stack_size = 100
}
})
end
function itemUtil.createDanyaoFu(item_name)
data:extend(
{
{
type = "capsule",
name = item_name,
icon = danyao_pic,
icon_size = 128,
--icon_mipmaps = 3,
subgroup = "服用的丹药",
capsule_action = {
type = "use-on-self",
attack_parameters = {
type = "projectile",
activation_type = "consume",
ammo_category = "capsule",
cooldown = 30,
range = 0,
ammo_type = {
category = "capsule",
target_type = "position", -- "entity", "position" or "direction"
action = {
type = "direct",
action_delivery = {
type = "instant",
target_effects = {
{
type = "damage",
damage = { type = "physical", amount = -80 }
},
{
type = "play-sound",
sound = sounds.eat_fish
}
}
}
}
}
}
},
stack_size = 100
}
})
end
function itemUtil.createDanyaoRecipe(item_name)
data:extend(
{
{
type = "recipe",
name = item_name,
enabled = false,
ingredients = { { "灵石", 50 } },
result = item_name
}
})
end
function itemUtil.createModule(item_name, tier)
--模块在其类别内的层。升级模块时使用：Ctrl +单击模块进入实体，如果它们具有相同的类别，它将用较高层模块替换较低层模块。
tier = tier or 1
data:extend(
{
{
type = "module",
name = item_name,
icon = dihuo_pic,
icon_size = 60,
subgroup = "地火",
category = "地火",
tier = tier,
effect = { speed = { bonus = 0.5 }, consumption = { bonus = 0.5 } },
ingredients = { { "灵石", 50 } },
stack_size = 100
}
})
end
function itemUtil.createModuleRecipe(item_name, tier)
tier = tier or 1
data:extend(
{
{
type = "recipe",
name = item_name,
enabled = false,
subgroup = "地火",
ingredients = { { "火灵石矿", 100 * tier } },
result = item_name
}
})
end
return itemUtil
|
table.insert(emojichatHTML, 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rds:["rw","flag","nation","country","banner"],char:"🇷🇼",fitzpatrick_scale:!1,category:"flags"},st_barthelemy:{keywords:["saint","barthélemy","flag","nation","country","banner"],char:"🇧🇱",fitzpatrick_scale:!1,category:"flags"},st_helena:{keywords:["saint","helena","ascension","tristan","cunha","flag","nation","country","banner"],char:"🇸🇭",fitzpatrick_scale:!1,category:"flags"},st_kitts_nevis:{keywords:["saint","kitts","nevis","flag","nation","country","banner"],char:"🇰🇳",fitzpatrick_scale:!1,category:"flags"},st_lucia:{keywords:["saint","lucia","flag","nation","country","banner"],char:"🇱🇨",fitzpatrick_scale:!1,category:"flags"},st_pierre_miquelon:{keywords:["saint","pierre","miquelon","flag","nation","country","banner"],char:"🇵🇲",fitzpatrick_scale:!1,category:"flags"},st_vincent_grenadines:{keywords:["saint","vincent","grenadines","flag","nation","country","banner"],char:"🇻🇨",fitzpatrick_scale:!1,category:"flags"},samoa:{keywords:["ws","flag","nation","country","banner"],char:"🇼🇸",fitzpatrick_scale:!1,category:"flags"},san_marino:{keywords:["san","marino","flag","nation","country","banner"],char:"🇸🇲",fitzpatrick_scale:!1,category:"flags"},sao_tome_principe:{keywords:["sao","tome","principe","flag","nation","country","banner"],char:"🇸🇹",fitzpatrick_scale:!1,category:"flags"},saudi_arabia:{keywords:["flag","nation","country","banner"],char:"🇸🇦",fitzpatrick_scale:!1,category:"flags"},senegal:{keywords:["sn","flag","nation","country","banner"],char:"🇸🇳",fitzpatrick_scale:!1,category:"flags"},serbia:{keywords:["rs","flag","nation","country","banner"],char:"🇷🇸",fitzpatrick_scale:!1,category:"flags"},seychelles:{keywords:["sc","flag","nation","country","banner"],char:"🇸🇨",fitzpatrick_scale:!1,category:"flags"},sierra_leone:{keywords:["sierra","leone","flag","nation","country","banner"],char:"🇸🇱",fitzpatrick_scale:!1,category:"flags"},singapore:{keywords:["sg","flag","nation","country","banner"],char:"🇸🇬",fitzpatrick_scale:!1,category:"flags"},sint_maarten:{keywords:["sint","maarten","dutch","flag","nation","country","banner"],char:"🇸🇽",fitzpatrick_scale:!1,category:"flags"},slovakia:{keywords:["sk","flag","nation","country","banner"],char:"🇸🇰",fitzpatrick_scale:!1,category:"flags"},slovenia:{keywords:["si","flag","nation","country","banner"],char:"🇸🇮",fitzpatrick_scale:!1,category:"flags"},solomon_islands:{keywords:["solomon","islands","flag","nation","country","banner"],char:"🇸🇧",fitzpatrick_scale:!1,category:"flags"},somalia:{keywords:["so","flag","nation","country","banner"],char:"🇸🇴",fitzpatrick_scale:!1,category:"flags"},south_africa:{keywords:["south","africa","flag","nation","country","banner"],char:"🇿🇦",fitzpatrick_scale:!1,category:"flags"},south_georgia_south_sandwich_islands:{keywords:["south","georgia","sandwich","islands","flag","nation","country","banner"],char:"🇬🇸",fitzpatrick_scale:!1,category:"flags"},kr:{keywords:["south","korea","nation","flag","country","banner"],char:"🇰🇷",fitzpatrick_scale:!1,category:"flags"},south_sudan:{keywords:["south","sd","flag","nation","country","banner"],char:"🇸🇸",fitzpatrick_scale:!1,category:"flags"},es:{keywords:["spain","flag","nation","country","banner"],char:"🇪🇸",fitzpatrick_scale:!1,category:"flags"},sri_lanka:{keywords:["sri","lanka","flag","nation","country","banner"],char:"🇱🇰",fitzpatrick_scale:!1,category:"flags"},sudan:{keywords:["sd","flag","nation","country","banner"],char:"🇸🇩",fitzpatrick_scale:!1,category:"flags"},suriname:{keywords:["sr","flag","nation","country","banner"],char:"🇸🇷",fitzpatrick_scale:!1,category:"flags"},swaziland:{keywords:["sz","flag","nation","country","banner"],char:"🇸🇿",fitzpatrick_scale:!1,category:"flags"},sweden:{keywords:["se","flag","nation","country","banner"],char:"🇸🇪",fitzpatrick_scale:!1,category:"flags"},switzerland:{keywords:["ch","flag","nation","country","banner"],char:"🇨🇭",fitzpatrick_scale:!1,category:"flags"},syria:{keywords:["syrian","arab","republic","flag","nation","country","banner"],char:"🇸🇾",fitzpatrick_scale:!1,category:"flags"},taiwan:{keywords:["tw","flag","nation","country","banner"],char:"🇹🇼",fitzpatrick_scale:!1,category:"flags"},tajikistan:{keywords:["tj","flag","nation","country","banner"],char:"🇹🇯",fitzpatrick_scale:!1,category:"flags"},tanzania:{keywords:["tanzania,","united","republic","flag","nation","country","banner"],char:"🇹🇿",fitzpatrick_scale:!1,category:"flags"},thailand:{keywords:["th","flag","nation","country","banner"],char:"🇹🇭",fitzpatrick_scale:!1,category:"flags"},timor_leste:{keywords:["timor","leste","flag","nation","country","banner"],char:"🇹🇱",fitzpatrick_scale:!1,category:"flags"},togo:{keywords:["tg","flag","nation","country","banner"],char:"🇹🇬",fitzpatrick_scale:!1,category:"flags"},tokelau:{keywords:["tk","flag","nation","country","banner"],char:"🇹🇰",fitzpatrick_scale:!1,category:"flags"},tonga:{keywords:["to","flag","nation","country","banner"],char:"🇹🇴",fitzpatrick_scale:!1,category:"flags"},trinidad_tobago:{keywords:["trinidad","tobago","flag","nation","country","banner"],char:"🇹🇹",fitzpatrick_scale:!1,category:"flags"},tunisia:{keywords:["tn","flag","nation","country","banner"],char:"🇹🇳",fitzpatrick_scale:!1,category:"flags"},tr:{keywords:["turkey","flag","nation","country","banner"],char:"🇹🇷",fitzpatrick_scale:!1,category:"flags"},turkmenistan:{keywords:["flag","nation","country","banner"],char:"🇹🇲",fitzpatrick_scale:!1,category:"flags"},turks_caicos_islands:{keywords:["turks","caicos","islands","flag","nation","country","banner"],char:"🇹🇨",fitzpatrick_scale:!1,category:"flags"},tuvalu:{keywords:["flag","nation","country","banner"],char:"🇹🇻",fitzpatrick_scale:!1,category:"flags"},uganda:{keywords:["ug","flag","nation","country","banner"],char:"🇺🇬",fitzpatrick_scale:!1,category:"flags"},ukraine:{keywords:["ua","flag","nation","country","banner"],char:"🇺🇦",fitzpatrick_scale:!1,category:"flags"},united_arab_emirates:{keywords:["united","arab","emirates","flag","nation","country","banner"],char:"🇦🇪",fitzpatrick_scale:!1,category:"flags"},uk:{keywords:["united","kingdom","great","britain","northern","ireland","flag","nation","country","banner","british","UK","english","england","union jack"],char:"🇬🇧",fitzpatrick_scale:!1,category:"flags"},england:{keywords:["flag","english"],char:"🏴",fitzpatrick_scale:!1,category:"flags"},scotland:{keywords:["flag","scottish"],char:"🏴",fitzpatrick_scale:!1,category:"flags"},wales:{keywords:["flag","welsh"],char:"🏴",fitzpatrick_scale:!1,category:"flags"},us:{keywords:["united","states","america","flag","nation","country","banner"],char:"🇺🇸",fitzpatrick_scale:!1,category:"flags"},us_virgin_islands:{keywords:["virgin","islands","us","flag","nation","country","banner"],char:"🇻🇮",fitzpatrick_scale:!1,category:"flags"},uruguay:{keywords:["uy","flag","nation","country","banner"],char:"🇺🇾",fitzpatrick_scale:!1,category:"flags"},uzbekistan:{keywords:["uz","flag","nation","country","banner"],char:"🇺🇿",fitzpatrick_scale:!1,category:"flags"},vanuatu:{keywords:["vu","flag","nation","country","banner"],char:"🇻🇺",fitzpatrick_scale:!1,category:"flags"},vatican_city:{keywords:["vatican","city","flag","nation","country","banner"],char:"🇻🇦",fitzpatrick_scale:!1,category:"flags"},venezuela:{keywords:["ve","bolivarian","republic","flag","nation","country","banner"],char:"🇻🇪",fitzpatrick_scale:!1,category:"flags"},vietnam:{keywords:["viet","nam","flag","nation","country","banner"],char:"🇻🇳",fitzpatrick_scale:!1,category:"flags"},wallis_futuna:{keywords:["wallis","futuna","flag","nation","country","banner"],char:"🇼🇫",fitzpatrick_scale:!1,category:"flags"},western_sahara:{keywords:["western","sahara","flag","nation","country","banner"],char:"🇪🇭",fitzpatrick_scale:!1,category:"flags"},yemen:{keywords:["ye","flag","nation","country","banner"],char:"🇾🇪",fitzpatrick_scale:!1,category:"flags"},zambia:{keywords:["zm","flag","nation","country","banner"],char:"🇿🇲",fitzpatrick_scale:!1,category:"flags"},zimbabwe:{keywords:["zw","flag","nation","country","banner"],char:"🇿🇼",fitzpatrick_scale:!1,category:"flags"},united_nations:{keywords:["un","flag","banner"],char:"🇺🇳",fitzpatrick_scale:!1,category:"flags"},pirate_flag:{keywords:["skull","crossbones","flag","banner"],char:"🏴☠️",fitzpatrick_scale:!1,category:"flags"}}},function(a){a.exports=["grinning","smiley","smile","grin","laughing","sweat_smile","joy","rofl","relaxed","blush","innocent","slightly_smiling_face","upside_down_face","wink","relieved","heart_eyes","smiling_face_with_three_hearts","kissing_heart","kissing","kissing_smiling_eyes","kissing_closed_eyes","yum","stuck_out_tongue","stuck_out_tongue_closed_eyes","stuck_out_tongue_winking_eye","zany","raised_eyebrow","monocle","nerd_face","sunglasses","star_struck","partying","smirk","unamused","disappointed","pensive","worried","confused","slightly_frowning_face","frowning_face","persevere","confounded","tired_face","weary","pleading","cry","sob","triumph","angry","rage","symbols_over_mouth","exploding_head","flushed","hot","cold","scream","fearful","cold_sweat","disappointed_relieved","sweat","hugs","thinking","hand_over_mouth","shushing","lying_face","no_mouth","neutral_face","expressionless","grimacing","roll_eyes","hushed","frowning","anguished","open_mouth","astonished","sleeping","drooling_face","sleepy","dizzy_face","zipper_mouth_face","woozy","nauseated_face","vomiting","sneezing_face","mask","face_with_thermometer","face_with_head_bandage","money_mouth_face","cowboy_hat_face","smiling_imp","imp","japanese_ogre","japanese_goblin","clown_face","poop","ghost","skull","skull_and_crossbones","alien","space_invader","robot","jack_o_lantern","smiley_cat","smile_cat","joy_cat","heart_eyes_cat","smirk_cat","kissing_cat","scream_cat","crying_cat_face","pouting_cat","palms_up","open_hands","raised_hands","clap","handshake","+1","-1","facepunch","fist","fist_left","fist_right","crossed_fingers","v","love_you","metal","ok_hand","point_left","point_right","point_up","point_down","point_up_2","raised_hand","raised_back_of_hand","raised_hand_with_fingers_splayed","vulcan_salute","wave","call_me_hand","muscle","fu","writing_hand","pray","foot","leg","ring","lipstick","kiss","lips","tooth","tongue","ear","nose","footprints","eye","eyes","brain","speaking_head","bust_in_silhouette","busts_in_silhouette","baby","girl","child","boy","woman","adult","man","blonde_woman","blonde_man","bearded_person","older_woman","older_adult","older_man","man_with_gua_pi_mao","woman_with_headscarf","woman_with_turban","man_with_turban","policewoman","policeman","construction_worker_woman","construction_worker_man","guardswoman","guardsman","female_detective","male_detective","woman_health_worker","man_health_worker","woman_farmer","man_farmer","woman_cook","man_cook","woman_student","man_student","woman_singer","man_singer","woman_teacher","man_teacher","woman_factory_worker","man_factory_worker","woman_technologist","man_technologist","woman_office_worker","man_office_worker","woman_mechanic","man_mechanic","woman_scientist","man_scientist","woman_artist","man_artist","woman_firefighter","man_firefighter","woman_pilot","man_pilot","woman_astronaut","man_astronaut","woman_judge","man_judge","bride_with_veil","man_in_tuxedo","princess","prince","woman_superhero","man_superhe]===])
|
-- Returns a factory that creates a function which returns an existing instance of an object, or returns a new instance of that object.
-- Sorry if that was confusing.
-- Example for help:
-- local GetOrCreateFactory = require(this)
-- local GetOrCreateFolder = GetOrCreateFactory("Folder")
-- GetOrCreateFolder(game.ReplicatedStorage, "MyFolderName")
local function findOrCreate(parent, name, class)
local obj = parent:FindFirstChild(name)
if obj ~= nil then return obj end
local obj = Instance.new(class)
obj.Name = name
obj.Parent = parent
return obj
end
return function(class, Parent, Name)
if not Parent or not Name then
return function(parent, name)
return findOrCreate(parent, name, class)
end
else
return findOrCreate(Parent, Name, class)
end
end
|
local refresh_expiration = function (now, nextRequest, groupTimeout)
if groupTimeout ~= nil then
local ttl = (nextRequest + groupTimeout) - now
for i = 1, #KEYS do
redis.call('pexpire', KEYS[i], ttl)
end
end
end
|
package("mkl")
set_homepage("https://software.intel.com/content/www/us/en/develop/tools/oneapi/components/onemkl.html")
set_description("Intel® oneAPI Math Kernel Library")
if is_plat("windows") then
if is_arch("x64") then
add_urls("https://anaconda.org/intel/mkl-static/$(version)/download/win-64/mkl-static-$(version)-intel_296.tar.bz2")
add_versions("2021.2.0", "54209e5d9c4778381f08b9a90e900c001494db020cda426441cd624cb0f7ebdc")
add_resources("2021.2.0", "headers", "https://anaconda.org/intel/mkl-include/2021.2.0/download/win-64/mkl-include-2021.2.0-intel_296.tar.bz2", "ba222ea4ceb9e09976f23a3df39176148b4469b297275f3d05c1ad411b3d54c3")
elseif is_arch("x86") then
add_urls("https://anaconda.org/intel/mkl-static/$(version)/download/win-32/mkl-static-$(version)-intel_296.tar.bz2")
add_versions("2021.2.0", "eaf0df027d58c5fd948f86b83dfc4d608855962cbdb04551712c9aeeb7b26eca")
add_resources("2021.2.0", "headers", "https://anaconda.org/intel/mkl-include/2021.2.0/download/win-32/mkl-include-2021.2.0-intel_296.tar.bz2", "8ed173edff75783426de1bbc1d122266047fc84d4cfc5a9b810b1f2792f02c37")
end
elseif is_plat("macosx") and is_arch("x86_64") then
add_urls("https://anaconda.org/intel/mkl-static/$(version)/download/osx-64/mkl-static-$(version)-intel_269.tar.bz2")
add_versions("2021.2.0", "b7af248f01799873333cbd388b5efa19601cf6815dc38713509974783f4b1ccd")
add_resources("2021.2.0", "headers", "https://anaconda.org/intel/mkl-include/2021.2.0/download/osx-64/mkl-include-2021.2.0-intel_269.tar.bz2", "5215d62cadeb3f8021230163dc35ad38259e3688aa0f39d7da69ebe54ab45624")
elseif is_plat("linux") then
if is_arch("x86_64") then
add_urls("https://anaconda.org/intel/mkl-static/$(version)/download/linux-64/mkl-static-$(version)-intel_296.tar.bz2")
add_versions("2021.2.0", "2bcaefefd593e4fb521e1fc88715f672ae5b9d1706babf10e3a10ef43ea0f983")
add_resources("2021.2.0", "headers", "https://anaconda.org/intel/mkl-include/2021.2.0/download/linux-64/mkl-include-2021.2.0-intel_296.tar.bz2", "13721fead8a3eddee15b914fd3ae9cf2095966af79bbc2f086462eda9fff4d62")
elseif is_arch("x86") then
add_urls("https://anaconda.org/intel/mkl-static/$(version)/download/linux-32/mkl-static-$(version)-intel_296.tar.bz2")
add_versions("2021.2.0", "34a1bc80a4a39ca5a55d29e9fcc803380fbc4d029ae496e60a918e8d12db68c2")
add_resources("2021.2.0", "headers", "https://anaconda.org/intel/mkl-include/2021.2.0/download/linux-32/mkl-include-2021.2.0-intel_296.tar.bz2", "7fcbc945377b486b40d29b170d0b6c39bbc5b430ac7284dae2046bbf610f643d")
end
end
add_configs("threading", {description = "Choose threading modal for mkl.", default = "tbb", type = "string", values = {"tbb", "openmp", "seq"}})
on_fetch("fetch")
if is_plat("linux") then
add_syslinks("pthread", "dl")
end
on_load("windows", "macosx", "linux", function (package)
package:add("links", package:is_arch("x64", "x86_64") and "mkl_lapack95_ilp64" or "mkl_lapack95")
if package:is_plat("windows") then
package:add("links", package:is_arch("x64", "x86_64") and "mkl_intel_ilp64" or "mkl_intel_c")
else
package:add("links", package:is_arch("x64", "x86_64") and "mkl_intel_ilp64" or "mkl_intel")
end
local threading = package:config("threading")
if threading == "tbb" then
package:add("links", "mkl_tbb_thread")
package:add("deps", "tbb")
elseif threading == "seq" then
package:add("links", "mkl_sequential")
elseif threading == "openmp" then
package:add("links", "mkl_intel_thread")
end
package:add("links", "mkl_core")
end)
on_install("windows", "macosx", "linux", function (package)
local headerdir = package:resourcedir("headers")
if package:is_plat("windows") then
os.trymv(path.join("Library", "lib"), package:installdir())
os.trymv(path.join(headerdir, "Library", "include"), package:installdir())
else
os.trymv(path.join("lib"), package:installdir())
os.trymv(path.join(headerdir, "include"), package:installdir())
end
end)
on_test(function (package)
assert(package:check_csnippets({test = [[
void test() {
double A[6] = {1.0,2.0,1.0,-3.0,4.0,-1.0};
double B[6] = {1.0,2.0,1.0,-3.0,4.0,-1.0};
double C[9] = {.5,.5,.5,.5,.5,.5,.5,.5,.5};
cblas_dgemm(CblasColMajor,CblasNoTrans,CblasTrans,3,3,2,1,A,3,B,3,2,C,3);
}
]]}, {includes = "mkl_cblas.h"}))
end)
|
require 'nn'
require 'lfs'
input_params = {
data_dir = "/home/prannayk/machine_learning/datasets/",
learningRate = 0.1,
dropout = 0.2,
skip_window = 2,
margin = 0.02,
num_layers = 3,
train_frac = 0.7,
valid_frac = 0.2,
test_frac = 0.1,
input_file = "text8",
vocab_file = "vocab.t7",
tensor_file = "tensor.t7"
}
print("Loaded dependencies")
local BatchCreator = require 'util.BatchCreator'
print(input_params)
batch = BatchCreator.create(input_params)
print(batch)
batch:checkLoadedVectors()
print(some)
--BatchCreator:checkLoadedVectors()
print ("Loaded data, finished building Vocab and Tensors")
|
local BX_DIR = "%{wks.location}/bx"
local BIMG_DIR = "%{wks.location}/bimg"
project "bimg"
kind "StaticLib"
language "C++"
cppdialect "C++14"
exceptionhandling "Off"
rtti "Off"
files
{
BIMG_DIR .. "/include/bimg/*.h",
BIMG_DIR .. "/src/image.cpp",
BIMG_DIR .. "/src/image_gnf.cpp",
BIMG_DIR .. "/src/*.h",
BIMG_DIR .. "/3rdparty/astc-codec/src/decoder/*.cc",
}
includedirs
{
BX_DIR .. "/include",
BIMG_DIR .. "/include",
BIMG_DIR .. "/3rdparty/astc-codec",
BIMG_DIR .. "/3rdparty/astc-codec/include",
}
filter "action:vs*"
includedirs { BX_DIR .. "/include/compat/msvc" }
filter { "system:windows", "action:gmake" }
includedirs { BX_DIR .. "/include/compat/mingw" }
filter { "system:macosx" }
includedirs { BX_DIR .. "/include/compat/osx" }
buildoptions { "-x objective-c++" }
|
local ffi = require('ffi')
local keymap = require('fzf.keymap')
fzf = {}
fzf.results = {}
fzf.prompt = {}
ffi.cdef[[
typedef struct
{
char* str;
size_t len;
} fzf_string;
typedef struct
{
fzf_string results[40];
size_t len;
} fzf_output;
void fzf_init(char** ignore, int len);
void fzf_start(fzf_string* prompt);
fzf_output fzf_get_output();
int fzf_char_match(fzf_string* s1, fzf_string* s2);
int fzf_fuzzy_match(fzf_string* s1, fzf_string* s2);
]]
local lib = {}
function fzf.setup()
local path = vim.api.nvim_get_runtime_file('bin/libfuzzy.*', false)
lib = ffi.load(path[1])
local ignore = ffi.new('char*[?]', 2)
ignore[0] = ffi.new('char[?]', #'./.git')
ffi.copy(ignore[0], './.git')
ignore[1] = ffi.new('char[?]', #'./build')
ffi.copy(ignore[1], './build')
lib.fzf_init(ignore, 2)
end
function fzf.create_win()
local opts = {
relative = 'editor',
style = 'minimal',
border = 'single'
}
opts.col = math.ceil(vim.o.columns / 4)
opts.row = math.ceil(vim.o.lines / 8) - 2
opts.width = vim.o.columns - opts.col * 2
opts.height = vim.o.lines - opts.row * 2 - 6
fzf.results.buf = vim.api.nvim_create_buf(false, true)
fzf.results.win = vim.api.nvim_open_win(fzf.results.buf, false, opts)
opts.row = vim.o.lines - math.ceil(vim.o.lines / 8) - 2
opts.height = 1
fzf.prompt.buf = vim.api.nvim_create_buf(false, true)
fzf.prompt.win = vim.api.nvim_open_win(fzf.prompt.buf, true, opts)
fzf.prompt.tick = vim.api.nvim_buf_get_changedtick(fzf.prompt.buf)
fzf.selection = 0
fzf.selected = ''
vim.wo.statusline = '%#STLText# fzf'
vim.bo.filetype = 'fzf'
vim.api.nvim_command('autocmd BufLeave <buffer> lua require("fzf").close()')
vim.api.nvim_buf_set_option(fzf.prompt.buf, 'buftype', 'prompt')
vim.fn.prompt_setprompt(fzf.prompt.buf, '> ')
keymap.bind(fzf.prompt.buf)
end
function fzf.close()
vim.api.nvim_set_current_win(fzf.cwin)
vim.api.nvim_set_current_buf(fzf.cbuf)
vim.api.nvim_win_close(fzf.results.win, { force = 1 })
vim.api.nvim_win_close(fzf.prompt.win, { force = 1 })
vim.api.nvim_buf_delete(fzf.results.buf, { force = 1 })
vim.api.nvim_buf_delete(fzf.prompt.buf, { force = 1 })
vim.api.nvim_input('<esc>')
end
function fzf.render()
local lines = {}
local output = lib.fzf_get_output()
local height = vim.api.nvim_win_get_height(fzf.results.win)
local len = tonumber(output.len)
if len == 0 then return end
for i = 1, height - len do
table.insert(lines, '')
end
local start = math.max(len - height, 0)
for i = start, len - 1 do
local prefix = ' '
local str = output.results[i]
if i == len - fzf.selection - 1 then
prefix = '> '
fzf.selected = ffi.string(str.str, str.len)
end
table.insert(lines, prefix .. ffi.string(str.str, str.len))
end
vim.api.nvim_buf_set_lines(fzf.results.buf, 0, -1, false, lines)
end
function fzf.run()
fzf.cwin = vim.api.nvim_get_current_win()
fzf.cbuf = vim.api.nvim_get_current_buf()
fzf.create_win()
local timer = vim.loop.new_timer()
timer:start(100, 50, vim.schedule_wrap(function()
local tick = vim.api.nvim_buf_get_changedtick(fzf.prompt.buf)
if tick ~= fzf.prompt.tick then
fzf.prompt.tick = tick
local lines = vim.api.nvim_buf_get_lines(fzf.prompt.buf, 0, 1, false)
local input = string.sub(lines[1], 3):lower()
local prompt = ffi.new('fzf_string[?]', 1)
prompt[0].str = ffi.new('char[?]', #input + 1)
ffi.copy(prompt[0].str, input)
prompt[0].len = #input
lib.fzf_start(prompt)
end
if vim.api.nvim_buf_line_count(fzf.prompt.buf) > 1 then
vim.api.nvim_buf_set_lines(fzf.prompt.buf, 0, -1, false, {})
end
fzf.render()
end))
vim.api.nvim_buf_attach(fzf.prompt.buf, false, {
on_detach = function()
timer:stop()
timer:close()
end
})
vim.api.nvim_input('i')
end
return fzf
|
local debug = require("__janosch-lib__.debug")
local error = {}
-- error types
error.no_handler_for_request_type = function (request_type)
return {
code = 1,
message = "No handler found for request_type: " .. request_type,
}
end
error.request_handler_failed = function (request_type, lua_error, handler)
local origin
if handler then
origin = debug.format_info(handler)
else
origin = "unknown"
end
return {
code = 2,
lua_error = lua_error,
message = "Handler failed with unexpectedly: " .. origin,
}
end
return error
|
RoundController = Class {
init = function(self)
self.roundIndex = 1
self.readyToStart = false
self.currentRound = Round(1)
self.totalRounds = 30
self.crucible = Crucible(3)
self.ENEMY_BLUEPRINTS = require("src.enemy-blueprints")
self.bossRounds = {
{
roundIndex = 5,
crucibleSlots = {
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
}
},
{
roundIndex = 10,
crucibleSlots = {
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
}
},
{
roundIndex = 15,
crucibleSlots = {
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
}
},
{
roundIndex = 20,
crucibleSlots = {
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL"]
}
}
},
{
roundIndex = 25,
crucibleSlots = {
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-EYE"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL-DARK"]
}
}
},
{
roundIndex = 30,
crucibleSlots = {
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-EYE"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-EYE"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-EYE"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-SKULL-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-EYE"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-TEETH-DARK"]
},
{
blueprint = self.ENEMY_BLUEPRINTS["BLOB-EYE"]
}
}
},
}
end;
update = function(self, dt)
if self.readyToStart then
roundController:startRound()
self.readyToStart = false
end
end;
canSpawn = function(self)
return self.currentRound.enemiesSpawned < #self.currentRound.enemies
end;
nextEnemy = function(self)
local enemy = self.currentRound:getNextEnemy()
Timer.after(constants.ENEMY.SPAWN_INTERVAL/2, function() self:updateCauldron() end)
return enemy
end;
enemyDefeated = function(self)
self.currentRound.enemiesDefeated = self.currentRound.enemiesDefeated + 1
if self.currentRound.enemiesDefeated == self.currentRound.totalEnemies then
self:nextRound()
end
end;
nextRound = function(self)
if self.roundIndex + 1 > self.totalRounds then
if not playerController.hasLost then
playerController:victory()
end
else
self.crucible:reset()
self.roundIndex = self.roundIndex + 1
animationController:changeSpriteState(world.spawnAnimation, "DEFAULT")
self.currentRound = Round(self.roundIndex)
uiController.firstRun = true
for i, bossRound in pairs(self.bossRounds) do
if bossRound.roundIndex == self.roundIndex then
self:prepareBossRound(bossRound)
end
end
self:unlockEnemies()
self:lockEnemies()
if self.roundIndex == 2 and not configController.settings.seenMultiSelectTutorial then
Timer.after(1, function()
helpController:addText('Try holding SHIFT to place multiple structures quickly!', 20, {0.2,0.8,0})
configController:updateSetting('seenMultiSelectTutorial', true)
end)
end
if self.roundIndex == 3 and not configController.settings.seenUpgradeTutorial then
Timer.after(1, function()
helpController:addText('You can create hybrid towers by spending the currency you gain from defeating elemental blobs!', 20, {0.2,0.8,0})
configController:updateSetting('seenUpgradeTutorial', true)
end)
end
if self.roundIndex == 4 and not configController.settings.seenRefundTutorial then
Timer.after(1, function()
helpController:addText('You can refund any existing towers for the full cost (including upgrades)', 20, {0.2,0.8,0})
configController:updateSetting('seenRefundTutorial', true)
end)
end
if self.roundIndex == 5 and not configController.settings.seenBossTutorial then
Timer.after(1, function()
helpController:addText('Steady now! Every 5th wave your maze will be tested by powerful boss monsters.', 20, {0.8,0.3,0})
configController:updateSetting('seenBossTutorial', true)
end)
end
if self.roundIndex == 6 then
if not configController.settings.seenLargeTutorialOne then
Timer.after(1, function()
helpController:addText('Large blobs are now available. Be careful though, they are MUCH tougher than regular blobs!', 20, {0.2,0.8,0})
configController:updateSetting('seenLargeTutorial', true)
end)
end
end
if self.roundIndex == 7 and not configController.settings.seenBeaconTutorial then
Timer.after(1, function()
helpController:addText('Beacons can speed up the damage output of any nearby towers.', 20, {0.2,0.8,0})
configController:updateSetting('seenBeaconTutorial', true)
end)
end
if self.roundIndex == 8 and not configController.settings.seenMassResellTutorial then
Timer.after(1, function()
helpController:addText('Try holding X to quickly sell lots of towers!', 20, {0.2,0.8,0})
configController:updateSetting('seenMassResellTutorial', true)
end)
end
if self.roundIndex == 11 then
if not configController.settings.seenLargeTutorialTwo then
Timer.after(1, function()
helpController:addText('Large elemental enemies are now available! Be careful though, they are MUCH tougher than regular blobs!', 20, {0.2,0.8,0})
configController:updateSetting('seenLargeTutorial', true)
end)
end
end
if self.roundIndex == 16 or self.roundIndex == 21 or self.roundIndex == 26 then
Timer.after(1, function()
helpController:addText('Enemies just got tougher. Don\'t get cocky! ', 20, {0.2,0.8,0})
end)
end
end
end;
prepareBossRound = function(self, bossRound)
for i, slot in ipairs(bossRound.crucibleSlots) do
self.crucible:setSlot(i, slot.blueprint)
end
self.crucible:lock()
end;
startRound = function(self)
if self:isBuildPhase() then
-- build the crucible enemies
local roundEnemies = self.crucible:constructEnemies(self.roundIndex, self.totalRounds)
if #roundEnemies > 0 then
self.currentRound:setEnemies(roundEnemies)
world:setupTimers()
self.currentRound:start()
self:updateCauldron()
audioController:playAny("START_ROUND")
cameraController:shake(0.5, 3)
else
helpController:addText("You must select enemies to send before the round can begin!", nil, {0.8,0.3,0})
return
end
end
end;
updateCauldron = function(self)
local nextEnemy = self.currentRound:peekNextEnemy()
if nextEnemy then
animationController:changeSpriteState(world.spawnAnimation, "SPAWNING_"..nextEnemy.element)
end
end;
isBuildPhase = function(self)
return not self.currentRound.hasStarted
end;
isEnemyPhase = function(self)
return self.currentRound.hasStarted
end;
unlockEnemies = function(self)
for i, enemy in pairs(self.ENEMY_BLUEPRINTS) do
if self.roundIndex == enemy.roundLocks[1] then
enemy.isUnlocked = true
end
end
end;
lockEnemies = function(self)
for i, enemy in pairs(self.ENEMY_BLUEPRINTS) do
if self.roundIndex == enemy.roundLocks[2] then
enemy.isUnlocked = false
end
end
end;
}
|
--[[
Try this file with the following commands lines;
example.lua --help
example.lua -o myfile -d --compress=gzip inputfile
example.lua --__DUMP__ -o myfile -d --compress=gzip inputfile
--]]
local cli = require "cliargs"
-- this is called when the flag -v or --version is set
local function print_version()
print("cli_example.lua: version 1.2.1")
print("lua_cliargs: version " .. cli.VERSION)
os.exit(0)
end
cli:set_name("cli_example.lua")
-- Required arguments:
cli:argument("OUTPUT", "path to the output file")
-- Optional (repetitive) arguments
-- only the last argument can be optional. Being set to maximum 3 optionals.
cli:splat("INPUTS", "the source files to read from", "/tmp/foo", 3)
-- Optional parameters:
cli:option("-c, --compress=FILTER", "the filter to use for compressing output: gzip, lzma, bzip2, or none", "gzip")
-- cli:option("-o FILE", "path to output file", "/dev/stdout")
-- Flags: a flag is a boolean option. Defaults to false
-- A flag with short-key notation only
cli:flag("-d", "script will run in DEBUG mode")
-- A flag with both the short-key and --expanded-key notations, and callback function
cli:flag("-v, --version", "prints the program's version and exits", print_version)
-- A flag with --expanded-key notation only
cli:flag("--verbose", "the script output will be very verbose")
-- A flag that can be negated using --no- as a prefix, but you'll still have
-- to access its value without that prefix. See below for an example.
cli:flag('--[no-]ice-cream', 'ice cream, or not', true)
-- Parses from _G['arg']
local args, err = cli:parse(arg)
if not args and err then
-- something wrong happened and an error was printed
print(string.format('%s: %s; re-run with help for usage', cli.name, err))
os.exit(1)
elseif not args['ice-cream'] then
print('kernel panic: NO ICE CREAM?!11')
os.exit(1000)
end
-- argument parsing was successful, arguments can be found in `args`
-- upon successful parsing cliargs will delete itslef to free resources
-- for k,item in pairs(args) do print(k .. " => " .. tostring(item)) end
print("Output file: " .. args["OUTPUT"])
print("Input files:")
for i, out in ipairs(args.INPUTS) do
print(" " .. i .. ". " .. out)
end
print(args.c)
if not args['c'] or args['c'] == 'none' then
print("Won't be compressing")
else
print("Compressing using " .. args['c'])
end
if args['ice-cream'] then
print('And, one ice cream for you.')
end
|
local a = require('plenary.async.async')
local wrap = a.wrap
local void = a.void
local scheduler = require('plenary.async.util').scheduler
local cache = require('gitsigns.cache').cache
local config = require('gitsigns.config').config
local BlameInfo = require('gitsigns.git').BlameInfo
local api = vim.api
local current_buf = api.nvim_get_current_buf
local namespace = api.nvim_create_namespace('gitsigns_blame')
local timer = vim.loop.new_timer()
local M = {}
local wait_timer = wrap(vim.loop.timer_start, 4)
M.reset = function(bufnr)
bufnr = bufnr or current_buf()
api.nvim_buf_del_extmark(bufnr, namespace, 1)
pcall(api.nvim_buf_del_var, bufnr, 'gitsigns_blame_line_dict')
end
local max_cache_size = 1000
local BlameCache = {Elem = {}, }
BlameCache.contents = {}
function BlameCache:init_or_invalidate(bufnr)
if not config._blame_cache then return end
local tick = api.nvim_buf_get_var(bufnr, 'changedtick')
if not self.contents[bufnr] or self.contents[bufnr].tick ~= tick then
self.contents[bufnr] = { tick = tick, cache = {}, size = 0 }
end
end
function BlameCache:add(bufnr, lnum, x)
if not config._blame_cache then return end
local scache = self.contents[bufnr]
if scache.size <= max_cache_size then
scache.cache[lnum] = x
scache.size = scache.size + 1
end
end
function BlameCache:get(bufnr, lnum)
if not config._blame_cache then return end
return self.contents[bufnr].cache[lnum]
end
M.update = void(function()
M.reset()
local opts = config.current_line_blame_opts
wait_timer(timer, opts.delay, 0)
scheduler()
local bufnr = current_buf()
local bcache = cache[bufnr]
if not bcache or not bcache.git_obj.object_name then
return
end
local lnum = api.nvim_win_get_cursor(0)[1]
BlameCache:init_or_invalidate(bufnr)
local result = BlameCache:get(bufnr, lnum)
if not result then
local buftext = api.nvim_buf_get_lines(bufnr, 0, -1, false)
result = bcache.git_obj:run_blame(buftext, lnum, opts.ignore_whitespace)
BlameCache:add(bufnr, lnum, result)
end
scheduler()
M.reset(bufnr)
local lnum1 = api.nvim_win_get_cursor(0)[1]
if bufnr == current_buf() and lnum ~= lnum1 then
return
end
if not api.nvim_buf_is_loaded(bufnr) then
return
end
api.nvim_buf_set_var(bufnr, 'gitsigns_blame_line_dict', result)
if opts.virt_text then
api.nvim_buf_set_extmark(bufnr, namespace, lnum - 1, 0, {
id = 1,
virt_text = config.current_line_blame_formatter(
bcache.git_obj.repo.username,
result,
config.current_line_blame_formatter_opts),
virt_text_pos = opts.virt_text_pos,
hl_mode = 'combine',
})
end
end)
M.setup = function()
vim.cmd([[
augroup gitsigns_blame
autocmd!
augroup END
]])
for k, _ in pairs(cache) do
M.reset(k)
end
if config.current_line_blame then
vim.cmd([[autocmd gitsigns_blame FocusGained,BufEnter,CursorMoved,CursorMovedI * lua require("gitsigns.current_line_blame").update()]])
vim.cmd([[autocmd gitsigns_blame FocusLost,BufLeave * lua require("gitsigns.current_line_blame").reset()]])
M.update()
end
end
return M
|
local composer = require( "composer" )
local scene = composer.newScene()
-- -----------------------------------------------------------------------------------
-- Code outside of the scene event functions below will only be executed ONCE unless
-- the scene is removed entirely (not recycled) via "composer.removeScene()"
-- -----------------------------------------------------------------------------------
-- NOTE: THIS SCENE IS ONLY USED TO REFRESH THE GAME
-- -----------------------------------------------------------------------------------
-- Scene event functions
-- -----------------------------------------------------------------------------------
-- show()
function scene:show( event )
local sceneGroup = self.view
local phase = event.phase
if ( phase == "will" ) then
-- Code here runs when the scene is still off screen (but is about to come on screen)
elseif ( phase == "did" ) then
-- Code here runs when the scene is entirely on screen
composer.gotoScene( "scenes.game" )
end
end
-- -----------------------------------------------------------------------------------
-- Scene event function listeners
-- -----------------------------------------------------------------------------------
scene:addEventListener( "show", scene )
-- -----------------------------------------------------------------------------------
return scene
|
--[[
© 2016-2017 TeslaCloud Studios
See license in LICENSE.txt.
--]]
-- A function to include a file based on it's prefix.
function util.Include(strFile)
if (SERVER) then
if (string.find(strFile, "sh_") or string.find(strFile, "shared.lua")) then
AddCSLuaFile(strFile)
return include(strFile)
elseif (string.find(strFile, "cl_")) then
AddCSLuaFile(strFile)
elseif (string.find(strFile, "sv_") or string.find(strFile, "init.lua")) then
return include(strFile)
end
else
if (string.find(strFile, "sh_") or string.find(strFile, "cl_")
or string.find(strFile, "shared.lua")) then
return include(strFile)
end
end
end
-- A function to include all files in a directory.
function util.IncludeDirectory(strDirectory, strBase, bIsRecursive)
if (isstring(strBase)) then
if (!strBase:EndsWith("/")) then
strBase = strBase.."/"
end
strDirectory = strBase..strDirectory
end
if (!strDirectory:EndsWith("/")) then
strDirectory = strDirectory.."/"
end
if (bIsRecursive) then
local files, folders = file.Find(strDirectory.."*", "LUA", "namedesc")
-- First include the files.
for k, v in ipairs(files) do
if (v:GetExtensionFromFilename() == "lua") then
util.Include(strDirectory..v)
end
end
-- Then include all directories.
for k, v in ipairs(folders) do
util.IncludeDirectory(strDirectory..v, bIsRecursive)
end
else
local files, _ = file.Find(strDirectory.."*.lua", "LUA", "namedesc")
for k, v in ipairs(files) do
util.Include(strDirectory..v)
end
end
end
-- A function to check whether all of the arguments in vararg are valid (via IsValid).
function util.Validate(...)
local validate = {...}
if (#validate <= 0) then return false end
for k, v in ipairs(validate) do
if (!IsValid(v)) then
return false
end
end
return true
end
-- A function to get lowercase type of an object.
function typeof(obj)
return string.lower(type(obj))
end
-- A nicer wrapper for pcall.
function Try(id, func, ...)
id = id or "Try"
local result = {pcall(func, ...)}
local success = result[1]
table.remove(result, 1)
if (!success) then
ErrorNoHalt("[Try:"..id.."] Failed to run the function!\n")
ErrorNoHalt(unpack(result), "\n")
elseif (result[1] != nil) then
return unpack(result)
end
end
do
local tryCache = {}
-- An even nicer wrapper for pcall.
function try(tab)
tryCache = {}
tryCache.f = tab[1]
local args = {}
for k, v in ipairs(tab) do
if (k != 1) then
table.insert(args, v)
end
end
tryCache.args = args
end
function catch(handler)
local func = tryCache.f
local args = tryCache.args or {}
local result = {pcall(func, unpack(args))}
local success = result[1]
table.remove(result, 1)
tryCache = {}
if (!success) then
if (isfunction(handler[1])) then
handler[1](unpack(result))
else
ErrorNoHalt("[Try:Exception] Failed to run the function!\n")
ErrorNoHalt(unpack(result), "\n")
end
elseif (result[1] != nil) then
return unpack(result)
end
end
--[[
Please note that the try-catch block will only
run if you put in the catch function.
Example usage:
try {
function()
print("Hello World")
end
} catch {
function(exception)
print(exception)
end
}
try {
function(arg1, arg2)
print(arg1, arg2)
end, "arg1", "arg2"
} catch {
function(exception)
print(exception)
end
}
--]]
end
do
local materialCache = {}
-- A function to get a material. It caches the material automatically.
function util.GetMaterial(mat)
if (!materialCache[mat]) then
materialCache[mat] = Material(mat)
end
return materialCache[mat]
end
end
-- A function to do C-style formatted prints.
function printf(str, ...)
print(Format(str, ...))
end
-- A function to determine whether vector from A to B intersects with a
-- vector from C to D.
function util.VectorsIntersect(vFrom, vTo, vFrom2, vTo2)
local d1, d2, a1, a2, b1, b2, c1, c2
a1 = vTo.y - vFrom.y
b1 = vFrom.x - vTo.x
c1 = (vTo.x * vFrom.y) - (vFrom.x * vTo.y)
d1 = (a1 * vFrom2.x) + (b1 * vFrom2.y) + c1
d2 = (a1 * vTo2.x) + (b1 * vTo2.y) + c1
if (d1 > 0 and d2 > 0) then return false end
if (d1 < 0 and d2 < 0) then return false end
a2 = vTo2.y - vFrom2.y
b2 = vFrom2.x - vTo2.x
c2 = (vTo2.x * vFrom2.y) - (vFrom2.x * vTo2.y)
d1 = (a2 * vFrom.x) + (b2 * vFrom.y) + c2
d2 = (a2 * vTo.x) + (b2 * vTo.y) + c2
if (d1 > 0 and d2 > 0) then return false end
if (d1 < 0 and d2 < 0) then return false end
-- Vectors are collinear or intersect.
-- No need for further checks.
return true
end
-- A function to determine whether a 2D point is inside of a 2D polygon.
function util.VectorIsInPoly(point, polyVertices)
if (!isvector(point) or !istable(polyVertices) or !isvector(polyVertices[1])) then
return
end
local intersections = 0
for k, v in ipairs(polyVertices) do
local nextVert
if (k < #polyVertices) then
nextVert = polyVertices[k + 1]
elseif (k == #polyVertices) then
nextVert = polyVertices[1]
end
if (nextVert and util.VectorsIntersect(point, Vector(99999, 99999, 0), v, nextVert)) then
intersections = intersections + 1
end
end
-- Check whether number of intersections is even or odd.
-- If it's odd then the point is inside the polygon.
if (intersections % 2 == 0) then
return false
else
return true
end
end
function table.SafeMerge(to, from)
local oldIndex, oldIndex2 = to.__index, from.__index
to.__index = nil
from.__index = nil
table.Merge(to, from)
to.__index = oldIndex
from.__index = oldIndex2
end
function util.WaitForEntity(entIndex, callback, delay, waitTime)
local entity = Entity(entIndex)
if (!IsValid(entity)) then
local timerName = CurTime().."_EntWait"
timer.Create(timerName, delay or 0, waitTime or 100, function()
local entity = Entity(entIndex)
if (IsValid(entity)) then
callback(entity)
timer.Remove(timerName)
end
end)
else
callback(entity)
end
end
function util.ToBool(value)
return (tonumber(value) == 1 or value == true or value == "true")
end
|
function setup()
sb = {}
t = Text.new(50, 30)
table.insert(sb, t)
t:fakeBoot()
x, y = 0, 0
end
function update()
if y > 0 and window.button.downTime["up"] % 5 == 1 then
y = y - 1
end
if y < 28 and window.button.downTime["down"] % 5 == 1 then
y = y + 1
end
if x > 0 and window.button.downTime["left"] % 5 == 1 then
x = x - 1
end
if x < 49 and window.button.downTime["right"] % 5 == 1 then
x = x + 1
end
for i = 1, #sb do
sb[i]:update()
end
end
function draw()
love.graphics.clear(0, 0, 0)
t:clearScreen()
t:locate(x, y)
t:print("Hello, world!" .. string.char(10) .. ":D", false)
ZSort.clear()
for i = 1, #sb do
ZSort.add(sb[i])
end
ZSort.flush()
end
|
-- returns if a number is even or not
return (function(num)
if (num % 2 == 0) then
return true
else
return false
end
end)
|
local channel_busy = love.thread.getChannel("3DreamEngine_channel_jobs_channel_busy")
local channel_jobs = love.thread.getChannel("3DreamEngine_channel_jobs")
local channel_results = love.thread.getChannel("3DreamEngine_channel_results")
require("love.image")
--combine three image datas
local function combineImages(red, green, blue, exportFormat, exportPath)
local combined = red or green or blue
--pixel mapper
local function combine(x, y, oldR, oldG, oldB)
local r, g, b = 1.0, 1.0, 1.0
if combined == red then
r = oldR
elseif red then
r, _, _ = red:getPixel(x, y)
end
if combined == green then
g = oldG
elseif green then
_, g, _ = green:getPixel(x, y)
end
if combined == blue then
b = oldB
elseif blue then
_, _, b = blue:getPixel(x, y)
end
return r, g, b, 1.0
end
--apply and encode
combined:mapPixel(combine)
combined:encode(exportFormat, exportPath)
return combined
end
while true do
local msg = channel_jobs:demand()
if msg then
channel_busy:push(true)
if msg[1] == "image" then
local info = love.filesystem.getInfo(msg[2])
assert(info, "Image " .. msg[2] .. " does not exist!")
--load image
local isCompressed = love.image.isCompressed(msg[2])
local imageData = isCompressed and love.image.newCompressedData(msg[2]) or love.image.newImageData(msg[2])
channel_results:push({"image", msg[2], imageData, isCompressed})
elseif msg[1] == "combine" then
local exportFormat = "tga"
local dir = "combined"
local exportPath = dir .. "/" .. msg[2] .. "." .. exportFormat
--check if cache is up to date
local combined
local info = love.filesystem.getInfo(exportPath)
if info then
local info1 = msg[3] and love.filesystem.getInfo(msg[3])
local info2 = msg[4] and love.filesystem.getInfo(msg[4])
local info3 = msg[5] and love.filesystem.getInfo(msg[5])
if (not info1 or (info.modtime or 0) > (info1.modtime or 0)) and (not info2 or (info.modtime or 0) > (info2.modtime or 0)) and (not info3 or (info.modtime or 0) > (info3.modtime or 0)) then
combined = love.image.newImageData(exportPath)
end
end
--cache is outdated, combine
if not combined then
print("Requested generation of " .. msg[2] .. "." .. exportFormat .. ". Texture will be exported to save directory, subdirectory " .. dir)
love.filesystem.createDirectory(dir .. "/" .. (msg[2]:match("(.*[/\\])") or ""))
local red = msg[3] and love.image.newImageData(msg[3])
local green = msg[4] and love.image.newImageData(msg[4])
local blue = msg[5] and love.image.newImageData(msg[5])
combined = combineImages(red, green, blue, exportFormat, exportPath)
end
--send result
channel_results:push({"image", msg[2], combined})
end
channel_busy:pop()
end
end
|
local unpack, select, type, pairs, tinsert, max, floor, abs
= unpack, select, type, pairs, table.insert, math.max, math.floor, math.abs
local UnitFactionGroup, DressUpTexturePath, CreateFrame, GetItemIcon, GetSpecializationInfoByID, GetClassInfoByID, GetInventorySlotInfo, UnitStat, BreakUpLargeNumbers, UnitName
= UnitFactionGroup, DressUpTexturePath, CreateFrame, GetItemIcon, GetSpecializationInfoByID, GetClassInfoByID, GetInventorySlotInfo, UnitStat, BreakUpLargeNumbers, UnitName
local BestInSlot, L, AceGUI = unpack(select(2, ...))
local Preview = BestInSlot:NewModule("Preview Window")
local iconsize = 37
Preview.raceids = {
Human = 1,
Dwarf = 3,
Gnome = 7,
NightElf = 4,
Draenei = 11,
Worgen = 22,
Orc = 2,
Undead = 5,
Tauren = 6,
Troll = 8,
BloodElf = 10,
Goblin = 9,
Pandaren = 25,
}
Preview.classes = {}
Preview.attributes = PAPERDOLL_STATCATEGORIES[1].stats --AttributesCategory
local temp = PAPERDOLL_STATCATEGORIES[2].stats --EnhancementsCategory
--local temp = PAPERDOLL_STATINFO.ENHANCEMENTS.stats
Preview.enhancements = {}
for i=1,#temp do
Preview.enhancements[i] = temp[i]
end
tinsert(Preview.enhancements, "ATTACK_AP")
tinsert(Preview.enhancements, "SPELLPOWER")
temp = nil
local noBenefit = {text = "STAT_NO_BENEFIT_TOOLTIP"}
Preview.classinfo = {
__default = {
basestat = {
CRITCHANCE = 5,
SPIRIT = 781,
},
stats = {
STRENGTH = {
noBenefit,
{text = "DEFAULT_STAT1_TOOLTIP"},
{text = "STAT_TOOLTIP_BONUS_AP_SP"}
},
AGILITY = {
noBenefit,
{text = "DEFAULT_STAT2_TOOLTIP"}
},
INTELLECT = {
noBenefit,
{text = "DEFAULT_STAT4_TOOLTIP"}
},
STAMINA = {
{text = "DEFAULT_STAT3_TOOLTIP", func = function(str, value) return _G[str]:format(BreakUpLargeNumbers(value * 60)) end}
},
CRITCHANCE = {
{text = "CR_CRIT_TOOLTIP"},
{text = "CR_CRIT_PARRY_RATING_TOOLTIP"}
},
HASTE = {
{text = "STAT_HASTE_BASE_TOOLTIP", func = function(str, value1, value2) return _G.STAT_HASTE_TOOLTIP.._G[str]:format(BreakUpLargeNumbers(value1), value2) end},
},
MASTERY = {
{text = "", func = function() return L["Mastery tooltips are not supported due to technical limitations"] end},
},
SPIRIT = {
noBenefit,
{text = "MANA_REGEN_FROM_SPIRIT", func = function(str, value) return _G[str]:format(BreakUpLargeNumbers(floor((961.93469238281 + 0.41220703160998 * value)*5))) end},
},
BONUS_ARMOR = {
noBenefit,
{text = "STAT_ARMOR_BONUS_ARMOR_BLADED_ARMOR_TOOLTIP"}
},
MULTISTRIKE = {
{text = "CR_MULTISTRIKE_TOOLTIP"},
},
LIFESTEAL = {
{text = "CR_LIFESTEAL_TOOLTIP"},
},
VERSATILITY = {
{text = "CR_VERSATILITY_TOOLTIP"},
},
AVOIDANCE = {
{text = "CR_AVOIDANCE_TOOLTIP"},
},
SPELLPOWER = {
{text = "STAT_SPELLPOWER_TOOLTIP"}
},
ATTACK_AP = {
{text = "ITEM_MOD_MELEE_ATTACK_POWER_SHORT"}
}
}
},
MAGE = {
modifiers = {INTELLECT = "*1.05"},
stats = {INTELLECT = 2}
},
[62] = { -- Mage: Arcane
basestat = {MASTERY = 550},
modifiers = {MASTERY = "* 1.05"}
},
[63] = {-- Mage: Fire
basestat = {CRITCHANCE = 15},
modifiers = {CRITCHANCE = "* 1.15"}
},
[64] = {-- Mage: Frost
basestat = {MULTISTRIKE = 8},
modifiers = {MULTISTRIKE = "* 1.05"}
},
--PALADIN = {},
[65] = { -- Paladin: Holy
modifiers = {INTELLECT = "* 1.05", CRITCHANCE = "*1.05"},
stats = {INTELLECT = 2, SPIRIT = 2}
},
[66] = { -- Paladin: Protection
modifiers = {HASTE = "* 1.3", STAMINA = "* 1.15", HASTE = "* 1.3"},
stats = {STRENGTH = 3, BONUS_ARMOR = 2, CRITCHANCE = 2}
},
[70] = { -- Paladin: Retribution
modifiers = {STRENGTH = "* 1.05", MASTERY = "* 1.05"},
stats = {STRENGTH = 3}
},
WARRIOR = {
stats = {STRENGTH = 2}
},
[71] = { -- Warrior: Arms
modifiers = {STRENGTH = "* 1.05", MASTERY = "* 1.05"}
},
[72] = { -- Warrior: Fury
modifiers = {STRENGTH = "* 1.05", CRITCHANCE = "* 1.05"}
},
[73] = { -- Warrior: Protection
modifiers = {STAMINA = "* 1.05 * 1.15"},
stats = {BONUS_ARMOR = 2, CRITCHANCE = 2}
},
--DRUID = {},
[102] = { -- Druid: Balance
modifiers = {INTELLECT = "* 1.05", MASTERY = "* 1.05"},
stats = {INTELLECT = 2}
},
[103] = { -- Druid: Feral
modifiers = {CRITCHANCE = "* 1.05", AGILITY = "* 1.05"},
stats = {AGILITY = 2}
},
[104] = { -- Druid: Guardian
modifiers = {STAMINA = "* 1.05 * 1.2", MASTERY = "* 1.05", ARMOR = "* 3.5"},
stats = {AGILITY = 2, BONUS_ARMOR = 2}
},
[105] = { -- Druid: Restoration
modifiers = {INTELLECT = "* 1.05", HASTE = "* 1.05"},
stats = {INTELLECT = 2, SPIRIT = 2}
},
DEATHKNIGHT = {
stats = {STRENGTH = 2}
},
[250] = { -- Death Knight: Blood
modifiers = {STAMINA = "* 1.05", TOTALSTAMINA = "* 1.2", ARMOR = "*1.3", MULTISTRIKE = "* 1.05"},
stats = {BONUS_ARMOR = 2},
basestat = {MULTISTRIKE = 10, HASTE = 10}
},
[251] = { -- Death Knight: Frost
modifiers = {STRENGTH = "* 1.05", HASTE = "* 1.2"},
basestat = {HASTE = 10}
},
[252] = { -- Death Knight: Unholy
modifiers = {STRENGTH = "* 1.05", MULTISTRIKE = "* 1.05"},
basestat = {HASTE = 20}
},
HUNTER = {
modifiers = {AGILITY = "*1.05"},
stats = {AGILITY = 2}
},
[253] = { -- Hunter: Beast Mastery
modifiers = {MASTERY = "* 1.05"}
},
[254] = { -- Hunter: Marksmanship
modifiers = {CRITCHANCE = "* 1.05"}
},
[255] = { -- Hunter: Survival
modifiers = {MULTISTRIKE = "* 1.05", MULTISTRIKEEFFECT = "* 1.2"}
},
PRIEST = {
modifiers = {INTELLECT = "* 1.05"},
stats = {INTELLECT = 2}
},
[256] = { -- Priest: Discipline
modifiers = {CRITCHANCE = "* 1.05"},
stats = {SPIRIT = 2}
},
[257] = { -- Priest: Holy
modifiers = {MULTISTRIKE = "* 1.05"},
stats = {SPIRIT = 2}
},
[258] = { -- Priest: Shadow
modifiers = {HASTE = "* 1.05"}
},
ROGUE = {
modifiers = {AGILITY = "*1.05"},
stats = {AGILITY = 2}
},
[259] = { -- Rogue: Assassination
modifiers = {MASTERY = "* 1.05"}
},
[260] = { -- Rogue: Combat
modifiers = {HASTE = "* 1.05"},
},
[261] = { -- Rogue: Subtlety
modifiers = {TOTALAGILITY = "* 1.15", MULTISTRIKE = "* 1.05"},
},
--SHAMAN = {},
[262] = { -- Shaman: Elemental
basestat = {MULTISTRIKE = 20},
modifiers = {MULTISTRIKE = "* 1.05", MULTISTRIKEEFFECT = "* 1.35"},
stats = {INTELLECT = 2, BONUS_ARMOR = 2}
},
[263] = { -- Shaman: Enhancement
stats = {AGILITY = 2},
modifiers = {HASTE = "* 1.05", AGILITY = "* 1.05"}
},
[264] = { -- Shaman: Restoration
stats = {INTELLECT = 2, SPIRIT = 2},
modifiers = {INTELLECT = "* 1.05", MASTERY = "* 1.05"}
},
WARLOCK = {
modifiers = {INTELLECT = "*1.05"},
stats = {INTELLECT = 2}
},
[265] = { -- Warlock: Affliction
modifiers = {HASTE = "* 1.05"}
},
[266] = { -- Warlock: Demonology
modifiers = {MASTERY = "* 1.05"}
},
[267] = {modifiers = { -- Warlock: Destruction
CRITCHANCE = "* 1.15"}
},
--MONK = {},
[268] = { -- Monk: Brewmaster
modifiers = {ARMOR = "* 1.75", TOTALSTAMINA = "* 1.25", STAMINA = "* 1.05", CRITCHANCE = "* 1.05"},
stats = {AGILITY = 2, BONUS_ARMOR = 2}
},
[269] = { -- Monk: Windwalker
modifiers = {MULTISTRIKE = "* 1.05", AGILITY = "* 1.05"},
stats = {AGILITY = 2}
},
[270] = { -- Monk: Mistweaver
modifiers = {MULTISTRIKE = "* 1.05", INTELLECT = "* 1.05"},
stats = {INTELLECT = 2, SPIRIT = 2}
},
}
local function requestCharInfo(data, channel, source)
Preview:SendAddonMessage("charinforeply", Preview:GetPlayerInfo(), "WHISPER", source)
end
local function charInfoReply(data, channel, source)
end
local function defaultFormat(str, ...)
return str:format(...)
end
function Preview:GetTooltipForSpec(attrType, class, spec, ...)
local tooltips = self.classinfo.__default.stats[attrType]
if not tooltips then error("Tried to get tooltip for unknown type!") end
local spectooltips = self.classinfo[spec] and self.classinfo[spec].stats and self.classinfo[spec].stats[attrType]
local classtooltips = self.classinfo[class] and self.classinfo[class].stats and self.classinfo[class].stats[attrType]
local returnString
if spectooltips then if type(spectooltips) == "function" then return spectooltips(...) else returnString = tooltips[spectooltips] end
elseif classtooltips then if type(classtooltips) == "function" then return classtooltips(...) else returnString = tooltips[classtooltips] end
else returnString = tooltips[1] end
if type(attrType) == "function" then return attrTywpe(...) end
if returnString.func then
return returnString.func(returnString.text, ...)
else
return defaultFormat(_G[returnString.text], ...)
end
end
function Preview:GetBaseStatForSpec(stat, class, spec)
for _,v in pairs({class, spec}) do
if self.classinfo[v] and self.classinfo[v].basestat and self.classinfo[v].basestat[stat] then return self.classinfo[v].basestat[stat] end
end
return self.classinfo.__default.basestat[stat] or 0
end
function Preview:OnInitialize()
BestInSlot.Preview = Preview
self:RegisterCommFunction("requestcharinfo", requestCharInfo)
self:RegisterCommFunction("charinforeply", charInfoReply)
self.slots = CopyTable(self.slots)
tinsert(self.slots, 6, "ShirtSlot")
tinsert(self.slots, 7, "TabardSlot")
for i=1,MAX_CLASSES do
local name = select(2, GetClassInfoByID(i))
self.classes[name] = i
end
local d = date("*t")
self.aprilfools = d.day == 1 and d.month == 4
end
--[[
function Preview:OnEnable()
local unitinfo = self:GetPlayerInfo()
unitinfo.spec = self:GetSelected(self.SPECIALIZATION)
self:Show(self:GetBestInSlotItems(60001, 2, unitinfo.spec), 2, unitinfo)
end
]]
local function iconOnEnter(widget)
local link = widget:GetUserData("itemlink")
local id = widget:GetUserData("id")
if link then
GameTooltip:SetOwner(widget.frame)
GameTooltip:SetAnchorType(id and id <= 8 and "ANCHOR_LEFT" or "ANCHOR_RIGHT")
GameTooltip:SetHyperlink(link, Preview.class, Preview.spec)
GameTooltip:Show()
end
end
local function iconOnLeave(widget)
if GameTooltip:IsShown() then
GameTooltip:Hide()
end
end
function Preview:GetClassForSpec(specid)
local className = select(7, GetSpecializationInfoByID(specid))
return (self.classes[className] or self.classes[select(3, UnitClass("player"))]), className
end
function Preview:CreateSlotIcon(id)
local slotid, texture = GetInventorySlotInfo(self.slots[id])
local icon = self:QuickCreate("Icon", {SetImage=texture, SetImageSize={iconsize, iconsize}, SetWidth=iconsize, SetHeight=iconsize})
icon:SetUserData("id", id)
icon:SetCallback("OnEnter", iconOnEnter)
icon:SetCallback("OnLeave", iconOnLeave)
self.icons[slotid] = icon
return icon
end
function Preview:GetScanTooltip()
if self.scantooltip then return self.scantooltip end
if BestInSlotPreviewScanTooltip then
self.scantooltip = BestInSlotPreviewScanTooltip
return BestInSlotPreviewScanTooltip
end
local tooltip = CreateFrame("GameTooltip", "BestInSlotPreviewScanTooltip", nil, "GameTooltipTemplate")
self.scantooltip = tooltip
return tooltip
end
function Preview:SetCharacter(bislist, difficulty, charname, charspec, charsex, charrace, slots)
local playermodel = self.playermodel
for i in pairs(bislist) do
local item = bislist[i]
if type(bislist[i]) == "number" then
item = self:GetItem(bislist[i], difficulty)
elseif type(bislist[i]) == "table" and bislist[i].item then
item = self:GetItem(bislist[i].item, difficulty)
end
if item then
local slotid, slotid2 = slots and slots[i]
if not slotid then
slotid, slotid2 = self:GetItemSlotID(item.equipSlot, charspec)
end
if slotid then
local icon = self.icons[slotid]
local udt = icon:GetUserDataTable()
if udt.itemlink and slotid2 then
icon = self.icons[slotid2]
udt = icon:GetUserDataTable()
end
icon:SetImage(GetItemIcon(item.itemid))
udt.itemlink = item.link
end
playermodel:TryOn(item.link)
end
end
end
function Preview:Show(bislist, difficulty, charparams, slots)
local charname = charparams and charparams.name or UNKNOWN
local charrace = charparams and charparams.race or (UnitFactionGroup("player") == "Alliance" and "Human" or "Orc")
local charsex = charparams and charparams.sex or 0
local charspec = charparams and charparams.spec or self:GetSelected(self.SPECIALIZATION)
self.spec = charspec
self.classid, self.classname = self:GetClassForSpec(charspec)
if self.previewframe then
self:SetCharacter(bislist, difficulty, charparams, charname, charspec, charsex, charrace, slots)
return
end
local frame = AceGUI:Create("Window")
frame.frame:SetFrameStrata("DIALOG")
frame:SetHeight(400)
frame:SetWidth(538)
frame:SetTitle("BestInSlot "..PREVIEW)
frame:EnableResize(false)
frame:SetCallback("OnClose", function() Preview:ClosePreview() end)
self.previewframe = frame
frame:PauseLayout()
local previewPanel = AceGUI:Create("SimpleGroup")
previewPanel:SetWidth(338)
previewPanel:SetHeight(400)
previewPanel:PauseLayout()
previewPanel:SetPoint("TOPLEFT", frame.frame, "TOPLEFT", 10, -25)
previewPanel:SetPoint("BOTTOMLEFT", frame.frame, "BOTTOMLEFT", 10, 10)
frame:AddChild(previewPanel)
self.icons = {}
for i=1,#self.slots do
local icon = self:CreateSlotIcon(i)
if i < 17 then
local point = i < 9 and "TOPLEFT" or "TOPRIGHT"
local yOffset = - (i < 9 and i - 1 or i - 9) * (iconsize + 3)
local xOffset = i < 9 and 0 or -10
icon:SetPoint(point, previewPanel.frame, point, xOffset, yOffset)
else
icon:SetPoint("BOTTOM", previewPanel.frame, "BOTTOM", i == 17 and -iconsize / 2 or iconsize / 2 ,-5)
end
previewPanel:AddChild(icon)
end
local panel = AceGUI:Create("SimpleGroup")
panel.frame:SetFrameStrata("BACKGROUND")
self.oldbackdrop = panel.frame:GetBackdrop()
self.panel = panel
panel.frame:SetBackdrop({
bgFile = DressUpTexturePath(charrace).."1",
tile = false,
})
panel:SetPoint("TOPLEFT", self.icons[1].frame, "TOPRIGHT")
panel:SetPoint("BOTTOMRIGHT", self.icons[14].frame, "BOTTOMLEFT")
previewPanel:AddChild(panel)
local playermodel = self:CreatePlayerModel(panel.frame, charrace, charsex)
playermodel:SetPoint("BOTTOM", panel.frame)
self:SetCharacter(bislist, difficulty, charparams, charname, charspec, charsex, charrace, slots)
local statFrame = AceGUI:Create("ScrollFrame")
statFrame:SetPoint("TOPLEFT", self.icons[10].frame, "TOPRIGHT", 5, -5)
statFrame:SetPoint("BOTTOMRIGHT", frame.frame, -7, 10)
frame:AddChild(statFrame)
self:FillStatPanel(statFrame, bislist, difficulty, self.classname, charspec)
end
local function onMouseUp(self, button)
if ( button == "RightButton" and self.panning ) then
Model_StopPanning(self);
elseif ( self.mouseDown ) then
self.onMouseUpFunc(self, button);
end
end
local function onMouseDown(self, button)
if ( button == "RightButton" and not self.mouseDown ) then
Model_StartPanning(self);
else
Model_OnMouseDown(self, button);
end
end
local function onMouseWheel(self, delta)
Model_OnMouseWheel(self, delta);
end
local function onReleaseGroup(widg)
widg.frame:SetScript("OnEnter", nil) --Remove the hooked script
widg.frame:SetScript("OnLeave", nil)
widg.frame.ace = nil
widg.value.label:SetJustifyH("LEFT") --reset justify H
widg.value = nil
widg.descr = nil
end
local function onEnterStatGroup(frame)
GameTooltip:ClearLines()
GameTooltip:SetOwner(frame)
GameTooltip:SetAnchorType("ANCHOR_RIGHT")
GameTooltip:AddLine(frame.ace.tooltip, nil, nil, nil, true)
GameTooltip:AddLine(frame.ace.tooltip2, nil, nil, nil, true)
GameTooltip:Show()
GameTooltip:SetWidth(250)
end
local function onLeaveStatGroup(frame)
GameTooltip:Hide()
end
local function errorHandler(error)
Preview.console:AddError("Error caught", error)
end
function Preview:ApplyStatModifier(statName, class, spec, value)
local modifiers = {self.classinfo[spec] and self.classinfo[spec].modifiers, self.classinfo[class] and self.classinfo[class].modifiers}
if #modifiers == 0 then return value end
for _, modifier in pairs(modifiers) do
if modifier[statName] then
local f, err = loadstring("return "..value..modifier[statName])
if err then self.console:AddError("Failed to add modifier.", statName, class, spec, value, err)
else
local success, result = xpcall(f, errorHandler)
if success then value = result
else self.console:AddError("Failed to add modifier.") end
end
end
end
return value
end
function Preview:FillStatPanel(panel, bislist, difficulty, class, spec)
panel:SetLayout("Flow")
self:QuickCreate("Heading", {SetText=STAT_CATEGORY_ATTRIBUTES, SetFullWidth=true}, panel)
local bonusStats = self:GetTotalStats(bislist, difficulty, class, spec)
for i=1,#self.attributes do
local locName = self.attributes[i]
local attrId = _G["LE_UNIT_STAT_"..locName]
local attrName = _G["SPELL_STAT"..attrId.."_NAME"]
local group = self:QuickCreate("SimpleGroup", {SetWidth=200, PauseLayout=true}, panel)
local stat, effectiveStat, posBuff, negBuff = UnitStat("player", attrId)
local baseStat = stat - posBuff + negBuff
local bonusStat = bonusStats[attrName] or 0
bonusStat = floor(self:ApplyStatModifier(locName, class, spec, bonusStat))
local totalStat = floor(self:ApplyStatModifier("TOTAL"..locName, class, spec, baseStat + bonusStat))
group.frame:SetScript("OnEnter", onEnterStatGroup)
group.frame:SetScript("OnLeave", onLeaveStatGroup)
group:SetCallback("OnRelease", onReleaseGroup)
group.frame.ace = group
group.descr = self:QuickCreate("Label", {SetWidth=150, SetText=attrName}, group, "TOPLEFT")
group.value = self:QuickCreate("Label", {SetWidth=50, SetText=BreakUpLargeNumbers(totalStat)}, group, "TOPRIGHT")
if bonusStat > 0 then
group.value:SetColor(GREEN_FONT_COLOR.r, GREEN_FONT_COLOR.g, GREEN_FONT_COLOR.b)
end
group.value.label:SetJustifyH("RIGHT")
group.tooltip, group.tooltip2 = self:GetTooltipForStat(attrId, attrName, locName, baseStat, bonusStat, totalStat, class, spec)
group:SetHeight(max(group.value.frame:GetHeight(), group.descr.frame:GetHeight()))
end
self:QuickCreate("Heading", {SetText=STAT_CATEGORY_ENHANCEMENTS, SetFullWidth=true}, panel)
for i=1,#self.enhancements do
local group = self:QuickCreate("SimpleGroup", {SetWidth=200, PauseLayout=true}, panel)
local locName = self.enhancements[i]
local enhanceName = _G["STAT_"..locName]
if not enhanceName then
if locName == "CRITCHANCE" then enhanceName = STAT_CRITICAL_STRIKE
elseif locName == "SPIRIT" then enhanceName = SPELL_STAT5_NAME
elseif locName == "ATTACK_AP" then enhanceName = ATTACK_POWER_TOOLTIP end
end
local baseStat;
if locName == "BONUS_ARMOR" then baseStat = self:ApplyStatModifier("ARMOR", class, spec, bonusStats.ARMOR or 0)
else baseStat = self:GetBaseStatForSpec(locName, class, spec) end
local bonusStat = bonusStats[enhanceName] or 0
bonusStat = floor(self:ApplyStatModifier(locName, class, spec, bonusStat))
local totalStat = baseStat + bonusStat
group.frame:SetScript("OnEnter", onEnterStatGroup)
group.frame:SetScript("OnLeave", onLeaveStatGroup)
group:SetCallback("OnRelease", onReleaseGroup)
group.frame.ace = group
group.descr = self:QuickCreate("Label", {SetWidth=150, SetText=enhanceName}, group, "TOPLEFT")
group.value = self:QuickCreate("Label", {SetWidth=50}, group, "TOPRIGHT")
group.value.label:SetJustifyH("RIGHT")
group:SetHeight(max(group.value.frame:GetHeight(), group.descr.frame:GetHeight()))
group.tooltip, group.tooltip2 = self:GetTooltipForEnhancement(enhanceName, locName, baseStat, bonusStat, class, spec, group.value)
end
local label = self:QuickCreate("Label", {SetFullWidth=true, SetText=self.colorHighlight.."BETA NOTICE: Stats are in beta and calculation might differ slightly. Please report huge differences."}, panel)
end
function Preview:GetTooltipForEnhancement(name, locName, baseStat, bonusStat, class, spec, valueWidget)
local header
local content
if locName == "SPIRIT" then
header = self:GetTooltipHeader(name, baseStat, bonusStat)
content = self:GetTooltipForSpec(locName, class, spec, baseStat + bonusStat)
valueWidget:SetText(BreakUpLargeNumbers(baseStat + bonusStat))
elseif locName == "BONUS_ARMOR" then
header = self:GetTooltipHeader(name, 0, bonusStat) --use 0 here, because baseStat contains the armor value of gear
content = self:GetTooltipForSpec(locName, class, spec, PaperDollFrame_GetArmorReduction(baseStat + bonusStat, 100), bonusStat)
valueWidget:SetText(BreakUpLargeNumbers(bonusStat))
elseif locName == "CRITCHANCE" then
local effectiveStat = 0.009090908809347 * bonusStat
header = self:GetTooltipHeader(name, baseStat, effectiveStat, true)
content = self:GetTooltipForSpec(locName, class, spec, bonusStat, effectiveStat, effectiveStat)
valueWidget:SetText(("%.2F%%"):format(baseStat + effectiveStat))
elseif locName == "HASTE" then
local effectiveStat = bonusStat / 90
header = self:GetTooltipHeader(name, baseStat, effectiveStat, true)
content = self:GetTooltipForSpec(locName, class, spec, bonusStat, effectiveStat)
valueWidget:SetText(("%.2F%%"):format(baseStat + effectiveStat))
elseif locName == "MASTERY" then
header = self:GetTooltipHeader(name, baseStat, bonusStat)
content = self:GetTooltipForSpec(locName, class, spec, baseStat + bonusStat)
valueWidget:SetText(BreakUpLargeNumbers(baseStat + bonusStat))
elseif locName == "MULTISTRIKE" then
local effectiveStat = bonusStat / 66
local multistrikeEffect = self:ApplyStatModifier("MULTISTRIKEEFFECT", class, spec, 30)
local totalEffect = effectiveStat + baseStat
header = self:GetTooltipHeader(name, baseStat, effectiveStat, true)
content = self:GetTooltipForSpec(locName, class, spec, totalEffect, multistrikeEffect, BreakUpLargeNumbers(bonusStat), effectiveStat)
valueWidget:SetText(("%.2F%%"):format(totalEffect))
elseif locName == "VERSATILITY" then
local effectiveStat = bonusStat / 130
local totalStat = baseStat + effectiveStat
header = self:GetTooltipHeader(name, baseStat, effectiveStat, true)
content = self:GetTooltipForSpec(locName, class, spec, totalStat, totalStat / 2, BreakUpLargeNumbers(bonusStat), effectiveStat, effectiveStat / 2)
valueWidget:SetText(("%.2F%%"):format(totalStat))
elseif locName == "LIFESTEAL" or locName == "AVOIDANCE" then
header = self:GetTooltipHeader(name, 0, 0)
content = self:GetTooltipForSpec(locName, class, spec, 0, 0, 0)
valueWidget:SetText(("%.2F%%"):format(0))
elseif locName == "ATTACK_AP" or locName == "SPELLPOWER" then
header = self:GetTooltipHeader(name, bonusStat, 0)
content = self:GetTooltipForSpec(locName, class, spec, bonusStat)
valueWidget:SetText(BreakUpLargeNumbers(bonusStat))
end
return header or "NYI", content or "NYI"
end
local function BreakUpLargeNumbersWithPercentage(value)
return BreakUpLargeNumbers(value) .. "%"
end
function Preview:GetTooltipHeader(name, baseStat, bonusStat, isPercentage, totalStat)
local tooltip = HIGHLIGHT_FONT_COLOR_CODE..PAPERDOLLFRAME_TOOLTIP_FORMAT:format(name).." "
totalStat = totalStat or baseStat + bonusStat
local formatFunc = isPercentage and BreakUpLargeNumbersWithPercentage or BreakUpLargeNumbers
bonusStat = formatFunc(bonusStat)
if bonusStat == "0" then
tooltip = tooltip .. formatFunc(baseStat) .. FONT_COLOR_CODE_CLOSE
elseif isPercentage then
tooltip = tooltip .. formatFunc(totalStat) .. FONT_COLOR_CODE_CLOSE
else
tooltip = tooltip .. formatFunc(totalStat) .. " ( " .. (baseStat > 0 and formatFunc(baseStat) or "") .. FONT_COLOR_CODE_CLOSE .. GREEN_FONT_COLOR_CODE .. "+" .. bonusStat .. FONT_COLOR_CODE_CLOSE .. HIGHLIGHT_FONT_COLOR_CODE .. ")"
end
return tooltip
end
function Preview:GetTooltipForStat(statId, statName, locName, baseStat, bonusStat, totalStat, class, spec)
return self:GetTooltipHeader(statName, baseStat, bonusStat, false, totalStat), self:GetTooltipForSpec(locName, class, spec, totalStat)
end
local function isColorDisabledColor(r,g,b)
r = (floor(r * 10))
g = (floor(g * 10))
b = (floor(b * 10))
return abs(r - GRAY_FONT_COLOR.r * 10) <= 5 and abs(g - GRAY_FONT_COLOR.g * 10) <= 5 and abs(b - GRAY_FONT_COLOR.b * 10) <= 1
end
local searchPattern1 = "+(%d+) (.+)"
local searchPattern2 = "+(%d+),(%d%d%d) (.+)"
local searchArmorPattern = ARMOR_TEMPLATE:format("(%d+)")
local function readLine(line, arr)
local text = line:GetText()
if not text then return end
if text:find(DISABLED_FONT_COLOR_CODE) then return end
local thousands, amount, statName = text:match(searchPattern2)
if not thousands then
amount, statName = text:match(searchPattern1)
if not amount then
amount = text:match(searchArmorPattern)
if not amount then
return
else
statName = "ARMOR"
end
end
else
amount = amount + thousands * 1000
end
local r,g,b = line:GetTextColor()
if isColorDisabledColor(r,g,b) then
return
end
arr[statName] = (arr[statName] or 0) + amount
end
function Preview:GetTotalStats(bislist, difficulty, class, spec)
local totalStats = {}
local tooltip = self:GetScanTooltip()
--[[Normal functionality
for i in pairs(bislist) do
local item = self:GetItem(bislist[i].item, difficulty)
if item then
tooltip:SetOwner(UIParent, "ANCHOR_NONE")
tooltip:ClearLines()
tooltip:SetHyperlink(item.itemstr, class, spec)
tooltip:Show()
local line = _G["BestInSlotPreviewScanTooltipTextLeft1"]
local i = 1
while line do
readLine(line, totalStats)
i = i + 1
line = _G["BestInSlotPreviewScanTooltipTextLeft"..i]
end
tooltip:Hide()
end
end --]]
--DEBUG WITH CURRENT GEAR
for j=1,19 do
local link = GetInventoryItemLink("player", j)
if link then
tooltip:SetOwner(UIParent, "ANCHOR_NONE")
tooltip:ClearLines()
tooltip:SetHyperlink(link, class, spec)
tooltip:Show()
local line = _G["BestInSlotPreviewScanTooltipTextLeft1"]
local i = 1
while line do
readLine(line, totalStats)
i = i + 1
line = _G["BestInSlotPreviewScanTooltipTextLeft"..i]
end
tooltip:Hide()
end
end--]]
return totalStats
end
function Preview:CreatePlayerModel(parent, race, sex)
local playermodel = self.playermodel
if not playermodel then
playermodel = CreateFrame("DressUpModel", "BestInSlotPlayerModel", UIParent)
playermodel:SetHeight(self.panel.frame:GetHeight())
playermodel:SetFrameStrata("FULLSCREEN")
playermodel:SetWidth(244)
playermodel:SetScript("OnLoad", Model_OnLoad)
playermodel:SetScript("OnEvent", Model_OnEvent)
playermodel:SetScript("OnUpdate", Model_OnUpdate)
playermodel:SetScript("OnMouseUp", onMouseUp)
playermodel:SetScript("OnMouseDown", onMouseDown)
playermodel:SetScript("OnMouseWheel", onMouseWheel)
Model_OnLoad(playermodel)
self.playermodel = playermodel
end
playermodel:Show()
playermodel:SetUnit("PLAYER")
if self.aprilfools then
playermodel:SetCreature(1211)
else
playermodel:SetCustomRace(self.raceids[race], sex)
end
playermodel:Undress()
return playermodel
end
function Preview:ClosePreview()
local frame = self.previewframe
self.panel.frame:SetBackdrop(self.oldbackdrop)
frame:Release()
self.previewframe = nil
self.panel = nil
self.oldbackdrop = nil
self.icons = nil
self.spec = nil
self.class = nil
self.playermodel:Hide()
end
|
Thread.jump("lib/thread/invalid.lua")
finished = true
|
return function()
local evaluate = require(script.Parent)
it("should return 10", function()
expect(evaluate("10")).to.equal(10)
end)
it("should return -10", function()
expect(evaluate("-10")).to.equal(-10)
end)
it("should return +10", function()
expect(evaluate("+10")).to.equal(10)
end)
it("should add 1 to 2", function()
expect(evaluate("1 + 2")).to.equal(1 + 2)
end)
it("should subtract 1 from 3", function()
expect(evaluate("3 - 1")).to.equal(3 - 1)
end)
it("should multiply 2 by 3", function()
expect(evaluate("2 * 3")).to.equal(2 * 3)
end)
it("should divide 9 by 2", function()
expect(evaluate("9 / 2")).to.equal(9 / 2)
end)
it("should take 3 to the power of 2", function()
expect(evaluate("3 ^ 2")).to.equal(3 ^ 2)
end)
it("should take 5 modulo 2", function()
expect(evaluate("5 % 2")).to.equal(5 % 2)
end)
it("should evaluate inner expression", function()
expect(evaluate("(((((5 + 4 * 2)))))")).to.equal(5 + 4 * 2)
end)
it("should evaluate function", function()
expect(evaluate("abs(-4)")).to.equal(4)
end)
it("should evaluate function with multiple arguments", function()
expect(evaluate("min(2, 4, 1, 5, 3, 10)")).to.equal(math.min(2, 4, 1, 5, 3, 10))
end)
it("should solve composite functions", function()
expect(evaluate("pow(4, max(5, clamp(10, 1, 3)))")).to.equal(math.pow(4, math.max(5, math.clamp(10, 1, 3))))
end)
it("should evaluate constant", function()
expect(evaluate("pi")).to.equal(math.pi)
end)
it("should evaluate variable", function()
expect(evaluate("foo", { foo = 5 })).to.equal(5)
end)
it("should use variable instead of constant", function()
expect(evaluate("pi", { pi = 6 })).to.equal(6)
end)
it("should evaluate correctly", function()
expect(evaluate("5 + ((1 + 2) * 4) - 3")).to.equal(5 + ((1 + 2) * 4) - 3)
expect(evaluate("3 + 4 * 2 / ( 1 - 5 ) ^ 2 ^ 3")).to.equal(3 + 4 * 2 / (1 - 5) ^ 2 ^ 3)
expect(evaluate("10 + 4 ^ 3 * 2 % 4 / ( 1 - 5 ) ^ 2 ^ 3")).to.equal(10 + 4 ^ 3 * 2 % 4 / (1 - 5) ^ 2 ^ 3)
expect(evaluate("4 + 4.5 ^ 3 * 2 ^ 2.2 ^ 3")).to.equal(4 + 4.5 ^ 3 * 2 ^ 2.2 ^ 3)
expect(evaluate("sqrt(4) + 3")).to.equal(math.sqrt(4) + 3)
expect(evaluate("1+sqrt(4)")).to.equal(1 + math.sqrt(4))
expect(evaluate("sin(0.5) + sqrt(4 + 5 * 3)")).to.equal(math.sin(0.5) + math.sqrt(4 + 5 * 3))
expect(evaluate("sin(0.5) + var", { var = 2.35 })).to.equal(math.sin(0.5) + 2.35)
expect(evaluate("var1*var2", { var1 = 3, var2 = 5 })).to.equal(3 * 5)
expect(evaluate("(3 * (foo+2)) / 2", { foo = 3 })).to.equal((3 * (3 + 2)) / 2)
end)
it("should throw when input is empty", function()
expect(function()
evaluate("")
end).to.throw("Input empty")
end)
it("should throw when unary has no value", function()
expect(function()
evaluate("-")
end).to.throw("Expected value after unary")
end)
it("should throw when parentheses are empty", function()
expect(function()
evaluate("()")
end).to.throw("Expected value within parentheses")
end)
it("should throw when binary operation has no right hand side", function()
expect(function()
evaluate("1 + ")
end).to.throw("Expected value after +")
end)
it("should throw when variable does not exist", function()
expect(function()
evaluate("foo")
end).to.throw("'foo' is not defined")
end)
it("should throw when function does not exist", function()
expect(function()
evaluate("foo()")
end).to.throw("'foo' is not defined")
end)
it("should throw when there is no closing parenthesis", function()
expect(function()
evaluate("(5")
end).to.throw("Expected Close Parenthesis")
end)
it("should throw when function has no close parenthesis", function()
expect(function()
evaluate("rad(5")
end).to.throw("Expected Close Parenthesis")
end)
it("should throw when it encounters an unknown sequence", function()
expect(function()
evaluate("1+2&")
end).to.throw("Unexpected sequence: &")
end)
end
|
entities.require("entity")
class "structure" ("entity")
function structure:structure()
entity.entity(self)
if (_CLIENT) then
local sprite = sprite("images.obj.structures")
sprite:setFilter("nearest", "nearest")
self:setSprite(sprite)
end
end
function structure:use(activator, value)
-- return true so derived classes can check if this handles the call
if (construction.check(self, activator)) then return true end
end
function structure:spawn()
entity.spawn( self )
local tileSize = game.tileSize
local min = vector()
local max = vector( tileSize, -tileSize )
self:initializePhysics()
self:setCollisionBounds( min, max )
end
|
cgilua.htmlheader()
cgilua.put"Oi!"
--io.write"something\n"
cgilua.errorlog ("eca", "emerg")
|
local Vector = require "vector"
local physics = {}
local g = 9.81
local pi = 3.14159265359
function math.clamp(low, n, high) return math.min(math.max(n, low), high) end
function physics.calculatePhysics(objects, step, width, height)
for i, object in ipairs(objects) do
-- check horizontal bounds
if object.position.x + object.width >= width or object.position.x <= 0 then
-- bounce from the sides
object.velocity.x = -object.velocity.x
end
-- check vertical bounds
if object.position.y + object.height >= height and object.acceleration.y >= 0 then
-- bounce from the bottom
object.acceleration.y = -(object.acceleration.y * 0.75)
object.velocity.y = -object.velocity.y
end
-- usual stuff
local scale = step / 100 --????? why not 1000? t: author
object.acceleration.y = object.acceleration.y + scale * g
object.velocity.y = scale * (object.velocity.y + object.acceleration.y)
object.position.y = object.position.y + object.velocity.y
object.position.x = object.position.x + object.velocity.x
-- keep the objects from going out of screen bounds
object.position.x = math.clamp(0, object.position.x, width - object.width)
object.position.y = math.clamp(0, object.position.y, height - object.height)
for j, otherObject in ipairs(objects) do
if i == j then
goto continue
end
-- check for balls touching balls here
if physics.colliding(object, otherObject) then
physics.resolveCollision(object, otherObject)
end
end
::continue::
end
end
function physics.colliding(object, otherObject)
local xd = object.position.x - otherObject.position.x
local yd = object.position.y - otherObject.position.y
local radiuses = object.radius + otherObject.radius
local radiusesSquared = radiuses * radiuses
local distance = (xd * xd) + (yd * yd)
return distance <= radiusesSquared
end
function physics.resolveCollision(object, otherObject)
-- from here: http://stackoverflow.com/questions/345838/ball-to-ball-collision-detection-and-handling
local collision = object.getCenterPosition() - otherObject.getCenterPosition()
local distance = collision:len()
local mtdX = collision.x * (((object.radius + otherObject.radius)-distance)/distance)
local mtdY = collision.y * (((object.radius + otherObject.radius)-distance)/distance)
-- move the objects away from each other
object.position.x = object.position.x + mtdX
object.position.y = object.position.y + mtdY
otherObject.position.x = otherObject.position.x - mtdX
otherObject.position.y = otherObject.position.y - mtdY
if distance == 0.0 then
return
end
if distance < 128 then
-- resolve objects being inside each other?
distance = 135
end
collision.x = collision.x / distance
collision.y = collision.y / distance
local aci = object.velocity:dot(collision)
local bci = otherObject.velocity:dot(collision)
local acf = bci
local bcf = aci
local firstCollision = collision + Vector.zero
local secondCollision = collision + Vector.zero
firstCollision.x = firstCollision.x * (acf - aci)
firstCollision.y = firstCollision.y * (acf - aci)
secondCollision.x = secondCollision.x * (bcf - bci)
secondCollision.y = secondCollision.y * (bcf - bci)
object.velocity = object.velocity + firstCollision
otherObject.velocity = otherObject.velocity + secondCollision
end
return physics
|
local me = peripheral.wrap("top")
local function getCraftable()
local gold = me.getItemDetail({id="minecraft:gold_ingot"},false)
if gold == nil then
return 0
else
return math.floor(gold.qty / 3)
end
end
while true do
local cpus = me.getCraftingCPUs()
local free = 0
for i=1, #cpus do
if not cpus[i].busy then
free = free + 1
end
end
local craftable = getCraftable()
local i = 1
while i <= craftable and i<=free do
i = i + 1
me.requestCrafting({id="Forestry:chipsets", dmg=3}, 1)
end
sleep(0.5)
end
|
return { sharp = { 18, 9, 6 } }
|
#!/usr/bin/env lua
package.path = package.path..";../?.lua"
local glfw = require("moonglfw")
local gl = require("moongl")
local glmath = require("moonglmath")
local new_objmesh = require("common.objmesh")
local vec3, vec4 = glmath.vec3, glmath.vec4
local mat3, mat4 = glmath.mat3, glmath.mat4
local pi, rad = math.pi, math.rad
local sin, cos = math.sin, math.cos
local exp, log = math.exp, math.log
local fmt = string.format
local TITLE = "Chapter 6 - Gamma correction"
local W, H = 800, 600
-- GLFW/GL initializations
glfw.version_hint(4, 6, 'core')
glfw.window_hint('opengl forward compat', true)
local window = glfw.create_window(W, H, TITLE .." (on)")
glfw.make_context_current(window)
gl.init()
local angle, speed = pi/2, pi/8 -- rad, rad/s
local animate = false
local gamma_correction = true
glfw.set_key_callback(window, function(window, key, scancode, action)
if key == 'escape' and action == 'press' then
glfw.set_window_should_close(window, true)
elseif key == 'space' and action == 'press' then
animate = not animate
elseif key == 'g' and action == 'press' then
gamma_correction = not gamma_correction
glfw.set_window_title(window, TITLE ..(gamma_correction and " (on)" or " (off)"))
end
end)
local projection
local function resize(window, w, h)
W, H = w, h
gl.viewport(0, 0, w, h)
local c = 2.5
projection = glmath.ortho(-0.4*c, 0.4*c, -0.3*c, 0.3*c, 0.1, 100.0)
end
glfw.set_window_size_callback(window, resize)
-- Create the shader program
local prog, vsh, fsh = gl.make_program('vertex', "shaders/gamma.vert",
'fragment', "shaders/gamma.frag")
gl.delete_shaders(vsh, fsh)
gl.use_program(prog)
-- Get the locations of the uniform variables
local uniforms = {
"Gamma",
"Light.Intensity",
"Light.Position",
"Material.Kd",
"Material.Ks",
"Material.Ka",
"Material.Shininess",
"ModelViewMatrix",
"NormalMatrix",
"MVP",
}
local loc = {}
for _,name in ipairs(uniforms) do loc[name] = gl.get_uniform_location(prog, name) end
-- Initialize the uniform variables
resize(window, W, H) -- creates projection
local function set_matrices(model, view, projection)
local mv = view * model
local normal_mv = mat3(mv):inv():transpose()
gl.uniform_matrix4f(loc["ModelViewMatrix"], true, mv)
gl.uniform_matrix3f(loc["NormalMatrix"], true, normal_mv)
gl.uniform_matrix4f(loc["MVP"], true, projection * mv)
end
local function set_material(kd, ks, ka, shininess)
gl.uniformf(loc["Material.Kd"], kd)
gl.uniformf(loc["Material.Ks"], ks)
gl.uniformf(loc["Material.Ka"], ka)
gl.uniformf(loc["Material.Shininess"], shininess)
end
set_material(vec3(1, 1, 1), vec3(0, 0, 0), vec3(0, 0, 0), 100.0)
gl.uniformf(loc["Light.Intensity"], 1.0, 1.0, 1.0)
-- Generate the meshes
local ogre = new_objmesh("../media/bs_ears.obj")
-- Event loop -----------------------------------------------------------------
print("Press space to toggle animation on/off")
print("Press G to toggle gamma correction on/off")
local t0 = glfw.now()
local model = mat4()
gl.clear_color(.5, .5, .5, 1)
gl.enable('depth test')
while not glfw.window_should_close(window) do
glfw.poll_events()
-- Update
local t = glfw.now()
local dt = t - t0
t0 = t
if animate then
angle = angle + speed*dt
if angle >= 2*pi then angle = angle - 2*pi end
end
gl.uniformf(loc["Gamma"], gamma_correction and 2.2 or 0.0)
-- Render -----------------------------------------------
gl.clear('color', 'depth')
local view = glmath.look_at(vec3(3.0*cos(angle),0.0,3.0*sin(angle)), vec3(0,0,0), vec3(0,1,0))
gl.uniformf(loc["Light.Position"], view*vec4(10.0,0.0,0.0,1.0))
set_matrices(model, view, projection)
ogre:render()
gl.finish()
glfw.swap_buffers(window)
end
|
------------------------------------------------------------------------------
-- kong-plugin-soap2rest 1.0.2-1
------------------------------------------------------------------------------
-- Copyright 2021 adesso SE
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
------------------------------------------------------------------------------
-- Author: Daniel Kraft <daniel.kraft@adesso.de>
------------------------------------------------------------------------------
local lyaml = require "lyaml"
local utils = require "kong.plugins.soap2rest.utils"
--local inspect = require "inspect"
local _M = {}
-- Builds the REST request path
-- @param plugin_conf Plugin configuration
-- @param RequestAction SOAP OperationId
-- @retrun 1. HTTP-Action
-- 2. REST-Request path
local function getRequestPath(plugin_conf, RequestAction)
local action, RequestPath= "", ""
for word in string.gmatch(RequestAction, "%u%l*") do
word = string.lower(word)
if word == "get" or word == "post" or word == "delete" or word == "put" then
action = word
else
RequestPath = RequestPath..word.."/"
end
end
RequestPath = string.sub(RequestPath, 1, -2)
if plugin_conf.operation_mapping ~= nil and plugin_conf.operation_mapping[RequestAction] ~= nil then
RequestPath = plugin_conf.operation_mapping[RequestAction]
end
return action, plugin_conf.rest_base_path..RequestPath
end
-- Identifying the content type of the request and response of a REST operation
-- @param operationName OperationId
-- @param operation Excerpt from the OpenAPI
-- @retrun 1. Content-Type of the request
-- 2. Content-Type of the response
local function parseOperation(operationName, operation)
local request, response = {type = "application/json"}, {type = "application/json"}
if operation.requestBody ~= nil then
kong.log.debug("Parsing body of the operation: "..operationName)
-- Identification of the content type of the request
if operation["x-contentType"] ~= nil then
kong.log.debug("Found x-contenttype")
request.type = operation["x-contentType"]
else
request.type = next(operation.requestBody.content)
kong.log.debug("Use plain content: "..request.type)
end
-- Identification of the encoding if it is a file
if string.find(request.type, "multipart/") ~= nil then
kong.log.debug("Found Multipart: "..request.type)
local encoding = operation.requestBody.content[request.type].encoding
request["encoding"] = {
file = encoding.datei.contentType,
meta = encoding.metadaten.contentType
}
kong.log.debug("Encoding: file = "..encoding.datei.contentType..", meta = "..encoding.metadaten.contentType)
end
end
kong.log.debug("Request Type: "..request.type)
-- Identification of the content type of the response
if (operation.responses ~= nil and operation.responses["200"] ~= nil) then
response.type = next(operation.responses["200"].content)
elseif (operation.responses ~= nil and operation.responses[200] ~= nil) then
response.type = next(operation.responses[200].content)
end
kong.log.debug("Response Type: "..response.type)
return request, response
end
-- Analysing the OpenAPI file
-- @param plugin_conf Plugin configuration
function _M.parse(plugin_conf)
-- Reading out the OpenAPI file
local status, yaml_content = pcall(utils.read_file, plugin_conf.openapi_yaml_path)
if not status then
kong.log.err("Unable to read OpenAPI file '"..plugin_conf.openapi_yaml_path.."' \n\t", yaml_content)
return
end
-- Converting the OpenAPI file into a Lua table
local status, openapi_table = pcall(lyaml.load, yaml_content)
if not status then
kong.log.err("Unable to parse OpenAPI yaml\n\t", openapi_table)
return
end
-- Completing the cached plugin configuration
for requestAction, operation in pairs(plugin_conf.operations) do
local action, path = getRequestPath(plugin_conf, requestAction)
for key, value in pairs(openapi_table.paths) do
kong.log.debug("API Path: "..key)
if string.find(path, key) then
local status, request, response = pcall(parseOperation, action, value[action])
if status then
operation["rest"] = {
action = action,
path = path,
request = request,
response = response
}
else
kong.log.debug("Error While Parsing Method: "..tostring(request))
operation["rest"] = {
action = action,
path = path
}
end
break
end
end
end
end
return _M
|
local L = select(2, ...).L('esES')
L['ALT key'] = ALT_KEY
L['ALT + CTRL key'] = ALT_KEY_TEXT .. ' + ' .. CTRL_KEY
L['ALT + SHIFT key'] = ALT_KEY_TEXT .. ' + ' .. SHIFT_KEY
L['You can\'t do that while in combat'] = ERR_NOT_IN_COMBAT
-- config
-- L['Modified to use %s'] -- MISSING! %s = "Molinari"
-- L['Item Blocklist'] = '' -- MISSING!
-- L['Block Item'] = '' -- MISSING!
-- L['Items in this list will not be processed.'] = '' -- MISSING!
-- L['Block a new item by ID'] = '' -- MISSING!
|
-- Block users from switching to other skins
function FadeVariantMixin:SetVariant()
end
|
---
-- @module factory
local types = require("lualife.types")
local PlacedField = require("lualife.models.placedfield")
local FieldSettings = require("biohazardcore.models.fieldsettings")
local random = require("lualife.random")
local factory = {}
---
-- @tparam FieldSettings settings
-- @treturn lualife.models.PlacedField
function factory.create_field(settings)
assert(types.is_instance(settings, FieldSettings))
local field_sample = PlacedField:new(settings.size, settings.initial_offset)
return random.generate_with_limits(
field_sample,
settings.filling,
settings.minimal_count,
settings.maximal_count
)
end
return factory
|
stormtrooper_common = {
description = "",
minimumLevel = 0,
maximumLevel = 0,
lootItems = {
{itemTemplate = "painting_bw_stormtrooper", weight = 2500000},
{itemTemplate = "painting_han_wanted", weight = 2500000},
{itemTemplate = "painting_leia_wanted", weight = 2500000},
{itemTemplate = "painting_luke_wanted", weight = 2500000}
}
}
addLootGroupTemplate("stormtrooper_common", stormtrooper_common)
|
--[[
The MIT License (MIT)
Copyright (c) 2015 Xaymar
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
--]]
--! This file defines the Seeker player class.
-- A seeker is someone who is looking for the hiders, using weapons or other
-- means of detecting idiots. Also someone who looks like a diaper baby.
-- Weapons and Ammo are granted upon spawn and have to be used sparingly or
-- they'll be stuck with the crowbar. Bad seeker, bad.
-- Gain health upon killing a hider, lose health when attacking non-hiders.
-- Death upon health reaching 0.
DEFINE_BASECLASS( "Default" )
local CLASS = {}
CLASS.DisplayName = "Seeker"
CLASS.CanUseFlashlight = true -- Can we use the flashlight
CLASS.MaxHealth = 100
CLASS.StartHealth = 100
CLASS.StartArmor = 0
CLASS.DropWeaponOnDie = true
-- ------------------------------------------------------------------------- --
--! Server-Side
-- ------------------------------------------------------------------------- --
-- Spawn
function CLASS:Spawn()
if (GAMEMODE.Config:DebugLog()) then print("Prop Hunt: Seeker '"..self.Player:GetName().."' (SteamID: "..self.Player:SteamID()..") spawned.") end
BaseClass.Spawn(self)
-- Settings
self.Player:SetMaxHealth(GAMEMODE.Config.Seeker:HealthMax())
self.Player:SetHealth(GAMEMODE.Config.Seeker:Health())
self.Player:SetRenderMode(RENDERMODE_NORMAL)
self.Player:SetColor(Color(255,255,255,255))
-- Speed and Jump Power
self.Player:SetWalkSpeed(GAMEMODE.Config.Seeker:WalkSpeed())
if (GAMEMODE.Config.Seeker:Sprint()) then
self.Player:SetRunSpeed(GAMEMODE.Config.Seeker:SprintSpeed())
else
self.Player:SetRunSpeed(GAMEMODE.Config.Seeker:WalkSpeed())
end
self.Player:SetJumpPower(GAMEMODE.Config.Seeker:JumpPower())
-- Hull & View Offset
GAMEMODE:PlayerHullFromEntity(self.Player, nil)
GAMEMODE:PlayerSetViewOffset(self.Player, Vector(0,0,64), Vector(0,0,32))
end
function CLASS:Loadout()
-- Give the weapons the admin told us to.
local weapons = GAMEMODE.Config.Seeker:Weapons()
for i,weapon in ipairs(weapons) do
self.Player:Give(weapon)
end
-- Give the ammo the admin told us to.
local ammos = GAMEMODE.Config.Seeker:Ammo()
for i,ammo in ipairs(ammos) do
local typeCount = string.Split(ammo, ":")
self.Player:GiveAmmo(tonumber(typeCount[2]), typeCount[1], true)
end
-- Default weapon stuff
local cl_defaultweapon = self.Player:GetInfo("cl_defaultweapon")
if self.Player:HasWeapon(cl_defaultweapon) then
self.Player:SelectWeapon(cl_defaultweapon)
end
end
-- Damage
function CLASS:ShouldTakeDamage(attacker)
if (IsValid(attacker)) then
if (attacker:IsPlayer()) then
if (attacker:Team() == self.Player:Team()) then
local ffmode = GetConVarNumber("mp_friendlyfire")
if (ffmode == 0) then -- Not Allowed
return false
end
end
end
end
return true
end
function CLASS:Damage(victim, attacker, healthRemaining, damageDealt)
if ((victim != attacker) && victim:IsPlayer() && attacker:IsPlayer() && (attacker:Team() == victim:Team())) then
if (GAMEMODE.Config:DebugLog()) then
print("Prop Hunt: Seeker '"..attacker:GetName().."' (SteamID: "..attacker:SteamID()..") damaged seeker '"..victim:GetName().."' (SteamID: "..victim:SteamID()..") with "..damageDealt.." damage.")
end
end
end
function CLASS:Hurt(victim, attacker, healthRemaining, damageTaken)
if ((victim != attacker) && victim:IsPlayer() && attacker:IsPlayer() && (attacker:Team() == victim:Team())) then
if (GAMEMODE.Config:DebugLog()) then
print("Prop Hunt: Seeker '"..victim:GetName().."' (SteamID: "..victim:SteamID()..") was hurt by seeker '"..attacker:GetName().."' (SteamID: "..attacker:SteamID()..") with "..damageTaken.." damage.")
end
if (GetConVarNumber("mp_friendlyfire") == 2) then
victim:SetHealth(healthRemaining + damageTaken)
attacker:TakeDamage(damageTaken, attacker, attacker)
print("Prop Hunt: Seeker '"..victim:GetName().."' (SteamID: "..victim:SteamID()..") reflected "..damageTaken.." to seeker '"..attacker:GetName().."' (SteamID: "..attacker:SteamID()..").")
end
end
end
function CLASS:DamageEntity(ent, att, dmg)
if (GAMEMODE.Config:DebugLog()) then print("Prop Hunt: Seeker '"..self.Player:GetName().."' (SteamID: "..self.Player:SteamID()..") damaged entity "..ent:GetClass()..".") end
if (GAMEMODE:GetRoundState() != GAMEMODE.States.Seek) then return end
if (!IsValid(ent) || !IsValid(att)) then return end
if (att == ent) then return end
-- Only take damage during this phase.
if IsValid(ent) && (!(ent:IsPlayer())) then
if (ent:GetClass() == "ph_prop") then
ent:GetOwner():TakeDamageInfo(dmg)
self.Player.Data.RandomWeight = self.Player.Data.RandomWeight - 1
elseif (ent:GetClass() == "func_breakable") then
elseif (ent:GetClass() == "prop_ragdoll") then
else
att:TakeDamage(GAMEMODE.Config.Seeker:HealthPenalty(), ent, ent)
end
end
end
-- Death
function CLASS:DoDeath(attacker, dmginfo)
BaseClass.DoDeath(self, attacker, dmginfo)
if GAMEMODE.Config:DebugLog() then
if (IsValid(attacker) && attacker:IsPlayer() && attacker != self.Player) then
print("Prop Hunt: Seeker '"..self.Player:GetName().."' (SteamID: "..self.Player:SteamID()..") killed by '"..attacker:GetName().."' (SteamID: "..attacker:SteamID()..").")
end
end
if SERVER then
self.Player:SetShouldServerRagdoll(true)
--self.Player:CreateRagdoll()
end
end
function CLASS:PostDeath()
if (GAMEMODE.Config:DebugLog()) then print("Prop Hunt: Seeker '"..self.Player:GetName().."' (SteamID: "..self.Player:SteamID()..") died.") end
BaseClass.PostDeath(self, inflictor, attacker)
self.Player:UnLock()
end
function CLASS:CanSuicide()
return true
end
function CLASS:DeathThink()
if (CurTime() - self.Player.Data.AliveTime) > 1 then
self.Player:Spawn()
return true
end
return false
end
-- Visible Stuff
function CLASS:SetModel()
local cl_playermodel = self.Player:GetInfo( "cl_playermodel" )
local modelname = player_manager.TranslatePlayerModel( cl_playermodel )
if !(util.IsValidModel(modelname)) then
modelname = "models/player/combine_super_soldier.mdl"
end
util.PrecacheModel(modelname)
self.Player:SetModel(modelname)
-- Hands
self.Player:SetupHands()
end
-- Interaction
function CLASS:AllowPickup(ent) return true end
function CLASS:CanPickupItem(ent) return true end
function CLASS:CanPickupWeapon(ent) return true end
-- Menu Buttons
function CLASS:ShowSpare1()
if BaseClass.ShowSpare1(self) then return end
-- Play a taunt
local tauntList = GAMEMODE.Config.Taunt:Seekers()
local index = math.random(#tauntList)
self.Player:EmitSound(tauntList[index], SNDLVL_NORM, 100, 1, CHAN_VOICE)
if GAMEMODE.Config:DebugLog() then print("Prop Hunt: Seeker '"..self.Player:GetName().."' (SteamID: "..self.Player:SteamID()..") taunted with sound '"..tauntList[index].."'.") end
end
-- ------------------------------------------------------------------------- --
--! Shared
-- ------------------------------------------------------------------------- --
function CLASS:Alive() return true end
-- ------------------------------------------------------------------------- --
--! Client-Side
-- ------------------------------------------------------------------------- --
function CLASS:ClientSpawn()
if (GAMEMODE.Config:DebugLog()) then print("Prop Hunt CL: Seeker '"..self.Player:GetName().."' (SteamID: "..self.Player:SteamID()..") spawned.") end
BaseClass.ClientSpawn(self)
end
function CLASS:HUDPaint()
BaseClass.HUDPaint(self)
local State = GetGlobalInt("RoundState", GAMEMODE.States.PreMatch)
if (State == GAMEMODE.States.Hide) then
local intTime = math.ceil(GetGlobalInt("RoundTime"))
local strTime = tostring(intTime)
-- Show Status at the center
surface.SetTextColor( 255, 255, 255, 255 )
if (intTime >= 1) then
surface.SetFont("CloseCaption_Bold")
local w,h = surface.GetTextSize("Unblinded in "..strTime.." seconds...")
surface.SetTextPos( ScrW()/2 - w / 2, ScrH()/2 - h / 2)
surface.DrawText("Unblinded in "..strTime.." seconds...")
else
surface.SetFont("PHHugeAssFont")
local w,h = surface.GetTextSize("NOW")
surface.SetTextPos( ScrW()/2 - w / 2, ScrH()/2 - h / 2)
surface.DrawText("NOW")
end
end
end
function CLASS:ShouldDrawLocal()
return (self.Player.Data.ViewDistance or 0) >= 10
end
-- Register
player_manager.RegisterClass("Seeker", CLASS, "Default")
|
--
-- Created by IntelliJ IDEA.
-- User: RJ
-- Date: 21/09/16
-- Time: 10:19
-- To change this template use File | Settings | File Templates.
--
--***********************************************************
--** ROBERT JOHNSON **
--***********************************************************
require "ISUI/ISPanel"
---@class ISPlayerStatsWarningPointUI : ISPanel
ISPlayerStatsWarningPointUI = ISPanel:derive("ISPlayerStatsWarningPointUI");
--************************************************************************--
--** ISPanel:initialise
--**
--************************************************************************--
function ISPlayerStatsWarningPointUI:initialise()
ISPanel.initialise(self);
self:create();
end
function ISPlayerStatsWarningPointUI:setVisible(visible)
-- self.parent:setVisible(visible);
self.javaObject:setVisible(visible);
end
function ISPlayerStatsWarningPointUI:render()
local z = 20;
self:drawText(getText("IGUI_PlayerStats_WarningPointTitle"), self.width/2 - (getTextManager():MeasureStringX(UIFont.Medium, getText("IGUI_PlayerStats_WarningPointTitle")) / 2), z, 1,1,1,1, UIFont.Medium);
z = z + 30;
self:drawText(getText("IGUI_PlayerStats_Reason"), 10, self.reason.y - self.reason.height + 2, 1,1,1,1, UIFont.Small);
self:drawText(getText("IGUI_PlayerStats_Amount"), 10, self.amount.y - self.amount.height + 2, 1,1,1,1, UIFont.Small);
end
function ISPlayerStatsWarningPointUI:create()
self.reason = ISTextEntryBox:new("", 10, 30 + self.zOffsetSmallFont + 2, 250, 20);
self.reason.font = UIFont.Small;
self.reason:initialise();
self.reason:instantiate();
self:addChild(self.reason);
self.amount = ISTextEntryBox:new("1", 10, 80 + self.zOffsetSmallFont + 2, 50, 20);
self.amount.font = UIFont.Small;
self.amount:initialise();
self.amount:instantiate();
self.amount:setOnlyNumbers(true);
self:addChild(self.amount);
local btnWid = 100
local btnHgt = 25
local padBottom = 10
self.ok = ISButton:new((self:getWidth() / 2) - 100 - 5, self:getHeight() - padBottom - btnHgt, btnWid, btnHgt, getText("UI_Ok"), self, ISPlayerStatsWarningPointUI.onOptionMouseDown);
self.ok.internal = "OK";
self.ok:initialise();
self.ok:instantiate();
self.ok.borderColor = {r=1, g=1, b=1, a=0.1};
self:addChild(self.ok);
self.cancel = ISButton:new((self:getWidth() / 2) + 5, self:getHeight() - padBottom - btnHgt, btnWid, btnHgt, getText("UI_Cancel"), self, ISPlayerStatsWarningPointUI.onOptionMouseDown);
self.cancel.internal = "CANCEL";
self.cancel:initialise();
self.cancel:instantiate();
self.cancel.borderColor = {r=1, g=1, b=1, a=0.1};
self:addChild(self.cancel);
end
function ISPlayerStatsWarningPointUI:onOptionMouseDown(button, x, y)
if button.internal == "OK" then
self:setVisible(false);
self:removeFromUIManager();
if self.onclick ~= nil then
self.onclick(self.target, button, self.reason:getText(), self.amount:getText());
end
end
if button.internal == "CANCEL" then
self:setVisible(false);
self:removeFromUIManager();
end
end
function ISPlayerStatsWarningPointUI:new(x, y, width, height, target, onclick)
local o = {};
o = ISPanel:new(x, y, width, height);
setmetatable(o, self);
self.__index = self;
o.variableColor={r=0.9, g=0.55, b=0.1, a=1};
o.borderColor = {r=0.4, g=0.4, b=0.4, a=1};
o.backgroundColor = {r=0, g=0, b=0, a=0.8};
o.target = target;
o.onclick = onclick;
o.zOffsetSmallFont = 25;
o.moveWithMouse = true;
return o;
end
|
local module1 = ...
print("loading module 1")
function module1.test()
print("running module 1 test")
end
|
---@class RGB @R, G, B 값을 나타냅니다.
---@field R number @Red value
---@field G number @Green value
---@field B number @Blue value
RGB = {}
---@param color number @RGB 값
---@return RGB
function numberToRGB(color)
return {
R = color % 0x100,
G = math.floor(color / 0x100) % 0x100,
B = math.floor(color / 0x10000) % 0x100
}
end
|
-----------------------------------------------------------------------------
-- JSONRPC4MinetestLua: JSONRPC4Lua modified for minetest engine.
-- json-rpc Module.
-- This module is released under the MIT License (MIT).
--
-- Requires JSON4MinetestLua to be installed.
--
-- USAGE:
-- This module exposes two functions:
-- rpc.proxy( 'url', callback)
-- Returns a proxy object for calling the
-- JSON RPC Service at the given url with
-- given callback.
-- rpc.call ( 'url', 'method', callback, ...)
-- Calls the JSON RPC server at the given url,
-- invokes the appropriate method, and passes the
-- remaining parameters. Minetest HTTPApiTable is
-- used to fetch pages and calls a callback.
-- Callback function receives result from
-- decoded httpResponse.data as callback(res)
rpc = {}
local http = minetest.request_http_api()
function rpc.call(url, method, callback, ...)
local jsonRequest = json.encode(
{
["id"]=tostring(math.random()),
["method"] = method,
["params"] = {...},
}
)
--debug
--minetest.debug("jsonRequest: "..jsonRequest)
http.fetch(
{
['url'] = url,
['method'] = 'POST',
['extra_headers'] = {
['content-type']='application/json-rpc',
['content-length']=string.len(jsonRequest)},
['post_data'] = jsonRequest
},
function(httpResponse)
if httpResponse.code ~= 200 then
return
end
if not callback then
return
end
local data = json.decode(httpResponse.data)
local res = data.result
callback(res)
end)
end
function rpc.proxy(url, callback)
local serverProxy = {}
local proxyMeta = {
__index = function(self, key)
return function(...)
return rpc.call(url, key, callback, ...)
end
end
}
setmetatable(serverProxy, proxyMeta)
return serverProxy
end
|
-- kalimba
-- follow a real kalimba
-- with a synthesized one
engine.name='Kalimba'
local SCREEN_FRAMERATE=15
local DEBOUNCE_TIME=0.1
local debounce_timer={0,0,0,0}
local current_freq=-1
local last_freq=-1
local currrent_amp=-1
local last_amp=-1
local amp_min=0.01
local amp_max=0.06
local note_activated=false
local viewport={width=128,height=64,time=0}
-- A2 C3 E3 F3 A3 B3 C4 E4
local frequency_percent_tolerance=0.2
local frequency_available={229,261,328,350,440,494,523,660}
-- Encoder input
function enc(n,delta)
end
-- Key input
function key(n,z)
end
function init()
engine.amp(0)
-- Polls
--update pitch
local pitch_poll_l=poll.set("pitch_in_l",function(value)
update_freq(value)
end)
pitch_poll_l:start()
-- initiate engine playback on incoming audio
p_amp_in=poll.set("amp_in_l")
p_amp_in.time=0.1
p_amp_in.callback=function(val)
-- print(val)
-- local filetest=io.open("/tmp/test.data","a")
-- io.output(filetest)
-- io.write(val.."\n")
-- io.close(filetest)
current_amp_diff=val-last_amp
if current_amp_diff>amp_min then
debounce_timer[4]=util.time()
if debounce_timer[4]-debounce_timer[3]>DEBOUNCE_TIME then
-- TODO: scale amplitude based on amp threshold
local amp_set=(current_amp_diff-amp_min)/amp_max
if amp_set>1 then
amp_set=1
end
print("amp_set "..amp_set)
engine.amp(amp_set)
debounce_timer[3]=util.time()
note_activated=true
end
end
last_amp=val
end
p_amp_in:start()
-- update screen
re=metro.init()
re.time=0.1
re.event=function()
viewport.time=viewport.time+0.1
redraw()
end
re:start()
end
function redraw()
screen.clear()
screen.move(64,32)
screen.text_center("kalimba")
screen.update()
end
function update_freq(freq)
current_freq=freq
if current_freq>0 then
debounce_timer[2]=util.time()
-- add debounce time for each note
if debounce_timer[2]-debounce_timer[1]>DEBOUNCE_TIME and note_activated then
-- quantize notes to available notes
hzs=snap_to_frequency(current_freq)
print("new freq "..current_freq)
for k,v in pairs(hzs) do
if v>0 then
print("playing "..v)
engine.hz(v)
end
end
debounce_timer[1]=util.time()
note_activated=false
end
end
if current_freq>0 then last_freq=current_freq end
end
function snap_to_frequency(hz)
-- is within tolerance of any?
for k,v in pairs(frequency_available) do
if hz>v*(1-frequency_percent_tolerance) and hz<v*(1+frequency_percent_tolerance) then
return {hz}
end
end
-- is in between any pair?
for k,v in pairs(frequency_available) do
if k>1 then
if hz>frequency_available[k-1] and hz<v then
return {frequency_available[k-1],v}
end
end
end
return {-1}
end
|
local propText = script:GetCustomProperty("Text"):WaitForObject()
local propShadowText = script:GetCustomProperty("ShadowText"):WaitForObject()
local LOCAL_PLAYER = Game.GetLocalPlayer()
Events.Connect("PlayerWins_Event", function(player)
local textToDisplay = player.name .. " wins!!"
if player == LOCAL_PLAYER then
textToDisplay = "You win!"
end
propText.text = textToDisplay
propShadowText.text = textToDisplay
Task.Wait(3)
propText.text = ""
propShadowText.text = ""
end)
|
local cmp = require "cmp"
local luasnip = require "luasnip"
local kind_icons = {
Text = "",
Method = "",
Function = "",
Constructor = "",
Field = "",
Variable = "",
Class = "ﴯ",
Interface = "",
Module = "",
Property = "ﰠ",
Unit = "",
Value = "",
Enum = "",
Keyword = "",
Snippet = "",
Color = "",
File = "",
Reference = "",
Folder = "",
EnumMember = "",
Constant = "",
Struct = "",
Event = "",
Operator = "",
TypeParameter = ""
}
cmp.setup({
snippet = {
expand = function(args)
luasnip.lsp_expand(args.body)
end,
},
mapping = {
['<C-b>'] = cmp.mapping(cmp.mapping.scroll_docs(-4), { 'i', 'c' }), -- Helps scrolling left I guess
['<C-f>'] = cmp.mapping(cmp.mapping.scroll_docs(4), { 'i', 'c' }), -- Helps scrolling right I guess
['<C-Space>'] = cmp.mapping(cmp.mapping.complete(), { 'i', 'c' }), -- Open completion menu without typing
['<C-y>'] = cmp.config.disable, -- I do not know what it does, does not matter
['<C-e>'] = cmp.mapping.close(), -- Close completion menu
["<Tab>"] = cmp.mapping(cmp.mapping.select_next_item(), { "i", "s" }), -- Scrolling down with Tab in the menu
["<S-Tab>"] = cmp.mapping(cmp.mapping.select_prev_item(), { "i", "s" }), -- Scrolling up with S-TAB
['<CR>'] = cmp.mapping.confirm({ select = true }), -- ENTER to select the selected completion option
},
sources = cmp.config.sources{
{ name = 'nvim_lsp'}, -- From that lsp completion source
{ name = 'luasnip' }, -- From luasnip plugin
{ name = 'buffer'}, -- From that buffer completion source
{ name = 'path'}, -- From that path completion source
documentation = {
border = { "╭", "─", "╮", "│", "╯", "─", "╰", "│" },
},
},
formatting = {
format = function(entry, vim_item)
vim_item.kind = string.format('%s %s', kind_icons[vim_item.kind], vim_item.kind)
vim_item.menu = ({
nvim_lsp = "[LSP]",
luasnip = "[Snippet]",
buffer = "[Buffer]",
path = "[Path]"
})[entry.source.name]
return vim_item
end
},
})
|
return {'vrijheidsbeeld','vriend','vriendelijk','vriendelijkheid','vriendenclub','vriendendienst','vriendenfeest','vriendengroep','vriendengroet','vriendenkring','vriendenmaal','vriendenmatch','vriendenpaar','vriendenploeg','vriendenprijsje','vriendenschaar','vriendin','vriendinnenkring','vriendinnetje','vriendjespolitiek','vriendschap','vriendschappelijk','vriendschappelijkheid','vriendschapsband','vriendschapsbetuiging','vriendschapsrelatie','vriendschapsverdrag','vriesbak','vriescel','vriesdrogen','vrieshuis','vrieskamer','vrieskast','vrieskist','vrieskou','vrieskoude','vrieslucht','vriesnacht','vriespunt','vriesruimte','vriesvak','vriesweder','vriesweer','vrieswind','vriezen','vriezer','vrij','vrijaf','vrijage','vrijberoepsbeoefenaar','vrijbiljet','vrijblijvend','vrijblijvendheid','vrijbrief','vrijbuiten','vrijbuiter','vrijbuiterij','vrijdag','vrijdagavond','vrijdaggebed','vrijdagmiddag','vrijdagmorgen','vrijdagnacht','vrijdagnamiddag','vrijdagochtend','vrijdags','vrijdagse','vrijdagsgebed','vrijdenkend','vrijdenker','vrijdenkerij','vrijdenkster','vrijdom','vrijdragend','vrije','vrijelijk','vrijemarkteconomie','vrijemarktprincipe','vrijemarktsector','vrijemarktwerking','vrijen','vrijer','vrijerij','vrijesectorwoning','vrijetijdsactiviteit','vrijetijdsauto','vrijetijdsbesteding','vrijetijdscentrum','vrijetijdsgedrag','vrijetijdsindustrie','vrijetijdskleding','vrijetijdskunde','vrijetijdsmarkt','vrijetijdsprobleem','vrijetijdssector','vrijetrappenspecialist','vrijgave','vrijgeboren','vrijgeborene','vrijgeest','vrijgeesterij','vrijgelatene','vrijgeleide','vrijgeleidebrief','vrijgemaakt','vrijgespeeld','vrijgesteld','vrijgestelde','vrijgevallen','vrijgeven','vrijgevestigd','vrijgevig','vrijgevigheid','vrijgevochten','vrijgevochtenheid','vrijgezel','vrijgezellenavond','vrijgezellenbelasting','vrijgezellenbestaan','vrijgezellenflat','vrijgezellenstaat','vrijhandel','vrijhandelaar','vrijhandelsakkoord','vrijhandelsassociatie','vrijhandelsgebied','vrijhandelsovereenkomst','vrijhandelstelsel','vrijhandelsverdrag','vrijhandelszone','vrijhaven','vrijheer','vrijheid','vrijheidlievend','vrijheidsbeginsel','vrijheidsbeneming','vrijheidsbeperking','vrijheidsberoving','vrijheidsbeweging','vrijheidsboom','vrijheidsdrang','vrijheidsgeest','vrijheidsgevoel','vrijheidsgraad','vrijheidsheld','vrijheidshoed','vrijheidsideaal','vrijheidsliefde','vrijheidslievend','vrijheidsmuts','vrijheidsoorlog','vrijheidsrechten','vrijheidsstraf','vrijheidsstreven','vrijheidsstrijd','vrijheidsstrijder','vrijheidsstrijdster','vrijheidszin','vrijheidszucht','vrijhouden','vrijkaart','vrijkomen','vrijkopen','vrijkoping','vrijkorps','vrijlaten','vrijlating','vrijlatingsregeling','vrijleen','vrijliggend','vrijloop','vrijlopen','vrijlot','vrijloten','vrijmacht','vrijmachtig','vrijmaken','vrijmaking','vrijmarkt','vrijmetselaar','vrijmetselaarsloge','vrijmetselaarsteken','vrijmetselarij','vrijmoedig','vrijmoedigheid','vrijpartij','vrijpion','vrijplaats','vrijpleiten','vrijpostig','vrijpostigheid','vrijschop','vrijscene','vrijspelen','vrijspraak','vrijspreken','vrijspreking','vrijstaan','vrijstaand','vrijstaat','vrijstad','vrijstellen','vrijstelling','vrijstellingenvariant','vrijstellingsregeling','vrijster','vrijsterschap','vrijthof','vrijuit','vrijval','vrijvallen','vrijvechten','vrijverklaard','vrijverklaren','vrijwaren','vrijwaring','vrijwaringsbewijs','vrijwel','vrijwiel','vrijwielen','vrijwillig','vrijwilliger','vrijwilligersbeleid','vrijwilligerscentrale','vrijwilligersdag','vrijwilligersgroep','vrijwilligerskorps','vrijwilligerskrijgsmacht','vrijwilligersleger','vrijwilligersorganisatie','vrijwilligersproject','vrijwilligersvergoeding','vrijwilligerswerk','vrijwilligheid','vrijwilligster','vrijwilligsterswerk','vrijzinnig','vrijzinnige','vrijzinnigheid','vrille','vrind','vrijkous','vrijekeuzeruimte','vrijeluchtinspectie','vrijemarktkapitalisme','vrijerig','vrijstellingsprocedure','vrijgezellenfeest','vrijspreker','vriendenlijst','vriendennetwerk','vriendlief','vriesgedeelte','vrijboord','vrijgezellendag','vrijwaringsclausule','vriendenboek','vriendendag','vriendenprijs','vriendensite','vriendenteam','vriendinlief','vriendinnendag','vriestemperatuur','vrijdageditie','vrijdagmarkt','vrijdagmiddagborrel','vrijdagmiddaggebed','vrijdagpreek','vrijdagtraining','vrijdagvoormiddag','vrijdenken','vrijgezellenleven','vrijgezellenparty','vrijheidsbegrip','vrijheidsconcept','vrijheidsdenken','vrijheidsgedachte','vrijheidsontneming','vrijheidsprijs','vrijheidsrecht','vrijstellingsbepaling','vrijstellingsbesluit','vrijstellingsbevoegdheid','vrijstellingslijst','vrijstellingsmogelijkheid','vrijstellingsverordening','vrijstellingsverzoek','vrijwaringsverklaring','vrijwilligersavond','vrijwilligerscoordinator','vrijwilligersfunctie','vrijwilligershulp','vrijwilligersprijs','vrijwilligersregeling','vrijwilligersteam','vrijwilligersverzekering','vrijwilligerswerkbeleid','vrijwilligerswerking','vrijwilligerszorg','vrijwilligerswet','vriendinnenclub','vrijwording','vrijzetting','vriendenbezoek','vrijwilligersvereniging','vrijkwartier','vrieskoelwals','vrijstellingsmethode','vrijmetselaarsorde','vrijetijdseconomie','vriendenpagina','vries','vriezenveen','vriezenveens','vriezenvener','vrieling','vriens','vrielink','vriends','vriesema','vrieze','vriezen','vrijenhoek','vrind','vriezema','vrijsen','vrins','vriese','vriesen','vriezekolk','vrijens','vrijs','vringer','vriesde','vrijhoeven','vrisekoop','vriendelijke','vriendelijker','vriendelijkere','vriendelijkheden','vriendelijks','vriendelijkst','vriendelijkste','vrienden','vriendendiensten','vriendenfeesten','vriendengroepen','vriendenkringen','vriendinnen','vriendinnenkringen','vriendinnetjes','vriendje','vriendjes','vriendschappelijke','vriendschappelijker','vriendschappelijkere','vriendschappelijkst','vriendschappelijkste','vriendschappen','vriendschapsbanden','vriendschapsbetuigingen','vries','vriesbakken','vriescellen','vriesganzen','vrieshuizen','vrieskamers','vrieskasten','vrieskisten','vriespunten','vriesruimtes','vriest','vriezend','vriezers','vrijages','vrijbiljetten','vrijblijvende','vrijblijvender','vrijbrieven','vrijbuit','vrijbuiters','vrijdagavonden','vrijdagen','vrijdagochtenden','vrijde','vrijden','vrijdenkers','vrijdommen','vrijemarkteconomieen','vrijere','vrijerijen','vrijerijtje','vrijerijtjes','vrijers','vrijersvoeten','vrijertje','vrijertjes','vrijesectorwoningen','vrijgaf','vrijgaven','vrijgeef','vrijgeeft','vrijgeesten','vrijgegeven','vrijgehouden','vrijgekocht','vrijgekochte','vrijgekomen','vrijgelaten','vrijgelatenen','vrijgeleidebrieven','vrijgeleiden','vrijgeleides','vrijgeloot','vrijgelopen','vrijgelote','vrijgemaakte','vrijgepleit','vrijgepleite','vrijgesproken','vrijgestaan','vrijgestelden','vrijgevige','vrijgeviger','vrijgevigst','vrijgevigste','vrijgevochtener','vrijgevochtenere','vrijgezellen','vrijhandelaars','vrijhandelaren','vrijhandelsakkoorden','vrijhavens','vrijheden','vrijheidlievende','vrijheidminnende','vrijheidsbeperkende','vrijheidsbeperkingen','vrijheidsbomen','vrijheidsgraden','vrijheidsoorlogen','vrijheidsstraffen','vrijheidsstrijders','vrijheren','vrijhield','vrijhoud','vrijhoudt','vrijkaarten','vrijkaartje','vrijkocht','vrijkom','vrijkomend','vrijkomende','vrijkomt','vrijkoop','vrijkoopt','vrijkopingen','vrijkorpsen','vrijkwam','vrijkwamen','vrijlaat','vrijlatingen','vrijliep','vrijliepen','vrijliet','vrijliggende','vrijloopt','vrijmaak','vrijmaakt','vrijmaakte','vrijmaakten','vrijmachtige','vrijmakingen','vrijmarkten','vrijmetselaars','vrijmetselaarsloges','vrijmetselaren','vrijmoedige','vrijmoediger','vrijmoedigheden','vrijmoedigste','vrijplaatsen','vrijpleit','vrijpleitte','vrijpleitten','vrijpostige','vrijpostiger','vrijsprak','vrijspraken','vrijspreek','vrijspreekt','vrijst','vrijsta','vrijstaande','vrijstaten','vrijste','vrijsteden','vrijstel','vrijstelde','vrijstelden','vrijstellingen','vrijstelt','vrijsters','vrijstertje','vrijstond','vrijt','vrijvallende','vrijvalt','vrijvecht','vrijverklaarde','vrijviel','vrijvielen','vrijvocht','vrijwaar','vrijwaarde','vrijwaart','vrijwaringen','vrijwielt','vrijwillige','vrijwilligere','vrijwilligers','vrijwilligerscentrales','vrijwilligerskorpsen','vrijwilligersorganisaties','vrijwilligersprojecten','vrijwilligst','vrijwilligste','vrijwilligsters','vrijzinnigen','vrijzinniger','vrijzinnigere','vrijzinnigste','vrilles','vrinden','vriendenclubje','vriendenmatchen','vriendschappelijkheden','vriendschapsrelaties','vriendschapsverdragen','vriesdroogde','vriesnachten','vriesruimten','vriesvakken','vrijberoepsbeoefenaars','vrijblijvendheden','vrijbuiterijen','vrijbuitte','vrijdaggebeden','vrijend','vrijende','vrijetijdsactiviteiten','vrijetijdsbestedingen','vrijgeborenen','vrijgezellenavonden','vrijhandelsgebieden','vrijhandelsovereenkomsten','vrijhandelszones','vrijheidsbewegingen','vrijheidshelden','vrijheidsidealen','vrijheidslievende','vrijkaartjes','vrijlopende','vrijmachten','vrijmetselaarstekens','vrijpartijen','vrijpartijtje','vrijpionnen','vrijpostigheden','vrijschoppen','vrijthoven','vrijwilligerslegers','vrijwilligs','vrijdagmiddagen','vrijdenkende','vriendenprijsjes','vriendenparen','vrijdagsgebeden','vrijerige','vrijgezellenflats','vrijhandelsassociaties','vrijkousen','vrijgezelle','vriendenboekje','vriendengroepje','vriestemperaturen','vrijgezellenfeestje','vriendenboekjes','vriendenclubs','vriendenlijstje','vriesvakje','vrijgezellenfeestjes','vrijhandelsverdragen','vrijwaringsclausules','vrijwilligersgroepen','vrijstellingsmogelijkheden','vriendinnenclubje','vrijbriefje','vrijstaatje','vrijstellingsprocedures','vrijdagje','vrijscenes','vriendensites','vriendennetwerken','vriendengroepjes','vrijpartijtjes','vriendenclubjes','vrijstellingsverordeningen','vrijwilligersvergoedingen','vrijwilligersdagen','vriendenteams','vrijheidsberovingen','vrijdagtrainingen','vrijwilligersverenigingen','vrijwilligersfuncties','vrieskistje','vrijstellingsverzoeken','vrijstellingsbepalingen','vrijdagmiddagborrels','vrijwaringsbewijzen','vrijwilligersteams','vrijsprekers','vrijgezellenavondjes','vriendenbezoekjes','vrijheidsbeginselen','vrijwilligersprijzen','vriezenveense','vrijgevestigde'}
|
-- All the net messages defined here
util.AddNetworkString("xAdminNetworkIDRank")
util.AddNetworkString("xAdminNetworkExistingUsers")
util.AddNetworkString("xAdminNetworkCommands")
util.AddNetworkString("xAdminAFKCheck")
util.AddNetworkString("xAdminAFKConfirm")
util.AddNetworkString("xAdminChatMessage")
util.AddNetworkString("xAdminSpectate")
util.AddNetworkString("xAdminStartAnnouncement")
util.AddNetworkString("xAdminKnownAliases")
util.AddNetworkString("xAdminScanHit")
util.AddNetworkString("xAdminRequestAlts")
util.AddNetworkString("xAdminRequestFriends")
util.AddNetworkString("xAdminRequestFocus")
|
add_requires("spdlog 1.8.5")
target("log")
set_kind("shared")
set_pcxxheader("../pch.h")
add_includedirs("$(projectdir)/deps/headeronly", "$(projectdir)/deps/libs", "$(projectdir)/deps/src", "$(projectdir)/src")
add_files("*.cpp")
add_packages("spdlog")
|
-- double-ended stack?
local m = {}
function m.new()
return {
[0] = {},
from = 0,
to = -1
}
end
function m.empty(l)
return l.to < l.from
end
function m.is(l)
return l.to and l.from and type(l[0]) == "table"
end
function m.len(l)
return l.to - l.from + 1
end
function m.get(l, p)
if p < 0 then
return l[0][-p]
end
return l[p+1]
end
function m.set(l, p, v)
if p < 0 then
l[0][-p] = v
end
l[p+1] = v
end
function m.first(l) -- index 0
m.get(l, l.from)
end
function m.last(l) -- index -1
m.get(l, l.to)
end
function m.index(l, p)
if p < 0 then
return m.get(l, l.to + p + 1)
end
return m.get(l, l.from + p)
end
function m.prepend(l, v)
l.from = l.from - 1
m.set(l, l.from, v)
end
function m.append(l, v)
l.to = l.to + 1
m.set(l, l.to, v)
end
function m.popstart(l)
local v
if l.from < 0 then
v = l[0][-l.from]
l[0][-l.from] = nil
end
v = l[l.from+1]
l[l.from+1] = nil
l.from = l.from + 1
return v
end
function m.pop(l)
local v
if l.to < 0 then
v = l[0][-l.to]
l[0][-l.to] = nil
end
v = l[l.to+1]
l[l.to+1] = nil
l.to = l.to - 1
return v
end
function m.fromtable(t)
local l = m.new()
for i,v in ipairs(t) do
l[i] = v
end
l.to = #l - 1
return l
end
return m
|
-- Each time a judgment occurs during gameplay, the engine broadcasts some relevant data
-- as a key/value table that themeside Lua can listen for via JudgmentMessageCommand()
--
-- The details of *what* gets broadcast is complicated and not documented anywhere I've found,
-- but you can grep the src for "Judgment" (quotes included) to get a sense of what gets sent
-- to Lua in different circumstances.
--
-- This file, PerColumnJudgmentTracking.lua exists so that ScreenEvaluation can have a pane
-- that displays a per-column judgment breakdown.
--
-- We have a local table, judgments, that has as many sub-tables as the current game has panels
-- per player (4 for dance-single, 8 for dance-double, 5 for pump-single, etc.)
-- and each of those sub-tables stores the number of judgments that occur during gameplay on
-- that particular panel.
--
-- This doesn't override or recreate the engine's judgment system in any way. It just allows
-- transient judgment data to persist beyond ScreenGameplay.
------------------------------------------------------------
-- don't bother tracking per-column judgment data in Casual gamemode
if SL.Global.GameMode == "Casual" then return end
local player = ...
local track_missbcheld = SL[ToEnumShortString(player)].ActiveModifiers.MissBecauseHeld
local judgments = {}
local heldTimes = {}
for i=1,GAMESTATE:GetCurrentStyle():ColumnsPerPlayer() do
judgments[#judgments+1] = { W0=0, W1=0, W2=0, W3=0, W4=0, W5=0, Miss=0 }
end
local actor = Def.Actor{
OffCommand=function(self)
local storage = SL[ToEnumShortString(player)].Stages.Stats[SL.Global.Stages.PlayedThisGame + 1]
storage.column_judgments = judgments
-- if gameplay ends while buttons are still held we won't have values for length. Check the last
-- hold time for each button and if it only has one value use the current time to determine the length
if heldTimes[player] then
for _,button in pairs(heldTimes[player]) do
if next(button) and #button[#button] == 1 then -- next(button) checks if there's anything at all
table.insert(button[#button],GAMESTATE:GetCurMusicSeconds() - button[#button][1])
end
end
end
storage.heldTimes = heldTimes[player]
end
}
-- if the player doesn't care about MissBecauseHeld, keep it simple
if not track_missbcheld then
actor.JudgmentMessageCommand=function(self, params)
local health_state = GAMESTATE:GetPlayerState(params.Player):GetHealthState()
if params.Player == player and params.Notes and health_state ~= 'HealthState_Dead' then
for col,tapnote in pairs(params.Notes) do
local tnt = tapnote:GetTapNoteType()
-- we don't want to consider TapNoteTypes like Mine, HoldTail, Attack, etc. when counting judgments
-- we do want to consider normal tapnotes, hold heads, and lifts
-- see: https://quietly-turning.github.io/Lua-For-SM5/LuaAPI#Enums-TapNoteType
if tnt == "TapNoteType_Tap" or tnt == "TapNoteType_HoldHead" or tnt == "TapNoteType_Lift" then
local tns = ToEnumShortString(params.TapNoteScore)
-- count FAP here whether or not we end up using it
if tns == 'W1' and math.abs(params.TapNoteOffset) < SL.Global.TimingWindowSecondsW0 * PREFSMAN:GetPreference("TimingWindowScale") + SL.Preferences[SL.Global.GameMode]["TimingWindowAdd"] then
judgments[col]['W0'] = judgments[col]['W0'] + 1
else
judgments[col][tns] = judgments[col][tns] + 1
end
end
end
end
end
-- if the player wants to track MissBecauseHeld, we need to do a lot more work
else
-- add MissBecauseHeld as a possible judgment for all columns
for i,col_judgments in ipairs(judgments) do
col_judgments.MissBecauseHeld=0
end
local buttons = {}
local style = GAMESTATE:GetCurrentStyle()
local num_columns = style:ColumnsPerPlayer()
for i=1,num_columns do
local col = style:GetColumnInfo(player, i)
table.insert(buttons, col.Name)
end
local held = {}
-- initialize to handle both players, regardless of whether both are actually joined.
-- the engine's InputCallback gives you ALL input, so even if only P1 is joined, the
-- InputCallback will report someone spamming input on P2 as valid events, so we have
-- to ensure that doesn't cause Lua errors here
for player in ivalues( PlayerNumber ) do
held[player] = {}
heldTimes[player] = {}
-- initialize all buttons available to this game for this player to be "not held"
for button in ivalues(buttons) do
held[player][button] = false
heldTimes[player][button] = {}
end
end
local InputHandler = function(event)
-- if any of these, don't attempt to handle input
if not event.PlayerNumber or not event.button then return false end
local buttonTable = heldTimes[event.PlayerNumber][event.button]
if buttonTable then --start/back aren't part of the table. only procede if it's a button we care about
if event.type == "InputEventType_FirstPress" then
held[event.PlayerNumber][event.button] = true
buttonTable[#buttonTable+1] = {GAMESTATE:GetCurMusicSeconds()}
elseif event.type == "InputEventType_Release" then
held[event.PlayerNumber][event.button] = false
if buttonTable[#buttonTable] then
table.insert(buttonTable[#buttonTable],GAMESTATE:GetCurMusicSeconds() - buttonTable[#buttonTable][1])
end
end
end
end
actor.OnCommand=function(self) SCREENMAN:GetTopScreen():AddInputCallback( InputHandler ) end
actor.JudgmentMessageCommand=function(self, params)
local health_state = GAMESTATE:GetPlayerState(params.Player):GetHealthState()
if params.Player == player and params.Notes and health_state ~= 'HealthState_Dead' then
for col,tapnote in pairs(params.Notes) do
local tnt = tapnote:GetTapNoteType()
-- we don't want to consider TapNoteTypes like Mine, HoldTail, Attack, etc. when counting judgments
-- we do want to consider normal tapnotes, hold heads, and lifts
-- see: https://quietly-turning.github.io/Lua-For-SM5/LuaAPI#Enums-TapNoteType
if tnt == "TapNoteType_Tap" or tnt == "TapNoteType_HoldHead" or tnt == "TapNoteType_Lift" then
local tns = ToEnumShortString(params.TapNoteScore)
-- count FAP here if its enabled
if SL.Global.GameMode == "Experiment" and SL[ToEnumShortString(player)].ActiveModifiers.EnableFAP and
tns == 'W1' and math.abs(params.TapNoteOffset) < SL.Global.TimingWindowSecondsW0 * PREFSMAN:GetPreference("TimingWindowScale") + SL.Preferences[SL.Global.GameMode]["TimingWindowAdd"] then
judgments[col]['W0'] = judgments[col]['W0'] + 1
else
judgments[col][tns] = judgments[col][tns] + 1
end
if tns == "Miss" and held[params.Player][ buttons[col] ] then
judgments[col].MissBecauseHeld = judgments[col].MissBecauseHeld + 1
end
end
end
end
end
end
return actor
|
class.name = "rotateAlongX"
class.base = "engine.monoBehaviour"
function class:awake()
self.meshRenderer = self.gameObject:getComponent(engine.meshRenderer)
self.meshRenderer.colour:set(1.0, 0.0, 0.0, 1.0)
end
function class:update(dt)
self.transform.rotation:rotate(1, 0, 0, dt)
end
|
local get_request = require("resty.core.base").get_request
local ngx_var = ngx.var
local _M = {
_version = 0.1,
}
function _M.request()
local r = get_request()
if not r then
return nil, "no request found"
end
return r
end
function _M.fetch(name, request)
return ngx_var[name]
end
return _M
|
---------------------------------------------------------------------------------------------------
-- Issue: https://github.com/smartdevicelink/sdl_core/issues/3136
--
-- Description: Successful 2nd PTU if it's triggered within failed retry for the 1st PTU
-- Note: script is applicable for PROPRIETARY policy flow
--
-- Preconditions:
-- 1) SDL and HMI are started
-- 2) App_1 is registered
-- SDL does:
-- - start PTU sequence
--
-- Steps:
-- 1) App_1 doesn't provide PTU update
-- 2) App_2 is registered within PTU retry sequence
-- SDL does:
-- - postpone new PTU sequence until the previous one is finished
-- 3) App_1 still doesn't provide PTU update
-- SDL does:
-- - finish 1st PTU retry sequence with `UPDATE_NEEDED` status
-- - start new PTU sequence with `UPDATE_NEEDED` status and send `BC.PolicyUpdate` request to HMI
-- 4) Mobile provides valid PTU update
-- SDL does:
-- - finish 2nd PTU sequence successfully with `UP_TO_DATE` status
---------------------------------------------------------------------------------------------------
--[[ Required Shared libraries ]]
local runner = require('user_modules/script_runner')
local common = require("user_modules/sequences/actions")
local utils = require("user_modules/utils")
local color = require("user_modules/consts").color
--[[ Test Configuration ]]
runner.testSettings.isSelfIncluded = false
runner.testSettings.restrictions.sdlBuildOptions = { { extendedPolicy = { "PROPRIETARY" } } }
--[[ Local Variables ]]
local secondsBetweenRetries = { 1, 2 }
local timeout_after_x_seconds = 4
local expNumOfOnSysReq = #secondsBetweenRetries + 1
--[[ Local Functions ]]
local function log(...)
local str = "[" .. atf_logger.formated_time(true) .. "]"
for i, p in pairs({...}) do
local delimiter = "\t"
if i == 1 then delimiter = " " end
str = str .. delimiter .. p
end
utils.cprint(color.magenta, str)
end
local function updatePreloadedTimeout(pTbl)
pTbl.policy_table.module_config.timeout_after_x_seconds = timeout_after_x_seconds
pTbl.policy_table.module_config.seconds_between_retries = secondsBetweenRetries
end
local function updatePreloaded(pUpdFunc)
local preloadedTable = common.sdl.getPreloadedPT()
preloadedTable.policy_table.functional_groupings["DataConsent-2"].rpcs = common.json.null
pUpdFunc(preloadedTable)
common.sdl.setPreloadedPT(preloadedTable)
end
local function checkPTUStatus(pExpStatus)
local cid = common.hmi.getConnection():SendRequest("SDL.GetStatusUpdate")
common.hmi.getConnection():ExpectResponse(cid, { result = { status = pExpStatus }})
end
local function unsuccessfulPTUviaMobile()
local timeout = 60000
common.hmi.getConnection():SendNotification("BasicCommunication.OnSystemRequest",
{ requestType = "PROPRIETARY", fileName = "files/ptu.json" })
common.mobile.getSession():ExpectNotification("OnSystemRequest", { requestType = "PROPRIETARY" })
:Do(function()
log("SDL->MOB:", "OnSystemRequest")
end)
:Times(expNumOfOnSysReq)
:Timeout(timeout)
local isBCPUReceived = false
common.hmi.getConnection():ExpectRequest("BasicCommunication.PolicyUpdate")
:Do(function(_, data)
log("SDL->HMI:", "BC.PolicyUpdate")
isBCPUReceived = true
common.hmi.getConnection():SendResponse(data.id, data.method, "SUCCESS", { })
log("HMI->SDL:", "SUCCESS BC.PolicyUpdate")
end)
:Timeout(timeout)
local exp = {
{ status = "UPDATE_NEEDED" },
{ status = "UPDATING" },
{ status = "UPDATE_NEEDED" },
{ status = "UPDATING" },
{ status = "UPDATE_NEEDED" },
{ status = "UPDATE_NEEDED" }, -- new PTU sequence
{ status = "UPDATING" }
}
common.hmi.getConnection():ExpectNotification("SDL.OnStatusUpdate", table.unpack(exp))
:Times(#exp)
:Timeout(timeout)
:Do(function(e, data)
log("SDL->HMI:", "SDL.OnStatusUpdate(" .. data.params.status .. ")")
if e.occurences == 2 then
checkPTUStatus("UPDATING")
common.sdl.deletePTS()
end
if e.occurences == 3 then
common.app.registerNoPTU(2)
log("SDL->MOB2:", "RAI2")
end
end)
:ValidIf(function(e)
if e.occurences == #exp - 1 and isBCPUReceived == true then
return false, "BC.PolicyUpdate is sent before new PTU sequence"
end
if e.occurences == #exp - 3 and common.sdl.getPTS() ~= nil then
return false, "PTS was created before new PTU sequence"
end
return true
end)
end
local function policyTableUpdate()
if common.sdl.getPTS == nil then
common.run.fail("PTS was not created within new PTU sequence")
end
local function expNotifFunc()
common.hmi.getConnection():ExpectRequest("VehicleInfo.GetVehicleData", { odometer = true })
common.hmi.getConnection():ExpectNotification("SDL.OnStatusUpdate",
{ status = "UP_TO_DATE" })
:Times(1)
end
common.ptu.policyTableUpdate(nil, expNotifFunc)
end
local function unsuccessfulPTUviaHMI()
local requestId = common.hmi.getConnection():SendRequest("SDL.GetPolicyConfigurationData",
{ policyType = "module_config", property = "endpoints" })
common.hmi.getConnection():ExpectResponse(requestId)
:Do(function()
common.hmi.getConnection():ExpectNotification("SDL.OnStatusUpdate")
:Times(0)
common.mobile.getSession():ExpectNotification("OnPermissionsChange")
:Times(0)
end)
common.run.wait(500)
end
--[[ Scenario ]]
runner.Title("Preconditions")
runner.Step("Clean environment", common.preconditions)
runner.Step("Preloaded update with retry parameters", updatePreloaded, { updatePreloadedTimeout })
runner.Step("Start SDL, HMI, connect Mobile, start Session", common.start)
runner.Title("Test")
runner.Step("Register App", common.app.register)
runner.Step("Activate App", common.app.activate)
runner.Step("Unsuccessful PTU via a HMI", unsuccessfulPTUviaHMI)
runner.Step("Unsuccessful PTU via a mobile device", unsuccessfulPTUviaMobile)
runner.Step("Unsuccessful PTU via a HMI", unsuccessfulPTUviaHMI)
runner.Step("Successful PTU via Mobile", policyTableUpdate)
runner.Step("Check PTU status UP_TO_DATE", checkPTUStatus, { "UP_TO_DATE" })
runner.Title("Postconditions")
runner.Step("Stop SDL", common.postconditions)
|
--------------------------------------------------------------------------------
-- ARS-MP safety system
--------------------------------------------------------------------------------
-- Copyright (C) 2013-2018 Metrostroi Team & FoxWorks Aerospace s.r.o.
-- Contains proprietary code. See license.txt for additional information.
--------------------------------------------------------------------------------
Metrostroi.DefineSystem("ARS_MP")
TRAIN_SYSTEM.DontAccelerateSimulation = false
function TRAIN_SYSTEM:Initialize()
self.Train:LoadSystem("UOS","Relay","Switch", {bass = true})
self.Train:LoadSystem("ALSFreq","Relay","Switch",{bass=true})
self.Train:LoadSystem("AB1","Relay","Switch",{bass=true})
self.Train:LoadSystem("AB2","Relay","Switch",{bass=true})
self.Train:LoadSystem("EPKContacts","Relay","",{close_time = 3})
self.Train:LoadSystem("ROT1","Relay","", { bass = true})
self.Train:LoadSystem("ROT2","Relay","", { bass = true})
self.Train:LoadSystem("EPKC","Relay")
-- Internal state
self.SpeedLimit = 0
self.NextLimit = 0
self.AB = 0
self.AV = 0
self.AV1 = 0
self.ARSRing = 0
self.KRT = 0
self.KRO = 0
self.KRH = 0
--[[ self.Overspeed = false
self.RUVD = false
self.PneumaticBrake1 = false
self.PneumaticBrake2 = true
self.AttentionPedal = false--]]
self.KVT = false
self.LN = 0
self["2"] = 0
self["25"] = 0
self["20"] = 0
self["33G"] = 0
self["33"] = 0
self["17"] = 0
self["8"] = 0
self["44"] = 0
self["48"] = 0
self.EK = 1
self.F6 = 0
self.F5 = 0
self.PrevF5 = 0
self.F4 = 0
self.F3 = 0
self.F2 = 0
self.F1 = 0
self.NoFreq = 0
self.PrevNoFreq = 0
self.ARS = 0
self.AB = 0
self.AV = 0
self.AV1 = 0
self.ABReady = 0
-- Lamps
---self.LKT = false
self.LVD = 0
self.Ring = 0
end
function TRAIN_SYSTEM:Outputs()
return {
--"2","25","20","33G","33","17","8","44","48",
"NoFreq","F1","F2","F3","F4","F5","F6","LN","ARS","AB","KT","LVD","ABReady"
}
end
function TRAIN_SYSTEM:Inputs()
return { "IgnoreThisARS","AttentionPedal","Ring" }
end
function TRAIN_SYSTEM:TriggerInput(name,value)
end
function TRAIN_SYSTEM:Think(dT)
local Train = self.Train
local ALS = Train.ALSCoil
local speed = math.Round(ALS.Speed or 0,1)
local power = self.GE > 0
local TwoToSix = self.Freq > 0
-- ALS, ARS state
if power and not self.EnableARSTimer then
self.EnableARSTimer = CurTime()+1+math.random()*9
elseif not power and self.EnableARSTimer then
self.EnableARSTimer = nil
end
if ALS.Enabled~=self.ALS then
ALS:TriggerInput("Enable",self.ALS)
end
local Power = self.EnableARSTimer and CurTime()-self.EnableARSTimer > 0
local KVT = self.KB > 0
local F1 = ALS.F1*self.ALS
local F2 = ALS.F2*self.ALS
local F3 = ALS.F3*self.ALS
local F4 = ALS.F4*self.ALS
local F5 = ALS.F5*self.ALS
local F6 = ALS.F6*self.ALS
local FreqCount = F1+F2+F3+F4+F5+F6
local TwoFreq = FreqCount==2
if self.AB > 0 then
if FreqCount>0 then self.AB = 0 end
F1 = 1
F2 = 0
F3 = 0
F4 = 0
F5 = 0
F6 = 0
elseif TwoToSix and not TwoFreq then
F1 = 0
F2 = 0
F3 = 0
F4 = math.min(1,F1+F2+F3+F4)
elseif not TwoToSix and TwoFreq then
F1 = 0
F2 = 0
F3 = 0
F4 = 0
F5 = 0
F6 = 0
end
local FreqCode = bit.bor(F1*1,F2*2,F3*4,F4*8,F5*16,F6*32,self.ALS*64,self.GE*128)
if self.FreqCode ~= FreqCode then
if not self.FreqCodeTimer then self.FreqCodeTimer = CurTime() end
if self.FreqCodeTimer and CurTime()-self.FreqCodeTimer>0.8 then
self.FreqCode = FreqCode
self.FreqCodeTimer = nil
self.F1 = F1
self.F2 = F2
self.F3 = F3
self.F4 = F4
self.F5 = F5
self.F6 = F6
self.NoFreq = (1-math.min(1,(self.F1+self.F2+self.F3+self.F4+self.F5+self.F6)))*math.min(1,self.ALS+self.GE)
end
elseif self.FreqCodeTimer then
self.FreqCodeTimer = nil
end
if power or self.ALS > 0 --[[ or self.AB > 0--]] then
local Vlimit = 20
if self.F4 > 0 then Vlimit = 40 end
if self.F3 > 0 then Vlimit = 60 end
if self.F2 > 0 then Vlimit = 70 end
if self.F1 > 0 then Vlimit = 80 end
-- Determine next limit and current limit
self.SpeedLimit = Vlimit
self.NextLimit = Vlimit
if self.F1 > 0 then self.NextLimit = 80 end
if self.F2 > 0 then self.NextLimit = 70 end
if self.F3 > 0 then self.NextLimit = 60 end
if self.F4 > 0 then self.NextLimit = 40 end
if self.F5 > 0 then self.NextLimit = 20 end
if self.F4 > 0 and self.F6 > 0 then
self.NG = true
end
if TwoToSix and self.LN==0 and self.AB==0 then self.SpeedLimit=20 end
if KVT and self.SpeedLimit <= 40 then self.SpeedLimit = 20 end
if KVT and self.SpeedLimit > 40 then self.SpeedLimit = 40 end
else
self.F1 = 0
self.F2 = 0
self.F3 = 0
self.F4 = 0
self.F5 = 0
self.F6 = 0
self.SpeedLimit = 0
self.NextLimit = 0
self.NoFreq = 0
self.FreqCodeTimer = nil
self.FreqCode = 0
end
if Power then
self.ABReady = (1-self.AB)*(FreqCount*self.ALS == 0 and 1 or 0)
local ABAccept = self.ABReady > 0 --self.NoFreq--[[ *ALS.Enabled--]] > 0
if ABAccept and not self.ABPressed1 and Train.AB1.Value > 0 then self.ABPressed1 = CurTime() end
if ABAccept and not self.ABPressed2 and Train.AB2.Value > 0 then self.ABPressed2 = CurTime() end
if not ABAccept or Train.AB1.Value == 0 then self.ABPressed1 = nil end
if not ABAccept or Train.AB2.Value == 0 then self.ABPressed2 = nil end
if self.ABPressed1 and self.ABPressed2 and math.abs(self.ABPressed1-self.ABPressed2) < 1 then
self.AB = 1
end
self.ARS = 1-self.AB
local NoFreq = (self.Freq>0 and self.LN==0) or self.NoFreq>0
self.BR2 = KVT and NoFreq and not self.BR1
self.BR1 = KVT and (self.BR1 or not NoFreq) and not self.BR2
local SpeedLimit = self.SpeedLimit
if (speed > SpeedLimit) and not self.RUVD or SpeedLimit<=20 and not (self.BR1 or self.BR2) then
self.RUVD = true
self.RNT = self.RNT or self.KRT==0
elseif speed < SpeedLimit-0.5 and self.RUVD and not self.RNT then
self.RUVD = false
end
if (self.BR1 or self.BR2) and self.RNT then
self.RNT = false
end
if self.RO==true and self.KRH > 0 then
self.RO = CurTime()
end
if self.RO and self.RO~=true and CurTime()-self.RO >7 then
self.RO = false
if speed<5 and not NoFreq then self.ROBrake = true end
end
if self.RO and speed > 5 then self.RO = false end
if self.RO~=true and speed <= 5 and self.KRH == 0 then self.RO = true end
if self.RO and self.BR2 then self.RO = false end
if self.RUVD then
if not self.PN1Timer then self.PN1Timer = CurTime()+3.5-math.max(0,(speed-20))/60*2.5 end
if not self.TW8Timer then self.TW8Timer = self.SpeedLimit<=20 and CurTime()-3 or CurTime() end
end
if not self.RUVD then
if self.PN1Timer then self.PN1Timer = false end
if self.TW8Timer then self.TW8Timer = false end
end
local brake = (self.RUVD or self.ROBrake) and 1 or 0
local pn1 = (self.RO == true or (self.PN1Timer and CurTime()-self.PN1Timer < 0)) and 1 or 0
local pn2 = (self.TW8Timer and CurTime()-self.TW8Timer > 2.7) and 1 or 0
self["33"] = (1-self.LVD)
self["33G"] = brake
self["17"] = (1-self.LVD)
self["2"] = brake*self.KRT
self["20"] = brake
self["25"] = (1-self.LVD)
self["44"] = pn1
self["48"] = pn1
self["8"] = brake*pn2
self.Ring = self.RNT and 1 or 0
local delay = 3.5
if 10 < speed and speed < 30 then delay = 5.5 end
if speed < 3 then delay = 10 end
if (self.RUVD or speed<5 and not NoFreq) and self.KT == 0 then
if not self.EPKTimer then self.EPKTimer = CurTime() end
else
self.EPKTimer = nil
end
if self.EPKTimer and CurTime()-self.EPKTimer > delay then
self.EK = 0
end
self.LVD = math.min(1-self.KRO,self.LVD+brake)
self.LN = self.NG and self.Freq or 0
else
self.BR1 = 0
self.BR2 = 0
self.EK = 1
self.AB = 0
self.ARS = 0
self.LN = 0
self.NG = false
self.ABPressed1 = nil
self.ABPressed2 = nil
self.Ring = 0
self.ROBrake = false
self.LVD = 0
self.ABReady = 0
self.RUVD = true
self.RNT = true
self["33"] = 0
self["33G"] = 0
self["17"] = 0
self["2"] = 0
self["20"] = 0
self["25"] = 0
self["44"] = 0
self["48"] = 0
self["8"] = 0
end
self.EPK = self.GE*self.EK
--Train:WriteTrainWire(90,self.EPK*(1-Train.ARS.Value))
--Train.EPKC:TriggerInput("Set",self.EPK+Train:ReadTrainWire(90))
Train.EPKC:TriggerInput("Set",self.EPK)
end
|
local M = {}
-- Get files from an exact filepath and return them as
-- a lua module path
-- @param path string
-- @param modulepath string - A module path that can be appended
-- @returns table
function M.get_files_as_modules(path, modulepath)
if vim.endswith(modulepath, '.') then
error('[FileSystem] Cannot have `modulepath` end with `.`')
end
local files = {}
local fs, fail = vim.loop.fs_scandir(path)
if fail then
error(fail)
end
local name, type = vim.loop.fs_scandir_next(fs)
while name ~= nil do
if type == 'file' then
local namelist = vim.split(name, '.', true)
local module = namelist[1]
table.insert(files, modulepath .. '.' .. module)
end
-- next iterator
name, type = vim.loop.fs_scandir_next(fs)
end
return files
end
return M
|
local test = require 'pl.test'
local lapp = require 'pl.lapp'
local k = 1
function check (spec,args,match)
local args = lapp(spec,args)
for k,v in pairs(args) do
if type(v) == 'userdata' then args[k]:close(); args[k] = '<file>' end
end
test.asserteq(args,match)
end
-- force Lapp to throw an error, rather than just calling os.exit()
lapp.show_usage_error = 'throw'
function check_error(spec,args,msg)
arg = args
local ok,err = pcall(lapp,spec)
test.assertmatch(err,msg)
end
local parmtest = [[
Testing 'array' parameter handling
-o,--output... (string)
-v...
]]
check (parmtest,{'-o','one'},{output={'one'},v={false}})
check (parmtest,{'-o','one','-v'},{output={'one'},v={true}})
check (parmtest,{'-o','one','-vv'},{output={'one'},v={true,true}})
check (parmtest,{'-o','one','-o','two'},{output={'one','two'},v={false}})
local simple = [[
Various flags and option types
-p A simple optional flag, defaults to false
-q,--quiet A simple flag with long name
-o (string) A required option with argument
<input> (default stdin) Optional input file parameter...
]]
check(simple,
{'-o','in'},
{quiet=false,p=false,o='in',input='<file>'})
check(simple,
{'-o','help','-q','test-lapp.lua'},
{quiet=true,p=false,o='help',input='<file>',input_name='test-lapp.lua'})
local longs = [[
--open (string)
]]
check(longs,{'--open','folder'},{open='folder'})
local extras1 = [[
<files...> (string) A bunch of files
]]
check(extras1,{'one','two'},{files={'one','two'}})
-- any extra parameters go into the array part of the result
local extras2 = [[
<file> (string) A file
]]
check(extras2,{'one','two'},{file='one','two'})
local extended = [[
--foo (string default 1)
-s,--speed (slow|medium|fast default medium)
-n (1..10 default 1)
-p print
-v verbose
]]
check(extended,{},{foo='1',speed='medium',n=1,p=false,v=false})
check(extended,{'-pv'},{foo='1',speed='medium',n=1,p=true,v=true})
check(extended,{'--foo','2','-s','fast'},{foo='2',speed='fast',n=1,p=false,v=false})
check(extended,{'--foo=2','-s=fast','-n2'},{foo='2',speed='fast',n=2,p=false,v=false})
check_error(extended,{'--speed','massive'},"value 'massive' not in slow|medium|fast")
check_error(extended,{'-n','x'},"unable to convert to number: x")
check_error(extended,{'-n','12'},"n out of range")
|
local skynet = require "skynet"
local mysql = require "skynet.db.mysql"
require "skynet.manager"
require "common.util"
--[[
用法:
local dbserver = skynet.localname(".your db name")
local is_succeed = skynet.call(dbserver, "lua", "insert", "insert into Table(Id) values(1)")
--]]
local db
local function ping()
while true do
if db then
db:query("select l;")
end
skynet.sleep(3600*1000)
end
end
local CMD = {}
function CMD.open( conf )
db = mysql.connect(conf)
skynet.fork(ping)
skynet.register(conf.name or "."..conf.database)
end
function CMD.close( conf )
if db then
db:disconnect()
db = nil
end
end
function CMD.insert( sql )
local result = db:query(sql)
if result.errno then
skynet.error(result.err)
return false
end
return true
end
function CMD.delete( sql )
local result = db:query(sql)
if result.errno then
skynet.error(result.err)
return false
end
return true
end
function CMD.select( sql )
local result = db:query(sql)
if result.errno then
skynet.error(result.err)
return false
end
return true, result
end
function CMD.update( sql )
local result = db:query(sql)
if result.errno then
skynet.error(result.err)
return false
end
return true
end
skynet.start(function()
skynet.dispatch("lua", function(session, source, cmd, ...)
local f = assert(CMD[cmd], "can't not find cmd :"..(cmd or "empty"))
if session == 0 then
f(...)
else
skynet.ret(skynet.pack(f(...)))
end
end)
end)
|
--[[
@ filename : master_db.lua
@ author : zhangshiqian1214@163.com
@ modify : 2017-08-23 17:53
@ company : zhangshiqian1214
]]
require "skynet.manager"
local skynet = require "skynet"
local db_config = require "config.db_config"
local command = {}
local db_pool = {}
local db_pool_index = {}
local function init_db_pool()
for _, conf in pairs(db_config) do
local svc_count = conf.svc_count
for i=1, svc_count do
local svc = skynet.newservice("master_db_svc", conf.svc_name)
if conf.get_svc == GET_SVC_TYPE.unique then
skynet.name(conf.service_name, svc)
else
skynet.name(conf.service_name..i, svc)
end
db_pool[conf.svc_name] = db_pool[conf.svc_name] or {}
table.insert(db_pool[conf.svc_name], svc)
end
end
end
local function dispatch(session, addr, cmd, ...)
local func = command[cmd]
if not func then
return
end
if session > 0 then
skynet.retpack(func(...))
else
func(...)
end
end
function command.get_db_svc(svc_name)
if not svc_name or not db_pool[svc_name] then
return nil
end
db_pool_index[svc_name] = db_pool_index[svc_name] or 1
local index = db_pool_index[svc_name]
local svc = db_pool[svc_name][index]
if not svc then
return nil
end
db_pool_index[svc_name] = db_pool_index[svc_name] + 1
if db_pool_index[svc_name] > #db_pool[svc_name] then
db_pool_index[svc_name] = 1
end
return svc
end
function command.start()
init_db_pool()
end
skynet.start(function()
skynet.dispatch("lua", dispatch)
skynet.register(SERVICE.MASTER_DB)
end)
|
local stf=dofile "gstuff/pwm.lua"
local menu_sgn={
{name="Signal 0", ind_t=stf.ind, act=stf.acts, par=6},
{name="Signal 1", ind_t=stf.ind, act=stf.acts, par=5},
{name=" ..main menu"}
}
stf=nil
return menu_sgn
|
-- pastebin run -f B5pvDmYi
-- openDHD from Asher9
-- https://github.com/Asher9/Asher9-s-Programms/tree/master/openDHD
local fs = fs or require("filesystem")
local NEU = ...
local standard = loadfile("/stargate/Sicherungsdatei.lua")
local Sicherung = {}
local sprachen = {}
local ALT = {}
if fs.exists("/einstellungen/Sicherungsdatei.lua") then
ALT = loadfile("/einstellungen/Sicherungsdatei.lua")()
end
if type(ALT) ~= "table" then ALT = {} end
if standard then
standard = standard()
else
standard = {autoclosetime = 60, IDC = "", time = 5, RF = false, Sprache = "", side = "unten", autoUpdate = true, StargateName = "", Port = 645, debug = false, control = "On", installieren = false}
end
local function reset()
return {
speichern = 'zum speichern drücke "Strg + S"',
schliessen = 'zum schließen drücke "Strg + W"',
autoclosetime = "in Sekunden -- false für keine automatische Schließung",
IDC = "Iris Deaktivierungscode",
time = "second for self destruction",
RF = "zeige Energie in RF anstatt in EU",
Sprache = "deutsch / english / russian / czech",
side = "unten, oben, hinten, vorne, rechts oder links",
autoUpdate = "aktiviere automatische Aktualisierungen",
Port = "standard 645",
debug = "zum debuggen",
nichtsAendern = "verändere nichts ab hier",
StargateName = "der Name dieses Stargates",
}
end
if type(NEU) == "table" then
sprachen = loadfile("/stargate/sprache/" .. tostring(NEU.Sprache) .. ".lua") or loadfile("/stargate/sprache/" .. tostring(ALT.Sprache) .. ".lua") or loadfile("/stargate/sprache/deutsch.lua") or reset
local _, sprachen = pcall(sprachen)
if type(sprachen) ~= "table" then
sprachen = reset()
end
if type(NEU.autoclosetime) == "number" or NEU.autoclosetime == false then
Sicherung.autoclosetime = NEU.autoclosetime
elseif type(ALT.autoclosetime) == "number" or ALT.autoclosetime == false then
Sicherung.autoclosetime = ALT.autoclosetime
else
Sicherung.autoclosetime = standard.autoclosetime
end
local function check(typ, name)
if type(NEU[name]) == typ then
Sicherung[name] = NEU[name]
elseif type(ALT[name]) == typ then
Sicherung[name] = ALT[name]
else
Sicherung[name] = standard[name]
end
end
check("string" , "StargateName")
check("string" , "IDC")
check("number" , "time")
check("boolean", "RF")
check("string" , "Sprache")
check("string" , "side")
check("boolean", "autoUpdate")
check("number" , "Port")
check("boolean", "debug")
check("string" , "control")
check("boolean", "installieren")
local f = io.open ("/einstellungen/Sicherungsdatei.lua", "w")
f:write('-- pastebin run -f B5pvDmYi\n')
f:write('-- openDHD from Asher9\n')
f:write('-- https://github.com/Asher9/Asher9-s-Programms/tree/master/openDHD\n--\n')
f:write('-- ' .. tostring(sprachen.speichern) .. '\n')
f:write('-- ' .. tostring(sprachen.schliessen) .. '\n--\n\n')
f:write('return {\n')
if Sicherung.autoclosetime == false then
f:write(' autoclosetime = false, -- ' .. tostring(sprachen.autoclosetime) .. '\n')
else
f:write(' autoclosetime = ' .. tostring(Sicherung.autoclosetime).. ', -- ' .. tostring(sprachen.autoclosetime) .. '\n')
end
f:write(' IDC = "' .. tostring(Sicherung.IDC) .. '", -- ' .. tostring(sprachen.IDC) .. '\n')
f:write(' time = ' .. tostring(Sicherung.time) .. ', -- Countdown for self destruction\n')
f:write(' RF = ' .. tostring(Sicherung.RF) .. ', -- ' .. tostring(sprachen.RF) .. '\n')
f:write(' Sprache = "' .. tostring(Sicherung.Sprache) .. '", -- deutsch / english / russian / czech\n')
f:write(' side = "' .. tostring(Sicherung.side) .. '", -- ' .. tostring(sprachen.side) .. '\n')
f:write(' autoUpdate = ' .. tostring(Sicherung.autoUpdate) .. ', -- ' .. tostring(sprachen.autoUpdate) .. '\n')
f:write(' StargateName = "' .. tostring(Sicherung.StargateName) .. '", -- ' .. tostring(sprachen.StargateName) .. '\n')
f:write(' Port = ' .. tostring(Sicherung.Port) .. ', -- ' .. tostring(sprachen.Port) .. '\n')
f:write('\n')
f:write(string.rep("-", 10) .. tostring(sprachen.nichtsAendern) .. string.rep("-", 60 - string.len(tostring(sprachen.nichtsAendern))) .. '\n')
f:write('\n')
f:write(' debug = ' .. tostring(Sicherung.debug) .. ', -- ' .. tostring(sprachen.debug) .. '\n')
f:write(' control = "' .. tostring(Sicherung.control) .. '",\n')
f:write(' installieren = ' .. tostring(Sicherung.installieren) .. ',\n')
f:write('}')
f:close()
return true
end
|
-- https://github.com/Lautenschlager-id/prepdir
local prepdir
do
local format = string.format
local gsub = string.gsub
local match = string.match
local sub = string.sub
local rep = string.rep
local conditionalSymbols = {
['&'] = "and",
['|'] = "or",
['!'] = "not ",
["!="] = "~="
}
local symbolReplace = "[&|!]=?"
local prefix = "()\t*@#"
local endOfLine = "\r?\n()"
local expression = "([%w_ %+%-%*/%[%]%(%){}&|!%.<>~='\"]+)"
local tokenCallbacks = { }
local tokenMatchers = {
IF = prefix .. "IF " .. expression .. endOfLine,
ELIF = prefix .. "ELIF " .. expression .. endOfLine,
ELSE = prefix .. "ELSE" .. endOfLine,
ENDIF = prefix .. "ENDIF" .. endOfLine,
__NEXT = prefix .. "(%S+)"
}
local READING_CHUNK, chunks = false
tokenCallbacks.IF = function(src, endPos)
if READING_CHUNK then return end
local iniPos, condition, endPos = match(src, tokenMatchers.IF, endPos)
if not iniPos then return end
READING_CHUNK = true
chunks[#chunks + 1] = {
__len = 1,
c = {
[1] = {
iniPos = iniPos,
endPos = endPos,
condition = condition
}
}
}
return endPos
end
tokenCallbacks.ELIF = function(src, endPos)
if not READING_CHUNK then return end
local iniPos, condition, endPos = match(src, tokenMatchers.ELIF, endPos)
assert(iniPos)
local chunk = chunks[#chunks]
chunk.__len = chunk.__len + 1
chunk.c[chunk.__len] = {
iniPos = iniPos,
endPos = endPos,
condition = condition
}
return endPos
end
tokenCallbacks.ELSE = function(src, endPos)
if not READING_CHUNK then return end
local iniPos, endPos = match(src, tokenMatchers.ELSE, endPos)
assert(iniPos)
local chunk = chunks[#chunks]
chunk.__len = chunk.__len + 1
chunk.c[chunk.__len] = {
iniPos = iniPos,
endPos = endPos,
condition = "true"
}
return endPos
end
tokenCallbacks.ENDIF = function(src, endPos)
if not READING_CHUNK then return end
local iniPos, endPos = match(src, tokenMatchers.ENDIF, endPos)
if not iniPos then return end
READING_CHUNK = false
local chunk = chunks[#chunks]
chunk.c.endif = {
iniPos = iniPos,
endPos = endPos
}
return endPos
end
tokenCallbacks.__NEXT = function(src, endPos)
local iniPos, token = match(src, tokenMatchers.__NEXT, endPos)
if not iniPos then return end
return token
end
local parser = function(src)
READING_CHUNK, chunks = false, { }
local endPos, ifPos
repeat
-- Opens the conditional
endPos = tokenCallbacks.IF(src, endPos)
if not endPos then
break
end
ifPos = endPos
-- Gets all sub conditionals
local nextToken
repeat
nextToken = tokenCallbacks.__NEXT(src, endPos)
if nextToken == "ELIF" then
endPos = tokenCallbacks.ELIF(src, endPos)
else
break
end
until false
-- Check of else
if nextToken == "ELSE" then
endPos = tokenCallbacks.ELSE(src, endPos)
nextToken = nil
end
-- Finish conditional
nextToken = nextToken or tokenCallbacks.__NEXT(src, endPos)
if nextToken ~= "ENDIF" then
error(string.format("[PREPDIR] @[%d:] Mandatory token ENDIF to close \z
token IF in @[%d]", endPos, ifPos))
end
endPos = tokenCallbacks.ENDIF(src, endPos)
until false
local cc
for c = 1, #chunks do
c = chunks[c]
cc = c.c
for sc = 1, c.__len do
sc = cc[sc]
sc.condition = gsub(sc.condition, symbolReplace, conditionalSymbols)
end
end
end
local evaluateCondition = function(condition, settings)
return load("return " .. condition, '', 't', settings)()
end
local sliceString = function(str, boundaries)
assert(#boundaries % 2 == 0)
for b = #boundaries, 1, -2 do
local _, totalLines = gsub(sub(str, boundaries[b - 1], boundaries[b] - 1), '\n', '')
str = sub(str, 1, boundaries[b - 1] - 1) .. rep('\n', totalLines) .. sub(str, boundaries[b])
end
return str
end
local matcher = function(src, settings)
local boundaries, totalBoundaries = { }, 0
local cc, scObj
for c = 1, #chunks do
c = chunks[c]
cc = c.c
totalBoundaries = totalBoundaries + 1
boundaries[totalBoundaries] = cc[1].iniPos
for sc = 1, c.__len do
scObj = cc[sc]
if evaluateCondition(scObj.condition, settings) then
totalBoundaries = totalBoundaries + 1
boundaries[totalBoundaries] = scObj.endPos
totalBoundaries = totalBoundaries + 1
boundaries[totalBoundaries] = (cc[sc + 1] or cc.endif).iniPos
break
end
end
totalBoundaries = totalBoundaries + 1
boundaries[totalBoundaries] = cc.endif.endPos
end
return sliceString(src, boundaries)
end
prepdir = function(src, settings)
-- Retrieve
src = src .. "\n" -- For pattern matching
-- Get chunks
parser(src)
src = matcher(src, settings)
return sub(src, 1, -2)
end
end
return prepdir
|
local resolver_cache = require 'resty.resolver.cache'
describe('resty.resolver.cache', function()
local answers = { {
class = 1,
cname = "elb.example.com",
name = "www.example.com",
section = 1,
ttl = 599,
type = 5
}, {
class = 1,
cname = "example.us-east-1.elb.amazonaws.com",
name = "elb.example.com",
section = 1,
ttl = 299,
type = 5
}, {
address = "54.221.208.116",
class = 1,
name = "example.us-east-1.elb.amazonaws.com",
section = 1,
ttl = 59,
type = 1
}, {
address = "54.221.221.16",
class = 1,
name = "example.us-east-1.elb.amazonaws.com",
section = 1,
ttl = 59,
type = 1
} }
describe('.save', function()
local c = resolver_cache.new()
it('returns compacted answers', function()
local keys = {}
for _,v in ipairs(c:save(answers)) do
table.insert(keys, v.name)
end
assert.same(
{'www.example.com', 'elb.example.com', 'example.us-east-1.elb.amazonaws.com' },
keys)
end)
it('stores the result', function()
c.store = spy.new(c.store)
c:save(answers)
assert.spy(c.store).was.called(3) -- TODO: proper called_with(args)
end)
end)
describe('.store', function()
local cache = {}
local c = resolver_cache.new(cache)
it('writes to the cache', function()
local record = { 'someting' }
local answer = { record, ttl = 60, name = 'foo.example.com' }
c.cache.set = spy.new(function(_, key, value, ttl)
assert.same('foo.example.com', key)
assert.same(answer, value)
assert.same(60, ttl)
end)
c:store(answer)
assert.spy(c.cache.set).was.called(1)
end)
it('works with -1 ttl', function()
local answer = { { 'something' }, ttl = -1, name = 'foo.example.com' }
c.cache.set = spy.new(function(_, key, value, ttl)
assert.same('foo.example.com', key)
assert.same(answer, value)
assert.same(nil, ttl)
end)
c:store(answer)
assert.spy(c.cache.set).was.called(1)
end)
end)
describe('.get', function()
local c = resolver_cache.new()
it('returns answers', function()
c:save(answers)
local ans = c:get('www.example.com')
assert.same({ "54.221.208.116", "54.221.221.16" }, ans.addresses)
end)
end)
end)
|
function stdout(...)
print(...)
end
|
--MoveCurve
--H_Tohka/curve_Attack_3 curve_Attack_3
return
{
filePath = "H_Tohka/curve_Attack_3",
startTime = Fixed64(17825792) --[[17]],
startRealTime = Fixed64(267387) --[[0.255]],
endTime = Fixed64(24117248) --[[23]],
endRealTime = Fixed64(361759) --[[0.345]],
isZoom = false,
isCompensate = false,
curve = {
[1] = {
time = 0 --[[0]],
value = 0 --[[0]],
inTangent = 4194304 --[[4]],
outTangent = 4194304 --[[4]],
},
[2] = {
time = 1048576 --[[1]],
value = 4194304 --[[4]],
inTangent = 4194304 --[[4]],
outTangent = 4194304 --[[4]],
},
},
}
|
-- script containing supporting code/methods
local utils = {};
cjson = require 'cjson'
-- right align the question tokens in 3d volume
function utils.rightAlign(sequences, lengths)
-- clone the sequences
local rAligned = sequences:clone():fill(0);
local numDims = sequences:dim();
if numDims == 3 then
local M = sequences:size(3); -- maximum length of question
local numImgs = sequences:size(1); -- number of images
local maxCount = sequences:size(2); -- number of questions / image
for imId = 1, numImgs do
for quesId = 1, maxCount do
-- do only for non zero sequence counts
if lengths[imId][quesId] == 0 then
break;
end
-- copy based on the sequence length
rAligned[imId][quesId][{{M - lengths[imId][quesId] + 1, M}}] =
sequences[imId][quesId][{{1, lengths[imId][quesId]}}];
end
end
else if numDims == 2 then
-- handle 2 dimensional matrices as well
local M = sequences:size(2); -- maximum length of question
local numImgs = sequences:size(1); -- number of images
for imId = 1, numImgs do
-- do only for non zero sequence counts
if lengths[imId] > 0 then
-- copy based on the sequence length
rAligned[imId][{{M - lengths[imId] + 1, M}}] =
sequences[imId][{{1, lengths[imId]}}];
end
end
end
end
return rAligned;
end
-- translate a table of words to index tensor
function utils.wordsToId(words, word2ind, max_len)
local len = max_len or 15
local vector = torch.LongTensor(len):zero()
for i = 1, #words do
if word2ind[words[i]] ~= nil then
vector[len - #words + i] = word2ind[words[i]]
else
vector[len - #words + i] = word2ind['UNK']
end
end
return vector
end
-- translate a given tensor/table to sentence
function utils.idToWords(vector, ind2word)
local sentence = '';
local nextWord;
for wordId = 1, vector:size(1) do
if vector[wordId] > 0 then
nextWord = ind2word[vector[wordId]];
sentence = sentence..' '..nextWord;
end
-- stop if end of token is attained
if nextWord == '<END>' then break; end
end
return sentence;
end
-- read a json file and lua table
function utils.readJSON(fileName)
local file = io.open(fileName, 'r');
local text = file:read();
file:close();
-- convert and save information
return cjson.decode(text);
end
-- save a lua table to the json
function utils.writeJSON(fileName, luaTable)
-- serialize lua table
local text = cjson.encode(luaTable)
local file = io.open(fileName, 'w');
file:write(text);
file:close();
end
-- compute the likelihood given the gt words and predicted probabilities
function utils.computeLhood(words, predProbs)
-- compute the probabilities for each answer, based on its tokens
-- convert to 2d matrix
local predVec = predProbs:view(-1, predProbs:size(3));
local indices = words:contiguous():view(-1, 1);
local mask = indices:eq(0);
-- assign proxy values to avoid 0 index errors
indices[mask] = 1;
local logProbs = predVec:gather(2, indices);
-- neutralize other values
logProbs[mask] = 0;
logProbs = logProbs:viewAs(words);
-- sum up for each sentence
logProbs = logProbs:sum(1):squeeze();
return logProbs;
end
-- process the scores and obtain the ranks
-- input: scores for all options, ground truth positions
function utils.computeRanks(scores, gtPos)
local gtScore = scores:gather(2, gtPos);
local ranks = scores:gt(gtScore:expandAs(scores));
ranks = ranks:sum(2) + 1;
-- convert into double
return ranks:double();
end
-- process the ranks and print metrics
function utils.processRanks(ranks)
-- print the results
local numQues = ranks:size(1) * ranks:size(2);
local numOptions = 100;
-- convert ranks to double, vector and remove zeros
ranks = ranks:double():view(-1);
-- non of the values should be 0, there is gt in options
if torch.sum(ranks:le(0)) > 0 then
numZero = torch.sum(ranks:le(0));
print(string.format('Warning: some of ranks are zero : %d', numZero))
ranks = ranks[ranks:gt(0)];
end
if torch.sum(ranks:ge(numOptions + 1)) > 0 then
numGreater = torch.sum(ranks:ge(numOptions + 1));
print(string.format('Warning: some of ranks >100 : %d', numGreater))
ranks = ranks[ranks:le(numOptions + 1)];
end
------------------------------------------------
print(string.format('\tNo. questions: %d', numQues))
print(string.format('\tr@1: %f', torch.sum(torch.le(ranks, 1))/numQues))
print(string.format('\tr@5: %f', torch.sum(torch.le(ranks, 5))/numQues))
print(string.format('\tr@10: %f', torch.sum(torch.le(ranks, 10))/numQues))
print(string.format('\tmedianR: %f', torch.median(ranks:view(-1))[1]))
print(string.format('\tmeanR: %f', torch.mean(ranks)))
print(string.format('\tmeanRR: %f', torch.mean(ranks:cinv())))
end
function utils.preprocess(path, width, height)
local width = width or 224
local height = height or 224
-- load image
local orig_image = image.load(path)
-- handle greyscale and rgba images
if orig_image:size(1) == 1 then
orig_image = orig_image:repeatTensor(3, 1, 1)
elseif orig_image:size(1) == 4 then
orig_image = orig_image[{{1,3},{},{}}]
end
-- get the dimensions of the original image
local im_height = orig_image:size(2)
local im_width = orig_image:size(3)
-- scale and subtract mean
local img = image.scale(orig_image, width, height):double()
local mean_pixel = torch.DoubleTensor({103.939, 116.779, 123.68})
img = img:index(1, torch.LongTensor{3, 2, 1}):mul(255.0)
mean_pixel = mean_pixel:view(3, 1, 1):expandAs(img)
img:add(-1, mean_pixel)
return img, im_height, im_width
end
return utils;
|
return
{
[1] = {x4=1,x1=true,x2=4,x3=128,x5=112233445566,x6=1.3,x7=1112232.43123,x8_0=123,x8=112233,x9=112334,x10='yf',x12={x1=1,},x13=4,x14={ _name='DemoD2',x1=1,x2=2,},s1='xml text',v2={x=1,y=2},v3={x=1.2,y=2.3,z=3.4},v4={x=1.2,y=2.2,z=3.2,w=4.3},t1=-28800,k1={1,2,},k2={1,2,},k3={1,2,},k4={1,2,},k5={1,2,},k6={1,2,},k7={1,3,},k8={[2]=10,[3]=30,},k9={{y1=1,y2=true,},{y1=2,y2=false,},},k15={{ _name='DemoD2',x1=1,x2=2,},},},
[2] = {x4=2,x1=true,x2=4,x3=128,x5=112233445566,x6=1.3,x7=1112232.43123,x8_0=123,x8=112233,x9=112334,x10='yf',x12={x1=1,},x13=4,x14={ _name='DemoD2',x1=1,x2=2,},s1='xml text222',v2={x=1,y=2},v3={x=1.2,y=2.3,z=3.4},v4={x=1.2,y=2.2,z=3.2,w=4.3},t1=-28800,k1={1,2,},k2={1,2,},k3={1,2,},k4={1,2,},k5={1,2,},k6={1,2,},k7={1,3,},k8={[2]=10,[3]=30,},k9={{y1=1,y2=true,},{y1=2,y2=false,},},k15={{ _name='DemoD2',x1=1,x2=2,},},},
}
|
-- 迭代器
function values( t )
local i = 0
return function ()
i = i + 1;
return t[i]
end
end
-- 使用迭代器
t = {10, 20, 30}
iter = values(t)
while true do
local element = iter()
if element == nil then
break
end
print(element)
end
-- 泛型for
for element in values(t) do
print(element)
end
|
local com = require("component")
local debug = com.debug
local modem = com.modem
local module = require("ut3-gm.module")
local config = module.load("config")
local events = module.load("events")
local store = module.load("store")
local engine = events.engine
modem.setStrength(400)
engine:subscribe("debug-message", events.priority.high, function(hdr, evt)
local data = evt:get()
-- process messages here
end)
engine:subscribe("send-message", events.priority.low, function(hdr, evt)
if evt.to == "drone" then
local addresses
if evt.addresses then
addresses = evt.addresses
else
addresses = {}
for k, v in pairs(store.drones) do
if (not v.team or v.team == evt.team) and
(not evt.aliveOnly or v.alive) then
table.insert(addresses, v.address)
end
end
end
for k, v in pairs(addresses) do
modem.send(v, config.network.port, "gm", table.unpack(evt:get()))
end
elseif evt.to == "checkpoint" then
-- send the message to the checkpoint
elseif not evt.to then
-- broadcast
modem.broadcast(config.network.port, "gm", table.unpack(evt:get()))
else
local address
if evt.to == "control" then
address = config.addresses.control[evt.team]
elseif evt.to == "infopanel" then
address = config.addresses.infopanels[evt.infopanel]
elseif evt.to == "glasses" then
address = config.addresses.glasses
elseif evt.to == "lamp" then
address = config.addresses.lamp
elseif evt.to == "radio" then
address = config.addresses.radio
end
debug.sendToDebugCard(address, "gm", table.unpack(evt:get()))
end
end)
|
local Suite = require "loop.test.Suite"
local Template = require "oil.dtests.Template"
local template = Template{"Client"} -- master process name
Server = [=====================================================================[
checks = oil.dtests.checks
Interceptor = {}
function Interceptor:receiverequest(request)
if request.object_key == "object"
and request.operation_name == "concat"
then
request.success = false
request.results = { orb:newexcept{
"CORBA::NO_PERMISSION",
completed = "COMPLETED_NO",
minor = 321,
} }
end
end
function Interceptor:sendreply(request)
if request.object_key == "object"
and request.operation_name == "concat"
then
assert(request.success == false)
checks.assert(request.results[1], checks.like{
_repid = "IDL:omg.org/CORBA/NO_PERMISSION:1.0",
completed = "COMPLETED_NO",
minor = 321,
})
request.results[1].minor = 123
end
end
orb = oil.dtests.init{ port = 2809 }
orb:setserverinterceptor(Interceptor)
orb:loadidl[[
interface MyInterface {
string concat(in string str1, in string str2);
};
]]
orb:newservant({}, "object", "::MyInterface")
orb:run()
--[Server]=====================================================================]
Client = [=====================================================================[
checks = oil.dtests.checks
orb = oil.dtests.init()
sync = oil.dtests.resolve("Server", 2809, "object")
async = orb:newproxy(sync, "asynchronous")
prot = orb:newproxy(sync, "protected")
ok, res = pcall(sync.concat, sync, "first", "second")
assert(ok == false)
checks.assert(res, checks.like{
_repid = "IDL:omg.org/CORBA/NO_PERMISSION:1.0",
completed = "COMPLETED_NO",
minor = 123,
})
ok, res = async:concat("first", "second"):results()
assert(ok == false)
checks.assert(res, checks.like{
_repid = "IDL:omg.org/CORBA/NO_PERMISSION:1.0",
completed = "COMPLETED_NO",
minor = 123,
})
ok, res = prot:concat("first", "second")
assert(ok == false)
checks.assert(res, checks.like{
_repid = "IDL:omg.org/CORBA/NO_PERMISSION:1.0",
completed = "COMPLETED_NO",
minor = 123,
})
orb:shutdown()
--[Client]=====================================================================]
return template:newsuite{ corba = true, interceptedcorba = true }
|
local Block = {}
Block.__index = Block
function Block.create(def, game)
local block = { x = def.x, y = def.y, width = def.width, height = def.height, game = game }
setmetatable(block, Block)
game.world:add(block, block.x, block.y, block.width, block.height)
return block
end
function Block:update(dt)
end
function Block:draw()
end
return Block
|
-- !!!!!!!!!!!!!!!!!!!!!!! WARNING !!!!!!!!!!!!!!!!!!!!!!!
-- This file is automaticly generated. Don't edit manualy!
-- !!!!!!!!!!!!!!!!!!!!!!! WARNING !!!!!!!!!!!!!!!!!!!!!!!
---@class C_ScenarioInfo
C_ScenarioInfo = {}
---@alias JailersTowerType number|"Enum.JailersTowerType.TwistingCorridors"|"Enum.JailersTowerType.SkoldusHalls"|"Enum.JailersTowerType.FractureChambers"|"Enum.JailersTowerType.Soulforges"|"Enum.JailersTowerType.Coldheart"|"Enum.JailersTowerType.Mortregar"|"Enum.JailersTowerType.UpperReaches"
|
local server = require "nvim-lsp-installer.server"
local path = require "nvim-lsp-installer.path"
local zx = require "nvim-lsp-installer.installers.zx"
local root_dir = server.get_server_root_path "terraform"
return server.Server:new {
name = "terraformls",
root_dir = root_dir,
installer = zx.file "./install.mjs",
default_options = {
cmd = { path.concat { root_dir, "terraform-ls", "terraform-ls" }, "serve" },
},
}
|
local AddonName, AddonTable = ...
AddonTable.freehold = {
-- Skycap'n Kragg
159633, -- Sharkbait's Fishhook
155884, -- Parrotfeather Cloak
159227, -- Silk Cuffs of the Skycap'm
159353, -- Chain-Linked Safety Cord
158360, -- Sharkbait Harness Girdle
155862, -- Kragg's Rigging Scalers
-- Council o' Captains
159132, -- Jolly's Boot Dagger
159130, -- Captain's Diplomacy
158311, -- Concealed Fencing Plates
159356, -- Raoul's Barrelhook Bracers
158346, -- Sailcloth Waistband
159297, -- Silver-Trimmed Breeches
158351, -- Dashing Bilge Rat Shoes
158314, -- Seal of Questionable Loyalties
-- Ring of Booty
159634, -- Jeweled Sharksplitter
158305, -- Sea Dog's Cuffs
155892, -- Bite-Resistant Chain Gloves
155891, -- Greasy Bacon-Grabbers
155889, -- Sharkhide Grips
155890, -- Sharktooth-Knuckled Grips
158302, -- Chum-Coated Leggings
158361, -- Sharkwater Waders
158356, -- Shell-Kickers
-- Harlan Sweete
159842, -- Sharkbait's Favorite Crackers [Mount]
159635, -- Bloody Tideturner
155888, -- Irontide Captain's Hat
155885, -- Sea-Brawler's Greathelm
155886, -- Smartly Plumed Cap
155887, -- Sweete's Jeweled Headgear
159352, -- Gaping Maw Shoulderguard
159299, -- Gold-Tasseled Epaulets
159407, -- Lockjaw Shoulderpads
158301, -- Ruffled Poet Blouse
155881, -- Harlan's Loaded Dice
}
|
local awful = require("awful")
local wibox = require("wibox")
local wb = awful.wibar { position = 'top' }
wb:setup {
layout = wibox.layout.align.horizontal,
{
-- Rotate the widgets with the container
{
mytaglist,
direction = 'west',
widget = wibox.container.rotate
},
layout = wibox.layout.fixed.horizontal,
},
mytasklist,
{
layout = wibox.layout.fixed.horizontal,
{
-- Rotate the widgets with the container
{
mykeyboardlayout,
mytextclock,
layout = wibox.layout.fixed.horizontal
},
direction = 'west',
widget = wibox.container.rotate
}
},
}
|
--[[
Licensed under GNU General Public License v2
* (c) 2014, Luke Bonham
--]]
local helpers = require("lain.helpers")
local textbox = require("wibox.widget.textbox")
local setmetatable = setmetatable
-- Template for custom asynchronous widgets
-- lain.widgets.abase
local function worker(args)
local abase = {}
local args = args or {}
local timeout = args.timeout or 5
local nostart = args.nostart or false
local stoppable = args.stoppable or false
local cmd = args.cmd
local settings = args.settings or function() widget:set_text(output) end
abase.widget = args.widget or textbox()
function abase.update()
helpers.async(cmd, function(f)
output = f
if output ~= abase.prev then
widget = abase.widget
settings()
abase.prev = output
end
end)
end
abase.timer = helpers.newtimer(cmd, timeout, abase.update, nostart, stoppable)
return abase
end
return setmetatable({}, { __call = function(_, ...) return worker(...) end })
|
-- Copyright (C) by lework
local next = next
local type = type
local pairs = pairs
local lower = string.lower
local tostring = tostring
local ngx_re_find = ngx.re.find
local _M = {}
function _M.string_filter(str, filter)
local result = 0
if str ~= nil and filter ~= nil then
for _,subReg in pairs(filter) do
if ngx_re_find(lower(str), subReg, "iojs") then
ngx.log(ngx.ERR, "Match waf rule: " .. subReg .. ':' .. str)
result = 1
break
end
end
end
return result
end
function _M.table_filter(table, filter)
if table ~= nil and next(filter) and next(table) then
for _, val in pairs(table) do
if val ~= nil and type(val) == "table" then
if _M.table_filter(val, filter) == 1 then
return 1
end
elseif val ~= nil then
if val == true then
val = _
end
if _M.string_filter(tostring(val),filter) == 1 then
return 1
end
end
end
end
return 0
end
return _M
|
function ExistsInTbl(haystack, needle)
for i=1,#haystack do
if haystack[i] == needle then
return true
end
end
return false
end
Settings = GetSettings()
dofile(GetModPath() .. "/Resources/lib/P3D.lua")
dofile(GetModPath() .. "/Resources/lib/P3DFunctions.lua")
ModifierType = Settings.ModifierType
if ModifierType == 1 then
Modifier = Settings.ModifyAmount
if Modifier > 2147483647 then
Modifier = Modifier - 4294967296
end
print("Using modifier: " .. Modifier)
elseif ModifierType == 2 then
Percentage = Settings.PercentageAmount / 100
print("Using percentage: " .. Settings.PercentageAmount .. "%")
elseif ModifierType == 3 then
local Value = Settings.FixedColour
Alpha = Value >> 24
Red = (Value >> 16) & 0xFF
Green = (Value >> 8) & 0xFF
Blue = Value & 0xFF
print("Using ARGB: " .. Alpha .. "," .. Red .. "," .. Green .. "," .. Blue)
end
PreLoad = Settings.PreLoadData
Cache = {}
if Settings.ModSandbox and not EnvIsModSandbox then
dofile(GetModPath() .. "/Resources/lib/ModSandbox.lua")
MainModSandbox = ModSandbox.Sandbox:InitFromMainMod(true)
IsSandbox = MainModSandbox ~= nil
end
if PreLoad then
Alert("Pre-loading files. Please wait.")
local files = {}
local function GetFiles(tbl, dir, extensions)
if dir:sub(-1) ~= "/" then dir = dir .. "/" end
DirectoryGetEntries(dir, function(name, directory)
if directory then
if name:sub(-1) ~= "/" then name = name .. "/" end
GetFiles(tbl, dir .. name, extensions)
elseif extensions then
for i = 1, #extensions do
local extension = extensions[i]
if GetFileExtension(name) == extension then
tbl[#tbl + 1] = FixSlashes(dir .. name, false, true)
break
end
end
else
tbl[#tbl + 1] = FixSlashes(dir .. name, false, true)
end
return true
end)
end
local startTime = GetTime()
GetFiles(files, "/GameData/art", {".p3d"})
local filesN = #files
local count = 0
for i=1,filesN do
local filePath = files[i]
if WildcardMatch(filePath, "/GameData/Art/l*", true, true) or WildcardMatch(filePath, "/GameData/art/nis/gags/*", true, true) or WildcardMatch(filePath, "/GameData/art/frontend/scrooby/resource/pure3d/camset*", true, true) then
local file, modified
if ModifierType == 1 then
file, modified = BrightenModel(ReadFile(filePath), Modifier, false)
elseif ModifierType == 2 then
file, modified = BrightenModel(ReadFile(filePath), Percentage, true)
elseif ModifierType == 3 then
file, modified = SetModelRGB(ReadFile(filePath), Alpha, Red, Green, Blue)
end
if modified then
count = count + 1
Cache[filePath] = file
end
end
print("Processed file \"" .. GetFileName(filePath) .. "\" (" .. i .. "/" .. filesN .. ")")
end
local endTime = GetTime()
Alert(count .. " files cached in " .. (endTime - startTime) .. " seconds.")
print("Cached " .. count .. " files.")
end
|
--[[
Copyright (C) 2015 Real-Time Innovations, Inc.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
--]]
--- Datatypes in Lua.
-- Uses the `ddsl` core primitives to implement datatypes (a.k.a. `xtypes`) as
-- defined by the OMG X-Types specification in Lua.
--
-- The datatypes are equivalent to those described by the [X-Types](
-- http://www.omg.org/spec/DDS-XTypes/) specification. Thus, this module
-- can serve as an alternative for defining types in Lua, instead of in [IDL](
-- https://en.wikipedia.org/wiki/Interface_description_language) or XML.
--
-- A datatype is a blueprint for a data structure. Any
-- number of data-objects or instances (a.k.a. `xinstance`) can be created
-- from a datatype. Each instance is backed by the underlying datatype from
-- which it was created. The datatype constraints are enforced on the
-- instances---for example a `struct` instance can only have the fields defined
-- in the `struct` datatype; sequence and array bounds are enforced.
-- Furthermore, if the datatype structure changes, those changes are propagated
-- to all the instances.
--
-- Operators to manipulate datatypes (i.e. structure) are also provided. Thus,
-- for a `struct` datatype, new members can be added, existing ones can be
-- removed or modified. Since every instance is backed by a datatype, any
-- instance can be used as a handle to manipulate the underlying datatype.
-- Changes are propagated to all the other instances, to ensure consistency.
--
-- Since every instance is backed by a datatype, a new instance can be created
-- from any instance using `new_instance`. A datatype constructor returns
-- a *template instance* (a.k.a. `xtemplate`) that can be used as cannonical
-- instance to refer to the datatype.
--
-- Each field in the template instance is
-- initialized to a flattened out accessor `string` that can be used retrive
-- that field's value in some storage system. For example, the accessor strings
-- can be directly used for data access in Lua scripts used with the
-- *RTI Connext DDS Prototyper* (see **Section 8.4, Data Access API** in the
-- [RTI Connext DDS Prototyper Getting Started Guide](
-- https://community.rti.com/static/documentation/connext-dds/5.2.0/doc/manuals/connext_dds/prototyper/RTI_ConnextDDS_CoreLibraries_Prototyper_GettingStarted.pdf)).
--
--
-- **General Syntax**
--
-- Since `ddsl` does not impose any specific syntax on how datatypes are
-- expressed in Lua, this module defines the syntax. The general syntax and
-- patterns common to all datatypes are illsurated below.
--
-- local xtypes = require 'ddsl.xtypes'
--
-- -- create a datatype of kind 'kind' with the name 'MyType'
-- -- NOTE: `mytype` is the template instance for `MyType` (i.e. `xtemplate`)
-- local mytype = xtypes.<kind>{
-- MyType = { <definition_syntax_for_kind> }
-- }
--
--
-- -- create an instance to use in user application code
-- local myinstance = xtypes.`new_instance`(mytype)
--
-- -- print the datatype underlying an instance
-- print(tostring(myinstance)) -- or simply
-- print(myinstance)
--
--
-- -- get the template instance
-- assert(xtypes.`template`(myinstance) == mytype)
--
--
-- -- print the kind of a datatype
-- -- NOTE: the kind is immutable, i.e. cannot be changed after creation
-- print(mytype[xtypes.`KIND`]())
--
--
-- -- get the name of a datatype
-- print(mytype[xtypes.`NAME`])
--
-- -- set the name of a datatype
-- mytype[xtypes.`NAME`] = 'MyTypeNewName'
--
--
-- -- get the enclosing namespace of a datatype
-- print(mytype[xtypes.`NS`])
--
-- -- set the enclosing namespace of a datatype
-- mytype[xtypes.`NS`] = `YourType` -- defined elsewhere; maybe `nil`
--
--
-- -- get the qualifiers associated with a datatype
-- print(mytype[xtypes.`QUALIFIERS`])
--
-- -- set the qualifiers associated with a datatype
-- mytype[xtypes.`QUALIFIERS`] = {
-- xtypes.`Nested`,
-- xtypes.`Extensibility`{'FINAL_EXTENSIBILITY'},
-- }
--
-- -- Get the qualified name (i.e. scoped name) of a datatype:
-- print(xtypes.`nsname`(mytype)
--
-- -- Get the outermost enclosing scope of a datatype:
-- print(xtypes.`nsroot`(mytype)
--
-- The datatype constructors provide more usage examples, specific to each type.
--
-- @module ddsl.xtypes
-- @alias xtypes.builtin
-- @author Rajive Joshi
local xtypes = {
--- Datatype Kinds.
--
-- Use these to get and set the corresponding datatype attribute.
-- @usage
-- -- get the kind of a datatype
-- print(mytype[`KIND`]()) -- evaluate the kind to get the description
--
-- -- use the kind of a datatype to make decisions
-- if `STRUCT` == mytype[`KIND`] then
-- ...
-- else
-- ...
-- end
-- @section Kind
--- Annotation kind.
-- @treturn string 'annotation'
ANNOTATION = function() return 'annotation' end,
--- `atom` kind.
-- @treturn string 'atom'
ATOM = function() return 'atom' end,
--- `enum`eration kind.
-- @treturn string 'enum'
ENUM = function() return 'enum' end,
--- `struct` kind.
-- @treturn string 'struct'
STRUCT = function() return 'struct' end,
--- `union` kind.
-- @treturn string 'union'
UNION = function() return 'union' end,
--- `typedef` kind.
-- @treturn string 'typedef'
TYPEDEF = function() return 'typedef' end,
--- `const`ant kind.
-- @treturn string 'const'
CONST = function() return 'const' end,
--- `module` kind.
-- @treturn string 'module'
MODULE = function() return 'module' end,
--- @section end
--==========================================================================--
--- Concrete X-Types model info interface.
-- @local
info = {},
--- Meta-tables that define/control the Public API for the X-Types.
-- @local
API = {},
--- Builtins.
-- @local
builtin = {},
}
--============================================================================--
-- Local bindings for selected DDSL functionality
-- Instantiate the DDSL core, using the 'info' interface defined here:
local _ = require('ddsl')(xtypes.info)
local log = _.log
--- `ddsl.EMPTY`: Empty datatype definition for use as initializer in
-- datatype constructors.
-- @usage
-- local xtypes = require 'ddsl.xtypes'
--
-- -- create an empty datatype of kind 'kind' with the name 'MyType'
-- local mytype = xtypes.<kind>{
-- MyType = EMPTY
-- }
-- @table EMPTY
local EMPTY = _.EMPTY
--- Datatype Attributes.
--
-- Use these to get and set the corresponding datatype attribute.
-- @usage
-- -- get the name of a datatype
-- print(mytype[NAME])
--
-- -- set the name of a datatype
-- mytype[NAME] = 'MyTypeNewName'
-- @section DatatypeAttributes
--- `ddsl.KIND`: Datatype kind.
-- @function KIND
local KIND = _.KIND
--- `ddsl.NAME`: Datatype name.
-- @function NAME
local NAME = _.NAME
--- `ddsl.NS`: Datatype enclosing namespace (enclosing scope).
-- @function NS
local NS = _.NS
--- `ddsl.QUALIFIERS`: Datatype qualifiers (annotations).
-- @function QUALIFIERS
local QUALIFIERS = _.QUALIFIERS
--- Datatype of the base `struct` (inheritance)
-- @treturn string ' : '
-- @function BASE
local BASE = function() return ' : ' end
--- Datatype of a `union` discriminator (switch).
-- @treturn string 'switch'
-- @function SWITCH
local SWITCH = function() return 'switch' end
--- @section end
--============================================================================--
-- DDSL info interface implementation for X-Types
--- Is the given model element a qualifier?
-- NOTE: collections are qualifiers
-- @xinstance value the model element to check
-- @treturn xinstance the value (qualifier), or nil if it is not a qualifier
-- @function info.is_qualifier_kind
-- @local
function xtypes.info.is_qualifier_kind(value)
local kind = _.kind(value)
return (xtypes.ANNOTATION == kind)
and value
or nil
end
--- Is the given model element a collection?
-- @xinstance value the model element to check
-- @treturn xinstance the value (collection), or nil if it is not a collection
-- @function info.is_collection_kind
-- @local
function xtypes.info.is_collection_kind(value)
local model = _.model(value)
return (xtypes.ARRAY == model or
xtypes.SEQUENCE == model)
and value
or nil
end
--- Is the given model element an alias (for another type)?
-- @xinstance value the model element to check
-- @treturn xinstance the value (alias), or nil if it is not an alias
-- @function info.is_alias_kind
-- @local
function xtypes.info.is_alias_kind(value)
local kind = _.kind(value)
return (xtypes.TYPEDEF == kind)
and value
or nil
end
--- Is the given model element a leaf (ie primitive) type?
-- @xinstance value the model element to check
-- @treturn xinstance the value (leaf), or nil if it is not a leaf type
-- @function info.is_leaf_kind
-- @local
function xtypes.info.is_leaf_kind(value)
local kind = _.kind(value)
return (xtypes.ATOM == kind or
xtypes.ENUM == kind)
and value
or nil
end
--- Is the given model element a template type?
-- @xinstance value the model element to check
-- @treturn xinstance the value (template), or nil if it is not a template type
-- @function info.is_template_kind
-- @local
function xtypes.info.is_template_kind(value)
local kind = _.kind(value)
return (xtypes.ATOM == kind or
xtypes.ENUM == kind or
xtypes.STRUCT == kind or
xtypes.UNION == kind or
xtypes.TYPEDEF == kind)
and value
or nil
end
--============================================================================--
-- Helpers --
--- Ensure that we have a valid declaration, and if so, split it into a
-- name and an underlying definition.
-- @tparam {[string]=...} decl a table containing at least one {name=defn}
-- entry where *name* is a string model name
-- and *defn* is a table containing the definition.
-- @treturn string name
-- @treturn table defn
-- @local
function xtypes.parse_decl(decl)
-- pre-condition: decl is a table
assert('table' == type(decl),
table.concat{'parse_decl(): invalid declaration: ', tostring(decl)})
local name, defn = next(decl)
assert('string' == type(name),
table.concat{'parse_decl(): invalid model name: ', tostring(name)})
assert('table' == type(defn),
table.concat{'parse_decl(): invalid model definition: ', tostring(defn)})
return name, defn
end
--============================================================================--
-- Qualifiers --
--- Datatype Qualifiers.
-- @section DatatypeQualifiers
-- Annotations --
--- Create an annotation.
-- Annotations qualify a datatype or a member of the datatype. Except for
-- `array` and `sequence` qualifiers, annotation contents are opaque to
-- DDSL; they are kept intact and may be interpreted in the user's context.
-- @tparam {[string]=...} decl a table containing an annotation name and
-- definition, where ... are the optional *default* attributes
-- of the annotation.
-- @treturn table an annotation datatype template (`xtemplate`)
-- @usage
-- -- Create user defined annotation @MyAnnotation(value1 = 42, value2 = 42.0)
-- local MyAnnotation = xtypes.`annotation`{
-- MyAnnotation = {value1 = 42, value2 = 9.0} -- default attributes
-- }
--
-- -- Use user defined annotation with custom attributes
-- MyAnnotation{value1 = 942, value2 = 999.0}
--
-- -- Print the annotation contents (value1, value2)
-- for k, v in pairs(MyAnnotation) do
-- print(k, v)
-- end
--
-- -- Use builtin annotation `Key`
-- xtypes.Key
--
-- -- Use builtin annotation `Extensibility`
-- xtypes.Extensibility{'EXTENSIBLE_EXTENSIBILITY'}
function xtypes.annotation(decl)
local name, defn = xtypes.parse_decl(decl)
-- create the template
local template = _.new_template(name, xtypes.ANNOTATION,
xtypes.API[xtypes.ANNOTATION])
local model = _.model(template)
-- annotation definition function (closure)
-- NOTE: the attributes passed to the annotation are not interpreted,
-- and are kept intact; we simply add the MODEL definition
-- A function that returns a model table, with user defined
-- annotation attributes passed as a table of {name = value} pairs
-- eg: xtypes.MyAnnotation{value1 = 42, value2 = 42.0}
model[_.DEFN] = function (attributes) -- parameters to the annotation
if attributes then
assert('table' == type(attributes),
table.concat{'table with {name=value, ...} attributes expected: ',
tostring(attributes)})
end
local instance = attributes ~= EMPTY and attributes or template
setmetatable(instance, model)
-- not caching the instance in model[_.INSTANCES] because we don't need it
return instance
end
-- initialize template with the attributes
template = template(defn)
return template
end
-- Annotations API meta-table
xtypes.API[xtypes.ANNOTATION] = {
__tostring = function(annotation)
-- output the attributes if any
local output = nil
-- assertions
for i, v in ipairs(annotation) do
output = string.format('%s%s%s',
output or '', -- output or nothing
output and ',' or '', -- put a comma or not?
tostring(v))
end
-- name value pairs {name=value}
for k, v in pairs(annotation) do
if 'string' == type(k) then
output = string.format('%s%s%s=%s',
output or '', -- output or nothing
output and ',' or '', -- put a comma or not?
tostring(k), tostring(v))
end
end
local model = _.model(annotation)
if output then
output = string.format('@%s(%s)', model[NAME] or '', output)
else
output = string.format('@%s', model[NAME] or '')
end
return output
end,
__index = function (template, key)
local model = _.model(template)
return model[key]
end,
__newindex = function (template, key, value)
-- immutable: do-nothing
end,
-- create an annotation instance
__call = function(template, ...)
local model = _.model(template)
return model[_.DEFN](...)
end
}
-- Collections: Arrays & Sequences --
-- Arrays are implemented as a special annotations, whose
-- attributes are positive integer constants, that specify the dimension bounds
-- NOTE: Since an array is an annotation, it can appear anywhere
-- after a member type declaration; the 1st one is used
local array = xtypes.annotation{array=EMPTY}
xtypes.ARRAY = _.model(array)
--- Create an array qualifier with the specified dimensions.
-- Ensures that a valid set of dimension values is passed in. Returns the
-- array datatype qualifier, initialized with the specified dimensions.
-- An array qualifier is interpreted by DDSL as a *collection* qualifier.
-- @int n the first dimension
-- @param ... the remaining dimensions
-- @treturn table the array qualifier instance (`xtemplate`)
function xtypes.array(n, ...)
return xtypes.make_collection_qualifier(array, n, ...)
end
-- Sequences are implemented as a special annotations, whose
-- attributes are positive integer constants, that specify the dimension bounds
-- NOTE: Since a sequence is an annotation, it can appear anywhere
-- after a member type declaration; the 1st one is used
local sequence = xtypes.annotation{sequence=EMPTY}
xtypes.SEQUENCE = _.model(sequence)
--- Create a sequence qualifier with the specified dimensions.
-- Ensures that a valid set of dimension values is passed in. Returns the
-- sequence datatype qualifier, initialized with the specified dimensions.
-- A sequence qualifier is interpreted by DDSL as a *collection* qualifier.
-- @int n the first dimension
-- @param ... the remaining dimensions
-- @treturn table the sequence qualifier instance (`xtemplate`)
function xtypes.sequence(n, ...)
return xtypes.make_collection_qualifier(sequence, n, ...)
end
--- @section end
--- Make a collection qualifier instance.
-- Ensures that a valid set of dimension values is passed in. Returns the
-- annotation instance, initialized with the specified dimensions.
--
-- NOTE: a new annotation instance is created for each call. There may be
-- room for optimization by caching the annotation instances.
--
-- @xinstance annotation the underlying annotation ARRAY or SEQUENCE
-- @int n the first dimension
-- @param ... the remaining dimensions
-- @treturn table the qualifier annotation instance describing the collection
-- @local
function xtypes.make_collection_qualifier(annotation, n, ...)
-- ensure that we have an array of positive numbers
local dimensions = {...}
table.insert(dimensions, 1, n) -- insert n at the beginning
for i, v in ipairs(dimensions) do
local dim = v
-- if the dim is a CONST, use its value for validation
if xtypes.CONST == _.kind(v) then
dim = v()
end
-- check if the 'dim' is valid
if not(type(dim)=='number') then
error(table.concat{'invalid collection bound: ', tostring(dim)}, 2)
end
if not(dim > 0 and dim - math.floor(dim) == 0) then -- positive integer
error(table.concat{'collection bound must be an integer > 0: ', dim}, 2)
end
end
-- return the predefined annotation instance, whose attributes are
-- the collection dimension bounds
return annotation(dimensions)
end
--============================================================================--
-- Atoms --
--- Create an atomic datatype.
-- There are two kinds of atomic types:
--
-- - un-dimensioned
-- - dimensioned, e.g. bounded size/length (e.g. `string`<n>)
--
-- @tparam {[string]=EMPTY|{int}|const} decl a table containing an atom name
-- mapped to and `EMPTY` initializer (for undimensioned atoms) or a a table
-- containing an integral *dimension* (for dimensioned atoms). The dimension
-- could also be an integral `const` datatype.
-- @treturn table an atom datatype template (`xtemplate`)
-- @usage
-- -- Create an un-dimensioned atomic datatype named 'MyAtom':
-- local MyAtom = xtypes.atom{
-- MyAtom = EMPTY
-- }
--
-- -- Create a dimensioned atomic type:
-- local string10 = xtypes.atom{string={10}} -- bounded length string
-- local wstring10 = xtypes.atom{wstring={10}} -- bounded length wstring
--
-- -- Create a dimensioned atomic type, where 'MAXLEN' is a `const`:
-- local StringMaxlen = xtypes.atom{string=MAXLEN} -- bounded length string
-- @within Datatypes
function xtypes.atom(decl)
local name, defn = xtypes.parse_decl(decl)
local dim, dim_kind = defn[1], _.kind(defn[1])
-- pre-condition: validate the dimension
local dim_value = xtypes.CONST == dim_kind and dim() or dim
if nil ~= dim then
if type(dim_value) ~='number' then
error(table.concat{'invalid dimension: ',tostring(dim), ' = ', dim_value},
2)
end
if not(dim_value > 0 and dim_value - math.floor(dim_value) == 0) then
error(table.concat{'dimension must be an integer > 0: ', tostring(dim)},
2)
end
end
-- build up the atom template name:
if xtypes.CONST == dim_kind then
name = table.concat{name, '<', _.nsname(dim), '>'}
elseif nil ~= dim then
name = table.concat{name, '<', tostring(dim), '>'}
end
-- lookup the atom name in the builtins
local template = xtypes.builtin[name]
if nil == template then
-- not found => create it
local model
template, model = _.new_template(name, xtypes.ATOM, xtypes.API[xtypes.ATOM])
model[_.DEFN][1] = dim -- may be nil
xtypes.builtin[name] = template -- NOTE: install it in the builtin module
end
return template
end
-- Atom API meta-table
xtypes.API[xtypes.ATOM] = {
__tostring = function(template)
-- the name or the kind (if no name has been assigned)
local model = _.model(template)
return model[NAME] or
model[KIND]() -- evaluate the function
end,
__index = function (template, key)
local model = _.model(template)
return model[key]
end,
__newindex = function (template, key, value)
-- immutable: do-nothing
end
}
--============================================================================--
-- Enums --
--- Create an enum datatype.
-- @tparam {[string]={string,string,[string]=int,[string]=int,...} decl a
-- table containing an enum name mapped to a table (which is an array of
-- strings or a map of strings to ordinal values, or a mix of both).
-- For example,
-- { MyEnum = { { str1 = ord1 }, { str2 = ord2 }, ... } }
-- or
-- { MyEnum = { str1, str2, ... } }
-- or a mix of the above
-- { MyEnum = { strA, strB, { str1 = ord1 }, { str2 = ord2 }, ... } }
-- @treturn table an enum datatype template (`xtemplate`)
-- The table is a map of enumerator strings to their ordinal values.
-- @usage
-- -- Create enum: declarative style
-- local MyEnum = xtypes.`enum`{
-- MyEnum = {
-- { enumerator_1 = ordinal_1 },
-- :
-- { enumerator_M = ordinal_M },
--
-- -- OR --
--
-- enumerator_A,
-- :
-- enumerator_Z,
--
-- -- OPTIONAL --
-- `annotation`_x,
-- :
-- `annotation`_z,
-- }
-- }
--
-- -- Create enum: imperative style (start with `EMPTY`)
-- MyEnum = xtypes.`enum`{
-- MyEnum = xtypes.`EMPTY`
-- }
--
-- -- Set the i-th member:
-- MyEnum[i] = { enumerator_i = ordinal_i }
-- -- OR --
-- MyEnum[i] = enumerator_i -- default: `ordinal`_i = #MyEnum
--
-- -- After setting the i-th member, the following post-conditions hold:
-- MyEnum[enumerator_i] == ordinal_i
-- MyEnum(ordinal_i) == enumerator_i
--
--
-- -- Delete the i-th member:
-- MyEnum[i] = nil
--
--
-- -- Get the number of enumerators in the enum:
-- print(#MyEnum)
--
--
-- -- Get the i-th member:
-- local enumerator, ordinal = next(MyEnum[i])
-- print(enumerator, ordinal)
--
-- -- Get the enumerator's ordinal value:
-- print(MyEnum[enumerator])
--
--
-- -- Iterate over the model definition (ordered):
-- for i = 1, #MyEnum do print(next(MyEnum[i])) end
--
-- -- Iterate over enum and ordinal values (unordered):
-- for enumerator, ordinal in pairs(MyEnum) do print(enumerator, ordinal) end
--
-- -- Lookup the enumerator name for an ordinal value:
-- print(MyEnum(ordinal))
-- @within Datatypes
function xtypes.enum(decl)
local name, defn = xtypes.parse_decl(decl)
-- create the template
local template = _.new_template(name, xtypes.ENUM, xtypes.API[xtypes.ENUM])
-- populate the template
return _.populate_template(template, defn)
end
-- Enum API meta-table
xtypes.API[xtypes.ENUM] = {
__tostring = function(template)
-- the name or the kind (if no name has been assigned)
local model = _.model(template)
return model[NAME] or
model[KIND]() -- evaluate the function
end,
__len = function (template)
local model = _.model(template)
return #model[_.DEFN]
end,
__index = function (template, key)
local model = _.model(template)
local value = model[key]
if value then -- does the model have it? (KIND, NAME, NS)
return value
elseif 'number' == type(key) then -- get from the model definition and pack
-- enumerator, ordinal_value
local enumerator, ordinal = next(model[_.DEFN][key])
-- Format:
-- { enumerator = ordinal_value }
local result = {}
result[enumerator] = ordinal
return result
else -- delegate to the model definition
return model[_.DEFN][key]
end
end,
__newindex = function (template, key, value)
local model = _.model(template)
local model_defn = model[_.DEFN]
if NAME == key then -- set the model name
rawset(model, NAME, value)
elseif QUALIFIERS == key then -- annotation definition
-- set the new qualifiers in the model definition (may be nil)
model_defn[QUALIFIERS] = _.assert_qualifier_array(value)
elseif 'number' == type(key) then -- member definition
-- clear the old member definition and instance fields
if model_defn[key] then
local old_role = next(model_defn[key])
-- update instances: remove the old_role
rawset(template, old_role, nil)
end
-- set the new member definition
if nil == value then
-- nil => remove the key-th member definition
table.remove(model_defn, key) -- do not want holes in array
else
-- Format:
-- { enumerator = ordinal_value }
-- OR
-- enumerator
local role, role_defn
if 'table' == type(value) then
role, role_defn = next(value) -- { enumerator = ordinal_value }
else
role, role_defn = value, #template -- enumerator
end
-- role must be a string
assert(type(role) == 'string',
table.concat{template[NAME] or '',
' : invalid member name: ', tostring(role)})
-- ensure the definition is an ordinal value
assert('number' == type(role_defn) and
math.floor(role_defn) == role_defn, -- integer
table.concat{template[NAME] or '',
' : invalid definition: ',
tostring(role), ' = ', tostring(role_defn) })
-- is the role already defined?
assert(nil == rawget(template, role),-- check template
table.concat{template[NAME] or '',
' : member name already defined: "', role, '"'})
-- insert the new role
rawset(template, role, role_defn)
-- insert the new member definition
model_defn[key] = {
[role] = role_defn -- map with one entry
}
end
end
end,
-- Lookup the enumerator string, given an ordinal value
-- @param ordinal the ordinal value
-- @return the enumerator string or 'nil' if it is not a valid ordinal value
__call = function(template, ordinal)
for k, v in pairs(template) do
if v == ordinal then return k end
end
return nil
end,
}
--============================================================================--
-- Structs --
--- Create a struct datatype.
-- @tparam {[string]={[string]={...},{[string]={...},...} decl a table
-- containing a struct name mapped to a table (which is an array of strings
-- mapped to member definitions). For example,
-- { MyStruct = { { role1 = {...}, { role2 = {...} }, ... } }
-- where the member definition for a role is,
-- { role = { xtemplate, [array | sequence,] [annotation, ...] } }
-- @treturn table a struct datatype template (`xtemplate`).
-- The table is a map of the role names to flattened out strings that
-- represent the path from the enclosing top-level struct scope to the role.
-- The string values may be be used to retrieve the field values from
-- some storage system.
-- @usage
-- -- Create struct: declarative style
-- local MyStruct = xtypes.`struct`{
-- MyStruct = {
-- [<optional base `struct`>], -- base `struct` must be the 1st item
--
-- {role_1={xtemplate_1, [`array`_1|`sequence`_1,] [`annotation`_1,...]}},
-- :
-- {role_M={xtemplate_M, [`array`_M|`sequence`_M,] [`annotation`_M,...]}},
--
-- -- OPTIONAL --
-- `annotation`_x,
-- :
-- `annotation`_z,
-- }
-- }
--
-- -- OR Create struct: imperative style (start with base `struct` or `EMPTY`)
-- local MyStruct = xtypes.`struct`{
-- MyStruct = { <optional base `struct`> } | xtypes.`EMPTY`
-- }
--
-- -- Set the i-th member:
-- MyStruct[i] = { new_role = { new_xtemplate,
-- [new_`array` | new_`sequence`,]
-- [new_`annotation`, ...] } }
--
-- -- After setting the i-th member, the following post-condition holds:
-- -- NOTE: also holds for roles defined in the base `struct` datatype
-- MyStruct[role] == 'prefix.enclosing.scope.path.to.role'
-- MyStruct(role) == <the role definition>
--
--
-- -- Delete the i-th member:
-- MyStruct[i] = nil
--
--
-- -- Set base class:
-- MyStruct[xtypes.`BASE`] = `YourStruct` -- defined elsewhere
--
--
--- -- Get the number of members in the struct (not including base struct):
-- print(#MyStruct)
--
--
-- -- Get the i-th member:
-- -- {
-- -- role = {template, [array|sequence,] [annotation1, annotation2, ...]
-- -- }
-- local member = MyStruct[i]
-- local role, roledef = next(member)
-- print(role, table.unpack(roledef))
--
-- -- Get a member definition by role name. The return value is a table
-- -- in the same format that is used to define a member role:
-- -- { template, [array|sequence,] [annotation1, annotation2, ...] }
-- local roledef = MyStruct(role)
-- print(table.unpack(roledef))
--
--
-- -- Get the member role's value
-- print(MyStruct[role]) -- an accessor string into some storage system
--
--
-- -- Get the base class:
-- print(MyStruct[xtypes.`BASE`])
--
--
-- -- Iterate over the model definition (ordered):
-- -- NOTE: does NOT show the roles defined in the base `struct` datatype
-- for i = 1, #MyStruct do
-- local role, roledef = next(MyStruct[i])
-- print(role, table.unpack(roledef))
-- end
--
-- -- Iterate over instance members and the indexes (unordered):
-- -- NOTE: shows roles defined in the base `struct` datatype
-- for role, value in pairs(MyStruct) do
-- print(role, value, table.unpack(MyStruct(role)))
-- end
-- @within Datatypes
function xtypes.struct(decl)
local name, defn = xtypes.parse_decl(decl)
-- create the template
local template, model = _.new_template(name, xtypes.STRUCT,
xtypes.API[xtypes.STRUCT])
model[_.INSTANCES] = {}
-- OPTIONAL base: pop the next element if it is a base model element
local base
if xtypes.STRUCT == _.kind(_.resolve(defn[1])) then
base = defn[1] table.remove(defn, 1)
-- insert the base class:
template[BASE] = base -- invokes the meta-table __newindex()
end
-- populate the template
return _.populate_template(template, defn)
end
-- Struct API meta-table
xtypes.API[xtypes.STRUCT] = {
__tostring = function(template)
-- the name or the kind (if no name has been assigned)
local model = _.model(template)
return model[NAME] or
model[KIND]() -- evaluate the function
end,
__len = function (template)
local model = _.model(template)
return #model[_.DEFN]
end,
__index = function (template, key)
local model = _.model(template)
local value = model[key]
if value then -- does the model have it? (KIND, NAME, NS)
return value
elseif 'number' == type(key) then -- get from the model definition and pack
local role, roledef = next(model[_.DEFN][key])
-- Format:
-- { role = {template, [array|sequence,] [annotation1, annotation2, ...]}}
local result = {}
result[role] = { table.unpack(roledef) }
return result
else -- delegate to the model definition
return model[_.DEFN][key]
end
end,
__newindex = function (template, key, value)
local model = _.model(template)
local model_defn = model[_.DEFN]
if NAME == key then -- set the model name
rawset(model, NAME, value)
elseif QUALIFIERS == key then -- annotation definition
-- set the new qualifiers in the model definition (may be nil)
model_defn[QUALIFIERS] = _.assert_qualifier_array(value)
elseif 'number' == type(key) then -- member definition
-- Format:
-- { role = {template, [array|sequence,] [annotation1, annotation2, ...]}}
-- clear the old member definition and instance fields
if model_defn[key] then
local old_role = next(model_defn[key])
-- update instances: remove the old_role
if old_role then
_.update_instances(model, old_role, nil) -- clear the role
end
end
-- set the new member definition
if nil == value then
-- nil => remove the key-th member definition
table.remove(model_defn, key) -- do not want holes in array
else
-- get the new role and role_defn
local role, role_defn = next(value)
-- is the role already defined?
assert(nil == rawget(template, role),-- check template
table.concat{template[NAME] or '',
' : member name already defined: "', role, '"'})
-- create role instance (checks for pre-conditions, may fail!)
local role_instance = _.create_role_instance(role, role_defn)
-- update instances: add the new role_instance
_.update_instances(model, role, role_instance)
-- insert the new member definition
local role_defn_copy = {} -- make our own local copy
for i, v in ipairs(role_defn) do role_defn_copy[i] = v end
model_defn[key] = {
[role] = role_defn_copy -- map with one entry
}
end
elseif BASE == key then -- inherits from 'base' struct
-- clear the instance fields from the old base struct (if any)
local old_base = _.resolve(model_defn[BASE])
while old_base do
for k, v in pairs(old_base) do
if 'string' == type(k) then -- copy only the base instance fields
-- update instances: remove the old_base role
_.update_instances(model, k, nil) -- clear the role
end
end
-- template is no longer an instance of the base struct
local old_base_model = _.model(old_base)
old_base_model[_.INSTANCES][template] = nil
-- visit up the base model inheritance hierarchy
old_base = _.resolve(old_base[BASE]) -- parent base
end
-- get the base model, if any:
local new_base
if nil ~=value and
_.assert_kind(xtypes.STRUCT, _.resolve(value)) then
new_base = value
end
-- populate the instance fields from the base model struct
local base = new_base
while base do
local base_model = _.model(_.resolve(base)) -- base may be a typedef
for i = 1, #base_model[_.DEFN] do
local base_role, base_role_defn = next(base_model[_.DEFN][i])
-- is the base_role already defined?
assert(nil == rawget(template, base_role),-- check template
table.concat{template[NAME] or '',
' : member name already defined: "', base_role, '"'})
-- create base role instance (checks for pre-conditions, may fail)
local base_role_instance =
_.create_role_instance(base_role, base_role_defn)
-- update instances: add the new base_role_instance
_.update_instances(model, base_role, base_role_instance)
end
-- visit up the base model inheritance hierarchy
base = base_model[_.DEFN][BASE] -- parent base
end
-- set the new base in the model definition (may be nil)
model_defn[BASE] = new_base
-- template is an instance of the base structs (inheritance hierarchy)
base = new_base
while base do
local base_model = _.model(_.resolve(base)) -- base may be a typedef
-- NOTE: Use empty string as the 'instance' name of the base struct
base_model[_.INSTANCES][template] = '' -- empty instance name
-- visit up the base model inheritance hierarchy
base = base_model[_.DEFN][BASE] -- parent base
end
else
-- accept the key if it is defined in the model definition
-- e.g. could have been an optional member that was removed
for i = 1, #model_defn do
if key == next(model_defn[i]) then
rawset(template, key, value)
end
end
end
end,
-- Get a member definition.
-- @string role the member name to lookup
-- @return the role definition in the format
-- { template, [array|sequence,] [annotation1, annotation2, ...] }
-- or nil if the role is not defined.
__call = function(template, role)
for i = 1, #template do
local role_i, roledef_i = next(template[i])
if role_i == role then
return roledef_i
end
end
return nil
end,
}
--============================================================================--
-- Unions --
--- Create a union datatype.
-- @tparam {[string]={xtemplate,{caseDisc1,...caseDiscN,string]={...}},...}} decl
-- a table containing a union name mapped to a table as follows.
-- {
-- MyUnion = {
-- xtemplate,
-- { caseDisc11, ..., caseDisc1N, role1 = {...} },
-- { caseDisc21, ..., caseDisc2N, role2 = {...} },
-- ...
-- { xtypes.EMPTY, [..., caseDiscN,] role = {...} } -- default
-- }
-- }
-- where the member definition for a role is,
-- { role = { xtemplate, [array | sequence,] [annotation, ...] } }
-- and `xtypes.EMPTY` is treated as the built-in **default** discriminator.
-- @treturn table an union datatype template (`xtemplate`).
-- The table is a map of the role names to flattened out strings that
-- represent the path from the enclosing top-level union scope to the role.
-- The string values may be be used to retrieve the field values from
-- some storage system.
-- @usage
-- -- Create union: declarative style
-- local MyUnion = xtypes.`union`{
-- MyUnion = {
-- <discriminator `atom` or `enum`>, -- must be the 1st item
--
-- { caseDiscriminator11, caseDiscriminator12, ... caseDiscriminator1N,
-- role_1 = {xtemplate_1,[`array`_1|`sequence`_1,][`annotation`_1,...]}
-- },
-- :
-- { caseDiscriminatorM1, caseDiscriminatorM2, ... caseDiscriminatorMN,
-- role_M = {xtemplate_M,[`array`_M|`sequence`_M,][`annotation`_M,...]}
-- },
--
-- { `xtypes.EMPTY`, [..., caseDiscriminatorN, ] -- default
-- role = { xtemplate,[`array`|`sequence`,][`annotation`,...]}
--
-- -- OPTIONAL --
-- `annotation`_x,
-- :
-- `annotation`_z,
-- }
-- }
--
-- -- OR Create union: imperative style (start with `EMPTY`)
-- local MyUnion = xtypes.`union`{
-- MyUnion = { <discriminator `atom` or `enum`> }
-- }
--
-- -- Set the i-th case:
-- -- {
-- -- caseDiscriminator1, caseDiscriminator2, ... caseDiscriminatorN,
-- -- role = { template, [array|sequence,] [annotation1, annotation2, ...] }
-- -- }
-- MyUnion[i] = {
-- caseDiscriminator1, ... caseDiscriminatorN,
-- role = { xtemplate, [`array` | `sequence`,] [`annotation`, ...] }
-- },
--
-- -- After setting the i-th member, the following post-condition holds:
-- MyUnion[role] == 'prefix.enclosing.scope.path.to.role'
-- MyUnion(role) == <the role definition>
--
--
-- -- Delete the i-th case:
-- MyUnion[i] = nil
--
--
-- -- Set the discriminator type definition:
-- MyUnion[xtypes.`SWITCH`] = <discriminator `atom` or `enum`>
--
-- -- After setting the discriminator, the following post-condition holds:
-- MyUnion._d == '#'
--
--
-- -- Get the number of cases in the union:
-- print(#MyUnion)
--
--
-- -- Get the i-th case:
-- -- {
-- -- caseDiscriminator1, caseDiscriminator2, ... caseDiscriminatorN,
-- -- role = { template, [array|sequence,] [annotation1, annotation2, ...] }
-- -- }
-- local case = MyUnion[i]
-- print(table.unpack(case))
-- local role, roledef = next(case, #case)
-- print('\t', role, table.unpack(roledef))
--
-- -- Get a member definition by role name. The return value is a table
-- -- in the same format that is used to define a member role:
-- -- { template, [array|sequence,] [annotation1, annotation2, ...] }
-- local roledef = MyUnion(role)
-- print(table.unpack(roledef))
--
-- -- Get the member role's value
-- print(MyUnion[role]) -- an accessor string into some storage system
--
-- -- Get the discriminator type definition:
-- print(MyUnion[xtypes.`SWITCH`])
--
-- -- Get the discriminator's value
-- print(MyUnion._d) -- an accessor string into some storage system
--
-- -- Get the currectly selected member's value.
-- -- i.e. the member selected by current discriminator value, `MyUnion._d`
-- print(MyUnion()) -- may be `nil`, e.g. when there is no default discriminator
--
--
-- -- Iterate over the model definition (ordered):
-- for i = 1, #MyUnion do
-- local case = MyUnion[i]
-- local role, roledef = next(case, #case)
-- print(role, table.unpack(roledef), ':', table.unpack(case))
-- end
--
-- -- Iterate over instance members and the indexes (unordered):
-- for role, value in pairs(MyUnion) do
-- print(role, value, table.unpack(MyUnion(role)))
-- end
-- @within Datatypes
function xtypes.union(decl)
local name, defn = xtypes.parse_decl(decl)
-- create the template
local template, model = _.new_template(name, xtypes.UNION,
xtypes.API[xtypes.UNION])
model[_.INSTANCES] = {}
-- pop the discriminator
template[SWITCH] = defn[1] -- invokes meta-table __newindex()
table.remove(defn, 1)
-- populate the template
return _.populate_template(template, defn)
end
-- Union API meta-table
xtypes.API[xtypes.UNION] = {
__tostring = function(template)
-- the name or the kind (if no name has been assigned)
local model = _.model(template)
return model[NAME] or
model[KIND]() -- evaluate the function
end,
__len = function (template)
local model = _.model(template)
return #model[_.DEFN]
end,
__index = function (template, key)
local model = _.model(template)
local value = model[key]
if value then -- does the model have it? (KIND, NAME, NS)
return value
elseif 'number' == type(key) then -- get from the model definition and pack
local case = model[_.DEFN][key]
local role, roledef = next(case, #case) -- member
-- Format:
-- { caseDiscriminator1, caseDiscriminator2, ... caseDiscriminatorN,
-- role = {template, [array|sequence,] [annotation1, annotation2, ...]}
-- }
local result = { table.unpack(case) }
result[role] = { table.unpack(roledef) }
return result
else -- delegate to the model definition
return model[_.DEFN][key]
end
end,
__newindex = function (template, key, value)
local model = _.model(template)
local model_defn = model[_.DEFN]
if NAME == key then -- set the model name
model[NAME] = value
elseif QUALIFIERS == key then -- annotation definition
-- set the new qualifiers in the model definition (may be nil)
model_defn[QUALIFIERS] = _.assert_qualifier_array(value)
elseif SWITCH == key then -- switch definition
local discriminator = value
-- pre-condition: ensure discriminator is of a valid type
xtypes.assert_case(discriminator, nil)-- nil => validate discriminator
-- pre-condition: ensure that caseDiscriminators are compatible
for _, case in ipairs(model_defn) do
for __, caseDiscriminator in ipairs(case) do
if EMPTY ~= caseDiscriminator then -- not default
xtypes.assert_case(discriminator, caseDiscriminator)
end
end
end
-- update the discriminator
model[_.DEFN][SWITCH] = discriminator
rawset(template, '_d', '#')
elseif 'number' == type(key) then -- member definition
-- Format:
-- { caseDiscriminator1, caseDiscriminator2, ... caseDiscriminatorN,
-- role = {template, [array|sequence,] [annotation1, annotation2, ...]}
-- }
-- clear the old member definition
if model_defn[key] then
local case = model_defn[key]
local old_role = next(case, #case) -- member
-- update instances: remove the old_role
if old_role then
_.update_instances(model, old_role, nil) -- clear the role
end
end
if nil == value then
-- remove the key-th member definition
table.remove(model_defn, key) -- do not want holes in array
else
local case_copy = {} -- make our own local copy
-- ensure at least one 'caseDiscriminator':
assert(0 < #value, table.concat{template[NAME] or '',
' : expecting at least one case discriminator'})
for _, caseDiscriminator in ipairs(value) do
if EMPTY ~= caseDiscriminator then -- not default
caseDiscriminator = xtypes.assert_case(model_defn[SWITCH],
caseDiscriminator)
end
-- is the caseDiscriminator already defined?
for __, case in ipairs(model_defn) do
for i = 1, #case do
assert(caseDiscriminator ~= case[i],
table.concat{template[NAME] or '',
' : case discriminator exists: "',
tostring(caseDiscriminator), '"'})
end
end
table.insert(case_copy, caseDiscriminator)
end
-- get the role and definition: after the 'caseDiscriminator' array
local role, role_defn = next(value, #value)
assert(nil ~= role_defn, table.concat{template[NAME] or '',
' : member must be defined: "', role, '"'})
-- is the role already defined?
assert(nil == rawget(template, role),-- check template
table.concat{template[NAME] or '',
' : member name already defined: "', role, '"'})
local role_instance = _.create_role_instance(role, role_defn)
-- insert the new member definition
case_copy[role] = {} -- make our own local copy of role defn
for i, v in ipairs(role_defn) do case_copy[role][i] = v end
model_defn[key] = case_copy
-- update instances: add the new role_instance
_.update_instances(model, role, role_instance)
end
else
-- accept the key if it is a discriminator value:
if '_d' == key then
rawset(template, key, value)
-- accept the key if it is defined in the model definition
-- e.g. could have been an optional member that was removed
else
for _, case in ipairs(model_defn) do
if key == next(case, #case > 0 and #case or nil) then
rawset(template, key, value)
end
end
end
end
end,
-- Get the currently selected member OR Get a member definition.
-- @string role[opt=nil] the member name to lookup OR
-- **nil** to lookup the currently selected member
-- @return When called with out an argument, returns the selected
-- member, based on the current discriminator value _d, or 'nil' if the
-- discriminator does not match any case (no default).
-- When called with an argument, returns the role definition in the format
-- { template, [array|sequence,] [annotation1, annotation2, ...] }
-- or nil if the role is not defined.
__call = function(template, role)
local function lookup_selected_member()
local model = _.model(template)
local default_role = nil
for _, case in ipairs(model[_.DEFN]) do
for i = 1, #case do
if template._d == case[i] then
local role = next(case, #case) -- matched member role
return template[role]
end
if EMPTY == case[i] then
default_role = next(case, #case) -- default member role
end
end
end
return default_role and template[default_role] or nil -- default
end
local function lookup_role_definition(role)
for i = 1, #template do
local case = template[i]
local role_i, roledef_i = next(case, #case)
if role_i == role then
return roledef_i
end
end
return nil
end
if nil ~= role then -- member lookup?
return '_d' ~= role and lookup_role_definition(role) or nil
end
return lookup_selected_member()
end,
}
--- Ensure that case and discriminator are valid and compatible, and if so,
-- return the case value to use.
-- The input case value may be converted to the correct type required
-- by the discriminator.
-- @xinstance discriminator a discriminator datatype
-- @param case a case value
-- @return nil if the discriminator or the case is not valid or if the case is
-- not compatible with the discriminator; otherwise the (coverted) case
-- value to use.
-- @local
function xtypes.assert_case(discriminator, case)
local err_msg
if nil == case then
err_msg = table.concat{'invalid union discriminator: "',
tostring(discriminator), '"' }
else
err_msg = table.concat{'invalid union case: "', tostring(case), '"'}
end
-- resolve the discriminator to the underlying type:
local discriminator = _.resolve(discriminator)
-- enum
if xtypes.ENUM == discriminator[KIND] then -- enum
assert(nil == case or nil ~= discriminator(case),
err_msg)
-- boolean
elseif xtypes.builtin.boolean == discriminator then
if 'false' == case or '0' == case then
case = false
elseif 'true' == case or '1' == case then
case = true
end
assert(nil == case or true == case or false == case,
err_msg)
-- character
elseif xtypes.builtin.char == discriminator or
xtypes.builtin.wchar == discriminator then
assert(nil == case or
'string' == type(case) and 1 == string.len(case) or
math.floor(tonumber(case)) == tonumber(case), -- ordinal value
err_msg)
-- integral signed
elseif xtypes.builtin.octet == discriminator or
xtypes.builtin.short == discriminator or
xtypes.builtin.long == discriminator or
xtypes.builtin.long_long == discriminator then
local int_case = tonumber(case)
assert(nil == case or
nil ~= int_case and math.floor(int_case) == int_case,
err_msg)
case = int_case
-- integral unsigned
elseif xtypes.builtin.unsigned_short == discriminator or
xtypes.builtin.unsigned_long == discriminator or
xtypes.builtin.unsigned_long_long == discriminator then
local uint_case = tonumber(case)
assert(nil == case or
nil ~= uint_case and math.floor(uint_case) == uint_case
and uint_case >= 0,
err_msg)
case = uint_case
else -- invalid
assert(false, err_msg)
end
return case
end
--============================================================================--
-- Typedefs --
--- Create a typedef `alias` datatype.
-- Typedefs are aliases for underlying datatypes.
-- @tparam {[string]={xtemplate,[array|sequence,][annotation,...]}} decl a table
-- containing a typedef mapped to an array as follows.
-- { MyTypedef = { xtemplate, [array | sequence,] [annotation, ...] } }
-- where `xtemplate` is the underlying type definition, optionally followed by
-- and `array` or `sequence` qualifiers to specify the multiplicity,
-- optionally followed by annotations.
-- @treturn table an typedef datatype template (`xtemplate`).
-- @usage
-- -- Create a typedef datatype:
-- local MyTypedef = xtypes.`typedef`{
-- MyTypedef = { `xtemplate`, [`array` | `sequence`,] [`annotation`, ...] }
-- }
--
-- -- Retreive the typedef definition
-- print(MyTypedef()) -- `xtemplate`, [`array` | `sequence`]
--
-- -- Resolve a typedef to the underlying non-typedef datatype and a list
-- -- of collection qualifiers
-- print(xtypes.`resolve`(MyTypedef))
--
--
-- -- Example: typedef sequence<MyStruct> MyStructSeq
-- local MyStructSeq = xtypes.`typedef`{
-- MyStructSeq = { xtypes.MyStruct, xtypes.`sequence`() }
-- }
--
-- print(MyStructSeq()) -- MyStruct @sequence(10)
--
--
-- -- Example: typedef MyStruct MyStructArray[10][20]
-- local MyStructArray = xtypes.`typedef`{
-- MyStructArray = { xtypes.MyStruct, xtypes.`array`(10, 20) }
-- }
--
-- print(MyStructArray()) -- MyStruct @array(10, 20)
-- @within Datatypes
function xtypes.typedef(decl)
local name, defn = xtypes.parse_decl(decl)
-- pre-condition: ensure that the 1st defn element is a valid type
local alias = defn[1]
_.assert_template_kind(alias)
-- pre-condition: ensure that the 2nd defn element if present
-- is a 'collection' kind
local collection_qualifier = defn[2]
if collection and not xtypes.info.is_collection_kind(collection) then
error(table.concat{'expected sequence or array, got: ', tostring(value)},
2)
end
-- create the template
local template, model = _.new_template(name, xtypes.TYPEDEF,
xtypes.API[xtypes.TYPEDEF])
model[_.DEFN] = { alias, collection_qualifier }
return template
end
-- Atom API meta-table
xtypes.API[xtypes.TYPEDEF] = {
__tostring = function(template)
-- the name or the kind (if no name has been assigned)
local model = _.model(template)
return model[NAME] or
model[KIND]() -- evaluate the function
end,
__index = function (template, key)
local model = _.model(template)
return model[key]
end,
__newindex = function (template, key, value)
-- immutable: do-nothing
end,
-- alias and collection information is obtained by evaluating the table:
-- @return alias, collection_qualifier
-- eg: my_typedef()
__call = function(template)
local model = _.model(template)
return model[_.DEFN][1], model[_.DEFN][2] -- datatype, collection_qualifier
end,
}
--============================================================================--
-- Constants --
--- Create a constant.
-- @tparam {[string]={atom,value}} decl a table containing a constant name
-- mapped to an array containing an `atom` and a value of the atom datatype.
-- NOTE: this method will try to convert the value to the correct type,
-- if not already so (for example, if the value is a string).
-- @treturn table a constant.
-- @usage
-- -- Create a constant datatype
-- local MY_CONST = xtypes.`const`{
-- MY_CONST = { `atom`, <const_value> }
-- }
--
-- -- Get the const value and the underlying atomic datatype
-- print(MY_CONST()) -- value `atom`
--
--
-- -- Examples:
-- local MAXLEN = xtypes.`const`{
-- MAXLEN = { xtypes.short, 128 }
-- }
-- print(MAXLEN()) -- 128 short
--
-- local PI = xtypes.`const`{
-- PI = { xtypes.`double`, 3.14 }
-- }
-- print(PI()) -- 3.14 double
--
-- local MY_STRING = xtypes.`const`{
-- MY_STRING = { xtypes.`string`(128), "My String Constant" }
-- }
-- print(MY_STRING()) -- My String Constant string<128>
--
--
-- -- Use a const datatype
-- local MyStringSeq = xtypes.`typedef`{
-- MyStringSeq = { xtypes.`string`, xtypes.`sequence`(MAXLEN) }
-- }
-- @within Datatypes
function xtypes.const(decl)
local name, defn = xtypes.parse_decl(decl)
-- pre-condition: ensure that the 1st defn declaration is a valid type
local atom = _.assert_kind(xtypes.ATOM, _.resolve(defn[1]))
-- pre-condition: ensure that the 2nd defn declaration is a valid value
local value = defn[2]
assert(nil ~= value,
table.concat{name, ' : const value must be non-nil: ',
tostring(value)})
-- convert value to the correct type:
local coercedvalue = nil
if xtypes.builtin.boolean == atom then
if 'boolean' ~= type(value) then
if 'false' == value or '0' == value then coercedvalue = false
elseif 'true' == value or '1' == value then coercedvalue = true
else coercedvalue = not not value -- toboolean
end
if nil ~= coercedvalue then
log.info(table.concat{name,
' : converting to boolean: "', value,
'" -> ', tostring(coercedvalue)})
else
log.notice(table.concat{name,
' : converting to boolean: "', value,
'" -> nil'})
end
end
elseif xtypes.string() == atom or
xtypes.wstring() == atom or
xtypes.builtin.char == atom then
if 'string' ~= type(value) then
coercedvalue = tostring(value)
if nil ~= coercedvalue then
log.info(table.concat{name, ' : converting to string: "', value,
'" -> "', coercedvalue, '"'})
else
log.notice(table.concat{name,
' : converting to string: "', value,
'" -> nil'})
end
end
elseif xtypes.builtin.short == atom or
xtypes.builtin.unsigned_short == atom or
xtypes.builtin.long == atom or
xtypes.builtin.unsigned_long == atom or
xtypes.builtin.long_long == atom or
xtypes.builtin.unsigned_long_long == atom or
xtypes.builtin.float == atom or
xtypes.builtin.double == atom or
xtypes.builtin.long_double == atom then
if 'number' ~= type(value) then
coercedvalue = tonumber(value)
if nil ~= coercedvalue then
log.info(table.concat{name, ' : converting to number: "', value,
'" -> ', coercedvalue})
else
log.notice(table.concat{name,
' : converting to number: "', value,
'" -> nil'})
end
end
end
if nil ~= coercedvalue then value = coercedvalue end
local model = _.model(atom)
if xtypes.builtin.unsigned_short == atom or
xtypes.builtin.unsigned_long == atom or
xtypes.builtin.unsigned_long_long == atom then
if value < 0 then
log.notice(table.concat{name,
' : const value of "', value, ' of type "',
type(value),
'" must be non-negative and of the type: ',
model[NAME] or ''})
end
end
-- char: truncate value to 1st char; warn if truncated
if (xtypes.builtin.char == atom or xtypes.builtin.wchar == atom) and
#value > 1 then
value = string.sub(value, 1, 1)
log.notice(table.concat{name, ' : truncating string value for ',
model[NAME] or '',
' constant to: ', value})
end
-- integer: truncate value to integer; warn if truncated
if (xtypes.builtin.short == atom or xtypes.builtin.unsigned_short == atom or
xtypes.builtin.long == atom or xtypes.builtin.unsigned_long == atom or
xtypes.builtin.long_long == atom or
xtypes.builtin.unsigned_long_long == atom) and
'number' == type(value) and
value - math.floor(value) ~= 0 then
value = math.floor(value)
log.notice(table.concat{name,
' : truncating decimal value for integer constant',
' to: ', value})
end
-- create the template
local template, model =
_.new_template(name, xtypes.CONST, xtypes.API[xtypes.CONST])
model[_.DEFN] = { atom, value } -- { atom, value [,expression] }
return template
end
-- Const API meta-table
xtypes.API[xtypes.CONST] = {
__tostring = function(template)
local model = _.model(template)
return model[NAME] or
model[KIND]() -- evaluate the function
end,
__index = function (template, key)
local model = _.model(template)
return model[key]
end,
__newindex = function (template, key, value)
-- immutable: do-nothing
end,
-- instance value and datatype is obtained by evaluating the table:
-- eg: MY_CONST()
__call = function(template)
local model = _.model(template)
return model[_.DEFN][2], model[_.DEFN][1] -- value, datatype
end,
}
--============================================================================--
-- Modules --
--- Create a module namespace.
-- A module is an name-space for holding (enclosing) datatypes.
-- @tparam {[string]={xtemplate,...} decl a table containing a module name
-- mapped to an array of datatypes (`xtemplate`)
-- @treturn table a module namespace.
-- The table is a map of the datatype names to `xtemplate` canonical
-- instances.
-- @usage
-- -- Create module: declarative style
-- local MyModule = xtypes.`module`{
-- MyModule = {
-- xtypes.`const`{...},
-- :
-- xtypes.`enum`{...},
-- :
-- xtypes.`struct`{...},
-- :
-- xtypes.`union`{...},
-- :
-- xtypes.`typedef`{...},
-- :
-- xtypes.`module`{...}, -- nested module name-space
-- :
-- }
-- }
--
-- -- Create module: imperative style (start with `EMPTY`)
-- local MyModule = xtypes.`module`{
-- MyModule = xtypes.EMPTY
-- }
--
-- -- Get the i-th member:
-- print(MyModule[i])
--
-- -- Set the i-th member:
-- MyModule[i] = `xtemplate`
--
-- -- After setting the i-th member, the following post-condition holds:
-- MyModule.name == `xtemplate` -- where: name = `xtemplate`[xtypes.`NAME`]
--
-- -- Delete the i-th member:
-- MyModule[i] = nil
--
--
-- -- Get the number of members in the module:
-- print(#MyModule)
--
-- -- Iterate over the module definition (ordered):
-- for i = 1, #MyModule do print(MyModule[i]) end
--
-- -- Iterate over module namespace (unordered):
-- for k, v in pairs(MyModule) do print(k, v) end
-- @within Datatypes
function xtypes.module(decl)
local name, defn = xtypes.parse_decl(decl)
--create the template
local template = _.new_template(name, xtypes.MODULE,
xtypes.API[xtypes.MODULE])
-- populate the template
return _.populate_template(template, defn)
end
-- Module API meta-table
xtypes.API[xtypes.MODULE] = {
__tostring = function(template)
-- the name or the kind (if no name has been assigned)
local model = _.model(template)
return model[NAME] or
model[KIND]() -- evaluate the function
end,
__len = function (template)
local model = _.model(template)
return #model[_.DEFN]
end,
__index = function (template, key)
local model = _.model(template)
local value = model[key]
if value then -- does the model have it? (KIND, NAME, NS)
return value
else -- delegate to the model definition
return model[_.DEFN][key]
end
end,
__newindex = function (template, key, value)
local model = _.model(template)
local model_defn = model[_.DEFN]
if NAME == key then -- set the model name
rawset(model, NAME, value)
elseif QUALIFIERS == key then -- annotation definition
-- set the new qualifiers in the model definition (may be nil)
model_defn[QUALIFIERS] = _.assert_qualifier_array(value)
elseif 'number' == type(key) then -- member definition
-- clear the old member definition and instance fields
if model_defn[key] then
local old_role_model = _.model(model_defn[key])
local old_role = old_role_model[NAME]
-- update namespace: remove the old_role
rawset(template, old_role, nil)
end
-- set the new member definition
if nil == value then
-- nil => remove the key-th member definition
table.remove(model_defn, key) -- do not want holes in array
else
-- Format:
-- role_template
-- pre-condition: value must be a model instance (template)
assert(nil ~= _.kind(value),
table.concat{template[NAME] or '',
' : invalid template: ', tostring(value)})
local role_template = value
local role = role_template[NAME]
-- is the role already defined?
assert(nil == rawget(template, role),
table.concat{template[NAME] or '',
' : member name already defined: "', role, '"'})
-- update the module definition
model_defn[key] = role_template
-- move the model element to this module
local role_model = _.model(role_template)
role_model[NS] = template
-- update namespace: add the role
rawset(template, role, role_template)
end
end
end,
}
--============================================================================--
-- Built-in atomic types
--- Builtin Datatypes.
-- Builtin *atomic* datatypes.
-- @section BuiltinTypes
--- boolean.
xtypes.builtin.boolean = xtypes.atom{boolean=EMPTY}
--- octet.
xtypes.builtin.octet = xtypes.atom{octet=EMPTY}
--- char.
xtypes.builtin.char= xtypes.atom{char=EMPTY}
--- wide char.
xtypes.builtin.wchar = xtypes.atom{wchar=EMPTY}
--- float.
xtypes.builtin.float = xtypes.atom{float=EMPTY}
--- double.
xtypes.builtin.double = xtypes.atom{double=EMPTY}
--- long double.
xtypes.builtin.long_double = xtypes.atom{['long double']=EMPTY}
--- short.
xtypes.builtin.short = xtypes.atom{short=EMPTY}
--- long.
xtypes.builtin.long = xtypes.atom{long=EMPTY}
--- long long.
xtypes.builtin.long_long = xtypes.atom{['long long']=EMPTY}
--- unsigned short.
xtypes.builtin.unsigned_short = xtypes.atom{['unsigned short']=EMPTY}
--- unsigned long.
xtypes.builtin.unsigned_long = xtypes.atom{['unsigned long']=EMPTY}
--- unsigned long long.
xtypes.builtin.unsigned_long_long = xtypes.atom{['unsigned long long']=EMPTY}
-- strings and wstrings --
--- `string<n>`: string of length n.
-- @int n the maximum length of the string
-- @treturn xtemplate the string datatype
function xtypes.string(n)
return xtypes.atom{string={n}} --NOTE: installed as xtypes.builtin.wstring<n>
end
--- `wstring<n>`:wstring of length n.
-- @int n the maximum length of the wstring
-- @treturn xtemplate the wstring datatype
function xtypes.wstring(n)
return xtypes.atom{wstring={n}} --NOTE: installed as xtypes.builtin.wstring<n>
end
--- @section end
--============================================================================--
-- Built-in annotations
--- Builtin Annotations.
--
-- Use these to qualify the datatype structure. Some apply to datatypes,
-- while others apply to datatype members.
--
-- @section BuiltinAnnotations
--- Datatype member is a *key* field. `@Key`
xtypes.builtin.Key = xtypes.annotation{Key=EMPTY}
--- Datatype member id. `@ID{n}`
xtypes.builtin.ID = xtypes.annotation{ID=EMPTY}
--- Datatype member is optional. `@Optional`
xtypes.builtin.Optional = xtypes.annotation{Optional=EMPTY}
--- Datatype member is required. `@MustUnderstand`
xtypes.builtin.MustUnderstand = xtypes.annotation{MustUnderstand=EMPTY}
--- Datatype member is shared. `@Shared`
xtypes.builtin.Shared = xtypes.annotation{Shared=EMPTY}
--- `enum` datatype is bit-bound. `@BitBound{n}`
xtypes.builtin.BitBound = xtypes.annotation{BitBound=EMPTY}
--- `enum` datatype is a bit-set. `@BitSet`
xtypes.builtin.BitSet = xtypes.annotation{BitSet=EMPTY}
--- Datatype extensibility.
-- `@Extensibility{'EXTENSIBLE_EXTENSIBILITY'|'MUTABLE_EXTENSIBILITY'|'FINAL_EXTENSIBILITY}`
xtypes.builtin.Extensibility = xtypes.annotation{Extensibility=EMPTY}
--- Datatype is not top-level it is nexted. `@Nested`
xtypes.builtin.Nested = xtypes.annotation{Nested=EMPTY}
--- Datatype may (or may not) be top-level. `@top_level{false}`
xtypes.builtin.top_level = xtypes.annotation{['top-level']=EMPTY} -- legacy
--- @section end
--============================================================================--
-- xtypes public interface
return {
--- `logger` to log messages and get/set the verbosity levels
log = log,
EMPTY = EMPTY,
--==========================================================================--
-- Datatype Attributes
KIND = KIND,
NAME = NAME,
NS = NS,
QUALIFIERS = QUALIFIERS,
BASE = BASE,
SWITCH = SWITCH,
--==========================================================================--
-- Datatype Operations
--- `ddsl.nsname`: fully qualified name within the enclosing scope.
-- @function nsname
nsname = _.nsname,
--- `ddsl.nsroot`: outermost enclosing `root` namespace.
-- @function nsroot
nsroot = _.nsroot,
--- `ddsl.resolve`: resolve a typedef
-- @function resolve
resolve = _.resolve,
--- `ddsl.template`: get the *cannonical* template instance (`xtemplate`)
-- @function template
template = _.template,
--- `ddsl.new_instance`: create a new instance (`xinstance`)
-- @function new_instance
new_instance = _.new_instance,
--- `ddsl.new_collection`: create a new collection of instances (`xinstances`)
-- @function new_collection
new_collection = _.new_collection,
--- `ddsl.is_collection`: is this a collection of instances (`xinstances`) ?
-- @function is_collection
is_collection = _.is_collection,
--==========================================================================--
-- Datatype Kinds
ANNOTATION = xtypes.ANNOTATION,
ATOM = xtypes.ATOM,
CONST = xtypes.CONST,
ENUM = xtypes.ENUM,
STRUCT = xtypes.STRUCT,
UNION = xtypes.UNION,
MODULE = xtypes.MODULE,
TYPEDEF = xtypes.TYPEDEF,
--==========================================================================--
-- Datatypes
-- NOTE: the doc comments are already exported for these items
-- composite types
const = xtypes.const,
enum = xtypes.enum,
struct = xtypes.struct,
union = xtypes.union,
module = xtypes.module,
-- typedefs (aliases)
typedef = xtypes.typedef,
-- qualifiers
annotation = xtypes.annotation,
array = xtypes.array,
sequence = xtypes.sequence,
-- pre-defined annotations
Key = xtypes.builtin.Key,
Extensibility = xtypes.builtin.Extensibility,
ID = xtypes.builtin.ID,
Optional = xtypes.builtin.Optional,
MustUnderstand = xtypes.builtin.MustUnderstand,
Shared = xtypes.builtin.Shared,
BitBound = xtypes.builtin.BitBound,
BitSet = xtypes.builtin.BitSet,
Nested = xtypes.builtin.Nested,
top_level = xtypes.builtin.top_level,
-- pre-defined atomic types
boolean = xtypes.builtin.boolean,
octet = xtypes.builtin.octet,
char = xtypes.builtin.char,
wchar = xtypes.builtin.wchar,
float = xtypes.builtin.float,
double = xtypes.builtin.double,
long_double = xtypes.builtin.long_double,
short = xtypes.builtin.short,
long = xtypes.builtin.long,
long_long = xtypes.builtin.long_long,
unsigned_short = xtypes.builtin.unsigned_short,
unsigned_long = xtypes.builtin.unsigned_long,
unsigned_long_long = xtypes.builtin.unsigned_long_long,
string = xtypes.string,
wstring = xtypes.wstring,
}
|
if UI == nil then
UI = {}
end
---Deprecated since UIListeners were moved to the regular Listeners.
---Registers a function to call when a specific Lua LeaderLib UI event fires.
---@param event string OnTooltipPositioned
---@param callback function
function UI.RegisterListener(event, callback, ...)
RegisterListener(event, callback, ...)
end
---@param ui UIObject
Ext.RegisterListener("UIObjectCreated", function(ui)
if ui:GetTypeId() == Data.UIType.msgBox_c then
if not Vars.ControllerEnabled then
Vars.ControllerEnabled = true
Ext.Print("[LeaderLib] Controller mod enabled.")
InvokeListenerCallbacks(Listeners.ControllerModeEnabled)
end
end
end)
-- Should exist before SessionLoaded
Vars.ControllerEnabled = (Ext.GetBuiltinUI("Public/Game/GUI/msgBox_c.swf") or Ext.GetUIByType(Data.UIType.msgBox_c)) ~= nil
-- if controllerUI ~= nil then
-- Ext.Require("Client/UI/Game.Tooltip.Controllers.lua")
-- end
Ext.Require("Client/Classes/_Init.lua")
Ext.Require("Client/Data/_Init.lua")
Ext.Require("Client/ClientHelpers.lua")
Ext.Require("Client/ClientNetMessages.lua")
Ext.Require("Client/InputManager.lua")
Ext.Require("Client/UI/UITypeWorkaround.lua")
Ext.Require("Client/UI/UIListeners.lua")
Ext.Require("Client/UI/StatusHider.lua")
Ext.Require("Client/UI/Tooltips/Game.Tooltip.Extended.lua")
Ext.Require("Client/UI/CharacterSheet.lua")
Ext.Require("Client/UI/ModMenu/_Init.lua")
Ext.Require("Client/UI/Tooltips/TooltipHandler.lua")
Ext.Require("Client/UI/Tooltips/TooltipInfoExpander.lua")
Ext.Require("Client/UI/ControllerUIHelpers.lua")
Ext.Require("Client/UI/UIFeatures.lua")
Ext.Require("Client/UI/UIExtensions.lua")
Ext.Require("Client/UI/InterfaceCommands.lua")
Ext.Require("Client/UI/ContextMenu.lua")
if Vars.DebugMode then
Ext.Require("Client/UI/DialogKeywords.lua") -- TODO
Ext.Require("Client/Debug/UIGeneralDebug.lua")
Ext.Require("Client/Debug/UIDebugListeners.lua")
Ext.Require("Client/Debug/ClientConsoleCommands.lua")
end
--Temp Workaround for mods calling this still on the client side
if not Data.AddPreset then
Data.AddPreset = function() end
end
if not Classes.PresetData then
Classes.PresetData = {Create = function() end}
end
Ext.RegisterListener("SessionLoading", function()
if Vars.ControllerEnabled then
InvokeListenerCallbacks(Listeners.ControllerModeEnabled)
end
end)
|
local l = {
"common.zproto",
}
return l
|
return
{
entities =
{
{"straight-rail", {x = -1, y = -3}, {dir = "southwest", }},
{"straight-rail", {x = -1, y = -1}, {dir = "northeast", }},
{"curved-rail", {x = 0, y = 0}, {dir = "southeast", }},
{"straight-rail", {x = 1, y = -1}, {dir = "southwest", }},
{"straight-rail", {x = 1, y = 1}, {dir = "northeast", }},
{"straight-rail", {x = 3, y = 1}, {dir = "southwest", }},
},
}
|
MARS = {
onConnect = nil,
onDisconnect = nil,
onOutputEvent = nil,
peers = {},
interfaces = nil,
incoming_payload = nil,
}
function map (instFrom, evtFrom, instTo, evtTo, transform)
if instFrom.__mapping [evtFrom] == nil then
instFrom.__mapping [evtFrom] = {}
end
table.insert (instFrom.__mapping[evtFrom],
{
to = instTo.id,
evt = evtTo,
transform = transform
})
end
function mapping (M)
MARS.interfaces = type(M) == 'table' and M or nil
end
|
-- mods/default/nodes.lua
minetest.register_node("default:stone", {
description = "Stone",
tiles = {"default_stone.png"},
is_ground_content = true,
groups = {cracky=3, stone=1},
drop = 'default:cobble',
legacy_mineral = true,
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:desert_stone", {
description = "Desert Stone",
tiles = {"default_desert_stone.png"},
is_ground_content = true,
groups = {cracky=3, stone=1},
drop = 'default:desert_stone',
legacy_mineral = true,
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:stone_with_coal", {
description = "Coal Ore",
tiles = {"default_stone.png^default_mineral_coal.png"},
is_ground_content = true,
groups = {cracky=3},
drop = 'default:coal_lump',
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:stone_with_iron", {
description = "Iron Ore",
tiles = {"default_stone.png^default_mineral_iron.png"},
is_ground_content = true,
groups = {cracky=2},
drop = 'default:iron_lump',
sounds = default.node_sound_stone_defaults(),
skill=SKILL_METAL,
})
minetest.register_abm({
nodenames = {"default:stone_with_iron"},
neighbors = {"group:lava"},
interval = 1.0,
chance = 1,
action = function(pos, node, active_object_count, active_object_count_wider)
-- change to a fused iron node
if abm_limiter() then return end
minetest.set_node(pos, {name = "default:cobble"})
end,
})
minetest.register_node("default:stone_with_copper", {
description = "Copper Ore",
tiles = {"default_stone.png^default_mineral_copper.png"},
is_ground_content = true,
groups = {cracky=2},
drop = 'default:copper_lump',
sounds = default.node_sound_stone_defaults(),
skill=SKILL_METAL,
})
minetest.register_node("default:stone_with_mese", {
description = "Mese Ore",
tiles = {"default_stone.png^default_mineral_mese.png"},
is_ground_content = true,
groups = {cracky=1},
drop = "default:mese_crystal",
sounds = default.node_sound_stone_defaults(),
skill=SKILL_CRYSTAL,
})
minetest.register_node("default:stone_with_gold", {
description = "Gold Ore",
tiles = {"default_stone.png^default_mineral_gold.png"},
is_ground_content = true,
groups = {cracky=2},
drop = "default:gold_lump",
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:stone_with_diamond", {
description = "Diamond Ore",
tiles = {"default_stone.png^default_mineral_diamond.png"},
is_ground_content = true,
groups = {cracky=1},
drop = "default:diamond",
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:stonebrick", {
description = "Stone Brick",
tiles = {"default_stone_brick.png"},
groups = {cracky=2, stone=1},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:desert_stonebrick", {
description = "Desert Stone Brick",
tiles = {"default_desert_stone_brick.png"},
groups = {cracky=2, stone=1},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:dirt_with_grass", {
description = "Dirt with Grass",
tiles = {"default_grass.png", "default_dirt.png", "default_dirt.png^default_grass_side.png"},
is_ground_content = true,
groups = {crumbly=3,soil=1},
drop = 'default:dirt',
sounds = default.node_sound_dirt_defaults({
footstep = {name="default_grass_footstep", gain=0.25},
}),
})
minetest.register_node("default:dirt_with_grass_footsteps", {
description = "Dirt with Grass and Footsteps",
tiles = {"default_grass_footsteps.png", "default_dirt.png", "default_dirt.png^default_grass_side.png"},
is_ground_content = true,
groups = {crumbly=3,soil=1,not_in_creative_inventory=1},
drop = 'default:dirt',
sounds = default.node_sound_dirt_defaults({
footstep = {name="default_grass_footstep", gain=0.25},
}),
})
minetest.register_node("default:dirt_with_snow", {
description = "Dirt with Snow",
tiles = {"default_snow.png", "default_dirt.png", "default_dirt.png^default_snow_side.png"},
is_ground_content = true,
groups = {crumbly=3,puts_out_fire=1},
drop = 'default:dirt',
sounds = default.node_sound_dirt_defaults({
footstep = {name="default_snow_footstep", gain=0.25},
}),
})
minetest.register_node("default:dirt", {
description = "Dirt",
tiles = {"default_dirt.png"},
is_ground_content = true,
groups = {crumbly=3,soil=1},
sounds = default.node_sound_dirt_defaults(),
})
minetest.register_abm({
nodenames = {"default:dirt"},
neighbors = {"default:dirt_with_grass","default:water_source","default:water_flowing","default:dirt_with_snow","default:snow","default:snowblock"},
interval = 2,
chance = 200,
action = function(pos, node)
if abm_limiter() then return end
local above = {x=pos.x, y=pos.y+1, z=pos.z}
local name = minetest.get_node(above).name
local nodedef = minetest.registered_nodes[name]
if nodedef and (nodedef.sunlight_propagates or nodedef.paramtype == "light")
and nodedef.liquidtype == "none"
and (minetest.get_node_light(above) or 0) >= 13 then
if name == "default:snow" or name == "default:snowblock" then
minetest.set_node(pos, {name = "default:dirt_with_snow"})
else
minetest.set_node(pos, {name = "default:dirt_with_grass"})
end
end
end
})
minetest.register_abm({
nodenames = {"default:dirt"},
neighbors = {"mg:dirt_with_dry_grass"},
interval = 6,
chance = 200,
action = function(pos, node)
if abm_limiter() then return end
local above = {x=pos.x, y=pos.y+1, z=pos.z}
local name = minetest.get_node(above).name
local nodedef = minetest.registered_nodes[name]
if nodedef and (nodedef.sunlight_propagates or nodedef.paramtype == "light")
and nodedef.liquidtype == "none"
and (minetest.get_node_light(above) or 0) >= 13 then
minetest.set_node(pos, {name = "mg:dirt_with_dry_grass"})
end
end
})
minetest.register_abm({
nodenames = {"default:dirt_with_grass","default:dirt_with_snow"},
interval = 2,
chance = 20,
action = function(pos, node)
if abm_limiter() then return end
local above = {x=pos.x, y=pos.y+1, z=pos.z}
local name = minetest.get_node(above).name
local nodedef = minetest.registered_nodes[name]
if name ~= "ignore" and nodedef
and not ((nodedef.sunlight_propagates or nodedef.paramtype == "light")
and nodedef.liquidtype == "none") then
minetest.set_node(pos, {name = "default:dirt"})
end
end
})
minetest.register_node("default:sand", {
description = "Sand",
tiles = {"default_sand.png"},
is_ground_content = true,
groups = {crumbly=3, falling_node=1, sand=1},
sounds = default.node_sound_sand_defaults(),
})
minetest.register_node("default:desert_sand", {
description = "Desert Sand",
tiles = {"default_desert_sand.png"},
is_ground_content = true,
groups = {crumbly=3, falling_node=1, sand=1},
sounds = default.node_sound_sand_defaults(),
})
minetest.register_node("default:gravel", {
description = "Gravel",
tiles = {"default_gravel.png"},
is_ground_content = true,
groups = {crumbly=2, falling_node=1},
sounds = default.node_sound_dirt_defaults({
footstep = {name="default_gravel_footstep", gain=0.5},
dug = {name="default_gravel_footstep", gain=1.0},
}),
})
minetest.register_node("default:river_gravel", {
description = "Gravel",
tiles = {"default_river_gravel.png"},
is_ground_content = true,
groups = {crumbly=2, falling_node=1},
sounds = default.node_sound_dirt_defaults({
footstep = {name="default_gravel_footstep", gain=0.5},
dug = {name="default_gravel_footstep", gain=1.0},
}),
})
minetest.register_node("default:sandstone", {
description = "Sandstone",
tiles = {"default_sandstone.png"},
is_ground_content = true,
groups = {crumbly=2,cracky=3},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:sandstonebrick", {
description = "Sandstone Brick",
tiles = {"default_sandstone_brick.png"},
is_ground_content = true,
groups = {cracky=2},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:clay", {
description = "Clay",
tiles = {"default_clay.png"},
is_ground_content = true,
groups = {crumbly=3},
drop = 'default:clay_lump 4',
sounds = default.node_sound_dirt_defaults(),
})
-- Regenerative clay
minetest.register_abm({
nodenames = {"default:sand"},
neighbors = {"default:dirt"},
interval = 2,
chance = 600,
action = function(pos, node)
if abm_limiter() then return end
local above = {x=pos.x, y=pos.y+1, z=pos.z}
local name = minetest.get_node(above).name
if name == "default:water_source" then
minetest.set_node(pos, {name = "default:clay"})
end
end
})
minetest.register_node("default:brick", {
description = "Brick Block",
tiles = {"default_brick.png"},
is_ground_content = false,
groups = {cracky=3},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:tree", {
description = "Tree",
tiles = {"default_tree_top.png", "default_tree_top.png", "default_tree.png"},
paramtype2 = "facedir",
is_ground_content = false,
groups = {tree=1,choppy=2,flammable=2},
sounds = default.node_sound_wood_defaults(),
on_place = minetest.rotate_node
})
minetest.register_node("default:jungletree", {
description = "Jungle Tree",
tiles = {"default_jungletree_top.png", "default_jungletree_top.png", "default_jungletree.png"},
paramtype2 = "facedir",
is_ground_content = false,
groups = {tree=1,choppy=2,flammable=2},
sounds = default.node_sound_wood_defaults(),
on_place = minetest.rotate_node
})
minetest.register_node("default:junglewood", {
description = "Junglewood Planks",
tiles = {"default_junglewood.png"},
groups = {choppy=2,oddly_breakable_by_hand=2,flammable=3,wood=1},
sounds = default.node_sound_wood_defaults(),
})
minetest.register_node("default:jungleleaves", {
description = "Jungle Leaves",
drawtype = "allfaces_optional",
visual_scale = 1.3,
tiles = {"default_jungleleaves.png"},
paramtype = "light",
waving = 1,
walkable=false,
climbable=true,
is_ground_content = false,
groups = {snappy=3, leafdecay=3, flammable=2, leaves=1},
drop = {
max_items = 1,
items = {
{
-- player will get sapling with 1/20 chance
items = {'default:junglesapling'},
rarity = 20,
},
{
-- player will get leaves only if he get no saplings,
-- this is because max_items is 1
items = {'default:jungleleaves'},
}
}
},
sounds = default.node_sound_leaves_defaults(),
})
minetest.register_node("default:junglesapling", {
description = "Jungle Sapling",
drawtype = "plantlike",
visual_scale = 1.0,
tiles = {"default_junglesapling.png"},
inventory_image = "default_junglesapling.png",
wield_image = "default_junglesapling.png",
paramtype = "light",
walkable = false,
selection_box = {
type = "fixed",
fixed = {-0.3, -0.5, -0.3, 0.3, 0.35, 0.3}
},
groups = {snappy=2,dig_immediate=3,flammable=2,attached_node=1},
sounds = default.node_sound_leaves_defaults(),
})
minetest.register_node("default:junglegrass", {
description = "Jungle Grass",
drawtype = "plantlike",
visual_scale = 1.3,
tiles = {"default_junglegrass.png"},
inventory_image = "default_junglegrass.png",
wield_image = "default_junglegrass.png",
paramtype = "light",
walkable = false,
buildable_to = true,
is_ground_content = true,
groups = {snappy=3,flammable=2,flora=1,attached_node=1},
sounds = default.node_sound_leaves_defaults(),
selection_box = {
type = "fixed",
fixed = {-0.5, -0.5, -0.5, 0.5, -5/16, 0.5},
},
})
minetest.register_node("default:leaves", {
description = "Leaves",
drawtype = "allfaces_optional",
visual_scale = 1.3,
tiles = {"default_leaves.png"},
paramtype = "light",
waving = 1,
is_ground_content = false,
groups = {snappy=3, leafdecay=3, flammable=2, leaves=1},
walkable=false,
climbable=true,
drop = {
max_items = 1,
items = {
{
-- player will get sapling with 1/20 chance
items = {'default:sapling'},
rarity = 20,
},
{
items = {'default:stick'},
rarity = 40,
},
{
-- player will get leaves only if he get no saplings,
-- this is because max_items is 1
items = {'default:leaves'},
}
}
},
sounds = default.node_sound_leaves_defaults(),
})
minetest.register_node("default:cactus", {
description = "Cactus",
tiles = {"default_cactus_top.png", "default_cactus_top.png", "default_cactus_side.png"},
paramtype2 = "facedir",
is_ground_content = true,
groups = {snappy=1,choppy=3,flammable=2},
sounds = default.node_sound_wood_defaults(),
on_place = minetest.rotate_node
})
minetest.register_node("default:papyrus", {
description = "Papyrus",
drawtype = "plantlike",
tiles = {"default_papyrus.png"},
inventory_image = "default_papyrus.png",
wield_image = "default_papyrus.png",
paramtype = "light",
walkable = false,
is_ground_content = true,
selection_box = {
type = "fixed",
fixed = {-0.3, -0.5, -0.3, 0.3, 0.5, 0.3}
},
groups = {snappy=3,flammable=2},
sounds = default.node_sound_leaves_defaults(),
})
minetest.register_node("default:bookshelf", {
description = "Bookshelf",
tiles = {"default_wood.png", "default_wood.png", "default_bookshelf.png"},
is_ground_content = false,
groups = {choppy=3,oddly_breakable_by_hand=2,flammable=3},
sounds = default.node_sound_wood_defaults(),
on_rightclick = function(pos, node, clicker)
minetest.show_formspec(
clicker:get_player_name(),
"skills_form",
skills.get_skills_formspec(clicker)
)
end,
})
minetest.register_node("default:glass", {
description = "Glass",
drawtype = "glasslike",
tiles = {"default_glass.png"},
inventory_image = minetest.inventorycube("default_glass.png"),
paramtype = "light",
sunlight_propagates = true,
is_ground_content = false,
groups = {cracky=3,oddly_breakable_by_hand=3},
sounds = default.node_sound_glass_defaults(),
ground = "vessels:glass_fragments",
})
minetest.register_node("default:fence_wood", {
description = "Wooden Fence",
drawtype = "fencelike",
tiles = {"default_wood.png"},
inventory_image = "default_fence.png",
wield_image = "default_fence.png",
paramtype = "light",
is_ground_content = false,
selection_box = {
type = "fixed",
fixed = {-1/7, -1/2, -1/7, 1/7, 1/2, 1/7},
},
groups = {choppy=2,oddly_breakable_by_hand=2,flammable=2},
sounds = default.node_sound_wood_defaults(),
})
minetest.register_node("default:rail", {
description = "Rail",
drawtype = "raillike",
tiles = {"default_rail.png", "default_rail_curved.png", "default_rail_t_junction.png", "default_rail_crossing.png"},
inventory_image = "default_rail.png",
wield_image = "default_rail.png",
paramtype = "light",
walkable = false,
is_ground_content = false,
selection_box = {
type = "fixed",
-- but how to specify the dimensions for curved and sideways rails?
fixed = {-1/2, -1/2, -1/2, 1/2, -1/2+1/16, 1/2},
},
groups = {bendy=2,dig_immediate=2,attached_node=1},
})
minetest.register_node("default:ladder", {
description = "Ladder",
drawtype = "signlike",
tiles = {"default_ladder.png"},
inventory_image = "default_ladder.png",
wield_image = "default_ladder.png",
paramtype = "light",
paramtype2 = "wallmounted",
walkable = false,
climbable = true,
is_ground_content = false,
selection_box = {
type = "wallmounted",
--wall_top = = <default>
--wall_bottom = = <default>
--wall_side = = <default>
},
groups = {choppy=2,oddly_breakable_by_hand=3,flammable=2},
legacy_wallmounted = true,
sounds = default.node_sound_wood_defaults(),
})
minetest.register_node("default:wood", {
description = "Wooden Planks",
tiles = {"default_wood.png"},
groups = {choppy=2,oddly_breakable_by_hand=2,flammable=3,wood=1},
sounds = default.node_sound_wood_defaults(),
})
minetest.register_node("default:cloud", {
description = "Cloud",
tiles = {"default_cloud.png"},
sounds = default.node_sound_defaults(),
groups = {not_in_creative_inventory=1},
})
minetest.register_node("default:water_flowing", {
description = "Flowing Water",
inventory_image = minetest.inventorycube("default_water.png"),
drawtype = "flowingliquid",
tiles = {"default_water.png"},
special_tiles = {
{
image="default_water_flowing_animated.png",
backface_culling=false,
animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=0.8}
},
{
image="default_water_flowing_animated.png",
backface_culling=true,
animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=0.8}
},
},
alpha = WATER_ALPHA,
paramtype = "light",
paramtype2 = "flowingliquid",
walkable = false,
pointable = false,
diggable = false,
buildable_to = true,
drop = "",
drowning = 1,
liquidtype = "flowing",
liquid_alternative_flowing = "default:water_flowing",
liquid_alternative_source = "default:water_source",
liquid_viscosity = WATER_VISC,
freezemelt = "default:snow",
post_effect_color = {a=64, r=100, g=100, b=200},
groups = {water=3, liquid=3, puts_out_fire=1, not_in_creative_inventory=1, freezes=1, melt_around=1},
})
minetest.register_node("default:water_source", {
description = "Water Source",
inventory_image = minetest.inventorycube("default_water.png"),
drawtype = "liquid",
tiles = {
{name="default_water_source_animated.png", animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=2.0}}
},
special_tiles = {
-- New-style water source material (mostly unused)
{
name="default_water_source_animated.png",
animation={type="vertical_frames", aspect_w=128, aspect_h=128, length=2.0},
backface_culling = false,
}
},
alpha = WATER_ALPHA,
paramtype = "light",
walkable = false,
pointable = false,
diggable = false,
buildable_to = true,
drop = "",
drowning = 1,
liquidtype = "source",
liquid_alternative_flowing = "default:water_flowing",
liquid_alternative_source = "default:water_source",
liquid_viscosity = WATER_VISC,
freezemelt = "default:ice",
post_effect_color = {a=64, r=100, g=100, b=200},
groups = {water=3, liquid=3, puts_out_fire=1, freezes=1},
})
minetest.register_node("default:lava_flowing", {
description = "Flowing Lava",
inventory_image = minetest.inventorycube("default_lava.png"),
drawtype = "flowingliquid",
tiles = {"default_lava.png"},
special_tiles = {
{
image="default_lava_flowing_animated.png",
backface_culling=false,
animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=3.3}
},
{
image="default_lava_flowing_animated.png",
backface_culling=true,
animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=3.3}
},
},
paramtype = "light",
paramtype2 = "flowingliquid",
light_source = LIGHT_MAX - 1,
walkable = false,
pointable = false,
diggable = false,
buildable_to = true,
drop = "",
drowning = 1,
liquidtype = "flowing",
liquid_alternative_flowing = "default:lava_flowing",
liquid_alternative_source = "default:lava_source",
liquid_viscosity = LAVA_VISC,
liquid_renewable = false,
damage_per_second = 4*2,
post_effect_color = {a=192, r=255, g=64, b=0},
groups = {lava=3, liquid=2, hot=3, igniter=1, not_in_creative_inventory=1},
})
minetest.register_node("default:lava_source", {
description = "Lava Source",
inventory_image = minetest.inventorycube("default_lava.png"),
drawtype = "liquid",
tiles = {
{name="default_lava_source_animated.png", animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=3.0}}
},
special_tiles = {
-- New-style lava source material (mostly unused)
{
name="default_lava_source_animated.png",
animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=3.0},
backface_culling = false,
}
},
paramtype = "light",
light_source = LIGHT_MAX - 1,
walkable = false,
pointable = false,
diggable = false,
buildable_to = true,
drop = "",
drowning = 1,
liquidtype = "source",
liquid_alternative_flowing = "default:lava_flowing",
liquid_alternative_source = "default:lava_source",
liquid_viscosity = LAVA_VISC,
liquid_renewable = false,
damage_per_second = 4*2,
post_effect_color = {a=192, r=255, g=64, b=0},
groups = {lava=3, liquid=2, hot=3, igniter=1},
})
minetest.register_node("default:torch", {
description = "Torch",
drawtype = "torchlike",
--tiles = {"default_torch_on_floor.png", "default_torch_on_ceiling.png", "default_torch.png"},
tiles = {
{name="default_torch_on_floor_animated.png", animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=3.0}},
{name="default_torch_on_ceiling_animated.png", animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=3.0}},
{name="default_torch_animated.png", animation={type="vertical_frames", aspect_w=16, aspect_h=16, length=3.0}}
},
inventory_image = "default_torch_on_floor.png",
wield_image = "default_torch_on_floor.png",
paramtype = "light",
paramtype2 = "wallmounted",
sunlight_propagates = true,
is_ground_content = false,
walkable = false,
light_source = LIGHT_MAX-1,
selection_box = {
type = "wallmounted",
wall_top = {-0.1, 0.5-0.6, -0.1, 0.1, 0.5, 0.1},
wall_bottom = {-0.1, -0.5, -0.1, 0.1, -0.5+0.6, 0.1},
wall_side = {-0.5, -0.3, -0.1, -0.5+0.3, 0.3, 0.1},
},
groups = {choppy=2,dig_immediate=3,flammable=1,attached_node=1,hot=2},
legacy_wallmounted = true,
sounds = default.node_sound_defaults(),
})
minetest.register_node("default:sign_wall", {
description = "Sign",
drawtype = "signlike",
tiles = {"default_sign_wall.png"},
inventory_image = "default_sign_wall.png",
wield_image = "default_sign_wall.png",
paramtype = "light",
paramtype2 = "wallmounted",
sunlight_propagates = true,
is_ground_content = false,
walkable = false,
selection_box = {
type = "wallmounted",
--wall_top = <default>
--wall_bottom = <default>
--wall_side = <default>
},
groups = {choppy=2,dig_immediate=2,attached_node=1},
legacy_wallmounted = true,
sounds = default.node_sound_defaults(),
on_construct = function(pos)
--local n = minetest.get_node(pos)
local meta = minetest.get_meta(pos)
meta:set_string("formspec", "field[text;;${text}]")
meta:set_string("infotext", "\"\"")
end,
on_receive_fields = function(pos, formname, fields, sender)
--print("Sign at "..minetest.pos_to_string(pos).." got "..dump(fields))
if minetest.is_protected(pos, sender:get_player_name()) then
minetest.record_protection_violation(pos, sender:get_player_name())
return
end
local meta = minetest.get_meta(pos)
fields.text = fields.text or ""
minetest.log("action", (sender:get_player_name() or "").." wrote \""..fields.text..
"\" to sign at "..minetest.pos_to_string(pos))
meta:set_string("text", fields.text)
meta:set_string("infotext", '"'..fields.text..'"')
end,
})
default.chest_formspec =
"size[8,9]"..
"list[current_name;main;0,0;8,4;]"..
"list[current_player;main;0,5;8,4;]"
function default.get_locked_chest_formspec(pos)
local spos = pos.x .. "," .. pos.y .. "," ..pos.z
local formspec =
"size[8,9]"..
"list[nodemeta:".. spos .. ";main;0,0;8,4;]"..
"list[current_player;main;0,5;8,4;]"
return formspec
end
minetest.register_node("default:chest", {
description = "Chest",
tiles = {"default_chest_top.png", "default_chest_top.png", "default_chest_side.png",
"default_chest_side.png", "default_chest_side.png", "default_chest_front.png"},
paramtype2 = "facedir",
groups = {choppy=2,oddly_breakable_by_hand=2},
legacy_facedir_simple = true,
is_ground_content = false,
sounds = default.node_sound_wood_defaults(),
on_construct = function(pos)
local meta = minetest.get_meta(pos)
meta:set_string("formspec",default.chest_formspec)
meta:set_string("infotext", "Chest")
local inv = meta:get_inventory()
inv:set_size("main", 8*4)
end,
after_dig_node = function(pos, oldnode, oldmetadata, digger)
local meta = minetest:get_meta(pos)
meta:from_table(oldmetadata)
local inv = meta:get_inventory()
default.dump_inv(pos,"main",inv)
end,
on_metadata_inventory_move = function(pos, from_list, from_index, to_list, to_index, count, player)
minetest.log("action", player:get_player_name()..
" moves stuff in chest at "..minetest.pos_to_string(pos))
end,
on_metadata_inventory_put = function(pos, listname, index, stack, player)
minetest.log("action", player:get_player_name()..
" moves stuff to chest at "..minetest.pos_to_string(pos))
end,
on_metadata_inventory_take = function(pos, listname, index, stack, player)
minetest.log("action", player:get_player_name()..
" takes stuff from chest at "..minetest.pos_to_string(pos))
end,
})
minetest.register_node("default:npc_chest", {
description = "Chest",
tiles = {"default_chest_top.png", "default_chest_top.png", "default_chest_side.png",
"default_chest_side.png", "default_chest_side.png", "default_chest_front.png"},
paramtype2 = "facedir",
groups = {choppy=2,oddly_breakable_by_hand=2},
drop = "default:chest",
legacy_facedir_simple = true,
is_ground_content = false,
sounds = default.node_sound_wood_defaults(),
on_construct = function(pos)
local meta = minetest.get_meta(pos)
meta:set_string("formspec",default.chest_formspec)
meta:set_string("infotext", "Chest")
local inv = meta:get_inventory()
inv:set_size("main", 8*4)
end,
after_dig_node = function(pos, oldnode, oldmetadata, digger)
local meta = minetest:get_meta(pos)
meta:from_table(oldmetadata)
local inv = meta:get_inventory()
default.dump_inv(pos,"main",inv)
end,
on_metadata_inventory_move = function(pos, from_list, from_index, to_list, to_index, count, player)
minetest.log("action", player:get_player_name()..
" moves stuff in chest at "..minetest.pos_to_string(pos))
end,
on_metadata_inventory_put = function(pos, listname, index, stack, player)
minetest.log("action", player:get_player_name()..
" moves stuff to chest at "..minetest.pos_to_string(pos))
end,
on_metadata_inventory_take = function(pos, listname, index, stack, player)
minetest.log("action", player:get_player_name()..
" takes stuff from chest at "..minetest.pos_to_string(pos))
end,
})
-- respawn random items in the npc chests
minetest.register_abm({
nodenames = {"default:npc_chest"},
interval = 10,
chance = 600,
action = function(pos, node, active_object_count, active_object_count_wider)
if abm_limiter() then return end
local item_count = math.random(0,5)
local items_available = { [0] = "default:apple", [1] = "mobs:meat_raw", [2]="farming:bread",[3]="bushes:berry_pie_cooked",[4]="bushes:basket_empty",[5]="farming:wheat",[6]="throwing:arrow",[7]="default:torch",[8]="farming:string"}
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
for i = 0, item_count do
local item_idx = math.random(0,8)
inv:add_item("main",items_available[item_idx])
end
end,
})
local function has_locked_chest_privilege(meta, player)
if meta ~= nil then
if (player:get_player_name() == meta:get_string("owner")) or (minetest.check_player_privs(player:get_player_name(), {server=true})) then
return true
end
end
return false
end
minetest.register_node("default:chest_locked", {
description = "Locked Chest",
tiles = {"default_chest_top.png", "default_chest_top.png", "default_chest_side.png",
"default_chest_side.png", "default_chest_side.png", "default_chest_lock.png"},
paramtype2 = "facedir",
groups = {choppy=2,oddly_breakable_by_hand=2},
legacy_facedir_simple = true,
is_ground_content = false,
sounds = default.node_sound_wood_defaults(),
after_place_node = function(pos, placer)
local meta = minetest.get_meta(pos)
meta:set_string("owner", placer:get_player_name() or "")
meta:set_string("infotext", "Locked Chest (owned by "..
meta:get_string("owner")..")")
end,
on_construct = function(pos)
local meta = minetest.get_meta(pos)
meta:set_string("infotext", "Locked Chest")
meta:set_string("owner", "")
local inv = meta:get_inventory()
inv:set_size("main", 8*4)
end,
can_dig = function(pos,player)
local meta = minetest.get_meta(pos);
local inv = meta:get_inventory()
if has_locked_chest_privilege(meta, player) then
if inv:is_empty("main") == false then
default.dump_inv(pos,"main")
end
return true
else
return false
end
end,
allow_metadata_inventory_move = function(pos, from_list, from_index, to_list, to_index, count, player)
local meta = minetest.get_meta(pos)
if not has_locked_chest_privilege(meta, player) then
minetest.log("action", player:get_player_name()..
" tried to access a locked chest belonging to "..
meta:get_string("owner").." at "..
minetest.pos_to_string(pos))
return 0
end
return count
end,
allow_metadata_inventory_put = function(pos, listname, index, stack, player)
local meta = minetest.get_meta(pos)
if not has_locked_chest_privilege(meta, player) then
minetest.log("action", player:get_player_name()..
" tried to access a locked chest belonging to "..
meta:get_string("owner").." at "..
minetest.pos_to_string(pos))
return 0
end
return stack:get_count()
end,
allow_metadata_inventory_take = function(pos, listname, index, stack, player)
local meta = minetest.get_meta(pos)
if not has_locked_chest_privilege(meta, player) then
minetest.log("action", player:get_player_name()..
" tried to access a locked chest belonging to "..
meta:get_string("owner").." at "..
minetest.pos_to_string(pos))
return 0
end
return stack:get_count()
end,
on_metadata_inventory_move = function(pos, from_list, from_index, to_list, to_index, count, player)
minetest.log("action", player:get_player_name()..
" moves stuff in locked chest at "..minetest.pos_to_string(pos))
end,
on_metadata_inventory_put = function(pos, listname, index, stack, player)
minetest.log("action", player:get_player_name()..
" moves stuff to locked chest at "..minetest.pos_to_string(pos))
end,
on_metadata_inventory_take = function(pos, listname, index, stack, player)
minetest.log("action", player:get_player_name()..
" takes stuff from locked chest at "..minetest.pos_to_string(pos))
end,
on_rightclick = function(pos, node, clicker)
local meta = minetest.get_meta(pos)
if has_locked_chest_privilege(meta, clicker) then
minetest.show_formspec(
clicker:get_player_name(),
"default:chest_locked",
default.get_locked_chest_formspec(pos)
)
end
end,
})
function default.get_furnace_active_formspec(pos, percent)
local formspec =
"size[8,9]"..
"image[2,2;1,1;default_furnace_fire_bg.png^[lowpart:"..
(100-percent)..":default_furnace_fire_fg.png]"..
"list[current_name;fuel;2,3;1,1;]"..
"list[current_name;src;2,1;1,1;]"..
"list[current_name;dst;5,1;2,2;]"..
"list[current_player;main;0,5;8,4;]"
return formspec
end
function default.furnace_available(pos)
local meta = minetest.get_meta(pos)
print("Furnace in_use: "..tostring(meta:get_int("in_use")))
if meta:get_int("in_use") == 1 then
return false
else
return true
end
end
default.furnace_inactive_formspec =
"size[8,9]"..
"image[2,2;1,1;default_furnace_fire_bg.png]"..
"list[current_name;fuel;2,3;1,1;]"..
"list[current_name;src;2,1;1,1;]"..
"list[current_name;dst;5,1;2,2;]"..
"list[current_player;main;0,5;8,4;]"
minetest.register_node("default:furnace", {
description = "Furnace",
tiles = {"default_furnace_top.png", "default_furnace_bottom.png", "default_furnace_side.png",
"default_furnace_side.png", "default_furnace_side.png", "default_furnace_front.png"},
paramtype2 = "facedir",
groups = {cracky=2},
legacy_facedir_simple = true,
is_ground_content = false,
sounds = default.node_sound_stone_defaults(),
on_construct = function(pos)
local meta = minetest.get_meta(pos)
meta:set_string("formspec", default.furnace_inactive_formspec)
meta:set_string("infotext", "Furnace")
local inv = meta:get_inventory()
inv:set_size("fuel", 1)
inv:set_size("src", 1)
inv:set_size("dst", 4)
end,
after_dig_node = function(pos, oldnode, oldmetadata, digger)
local meta = minetest:get_meta(pos)
meta:from_table(oldmetadata)
local inv = meta:get_inventory()
default.dump_inv(pos,"fuel",inv)
default.dump_inv(pos,"dst",inv)
default.dump_inv(pos,"src",inv)
end,
allow_metadata_inventory_put = function(pos, listname, index, stack, player)
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
if listname == "fuel" then
if minetest.get_craft_result({method="fuel",width=1,items={stack}}).time ~= 0 then
if inv:is_empty("src") then
meta:set_string("infotext","Furnace is empty")
end
return stack:get_count()
else
return 0
end
elseif listname == "src" then
print(player:get_player_name().." put item into furnace")
meta:set_string("owner",player:get_player_name())
return stack:get_count()
elseif listname == "dst" then
return 0
end
end,
allow_metadata_inventory_move = function(pos, from_list, from_index, to_list, to_index, count, player)
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
local stack = inv:get_stack(from_list, from_index)
if to_list == "fuel" then
if minetest.get_craft_result({method="fuel",width=1,items={stack}}).time ~= 0 then
if inv:is_empty("src") then
meta:set_string("infotext","Furnace is empty")
end
return count
else
return 0
end
elseif to_list == "src" then
return count
elseif to_list == "dst" then
return 0
end
end,
})
minetest.register_node("default:furnace_active", {
description = "Furnace",
tiles = {
"default_furnace_top.png",
"default_furnace_bottom.png",
"default_furnace_side.png",
"default_furnace_side.png",
"default_furnace_side.png",
{
image = "default_furnace_front_active.png",
backface_culling = false,
animation = {
type = "vertical_frames",
aspect_w = 16,
aspect_h = 16,
length = 1.5
},
}
},
paramtype2 = "facedir",
light_source = 8,
drop = "default:furnace",
groups = {cracky=2, not_in_creative_inventory=1,hot=1},
legacy_facedir_simple = true,
is_ground_content = false,
sounds = default.node_sound_stone_defaults(),
on_construct = function(pos)
local meta = minetest.get_meta(pos)
meta:set_string("formspec", default.furnace_inactive_formspec)
meta:set_string("infotext", "Furnace");
local inv = meta:get_inventory()
inv:set_size("fuel", 1)
inv:set_size("src", 1)
inv:set_size("dst", 4)
end,
can_dig = function(pos,player)
if default.furnace_available(pos) then
local meta = minetest.get_meta(pos);
local inv = meta:get_inventory()
if not inv:is_empty("fuel") then
return false
elseif not inv:is_empty("dst") then
return false
elseif not inv:is_empty("src") then
return false
end
return true
else
return false
end
end,
allow_metadata_inventory_put = function(pos, listname, index, stack, player)
if default.furnace_available(pos) then
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
if listname == "fuel" then
if minetest.get_craft_result({method="fuel",width=1,items={stack}}).time ~= 0 then
if inv:is_empty("src") then
meta:set_string("infotext","Furnace is empty")
end
return stack:get_count()
else
return 0
end
elseif listname == "src" then
print(player:get_player_name().." put item into furnace")
meta:set_string("owner",player:get_player_name())
return stack:get_count()
elseif listname == "dst" then
return 0
end
else
return 0
end
end,
allow_metadata_inventory_move = function(pos, from_list, from_index, to_list, to_index, count, player)
if default.furnace_available(pos) then
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
local stack = inv:get_stack(from_list, from_index)
if to_list == "fuel" then
if minetest.get_craft_result({method="fuel",width=1,items={stack}}).time ~= 0 then
if inv:is_empty("src") then
meta:set_string("owner","")
meta:set_string("infotext","Furnace is empty")
end
return count
else
return 0
end
elseif to_list == "src" then
return count
elseif to_list == "dst" then
return 0
end
else
return 0
end
end,
allow_metadata_inventory_take = function(pos, listname, index, stack, player)
if not default.furnace_available(pos) then
return 0
else
return stack:get_count()
end
end
})
local function swap_node(pos,name)
local node = minetest.get_node(pos)
if node.name == name then
return
end
node.name = name
minetest.swap_node(pos,node)
end
minetest.register_abm({
nodenames = {"default:furnace","default:furnace_active"},
interval = 1.0,
chance = 1,
action = function(pos, node, active_object_count, active_object_count_wider)
local meta = minetest.get_meta(pos)
for i, name in ipairs({
"fuel_totaltime",
"fuel_time",
"src_totaltime",
"src_time"
}) do
if meta:get_string(name) == "" then
meta:set_float(name, 0.0)
end
end
local owner = meta:get_string("owner")
local inv = meta:get_inventory()
local srclist = inv:get_list("src")
local cooked = nil
local aftercooked
if srclist then
cooked, aftercooked = minetest.get_craft_result({method = "cooking", width = 1, items = srclist})
end
local was_active = false
if meta:get_float("fuel_time") < meta:get_float("fuel_totaltime") then
was_active = true
meta:set_float("fuel_time", meta:get_float("fuel_time") + 1)
meta:set_float("src_time", meta:get_float("src_time") + 1)
if cooked and cooked.item and meta:get_float("src_time") >= cooked.time then
-- check their skills
local probability = 100
local skilled_item = false
if cooked.item:get_definition().groups["skill"] ~= nil and owner ~= "" then
probability = skills.get_probability(owner,SKILL_SMELTING,cooked.item:get_definition().groups["skill"])
skilled_item = true
end
math.randomseed(os.time() + probability)
local r = math.random(1,99)
if r < probability then
-- check if there's room for output in "dst" list
if inv:room_for_item("dst",cooked.item) then
-- Put result in "dst" list
inv:add_item("dst", cooked.item)
-- take stuff from "src" list
inv:set_stack("src", 1, aftercooked.items[1])
if r < 30 and skilled_item == true and cooked.item:get_name() ~= "" then
-- 30% chance they will gain some experience
local fdir = minetest.facedir_to_dir(node.param2)
local npos = {}
npos.x = pos.x + ( (fdir.x * 1.5) * -1 )
npos.y = pos.y + ( (fdir.y * 1.5) * -1 ) + 0.25
npos.z = pos.z + ( (fdir.z * 1.5) * -1 )
default.drop_item(npos,"experience:1_exp")
end
else
--print("Could not insert '"..cooked.item:to_string().."'")
end
else
-- 90% chance they will lose the item they are trying to smelt
if r < 90 then
inv:set_stack("src", 1, aftercooked.items[1])
end
end
meta:set_string("src_time", 0)
end
end
if meta:get_float("fuel_time") < meta:get_float("fuel_totaltime") then
local percent = math.floor(meta:get_float("fuel_time") /
meta:get_float("fuel_totaltime") * 100)
meta:set_string("infotext","Furnace active: "..percent.."%")
swap_node(pos,"default:furnace_active")
meta:set_string("formspec",default.get_furnace_active_formspec(pos, percent))
if meta:get_int("sound_played") == nil or ( os.time() - meta:get_int("sound_played") ) >= 4 then
minetest.sound_play("default_furnace",{pos=pos})
meta:set_string("sound_played",os.time())
end
return
end
local fuel = nil
local afterfuel
local cooked = nil
local fuellist = inv:get_list("fuel")
local srclist = inv:get_list("src")
if srclist then
cooked = minetest.get_craft_result({method = "cooking", width = 1, items = srclist})
end
if fuellist then
fuel, afterfuel = minetest.get_craft_result({method = "fuel", width = 1, items = fuellist})
end
if not fuel or fuel.time <= 0 then
meta:set_string("infotext","Furnace out of fuel")
swap_node(pos,"default:furnace")
meta:set_string("formspec", default.furnace_inactive_formspec)
meta:set_int("in_use",0)
return
end
if cooked.item:is_empty() then
if was_active then
meta:set_string("infotext","Furnace is empty")
swap_node(pos,"default:furnace")
meta:set_string("formspec", default.furnace_inactive_formspec)
meta:set_string("owner","")
end
return
end
meta:set_string("fuel_totaltime", fuel.time)
meta:set_string("fuel_time", 0)
inv:set_stack("fuel", 1, afterfuel.items[1])
end,
})
minetest.register_node("default:cobble", {
description = "Cobblestone",
tiles = {"default_cobble.png"},
is_ground_content = true,
groups = {cracky=3, stone=2},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:mossycobble", {
description = "Mossy Cobblestone",
tiles = {"default_mossycobble.png"},
is_ground_content = true,
groups = {cracky=3},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:coalblock", {
description = "Coal Block",
tiles = {"default_coal_block.png"},
is_ground_content = true,
groups = {cracky=3},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:steelblock", {
description = "Steel Block",
tiles = {"default_steel_block.png"},
is_ground_content = true,
groups = {cracky=1,level=2},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:copperblock", {
description = "Copper Block",
tiles = {"default_copper_block.png"},
is_ground_content = true,
groups = {cracky=1,level=2},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:bronzeblock", {
description = "Bronze Block",
tiles = {"default_bronze_block.png"},
is_ground_content = true,
groups = {cracky=1,level=2},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:mese", {
description = "Mese Block",
tiles = {"default_mese_block.png"},
is_ground_content = true,
groups = {cracky=1,level=2},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_alias("default:mese_block", "default:mese")
minetest.register_node("default:goldblock", {
description = "Gold Block",
tiles = {"default_gold_block.png"},
is_ground_content = true,
groups = {cracky=1},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:diamondblock", {
description = "Diamond Block",
tiles = {"default_diamond_block.png"},
is_ground_content = true,
groups = {cracky=1,level=3},
sounds = default.node_sound_stone_defaults(),
})
minetest.register_node("default:obsidian_glass", {
description = "Obsidian Glass",
drawtype = "glasslike",
tiles = {"default_obsidian_glass.png"},
paramtype = "light",
is_ground_content = false,
sunlight_propagates = true,
sounds = default.node_sound_glass_defaults(),
groups = {cracky=3,oddly_breakable_by_hand=3},
})
minetest.register_node("default:obsidian", {
description = "Obsidian",
tiles = {"default_obsidian.png"},
is_ground_content = true,
sounds = default.node_sound_stone_defaults(),
groups = {cracky=1,level=2},
})
minetest.register_node("default:nyancat", {
description = "Nyan Cat",
tiles = {"default_nc_side.png", "default_nc_side.png", "default_nc_side.png",
"default_nc_side.png", "default_nc_back.png", "default_nc_front.png"},
paramtype2 = "facedir",
groups = {cracky=2},
is_ground_content = false,
legacy_facedir_simple = true,
sounds = default.node_sound_defaults(),
})
minetest.register_node("default:nyancat_rainbow", {
description = "Nyan Cat Rainbow",
tiles = {"default_nc_rb.png^[transformR90", "default_nc_rb.png^[transformR90",
"default_nc_rb.png", "default_nc_rb.png"},
paramtype2 = "facedir",
groups = {cracky=2},
is_ground_content = false,
sounds = default.node_sound_defaults(),
})
minetest.register_node("default:sapling", {
description = "Sapling",
drawtype = "plantlike",
visual_scale = 1.0,
tiles = {"default_sapling.png"},
inventory_image = "default_sapling.png",
wield_image = "default_sapling.png",
paramtype = "light",
walkable = false,
is_ground_content = true,
selection_box = {
type = "fixed",
fixed = {-0.3, -0.5, -0.3, 0.3, 0.35, 0.3}
},
groups = {snappy=2,dig_immediate=3,flammable=2,attached_node=1},
sounds = default.node_sound_leaves_defaults(),
})
minetest.register_node("default:apple", {
description = "Apple",
drawtype = "plantlike",
visual_scale = 1.0,
tiles = {"default_apple.png"},
inventory_image = "default_apple.png",
paramtype = "light",
sunlight_propagates = true,
walkable = false,
is_ground_content = true,
selection_box = {
type = "fixed",
fixed = {-0.2, -0.5, -0.2, 0.2, 0, 0.2}
},
groups = {fleshy=3,dig_immediate=3,flammable=2,leafdecay=3,leafdecay_drop=1},
on_use = minetest.item_eat(1),
sounds = default.node_sound_leaves_defaults(),
after_place_node = function(pos, placer, itemstack)
if placer:is_player() then
minetest.set_node(pos, {name="default:apple", param2=1})
end
end,
})
minetest.register_node("default:dry_shrub", {
description = "Dry Shrub",
drawtype = "plantlike",
visual_scale = 1.0,
tiles = {"default_dry_shrub.png"},
inventory_image = "default_dry_shrub.png",
wield_image = "default_dry_shrub.png",
paramtype = "light",
waving = 1,
walkable = false,
is_ground_content = true,
buildable_to = true,
groups = {snappy=3,flammable=3,attached_node=1},
sounds = default.node_sound_leaves_defaults(),
selection_box = {
type = "fixed",
fixed = {-0.5, -0.5, -0.5, 0.5, -5/16, 0.5},
},
})
minetest.register_node("default:grass_1", {
description = "Grass",
drawtype = "plantlike",
tiles = {"default_grass_1.png"},
-- use a bigger inventory image
inventory_image = "default_grass_3.png",
wield_image = "default_grass_3.png",
paramtype = "light",
walkable = false,
is_ground_content = true,
buildable_to = true,
groups = {snappy=3,flammable=3,flora=1,attached_node=1},
sounds = default.node_sound_leaves_defaults(),
selection_box = {
type = "fixed",
fixed = {-0.5, -0.5, -0.5, 0.5, -5/16, 0.5},
},
on_place = function(itemstack, placer, pointed_thing)
-- place a random grass node
local stack = ItemStack("default:grass_"..math.random(1,5))
local ret = minetest.item_place(stack, placer, pointed_thing)
return ItemStack("default:grass_1 "..itemstack:get_count()-(1-ret:get_count()))
end,
})
minetest.register_node("default:grass_2", {
description = "Grass",
drawtype = "plantlike",
tiles = {"default_grass_2.png"},
inventory_image = "default_grass_2.png",
wield_image = "default_grass_2.png",
paramtype = "light",
walkable = false,
buildable_to = true,
is_ground_content = true,
drop = "default:grass_1",
groups = {snappy=3,flammable=3,flora=1,attached_node=1,not_in_creative_inventory=1},
sounds = default.node_sound_leaves_defaults(),
selection_box = {
type = "fixed",
fixed = {-0.5, -0.5, -0.5, 0.5, -5/16, 0.5},
},
})
minetest.register_node("default:grass_3", {
description = "Grass",
drawtype = "plantlike",
tiles = {"default_grass_3.png"},
inventory_image = "default_grass_3.png",
wield_image = "default_grass_3.png",
paramtype = "light",
walkable = false,
buildable_to = true,
is_ground_content = true,
drop = "default:grass_1",
groups = {snappy=3,flammable=3,flora=1,attached_node=1,not_in_creative_inventory=1},
sounds = default.node_sound_leaves_defaults(),
selection_box = {
type = "fixed",
fixed = {-0.5, -0.5, -0.5, 0.5, -5/16, 0.5},
},
})
minetest.register_node("default:grass_4", {
description = "Grass",
drawtype = "plantlike",
tiles = {"default_grass_4.png"},
inventory_image = "default_grass_4.png",
wield_image = "default_grass_4.png",
paramtype = "light",
walkable = false,
buildable_to = true,
is_ground_content = true,
drop = "default:grass_1",
groups = {snappy=3,flammable=3,flora=1,attached_node=1,not_in_creative_inventory=1},
sounds = default.node_sound_leaves_defaults(),
selection_box = {
type = "fixed",
fixed = {-0.5, -0.5, -0.5, 0.5, -5/16, 0.5},
},
})
minetest.register_node("default:grass_5", {
description = "Grass",
drawtype = "plantlike",
tiles = {"default_grass_5.png"},
inventory_image = "default_grass_5.png",
wield_image = "default_grass_5.png",
paramtype = "light",
walkable = false,
buildable_to = true,
is_ground_content = true,
drop = "default:grass_1",
groups = {snappy=3,flammable=3,flora=1,attached_node=1,not_in_creative_inventory=1},
sounds = default.node_sound_leaves_defaults(),
selection_box = {
type = "fixed",
fixed = {-0.5, -0.5, -0.5, 0.5, -5/16, 0.5},
},
})
minetest.register_node("default:ice", {
description = "Ice",
tiles = {"default_ice.png"},
is_ground_content = true,
paramtype = "light",
freezemelt = "default:water_source",
groups = {choppy=3,cracky=3, melts=1},
sounds = default.node_sound_glass_defaults(),
})
minetest.register_node("default:snow", {
description = "Snow",
tiles = {"default_snow.png"},
inventory_image = "default_snowball.png",
wield_image = "default_snowball.png",
is_ground_content = true,
paramtype = "light",
buildable_to = true,
leveled = 7,
drawtype = "nodebox",
freezemelt = "default:water_flowing",
walkable=false,
node_box = {
type = "leveled",
fixed = {
{-0.5, -0.5, -0.5, 0.5, -0.5+2/16, 0.5},
},
},
groups = {crumbly=3,falling_node=1, melts=1, float=1,puts_out_fire=1},
sounds = default.node_sound_dirt_defaults({
footstep = {name="default_snow_footstep", gain=0.25},
dug = {name="default_snow_footstep", gain=0.75},
}),
})
minetest.register_alias("snow", "default:snow")
minetest.register_node("default:snowblock", {
description = "Snow Block",
tiles = {"default_snow.png"},
is_ground_content = true,
freezemelt = "default:water_source",
groups = {crumbly=3, melts=1, puts_out_fire=1},
sounds = default.node_sound_dirt_defaults({
footstep = {name="default_snow_footstep", gain=0.25},
dug = {name="default_snow_footstep", gain=0.75},
}),
})
|
----------------------------------------------------------------------------
-- @author Lucas de Vries <lucas@tuple-typed.org>
-- @copyright 2009-2010 Lucas de Vries
-- Licensed under the WTFPL
----------------------------------------------------------------------------
-- Load awful
require("awful")
-- Load beautiful
require("beautiful")
---- {{{ Grab environment
local ipairs = ipairs
local pairs = pairs
local print = print
local type = type
local tonumber = tonumber
local tostring = tostring
local unpack = unpack
local math = math
local table = table
local awful = awful
local os = os
local io = io
local string = string
local awful = awful
local beautiful = beautiful
-- Grab C API
local capi =
{
root = root,
awesome = awesome,
screen = screen,
client = client,
mouse = mouse,
button = button,
titlebar = titlebar,
widget = widget,
hooks = hooks,
keygrabber = keygrabber,
wibox = wibox,
widget = widget,
}
-- }}}
--- Utilities for controlling the cursor
module("rodentbane")
-- Local data
local bindings = {}
local history = {}
local current = nil
local wiboxes = nil
--- Create the wiboxes to display.
function init()
-- Wiboxes table
wiboxes = {}
-- Borders
local borders = {"horiz", "vert", "left", "right", "top", "bottom"}
-- Create wibox for each border
for i, border in ipairs(borders) do
wiboxes[border] = capi.wibox({
bg = beautiful.rodentbane_bg or beautiful.border_focus or "#C50B0B",
ontop = true,
})
end
end
--- Draw the guidelines on screen using wiboxes.
-- @param area The area of the screen to draw on, defaults to current area.
function draw(area)
-- Default to current area
local ar = area or current
-- Get numbers
local rwidth = beautiful.rodentbane_width or 2
-- Stop if the area is too small
if ar.width < rwidth*3 or ar.height < rwidth*3 then
stop()
return false
end
-- Put the wiboxes on the correct screen
for border, box in pairs(wiboxes) do
box.screen = ar.screen
end
-- Horizontal border
wiboxes.horiz:geometry({
x = ar.x+rwidth,
y = ar.y+math.floor(ar.height/2),
height = rwidth,
width = ar.width-(rwidth*2),
})
-- Vertical border
wiboxes.vert:geometry({
x = ar.x+math.floor(ar.width/2),
y = ar.y+rwidth,
width = rwidth,
height = ar.height-(rwidth*2),
})
-- Left border
wiboxes.left:geometry({
x = ar.x,
y = ar.y,
width = rwidth,
height = ar.height,
})
-- Right border
wiboxes.right:geometry({
x = ar.x+ar.width-rwidth,
y = ar.y,
width = rwidth,
height = ar.height,
})
-- Top border
wiboxes.top:geometry({
x = ar.x,
y = ar.y,
height = rwidth,
width = ar.width,
})
-- Bottom border
wiboxes.bottom:geometry({
x = ar.x,
y = ar.y+ar.height-rwidth,
height = rwidth,
width = ar.width,
})
end
--- Cut the navigation area into a direction.
-- @param dir Direction to cut to {"up", "right", "down", "left"}.
function cut(dir)
-- Store previous area
table.insert(history, 1, awful.util.table.join(current))
-- Cut in a direction
if dir == "up" then
current.height = math.floor(current.height/2)
elseif dir == "down" then
current.y = current.y+math.floor(current.height/2)
current.height = math.floor(current.height/2)
elseif dir == "left" then
current.width = math.floor(current.width/2)
elseif dir == "right" then
current.x = current.x+math.floor(current.width/2)
current.width = math.floor(current.width/2)
end
-- Redraw the box
draw()
end
--- Move the navigation area in a direction.
-- @param dir Direction to move to {"up", "right", "down", "left"}.
-- @param ratio Ratio of movement, multiplied by the size of the current area,
-- defaults to 0.5 (ie. half the area size.
function move(dir, ratio)
-- Store previous area
table.insert(history, 1, awful.util.table.join(current))
-- Default to ratio 0.5
local rt = ratio or 0.5
-- Move to a direction
if dir == "up" then
current.y = current.y-math.floor(current.height*rt)
elseif dir == "down" then
current.y = current.y+math.floor(current.height*rt)
elseif dir == "left" then
current.x = current.x-math.floor(current.width*rt)
elseif dir == "right" then
current.x = current.x+math.floor(current.width*rt)
end
-- Redraw the box
draw()
end
--- Bind a key in rodentbane mode.
-- @param modkeys Modifier key combination to bind to.
-- @param key Main key to bind to.
-- @param func Function to bind the keys to.
function bind(modkeys, key, func)
-- Create binding
local bind = {modkeys, key, func}
-- Add to bindings table
table.insert(bindings, bind)
end
--- Callback function for the keygrabber.
-- @param modkeys Modkeys that were pressed.
-- @param key Main key that was pressed.
-- @param evtype Pressed or released event.
function keyevent(modkeys, key, evtype)
-- Ignore release events and modifier keys
if evtype == "release"
or key == "Shift_L"
or key == "Shift_R"
or key == "Control_L"
or key == "Control_R"
or key == "Super_L"
or key == "Super_R"
or key == "Hyper_L"
or key == "Hyper_R"
or key == "Alt_L"
or key == "Alt_R"
or key == "Meta_L"
or key == "Meta_R"
then
return true
end
-- Special cases for printable characters
-- HACK: Maybe we need a keygrabber that gives keycodes ?
if key == " " then
key = "Space"
end
-- Figure out what to call
for ind, bind in ipairs(bindings) do
if bind[2]:lower() == key:lower()
and table_equals(bind[1], modkeys)
then
-- Call the function
if type(bind[3]) == "table" then
-- Allow for easy passing of arguments
local func = bind[3][1]
local args = {}
-- Add the rest of the arguments
for i, arg in ipairs(bind[3]) do
if i > 1 then
table.insert(args, arg)
end
end
-- Call function with args
func(unpack(args))
else
-- Call function directly
bind[3]()
end
-- A bind was found, continue grabbing
return true
end
end
-- No key was found, stop grabbing
stop()
return false
end
--- Check if two tables have the same values.
-- @param t1 First table to check.
-- @param t2 Second table to check.
-- @return True if the tables are equivalent, false otherwise.
function table_equals(t1, t2)
-- Check first table
for i, item in ipairs(t1) do
if item ~= "Mod2" and
awful.util.table.hasitem(t2, item) == nil then
-- An unequal item was found
return false
end
end
-- Check second table
for i, item in ipairs(t2) do
if item ~= "Mod2" and
awful.util.table.hasitem(t1, item) == nil then
-- An unequal item was found
return false
end
end
-- All items were equal
return true
end
--- Warp the mouse to the center of the navigation area
function warp()
capi.mouse.coords({
x = current.x+(current.width/2),
y = current.y+(current.height/2),
})
end
--- Click with a button
-- @param button Button number to click with, defaults to left (1)
function click(button)
-- Default to left click
local b = button or 1
-- TODO: Figure out a way to use fake_input for clicks
--capi.root.fake_input("button_press", button)
--capi.root.fake_input("button_release", button)
-- Use xdotool when available, otherwise try xte
command = "xdotool click "..b.." &> /dev/null"
.." || xte 'mouseclick "..b.."' &> /dev/null"
.." || echo 'W: rodentbane: either xdotool or xte"
.." is required to emulate mouse clicks, neither was found.'"
awful.util.spawn_with_shell(command)
end
--- Undo a change to the area
function undo()
-- Restore area
if #history > 0 then
current = history[1]
table.remove(history, 1)
draw()
end
end
--- Convenience function to bind to default keys.
function binddefault()
-- Cut with hjkl
bind({}, "h", {cut, "left"})
bind({}, "j", {cut, "down"})
bind({}, "k", {cut, "up"})
bind({}, "l", {cut, "right"})
-- Move with Shift+hjkl
bind({"Shift"}, "h", {move, "left"})
bind({"Shift"}, "j", {move, "down"})
bind({"Shift"}, "k", {move, "up"})
bind({"Shift"}, "l", {move, "right"})
-- Undo with u
bind({}, "u", undo)
-- Left click with space
bind({}, "Space", function ()
warp()
click()
stop()
end)
-- Double Left click with alt+space
bind({"Mod1"}, "Space", function ()
warp()
click()
click()
stop()
end)
-- Middle click with Control+space
bind({"Control"}, "Space", function ()
warp()
click(2)
stop()
end)
-- Right click with shift+space
bind({"Shift"}, "Space", function ()
warp()
click(3)
stop()
end)
-- Only warp with return
bind({}, "Return", function ()
warp()
end)
end
--- Start the navigation sequence.
-- @param screen Screen to start navigation on, defaults to current screen.
-- @param recall Whether the previous area should be recalled (defaults to
-- false).
function start(screen, recall)
-- Default to current screen
local scr = screen or capi.mouse.screen
-- Initialise if not already done
if wiboxes == nil then
-- Add default bindings if we have none ourselves
if #bindings == 0 then
binddefault()
end
-- Create the wiboxes
init()
end
-- Empty current area if needed
if not recall then
-- Start with a complete area
current = capi.screen[scr].workarea
-- Empty history
history = {}
end
-- Move to the right screen
current.screen = scr
-- Start the keygrabber
capi.keygrabber.run(keyevent)
-- Draw the box
draw()
end
--- Stop the navigation sequence without doing anything.
function stop()
-- Stop the keygrabber
capi.keygrabber.stop()
-- Hide all wiboxes
for border, box in pairs(wiboxes) do
box.screen = nil
end
end
|
SDL2_DIR = "sdl2"
SDL2_INCLUDE = SDL2_DIR.."/include"
local solution_name = _ACTION
if _ACTION == "ios" then
solution_name = _ACTION
_ACTION = "xcode4"
system "ios"
end
workspace "sdl2"
targetdir "bin/%{_ACTION}-%{cfg.platform}-%{cfg.buildcfg}/%{prj.name}"
objdir "temp/%{_ACTION}-%{cfg.platform}-%{cfg.buildcfg}/%{prj.name}"
location (path.join("project", solution_name))
configurations { "Release", "Debug" }
project "sdl2"
kind "StaticLib"
language "C"
defines "HAVE_LIBC" -- StaticLib
--defines "SDL_SHARED" -- SharedLib
includedirs {
path.join(SDL2_DIR, "include"),
}
files {
path.join(SDL2_DIR, "include/**"),
path.join(SDL2_DIR, "src/*.c"),
path.join(SDL2_DIR, "src/*.h"),
path.join(SDL2_DIR, "src/cpuinfo/**"),
path.join(SDL2_DIR, "src/dynapi/**"),
path.join(SDL2_DIR, "src/atomic/**"),
path.join(SDL2_DIR, "src/libm/**"),
path.join(SDL2_DIR, "src/stdlib/**"),
path.join(SDL2_DIR, "src/filesystem/dummy/**"),
path.join(SDL2_DIR, "src/loadso/dummy/**"),
-- AUDIO --
path.join(SDL2_DIR, "src/audio/*.c"),
path.join(SDL2_DIR, "src/audio/*.h"),
path.join(SDL2_DIR, "src/audio/dummy/**"),
-- EVENTS --
path.join(SDL2_DIR, "src/events/*"),
-- FILE --
path.join(SDL2_DIR, "src/file/*.c"),
-- HAPTIC --
path.join(SDL2_DIR, "src/haptic/*.c"),
path.join(SDL2_DIR, "src/haptic/*.h"),
path.join(SDL2_DIR, "src/haptic/dummy/**"),
-- joystick --
path.join(SDL2_DIR, "src/joystick/*.c"),
path.join(SDL2_DIR, "src/joystick/*.h"),
path.join(SDL2_DIR, "src/joystick/dummy/**"),
path.join(SDL2_DIR, "src/joystick/hidapi/*.c"),
path.join(SDL2_DIR, "src/joystick/hidapi/*.h"),
path.join(SDL2_DIR, "src/joystick/virtual/*"),
-- LOCALE --
path.join(SDL2_DIR, "src/locale/*.c"),
path.join(SDL2_DIR, "src/locale/*.h"),
path.join(SDL2_DIR, "src/locale/dummy/**"),
-- POWER --
path.join(SDL2_DIR, "src/power/*.c"),
path.join(SDL2_DIR, "src/power/*.h"),
-- RENDER --
path.join(SDL2_DIR, "src/render/*.c"),
path.join(SDL2_DIR, "src/render/*.h"),
path.join(SDL2_DIR, "src/render/software/**"),
path.join(SDL2_DIR, "src/render/opengl/**"),
path.join(SDL2_DIR, "src/render/opengles2/**"),
-- SENSOR --
path.join(SDL2_DIR, "src/sensor/*.c"),
path.join(SDL2_DIR, "src/sensor/*.h"),
path.join(SDL2_DIR, "src/sensor/dummy/**"),
-- THREAD --
path.join(SDL2_DIR, "src/thread/*.c"),
path.join(SDL2_DIR, "src/thread/*.h"),
-- TIMER --
path.join(SDL2_DIR, "src/timer/*.c"),
path.join(SDL2_DIR, "src/timer/*.h"),
path.join(SDL2_DIR, "src/timer/dummy/**"),
-- VIDEO --
path.join(SDL2_DIR, "src/video/*.c"),
path.join(SDL2_DIR, "src/video/*.h"),
path.join(SDL2_DIR, "src/video/dummy/**"),
path.join(SDL2_DIR, "src/video/yuv2rgb/**"),
}
filter "system:windows"
links { "setupapi", "winmm", "imm32", "version" }
files {
path.join(SDL2_DIR, "src/audio/directsound/**"),
path.join(SDL2_DIR, "src/audio/disk/**"),
path.join(SDL2_DIR, "src/audio/winmm/**"),
path.join(SDL2_DIR, "src/audio/wasapi/**"),
path.join(SDL2_DIR, "src/core/windows/**"),
path.join(SDL2_DIR, "src/events/scancodes_windows.h"),
path.join(SDL2_DIR, "src/filesystem/windows/**"),
path.join(SDL2_DIR, "src/haptic/windows/**"),
path.join(SDL2_DIR, "src/hidapi/windows/hid.c"),
path.join(SDL2_DIR, "src/joystick/windows/**"),
path.join(SDL2_DIR, "src/loadso/windows/**"),
path.join(SDL2_DIR, "src/locale/windows/**"),
path.join(SDL2_DIR, "src/power/windows/**"),
path.join(SDL2_DIR, "src/render/direct3d/**"),
path.join(SDL2_DIR, "src/render/direct3d11/**"),
path.join(SDL2_DIR, "src/sensor/windows/**"),
path.join(SDL2_DIR, "src/thread/generic/SDL_syscond.c"),
path.join(SDL2_DIR, "src/thread/windows/**"),
path.join(SDL2_DIR, "src/timer/windows/**"),
path.join(SDL2_DIR, "src/video/windows/**"),
}
removefiles {
"**/SDL_render_winrt.*"
}
defines {
"SDL_DISABLE_WINDOWS_IME",
"WIN32",
"__WIN32__",
}
links { "user32", "gdi32", "winmm", "imm32", "ole32", "oleaut32", "version", "uuid" }
filter "system:linux"
files {
path.join(SDL2_DIR, "src/core/windows/**"),
path.join(SDL2_DIR, "src/events/scancodes_linux.h"),
path.join(SDL2_DIR, "src/haptic/linux/**"),
path.join(SDL2_DIR, "src/joystick/linux/**"),
path.join(SDL2_DIR, "src/locale/unix/**"),
path.join(SDL2_DIR, "src/power/linux/**"),
}
filter "system:macosx"
includedirs { path.join(SDL2_DIR, "src/video/khronos") }
xcodebuildsettings {
["ALWAYS_SEARCH_USER_PATHS"] = "YES",
}
files {
path.join(SDL2_DIR, "src/audio/coreaudio/**"),
path.join(SDL2_DIR, "src/audio/disk/**"),
path.join(SDL2_DIR, "src/events/scancodes_darwin.h"),
path.join(SDL2_DIR, "src/file/cocoa/**"),
path.join(SDL2_DIR, "src/filesystem/cocoa/**"),
path.join(SDL2_DIR, "src/haptic/darwin/**"),
path.join(SDL2_DIR, "src/hidapi/*.c"),
path.join(SDL2_DIR, "src/hidapi/hidapi/*.h"),
path.join(SDL2_DIR, "src/hidapi/mac/*.c"),
path.join(SDL2_DIR, "src/hidapi/ios/*.c"),
path.join(SDL2_DIR, "src/joystick/darwin/**"),
path.join(SDL2_DIR, "src/loadso/dlopen/**"),
path.join(SDL2_DIR, "src/locale/macosx/**"),
path.join(SDL2_DIR, "src/power/macosx/**"),
path.join(SDL2_DIR, "src/render/opengles/**"),
path.join(SDL2_DIR, "src/render/metal/**"),
path.join(SDL2_DIR, "src/sensor/coremotion/**"),
path.join(SDL2_DIR, "src/thread/pthread/**"),
path.join(SDL2_DIR, "src/timer/unix/**"),
path.join(SDL2_DIR, "src/video/cocoa/**"),
path.join(SDL2_DIR, "src/video/khronos/**"),
path.join(SDL2_DIR, "src/video/offscreen/**"),
path.join(SDL2_DIR, "src/video/uikit/**"),
path.join(SDL2_DIR, "src/video/x11/**"),
}
defines {
"SDL_POWER_MACOSX",
"SDL_VIDEO_DRIVER_COCOA",
"SDL_VIDEO_OPENGL_GLX",
"SDL_LOADSO_DLOPEN",
"SDL_TIMER_UNIX",
"SDL_FRAMEWORK_COCOA",
"SDL_FRAMEWORK_CARBON",
"SDL_FILESYSTEM_COCOA",
}
buildoptions {"-fPIC"}
filter "system:android"
files {
path.join(SDL2_DIR, "src/audio/android/**"),
path.join(SDL2_DIR, "src/audio/openslES/**"),
path.join(SDL2_DIR, "src/core/android/**"),
path.join(SDL2_DIR, "src/filesystem/android/**"),
path.join(SDL2_DIR, "src/haptic/android/**"),
path.join(SDL2_DIR, "src/hidapi/android/hid.cpp"),
path.join(SDL2_DIR, "src/joystick/android/**"),
path.join(SDL2_DIR, "src/locale/android/**"),
path.join(SDL2_DIR, "src/power/android/**"),
path.join(SDL2_DIR, "src/sensor/android/**"),
path.join(SDL2_DIR, "src/video/android/**"),
path.join(SDL2_DIR, "src/loadso/dlopen/**"),
path.join(SDL2_DIR, "src/thread/pthread/**"),
path.join(SDL2_DIR, "src/timer/unix/**"),
path.join(SDL2_DIR, "src/render/opengles/**"),
}
filter "system:ios"
files
{
path.join(SDL2_DIR, "src/joystick/iphoneos/**"),
}
filter "action:vs*"
defines {
"_CRT_SECURE_NO_WARNINGS",
"VC_EXTRALEAN",
}
project "sdl2_test_common"
kind "StaticLib"
files { path.join(SDL2_DIR, "src/test/**") }
includedirs { SDL2_INCLUDE }
project "sdl2_main"
kind "StaticLib"
includedirs { SDL2_INCLUDE }
filter "system:windows"
files { SDL2_DIR.."src/main/windows/*.c" }
filter "system:macosx"
files { SDL2_DIR.."src/main/dummy/*.c" }
SDL2_TEST_DIR = path.join(SDL2_DIR, "test")
project "Test"
kind "WindowedApp"
links { "sdl2", "sdl2_test_common" }
filter "system:windows"
links { "sdl2_main" }
files {
path.join(SDL2_DIR,"test/testsprite2.c"),
}
xcodebuildresources {
path.join(SDL2_DIR, "test/*.bmp"),
}
includedirs { SDL2_INCLUDE }
debugdir (SDL2_TEST_DIR)
filter "system:macosx"
links {
"AudioToolbox.framework",
"AudioUnit.framework",
"Carbon.framework",
"Cocoa.framework",
"CoreAudio.framework",
"CoreFoundation.framework",
"CoreVideo.framework",
"ForceFeedback.framework",
"IOKit.framework",
"Metal.framework",
"dl" -- ?
}
|
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