125 changed files with 2798 additions and 28248 deletions
--- a/.github/workflows/love.yml
+++ b/.github/workflows/love.yml
@ -1,25 +0,0 @@
 name: Build & Run tests Love2d
 on:
  push:
    branches: [ master ]
  pull_request:
    branches: [ master ]
 jobs:
  build:
    strategy:
      fail-fast: false
    runs-on: "ubuntu-latest"
    steps:
    - uses: actions/checkout@v2
      with:
        submodules: recursive
    - name: Install love2d
      run: |
        sudo apt install fuse
        wget https://github.com/love2d/love/releases/download/11.4/love-11.4-x86_64.AppImage -O love.AppImage
        sudo chmod +x love.AppImage
    - name: Run Tests
      run: |
        ./love.AppImage tests
--- a/.github/workflows/nix_ci.yml
+++ b/.github/workflows/nix_ci.yml
@ -1,41 +0,0 @@
 name: Build & Run tests Ubuntu
 on:
  push:
    branches: [ master ]
  pull_request:
    branches: [ master ]
 jobs:
  build:
    strategy:
      fail-fast: false
      matrix:
        build-type: [Release] # Debug
        lua: ["lua 5.1", "lua 5.2", "lua 5.3", "lua 5.4", "luajit 2.1.0-beta3"]
        os: ["ubuntu-latest"]
    runs-on: ${{ matrix.os }}
    steps:
    - uses: actions/checkout@v2
      with:
        submodules: recursive
    - uses: actions/setup-python@v2
      with:
        python-version: '3.10'
    - name: Setup env
      run: |
        pip install hererocks
        hererocks lua-pkg --${{ matrix.lua }} -rlatest
    - name: Install lanes and multi
      run: |
        source ${{github.workspace}}/lua-pkg/bin/activate
        luarocks install lanes
        luarocks install rockspecs/multi-16.0-0.rockspec
    - name: Run Tests
      run: |
        source ${{github.workspace}}/lua-pkg/bin/activate
        lua tests/runtests.lua
--- a/.gitignore
+++ b/.gitignore
@ -1,3 +0,0 @@
 *.code-workspace
 lua5.4/*
 test.lua
--- a/21
+++ b/21
@ -1,21 +0,0 @@
 MIT License
 Copyright (c) 2022 Ryan Ward
 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.
--- a/NetworkManager.md
+++ b/NetworkManager.md
@ -1,26 +0,0 @@
 # NTHREAD Namespace 
 - [ ] NTHREAD.set(name, val)
 - [ ] NTHREAD.get(name, val)
 - [ ] NTHREAD.waitFor(name)
 - [ ] NTHREAD.getCores()*
 - [ ] NTHREAD.getConsole()
 - [ ] NTHREAD.getThreads()
 - [ ] NTHREAD.kill()
 - [ ] NTHREAD.getName()
 - [ ] NTHREAD.getID()
 - [ ] NTHREAD.pushStatus(...)
 - [ ] NTHREAD.sleep(n)
 - [ ] NTHREAD.hold(n)
 - [ ] NTHREAD.setENV(env)
 - [ ] NTHREAD.getENV()
 # Extensions
 - [ ] multi:newNetworkThreadedQueue(name)
 - [ ] multi:newNetworkThreadedTable(name)
 - [ ] multi:newNetworkThreadedJobQueue(n)
 - [ ] multi:newNetworkThreadedConnection(name)
 # Core
 - [ ] NTHREAD:newFunction(func, holdme)
 - [ ] NTHREAD:newNetworkThread(name, func, ...)
 - [ ] mulit:newNetworkThread(name, func, ...)
--- a/README.md
+++ b/README.md
@ -1,94 +1,828 @@
-# Multi Version: 16.0.1 - Bug fix
+# multi Version: 1.7.0 (Taking multi-tasking to the next level)
 Updated from 1.6.0 to 1.7.0
 Modified: multi.intergration.lanesManager.lua
 It is now in a stable and simple state Works with the latest lanes version! Tested with version 3.11 I cannot promise that everything will work with eariler versions. Future versions are good though.
 Example Usage:
 ```lua
 local GLOBAL,lthread=require("multi.intergration.lanesManager").init()
 require("multi.alarm")
 require("multi.threading")
 multi:newAlarm(2):OnRing(function(self)
 	GLOBAL["NumOfCores"]=lthread.getCores()
 end)
 multi:newAlarm(7):OnRing(function(self)
 	GLOBAL["AnotherTest"]=true
 end)
 multi:newAlarm(13):OnRing(function(self)
 	GLOBAL["FinalTest"]=true
 end)
 multi:newSystemThread("test",function() -- spawns a thread in another lua process
 	require("multi.all") -- now you can do all of your coding with the multi library! You could even spawn more threads from here with the intergration. You would need to require the interaction again though
 	print("Waiting for variable: NumOfCores")
 	print("Got it: ",lthread.waitFor("NumOfCores"))
 	lthread.hold(function()
 		return GLOBAL["AnotherTest"] -- note this would hold the entire systemthread. Spawn a coroutine thread using multi:newThread() or multi:newThreaded...
 	end)
 	print("Holding works!")
 	multi:newThread("tests",function()
 		thread.hold(function()
 			return GLOBAL["FinalTest"] -- note this will not hold the entire systemthread. As seen with the TLoop constantly going!
 		end)
 		print("Final test works!")
 		os.exit()
 	end)
 	local a=0
 	multi:newTLoop(function()
 		a=a+1
 		print(a)
 	end,.5)
 	multi:mainloop()
 end)
 multi:mainloop()
 ```
 Onec I am happy with the intergration and feel it is ready I will document it better
 Found an issue? Please [submit it](https://github.com/rayaman/multi/issues) and someone will look into it!
-My multitasking library for lua. It is a pure lua binding, with exceptions of the integrations.
+Updated from 1.5.0 to 1.6.0
 Changed: steps and loops
 ```lua
 -- Was
 step:OnStep(function(pos,self) -- same goes for tsteps as well
 	print(pos)
 end)
 multi:newLoop(function(dt,self)
 	print(dt)
 end)
 -- Is now
 step:OnStep(function(self,pos) -- same goes for tsteps as well
 	print(pos)
 end)
 multi:newLoop(function(self,dt)
 	print(dt)
 end)
 ```
 Reasoning I wanted to keep objects consistant, but a lot of my older libraries use the old way of doing things. Therefore I added a backwards module
 ```lua
 require("multi.all")
 require("multi.compat.backwards[1,5,0]") -- allows for the use of features that were scrapped/changed in 1.6.0+
 ```
 Updated from 1.4.1 to 1.5.0
 Added:
 - An easy way to manage timeouts
 - Small bug fixes
-</br>
+1.4.1 - First Public release of the library
-Progress is being made in [v16.1.0](https://github.com/rayaman/multi/tree/v16.1.0)
+IMPORTANT:
---
+Every update I make aims to make things simpler more efficent and just better, but a lot of old code, which can be really big, uses a lot of older features. I know the pain of having to rewrite everything. My promise to my library users is that I will always have backwards support for older features! New ways may exist that are quicker and eaiser, but the old features/methods will be supported.
-</br>
+Example at end of the readme
-INSTALLING
+My multitasking library for lua</br>
----------
+To install copy the multi folder into your enviroment and you are good to go</br>
 Link to optional dependencies:
 - [lanes](https://github.com/LuaLanes/lanes) `luarocks install lanes`
- [chronos](https://github.com/ldrumm/chronos) `luarocks install chronos`
+It is a pure lua binding if you ingore the intergrations (Stable!)</br>
- [love2d](https://love2d.org/)
+If you find any bugs or have any issues please let me know :)
   When using love2d add multi:uManager() or any processor to love.update()
-   ```lua
+Also I will eventually add an example folder with a lot of examples for how you can use this library. Don't konw when that will be though :P
-   function love.update(dt)
+
-		multi:uManager()
+# Discord
 For real-time assistance with my libraries! A place where you can ask questions and get help with any of my libraries</br>
 https://discord.gg/U8UspuA</br>
 Usage:</br>
 ```lua
 --Basic usage
 require("multi.all") -- gets the entire library
 alarm=multi:newAlarm(3) -- in seconds can go to .001 uses the built in os.clock()
 alarm:OnRing(function(a)
  print("3 Seconds have passed!")
  a:Reset(n) -- if n were nil it will reset back to 3, or it would reset to n seconds
 end)
 multi:mainloop() -- the main loop of the program, multi:umanager() exists as well to allow intergration in other loops Ex: love2d love.update function. More on this binding in the wiki!
 ```
 The library is modular so you only need to require what you need to. Because of this, the global enviroment is altered</br>
 There are many useful objects that you can use</br>
 Check out the wiki for detailed usage, but here are the objects:</br>
 - Process#</br>
 - Queuer#</br>
 - Alarm</br>
 - Loop</br>
 - Event</br>
 - Step</br>
 - Range</br>
 - TStep</br>
 - TLoop</br>
 - Condition</br>
 - Connection</br>
 - Timer</br>
 - Updater</br>
 - Thread*</br>
 - Trigger**</br>
 - Task</br>
 - Job</br>
 - Function</br>
 - Watcher***</br>
 #Both a process and queue act like the multi namespace, but allows for some cool things. Because they use the other objects an example on them will be done last</br>
 *Uses the built in coroutine features of lua, these have an interesting interaction with the other means of multi-tasking</br>
 **Triggers are kind of useless after the creation of the Connection</br>
 ***Watchers have no real purpose as well I made it just because.</br>
 # Examples of each object being used</br>
 We already showed alarms in action so lets move on to a Loop object
 Throughout these examples I am going to do some strange things in order to show other features of the library!
 # LOOPS
 ```lua
 -- Loops
 require("multi.all") -- gets the entire library
 count=0
 loop=multi:newLoop(function(self,dt) -- dt is delta time and self is a reference to itself
  count=count+1
  if count > 10 then
    self:Break() -- All methods on the multi objects are upper camel case, where as methods on the multi or process/queuer namespace are lower camel case
    -- self:Break() will stop the loop and trigger the OnBreak(func) method
    -- Stopping is the act of Pausing and deactivating the object! All objects can have the multiobj:Break() command on it!
  else
    print("Loop #"..count.."!")
  end
 end)
 loop:OnBreak(function(self)
  print("You broke me :(")
 end)
 multi:mainloop()
 ```
 # Output
 Loop #1!</br>
 Loop #2!</br>
 Loop #3!</br>
 Loop #4!</br>
 Loop #5!</br>
 Loop #6!</br>
 Loop #7!</br>
 Loop #8!</br>
 Loop #9!</br>
 Loop #10!</br>
 You broke me :(</br>
 With loops out of the way lets go down the line
 This library aims to be Async like. In reality everything is still on one thread *unless you are using the lanes intergration module WIP* (More on that later)
 # EVENTS
 ```lua
 -- Events, these were the first objects introduced into the library. I seldomly use them in their pure form though, but later on you'll see their advance uses!
 -- Events on there own don't really do much... We are going to need 2 objects at least to get something going
 require("multi.all") -- gets the entire library
 count=0
 -- lets use the loop again to add to count!
 loop=multi:newLoop(function(self,dt)
  count=count+1
 end)
 event=multi:newEvent(function() return count==100 end) -- set the event
 event:OnEvent(function(self) -- connect to the event object
  loop:Pause() -- pauses the loop from running!
  print("Stopped that loop!")
 end) -- events like alarms need to be reset the Reset() command works here as well
 multi:mainloop()
 ```
 # Output
 Stopped that loop!
 # STEPS
 ```lua
 require("multi.all")
 -- Steps, are like for loops but non blocking... You can run a loop to infintity and everything will still run I will combine Steps with Ranges in this example.
 step1=multi:newStep(1,10,1,0) -- Some explaining is due. Argument 1 is the Start # Argument 2 is the ResetAt # (inclusive) Argument 3 is the count # (in our case we are counting by +1, this can be -1 but you need to adjust your start and resetAt numbers)
 -- The 4th Argument is for skipping. This is useful for timing and for basic priority management. A priority management system is included!
 step2=multi:newStep(10,1,-1,1) -- a second step, notice the slight changes!
 step1:OnStart(function(self)
  print("Step Started!")
 end)
 step1:OnStep(function(self,pos)
  if pos<=10 then -- what what is this? the step only goes to 10!!!
    print("Stepping... "..pos)
   else
    print("How did I get here?")
   end
-   ```
+end)
-
+step1:OnEnd(function(self)
-To install copy the multi folder into your environment and you are good to go</br>
+  print("Done!")
-If you want to use the system threads, then you'll need to install lanes or love2d game engine!
+  -- We finished here, but I feel like we could have reused this step in some way... Yeah I soule Reset() it, but what if i wanted to change it...
  if self.endAt==10 then -- lets only loop once
 	self:Update(1,11,1,0) -- oh now we can reach that else condition!
  end
  -- Note Update() will restart the step!
 end)
 -- step2 is bored lets give it some love :P
 step2.range=step2:newRange() -- Set up a range object to have a nested step in a sense! Each nest requires a new range
 -- it is in your interest not to share ranges between objects! You can however do it if it suits your needs though
 step2:OnStep(function(self,pos)
  -- for 1=1,math.huge do
    --  print("Haha I am holding the code up because I can!!!")
  --end
  -- We dont want to hold things up, but we want to nest.
  -- Note a range is not nessary if the nested for loop has a small range, if however the range is rather large you may want to allow other objects to do some work
  for i in self.range(1,100) do
    print(pos,i) -- Now our nested for loop is using a range object which allows for other objects to get some cpu time while this one is running
  end
 end)
 -- TSteps are just like alarms and steps mixed together, the only difference in construction is the 4th Argument. On a TStep that argument controls time. The defualt is 1
 -- The Reset(n) works just like you would figure!
 step3=multi:newTStep(1,10,.5,2) -- lets go from 1 to 10 counting by .5 every 2 seconds
 step3:OnStep(function(self,pos)
  print("Ok "..pos.."!")
 end)
 multi:mainloop()
 ```
-luarocks install multi
+# Output
 Note: the output on this one is huge!!! So I had to ... some parts! You need to run this for your self to see what is going on!</br>
 Step Started!</br>
 Stepping... 1</br>
 10	1</br>
 Stepping... 2</br>
 10	2</br>
 Stepping... 3</br>
 10	3</br>
 ...</br>
 Ok 9.5!</br>
 Ok 10!</br>
 # TLOOPS
 ```lua
 require("multi.all")
 -- TLoops are loops that run ever n second. We will also look at condition objects as well
 -- Here we are going to modify the old loop to be a little different
 count=0
 loop=multi:newTLoop(function(self) -- We are only going to coult with this loop, but doing so using a condition!
  while self:condition(self.cond) do
    count=count+1
  end
  print("Count is "..count.."!")
  self:Destroy() -- Lets destroy this object, casting it to the dark abyss MUHAHAHA!!!
  -- the reference to this object will be a phantom object that does nothing!
 end,1) -- Notice the ',1' after the function! This is where you put your time value!
 loop.cond=multi:newCondition(function() return count<=100 end) -- conditions need a bit of work before i am happy with them
 multi:mainloop()
 ```
 # Output
 Count is 101!
-Discord
+# Connections
-------
+These are my favorite objects and you'll see why. They are very useful objects for ASync connections!
 Have a question or need realtime assistance? Feel free to join the discord!</br>
 https://discord.gg/U8UspuA
 Planned features/TODO
 ---------------------
 - [x] ~~Create test suite (In progress, mostly done)~~
 - [ ] Network Parallelism rework
 Usage: [Check out the documentation for more info](https://github.com/rayaman/multi/blob/master/Documentation.md)
 -----
 You can run tests in 2 ways:
 ```
 lua tests/runtests.lua (Runs all tests, attempts to use lanes)
 love tests (Runs all tests in love2d env)
 ```
 ```lua
-local multi, thread = require("multi"):init()
+require("multi.all")
-GLOBAL, THREAD = require("multi.integration.threading"):init()
+-- Lets create the events
 yawn={} -- ill just leave that there
 OnCustomSafeEvent=multi:newConnection(true) -- lets pcall the calls incase something goes wrong defualt
 OnCustomEvent=multi:newConnection(false) -- lets not pcall the calls and let errors happen... We are good at coding though so lets get a speed advantage by not pcalling. Pcalling is useful for plugins and stuff that may have been coded badly and you can ingore those connections if need be.
 OnCustomEvent:Bind(yawn) -- create the connection lookup data in yawn
-multi:newSystemThread("System Thread",function()
+-- Lets connect to them, a recent update adds a nice syntax to connect to these
-	while true do
+cd1=OnCustomSafeEvent:Connect(function(arg1,arg2,...)
-		THREAD.sleep(.1)
+  print("CSE1",arg1,arg2,...)
-		io.write(" World")
+end,"bob") -- lets give this connection a name
-		THREAD.kill()
+cd2=OnCustomSafeEvent:Connect(function(arg1,arg2,...)
-	end
+  print("CSE2",arg1,arg2,...)
 end,"joe") -- lets give this connection a name
 cd3=OnCustomSafeEvent:Connect(function(arg1,arg2,...)
  print("CSE3",arg1,arg2,...)
 end) -- lets not give this connection a name
 -- no need for connect, but I kept that function because of backwards compatibility.
 OnCustomEvent(function(arg1,arg2,...)
  print(arg1,arg2,...)
 end)
-multi:newThread("Coroutine Based Thread",function()
+-- Now within some loop/other object you trigger the connection like
-	while true do
+OnCustomEvent:Fire(1,2,"Hello!!!") -- fire all conections
 		io.write("Hello")
 		thread.sleep(.1)
 		thread.kill()
 	end
 end)
-multi:newTLoop(function(loop)
+-- You may have noticed that some events have names! See the following example!
-	print("!")
+OnCustomSafeEvent:getConnection("bob"):Fire(1,100,"Bye!") -- fire only bob!
-	loop:Destroy()
+OnCustomSafeEvent:getConnection("joe"):Fire(1,100,"Hello!") -- fire only joe!!
-	os.exit()
+OnCustomSafeEvent:Fire(1,100,"Hi Ya Folks!!!") -- fire them all!!!
 end,.3)
-multi:mainloop()
+-- Connections have more to them than that though!
 -- As seen above cd1-cd3 these are hooks to the connection object. This allows you to remove a connection
 -- For Example:
 cd1:Remove() -- remove this connection from the master connection object
 print("------")
 OnCustomSafeEvent:Fire(1,100,"Hi Ya Folks!!!") -- fire them all again!!!
 -- To remove all connections use:
 OnCustomSafeEvent:Remove()
 print("------")
 OnCustomSafeEvent:Fire(1,100,"Hi Ya Folks!!!") -- fire them all again!!!
 ```
 # Output
 1	2	Hello!!!</br>
 CSE1	1	100	Bye!</br>
 CSE2	1	100	Hello!</br>
 CSE1	1	100	Hi Ya Folks!!!</br>
 CSE2	1	100	Hi Ya Folks!!!</br>
 CSE3	1	100	Hi Ya Folks!!!</br>
 ------</br>
 CSE2	1	100	Hi Ya Folks!!!</br>
 CSE3	1	100	Hi Ya Folks!!!</br>
 ------</br>
--[[
+You may think timers should be bundled with alarms, but they are a bit different and have cool features</br>
-while true do
+# TIMERS
-	multi:uManager()
+```lua
 -- You see the thing is that all time based objects use timers eg. Alarms, TSteps, and Loops. Timers are more low level!
 require("multi.all")
 local clock = os.clock
 function sleep(n)  -- seconds
  local t0 = clock()
  while clock() - t0 <= n do end
 end -- we will use this later!
 timer=multi:newTimer()
 timer:Start()
 -- lets do a mock alarm
 set=3 -- 3 seconds
 a=0
 while timer:Get()<=set do
  -- waiting...
  a=a+1
 end
 print(set.." second(s) have passed!")
 -- Timers can do one more thing that is interesting and that is pausing them!
 timer:Pause()
 print(timer:Get()) -- should be really close to 'set'
 sleep(3)
 print(timer:Get()) -- should be really close to 'set'
 timer:Resume()
 sleep(1)
 print(timer:Get()) -- should be really close to the value of set + 1
 timer:Pause()
 print(timer:Get()) -- should be really close to 'set'
 sleep(3)
 print(timer:Get()) -- should be really close to 'set'
 timer:Resume()
 sleep(1)
 print(timer:Get()) -- should be really close to the value of set + 2
 ```
 # Output
 Note: This will make more sense when you run it for your self</br>
 3 second(s) have passed!</br>
 3.001</br>
 3.001</br>
 4.002</br>
 4.002</br>
 4.002</br>
 5.003</br>
 # UPDATER
 ```lua
 require("multi.all")
 updater=multi:newUpdater(5) -- really simple, think of a look with the skip feature of a step
 updater:OnUpdate(function(self)
  --print("updating...")
 end)
 -- Here every 5 steps the updater will do stuff!
 -- But I feel it is now time to touch into priority management, so lets get into basic priority stuff and get into a more advance version of it
 --[[
 multi.Priority_Core -- Highest form of priority
 multi.Priority_High
 multi.Priority_Above_Normal
 multi.Priority_Normal -- The defualt form of priority
 multi.Priority_Below_Normal
 multi.Priority_Low
 multi.Priority_Idle -- Lowest form of priority
 Note: These only take effect when you enable priority, otherwise everything is at a core like level!
 We aren't going to use regular objects to test priority, but rather benchmarks!
 to set priority on an object though you would do
 multiobj:setPriority(one of the above)
 ]]
 -- lets bench for 3 seconds using the 3 forms of priority! First no Priority
 multi:benchMark(3,nil,"Regular Bench: "):OnBench(function() -- the onbench() allows us to do each bench after each other!
  print("P1\n---------------")
  multi:enablePriority()
  multi:benchMark(3,multi.Priority_Core,"Core:")
  multi:benchMark(3,multi.Priority_High,"High:")
  multi:benchMark(3,multi.Priority_Above_Normal,"Above_Normal:")
  multi:benchMark(3,multi.Priority_Normal,"Normal:")
  multi:benchMark(3,multi.Priority_Below_Normal,"Below_Normal:")
  multi:benchMark(3,multi.Priority_Low,"Low:")
  multi:benchMark(3,multi.Priority_Idle,"Idle:"):OnBench(function()
    print("P2\n---------------")
 	-- Finally the 3rd form
    multi:enablePriority2()
    multi:benchMark(3,multi.Priority_Core,"Core:")
    multi:benchMark(3,multi.Priority_High,"High:")
    multi:benchMark(3,multi.Priority_Above_Normal,"Above_Normal:")
    multi:benchMark(3,multi.Priority_Normal,"Normal:")
    multi:benchMark(3,multi.Priority_Below_Normal,"Below_Normal:")
    multi:benchMark(3,multi.Priority_Low,"Low:")
    multi:benchMark(3,multi.Priority_Idle,"Idle:")
  end)
 end)
 multi:mainloop() -- Notice how the past few examples did not need this, well only actors need to be in a loop! More on this in the wiki.
 ```
 # Output
 Note: These numbers will vary drastically depending on your compiler and cpu power</br>
 Regular Bench:  2094137 Steps in 3 second(s)!</br>
 P1</br>
 ---------------</br>
 Below_Normal: 236022 Steps in 3 second(s)!</br>
 Normal: 314697 Steps in 3 second(s)!</br>
 Above_Normal: 393372 Steps in 3 second(s)!</br>
 High: 472047 Steps in 3 second(s)!</br>
 Core: 550722 Steps in 3 second(s)!</br>
 Low: 157348 Steps in 3 second(s)!</br>
 Idle: 78674 Steps in 3 second(s)!</br>
 P2</br>
 ---------------</br>
 Core: 994664 Steps in 3 second(s)!</br>
 High: 248666 Steps in 3 second(s)!</br>
 Above_Normal: 62166 Steps in 3 second(s)!</br>
 Normal: 15541 Steps in 3 second(s)!</br>
 Below_Normal: 3885 Steps in 3 second(s)!</br>
 Idle: 242 Steps in 3 second(s)!</br>
 Low: 971 Steps in 3 second(s)!</br>
 Notice: Even though I started each bench at the same time the order that they finished differed the order is likely to vary on your machine as well!</br>
 # Processes
 A process allows you to group the Actor objects within a controlable interface
 ```lua
 require("multi.all")
 proc=multi:newProcess() -- takes an optional file as an argument, but for this example we aren't going to use that
 -- a process works just like the multi object!
 b=0
 loop=proc:newTLoop(function(self)
 	a=a+1
 	proc:Pause() -- pauses the cpu cycler for this processor! Individual objects are not paused, however because they aren't getting cpu time they act as if they were paused
 end,.1)
 updater=proc:newUpdater(multi.Priority_Idle) -- priority can be used in skip arguments as well to manage priority without enabling it!
 updater:OnUpdate(function(self)
 	b=b+1
 end)
 a=0 -- a counter
 loop2=proc:newLoop(function(self,dt)
 	print("Lets Go!")
 	self:hold(3) -- this will keep this object from doing anything! Note: You can only have one hold active at a time! Multiple are possible, but results may not be as they seem see * for how hold works
 	-- Within a process using hold will keep it alive until the hold is satisified!
 	print("Done being held for 1 second")
 	self:hold(function() return a>10 end)
 	print("A is now: "..a.." b is also: "..b)
 	self:Destroy()
 	self.Parent:Pause() -- lets say you don't have the reference to the process!
 	os.exit()
 end)
 -- Notice this is now being created on the multi namespace
 event=multi:newEvent(function() return os.clock()>=1 end)
 event:OnEvent(function(self)
 	proc:Resume()
 	self:Destroy()
 end)
 proc:Start()
 multi:mainloop()
 ```
 # Output
 Lets Go!</br>
 Done being held for 1 second</br>
 A is now: 29 b is also: 479</br>
 **Hold: This method works as follows**
 ```lua
 function multi:hold(task)
 	self:Pause() -- pause the current object
 	self.held=true -- set held
 	if type(task)=='number' then -- a sleep cmd
 		local timer=multi:newTimer()
 		timer:Start()
 		while timer:Get()<task do -- This while loop is what makes using multiple holds tricky... If the outer while is good before the nested one then the outter one will have to wait! There is a way around this though!
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		self:Resume()
 		self.held=false
 	elseif type(task)=='function' then
 		local env=self.Parent:newEvent(task)
 		env:OnEvent(function(envt) envt:Pause() envt.Active=false end)
 		while env.Active do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		env:Destroy()
 		self:Resume()
 		self.held=false
 	else
 		print('Error Data Type!!!')
 	end
 end
 ```
-Known Bugs/Issues
+# Queuer (WIP)
-----------------
+A queuer works just like a process however objects are processed in order that they were created...
-Check the [Issues tab](https://github.com/rayaman/multi/issues) for issues
+```lua
 queue = multi:newQueuer()
 queue:newAlarm(3):OnRing(function()
 	print("Ring ring!!!")
 end)
 queue:newStep(1,10):OnStep(function(self,pos)
 	print(pos)
 end)
 queue:newLoop(function(self,dt)
 	if dt==3 then
 		self:Break()
 		print("Done")
 	end
 end)
 queue:Start()
 multi:mainloop()
 ```
 # Expected Output
 Note: the queuer still does not work as expected!</br>
 Ring ring!!!</br>
 1</br>
 2</br>
 3</br>
 4</br>
 5</br>
 6</br>
 7</br>
 8</br>
 9</br>
 10</br>
 Done</br>
 # Actual Output
 Done</br>
 1</br>
 2</br>
 3</br>
 4</br>
 5</br>
 6</br>
 7</br>
 8</br>
 9</br>
 10</br>
 Ring ring!!!</br>
 # Threads
 These fix the hold problem that you get with regular objects, and they work exactly the same! They even have some extra features that make them really useful.</br>
 ```lua
 _require=require -- lets play with the require method a bit
 function require(path)
 	path=path:gsub("%*","all")
 	_require(path)
 end
 require("multi.*") -- now I can use that lovely * symbol to require everything
 test=multi:newThreadedProcess("main") -- you can thread processors and all Actors see note for a list of actors you can thread!
 test2=multi:newThreadedProcess("main2")
 count=0
 test:newLoop(function(self,dt)
 	count=count+1
 	thread.sleep(.01)
 end)
 test2:newLoop(function(self,dt)
 	print("Hello!")
 	thread.sleep(1) -- sleep for some time
 end)
 -- threads take a name object then the rest as normal
 step=multi:newThreadedTStep("step",1,10)
 step:OnStep(function(self,p)
 	print("step",p)
 	thread.skip(21) -- skip n cycles
 end)
 step:OnEnd(function()
 	print("Killing thread!")
 	thread.kill() -- kill the thread
 end)
 loop=multi:newThreadedLoop("loop",function(self,dt)
 	print(dt)
 	thread.sleep(1.1)
 end)
 loop2=multi:newThreadedLoop("loop",function(self,dt)
 	print(dt)
 	thread.hold(function() return count>=100 end)
 	print("Count is "..count)
 	os.exit()
 end)
 alarm=multi:newThreadedAlarm("alarm",1)
 alarm:OnRing(function(self)
 	print("Ring")
 	self:Reset()
 end)
 multi:mainloop()
 ```
 # Output
 Ring</br>
 0.992</br>
 0.992</br>
 Hello!</br>
 step	1</br>
 step	2</br>
 Hello!</br>
 Ring</br>
 2.092</br>
 step	3</br>
 Hello!</br>
 Ring</br>
 Count is 100</br>
 # Threadable Actors
 - Alarms
 - Events
 - Loop/TLoop
 - Process
 - Step/TStep
 # Functions
 If you ever wanted to pause a function then great now you can
 The uses of the Function object allows one to have a method that can run free in a sense
 ```lua
 require("multi.all")
 func=multi:newFunction(function(self,arg1,arg2,...)
 	self:Pause()
 	return arg1
 end)
 print(func("Hello"))
 print(func("Hello2")) -- returns PAUSED allows for the calling of functions that should only be called once. returns PAUSED instantly if paused
 func:Resume()
 print(func("Hello3"))
 ```
 # Output
 Hello</br>
 PAUSED</br>
 Hello3</br>
 # ThreadedUpdater
 ```lua
 -- Works the same as a regular updater!
 require("multi.all")
 multi:newThreadedUpdater("Test",10000):OnUpdate(function(self)
 	print(self.pos)
 end)
 multi:mainloop()
 ```
 # Output
 1</br>
 2</br>
 ...</br>
 .inf</br>
 # Triggers
 Triggers were what I used before connections became a thing, also Function objects are a lot like triggers and can be paused as well, while triggers cannot...</br>
 They are simple to use, but in most cases you are better off using a connection</br>
 ```lua
 require("multi.trigger")
 -- They work like connections but can only have one event binded to them
 trig=multi:newTrigger(function(self,a,b,c,...)
 	print(a,b,c,...)
 end)
 trig:Fire(1,2,3)
 trig:Fire(1,2,3,"Hello",true)
 ```
 # Output
 1	2	3</br>
 1	2	3	Hello	true</br>
 # Tasks
 Tasks allow you to run a block of code before the multi mainloops does it thing. Tasks still have a use, but depending on how you program they aren't needed.</br>
 ```lua
 require("multi.loop")
 require("multi.task")
 multi:newTask(function()
 	print("Hi!")
 end)
 multi:newLoop(function(self,dt)
 	print("Which came first the task or the loop?")
 	self:Break()
 end)
 multi:newTask(function()
 	print("Hello there!")
 end)
 multi:mainloop()
 ```
 # Output
 Hi!</br>
 Hello there!</br>
 Which came first the task or the loop?</br>
 As seen in the example above the tasks were done before anything else in the mainloop! This is useful when making libraries around the multitasking features and you need things to happen in a certain order!</br>
 # Jobs
 Jobs were a strange feature that was created for throttling connections! When I was building a irc bot around this library I couldn't have messages posting too fast due to restrictions. Jobs allowed functions to be added to a queue that were executed after a certain amount of time has passed
 ```lua
 require("multi.alarm") -- jobs use alarms I am pondering if alarms should be added to the core or if jobs should use timers instead...
 -- jobs are built into the core of the library so no need to require them
 print(multi:hasJobs())
 multi:setJobSpeed(1) -- set job speed to 1 second
 multi:newJob(function()
 	print("A job!")
 end,"test")
 multi:newJob(function()
 	print("Another job!")
 	multi:removeJob("test") -- removes all jobs with name "test"
 end,"test")
 multi:newJob(function()
 	print("Almost done!")
 end,"test")
 multi:newJob(function()
 	print("Final job!")
 end,"test")
 print(multi:hasJobs())
 print("There are "..multi:getJobs().." jobs in the queue!")
 multi:mainloop()
 ```
 # Output
 false	0</br>
 true	4</br>
 There are 4 jobs in the queue!</br>
 A job!</br></br>
 Another job!</br>
 # Watchers
 Watchers allow you to monitor a variable and trigger an event when the variable has changed!
 ```lua
 require("multi.watcher")
 require("multi.tloop")
 a=0
 watcher=multi:newWatcher(_G,"a") -- watch a in the global enviroment
 watcher:OnValueChanged(function(self,old,new)
 	print(old,new)
 end)
 tloop=multi:newTLoop(function(self)
 	a=a+1
 end,1)
 multi:mainloop()
 ```
 # Output
 0	1</br>
 1	2</br>
 2	3</br>
 ...</br>
 .inf-1	inf</br>
 Timeout management
 ```lua
 -- Note: I used a tloop so I could control the output of the program a bit.
 require("multi.tloop")
 a=0
 inc=1 -- change to 0 to see it not met at all, 1 if you want to see the first condition not met but the second and 2 if you want to see it meet the condition on the first go.
 loop=multi:newTLoop(function(self)
 	print("Looping...")
 	a=a+inc
 	if a==14 then
 		self:ResolveTimer("1","2","3") -- ... any number of arguments can be passed to the resolve handler
 		-- this will also automatically pause the object that it is binded to
 	end
 end,.1)
 loop:SetTime(1)
 loop:OnTimerResolved(function(self,a,b,c) -- the handler will return the self and the passed arguments
 	print("We did it!",a,b,c)
 end)
 loop:OnTimedOut(function(self)
 	if not TheSecondTry then
 		print("Loop timed out!",self.Type,"Trying again...")
 		self:ResetTime(2)
 		self:Resume()
 		TheSecondTry=true
 	else
 		print("We just couldn't do it!") -- print if we don't get anything working
 	end
 end)
 multi:mainloop()
 ```
 # Output (Change the value inc as indicated in the comment to see the outcomes!)
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Loop timed out!	tloop	Trying again...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 Looping...</br>
 We did it!	1	2	3</br>
 # TODO (In order of importance)
 - Finish the wiki stuff. (10% done)</br>
 - Test for unknown bugs</br>
--- a/compattest.lua
+++ b/compattest.lua
@ -0,0 +1,7 @@
 package.path="?/init.lua;"..package.path
 require("multi.all")
 require("multi.compat.backwards[1,5,0]")
 multi:newLoop(function(dt,self)
 	print(dt)
 end)
 multi:mainloop() -- start the main runner
--- a/docs/Documentation.md
+++ b/docs/Documentation.md
@ -1,971 +0,0 @@
 Current Multi Version: 15.1.0
 # Multi static variables
 `multi.Version` — The current version of the library
 `multi.TIMEOUT` — The value returned when a timed method times out
 `multi.Priority_Core` — Highest level of pirority that can be given to a process
 </br>`multi.Priority_Very_High`
 </br>`multi.Priority_High`
 </br>`multi.Priority_Above_Normal`
 </br>`multi.Priority_Normal` — The default level of pirority that is given to a process
 </br>`multi.Priority_Below_Normal`
 </br>`multi.Priority_Low`
 </br>`multi.Priority_Very_Low`
 </br>`multi.Priority_Idle` — Lowest level of pirority that can be given to a process
 # Multi Runners
 `multi:lightloop()` — A light version of the mainloop doesn't run Coroutine based threads
 </br>`multi:loveloop([BOOLEAN: light true])` — Run's all the love related features as well
 </br>`multi:mainloop([TABLE settings])` — This runs the mainloop by having its own internal while loop running
 </br>`multi:threadloop([TABLE settings])` — This runs the mainloop by having its own internal while loop running, but prioritizes threads over multi-objects
 </br>`multi:uManager([TABLE settings])` — This runs the mainloop, but does not have its own while loop and thus needs to be within a loop of some kind.
 # Global Methods
 `multi:init()` — Uesd to initiate the library, should only be called once
 `multi.getCurrentProcess()` — Returns currently running Process
 `multi.`
 # Processor Methods
 These methods can be called either on the multi namespace or a process returned by `proc = multi:newProcessor()`
 `proc.Stop()` — Stops the main process/child process. **Note:** If the main process is stopped all child processes are stopped as well
 `proc:getTasksDetails([STRING: displaytype])` — Gets a table or string of all the running tasks
 Processor Attributes
 ---
 | Attribute | Type | Returns | Description |
 ---|---|---|---
 Start|Method()|self| Starts the process
 Stop|Method()|self| Stops the process
 OnError|Connection|connection| Allows connection to the process error handler
 Type|Member:`string`|"process"| Contains the type of object
 Active|Member:`boolean`|variable| If false the process is not active
 Name|Member:`string`|variable| The name set at process creation
 process|Thread|thread| A handle to a multi thread object 
 [Refer to the objects for more methods](#non-actors)
 Example:
 ```lua
 package.path = "./?/init.lua;"..package.path
 multi,thread = require("multi"):init()
 -- Create a processor object, it works a lot like the multi object
 sandbox = multi:newProcessor()
 -- On our processor object create a TLoop that prints "testing..." every second
 sandbox:newTLoop(function()
 	print("testing...")
 end,1)
 -- Create a thread on the processor object
 sandbox:newThread("Test Thread",function()
 	-- Create a counter named 'a'
 	local a = 0
 	-- Start of the while loop that ends when a = 10
 	while true do
 		-- pause execution of the thread for 1 second
 		thread.sleep(1)
 		-- increment a by 1
 		a = a + 1
 		-- display the name of the current process
 		print("Thread Test: ".. multi.getCurrentProcess().Name)
 		if a == 10 then
 			-- Stopping the processor stops all objects created inside that process including threads. In the backend threads use a regular multiobject to handle the scheduler and all of the holding functions. These all stop when a processor is stopped. This can be really useful to sandbox processes that might need to turned on and off with ease and not having to think about it.
 			sandbox.Stop()
 		end
 	end
 	-- Catch any errors that may come up
 end).OnError(function(...)
 	print(...)
 end)
 sandbox.Start() -- Start the process
 multi:mainloop() -- The main loop that allows all processes to continue
 ```
 # Multi Settings
 **Note:** Most settings have been fined tuned to be at the peak of performance already, however preLoop, protect (Which drastically lowers preformance), and stopOnError should be used freely to fit your needs.
 | Setting         | Type: default               | Purpose                                                                                                                                                                                                                                                                                                                                                     |
 | --------------- | --------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
 | preLoop         | function: nil               | This is a function that is called after all the important components of the library are loaded. This is called once only. The first and only argument passed is a reference to itself.                                                                                                                                                                      |
 | protect         | boolean: false              | This runs code within a protected call. To catch when errors happen see built in connections                                                                                                                                                                                                                                                                |
 | stopOnError     | boolean: false              | This setting is used with protect. If an object crashes due to some error should it be paused?                                                                                                                                                                                                                                                              |
 | priority        | number: 0                   | This sets the priority scheme. Look at the P-Charts below for examples.                                                                                                                                                                                                                                                                                     |
 | auto_priority   | boolean: false              | **Note: This overrides any value set for priority!** If auto priority is enabled then priority scheme 3 is used and processes are considered for "recheck" after a certain amount of time. If a process isn't taking too long to complete anymore then it will be reset to core, if it starts to take a lot of time all of a sudden it will be set to idle. |
 | auto_stretch    | number: 1                   | For use with auto_priority. Modifies the internal reperesentation of idle time by multiplying multi.Priority_Idle by the value given                                                                                                                                                                                                                        |
 | auto_delay      | number: 3                   | For use with auto_priority. This changes the time in seconds that process are "rechecked"                                                                                                                                                                                                                                                                   |
 | auto_lowerbound | number: multi.Priority_Idle | For use with auto_priority. The lowerbound is what is considered to be idle time. A higher value combined with auto_stretch allows one to fine tune how pirority is managed.                                                                                                                                                                                |
 # P-Chart: Priority 1
 P1 follows a forumla that resembles this: ~n=I*PRank</br>Where **n** is the amount of steps given to an object with PRank and where I is the idle time see chart below. The aim of this priority scheme was to make core objects run fastest while letting idle processes get decent time as well.
 | Priority: n           | PRank | Formula      |
 | --------------------- | ----- | ------------ |
 | Core: 3322269         | 7     | n = ~**I***7 |
 | High: 2847660         | 6     | n = ~**I***6 |
 | Above_Normal: 2373050 | 5     | n = ~**I***5 |
 | Normal: 1898440       | 4     | n = ~**I***4 |
 | Below_Normal: 1423830 | 3     | n = ~**I***3 |
 | Low: 949220           | 2     | n = ~**I***2 |
 | **I**dle: 474610      | 1     | n = ~**I***1 |
 **General Rule:** ~n=**I***PRank
 # P-Chart: Priority 2
 P2 follows a formula that resembles this: ~n=n*4 where n starts as the initial idle time, see chart below. The goal of this one was to make core process’ higher while keeping idle process’ low.
 | Priority: n |
 |-|
 | Core: 6700821|
 | High: 1675205|
 | Above_Normal: 418801|
 | Normal: 104700|
 | Below_Normal: 26175|
 | Low: 6543|
 | **I**dle: 1635|
 **General Rule:** `~n=n*4` Where the inital n = **I**
 # P-Chart: Priority 3
 P3 Ignores using a basic formula and instead bases its processing time on the amount of cpu time is there. If cpu-time is low and a process is set at a lower priority it will get its time reduced. There is no formula, at idle almost all process work at the same speed!
 There are 2 settings for this: Core and Idle. If a process takes too long then it is set to idle. Otherwise it will stay core.
 Example of settings:
 ```lua
 settings = {
 	preLoop = function(m)
    	print("All settings have been loaded!")
    end,
    protect = false,
    stopOnError = false,
    priority = 0,
    auto_priority = false,
    auto_stretch = 1,
    auto_delay = 3,
    auto_lowerbound = multi.Priority_Idle
 }
 -- Below are how the runners work
 multi:lightloop() -- lighter version of mainloop. Everything except priority management for non service objects will function like normal!
 -- or
 multi:mainloop(settings) -- normal runner
 -- or
 multi:threadloop(settings) -- Prioritizes threads over multi-objs
 -- or
 while true do
 	multi:uManager(settings) -- allows you to run the multi main loop within another loop
 end
 ```
 # Non-Actors
 `timer = multi:newTimer()`
 - `conn = multi:newConnection([BOOLEAN protect true])`
 - `func = multi:newFunction(FUNCTION func)`
 # Actors
 - `event = multi:newEvent(FUNCTION task)`
 - `updater =  multi:newUpdater([NUMBER skip 1])`
 - `alarm = multi:newAlarm([NUMBER 0])`
 - `loop = multi:newLoop(FUNCTION func)`
 - `tloop = multi:newTLoop(FUNCTION func ,NUMBER: [set 1])`
 - `step = multi:newStep(NUMBER start,*NUMBER reset, [NUMBER count 1], [NUMBER skip 0])`
 - `tstep = multi:newStep(NUMBER start, NUMBER reset, [NUMBER count 1], [NUMBER set 1])`
 **Note:** A lot of methods will return itself as a return. This allows for chaining of methods to work.
 # Non-Actor: Timers
 `timer = multi:newTimer()` — Creates a timer object that can keep track of time
 - **self** = timer:Start() — Starts the timer
 - time_elapsed = timer:Get() — Returns the time elapsed since timer:Start() was called
 - boolean = timer:isPaused() — Returns if the timer is paused or not
 - **self** = timer:Pause() — Pauses the timer, it skips time that would be counted during the time that it is paused
 - **self** = timer:Resume() — Resumes a paused timer. **See note below**
 - **self** = timer:tofile(**STRING** path) — Saves the object to a file at location path
 **Note:** If a timer was paused after 1 second then resumed a second later and Get() was called a second later, timer would have 2 seconds counted though 3 really have passed.
 # Non-Actor: Connections
 `conn = multi:newConnection([BOOLEAN: protect true],FUNCTION: callback, BOOLEAN: kill false)` — 
 Creates a connection object and defaults to a protective state. All calls will run within pcall() callback if it exists will be triggered each time the connection is fired. kill when set to true makes the connection object work like a queue. Where all the events that are fired is removed from the queue.
 - `self = conn:HoldUT([NUMBER n 0])` — Will hold futhur execution of the thread until the connection was triggered. If n is supplied the connection must be triggered n times before it will allow ececution to continue.
 - `conntable_old = conn:Bind(TABLE conntable)` — sets the table to hold the connections. A quick way to destroy all connections is by binding it to a new table.
 - `conntable = conn:Remove()` — Removes all connections. Returns the conntable
 - `link = conn:connect(FUNCTION func, [STRING name nil], [NUMBER num #conns+1])` — Connects to the object using function func which will recieve the arguments passed by Fire(...). You can name a connection, which allows you to use conn:getConnection(name). Names must be unique! num is simple the position in the order in which connections are triggered. The return Link is the link to the connected event that was made. You can remove this event or even trigger it specifically if need be.
 - `link:Fire(...)` — Fires the created event
 - `bool = link:Destroy()` — returns true if success.
 - `subConn = conn:getConnection(STRING name, BOOLEAN ingore)` — returns the sub connection which matches name.
 returns or nil
 	- subConn:Fire() — "returns" if non-nil is a table containing return values from the triggered connections.
 - `self = conn:tofile(STRING path)` — Saves the object to a file at location path
 The connect feature has some syntax sugar to it as seen below
 - `link = conn(FUNCTION func, [STRING name nil], [NUMBER #conns+1])`
 - `combinedconn = conn1 + conn2` — A combined connection is triggered when all connections are triggered. See example [here](#coroutine-based-threading-cbt)
 Example:
 ```lua
 multi,thread = require("multi"):init()
 -- Let’s create the events
 yawn={}
 OnCustomSafeEvent=multi:newConnection(true) -- lets pcall the calls in case something goes wrong default
 OnCustomEvent=multi:newConnection(false) -- let’s not pcall the calls and let errors happen.
 OnCustomEvent:Bind(yawn) -- create the connection lookup data in yawn
 -- Let’s connect to them, a recent update adds a nice syntax to connect to these
 cd1=OnCustomSafeEvent:Connect(function(arg1,arg2,...)
  print("CSE1",arg1,arg2,...)
 end,"bob") -- let’s give this connection a name
 cd2=OnCustomSafeEvent:Connect(function(arg1,arg2,...)
  print("CSE2",arg1,arg2,...)
 end,"joe") -- let’s give this connection a name
 cd3=OnCustomSafeEvent:Connect(function(arg1,arg2,...)
  print("CSE3",arg1,arg2,...)
 end) -- let’s not give this connection a name
 -- Using syntax sugar
 OnCustomEvent(function(arg1,arg2,...)
  print(arg1,arg2,...)
 end)
 -- Now within some loop/other object you trigger the connection like
 OnCustomEvent:Fire(1,2,"Hello!!!") -- fire all connections
 -- You may have noticed that some events have names! See the following example!
 OnCustomSafeEvent:getConnection("bob"):Fire(1,100,"Bye!") -- fire only bob!
 OnCustomSafeEvent:getConnection("joe"):Fire(1,100,"Hello!") -- fire only joe!!
 OnCustomSafeEvent:Fire(1,100,"Hi Ya Folks!!!") -- fire them all!!!
 -- Connections have more to them than that though!
 -- As seen above cd1-cd3 these are hooks to the connection object. This allows you to remove a connection
 -- For Example:
 cd1:Remove() -- remove this connection from the master connection object
 print("------")
 OnCustomSafeEvent:Fire(1,100,"Hi Ya Folks!!!") -- fire them all again!!!
 -- To remove all connections use:
 OnCustomSafeEvent:Remove()
 print("------")
 OnCustomSafeEvent:Fire(1,100,"Hi Ya Folks!!!") -- fire them all again!!!
 ```
 # Semi-Actors: timeouts
 Timeouts are a collection of methods that allow you to handle timeouts. These only work on multi-objs, and much of the functionality can easly be done now using threads!
 ```lua
 package.path="?.lua;?/init.lua;?.lua;?/?/init.lua;"..package.path
 multi,thread = require("multi"):init()
 loop = multi:newLoop(function()
 	-- do stuff
 end)
 loop:SetTime(3)
 multi:newAlarm(2):OnRing(function()
 	-- some condition that leads to resolving the timer
 	loop:ResolveTimer(true,"We good")
 	multi:newAlarm(2):OnRing(function()
 		loop:SetTime(2)
 	end)
 end)
 loop:OnTimedOut(function()
 	print("Timeout")
 end)
 loop:OnTimerResolved(function(self,...)
 	print(...)
 end)
 multi:mainloop()
 ```
 As mentioned above this is made much easier using threads
 ```lua
 package.path="?.lua;?/init.lua;?.lua;?/?/init.lua;"..package.path
 multi, thread = require("multi"):init()
 func = thread:newFunction(function(a)
 	return thread.holdFor(3,function()
 		return a==5 and "This is returned" -- Condition being tested!
 	end)
 end,true)
 print(func(5))
 print(func(0))
 -- You actually do not need the light/mainloop or any runner for threaded functions to work
 -- multi:lightloop()
 ```
 # Semi-Actors: scheduleJob
 `multi:scheduleJob(TABLE: time, FUNCTION: callback)`
 - `TABLE: time`
 	- `NUMBER: time.min` — Minute(0-59) Repeats every hour
 	- `NUMBER: time.hour` — Hour(0-23) Repeats every day
 	- `NUMBER: time.day` — Day of month(1-31) repeats every month
 	- `NUMBER: time.wday` — Weekday(0-6) repeats every week
 	- `NUMBER: time.month` — Month(1-12) repeats every year
 - `FUNCTION: callback`
 	- Called when the time table is matched
 Example:
 ```lua
 package.path="?.lua;?/init.lua;?.lua;?/?/init.lua;"..package.path
 multi,thread = require("multi"):init()
 multi:scheduleJob({min = 30},function() -- Every hour at minute 30 this event will be triggered! You can mix and match as well!
 	print("Hi")
 end)
 multi:scheduleJob({min = 30,hour = 0},function() -- Every day at 12:30AM this event will be triggered
 	print("Hi")
 end)
 multi:mainloop()
 ```
 # Universal Actor methods
 All of these functions are found on actors
 - `self = multiObj:Pause()` — Pauses the actor from running
 - `self = multiObj:Resume()` — Resumes the actor that was paused
 - `nil = multiObj:Destroy()` — Removes the object from the mainloop
 - `bool = multiObj:isPaused()` — Returns true if the object is paused, false otherwise
 - `string = multiObj:getType()` — Returns the type of the object
 - `self = multiObj:SetTime(n)` — Sets a timer, and creates a special "timemaster" actor, which will timeout unless ResolveTimer is called
 - `self = multiObj:ResolveTimer(...)` — Stops the timer that was put onto the multiObj from timing out
 - `self = multiObj:OnTimedOut(func)` — If ResolveTimer was not called in time this event will be triggered. The function connected to it get a refrence of the original object that the timer was created on as the first argument.
 - `self = multiObj:OnTimerResolved(func)` — This event is triggered when the timer gets resolved. Same argument as above is passed, but the variable arguments that are accepted in resolvetimer are also passed as well.
 - `self = multiObj:Reset(n)` — In the cases where it isn't obvious what it does, it acts as Resume()
 - `self = multiObj:SetName(STRING name)`
 # Actor: Events
 `event = multi:newEvent(FUNCTION task)` — The object that started it all. These are simply actors that wait for a condition to take place, then auto triggers an event. The event when triggered once isn't triggered again unless you Reset() it.
 - `self = event:SetTask(FUNCTION func)` — This function is not needed if you supplied task at construction time
 - `self = event:OnEvent(FUNCTION func)` — Connects to the OnEvent event passes argument self to the connectee
 Example:
 ```lua
 multi,thread = require("multi"):init()
 count=0
 -- A loop object is used to demostrate how one could use an event object.
 loop=multi:newLoop(function(self,dt)
 	count=count+1
 end)
 event=multi:newEvent(function() return count==100 end) -- set the event
 event:OnEvent(function(self) -- connect to the event object
 	loop:Destroy() -- destroys the loop from running!
 	print("Stopped that loop!",count)
 end) -- events like alarms need to be reset the Reset() command works here as well
 multi:mainloop()
 ```
 # Actor: Updaters
 `updater =  multi:newUpdater([NUMBER skip 1])` — set the amount of steps that are skipped. 
 Updaters are a mix between both loops and steps. They were a way to add basic priority management to loops (until a better way was added). Now they aren't as useful, but if you do not want the performance hit of turning on priority then they are useful to auro skip some loops. Note: The performance hit due to priority management is not as bas as it used to be. 
 - `self = updater:SetSkip(NUMBER n)` — sets the amount of steps that are skipped
 - `self = OnUpdate(FUNCTION func)` — connects to the main trigger of the updater which is called every nth step
 Example:
 ```lua
 multi,thread = require("multi"):init()
 updater=multi:newUpdater(5000) -- simple, think of a loop with the skip feature of a step
 updater:OnUpdate(function(self)
 	print("updating...")
 end)
 multi:mainloop()
 ```
 # Actor: Alarms
 `alarm = multi:newAlarm([NUMBER 0])` — creates an alarm which waits n seconds
 Alarms ring after a certain amount of time, but you need to reset the alarm every time it rings! Use a TLoop if you do not want to have to reset.
 - `self = alarm:Reset([NUMBER sec current_time_set])` — Allows one to reset an alarm, optional argument to change the time until the next ring.
 - `self = alarm:OnRing(FUNCTION func` — Allows one to connect to the alarm event which is triggerd after a certain amount of time has passed.
 Example:
 ```lua
 multi,thread = require("multi"):init()
 alarm=multi:newAlarm(3) -- in seconds can go to .001 uses the built in os.clock()
 alarm:OnRing(function(a)
 	print("3 Seconds have passed!")
 	a:Reset(n) -- if n were nil it will reset back to 3, or it would reset to n seconds
 end)
 multi:mainloop()
 ```
 # Actor: Loops
 `loop = multi:newLoop(FUNCTION func)` — func the main connection that you can connect to. Is optional, but you can also use OnLoop(func) to connect as well.
 Loops are events that happen over and over until paused. They act like a while loop.
 - `self = OnLoop(FUNCTION func)` — func the main connection that you can connect to. Alllows multiple connections to one loop if need be.
 Example:
 ```lua
 package.path="?/init.lua;?.lua;"..package.path
 multi,thread = require("multi"):init()
 local a = 0
 loop = multi:newLoop(function()
 	a = a + 1
    if a == 1000 then
    	print("a = 1000")
    	loop:Pause()
    end
 end)
 multi:mainloop()
 ```
 # Actor: TLoops
 `tloop = multi:newTLoop(FUNCTION func ,NUMBER: [set 1])` — TLoops are pretty much the same as loops. The only difference is that they take set which is how long it waits, in seconds, before triggering function func.
 - `self = OnLoop(FUNCTION func)` — func the main connection that you can connect to. Alllows multiple connections to one TLoop if need be.
 Example:
 ```lua
 package.path="?/init.lua;?.lua;"..package.path
 multi,thread = require("multi"):init()
 local a = 0
 loop = multi:newTLoop(function()
 	a = a + 1
    if a == 10 then
    	print("a = 10")
    	loop:Pause()
    end
 end,1)
 multi:mainloop()
 ```
 # Actor: Steps
 `step = multi:newStep(NUMBER start,*NUMBER reset, [NUMBER count 1], [NUMBER skip 0])` — Steps were originally introduced to bs used as for loops that can run parallel with other code. When using steps think of it like this: `for i=start,reset,count do` When the skip argument is given, each time the step object is given cpu cycles it will be skipped by n cycles. So if skip is 1 every other cpu cycle will be alloted to the step object.
 - `self = step:OnStart(FUNCTION func(self))` — This connects a function to an event that is triggered everytime a step starts.
 - `self = step:OnStep(FUNCTION func(self,i))` — This connects a function to an event that is triggered every step or cycle that is alloted to the step object
 - `self = step:OnEnd(FUNCTION func(self))` — This connects a function to an event that is triggered when a step reaches its goal
 - `self = step:Update(NUMBER start,*NUMBER reset, [NUMBER count 1], [NUMBER skip 0])` — Update can be used to change the goals of the step.
 - `self = step:Reset()` — Resets the step
 Example:
 ```lua
 package.path="?/init.lua;?.lua;"..package.path
 multi,thread = require("multi"):init()
 multi:newStep(1,10,1,0):OnStep(function(step,pos)
 	print(step,pos)
 end):OnEnd(fucntion(step)
 	step:Destroy()
 end)
 multi:mainloop()
 ```
 # Actor: TSteps
 `tstep = multi:newStep(NUMBER start, NUMBER reset, [NUMBER count 1], [NUMBER set 1])` — TSteps work just like steps, the only difference is that instead of skip, we have set which is how long in seconds it should wait before triggering the OnStep() event.
 - `self = tstep:OnStart(FUNCTION func(self))` — This connects a function to an event that is triggered everytime a step starts.
 - `self = tstep:OnStep(FUNCTION func(self,i))` — This connects a function to an event that is triggered every step or cycle that is alloted to the step object
 - `self = tstep:OnEnd(FUNCTION func(self))` — This connects a function to an event that is triggered when a step reaches its goal
 - `self = tstep:Update(NUMBER start,*NUMBER reset, [NUMBER count 1], [NUMBER set 1])` — Update can be used to change the goals of the step. You should call step:Reset() after using Update to restart the step.
 - `self = tstep:Reset([NUMBER n set])` — Allows you to reset a tstep that has ended, but also can change the time between each trigger.
 Example:
 ```lua
 package.path="?/init.lua;?.lua;"..package.path
 multi,thread = require("multi"):init()
 multi:newTStep(1,10,1,1):OnStep(function(step,pos)
 	print(step,pos)
 end):OnEnd(fucntion(step)
 	step:Destroy()
 end)
 multi:mainloop()
 ```
 # Coroutine based Threading (CBT)
 Helpful methods are wrapped around the builtin coroutine module which make it feel like real threading.
 **threads.\* used within threaded enviroments**
 - `thread.sleep(NUMBER n)` — Holds execution of the thread until a certain amount of time has passed
 - `VARIABLE val = THREAD.hold(FUNCTION|CONNCETION|NUMBER func, TABLE options)` — Holds the current thread until a condition is met
 	| Option | Description |
 	---|---
 	| interval | Time between each poll |
 	| cycles | Number of cycles before timing out |
 	| sleep | Number of seconds before timing out |
 	| skip | Number of cycles before testing again, does not cause a timeout! |
 	**Note:** cycles and sleep options cannot both be used at the same time. Interval and skip cannot be used at the same time either. Cycles take priority over sleep if both are present! HoldFor and HoldWithin can be emulated using the new features. Old functions will remain for backward compatibility.
 	Using cycles, sleep or interval will cause a timeout; returning nil, multi.TIMEOUT
 	`func` can be a number and `thread.hold` will act like `thread.sleep`. When `func` is a number the option table will be ignored!
 	`func` can be a connection and will hold until the condition is triggered. When using a connection the option table is ignored!
 - `thread.skip(NUMBER n)` — How many cycles should be skipped until I execute again
 - `thread.kill()` — Kills the thread
 - `thread.yeild()` — Is the same as using thread.skip(0) or thread.sleep(0), hands off control until the next cycle
 - `BOOLEAM bool = thread.isThread()` — Returns true if the current running code is inside of a coroutine based thread
 - `NUMBER conres = thread.getCores()` — Returns the number of cores that the current system has. (used for system threads)
 - `thread.set(STRING name, VARIABLE val)` — A global interface where threads can talk with eachother. sets a variable with name and its value
 - `thread.get(STRING name)` — Gets the data stored in name
 - `VARIABLE val = thread.waitFor(STRING name)` — Holds executon of a thread until variable name exists
 - `thread.request(THREAD th,STRING cmd, VARIABLE args)` — Sends a request to the selected thread telling it to do a certain command
 - `th = thread.getRunningThread()` — Returns the currently running thread
 - `VARIABLE returns or nil, "TIMEOUT" = thread.holdFor(NUMBER: sec, FUNCTION: condition)` — Holds until a condidtion is met, or if there is a timeout nil,"TIMEOUT"
 - `VARIABLE returns or nil, "TIMEOUT" = thread.holdWithin(NUMBER: skip, FUNCTION: func)` — Holds until a condition is met or n cycles have happened.
 - `func = thread:newFunction(FUNCTION: func, [BOOLEAN: holdme false])` — func: The function you want to be threaded. holdme: If true the function waits until it has returns and then returns them. Otherwise the function returns a table
 	- `func:Pause()` — Pauses a function, function will return `nil`, `"Function is paused"`
 	- `func:Resume()` — Resumes a paused function
 	- `func:holdMe(BOOLEAN: set)` — Sets the holdme argument to `set`
 	- `handler = func(VARIABLE args)` — Calls the function, will return
 		- `handler.isTFunc` — if true then its a threaded function
 		- `handler.wait()` — waits for the function to finish and returns like normal
 		- `handler.connect(Function: func(returns))` — Connects to the event that is triggered when the returns are avaiable and returns them
 		- `VARIABLE returns = handler.wait()` — Waits until returns are avaiable and then 
 		- `handler.OnStatus(connector(VARIABLE args))` — A connection to the running function's status see example below
 		- `handler.OnReturn(connector(VARIABLE args))` — A connection that is triggered when the running function is finished see example below
 		- `handler.OnError(connector(nil,error))`
 Example:
 ```lua
 package.path = "./?/init.lua;"..package.path
 multi,thread = require("multi"):init()
 func = thread:newFunction(function(count)
    local a = 0
    while true do
        a = a + 1
        thread.sleep(.1)
        thread.pushStatus(a,count)
        if a == count then break end
    end
    return "Done"
 end)
 multi:newThread("Function Status Test",function()
    local ret = func(10)
    local ret2 = func(15)
    local ret3 = func(20)
    ret.OnStatus(function(part,whole)
        --[[ Print out the current status. In this case every second it will update with:
 		10%
 		20%
 		30%
 		...
 		100%
 		Function Done!
 		]]
        print(math.ceil((part/whole)*1000)/10 .."%")
    end)
    ret2.OnStatus(function(part,whole)
        print("Ret2: ",math.ceil((part/whole)*1000)/10 .."%")
    end)
    ret3.OnStatus(function(part,whole)
        print("Ret3: ",math.ceil((part/whole)*1000)/10 .."%")
    end)
 	-- Connections can now be added together, if you had multiple holds and one finished before others and wasn't consumed it would lock forever! This is now fixed
    thread.hold(ret2.OnReturn + ret.OnReturn + ret3.OnReturn)
    print("Function Done!")
    os.exit()
 end)
 ```
 <b>\*</b>A note about multi.NIL, this should only be used within the hold and hold like methods. thread.hold(), thread.holdFor(), and thread.holdWithin() methods. This is not needed within threaded functions! The reason hold prevents nil and false is because it is testing for a condition so the first argument needs to be non nil nor false! multi.NIL should not be used anywhere else. Sometimes you may need to pass a 'nil' value or return. While you could always return true or something you could use multi.NIL to force a nil value through a hold like method.
 # CBT: newService(FUNCTION: func)
 `serv = newService(FUNCTION: func(self,TABLE: data))` — func is called each time the service is updated think of it like a loop multi-obj. self is the service object and data is a private table that only the service can see. 
 - `serv.OnError(FUNCTION: func)` — connection that fired if there is an error
 - `serv.OnStopped(FUNCTION: func(serv))` — connection that is fired when a service is stopped
 - `serv.OnStarted(FUNCTION: func(serv))` — connection that is fired when a service is started
 - `serv.Start()` — Starts the service
 - `serv.Stop()` — Stops the service and destroys the data table
 - `serv.Pause()` — Pauses the service
 - `serv.Resume()` — Resumes the service
 - `serv.GetUpTime()` — Returns the amount of time the service has been running
 - `serv.SetPriority(PRIORITY: pri)` — Sets the priority of the service
 	- `multi.Priority_Core`
 	- `multi.Priority_Very_High`
 	- `multi.Priority_High`
 	- `multi.Priority_Above_Normal`
 	- `multi.Priority_Normal` **Default**
 	- `multi.Priority_Below_Normal`
 	- `multi.Priority_Low`
 	- `multi.Priority_Very_Low`
 	- `multi.Priority_Idle`
 - `serv.SetScheme(NUMBER: n)` — Sets the scheme of the priority management
 	- `1` **Default** — uses a time based style of yielding. thread.sleep()
 	- `2` — uses a cycle based style of yielding. thread.skip()
 - `CONVERTS(serv) = serv.Destroy()` — Stops the service then Destroys the service triggering all events! The service becomes a destroyed object
 Example:
 ```lua
 -- Jobs are not natively part of the multi library. I planned on adding them, but decided against it. Below is the code that would have been used.
 -- Implementing a job manager using services
 package.path="?/init.lua;?.lua;"..package.path
 multi,thread = require("multi"):init()
 multi.Jobs = multi:newService(function(self,jobs)
 	local job = table.remove(jobs,1)
 	if job and job.removed==nil then
 		job.func()
 	end
 end)
 multi.Jobs.OnStarted(function(self,jobs)
 	function self:newJob(func,name)
 		table.insert(jobs,{
 			func = func,
 			name = name,
 			removeJob = function(self) self.removed = true end
 		})
 	end
 	function self:getJobs(name)
 		local tab = {}
 		if not name then return jobs end
 		for i=1,#jobs do
 			if name == jobs[i].name then
 				table.insert(tab,jobs[i])
 			end
 		end
 		return tab
 	end
 	function self:removeJobs(name)
 		for i=1,#jobs do
 			if name ~= nil and name == jobs[i].name then
 				jobs[i]:removeJob()
 			elseif name == nil then
 				jobs[i]:removeJob()
 			end
 		end
 	end
 end)
 multi.Jobs.SetPriority(multi.Priority_Normal)
 multi.Jobs.Start()
 -- Testing job stuff
 function pushJobs()
 	multi.Jobs:newJob(function()
 		print("job called")
 	end) -- No name job
 	multi.Jobs:newJob(function()
        print("job called2")
 	end,"test")
 	multi.Jobs:newJob(function()
 		print("job called3")
 	end,"test2")
 end
 pushJobs()
 pushJobs()
 local jobs = multi.Jobs:getJobs() -- gets all jobs
 local jobsn = multi.Jobs:getJobs("test") -- gets all jobs names 'test'
 jobsn[1]:removeJob() -- Select a job and remove it
 multi.Jobs:removeJobs("test2") -- Remove all jobs names 'test2'
 multi.Jobs.SetScheme(1) -- Jobs are internally a service, so setting scheme and priority
 multi.Jobs.SetPriority(multi.Priority_Core)
 multi:mainloop()
 ```
 # CBT: newThread()
 `th = multi:newThread([STRING name,] FUNCTION func)` — Creates a new thread with name and function.
 when within a thread, if you have any holding code you will want to use thread.* to give time to other threads while your code is running.
 Constants
 ---
 - `th.Name` — Name of thread
 - `th.Type` — Type="thread"
 - `th.TID` — Thread ID
 - `conn = th.OnError(FUNCTION: callback)` — Connect to an event which is triggered when an error is encountered within a thread
 - `conn = th.OnDeath(FUNCTION: callback)` — Connect to an event which is triggered when the thread had either been killed or stopped running. (Not triggered when there is an error!)
 - `boolean = th:isPaused()`\* — Returns true if a thread has been paused
 - `self = th:Pause()`\* — Pauses a thread
 - `self = th:Resume()`\* — Resumes a paused thread
 - `self = th:Kill()`\* — Kills a thread
 - `self = th:Destroy()`\* — Destroys a thread
 <b>*</b>Using these methods on a thread directly you are making a request to a thread! The thread may not accept your request, but it most likely will. You can contorl the thread flow within the thread's function itself
 Examples:
 ```lua
 package.path="?/init.lua;?.lua;"..package.path
 multi,thread = require("multi"):init()
 multi:newThread("Example of basic usage",function()
 	while true do
    	thread.sleep(1)
        print("We just made an alarm!")
    end
 end)
 multi:mainloop()
 ```
 # CBT: newISOThread()
 `th = multi:newThread([STRING name,] FUNCTION func, TABLE: env)` — Creates a new thread with name and function func. Sets the enviroment of the func to env. Both the thread.* and multi.* are automatically placed in the enviroment.
 When within a thread, if you have any holding code you will want to use thread.* to give time to other threads while your code is running. This type of thread does not have access to outside local or globals. Only what is in the env can be seen. (This thread was made so pesudo threading could work)
 Constants
 ---
 - `th.Name` — Name of thread
 - `th.Type` — Type="thread"
 - `th.TID` — Thread ID
 - `conn = th.OnError(FUNCTION: callback)` — Connect to an event which is triggered when an error is encountered within a thread
 - `conn = th.OnDeath(FUNCTION: callback)` — Connect to an event which is triggered when the thread had either been killed or stopped running. (Not triggered when there is an error!)
 - `boolean = th:isPaused()`\* — Returns true if a thread has been paused
 - `self = th:Pause()`\* — Pauses a thread
 - `self = th:Resume()`\* — Resumes a paused thread
 - `self = th:Kill()`\* — Kills a thread
 - `self = th:Destroy()`\* — Destroys a thread
 <b>*</b>Using these methods on a thread directly you are making a request to a thread! The thread may not accept your request, but it most likely will. You can contorl the thread flow within the thread's function itself
 ```lua
 package.path="?.lua;?/init.lua;?.lua;?/?/init.lua;"..package.path
 multi,thread = require("multi"):init()
 GLOBAL,THREAD = require("multi.integration.threading"):init() -- Auto detects your enviroment and uses what's available
 jq = multi:newSystemThreadedJobQueue(5) -- Job queue with 4 worker threads
 func = jq:newFunction("test",function(a,b)
    THREAD.sleep(2)
    return a+b
 end)
 for i = 1,10 do
    func(i,i*3).connect(function(data)
        print(data)
    end)
 end
 local a = true
 b = false
 multi:newThread("Standard Thread 1",function()
    while true do
        thread.sleep(1)
        print("Testing 1 ...",a,b,test)
    end
 end).OnError(function(self,msg)
    print(msg)
 end)
 -- All upvalues are stripped! no access to the global, multi and thread are exposed however
 multi:newISOThread("ISO Thread 2",function()
    while true do
        thread.sleep(1)
        print("Testing 2 ...",a,b,test) -- a and b are nil, but test is true
    end
 end,{test=true,print=print})
 .OnError(function(self,msg)
    print(msg)
 end)
 multi:mainloop()
 ```
 # System Threads (ST) - Multi-Integration Getting Started
 The system threads need to be required seperatly.
 ```lua
 -- I recommend keeping these as globals. When using lanes you can use local and things will work, but if you use love2d and locals, upvalues are not transfered over threads and this can be an issue
 GLOBAL, THREAD = require("multi.integration.threading"):init() -- We will talk about the global and thread interface that is returned
 GLOBAL, THREAD = require("multi.integration.loveManager"):init()
 GLOBAL, THREAD = require("luvitManager") --*
 ```
 Using this integration modifies some methods that the multi library has.
 - `multi:canSystemThread()` — Returns true if system threading is possible.
 - `multi:getPlatform()` — Returns (for now) either "lanes", "love2d" and "luvit"
 - `multi.isMainThread = true` — This is only modified on the main thread. So code that moves from one thread to another knows where it's at.
 <b>*</b>GLOBAL and THREAD do not do anything when using the luvit integration
 # ST - THREAD namespace
 - `THREAD.set(STRING name, VALUE val)` — Sets a value in GLOBAL
 - `THREAD.get(STRING name)` — Gets a value in GLOBAL
 - `THREAD.waitFor(STRING name)` — Waits for a value in GLOBAL to exist
 - `THREAD.getCores()` — Returns the number of actual system threads/cores
 - `THREAD.kill()` — Kills the thread
 - `THREAD.getName()` — Returns the name of the working thread
 - `THREAD.sleep(NUMBER n)` — Sleeps for an amount of time stopping the current thread
 - `THREAD.hold(FUNCTION func, TABLE options)` — Holds the current thread until a condition is met
 - `THREAD.getID()` — returns a unique ID for the current thread. This varaiable is visible to the main thread as well as by accessing it through the returned thread object. OBJ.Id
 # ST - GLOBAL namespace
 Treat global like a table.
 ```lua
 GLOBAL["name"] = "Ryan"
 print(GLOBAL["name"])
 ```
 Removes the need to use THREAD.set() and THREAD.get()
 ST - System Threads
 -------------------
 - `systemThread = multi:newSystemThread(STRING thread_name, FUNCTION spawned_function,ARGUMENTS ...)` — Spawns a thread with a certain name.
 - `systemThread:kill()` — kills a thread; can only be called in the main thread!
 - `systemThread.OnError(FUNCTION(systemthread,errMsg,errorMsgWithThreadName))`
 System Threads are the feature that allows a user to interact with systen threads. It differs from regular coroutine based thread in how it can interact with variables. When using system threads the GLOBAL table is the "only way"* to send data. Spawning a System thread is really simple once all the required libraries are in place. See example below:
 ```lua
 multi,thread = require("multi"):init() -- keep this global when using lanes or implicitly define multi within the spawned thread
 local GLOBAL, THREAD = require("multi.integration.threading").init()
 multi:newSystemThread("Example thread",function()
 	local multi = require("multi") -- we are in a thread so lets not refer to that upvalue!
 	print("We have spawned a thread!")
 	-- we could do work but theres no need to we can save that for other examples
 	print("Lets have a non ending loop!")
 	while true do
 		-- If this was not in a thread execution would halt for the entire process
 	end
 end,"A message that we are passing") -- There are restrictions on what can be passed!
 tloop = multi:newTLoop(function()
 	print("I'm still kicking!")
 end,1)
 multi:mainloop()
 ```
 <b>*</b>This isn't entirely true, as of right now the compatiablity with the lanes library and love2d engine have their own methods to share data, but if you would like to have your code work in both enviroments then using the GLOBAL table and the data structures provided by the multi library will ensure this happens. If you do not plan on having support for both platforms then feel free to use linda's in lanes and channels in love2d.
 **Note:** luvit currently has very basic support, it only allows the spawning of system threads, but no way to send data back and forth as of yet. I do not know if this is doable or not, but I will keep looking into it.
 # ST - System Threaded Objects
 Great we are able to spawn threads, but unless your working with a process that works on passed data and then uses a socket or writes to the disk I can't do to much with out being able to pass data between threads. This section we will look at how we can share objects between threads. In order to keep the compatibility between both love2d and lanes I had to format the system threaded objects in a strange way, but they are consistant and should work on both enviroments.
 When creating objects with a name they are automatically exposed to the GLOBAL table. Which means you can retrieve them from a spawned thread. For example we have a queue object, which will be discussed in more detail next.
 ```lua
 -- Exposing a queue
 multi,thread = require("multi"):init()
 local GLOBAL, THREAD = require("multi.integration.threading").init() -- The standard setup above
 queue = multi:newSystemThreadedQueue("myQueue"):init() -- We create and initiate the queue for the main thread
 queue:push("This is a test!") -- We push some data onto the queue that other threads can consume and do stuff with
 multi:newSystemThread("Example thread",function() -- Create a system thread
 	queue = THREAD.waitFor("myQueue"):init() -- Get the queue. It is good pratice to use the waitFor command when getting objects. If it doesn't exist yet we wait for it, preventing future errors. It is possible for the data to not ve present when a thread is looking for it! Especally when using the love2d module, my fault needs some rewriting data passing on the GLOBAL is quite slow, but the queue internally uses channels so after it is exposed you should have good speeds!
    local data = queue:pop() -- Get the data
    print(data) -- print the data
 end)
 multi:mainloop()
 ```
 # ST - SystemThreadedQueue
 - `queue(nonInit) = multi:newSystemThreadedQueue(STRING name)` — You must enter a name!
 - `queue = queue:init()` — initiates the queue, without doing this it will not work
 - `void = queue:push(DATA data)` — Pushes data into a queue that all threads that have been shared have access to
 - `data = queue:pop()` — pops data from the queue removing it from all threads
 - `data = queue:peek()` — looks at data that is on the queue, but dont remove it from the queue
 Let's get into some examples:
 ```lua
 multi,thread = require("multi"):init()
 thread_names = {"Thread_A","Thread_B","Thread_C","Thread_D"}
 local GLOBAL, THREAD = require("multi.integration.threading"):init()
 queue = multi:newSystemThreadedQueue("myQueue"):init()
 for _,n in pairs(thread_names) do
 	multi:newSystemThread(n,function()
 		queue = THREAD.waitFor("myQueue"):init()
 		local name = THREAD.getName()
 		local data = queue:pop()
 		while data do
 			print(name.." "..data)
 			data = queue:pop()
 		end
 	end)
 end
 for i=1,100 do
 	queue:push(math.random(1,1000))
 end
 multi:newEvent(function() -- Felt like using the event object, I hardly use them for anything non internal
 	return not queue:peek()
 end):OnEvent(function()
 	print("No more data within the queue!")
 	os.exit()
 end)
 multi:mainloop()
 ```
 You have probable noticed that the output from this is a total mess! Well I though so too, and created the system threaded console!
 # ST - Using the Console
 `console = THREAD.getConsole()`
 This does guarantee an order to console output, it does ensure that all things are on nice neat lines
 ```lua
 multi,thread = require("multi"):init()
 local GLOBAL, THREAD = require("multi.integration.threading"):init()
 console.print("Hello World!")
 ```
 # ST - SystemThreadedJobQueue
 `jq = multi:newSystemThreadedJobQueue([NUMBER: threads])` — Creates a system threaded job queue with an optional number of threads
 - `boolean jq:isEmpty()` — Returns true if the jobqueue is empty false otherwise
 - `jq.cores = (supplied number) or (the number of cores on your system*2)`
 - `jq.OnJobCompleted(FUNCTION: func(jID,...))` — Connection that is triggered when a job has been completed. The jobID and returns of the job are supplies as arguments
 - `self = jq:doToAll(FUNCTION: func)` — Send data to every thread in the job queue. Useful if you want to require a module and have it available on all threads
 - `self = jq:registerFunction(STRING: name, FUNCTION: func)` — Registers a function on the job queue. Name is the name of function func
 - `jID = jq:pushJob(STRING: name,[...])` — Pushes a job onto the jobqueue
 - `handler = jq:newFunction([STRING: name], FUNCTION: func)` — returns a threaded Function that wraps around jq.registerFunction, jq.pushJob() and jq.OnJobCompleted() to provide an easy way to create and work with the jobqueue
 	- `handler.connect(Function: func(returns))` — Connects to the event that is triggered when the returns are avaiable
 	- `VARIAABLE returns = handler.wait()` — Waits until returns are avaiable and then returns them
 **Note:** Created functions using this method act as normal functions on the queue side of things. So you can call the functions from other queue functions as if they were normal functions.
 Example:
 ```lua
 package.path="?.lua;?/init.lua;?.lua;?/?/init.lua;"..package.path
 multi,thread = require("multi"):init()
 GLOBAL, THREAD = require("multi.integration.threading"):init()
 local jq = multi:newSystemThreadedJobQueue(4) -- job queue using 4 cores
 jq:doToAll(function()
 	Important = 15
 end)
 jq:registerFunction("test",function(a,b)
 	--print(a,b,a+b)
 	return true
 end)
 jq.OnJobCompleted(function(jid,arg)
 	print(jid,arg)
 end)
 local jid = jq:pushJob("test",10,5)
 print("Job pushed! ID = ".. jid)
 local func = jq:newFunction("test2",function(a,b)
    print(a,b,a*b)
    return
 end)
 print("Waited",func(10,5).wait())
 func(5,5).connect(function(ret)
    print("Connected",ret)
    os.exit()
 end)
 multi:mainloop()
 ```
 # ST - SystemThreadedTable
 `stt = multi:newSystemThreadedTable(STRING: name)`
 - `stt:init()` — Used to init object over threads
 - `stt[var] = val`
 - `val = stt[var]`
 Example:
 ```lua
 package.path="?.lua;?/init.lua;?.lua;?/?/init.lua;"..package.path
 multi,thread = require("multi"):init()
 GLOBAL, THREAD = require("multi.integration.threading"):init()
 local stt = multi:newSystemThreadedTable("stt")
 stt["hello"] = "world"
 multi:newSystemThread("test thread",function()
    local stt = GLOBAL["stt"]:init()
    print(stt["hello"])
 end)
 multi:mainloop()
 ```
 # Network Threads - Multi-Integration WIP Being Reworked
 More of a fun project of mine then anything core to to the library it will be released and documented when it is ready. I do not have a timeframe for this
--- a/docs/changes.md
+++ b/docs/changes.md
--- a/init.lua
+++ b/init.lua
--- a/integration/debugManager/init.lua
+++ b/integration/debugManager/init.lua
@ -1,106 +0,0 @@
 local multi, thread = require("multi"):init()
 multi.defaultSettings.debugging = true
 local dbg = {}
 dbg.__index = dbg
 dbg.processors = {}
 -- Hooks to all on object created events!
 local c_cache = {}
 local d_cache = {}
 local proc = multi:newProcessor("Debug_Processor").Start()
 dbg.OnObjectCreated = function(obj, process)
    if c_cache[obj] then
        return false
    else
        c_cache[obj] = true
        proc:newTask(function()
            c_cache[obj] = false
        end)
        return true
    end
 end .. multi:newConnection()
 dbg.OnObjectDestroyed = function(obj, process)
    if d_cache[obj] then
        return false
    else
        d_cache[obj] = true
        proc:newTask(function()
            d_cache[obj] = false
        end)
        return true
    end
 end .. multi:newConnection()
 local creation_hook, destruction_hook
 local types
 local objects = {}
 creation_hook = function(obj, process)
    types = multi:getTypes()
    if obj.Type == multi.PROCESS and not dbg.processors[obj] then
        obj.OnObjectCreated(creation_hook)
        obj.OnObjectDestroyed(destruction_hook)
    end
    table.insert(objects, obj)
    dbg.OnObjectCreated:Fire(obj, process)
 end
 destruction_hook = function(obj, process)
    for i = 1, #objects do
        if objects[i] == obj then
            table.remove(objects, i)
            break
        end
    end
    dbg.OnObjectDestroyed:Fire(obj, process)
 end
 function dbg:getObjects(typ)
    if type(typ) == "string" then
        local objs = {}
        for i = 1, #objects do
            if objects[i].Type == typ then
                objs[#objs+1] = objects[i]
            end
        end
        return objs
    elseif type(typ) == "table" then -- Process
        local objs = {}
        for i = 1, #objects do
            if objects[i].Parent == typ then
                objs[#objs+1] = objects[i]
            end
        end
        return objs
    elseif type(typ) == "function" then
        local objs = {}
        -- Keep objects local/private, return true to add to list, false to reject, "break" to break loop
        for i = 1, #objects do
            local ret = typ(objects[i])
            if ret then
                objs[#objs+1] = objects[i]
            elseif ret == "break" then
                break
            end
        end
        return objs
    end
 end
 local debug_stats = {}
 local tmulti = multi:getThreadManagerProcess()
 multi.OnObjectCreated(creation_hook)
 tmulti.OnObjectCreated(creation_hook)
 multi.OnObjectDestroyed(destroction_hook)
 tmulti.OnObjectDestroyed(destroction_hook)
 -- We write to a debug interface in the multi namespace
 multi.debugging = dbg
--- a/integration/effilManager/extensions.lua
+++ b/integration/effilManager/extensions.lua
--- a/integration/effilManager/init.lua
+++ b/integration/effilManager/init.lua
@ -1,46 +0,0 @@
 local multi, thread = require("multi"):init{error=true}
 multi.error("Currntly not supported!")
 os.exit(1)
 local effil = require("effil")
 -- I like some of the things that this library offers.
 -- Current limitations prevent me from being able to use effil, 
 --	but I might fork and work on it myself.
 -- Configs
 effil.allow_table_upvalues(false)
 local GLOBAL,THREAD = require("multi.integration.effilManager.threads").init()
 local count = 1
 local started = false
 local livingThreads = {}
 function multi:newSystemThread(name, func, ...)
    local name = name or multi.randomString(16)
 	local rand = math.random(1, 10000000)
    c = {}
 	c.name = name
 	c.Name = name
 	c.Id = count
 end
 function THREAD:newFunction(func, holdme)
 	return thread:newFunctionBase(function(...)
 		return multi:newSystemThread("TempSystemThread",func,...)
 	end, holdme, multi.SFUNCTION)()
 end
 THREAD.newSystemThread = function(...)
    multi:newSystemThread(...)
 end
 multi.print("Integrated Effil Threading!")
 multi.integration = {} -- for module creators
 multi.integration.GLOBAL = GLOBAL
 multi.integration.THREAD = THREAD
 require("multi.integration.effilManager.extensions")
 return {
 	init = function()
 		return GLOBAL, THREAD
 	end
 }
--- a/integration/effilManager/threads.lua
+++ b/integration/effilManager/threads.lua
--- a/integration/lanesManager/extensions.lua
+++ b/integration/lanesManager/extensions.lua
@ -1,393 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local multi, thread = require("multi"):init()
 if not (GLOBAL and THREAD) then
 	GLOBAL, THREAD = multi.integration.GLOBAL, multi.integration.THREAD
 else
 	lanes = require("lanes")
 end
 function multi:newSystemThreadedQueue(name)
 	local name = name or multi.randomString(16)
 	local c = {}
 	c.Name = name
 	c.linda = lanes.linda()
 	c.Type = multi.registerType("s_queue")
 	function c:push(v)
 		self.linda:send("Q", v)
 	end
 	function c:pop()
 		return ({self.linda:receive(0, "Q")})[2]
 	end
 	function c:peek()
 		return self.linda:get("Q")
 	end
 	function c:init()
 		return self
 	end
 	if multi.isMainThread then
 		multi.integration.GLOBAL[name] = c
 	else
 		GLOBAL[name] = c
 	end
 	function c:Hold(opt)
 		local multi, thread = require("multi"):init()
        if opt.peek then
            return thread.hold(function()
                return self:peek()
            end)
        else
            return thread.hold(function()
                return self:pop()
            end)
        end
 	end
 	self:create(c)
 	return c
 end
 function multi:newSystemThreadedTable(name)
 	local name = name or multi.randomString(16)
    local c = {}
    c.link = lanes.linda()
 	c.Name = name
 	c.Type = multi.registerType("s_table")
    function c:init()
        return self
    end
 	setmetatable(c,{
        __index = function(t,k)
            return c.link:get(k)
        end,
        __newindex = function(t,k,v)
            c.link:set(k, v)
        end
    })
    if multi.isMainThread then
 		multi.integration.GLOBAL[name] = c
 	else
 		GLOBAL[name] = c
 	end
 	function c:Hold(opt)
 		local multi, thread = require("multi"):init()
        if opt.key then
            return thread.hold(function()
                return self.tab[opt.key]
            end)
        else
            multi.error("Must provide a key to check opt.key = 'key'")
        end
    end
 	self:create(c)
 	return c
 end
 function multi:newSystemThreadedJobQueue(n)
    local c = {}
    c.cores = n or THREAD.getCores()*2
 	c.Type = multi.registerType("s_jobqueue")
    c.OnJobCompleted = multi:newConnection()
    local funcs = multi:newSystemThreadedTable()
    local queueJob = multi:newSystemThreadedQueue()
    local queueReturn = multi:newSystemThreadedQueue()
    local doAll = multi:newSystemThreadedQueue()
    local ID=1
    local jid = 1
    function c:isEmpty()
        return queueJob:peek()==nil
    end
    function c:doToAll(func,...)
        for i=1,c.cores do
            doAll:push{ID,func,...}
        end
        ID = ID + 1
        return self
    end
    function c:registerFunction(name,func)
        funcs[name]=func
        return self
    end
    function c:pushJob(name,...)
        queueJob:push{name,jid,multi.pack(...)}
        jid = jid + 1
        return jid-1
    end
    local nFunc = 0
    function c:newFunction(name, func, holup) -- This registers with the queue
        if type(name)=="function" then
            holup = func
            func = name
            name = "JQ_Function_"..nFunc
        end
        nFunc = nFunc + 1
        c:registerFunction(name,func)
        return thread:newFunction(function(...)
            local id = c:pushJob(name,...)
            local link
            local rets
            link = c.OnJobCompleted(function(jid,...)
                if id==jid then
                    rets = multi.pack(...)
                end
            end)
            return thread.hold(function()
                if rets then
 					if #rets == 0 then
 						return multi.NIL
 					else
                    	return multi.unpack(rets)
 					end
                end
            end)
        end, holup), name
    end
    thread:newThread("JobQueueManager",function()
        while true do
            local job = thread.hold(function()
                return queueReturn:pop()
            end)
 			if job then
 				local id = table.remove(job,1)
 				c.OnJobCompleted:Fire(id,multi.unpack(job))
 			end
        end
    end)
    for i=1,c.cores do
        multi:newSystemThread("STJQ_"..multi.randomString(8),function(queue)
            local multi, thread = require("multi"):init()
            local idle = os.clock()
            local clock = os.clock
            local ref = 0
 			_G["__QR"] = queueReturn
            setmetatable(_G,{__index = funcs})
            thread:newThread("JobHandler",function()
                while true do
                    local dat = thread.hold(function()
                        return queueJob:pop()
                    end)
                    idle = clock()
 					thread:newThread("JobQueue-Spawn",function()
 						local name = table.remove(dat, 1)
 						local jid = table.remove(dat, 1)
 						local args = table.remove(dat, 1)
 						queueReturn:push{jid, funcs[name](args[1],args[2],args[3],args[4],args[5],args[6],args[7],args[8]), queue}
 					end)
                end
            end)
            thread:newThread("DoAllHandler",function()
                while true do
                    local dat = thread.hold(function()
                        return doAll:peek()
                    end)
                    if dat then
                        if dat[1]>ref then
 							ref = table.remove(dat, 1)
 							func = table.remove(dat, 1)
                            idle = clock()
                            func(unpack(dat))
                            doAll:pop()
                        end
                    end
                end
            end)
            thread:newThread("IdleHandler",function()
                while true do
                    thread.hold(function()
                        return clock()-idle>3
                    end)
                    THREAD.sleep(.01)
                end
            end)
            multi:mainloop()
        end,i)
    end
 	function c:Hold(opt)
        return thread.hold(self.OnJobCompleted)
    end
 	self:create(c)
    return c
 end
 function multi:newSystemThreadedConnection(name)
 	local name = name or multi.randomString(16)
 	local c = {}
 	c.Type = multi.registerType("s_connection")
 	c.CONN = 0x00
 	c.TRIG = 0x01
 	c.PING = 0x02
 	c.PONG = 0x03
 	local function remove(a, b)
 		local ai = {}
 		local r = {}
 		for k,v in pairs(a) do ai[v]=true end
 		for k,v in pairs(b) do 
 			if ai[v]==nil then table.insert(r,a[k]) end
 		end
 		return r
 	end
 	c.CID = THREAD_ID
 	c.subscribe = multi:newSystemThreadedQueue("SUB_STC_"..self.Name):init()
 	c.Name = name
 	c.links = {} -- All triggers sent from main connection. When a connection is triggered on another thread, they speak to the main then send stuff out.
 	-- Locals will only live in the thread that creates the original object
 	local ping
 	local pong = function(link, links)
 		local res = thread.hold(function()
 			return link:peek()[1] == c.PONG
 		end,{sleep=3})
 		if not res then
 			for i=1,#links do 
 				if links[i] == link then
 					table.remove(links,i,link)
 					break
 				end
 			end
 		else
 			link:pop()
 		end
 	end
 	ping = thread:newFunction(function(self)
 		ping:Pause()
 		multi.ForEach(self.links, function(link) -- Sync new connections
 			link:push{self.PING}
 			multi:newThread("pong Thread", pong, link, self.links)
 		end)
 		thread.sleep(3)
 		ping:Resume()
 	end,false)
 	local function fire(...)
 		for _, link in pairs(c.links) do
 			link:push {c.TRIG, multi.pack(...)}
 		end
 	end
 	thread:newThread("STC_SUB_MAN"..name,function()
 		local item
 		local sub_func = function() -- This will keep things held up until there is something to process
 			return c.subscribe:pop()
 		end
 		while true do
 			thread.yield()
 			-- We need to check on broken connections
 			ping(c) -- Should return instantlly and process this in another thread
 			item = thread.hold(sub_func)
 			if item[1] == c.CONN then
 				multi.ForEach(c.links, function(link) -- Sync new connections
 					item[2]:push{c.CONN, link}
 				end)
 				c.links[#c.links+1] = item[2]
 			elseif item[1] == c.TRIG then
 				fire(multi.unpack(item[2]))
 				c.proxy_conn:Fire(multi.unpack(item[2]))
 			end
 		end
 	end)
 	--- ^^^ This will only exist in the init thread
 	function c:Fire(...)
 		local args = multi.pack(...)
 		if self.CID == THREAD_ID then -- Host Call
 			for _, link in pairs(self.links) do
 				link:push {self.TRIG, args}
 			end
 			self.proxy_conn:Fire(...)
 		else
 			self.subscribe:push {self.TRIG, args}
 		end
 	end
 	function c:init()
 		local multi, thread = require("multi"):init()
 		self.links = {}
 		self.proxy_conn = multi:newConnection()
 		local mt = getmetatable(self.proxy_conn)
 		local tempMT = {}
 		for i,v in pairs(mt) do
 			tempMT[i] = v
 		end
 		tempMT.__index = self.proxy_conn
 		tempMT.__call = function(t,func) self.proxy_conn(func) end
 		setmetatable(self, tempMT)
 		if self.CID == THREAD_ID then return self end
 		thread:newThread("STC_CONN_MAN"..name,function()
 			local item
 			local link_self_ref = multi:newSystemThreadedQueue()
 			self.subscribe:push{self.CONN, link_self_ref}
 			while true do
 				item = thread.hold(function()
 					return link_self_ref:peek()
 				end)
 				if item[1] == self.PING then
 					link_self_ref:push{self.PONG}
 					link_self_ref:pop()
 				elseif item[1] == self.CONN then
 					if item[2].Name ~= link_self_ref.Name then
 						table.insert(self.links, item[2])
 					end
 					link_self_ref:pop()
 				elseif item[1] == self.TRIG then
 					self.proxy_conn:Fire(multi.unpack(item[2]))
 					link_self_ref:pop()
 				else
 					-- This shouldn't be the case
 				end
 			end
 		end)
 		return self
 	end
 	if multi.isMainThread then
 		multi.integration.GLOBAL[name] = c
 	else
 		GLOBAL[name] = c
 	end
 	self:create(c)
 	return c
 end
 require("multi.integration.sharedExtensions")
--- a/integration/lanesManager/init.lua
+++ b/integration/lanesManager/init.lua
@ -1,205 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 package.path = "?/init.lua;?.lua;" .. package.path
 multi, thread = require("multi"):init() -- get it all and have it on all lanes
 if multi.integration then -- This allows us to call the lanes manager from supporting modules without a hassle
 	return {
 		init = function()
 			return multi.integration.GLOBAL, multi.integration.THREAD
 		end
 	}
 end
 -- Step 1 get lanes
 lanes = require("lanes").configure()
 multi.SystemThreads = {}
 multi.isMainThread = true
 _G.THREAD_NAME = "MAIN_THREAD"
 _G.THREAD_ID = 0
 function multi:canSystemThread()
 	return true
 end
 function multi:getPlatform()
 	return "lanes"
 end
 -- Step 2 set up the Linda objects
 local __GlobalLinda = lanes.linda() -- handles global stuff
 local __SleepingLinda = lanes.linda() -- handles sleeping stuff
 local __ConsoleLinda = lanes.linda() -- handles console stuff
 local __StatusLinda = lanes.linda() -- handles pushstatus for stfunctions
 local GLOBAL,THREAD = require("multi.integration.lanesManager.threads").init(__GlobalLinda, __SleepingLinda, __StatusLinda, __ConsoleLinda)
 local count = 1
 local started = false
 local livingThreads = {}
 function THREAD:newFunction(func, holdme)
 	return thread:newFunctionBase(function(...)
 		return multi:newSystemThread("TempSystemThread",func,...)
 	end, holdme, multi.registerType("s_function"))()
 end
 function multi:newSystemThread(name, func, ...)
 	local name = name or multi.randomString(16)
 	multi.InitSystemThreadErrorHandler()
 	local rand = math.random(1, 10000000)
 	local return_linda = lanes.linda()
 	c = {}
 	c.Name = name
 	c.ID = count
 	c.loadString = {"base","package","os","io","math","table","string","coroutine"}
 	livingThreads[count] = {true, name}
 	c.returns = return_linda
 	c.Type = multi.registerType("s_thread")
 	c.creationTime = os.clock()
 	c.alive = true
 	c.priority = THREAD.Priority_Normal
 	local multi_settings = multi.defaultSettings
 	local globe = {
 		THREAD_NAME = name,
 		THREAD_ID = count,
 		THREAD = THREAD,
 		GLOBAL = GLOBAL,
 		_Console = __ConsoleLinda,
 		_DEFER = {}
 	}
 	if GLOBAL["__env"] then
 		for i,v in pairs(GLOBAL["__env"]) do
 			globe[i] = v
 		end
 	end
 	c.thread = lanes.gen("*",
 	{
 		globals = globe,
 		priority = c.priority
 	},function(...)
 		multi, thread = require("multi"):init(multi_settings)
 		require("multi.integration.lanesManager.extensions")
 		require("multi.integration.sharedExtensions")
 		local has_error = true
 		returns = {pcall(func, ...)}
 		return_linda:set("returns", returns)
 		for i,v in pairs(_DEFER) do
 			pcall(v)
 		end
 		has_error = false
 	end)(...)
 	count = count + 1
 	function c:getName()
 		return c.Name
 	end
 	function c:kill()
 		self.thread:cancel()
 		self.alive = false
 	end
 	table.insert(multi.SystemThreads, c)
 	c.OnDeath = multi:newConnection()
 	c.OnError = multi:newConnection()
 	GLOBAL["__THREADS__"] = livingThreads
 	c.OnError(multi.error)
 	if self.isActor then
 		self:create(c)
 	else
 		multi.create(multi, c)
 	end
 	return c
 end
 THREAD.newSystemThread = function(...)
    multi:newSystemThread(...)
 end
 function multi.InitSystemThreadErrorHandler()
 	if started == true then
 		return
 	end
 	started = true
 	thread:newThread("SystemThreadScheduler",function()
 		local threads = multi.SystemThreads
 		local _,data,status,push,temp
 		while true do
 			thread.yield()
 			_,data = __ConsoleLinda:receive(0, "Q")
 			if data then
 				--print(data[1])
 			end
 			for i = #threads, 1, -1 do
 				temp = threads[i]
 				status = temp.thread.status
 				push = __StatusLinda:get(temp.ID)
 				if push then
 					temp.statusconnector:Fire(multi.unpack(({__StatusLinda:receive(nil, temp.ID)})[2]))
 				end
 				if status == "done" or temp.returns:get("returns") then
 					returns = ({temp.returns:receive(0, "returns")})[2]
 					livingThreads[temp.ID] = {false, temp.Name}
 					temp.alive = false
 					if returns[1] == false then
 						temp.OnError:Fire(temp, returns[2])
 					else
 						table.remove(returns,1)
 						temp.OnDeath:Fire(multi.unpack(returns))
 					end
 					GLOBAL["__THREADS__"] = livingThreads
 					table.remove(threads, i)
 				elseif status == "running" then
 					--
 				elseif status == "waiting" then
 					--
 				elseif status == "error" then
 					-- The thread never really errors, we handle this through our linda object
 				elseif status == "cancelled" then
 					livingThreads[temp.ID] = {false, temp.Name}
 					temp.alive = false
 					temp.OnError:Fire(temp,"thread_cancelled")
 					GLOBAL["__THREADS__"] = livingThreads
 					table.remove(threads, i)
 				elseif status == "killed" then
 					livingThreads[temp.ID] = {false, temp.Name}
 					temp.alive = false
 					temp.OnError:Fire(temp,"thread_killed")
 					GLOBAL["__THREADS__"] = livingThreads
 					table.remove(threads, i)
 				end
 			end
 		end
 	end).OnError(multi.error)
 end
 multi.print("Integrated Lanes Threading!")
 multi.integration = {} -- for module creators
 multi.integration.GLOBAL = GLOBAL
 multi.integration.THREAD = THREAD
 require("multi.integration.lanesManager.extensions")
 return {
 	init = function()
 		return GLOBAL, THREAD
 	end
 }
--- a/integration/lanesManager/threads.lua
+++ b/integration/lanesManager/threads.lua
@ -1,151 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local function getOS()
 	if package.config:sub(1, 1) == "\\" then
 		return "windows"
 	else
 		return "unix"
 	end
 end
 local function INIT(__GlobalLinda, __SleepingLinda, __StatusLinda, __Console)
    local THREAD = {}
    THREAD.Priority_Core = 3
    THREAD.Priority_High = 2
    THREAD.Priority_Above_Normal = 1
    THREAD.Priority_Normal = 0
    THREAD.Priority_Below_Normal = -1
    THREAD.Priority_Low = -2
    THREAD.Priority_Idle = -3
    function THREAD.set(name, val)
        __GlobalLinda:set(name, val)
    end
    function THREAD.get(name)
        return __GlobalLinda:get(name)
    end
    function THREAD.waitFor(name)
        local multi, thread = require("multi"):init()
        return multi.hold(function()
            math.randomseed(os.time())
            __SleepingLinda:receive(.001, "__non_existing_variable")
            return __GlobalLinda:get(name)
        end)
    end
    function THREAD.getCores()
        return THREAD.__CORES
    end
    function THREAD.getConsole()
        local c = {}
        c.queue = __Console
        function c.print(...)
            c.queue:push("Q", table.concat(multi.pack(...), "\t"))
        end
        function c.error(err)
            c.queue:push("Q", "Error in <"..THREAD_NAME..":" .. THREAD_ID .. ">: ".. err)
            multi.error(err)
        end
        return c
    end
    function THREAD.getThreads()
        return GLOBAL.__THREADS__
    end
    if os.getOS() == "windows" then
        THREAD.__CORES = tonumber(os.getenv("NUMBER_OF_PROCESSORS"))
    else
        THREAD.__CORES = tonumber(io.popen("nproc --all"):read("*n"))
    end
    function THREAD.kill() -- trigger the lane destruction
        error("Thread was killed!\1")
    end
    function THREAD.sync()
        -- Maybe do something...
    end
    function THREAD.pushStatus(...)
        local args = multi.pack(...)
        __StatusLinda:send(nil,THREAD_ID, args)
    end
    _G.THREAD_ID = 0
    function THREAD.sleep(n)
        math.randomseed(os.time())
        __SleepingLinda:receive(n, "__non_existing_variable")
    end
    function THREAD.hold(n)
        local function wait()
            math.randomseed(os.time())
            __SleepingLinda:receive(.001, "__non_existing_variable")
        end
        repeat
            wait()
        until n()
    end
    local GLOBAL = {}
    setmetatable(GLOBAL, {
 		__index = function(t, k)
 			return __GlobalLinda:get(k)
 		end,
        __newindex = function(t, k, v)
 			__GlobalLinda:set(k, v)
 		end
 	})
    function THREAD.setENV(env, name)
        GLOBAL[name or "__env"] = env
    end
    function THREAD.getENV(name)
        return GLOBAL[name or "__env"]
    end
    function THREAD.exposeENV(name)
        name = name or "__env"
        local env = THREAD.getENV(name)
        for i,v in pairs(env) do
            _G[i] = v
        end
    end
    function THREAD.defer(func)
        table.insert(_DEFER, func)
    end
    return GLOBAL, THREAD
 end
 return {init = function(g,s,st,c,onexit)
    return INIT(g,s,st,c,onexit)
 end}
--- a/integration/loveManager/extensions.lua
+++ b/integration/loveManager/extensions.lua
@ -1,244 +0,0 @@
 if not ISTHREAD then
 	multi, thread = require("multi").init()
 	GLOBAL = multi.integration.GLOBAL
 	THREAD = multi.integration.THREAD
 end
 function multi:newSystemThreadedQueue(name)
 	local name = name or multi.randomString(16)
 	local c = {}
 	c.Name = name
 	c.Type = multi.registerType("s_queue")
    c.chan = love.thread.getChannel(name)
    function c:push(dat)
        self.chan:push(THREAD.packValue(dat))
    end
    function c:pop()
 		return THREAD.unpackValue(self.chan:pop())
    end
    function c:peek()
 		return THREAD.unpackValue(self.chan:peek())
    end
    function c:init()
 		self.chan = love.thread.getChannel(self.Name)
        return self
    end
    function c:Hold(opt)
 		local multi, thread = require("multi"):init()
        if opt.peek then
            return thread.hold(function()
                return self:peek()
            end)
        else
            return thread.hold(function()
                return self:pop()
            end)
        end
 	end
    GLOBAL[name] = c
 	self:create(c)
 	return c
 end
 function multi:newSystemThreadedTable(name)
 	local name = name or multi.randomString(16)
 	local c = {}
    c.Name = name
 	c.Type = multi.registerType("s_table")
    c.tab = THREAD.createTable(name)
    function c:init()
        self.tab = THREAD.createTable(self.Name)
        setmetatable(self,{
            __index = function(t, k)
                return self.tab[k]
            end,
            __newindex = function(t,k,v)
                self.tab[k] = v
            end
        })
        return self
    end
 	c.__init = c.init
    function c:Hold(opt)
 		local multi, thread = require("multi"):init()
        if opt.key then
            return thread.hold(function()
                return self.tab[opt.key]
            end)
        else
            multi.error("Must provide a key to check opt.key = 'key'")
        end
    end
    setmetatable(c,{
        __index = function(t, k)
            return c.tab[k]
        end,
        __newindex = function(t,k,v)
            c.tab[k] = v
        end
    })
    GLOBAL[name] = c
 	self:create(c)
 	return c
 end
 local jqc = 1
 function multi:newSystemThreadedJobQueue(n)
 	local c = {}
 	c.cores = n or THREAD.getCores()
 	c.registerQueue = {}
 	c.Type = multi.registerType("s_jobqueue")
 	c.funcs = THREAD.createTable("__JobQueue_"..jqc.."_table")
 	c.queue = multi:newSystemThreadedQueue("__JobQueue_"..jqc.."_queue")
 	c.queueReturn = multi:newSystemThreadedQueue("__JobQueue_"..jqc.."_queueReturn")
 	c.queueAll = multi:newSystemThreadedQueue("__JobQueue_"..jqc.."_queueAll")
 	c.id = 0
 	c.OnJobCompleted = multi:newConnection()
 	local allfunc = 0
 	function c:doToAll(func)
 		for i = 1, self.cores do
 			self.queueAll:push({allfunc, func})
 		end
 		allfunc = allfunc + 1
 	end
 	function c:registerFunction(name, func)
 		if self.funcs[name] then
 			multi.error("A function by the name "..name.." has already been registered!") 
 		end
 		self.funcs[name] = func
 	end
 	function c:pushJob(name,...)
 		self.id = self.id + 1
 		self.queue:push{name,self.id,...}
 		return self.id
 	end
 	function c:isEmpty()
        return queueJob:peek()==nil
    end
 	local nFunc = 0
    function c:newFunction(name,func,holup) -- This registers with the queue
        if type(name)=="function" then
            holup = func
            func = name
            name = "JQ_Function_"..nFunc
        end
        nFunc = nFunc + 1
        c:registerFunction(name,func)
        return thread:newFunction(function(...)
            local id = c:pushJob(name,...)
            local link
            local rets
            link = c.OnJobCompleted(function(jid,...)
                if id==jid then
                    rets = multi.pack(...)
                end
            end)
            return thread.hold(function()
                if rets then
                    return multi.unpack(rets) or multi.NIL
                end
            end)
        end,holup),name
    end
 	thread:newThread("jobManager",function()
 		while true do
 			thread.yield()
 			local dat = c.queueReturn:pop()
 			if dat then
 				c.OnJobCompleted:Fire(multi.unpack(dat))
 			end
 		end
 	end)
 	for i=1,c.cores do
 		multi:newSystemThread("JobQueue_"..jqc.."_worker_"..i,function(jqc)
 			local multi, thread = require("multi"):init()
 			require("love.timer")
 			love.timer.sleep(1)
 			local clock = os.clock
 			local funcs = THREAD.createTable("__JobQueue_"..jqc.."_table")
 			local queue = THREAD.waitFor("__JobQueue_"..jqc.."_queue")
 			local queueReturn = THREAD.waitFor("__JobQueue_"..jqc.."_queueReturn")
 			local lastProc = clock()
 			local queueAll = THREAD.waitFor("__JobQueue_"..jqc.."_queueAll")
 			local registry = {}
 			_G["__QR"] = queueReturn
 			setmetatable(_G,{__index = funcs})
 			thread:newThread("startUp",function()
 				while true do
 					thread.yield()
 					local all = queueAll:peek()
 					if all and not registry[all[1]] then
 						lastProc = os.clock()
 						queueAll:pop()[2]()
 					end
 				end
 			end)
 			thread:newThread("runner",function()
 				thread.sleep(.1)
 				while true do
 					thread.yield()
 					local all = queueAll:peek()
 					if all and not registry[all[1]] then
 						lastProc = os.clock()
 						queueAll:pop()[2]()
 					end
 					local dat = thread.hold(queue)
 					if dat then
 						multi:newThread("Test",function()
 							lastProc = os.clock()
 							local name = table.remove(dat,1)
 							local id = table.remove(dat,1)
 							local tab = {funcs[name](multi.unpack(dat))}
 							table.insert(tab,1,id)
 							--local test = queueReturn.push
 							queueReturn:push(tab)
 						end)
 					end
 				end
 			end)
 			thread:newThread("Idler",function()
 				while true do
 					thread.yield()
 					if clock()-lastProc> 2 then
 						THREAD.sleep(.05)
 					else
 						THREAD.sleep(.001)
 					end
 				end
 			end)
 			multi:mainloop()
 		end,jqc)
 	end
    function c:Hold(opt)
        return thread.hold(self.OnJobCompleted)
    end
 	jqc = jqc + 1
 	self:create(c)
 	return c
 end
--- a/integration/loveManager/init.lua
+++ b/integration/loveManager/init.lua
@ -1,137 +0,0 @@
 if ISTHREAD then
    error("You cannot require the loveManager from within a thread!")
 end
 local ThreadFileData = [[
 ISTHREAD = true
 args = {...}
 THREAD_ID = args[1]
 THREAD_NAME = args[2]
 GLOBAL, THREAD, DEFER = require("multi.integration.loveManager.threads"):init()
 __FUNC = THREAD.unpackValue(args[3])
 ARGS = THREAD.unpackValue(args[4])
 settings = args[5]
 if ARGS == nil then ARGS = {} end
 math.randomseed(THREAD_ID)
 math.random()
 math.random()
 math.random()
 stab = THREAD.createTable(THREAD_NAME .. THREAD_ID)
 if GLOBAL["__env"] then
    local env = THREAD.getENV()
    for i,v in pairs(env) do
        _G[i] = v
    end
 end
 multi, thread = require("multi"):init{error=true, warning=true, print=true, priority=true}
 multi.defaultSettings.print = true
 require("multi.integration.loveManager.extensions")
 require("multi.integration.sharedExtensions")
 local returns = {pcall(__FUNC, multi.unpack(ARGS))}
 table.remove(returns,1)
 stab["returns"] = returns
 for i,v in pairs(DEFER) do
    pcall(v)
 end
 ]]
 _G.THREAD_NAME = "MAIN_THREAD"
 _G.THREAD_ID = 0
 local multi, thread = require("multi"):init()
 local GLOBAL, THREAD = require("multi.integration.loveManager.threads"):init()
 multi.registerType("s_function")
 multi.registerType("s_thread")
 multi.integration = {}
 multi.isMainThread = true
 local threads = {}
 local tid = 0
 function multi:newSystemThread(name, func, ...)
    multi.InitSystemThreadErrorHandler()
    local name = name or multi.randomString(16)
    tid = tid + 1
    local c = {}
    c.Type = multi.STHREAD
    c.Name = name
    c.ID = tid
    c.thread = love.thread.newThread(ThreadFileData)
    c.thread:start(c.ID, c.Name, THREAD.packValue(func), THREAD.packValue({...}), multi.defaultSettings)
    c.stab = THREAD.createTable(name .. c.ID)
    c.creationTime = os.clock()
    c.OnDeath = multi:newConnection()
    c.OnError = multi:newConnection()
    c.status_channel = love.thread.getChannel("__status_channel__" .. c.ID)
    function c:getName() return c.name end
    table.insert(threads, c)
    c.OnError(multi.error)
    if self.isActor then
 		self:create(c)
 	else
 		multi.create(multi, c)
 	end
    return c
 end
 local started = false
 local console_channel = love.thread.getChannel("__console_channel__")
 function THREAD:newFunction(func, holdme)
    return thread:newFunctionBase(function(...)
        return multi:newSystemThread("SystemThreaded Function Handler", func, ...)
    end, holdme, multi.SFUNCTION)()
 end
 function love.threaderror(thread, errorstr)
    multi.error("Thread error! " .. errorstr)
 end
 function multi.InitSystemThreadErrorHandler()
 	if started == true then return end
 	started = true
    thread:newThread("Love System Thread Handler", function()
        while true do
            thread.yield()
            for i = #threads, 1, -1 do
                local th = threads[i]
                if th.status_channel:peek() ~= nil then
                    th.statusconnector:Fire(multi.unpack(th.status_channel:pop()))
                end
                local th_err = th.thread:getError()
                if th_err == "Thread Killed!\1" then
                    th.OnDeath:Fire("Thread Killed!")
                    table.remove(threads, i)
                elseif th_err then
                    th.OnError:Fire(th, th_err)
                    table.remove(threads, i)
                elseif th.stab.returns then
                    th.OnDeath:Fire(multi.unpack(th.stab.returns))
                    th.stab.returns = nil
                    table.remove(threads, i)
                end
            end
        end
    end)
 end
 THREAD.newSystemThread = function(...)
    multi:newSystemThread(...)
 end
 multi.integration.GLOBAL = GLOBAL
 multi.integration.THREAD = THREAD
 require("multi.integration.loveManager.extensions")
 require("multi.integration.sharedExtensions")
 multi.print("Integrated Love Threading!")
 return {
    init = function()
        return GLOBAL, THREAD
    end
 }
--- a/integration/loveManager/threads.lua
+++ b/integration/loveManager/threads.lua
@ -1,228 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 require("love.timer")
 require("love.system")
 require("love.data")
 require("love.thread")
 local multi, thread = require("multi"):init()
 -- Checks if the given value is a LOVE2D object (i.e. has metatable with __index field) and if that __index field contains functions typical of LOVE2D objects
 function isLoveObject(value)
    -- Check if the value has metatable
    if type(value) == "userdata" and getmetatable(value) then
        -- Check if the metatable has the __index field
        local index = getmetatable(value).__index
        if type(index) == "table" then
            -- Check if the metatable's __index table contains functions typical of LOVE2D objects
            if index.draw or index.update or index.getWidth or index.getHeight or index.getString or index.getPointer then
                return true
            end
        end
    end
    return false
 end
 -- Converts any function values in a table to a string with the value "\1\2:func:<function_string>" where <function_string> is the Lua stringified version of the function
 function tableToFunctionString(t)
    if type(t) == "nil" then return "\1\2:nil:" end
    if type(t) == "function" then return "\1\2:func:"..string.dump(t) end
    if type(t) ~= "table" then return t end
    local newtable = {}
    for k, v in pairs(t) do
        if type(v) == "function" then
            newtable[k] = "\1\2:func:"..string.dump(v)
        elseif type(v) == "table" then
            newtable[k] = tableToFunctionString(v)
        elseif isLoveObject(v) then
            newtable[k] = v
        elseif type(v) == "userdata" then
            newtable[k] = tostring(v)
        else
            newtable[k] = v
        end
    end
    return newtable
 end
 -- Converts strings with the value "\1\2:func:<function_string>" back to functions
 function functionStringToTable(t)
    if type(t) == "string" and t:sub(1, 8) == "\1\2:func:" then return loadstring(t:sub(9, -1)) end
    if type(t) == "string" and t:sub(1, 7) == "\1\2:nil:" then return nil end
    if type(t) ~= "table" then return t end
    for k, v in pairs(t) do
        if type(v) == "string" then
            if v:sub(1, 8) == "\1\2:func:" then
                t[k] = loadstring(v:sub(9, -1))
            else
                t[k] = v
            end
        elseif type(v) == "table" then
            t[k] = functionStringToTable(v)
        else
            t[k] = v
        end
    end
    if t.init then
        t:init()
    end
    return t
 end
 local function packValue(t)
    return tableToFunctionString(t)
 end
 local function unpackValue(t)
    return functionStringToTable(t)
 end
 local function createTable(n)
    if not n then
        n = "STAB"..multi.randomString(8)
    end
    local __proxy = {}
    local function set(name, val)
        local chan = love.thread.getChannel(n .. name)
        if chan:getCount() == 1 then chan:pop() end
        __proxy[name] = true
        chan:push(packValue(val))
    end
    local function get(name)
        return unpackValue(love.thread.getChannel(n .. name):peek())
        -- if type(data) == "table" and data.init then
        --     return data:init()
        -- else
        --     return data
        -- end
    end
    return setmetatable({},
        {
            __index = function(t, k)
                return get(k)
            end,
            __newindex = function(t, k, v)
                set(k,v)
            end
        }
    )
 end
 function INIT()
    local GLOBAL, THREAD, DEFER = createTable("__GLOBAL__"), {}, {}
    local status_channel, console_channel = love.thread.getChannel("__status_channel__" .. THREAD_ID), 
                                            love.thread.getChannel("__console_channel__")
    -- Non portable methods, shouldn't be used unless you know what you are doing
    THREAD.packValue = packValue
    THREAD.unpackValue = unpackValue
    THREAD.createTable = createTable
    function THREAD.set(name, val)
        GLOBAL[name] = val
    end
    function THREAD.get(name, val)
        return GLOBAL[name]
    end
    THREAD.waitFor = thread:newFunction(function(name)
        local function wait()
            math.randomseed(os.time())
            thread.yield()
        end
        repeat
            wait()
        until GLOBAL[name] ~= nil
        return GLOBAL[name]
    end, true)
    function THREAD.getCores()
        return love.system.getProcessorCount()
    end
    function THREAD.getConsole()
        local c = {}
        c.queue = console_channel
        function c.print(...)
            c.queue:push(table.concat(multi.pack(...), "\t"))
        end
        function c.error(err)
            c.queue:push("Error in <"..THREAD_NAME..":" .. THREAD_ID .. ">: ".. err)
            multi.error(err)
        end
        return c
    end
    function THREAD.getThreads()
        --
    end
    function THREAD.kill() -- trigger the lane destruction
        error("Thread was killed!\1")
    end
    function THREAD.pushStatus(...)
        status_channel:push(multi.pack(...))
    end
    function THREAD.sleep(n)
        love.timer.sleep(n)
    end
    THREAD.hold = thread:newFunction(function(n)
        thread.hold(n)
    end, true)
    function THREAD.setENV(env, name)
        GLOBAL[name or "__env"] = env
    end
    function THREAD.getENV(name)
        return GLOBAL[name or "__env"]
    end
    function THREAD.exposeENV(name)
        name = name or "__env"
        local env = THREAD.getENV(name)
        for i,v in pairs(env) do
            _G[i] = v
        end
    end
    function THREAD.defer(func)
        table.insert(DEFER, func)
    end
    function THREAD.sync()
        -- Maybe do something...
    end
    return GLOBAL, THREAD, DEFER
 end
 return {
    init = function()
        return INIT()
    end
 }
--- a/integration/lovrManager/extensions.lua
+++ b/integration/lovrManager/extensions.lua
@ -1,204 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local multi, thread = require("multi").init()
 GLOBAL = multi.integration.GLOBAL
 THREAD = multi.integration.THREAD
 function multi:newSystemThreadedQueue(name)
 	local c = {}
 	c.Name = name
 	local fRef = {"func",nil}
 	function c:init()
 		local q = {}
 		q.chan = lovr.thread.getChannel(self.Name)
 		function q:push(dat)
 			if type(dat) == "function" then
 				fRef[2] = THREAD.dump(dat)
 				self.chan:push(fRef)
 				return
 			else
 				self.chan:push(dat)
 			end
 		end
 		function q:pop()
 			local dat = self.chan:pop()
 			if type(dat)=="table" and dat[1]=="func" then
 				return THREAD.loadDump(dat[2])
 			else
 				return dat
 			end
 		end
 		function q:peek()
 			local dat = self.chan:peek()
 			if type(dat)=="table" and dat[1]=="func" then
 				return THREAD.loadDump(dat[2])
 			else
 				return dat
 			end
 		end
 		return q
 	end
 	THREAD.package(name,c)
 	return c
 end
 function multi:newSystemThreadedTable(name)
    local c = {}
    c.name = name
    function c:init()
        return THREAD.createTable(self.name)
    end
    THREAD.package(name,c)
 	return c
 end
 local jqc = 1
 function multi:newSystemThreadedJobQueue(n)
 	local c = {}
 	c.cores = n or THREAD.getCores()
 	c.registerQueue = {}
 	c.funcs = THREAD.createStaticTable("__JobQueue_"..jqc.."_table")
 	c.queue = lovr.thread.getChannel("__JobQueue_"..jqc.."_queue")
 	c.queueReturn = lovr.thread.getChannel("__JobQueue_"..jqc.."_queueReturn")
 	c.queueAll = lovr.thread.getChannel("__JobQueue_"..jqc.."_queueAll")
 	c.id = 0
 	c.OnJobCompleted = multi:newConnection()
 	local allfunc = 0
 	function c:doToAll(func)
 		local f = THREAD.dump(func)
 		for i = 1, self.cores do
 			self.queueAll:push({allfunc,f})
 		end
 		allfunc = allfunc + 1
 	end
 	function c:registerFunction(name,func)
 		if self.funcs[name] then
 			error("A function by the name "..name.." has already been registered!") 
 		end
 		self.funcs[name] = func
 	end
 	function c:pushJob(name,...)
 		self.id = self.id + 1
 		self.queue:push{name,self.id,...}
 		return self.id
 	end
 	function c:isEmpty()
        return queueJob:peek()==nil
    end
 	local nFunc = 0
    function c:newFunction(name,func,holup) -- This registers with the queue
        if type(name)=="function" then
            holup = func
            func = name
            name = "JQ_Function_"..nFunc
        end
        nFunc = nFunc + 1
        c:registerFunction(name,func)
        return thread:newFunction(function(...)
            local id = c:pushJob(name,...)
            local link
            local rets
            link = c.OnJobCompleted(function(jid,...)
                if id==jid then
                    rets = multi.pack(...)
                    link:Destroy()
                end
            end)
            return thread.hold(function()
                if rets then
                    return multi.unpack(rets) or multi.NIL
                end
            end)
        end,holup),name
    end
 	thread:newThread("jobManager",function()
 		while true do
 			thread.yield()
 			local dat = c.queueReturn:pop()
 			if dat then
 				c.OnJobCompleted:Fire(multi.unpack(dat))
 			end
 		end
 	end)
 	for i=1,c.cores do
 		multi:newSystemThread("JobQueue_"..jqc.."_worker_"..i,function(jqc)
 			local multi, thread = require("multi"):init()
 			require("lovr.timer")
 			local function atomic(channel)
 				return channel:pop()
 			end
 			local clock = os.clock
 			local funcs = THREAD.createStaticTable("__JobQueue_"..jqc.."_table")
 			local queue = lovr.thread.getChannel("__JobQueue_"..jqc.."_queue")
 			local queueReturn = lovr.thread.getChannel("__JobQueue_"..jqc.."_queueReturn")
 			local lastProc = clock()
 			local queueAll = lovr.thread.getChannel("__JobQueue_"..jqc.."_queueAll")
 			local registry = {}
 			_G["__QR"] = queueReturn
 			setmetatable(_G,{__index = funcs})
 			thread:newThread("startUp",function()
 				while true do
 					thread.yield()
 					local all = queueAll:peek()
 					if all and not registry[all[1]] then
 						lastProc = os.clock()
 						THREAD.loadDump(queueAll:pop()[2])()
 					end
 				end
 			end)
 			thread:newThread("runner",function()
 				thread.sleep(.1)
 				while true do
 					thread.yield()
 					local all = queueAll:peek()
 					if all and not registry[all[1]] then
 						lastProc = os.clock()
 						THREAD.loadDump(queueAll:pop()[2])()
 					end
 					local dat = queue:performAtomic(atomic)
 					if dat then
 						lastProc = os.clock()
 						local name = table.remove(dat,1)
 						local id = table.remove(dat,1)
 						local tab = {funcs[name](multi.unpack(dat))}
 						table.insert(tab,1,id)
 						queueReturn:push(tab)
 					end
 				end
 			end):OnError(function(...)
 				error(...)
 			end)
 			thread:newThread("Idler",function()
 				while true do
 					thread.yield()
 					if clock()-lastProc> 2 then
 						THREAD.sleep(.05)
 					else
 						THREAD.sleep(.001)
 					end
 				end
 			end)
 			multi:mainloop()
 		end,jqc)
 	end
 	jqc = jqc + 1
 	return c
 end
--- a/integration/lovrManager/init.lua
+++ b/integration/lovrManager/init.lua
@ -1,98 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 -- TODO make compatible with lovr
 if ISTHREAD then
    error("You cannot require the lovrManager from within a thread!")
 end
 local ThreadFileData = [[
 ISTHREAD = true
 THREAD = require("multi.integration.lovrManager.threads") -- order is important!
 sThread = THREAD
 __IMPORTS = {...}
 __FUNC__=table.remove(__IMPORTS,1)
 __THREADID__=table.remove(__IMPORTS,1)
 __THREADNAME__=table.remove(__IMPORTS,1)
 stab = THREAD.createStaticTable(__THREADNAME__)
 GLOBAL = THREAD.getGlobal()
 multi, thread = require("multi").init()
 stab["returns"] = {THREAD.loadDump(__FUNC__)(multi.unpack(__IMPORTS))}
 ]]
 local multi, thread = require("multi.compat.lovr2d"):init()
 local THREAD = {}
 __THREADID__ = 0
 __THREADNAME__ = "MainThread"
 _G.THREAD_NAME = "MAIN_THREAD"
 _G.THREAD_ID = 0
 multi.integration={}
 multi.integration.lovr2d={}
 local THREAD = require("multi.integration.lovrManager.threads")
 local GLOBAL = THREAD.getGlobal()
 local THREAD_ID = 1
 local OBJECT_ID = 0
 local stf = 0
 function THREAD:newFunction(func,holup)
    stf = stf + 1
 	return function(...)
 		local t = multi:newSystemThread("STF"..stf,func,...)
 		return thread:newFunction(function()
            return thread.hold(function()
                if t.stab["returns"] then
                    local dat = t.stab.returns
                    t.stab.returns = nil
                    return multi.unpack(dat)
                end
 			end)
 		end,holup)()
 	end
 end
 function multi:newSystemThread(name,func,...)
    local c = {}
    c.name = name
    c.ID=THREAD_ID
    c.thread=lovr.thread.newThread(ThreadFileData)
    c.thread:start(THREAD.dump(func),c.ID,c.name,...)
    c.stab = THREAD.createStaticTable(name)
    GLOBAL["__THREAD_"..c.ID] = {ID=c.ID,Name=c.name,Thread=c.thread}
    GLOBAL["__THREAD_COUNT"] = THREAD_ID
    THREAD_ID=THREAD_ID+1
 	if self.isActor then
 		self:create(c)
 	else
 		multi.create(multi, c)
 	end
    return c
 end
 THREAD.newSystemThread = multi.newSystemThread
 function lovr.threaderror(thread, errorstr)
    multi.print("Thread error!\n"..errorstr)
 end
 multi.integration.GLOBAL = GLOBAL
 multi.integration.THREAD = THREAD
 require("multi.integration.lovrManager.extensions")
 multi.print("Integrated lovr Threading!")
 return {init=function()
    return GLOBAL,THREAD
 end}
--- a/integration/lovrManager/threads.lua
+++ b/integration/lovrManager/threads.lua
@ -1,222 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 -- TODO make compatible with lovr
 require("lovr.timer")
 require("lovr.system")
 require("lovr.data")
 local socket = require("socket")
 local multi, thread = require("multi").init()
 local threads = {}
 function threads.loadDump(d)
    return loadstring(d:getString())
 end
 function threads.dump(func)
    return lovr.data.newByteData(string.dump(func))
 end
 local fRef = {"func",nil}
 local function manage(channel, value)
    channel:clear()
    if type(value) == "function" then
        fRef[2] = THREAD.dump(value)
        channel:push(fRef)
        return
    else
        channel:push(value)
    end
 end
 local function RandomVariable(length)
    local res = {}
    math.randomseed(socket.gettime()*10000)
 	for i = 1, length do
 		res[#res+1] = string.char(math.random(97, 122))
 	end
 	return table.concat(res)
 end
 local GNAME = "__GLOBAL_"
 local proxy = {}
 function threads.set(name,val)
    if not proxy[name] then proxy[name] = lovr.thread.getChannel(GNAME..name) end
    proxy[name]:performAtomic(manage, val) 
 end
 function threads.get(name)
    if not proxy[name] then proxy[name] = lovr.thread.getChannel(GNAME..name) end
    local dat = proxy[name]:peek()
    if type(dat)=="table" and dat[1]=="func" then
        return THREAD.loadDump(dat[2])
    else
        return dat
    end
 end
 function threads.waitFor(name)
    if thread.isThread() then
        return thread.hold(function()
            return threads.get(name)
        end)
    end
    while threads.get(name)==nil do
        lovr.timer.sleep(.001)
    end
    local dat = threads.get(name)
    if type(dat) == "table" and dat.init then
        dat.init = threads.loadDump(dat.init)
    end
    return dat
 end
 function threads.package(name,val)
    local init = val.init
    val.init=threads.dump(val.init)
    GLOBAL[name]=val
    val.init=init
 end
 function threads.getCores()
    return lovr.system.getProcessorCount()
 end
 function threads.kill()
    error("Thread Killed!")
 end
 function threads.getThreads()
    local t = {}
    for i=1,GLOBAL["__THREAD_COUNT"] do
        t[#t+1]=GLOBAL["__THREAD_"..i]
    end
    return t
 end
 function threads.getThread(n)
    return GLOBAL["__THREAD_"..n]
 end
 function threads.getName()
    return __THREADNAME__
 end
 function threads.getID()
    return __THREADID__
 end
 function threads.sleep(n)
    lovr.timer.sleep(n)
 end
 function threads.getGlobal()
    return setmetatable({},
        {
            __index = function(t, k)
                return THREAD.get(k)
            end,
            __newindex = function(t, k, v)
                THREAD.set(k,v)
            end
        }
    )
 end
 function threads.createTable(n)
    local _proxy = {}
    local function set(name,val)
        if not _proxy[name] then _proxy[name] = lovr.thread.getChannel(n..name) end
        _proxy[name]:performAtomic(manage, val) 
    end
    local function get(name)
        if not _proxy[name] then _proxy[name] = lovr.thread.getChannel(n..name) end
        local dat = _proxy[name]:peek()
        if type(dat)=="table" and dat[1]=="func" then
            return THREAD.loadDump(dat[2])
        else
            return dat
        end
    end
    return setmetatable({},
        {
            __index = function(t, k)
                return get(k)
            end,
            __newindex = function(t, k, v)
                set(k,v)
            end
        }
    )
 end
 function threads.getConsole()
    local c = {}
    c.queue = lovr.thread.getChannel("__CONSOLE__")
    function c.print(...)
        c.queue:push(multi.pack(...))
    end
    function c.error(err)
        c.queue:push{"ERROR in <"..__THREADNAME__..">: "..err,__THREADID__}
        error(err)
    end
    return c
 end
 if not ISTHREAD then
    local clock = os.clock
    local lastproc = clock()
    local queue = lovr.thread.getChannel("__CONSOLE__")
    thread:newThread("consoleManager",function()
        while true do
            thread.yield()
            dat = queue:pop()
            if dat then
                lastproc = clock()
                print(multi.unpack(dat))
            end
            if clock()-lastproc>2 then
                thread.sleep(.1)
            end
        end
    end)
 end
 function threads.createStaticTable(n)
    local __proxy = {}
    local function set(name,val)
        if __proxy[name] then return end
        local chan = lovr.thread.getChannel(n..name)
        if chan:getCount()>0 then return end
        chan:performAtomic(manage, val)
        __proxy[name] = val
    end
    local function get(name)
        if __proxy[name] then return __proxy[name] end
        local dat = lovr.thread.getChannel(n..name):peek()
        if type(dat)=="table" and dat[1]=="func" then
            __proxy[name] = THREAD.loadDump(dat[2])
            return __proxy[name]
        else
            __proxy[name] = dat
            return __proxy[name]
        end
    end
    return setmetatable({},
        {
            __index = function(t, k)
                return get(k)
            end,
            __newindex = function(t, k, v)
                set(k,v)
            end
        }
    )
 end
 function threads.hold(n)
    local dat
    while not(dat) do
        dat = n()
    end
 end
 return threads
--- a/integration/luvitManager.lua
+++ b/integration/luvitManager.lua
@ -1,138 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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 module probably will not be maintained any longer!
 package.path = "?/init.lua;?.lua;" .. package.path
 local function _INIT(luvitThread, timer)
 	-- lots of this stuff should be able to stay the same
 	function os.getOS()
 		if package.config:sub(1, 1) == "\\" then
 			return "windows"
 		else
 			return "unix"
 		end
 	end
 	-- Step 1 get setup threads on luvit... Sigh how do i even...
 	local multi, thread = require("multi").init()
 	multi.isMainThread = true
 	function multi:canSystemThread()
 		return true
 	end
 	function multi:getPlatform()
 		return "luvit"
 	end
 	local multi = multi
 	-- Step 2 set up the Global table... is this possible?
 	local GLOBAL = {}
 	setmetatable(
 		GLOBAL,
 		{
 			__index = function(t, k)
 				--print("No Global table when using luvit integration!")
 				return nil
 			end,
 			__newindex = function(t, k, v)
 				--print("No Global table when using luvit integration!")
 			end
 		}
 	)
 	local THREAD = {}
 	function THREAD.set(name, val)
 		--print("No Global table when using luvit integration!")
 	end
 	function THREAD.get(name)
 		--print("No Global table when using luvit integration!")
 	end
 	local function randomString(n)
 		local str = ""
 		local strings = {"a","b","c","d","e","f","g","h","i","j","k","l","m","n","o","p","q","r","s","t","u","v","w","x","y","z","1","2","3","4","5","6","7","8","9","0","A","B","C","D","E","F","G","H","I","J","K","L","M","N","O","P","Q","R","S","T","U","V","W","X","Y","Z"}
 		for i = 1, n do
 			str = str .. "" .. strings[math.random(1, #strings)]
 		end
 		return str
 	end
 	function THREAD.waitFor(name)
 		--print("No Global table when using luvit integration!")
 	end
 	function THREAD.testFor(name, val, sym)
 		--print("No Global table when using luvit integration!")
 	end
 	function THREAD.getCores()
 		return THREAD.__CORES
 	end
 	if os.getOS() == "windows" then
 		THREAD.__CORES = tonumber(os.getenv("NUMBER_OF_PROCESSORS"))
 	else
 		THREAD.__CORES = tonumber(io.popen("nproc --all"):read("*n"))
 	end
 	function THREAD.kill() -- trigger the thread destruction
 		error("Thread was Killed!")
 	end
 	-- hmmm if im cleaver I can get this to work... but since data passing isn't going to be a thing its probably not important
 	function THREAD.sleep(n)
 		--print("No Global table when using luvit integration!")
 	end
 	function THREAD.hold(n)
 		--print("No Global table when using luvit integration!")
 	end
 	-- Step 5 Basic Threads!
 	local function entry(path, name, func, ...)
 		local timer = require "timer"
 		local luvitThread = require "thread"
 		package.path = path
 		loadstring(func)(...)
 	end
 	function multi:newSystemThread(name, func, ...)
 		local c = {}
 		local __self = c
 		c.name = name
 		c.Type = multi.STHREAD
 		c.thread = {}
 		c.func = string.dump(func)
 		function c:kill()
 			-- print("No Global table when using luvit integration!")
 		end
 		luvitThread.start(entry, package.path, name, c.func, ...)
 		return c
 	end
 	THREAD.newSystemThread = multi.newSystemThread
 	multi.print("Integrated Luvit!")
 	multi.integration = {} -- for module creators
 	multi.integration.GLOBAL = GLOBAL
 	multi.integration.THREAD = THREAD
 	require("multi.integration.shared")
 	-- Start the main mainloop... This allows you to process your multi objects, but the engine on the main thread will be limited to .001 or 1 millisecond sigh...
 	local interval =
 		timer.setInterval(
 		1,
 		function()
 			multi:uManager()
 		end
 	)
 	return multi
 end
 return {init = function(threadHandle, timerHandle)
 	local multi = _INIT(threadHandle, timerHandle)
 	return GLOBAL, THREAD
 end}
--- a/integration/networkManager/channel.lua
+++ b/integration/networkManager/channel.lua
@ -1,34 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 _G["__CHANNEL__"] = {}
 local channel = {}
 channel.__index = channel
 -- Creates/Gets a channel of name
 function channel:newChannel(name)
    local chan = _G["__CHANNEL__"]
    if chan then
    end
 end
--- a/integration/networkManager/childNode.lua
+++ b/integration/networkManager/childNode.lua
@ -1,46 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local multi, thread = require("multi"):init()
 local cmd = require("multi.integration.networkManager.cmds")
 local node = require("multi.integration.networkManager.node")
 local net = require("net")
 local bin = require("bin")
 local child = {}
 child.__index = child
 function multi:newChildNode(cd)
    local c = {}
    setmetatable(c,child)
    local name
    if cd then
        if cd.name then
            name = cd.name
        end
        c.node = node:new(cd.nodePort or cmd.defaultPort,nil,name)
        if cd.managerHost then
            cd.managerPort = cd.managerPort or cmd.defaultManagerPort
            c.node:registerWithManager(cd.managerHost,cd.managerPort)
        end
    end
    return c
 end
--- a/integration/networkManager/clientSide.lua
+++ b/integration/networkManager/clientSide.lua
@ -1,35 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 return function(self,data)
    local cmd,data = data:match("!(.-)!(.*)")
    --print(">",cmd,data)
    if cmd == "PONG" then
        self:send("!PONG!")
    elseif cmd == "CHANNEL" then
        --
    elseif cmd == "RETURNS" then
        local rets = bin.new(data):getBlock("t")
        self.node.master.OnDataReturned:Fire(rets)
    end
 end
--- a/integration/networkManager/cmds.lua
+++ b/integration/networkManager/cmds.lua
@ -1,42 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local cmds = {
    defaultManagerPort  = 0XDE2,
    defaultWait         = 0X002,
    defaultPort         = 0X000, -- We will let the OS assign us one
    standardSkip        = 0X018,
    ERROR               = 0X000,
    PING                = 0X001,
    PONG                = 0X002,
    QUEUE               = 0X003,
    TASK                = 0X004,
    INITNODE            = 0X005,
    INITMASTER          = 0X006,
    GLOBAL              = 0X007,
    LOAD                = 0X008,
    CALL                = 0X009,
    REG                 = 0X00A,
    CONSOLE             = 0X00B,
 }
 return cmds
--- a/integration/networkManager/extensions.lua
+++ b/integration/networkManager/extensions.lua
@ -1,23 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
--- a/integration/networkManager/init.lua
+++ b/integration/networkManager/init.lua
@ -1,57 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local multi, thread = require("multi"):init()
 local net = require("net")
 --local bin = require("bin")
 local char = string.char
 local byte = string.byte
 bin.setBitsInterface(infinabits)
 --[[
 --[=[ Pre reqs:
 - Network contains nodes
 - Network can broadcast/has nodemanager/ is simple and can be scanned
 Outline:
 - multi:newMasterNode(connectionDetails)
 --  master:setDefaultNode(nodeName) -- Set default node
 --  master:newNetworkThread(nodeName,func,...) -- Thread is ran on a random node or the default one if set if nodeName is set to nil
 --  master:newNetworkChannel(nodeName)
 --  master:sendTo(nodeName,data)
 - multi:newNode(connectionDetails)
 - multi:newNodeManager(connectionDetails) -- This will be incharge of a lot of data handling
 ]=]
 local nGLOBAL, nTHREAD = require("multi.integration.networkManager"):init()
 local master = multi:newMasterNode()
 master:newNetworkThread("simpleNode",function(a,b,c)
    print(a,b,c)
 end,1,2,3)  
 ]]
 -- The init file should provide the structure that all the other modules build off of
 return {
    init = function()
        --
    end
 }
--- a/integration/networkManager/masterNode.lua
+++ b/integration/networkManager/masterNode.lua
@ -1,163 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local multi, thread = require("multi"):init()
 local cmd = require("multi.integration.networkManager.cmds")
 local node = require("multi.integration.networkManager.node")
 local net = require("net")
 local bin = require("bin")
 local master = {}
 master.__index = master
 function master:addNode(ip,port)
    return node:new(ip,port)
 end
 function master:getNodesFromBroadcast()
    net:newCastedClients("NODE_.+")
    net.OnCastedClientInfo(function(client, n, ip, port)
        self.nodes[n] = node:new(client)
    end)
 end
 function master:getNodesFromManager(ip,port)
    local mn = self.nodes
    if not self.manager then
        self.manager = net:newTCPClient(ip,port)
        if not self.manager then
            error("Unable to connect to the node Manager! Is it running? Perhaps the hostname or port is incorrect!")
        end
    end
    self.manager.OnDataRecieved(function(self,data,client)
        local cmd = data:match("!(.+)!")
        data = data:gsub("!"..cmd.."!","")
        if cmd == "NODE" then
            local n,h,p = data:match("(.-)|(.-)|(.+)")
            mn[n] = node:new(h,tonumber(p))
        end
    end)
    self.manager:send("!NODES!")
 end
 function master:setDefaultNode(nodeName)
    if self:nodeExists(nodeName) then
        self.defaultNode = nodeName
    end
 end
 function master:getRandomNode()
    local t = {}
    for i,v in pairs(self.nodes) do t[#t+1] = i end
    return t[math.random(1,#t)]
 end
 local netID = 0
 function master:newNetworkThread(nodeName,func,...)
    local args = {...}
    local dat = bin.new()
    local ret
    local nID = netID
    local conn = multi:newConnection()
    thread:newthread(function()
        dat:addBlock{
            args = args,
            func = func,
            id = netID
        }
        netID = netID + 1
        if type(nodeName) == "function" then
            func = nodeName
            nodeName = self.defaultNode or self:getRandomNode()
            if not func then
                error("You must provide a function!")
            end
        end
        self:sendTo(nodeName,"!N_THREAD!"..dat.data)
        self.OnDataReturned(function(rets)
            if rets.ID == nID then
                conn:Fire(unpack(rets.rets))
            end
        end)
    end)
    return conn
 end
 function master:newNetworkChannel(nodeName)
    --
 end
 function master:sendTo(nodeName,data)
    self:queue("send",nodeName,data)
 end
 function master:demandNodeExistance(nodeName)
    if self.nodes[nodeName] then
        return multi.hold(self.nodes[nodeName]:ping().pong)
    else
        return false
    end
 end
 function master:queue(c,...)
    table.insert(self._queue,{c,{...}})
 end
 function multi:newMasterNode(cd)
    local c = {}
    setmetatable(c, master)
    c.OnNodeDiscovered = multi:newConnection()
    c.OnNodeRemoved = multi:newConnection()
    c.OnDataRecieved = multi:newConnection()
    c.OnDataReturned = multi:newConnection()
    c.defaultNode = ""
    c.nodes = {}
    setmetatable(c.nodes,
        {__newindex = function(t,k,v)
            rawset(t,k,v)
            v.master = c
            c.OnNodeDiscovered:Fire(k,v)
        end})
    c._queue = {}
    if cd then
        if cd.nodeHost then
            cd.nodePort = cd.nodePort or cmd.defaultPort
            local n,no = c:addNode(cd.nodeHost,cd.nodePort)
            if n then
                c.nodes[n] = no
            end
        elseif cd.managerHost then
            cd.managerPort = cd.managerPort or cmd.defaultManagerPort
            c:getNodesFromManager(cd.managerHost,cd.managerPort)
        else
            c:getNodesFromBroadcast()
        end
    else
        c:getNodesFromBroadcast()
    end
    thread:newthread("CMDQueueProcessor",function()
        while true do
            thread.skip(128)
            local data = table.remove(c._queue,1)
            if data then
                local cmd = data[1]
                if cmd == "send" then
                    local nodeName = data[2][1]
                    local dat = data[2][2]
                    c.nodes[nodeName]:send(dat)
                end
            end
        end
    end):OnError(function(...)
        print(...)
    end)
    return c
 end
--- a/integration/networkManager/node.lua
+++ b/integration/networkManager/node.lua
@ -1,127 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local net = require("net")
 local cmd = require("multi.integration.networkManager.cmds")
 local multi,thread = require("multi"):init()
 local node = {}
 node.__index = node
 local rand = {}
 for i = 65,90 do
    rand[#rand+1] = string.char(i)
 end
 local function randName(n)
    local str = {}
    for i=1,(n or 10) do
        str[#str+1] = rand[math.random(1,#rand)]
    end
    return table.concat(str)
 end
 local getNames = thread:newFunction(function(names)
    local listen = socket.udp() -- make a new socket
 	listen:setsockname(net.getLocalIP(), 11111)
 	listen:settimeout(0)
    local data, ip, port = listen:receivefrom()
    thread.holdWithin(1,function()
        if data then
            local n, tp, ip, port = data:match("(%S-)|(%S-)|(%S-):(%d+)")
            if n then
                names[n]=true
            end
        end
    end)
    return multi.NIL
 end)
 local function setName(ref,name)
    if name then
        ref.name = "NODE_"..name
        ref.connection:broadcast(name)
        return
    end
    local names = {}
    getNames(names).wait() -- Prevents duplicate names from spawning!
    local name = randName()
    while names["NODE_"..name] do
        name = randName()
    end
    ref.name = "NODE_"..name
    ref.connection:broadcast(ref.name)
 end
 node.ServerCode = require("multi.integration.networkManager.serverSide")
 node.ClientCode = require("multi.integration.networkManager.clientSide")
 function node.random()
    return randName(12)
 end
 function node:registerWithManager(ip,port)
    if self.type ~= "server" then return end
    if not self.manager then
        self.manager = net:newTCPClient(ip,port)
        if not self.manager then
            error("Unable to connect to the node Manager! Is it running? Perhaps the hostname or port is incorrect!")
        end
    end
    thread:newFunction(function()
        thread.hold(function() return self.name end)
        self.manager:send("!REG_NODE!"..self.name.."|"..net.getLocalIP().."|"..self.connection.port)
    end)()
 end
 function node:new(host,port,name)
    local c = {}
    c.links = {}
    setmetatable(c,node)
    if type(host)=="number" or type(host)=="nil" then
        c.connection = net:newTCPServer(host or cmd.defaultPort)
        c.connection:enableBinaryMode()
        c.type = "server"
        c.connection.node = c
        c.connection.OnDataRecieved(self.ServerCode)
        setName(c)
    elseif type(host)=="table" and host.Type == "tcp" then
        c.connection = host
        c.connection:enableBinaryMode()
        c.type = "client"
        c.connection.node = c
        c.connection.OnDataRecieved(self.ClientCode)
        c.name = "MASTER_NODE"
    elseif type(host) == "string" and type(port)=="number" then
        c.connection = net:newTCPClient(host, port)
        c.connection:enableBinaryMode()
        c.type = "client"
        c.connection.node = c
        c.connection.OnDataRecieved(self.ClientCode)
        c.name = "MASTER_NODE"
    else
        error("Invalid arguments!")
    end
    return c
 end
 function node:ping()
    if self.type ~= "client" then return end
    self:send("!PING!")
    return {pong=self.connection.OnDataRecieved}
 end
 function node:send(data)
    if self.type ~= "client" then return end
    self.connection:send(data)
 end
 return node
--- a/integration/networkManager/nodeManager.lua
+++ b/integration/networkManager/nodeManager.lua
@ -1,48 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local multi, thread = require("multi"):init()
 local cmd = require("multi.integration.networkManager.cmds")
 local net = require("net")
 local bin = require("bin")
 local nodes = { -- Testing stuff
 }
 function multi:newNodeManager(port)
    print("Running node manager on port: "..(port or cmd.defaultManagerPort))
    local server = net:newTCPServer(port or cmd.defaultManagerPort)
    server.OnDataRecieved(function(serv, data, client)
        local cmd = data:match("!(.+)!")
        data = data:gsub("!"..cmd.."!","")
        if cmd == "NODES" then 
            for i,v in ipairs(nodes) do
                -- Sample data
                serv:send(client, "!NODE!".. v[1].."|"..v[2].."|"..v[3])
            end
        elseif cmd == "REG_NODE" then
            local name, ip, port = data:match("(.-)|(.-)|(.+)")
            table.insert(nodes,{name,ip,port})
            print("Registering Node:",name, ip, port)
        end
    end)
 end
--- a/integration/networkManager/serverSide.lua
+++ b/integration/networkManager/serverSide.lua
@ -1,47 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local bin, bits = require("bin").init()
 return function(self,data,client)
    local cmd,data = data:match("!(.-)!(.*)")
    --print("SERVER",cmd,data)
    if cmd == "PING" then
        self:send(client,"!PONG!")
    elseif cmd == "N_THREAD" then
        print(1)
        local dat = bin.new(data)
        print(2)
        local t = dat:getBlock("t")
        print(3)
        local ret = bin.new()
        print(4)
        ret:addBlock{ID = t.id,rets = {t.func(unpack(t.args))}}
        print(5)
        print(client,"!RETURNS!"..ret:getData())
        self:send(client,"!RETURNS!"..ret:getData())
        print(6)
 	elseif cmd == "CHANNEL" then
        local dat = bin.new(data):getBlock("t")
    end
 end
--- a/integration/networkManager/threads.lua
+++ b/integration/networkManager/threads.lua
@ -1,23 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
--- a/integration/networkManager/utils.lua
+++ b/integration/networkManager/utils.lua
@ -1,27 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local bin = require("bin")
 local utils = {}
 -- Will contain data that handles sterilizing and managing data
 return utils
--- a/integration/priorityManager/init.lua
+++ b/integration/priorityManager/init.lua
@ -1,213 +0,0 @@
 -- Advanced process management. Mutates the multi namespace
 local multi, thread = require("multi"):init()
 local ok, chronos = pcall(require, "chronos") -- hpc
 if not ok then chronos = nil end
 -- This is an integration, we cannot directly access locals that are in the main file.
 local PList = {
 	multi.Priority_Core,
 	multi.Priority_Very_High,
 	multi.Priority_High,
 	multi.Priority_Above_Normal,
 	multi.Priority_Normal,
 	multi.Priority_Below_Normal,
 	multi.Priority_Low,
 	multi.Priority_Very_Low,
 	multi.Priority_Idle
 }
 -- Restructered these functions since they rely on local variables from the core library
 local mainloop = multi.mainloopRef
 local mainloop_p = multi.mainloop_p
 local uManagerRef = multi.uManagerRef
 local uManagerRefP = multi.uManagerRefP1
 local PROFILE_COUNT = 5
 -- self:setCurrentProcess() a bit slower than using the local var, but there isn't another option
 local priorityManager = multi:newProcessor("Priority Manager", true)
 priorityManager.newThread = function() multi.warn("You cannot spawn threads on the priority manager!") end
 priorityManager.setPriorityScheme = function() multi.warn("You cannot set priority on the priorityManager!") end
 local function average(t)
 	local sum = 0
 	for _,v in pairs(t) do
 		sum = sum + v
 	end
 	return sum / #t
 end
 local function getPriority(obj)
 	local avg = average(obj.__profiling)
 	if avg < 0.0002 then
 		return PList[1]
 	elseif avg < 0.0004 then
 		return PList[2]
 	elseif avg < 0.0008 then
 		return PList[3]
 	elseif avg < 0.001 then
 		return PList[4]
 	elseif avg < 0.0025 then
 		return PList[5]
 	elseif avg < 0.005 then
 		return PList[6]
 	elseif avg < 0.008 then
 		return PList[7]
 	elseif avg < 0.01 then
 		return PList[8]
 	else
 		return PList[9]
 	end
 end
 local start, stop
 priorityManager.uManager = function(self)
 	-- proc.run already checks if the processor is active
 	self:setCurrentProcess()
 	local Loop=self.Mainloop
 	local ctask
 	for _D=#Loop,1,-1 do
 		ctask = Loop[_D]
 		ctask:setCurrentTask()
 		start = chronos.nanotime()
 		if ctask:Act() then
 			stop = chronos.nanotime()
 			if ctask.__profiling then
 				table.insert(ctask.__profiling, stop - start)
 			end
 			if ctask.__profiling and #ctask.__profiling == PROFILE_COUNT then
 				ctask:setPriority(getPriority(ctask))
 				ctask:reallocate(ctask.__restoreProc)
 				ctask.__restoreProc = nil
 				ctask.__profiling = nil
 			end
 		end
 		self:setCurrentProcess()
 	end
 end
 local function processHook(obj, proc)
 	if obj.Type == multi.registerType("process", "processes") or not(obj.IsAnActor) then return end
 	obj.__restoreProc = proc
 	obj.__profiling = {}
 	obj:reallocate(priorityManager)
 end
 local function init()
 	local registry = {}
    multi.priorityScheme = {
        RoundRobin = "RoundRobin",
        PriorityBased = "PriorityBased",
        TimeBased = "TimeBased"
    }
 	function multi:setProfilerCount(count)
 		PROFILE_COUNT = count
 	end
 	function multi:recalibrate()
 		if self.__processConn then
 			local items = self.Mainloop
 			for i,v in pairs(items) do
 				processHook(v, self)
 			end
 		else
 			multi.error("Cannot recalibrate the priority if not using Time based mangement!")
 		end
 	end
 	function multi:isRegistredScheme(scheme)
 		return registry[name] ~= nil
 	end
 	function multi:getRegisteredScheme(scheme)
 		return registry[name].mainloop, registry[name].umanager, registry[name].condition
 	end
 	local empty_func = function() return true end
 	function multi:registerScheme(name,options)
 		local mainloop = options.mainloop or multi.error("You must provide a mainloop option when registring a scheme!")
 		local umanager = options.umanager or multi.error("You must provide a umanager option when registring a scheme!")
 		if not options.condition then 
 			multi.warn("You might want to use condition when registring a scheme! A function that returns true has been auto generated for you!")
 		end
 		local condition = options.condition or empty_func
 		if registry[name] and not registry[name].static then 
 			multi.warn("A scheme named: \"" .. name .. "\" has already been registred, overriting!") 
 		else
 			multi.error("A scheme named: \"" .. name .. "\" has already been registred!")
 		end
 		registry[name] = {
 			mainloop = mainloop,
 			umanager = umanger,
 			condition = condition,
 			static = options.static or false
 		}
 		multi.priorityScheme[name] = name
 		return true
 	end
    function multi:setPriorityScheme(scheme)
        if not self.Type == multi.registerType("process", "processes") or not self.Type == multi.registerType("rootprocess") then
 			multi.warn("You should only invoke setPriorityScheme on a processor object!")
 		end
        if scheme == multi.priorityScheme.RoundRobin then
 			if self.__processConn then self.OnObjectCreated:Unconnect(self.__processConn) self.__processConn = nil end
 			self.mainloop = mainloop
 			self.uManager = uManagerRef
 		elseif scheme == multi.priorityScheme.PriorityBased then
 			if self.__processConn then self.OnObjectCreated:Unconnect(self.__processConn) self.__processConn = nil end
 			self.mainloop = mainloop_p
 			self.uManager = uManagerRefP
 		elseif scheme == multi.priorityScheme.TimeBased then
 			if not chronos then return multi.warn("Unable to use TimeBased Priority without the chronos library!") end
 			if self.__processConn then multi.warn("Already enabled TimeBased Priority!") end
 			self.__processConn = self.OnObjectCreated(processHook)
 			self.mainloop = mainloop_p
 			self.uManager = uManagerRefP
 		elseif self:isRegistredScheme(scheme) then
 			local mainloop, umanager, condition = self:getRegisteredScheme(scheme)
 			if condition() then
 				self.mainloop = mainloop
 				self.uManager = umanager
 			end
 		else
 			self.error("Invalid priority scheme selected!")
 		end
    end
 end
 local function init_chronos()
 	-- Let's implement a higher precision clock
 	multi.setClock(chronos.nanotime) -- This is also in .000 format. So a plug and play works.
 	thread:newThread("System Priority Manager", function()
 		while true do
 			thread.yield()
 			priorityManager.run()
 		end
 	end)
 end
 if chronos then
    init_chronos()
 else
    multi.warn("In order to have time based priority management, you need to install the chronos library!")
 end
 init()
--- a/integration/pseudoManager/extensions.lua
+++ b/integration/pseudoManager/extensions.lua
@ -1,221 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local multi, thread = require("multi"):init()
 local GLOBAL, THREAD = multi.integration.GLOBAL, multi.integration.THREAD
 local function stripUpValues(func)
    local dmp = string.dump(func)
    if setfenv then
        return loadstring(dmp,"IsolatedThread_PesudoThreading")
    else
        return load(dmp,"IsolatedThread_PesudoThreading","bt")
    end
 end
 function multi:newSystemThreadedQueue(name)
 	local c = {}
 	c.data = {}
 	c.Type = multi.registerType("s_queue")
 	function c:push(v)
 		table.insert(self.data,v)
 	end
 	function c:pop()
 		return table.remove(self.data,1)
 	end
 	function c:peek()
 		return self.data[1]
 	end
 	function c:init()
 		return self
 	end
    function c:Hold(opt)
        if opt.peek then
            return thread.hold(function()
                return self:peek()
            end)
        else
            return thread.hold(function()
                return self:pop()
            end)
        end
 	end
 	GLOBAL[name or "_"] = c
 	return c
 end
 function multi:newSystemThreadedTable(name)
    local c = {}
 	c.Type = multi.registerType("s_table")
    function c:init()
        return self
    end
    function c:Hold(opt)
        if opt.key then
            return thread.hold(function()
                return self.tab[opt.key]
            end)
        else
            multi.error("Must provide a key to check opt.key = 'key'")
        end
    end
    GLOBAL[name or "_"] = c
 	return c
 end
 local setfenv = multi.isolateFunction
 local jqc = 1
 function multi:newSystemThreadedJobQueue(n)
 	local c = {}
 	c.cores = n or THREAD.getCores()
 	c.registerQueue = {}
 	c.Type = multi.registerType("s_jobqueue")
 	c.funcs = multi:newSystemThreadedTable("__JobQueue_"..jqc.."_table")
 	c.queue = multi:newSystemThreadedQueue("__JobQueue_"..jqc.."_queue")
 	c.queueReturn = multi:newSystemThreadedQueue("__JobQueue_"..jqc.."_queueReturn")
 	c.queueAll = multi:newSystemThreadedQueue("__JobQueue_"..jqc.."_queueAll")
 	c.id = 0
 	c.OnJobCompleted = multi:newConnection()
 	local allfunc = 0
 	function c:doToAll(func)
 		for i = 1, self.cores do
 			self.queueAll:push({allfunc, func})
 		end
 		allfunc = allfunc + 1
 	end
 	function c:registerFunction(name, func)
 		if self.funcs[name] then
 			multi.error("A function by the name "..name.." has already been registered!") 
 		end
 		self.funcs[name] = func
 	end
 	function c:pushJob(name,...)
 		self.id = self.id + 1
 		self.queue:push{name,self.id,...}
 		return self.id
 	end
 	function c:isEmpty()
        return queueJob:peek()==nil
    end
 	local nFunc = 0
    function c:newFunction(name,func,holup) -- This registers with the queue
        if type(name)=="function" then
            holup = func
            func = name
            name = "JQ_Function_"..nFunc
        end
        nFunc = nFunc + 1
        c:registerFunction(name,func)
        return thread:newFunction(function(...)
            local id = c:pushJob(name,...)
            local link
            local rets
            link = c.OnJobCompleted(function(jid,...)
                if id==jid then
                    rets = multi.pack(...)
                end
            end)
            return thread.hold(function()
                if rets then
                    return multi.unpack(rets) or multi.NIL
                end
            end)
        end,holup),name
    end
 	thread:newThread("jobManager",function()
 		while true do
 			thread.yield()
 			local dat = c.queueReturn:pop()
 			if dat then
 				c.OnJobCompleted:Fire(multi.unpack(dat))
 			end
 		end
 	end)
 	for i=1,c.cores do
 		multi:newSystemThread("STJQ_"..multi.randomString(8),function(jqc)
 			local GLOBAL, THREAD = require("multi.integration.pseudoManager"):init()
 			local multi, thread = require("multi"):init()
 			local clock = os.clock
 			local funcs = THREAD.waitFor("__JobQueue_"..jqc.."_table")
 			local queue = THREAD.waitFor("__JobQueue_"..jqc.."_queue")
 			local queueReturn = THREAD.waitFor("__JobQueue_"..jqc.."_queueReturn")
 			local queueAll = THREAD.waitFor("__JobQueue_"..jqc.."_queueAll")
 			local registry = {}
 			_G["__QR"] = queueReturn
 			setmetatable(_G,{__index = funcs})
 			thread:newThread("startUp",function()
 				while true do
 					thread.yield()
 					local all = queueAll:peek()
 					if all and not registry[all[1]] then
 						queueAll:pop()[2]()
 					end
 				end
 			end)
 			thread:newThread("runner",function()
 				thread.sleep(.1)
 				while true do
 					thread.yield()
 					local all = queueAll:peek()
 					if all and not registry[all[1]] then
 						queueAll:pop()[2]()
 					end
 					local dat = thread.hold(queue)
 					if dat then
 						multi:newThread("JobSubRunner",function()
 							local name = table.remove(dat,1)
 							local id = table.remove(dat,1)
 							local tab = {multi.isolateFunction(funcs[name],_G)(multi.unpack(dat))}
 							table.insert(tab,1,id)
 							queueReturn:push(tab)
 						end)
 					end
 				end
 			end)
 			multi:mainloop()
 		end, jqc)
 	end
    function c:Hold(opt)
        return thread.hold(self.OnJobCompleted)
    end
 	jqc = jqc + 1
 	self:create(c)
 	return c
 end
 function multi:newSystemThreadedConnection(name)
 	local conn = multi:newConnection()
 	conn.init = function(self) return self end
 	GLOBAL[name or "_"] = conn
 	return conn
 end
 require("multi.integration.sharedExtensions")
--- a/integration/pseudoManager/init.lua
+++ b/integration/pseudoManager/init.lua
@ -1,123 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2020 Ryan Ward
 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, sub-license, 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.
 ]]
 package.path = "?/init.lua;?.lua;" .. package.path
 local multi, thread = require("multi"):init()
 local pseudoProcessor = multi:newProcessor()
 if multi.integration then
 	return {
 		init = function()
 			return multi.integration.GLOBAL, multi.integration.THREAD
 		end
 	}
 end
 multi.isMainThread = true
 local activator = require("multi.integration.pseudoManager.threads")
 local GLOBAL, THREAD = activator.init(thread)
 _G.THREAD_NAME = "MAIN_THREAD"
 _G.THREAD_ID = 0
 function multi:canSystemThread() -- We are emulating system threading
 	return true
 end
 function multi:getPlatform()
 	return "pesudo"
 end
 local function split(str)
 	local tab = {}
 	for word in string.gmatch(str, '([^,]+)') do
 		table.insert(tab,word)
 	end
 	return tab
 end
 local tab = [[_VERSION,io,os,require,load,debug,assert,collectgarbage,error,getfenv,getmetatable,ipairs,loadstring,module,next,pairs,pcall,print,rawequal,rawget,rawset,select,setfenv,setmetatable,tonumber,tostring,type,xpcall,math,coroutine,string,table]]
 tab = split(tab)
 local id = 0
 function multi:newSystemThread(name, func, ...)
 	local env
 	env = {
 		GLOBAL = GLOBAL,
 		THREAD = THREAD,
 		THREAD_NAME = tostring(name),
 		__THREADNAME__ = tostring(name),
 		THREAD_ID = id,
 		thread = thread,
 		multi = multi,
 	}
 	for i, v in pairs(_G) do
 		if not(env[i]) and not(i == "_G") and not(i == "local_global") then
 			env[i] = v
 		else
 			multi.warn("skipping:",i)
 		end
 	end
 	if GLOBAL["__env"] then
 		for i,v in pairs(GLOBAL["__env"]) do
 			env[i] = v
 		end
 	end
 	env._G = env
 	local GLOBAL, THREAD = activator.init(thread, env)
 	local th = pseudoProcessor:newISOThread(name, func, env, ...)
 	th.Type = multi.registerType("s_thread", "pseudoThreads")
 	th.OnError(multi.error)
 	id = id + 1
 	return th
 end
 THREAD.newSystemThread = multi.newSystemThread
 -- System threads as implemented here cannot share memory, but use a message passing system.
 -- An isolated thread allows us to mimic that behavior so if access data from the "main" thread happens things will not work. This behavior is in line with how the system threading works
 function THREAD:newFunction(func,holdme)
 	return thread:newFunctionBase(function(...)
 		return multi:newSystemThread("TempSystemThread",func,...)
 	end, holdme, multi.registerType("s_function", "pseudoFunctions"))()
 end
 multi.print("Integrated Pesudo Threading!")
 multi.integration = {} -- for module creators
 multi.integration.GLOBAL = GLOBAL
 multi.integration.THREAD = THREAD
 require("multi.integration.pseudoManager.extensions")
 require("multi.integration.sharedExtensions")
 return {
 	init = function()
 		return GLOBAL, THREAD
 	end
 }
--- a/integration/pseudoManager/threads.lua
+++ b/integration/pseudoManager/threads.lua
@ -1,122 +0,0 @@
 --[[
 MIT License
 Copyright (c) 2022 Ryan Ward
 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, sub-license, 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.
 ]]
 local function getOS()
 	if package.config:sub(1, 1) == "\\" then
 		return "windows"
 	else
 		return "unix"
 	end
 end
 local function INIT(thread)
    local THREAD = {}
    local GLOBAL = {}
    THREAD.Priority_Core = 3
    THREAD.Priority_High = 2
    THREAD.Priority_Above_Normal = 1
    THREAD.Priority_Normal = 0
    THREAD.Priority_Below_Normal = -1
    THREAD.Priority_Low = -2
    THREAD.Priority_Idle = -3
    function THREAD.set(name, val)
        GLOBAL[name] = val
    end
    function THREAD.get(name)
        return GLOBAL[name]
    end
    function THREAD.waitFor(name)
        return thread.hold(function() return GLOBAL[name] end)
    end
    if getOS() == "windows" then
        THREAD.__CORES = tonumber(os.getenv("NUMBER_OF_PROCESSORS"))
    else
        THREAD.__CORES = tonumber(io.popen("nproc --all"):read("*n"))
    end
    function THREAD.getCores()
        return THREAD.__CORES
    end
    function THREAD.getConsole()
        local c = {}
        function c.print(...)
            print(...)
        end
        function c.error(err)
            error("ERROR in <"..GLOBAL["$__THREADNAME__"]..">: "..err)
        end
        return c
    end
    function THREAD.getThreads()
        return {}--GLOBAL.__THREADS__
    end
    THREAD.pushStatus = thread.pushStatus
    function THREAD.kill()
        error("Thread was killed!")
    end
    THREAD.sleep = thread.sleep
    THREAD.hold = thread.hold
    THREAD.defer = thread.defer
 	function THREAD.setENV(env, name)
        name = name or "__env"
        GLOBAL[name] = env
    end
    function THREAD.getENV(name)
        name = name or "__env"
        return GLOBAL[name]
    end
    function THREAD.exposeENV(name)
        name = name or "__env"
        local env = THREAD.getENV(name)
        for i,v in pairs(env) do
            -- This may need to be reworked!
            local_global[i] = v
        end
    end
    function THREAD.sync()
        thread.sleep(.5)
    end
    return GLOBAL, THREAD
 end
 return {init = function(thread, global)
    return INIT(thread, global)
 end}
--- a/integration/sharedExtensions/init.lua
+++ b/integration/sharedExtensions/init.lua
@ -1,336 +0,0 @@
 --[[ todo finish the targeted job!
 MIT License
 Copyright (c) 2023 Ryan Ward
 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, sub-license, 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.
 ]]
 local multi, thread = require("multi"):init()
 -- Returns a handler that allows a user to interact with an object on another thread!
 -- Create on the thread that you want to interact with, send over the handle
 function multi:chop(obj)
 	if not _G["UIDS"] then
 		_G["UIDS"] = {}
 	end
 	local multi, thread = require("multi"):init()
 	local list = {[0] = multi.randomString(12)}
 	_G[list[0]] = obj
 	for i,v in pairs(obj) do
 		if type(v) == "function" or type(v) == "table" and v.Type == multi.registerType("s_function") then
 			table.insert(list, i)
 		elseif type(v) == "table" and v.Type == multi.registerType("connector", "connections") then	
 			table.insert(list, {i, multi:newProxy(multi:chop(v)):init()})
 		end
 	end
 	return list
 end
 function multi:newProxy(list)
 	local c = {}
 	c.name = multi.randomString(12)
 	c.is_init = false
 	local multi, thread = nil, nil
 	function c:init()
 		local multi, thread = nil, nil
 		local function copy(obj)
 			if type(obj) ~= 'table' then return obj end
 			local res = {}
 			for k, v in pairs(obj) do res[copy(k)] = copy(v) end
 			return res
 		end
 		if not(self.is_init) then
 			THREAD.sync()
 			self.is_init = true
 			local multi, thread = require("multi"):init()
 			self.proxy_link = "PL" .. multi.randomString(12)
 			if multi.integration then
 				GLOBAL = multi.integration.GLOBAL
 				THREAD = multi.integration.THREAD
 			end
 			GLOBAL[self.proxy_link] = self
 			local function check()
 				return self.send:pop()
 			end
 			self.send = multi:newSystemThreadedQueue(self.name.."_S"):init()
 			self.recv = multi:newSystemThreadedQueue(self.name.."_R"):init()
 			self.funcs = list
 			self._funcs = copy(list)
 			self.Type = multi.registerType("proxy", "proxies")
 			self.TID = THREAD_ID
 			thread:newThread("Proxy_Handler_" .. multi.randomString(4), function()
 				while true do
 					local data = thread.hold(check)
 					if data then
 						-- Let's not hold the main threadloop
 						thread:newThread("Temp_Thread", function()
 							local func = table.remove(data, 1)
 							local sref = table.remove(data, 1)
 							local ret
 							if sref then
 								ret = {_G[list[0]][func](_G[list[0]], multi.unpack(data))}
 							else
 								ret = {_G[list[0]][func](multi.unpack(data))}
 							end
 							for i = 1,#ret do
 								if type(ret[i]) == "table" and ret[i].Type ~= nil and ret[i].Type ~= multi.registerType("proxy", "proxies") then
 									ret[i] = "\1PARENT_REF"
 								end
 								if type(ret[i]) == "table" and getmetatable(ret[i]) then
 									setmetatable(ret[i],nil) -- remove that metatable, we do not need it on the other side!
 								end
 								if ret[i] == _G[list[0]] then
 									-- We cannot return itself, that return can contain bad values.
 									ret[i] = "\1SELF_REF"
 								end
 							end
 							table.insert(ret, 1, func)
 							self.recv:push(ret)
 						end)
 					end
 				end
 			end)
 			return self
 		else
 			THREAD.sync()
 			if not self.funcs then return self end
 			local function copy(obj)
 				if type(obj) ~= 'table' then return obj end
 				local res = {}
 				for k, v in pairs(obj) do res[copy(k)] = copy(v) end
 				return res
 			end
 			local multi, thread = require("multi"):init()
 			local me = self
 			local funcs = copy(self.funcs)
 			if multi.integration then
 				GLOBAL = multi.integration.GLOBAL
 				THREAD = multi.integration.THREAD
 			end
 			self.send = THREAD.waitFor(self.name.."_S"):init()
 			self.recv = THREAD.waitFor(self.name.."_R"):init()
 			self.Type = multi.registerType("proxy", "proxies")
 			for _,v in pairs(funcs) do
 				if type(v) == "table" then
 					-- We have a connection
 					v[2]:init(proc_name)
 					self[v[1]] = v[2]
 					v[2].Parent = self
 					setmetatable(v[2],getmetatable(multi:newConnection()))
 				else
 					self[v] = thread:newFunction(function(self,...)
 						if self == me then
 							me.send:push({v, true, ...})
 						else
 							me.send:push({v, false, ...})
 						end
 						return thread.hold(function()
 							local data = me.recv:peek()
 							if data and data[1] == v then
 								me.recv:pop()
 								table.remove(data, 1)
 								for i=1,#data do
 									if data[i] == "\1SELF_REF" then
 										data[i] = me
 									elseif data[i] == "\1PARENT_REF" then
 										data[i] = me.Parent
 									end
 								end
 								return multi.unpack(data)
 							end
 						end)
 					end, true)
 				end
 			end
 			return self
 		end
 	end
 	function c:getTransferable()
 		local cp = {}
 		local multi, thread = require("multi"):init()
 		local function copy(obj)
 			if type(obj) ~= 'table' then return obj end
 			local res = {}
 			for k, v in pairs(obj) do res[copy(k)] = copy(v) end
 			return res
 		end
 		cp.is_init = true
 		cp.proxy_link = self.proxy_link
 		cp.name = self.name
 		cp.funcs = copy(self._funcs)
 		cp.init = function(self)
 			local multi, thread = require("multi"):init()
 			if multi.integration then
 				GLOBAL = multi.integration.GLOBAL
 				THREAD = multi.integration.THREAD
 			end
 			local proxy = THREAD.waitFor(self.proxy_link)
 			proxy.funcs = self.funcs
 			return proxy:init()
 		end
 		return cp
 	end
 	self:create(c)
 	return c
 end
 local targets = {}
 local references = {}
 local jid = -1
 function multi:newSystemThreadedProcessor(cores)
 	local name = "STP_"..multi.randomString(4) -- set a random name if none was given.
 	local autoscale = autoscale or false -- Will scale up the number of cores that the process uses.
 	local c = {}
 	setmetatable(c,{__index = multi})
 	c.Type = multi.registerType("s_process", "s_processes")
 	c.threads = {}
 	c.cores = cores or 8
 	c.Name = name
 	c.Mainloop = {}
 	c.__count = 0
 	c.processors = {}
 	c.proc_list = {}
 	c.OnObjectCreated = multi:newConnection()
 	c.parent = self
 	c.jobqueue = multi:newSystemThreadedJobQueue(c.cores)
 	function c:pushJob(ID, name, ...)
 		local tq = THREAD.waitFor(self.Name .. "_target_tq_" .. ID):init()
 		tq:push{name, jid, multi.pack(...)}
        jid = jid - 1
        return jid + 1
    end
 	c.jobqueue:registerFunction("packObj",function(obj)
 		local multi, thread = require("multi"):init()
 		local list = multi:chop(obj)
 		obj.__link_name = list[0]
 		local proxy = multi:newProxy(list):init()
 		return proxy
 	end)
 	c.spawnThread = c.jobqueue:newFunction("__spawnThread__", function(name, func, ...)
 		local multi, thread = require("multi"):init()
 		local obj = thread:newThread(name, func, ...)
 		return packObj(obj)
 	end, true)
 	c.spawnTask = c.jobqueue:newFunction("__spawnTask__", function(obj, func, ...)
 		local multi, thread = require("multi"):init()
 		local obj = multi[obj](multi, func, ...)
 		return packObj(obj)
 	end, true)
 	local implement = {
 		"newLoop",
 		"newTLoop",
 		"newUpdater",
 		"newEvent",
 		"newAlarm",
 		"newStep",
 		"newTStep",
 		"newService"
 	}
 	for _, method in pairs(implement) do
 		c[method] = thread:newFunction(function(self, ...)
 			proxy = self.spawnTask(method, ...)
 			proxy:init()
 			references[proxy] = self
 			return proxy
 		end, true)
 	end
 	function c:newThread(name, func, ...)
 		proxy = self.spawnThread(name, func, ...):init(self.Name)
 		references[proxy] = self
 		table.insert(self.threads, proxy)
 		return proxy
 	end
 	function c:newFunction(func, holdme)
 		return self.jobqueue:newFunction(func, holdme)
 	end
 	function c:newSharedTable(name)
 		if not name then multi.error("You must provide a name when creating a table!") end
 		local tbl_name = "TABLE_"..multi.randomString(8)
 		self.jobqueue:doToAll(function(tbl_name, interaction)
 			_G[interaction] = THREAD.waitFor(tbl_name):init()
 		end, tbl_name, name)
 		return multi:newSystemThreadedTable(tbl_name):init()
 	end
 	function c:getHandler()
 		return function() end -- return empty function
 	end
 	function c:getThreads()
 		return self.threads
 	end
 	function c:getFullName()
 		return self.parent:getFullName() .. "." .. c.Name
 	end
 	function c:getName()
 		return self.Name
 	end
 	function c.run()
 		return self
 	end
 	function c.isActive()
 		return true
 	end
 	function c.Start()
 		return self
 	end
 	function c.Stop()
 		return self
 	end
 	function c:Destroy()
 		return false
 	end
 	return c
 end
--- a/integration/threading.lua
+++ b/integration/threading.lua
@ -1,13 +0,0 @@
 -- We need to detect what enviroment we are running our code in.
 return {
    init = function()
        if love then
            return require("multi.integration.loveManager"):init()
        else
            if pcall(require,"lanes") then
                return require("multi.integration.lanesManager"):init()
            end
            return require("multi.integration.pesudoManager"):init()
        end
    end
 }
--- a/lanesintergratetest.lua
+++ b/lanesintergratetest.lua
@ -0,0 +1,37 @@
 package.path="?/init.lua;?.lua;"..package.path
 local GLOBAL,lthread=require("multi.intergration.lanesManager").init()
 require("multi.alarm")
 require("multi.threading")
 for i,v in pairs(lanes.ABOUT) do print(i,v) end
 multi:newAlarm(2):OnRing(function(self)
 	GLOBAL["NumOfCores"]=lthread.getCores()
 end)
 multi:newAlarm(7):OnRing(function(self)
 	GLOBAL["AnotherTest"]=true
 end)
 multi:newAlarm(13):OnRing(function(self)
 	GLOBAL["FinalTest"]=true
 end)
 multi:newSystemThread("test",function() -- spawns a thread in another lua process
 	require("multi.all") -- now you can do all of your coding with the multi library! You could even spawn more threads from here with the intergration. You would need to require the interaction again though
 	print("Waiting for variable: NumOfCores")
 	print("Got it: ",lthread.waitFor("NumOfCores"))
 	lthread.hold(function()
 		return GLOBAL["AnotherTest"] -- note this would hold the entire systemthread. Spawn a coroutine thread using multi:newThread() or multi:newThreaded...
 	end)
 	print("Holding works!")
 	multi:newThread("tests",function()
 		thread.hold(function()
 			return GLOBAL["FinalTest"] -- note this will not hold the entire systemthread. As seen with the TLoop constantly going!
 		end)
 		print("Final test works!")
 		os.exit()
 	end)
 	local a=0
 	multi:newTLoop(function()
 		a=a+1
 		print(a)
 	end,.5)
 	multi:mainloop()
 end)
 multi:mainloop()
--- a/lovethreads/conf.lua
+++ b/lovethreads/conf.lua
@ -1,20 +0,0 @@
 function love.conf(t)
 	t.identity = nil -- The name of the save directory (string)
 	t.version = "12.0" -- The LOVE version this game was made for (string)
 	t.console = true -- Attach a console (boolean, Windows only)
 	-- t.modules.audio = false -- Enable the audio module (boolean)
 	-- t.modules.event = false -- Enable the event module (boolean)
 	-- t.modules.graphics = false -- Enable the graphics module (boolean)
 	-- t.modules.image = false -- Enable the image module (boolean)
 	-- t.modules.joystick = false -- Enable the joystick module (boolean)
 	-- t.modules.keyboard = false -- Enable the keyboard module (boolean)
 	-- t.modules.math = false -- Enable the math module (boolean)
 	-- t.modules.mouse = false -- Enable the mouse module (boolean)
 	-- t.modules.physics = false -- Enable the physics module (boolean)
 	-- t.modules.sound = false -- Enable the sound module (boolean)
 	-- t.modules.system = true -- Enable the system module (boolean)
 	-- t.modules.timer = true -- Enable the timer module (boolean)
 	-- t.modules.window = false -- Enable the window module (boolean)
 	-- t.modules.thread = true -- Enable the thread module (boolean)
 end
--- a/lovethreads/main.lua
+++ b/lovethreads/main.lua
@ -1,75 +0,0 @@
 package.path = "../?/init.lua;../?.lua;"..package.path
 local multi, thread = require("multi"):init{print=true, warning = true, error=true}
 local utils = require("multi.integration.loveManager.utils")
 local people = {1,2,3}
 function dump(o)
    if type(o) == 'table' then
        local s = '{ '
        for k,v in pairs(o) do
            if type(k) ~= 'number' then k = '"'..k..'"' end
            s = s .. '['..k..'] = ' .. dump(v) .. '('..type(v):sub(1,1)..'),'
        end
        return s .. '} '
    else
        return tostring(o)
    end
 end
 local fpeople = utils.pack(people)
 print("Pack:", dump(fpeople))
 local people = utils.unpack(fpeople)
 print("Unpack:", dump(people))
 print(type(people[3]))
 -- GLOBAL, THREAD = require("multi.integration.loveManager"):init()
 -- local queue = multi:newSystemThreadedQueue("TestQueue")
 -- local tab = multi:newSystemThreadedTable("TestTable")
 -- local test = multi:newSystemThread("Test",function()
 --     local queue = THREAD.waitFor("TestQueue")
 --     local tab = THREAD.waitFor("TestTable")
 --     print("THREAD_ID:",THREAD_ID)
 --     queue:push("Did it work?")
 --     tab["Test"] = true
 --     return 1,2,3
 -- end)
 -- multi:newThread("QueueTest", function()
 --     print(thread.hold(queue))
 --     print(thread.hold(tab, {key="Test"}))
 --     print("Done!")
 -- end)
 -- local jq = multi:newSystemThreadedJobQueue(n)
 -- jq:registerFunction("test2",function()
 --     print("This works!")
 -- end)
 -- jq:registerFunction("test",function(a, b, c)
 --     print(a, b+c)
 --     test2()
 --     return a+b+c
 -- end)
 -- print("Job:",jq:pushJob("test",1,2,3))
 -- print("Job:",jq:pushJob("test",2,3,4))
 -- print("Job:",jq:pushJob("test",5,6,7))
 -- jq.OnJobCompleted(function(...)
 --     print("Job Completed!", ...)
 -- end)
 -- function love.draw()
 --     --
 -- end
 -- function love.update()
 --     multi:uManager()
 -- end
--- a/lovethreads/multi
+++ b/lovethreads/multi
@ -1 +0,0 @@
 ../
--- a/multi/alarm.lua
+++ b/multi/alarm.lua
@ -0,0 +1,42 @@
 require("multi")
 function multi:newAlarm(set)
 	local c=self:newBase()
 	c.Type='alarm'
 	c.Priority=self.Priority_Low
 	c.timer=self:newTimer()
 	c.set=set or 0
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.set)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		if self.timer:Get()>=self.set then
 			self:Pause()
 			self.Active=false
 			for i=1,#self.func do
 				self.func[i](self)
 			end
 		end
 	end
 	function c:Resume()
 		self.Parent.Resume(self)
 		self.timer:Resume()
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self:Resume()
 		self.timer:Reset()
 	end
 	function c:OnRing(func)
 		table.insert(self.func,func)
 	end
 	function c:Pause()
 		self.timer:Pause()
 		self.Parent.Pause(self)
 	end
 	self:create(c)
 	return c
 end
--- a/multi/all.lua
+++ b/multi/all.lua
@ -0,0 +1,18 @@
 require("multi.alarm")
 require("multi.function")
 require("multi.loop")
 require("multi.tloop")
 require("multi.step")
 require("multi.task")
 require("multi.threading")
 require("multi.trigger")
 require("multi.tstep")
 require("multi.updater")
 require("multi.watcher")
 require("multi.threading.alarm")
 require("multi.threading.event")
 require("multi.threading.loop")
 require("multi.threading.process")
 require("multi.threading.step")
 require("multi.threading.tstep")
 require("multi.threading.updater")
--- a/multi/compat/backwards[1,5,0].lua
+++ b/multi/compat/backwards[1,5,0].lua
@ -0,0 +1,282 @@
 multi.OnObjectCreated(function(obj)
 	if obj.Type=="loop" then
 		function obj:Act()
 			for i=1,#self.func do
 				self.func[i](self.Parent.clock()-self.Start,self)
 			end
 		end
 	elseif obj.Type=="step" then
 		function obj:Act()
 			if self~=nil then
 				if self.spos==0 then
 					if self.pos==self.start then
 						for fe=1,#self.funcS do
 							self.funcS[fe](self)
 						end
 					end
 					for i=1,#self.func do
 						self.func[i](self.pos,self)
 					end
 					self.pos=self.pos+self.count
 					if self.pos-self.count==self.endAt then
 						self:Pause()
 						for fe=1,#self.funcE do
 							self.funcE[fe](self)
 						end
 						self.pos=self.start
 					end
 				end
 			end
 			self.spos=self.spos+1
 			if self.spos>=self.skip then
 				self.spos=0
 			end
 		end
 	elseif obj.Type=="tstep" then
 		function c:Act()
 			if self.clock()-self.timer>=self.set then
 				self:Reset()
 				if self.pos==self.start then
 					for fe=1,#self.funcS do
 						self.funcS[fe](self)
 					end
 				end
 				for i=1,#self.func do
 					self.func[i](self.pos,self)
 				end
 				self.pos=self.pos+self.count
 				if self.pos-self.count==self.endAt then
 					self:Pause()
 					for fe=1,#self.funcE do
 						self.funcE[fe](self)
 					end
 					self.pos=self.start
 				end
 			end
 		end
 	end
 end)
 if thread then
 	function multi:newThreadedLoop(name,func)
 		local c=self:newTBase()
 		c.Type='loopThread'
 		c.Start=os.clock()
 		if func then
 			c.func={func}
 		end
 		function c:tofile(path)
 			local m=bin.new()
 			m:addBlock(self.Type)
 			m:addBlock(self.func)
 			m:addBlock(self.Active)
 			m:tofile(path)
 		end
 		function c:Resume()
 			self.rest=false
 		end
 		function c:Pause()
 			self.rest=true
 		end
 		function c:OnLoop(func)
 			table.insert(self.func,func)
 		end
 		c.rest=false
 		c.updaterate=0
 		c.restRate=.75
 		multi:newThread(name,function(ref)
 			while true do
 				if c.rest then
 					thread.sleep(c.restRate)
 				else
 					for i=1,#c.func do
 						c.func[i](os.clock()-self.Start,c)
 					end
 					thread.sleep(c.updaterate)
 				end
 			end
 		end)
 		self:create(c)
 		return c
 	end
 	function multi:newThreadedStep(name,start,reset,count,skip)
 		local c=self:newTBase()
 		local think=1
 		c.Type='stepThread'
 		c.pos=start or 1
 		c.endAt=reset or math.huge
 		c.skip=skip or 0
 		c.spos=0
 		c.count=count or 1*think
 		c.funcE={}
 		c.funcS={}
 		c.start=start or 1
 		if start~=nil and reset~=nil then
 			if start>reset then
 				think=-1
 			end
 		end
 		function c:tofile(path)
 			local m=bin.new()
 			m:addBlock(self.Type)
 			m:addBlock(self.func)
 			m:addBlock(self.funcE)
 			m:addBlock(self.funcS)
 			m:addBlock({pos=self.pos,endAt=self.endAt,skip=self.skip,spos=self.spos,count=self.count,start=self.start})
 			m:addBlock(self.Active)
 			m:tofile(path)
 		end
 		function c:Resume()
 			self.rest=false
 		end
 		function c:Pause()
 			self.rest=true
 		end
 		c.Reset=c.Resume
 		function c:OnStart(func)
 			table.insert(self.funcS,func)
 		end
 		function c:OnStep(func)
 			table.insert(self.func,1,func)
 		end
 		function c:OnEnd(func)
 			table.insert(self.funcE,func)
 		end
 		function c:Break()
 			self.rest=true
 		end
 		function c:Update(start,reset,count,skip)
 			self.start=start or self.start
 			self.endAt=reset or self.endAt
 			self.skip=skip or self.skip
 			self.count=count or self.count
 			self:Resume()
 		end
 		c.updaterate=0
 		c.restRate=.1
 		multi:newThread(name,function(ref)
 			while true do
 				if c.rest then
 					ref:sleep(c.restRate)
 				else
 					if c~=nil then
 						if c.spos==0 then
 							if c.pos==c.start then
 								for fe=1,#c.funcS do
 									c.funcS[fe](c)
 								end
 							end
 							for i=1,#c.func do
 								c.func[i](c.pos,c)
 							end
 							c.pos=c.pos+c.count
 							if c.pos-c.count==c.endAt then
 								c:Pause()
 								for fe=1,#c.funcE do
 									c.funcE[fe](c)
 								end
 								c.pos=c.start
 							end
 						end
 					end
 					c.spos=c.spos+1
 					if c.spos>=c.skip then
 						c.spos=0
 					end
 					ref:sleep(c.updaterate)
 				end
 			end
 		end)
 		self:create(c)
 		return c
 	end
 	function multi:newThreadedTStep(name,start,reset,count,set)
 		local c=self:newTBase()
 		local think=1
 		c.Type='tstepThread'
 		c.Priority=self.Priority_Low
 		c.start=start or 1
 		local reset = reset or math.huge
 		c.endAt=reset
 		c.pos=start or 1
 		c.skip=skip or 0
 		c.count=count or 1*think
 		c.funcE={}
 		c.timer=os.clock()
 		c.set=set or 1
 		c.funcS={}
 		function c:Update(start,reset,count,set)
 			self.start=start or self.start
 			self.pos=self.start
 			self.endAt=reset or self.endAt
 			self.set=set or self.set
 			self.count=count or self.count or 1
 			self.timer=os.clock()
 			self:Resume()
 		end
 		function c:tofile(path)
 			local m=bin.new()
 			m:addBlock(self.Type)
 			m:addBlock(self.func)
 			m:addBlock(self.funcE)
 			m:addBlock(self.funcS)
 			m:addBlock({pos=self.pos,endAt=self.endAt,skip=self.skip,timer=self.timer,count=self.count,start=self.start,set=self.set})
 			m:addBlock(self.Active)
 			m:tofile(path)
 		end
 		function c:Resume()
 			self.rest=false
 		end
 		function c:Pause()
 			self.rest=true
 		end
 		function c:OnStart(func)
 			table.insert(self.funcS,func)
 		end
 		function c:OnStep(func)
 			table.insert(self.func,func)
 		end
 		function c:OnEnd(func)
 			table.insert(self.funcE,func)
 		end
 		function c:Break()
 			self.Active=nil
 		end
 		function c:Reset(n)
 			if n then self.set=n end
 			self.timer=os.clock()
 			self:Resume()
 		end
 		c.updaterate=0
 		c.restRate=0
 		multi:newThread(name,function(ref)
 			while true do
 				if c.rest then
 					thread.sleep(c.restRate)
 				else
 					if os.clock()-c.timer>=c.set then
 						c:Reset()
 						if c.pos==c.start then
 							for fe=1,#c.funcS do
 								c.funcS[fe](c)
 							end
 						end
 						for i=1,#c.func do
 							c.func[i](c.pos,c)
 						end
 						c.pos=c.pos+c.count
 						if c.pos-c.count==c.endAt then
 							c:Pause()
 							for fe=1,#c.funcE do
 								c.funcE[fe](c)
 							end
 							c.pos=c.start
 						end
 					end
 					thread.skip(c.updaterate)
 				end
 			end
 		end)
 		self:create(c)
 		return c
 	end
 end
--- a/multi/compat/love2d.lua
+++ b/multi/compat/love2d.lua
@ -0,0 +1,104 @@
 require("multi.all")
 os.sleep=love.timer.sleep
 function bin.load(file,s,r)
 	content, size = love.filesystem.read(file)
 	local temp=bin.new(content)
 	temp.filepath=file
    return temp
 end
 function bin:tofile(filename)
 	if not(filename) or self.Stream then return nil end
 	love.filesystem.write(filename,self.data)
 end
 function bin.stream(file,l)
 	error("Sorry streaming is not available when using love2d :(, I am looking for a solution though :)")
 end
 function love.run()
 	if love.math then
 		love.math.setRandomSeed(os.time())
 	end
 	if love.event then
 		love.event.pump()
 	end
 	if love.load then love.load(arg) end
 	if love.timer then love.timer.step() end
 	local dt = 0
 	while true do
 		-- Process events.
 		if love.event then
 			love.event.pump()
 			for e,a,b,c,d in love.event.poll() do
 				if e == "quit" then
 					if not love.quit or not love.quit() then
 						if love.audio then
 							love.audio.stop()
 						end
 						return
 					end
 				end
 				love.handlers[e](a,b,c,d)
 			end
 		end
 		if love.timer then
 			love.timer.step()
 			dt = love.timer.getDelta()
 		end
 		if love.update then love.update(dt) end
 		if multi.boost then
 			for i=1,multi.boost-1 do
 				multi:uManager(dt)
 			end
 		end
 		multi:uManager(dt)
 		if love.window and love.graphics and love.window.isCreated() then
 			love.graphics.clear()
 			love.graphics.origin()
 			if love.draw then love.draw() end
 			multi.dManager()
 			love.graphics.setColor(255,255,255,255)
 			if multi.draw then multi.draw() end
 			love.graphics.present()
 		end
 	end
 end
 multi.drawF={}
 function multi:dManager()
 	for ii=1,#multi.drawF do
 		multi.drawF[ii]()
 	end
 end
 function multi:onDraw(func,i)
 	i=i or 1
 	table.insert(self.drawF,i,func)
 end
 function multi:lManager()
 	if love.event then
 		love.event.pump()
 		for e,a,b,c,d in love.event.poll() do
 			if e == "quit" then
 				if not love.quit or not love.quit() then
 					if love.audio then
 						love.audio.stop()
 					end
 					return nil
 				end
 			end
 			love.handlers[e](a,b,c,d)
 		end
 	end
 	if love.timer then
 		love.timer.step()
 		dt = love.timer.getDelta()
 	end
 	if love.update then love.update(dt) end
 	multi:uManager(dt)
 	if love.window and love.graphics and love.window.isCreated() then
 		love.graphics.clear()
 		love.graphics.origin()
 		if love.draw then love.draw() end
 		multi.dManager()
 		love.graphics.setColor(255,255,255,255)
 		if multi.draw then multi.draw() end
 		love.graphics.present()
 	end
 end
--- a/multi/docs/changelog.txt
+++ b/multi/docs/changelog.txt
@ -0,0 +1,97 @@
 History: EventManager,EventManager+,MultiManager <-- Current After 6.3.0 Versioning scheme was altered. A.0.0
 New in 1.0.0
 	Nothing really however a changelog will now be recorded!
 	version.major.minor
 New in 1.1.0
 	Changed: multi:newConnection(protect) method
 		Changed the way you are able to interact with it by adding the __call metamethod
 		Old usage:
 		OnUpdate=multi:newConnection()
 			OnUpdate:connect(function(...)
 				print("Updating",...)
 			end)
 		OnUpdate:Fire(1,2,3)
 		New usage: notice that connect is no longer needed! Both ways still work! and always will work :)
 		OnUpdate=multi:newConnection()
 			OnUpdate(function(...)
 				print("Updating",...)
 			end)
 		OnUpdate:Fire(1,2,3)
 New in 1.2.0 (12/31/2016)
 	Added:
 		connectionobj.getConnection(name)
 		returns a list of an instance (or instances) of a single connect made with connectionobj:connect(func,name) or connectionobj(func,name)
 		if you can orginize data before hand you can route info to certain connections thus saving a lot of cpu time. NOTE: only one name per each connection... you can't have 2 of the same names in a dictonary... the last one will be used
 	Changed: obj=multi:newConnection()
 		obj:connect(func,name) and obj(func,name)
 		Added the name argument to allow indexing specific connection objects... Useful when creating an async library
 New in 1.3.0 (1/29/2017)
 	Added:
 		Load detection!
 		multi.threshold -- minimum amount of cycles that all mObjs should be allotted before the Manager is considered burdened. Defualt: 256
 		multi.threstimed -- amount of time when counting the number of cycles, Greater gives a more accurate view of the load, but takes more time. Defualt: .001
 		multi:setThreshold(n) -- method used to set multi.threshold
 		multi:setThrestimed(n) -- method used to set multi.threstimed
 		multi:getLoad() -- returns a number between 0 and 100
 New in 1.4.0 (3/20/2017)
 	Added:
 		multiobj:reallocate(ProcessObj) -- changes the parent process of an object
 		ProcessObj:getController() -- returns the mThread so you can opperate on it like a multiobj
 	Example1:
 		require("multimanager") -- require the library
 		int1=multi:newProcess() -- create a process
 		int1.NAME="int1" -- give it a name for example purposes
 		int2=multi:newProcess() -- create another process to reallocate
 		int2.NAME="int2" -- name this a different name
 		step=int1:newTStep(1,10) -- create a TStep so we can slowly see what is going on
 		step:OnStep(function(p,s) -- connect to the onstep event
 			print(p,s.Parent.NAME) -- print the position and process name
 		end)
 		step:OnEnd(function(s) -- when the step ends lets reallocate it to the other process
 			if s.Parent.NAME=="int1" then -- lets only do this if it is in the int1 process
 				s:reallocate(int2) -- send it to int2
 				s:Reset() -- reset the object
 			else
 				print("We are done!")
 				os.exit() -- end the program when int2 did its thing
 			end
 		end)
 		int1:Start() -- start process 1
 		int2:Start() -- start process 2
 		multi:mainloop() -- start the main loop
 	Fixed/Updated:
 		queuer=multi:newQueuer([string: file])
 		Alarms now preform as they should on a queuer
 	Example2:
 		int=multi:newQueuer()
 		step=int:newTStep(1,10,1,.5)
 		alarm=int:newAlarm(2)
 		step2=int:newTStep(1,5,1,.5)
 		step:OnStep(function(p,s)
 			print(p)
 		end)
 		step2:OnStep(function(p,s)
 			print(p,"!")
 		end)
 		alarm:OnRing(function(a)
 			print("Ring1!!!")
 		end)
 		int:OnQueueCompleted(function(s)
 			s:Pause()
 			print("Done!")
 			os.exit()
 		end)
 		int:Start()
 		multi:mainloop()
 New in 1.4.1 (4/10/2017)
 	Change:
 		small change to the hold method to make it a bit more lightweight
 		Using a timer instead of an alarm object!
 	Limits to hold:
 		cannot hold more than 1 object at a time, and doing so could cause a deadlock!
 	Upcomming:
 		Threaded objects wrapped in corutines, so you can hold/sleep without problems!
 New in 1.5.1 (6/2/2017)
 	Added:
 		Threaded objects
 		TLoop
--- a/multi/docs/features.txt
+++ b/multi/docs/features.txt
@ -0,0 +1,56 @@
 'Current Version: A.4.1 stable
 MultiManager has 19 Objects: # indicates most commonly used 1-19 1 being the most used by me
 +Events			#7
 +Alarms			#2
 +Loops			#3
 +Steps			#4
 +TSteps			#6
 +Triggers		#16
 +Tasks			#12
 +Connections	#1  -- This is a rather new feature of this library, but has become the most useful for async handling. Knowing this is already 50% of this library
 +Timers			#14 -- this was tricky because these make up both Alarms and TSteps, but in purly using this standalone is almost non existent
 +Jobs			#11
 +Process		#10
 +Conditions		#15
 +Ranges			#8
 +Threads		#13
 +Functions		#5
 +Queuers		#17
 +Updaters		#9
 +Watchers		#18
 +CustomObjects	#19
 Constructors [Runners]
 ---------------------- Note: multi is the main Processor Obj It cannot be paused or destroyed (kinda)
 ProcessObj=multi:newProcess([string: FILE defualt: nil])
 ProcessObj=multi:newQueuer([string: FILE defualt: nil])
 NOTE: The multi namespace is also a ProcessObj
 Constructors [ACTORS]
 --------------------- Note: everything is a multiObj!
 eventObj=multi:newEvent([function: TASK defualt: function() end])
 alarmObj=multi:newAlarm([number: SET defualt: 0])
 loopObj=multi:newLoop([function: FUNC])
 tloopObj=multi:newTLoop([function: FUNC], number: n)
 stepObj=multi:newStep([number: START defualt: 0],[number: RESET defualt: inf],[number: COUNT defualt: 1],[number: SKIP defualt: 0])
 tstepObj=multi:newTStep([number: START defualt: 0],[number: RESET defualt: inf],[number: COUNT defualt: 1],[number: SET defualt: 1])
 updaterObj=multi:newUpdater([number: SKIP defualt: 0])
 watcherObj=multi:newWatcher(table: NAMESPACE,string: NAME)
 multiObj=multi:newCustomObject([table: OBJREF],[string: T='process'])
 Constructors [Semi-ACTORS]
 --------------------------
 multi:newJob(function: func,[string: name])
 multi:newRange(number: a,number: b,[number: c])
 multi:newCondition(func)
 void=multi:newThread(string: name,function: func)
 Constructors [NON-ACTORS]
 -------------------------
 multi:newTrigger(function: func)
 multi:newTask(function: func)
 multi:newConnection()
 multi:newTimer()
 multi:newFunction(function: func)
--- a/multi/function.lua
+++ b/multi/function.lua
@ -0,0 +1,19 @@
 require("multi")
 function multi:newFunction(func)
 	local c={}
 	c.func=func
 	mt={
 		__index=multi,
 		__call=function(self,...) if self.Active then return self:func(...) end local t={...} return "PAUSED" end
 	}
 	c.Parent=self
 	function c:Pause()
 		self.Active=false
 	end
 	function c:Resume()
 		self.Active=true
 	end
 	setmetatable(c,mt)
 	self:create(c)
 	return c
 end
--- a/oldversions/MultiManager(1.0.0).lua
+++ b/oldversions/MultiManager(1.0.0).lua
--- a/multi/intergration/lanesManager.lua
+++ b/multi/intergration/lanesManager.lua
@ -0,0 +1,105 @@
 function os.getOS()
 	if package.config:sub(1,1)=='\\' then
 		return 'windows'
 	else
 		return 'unix'
 	end
 end
 -- Step 1 get lanes
 lanes=require("lanes").configure()
 package.path="lua/?/init.lua;lua/?.lua;"..package.path
 require("multi.updater") -- get it all and have it on all lanes
 local multi=multi
 -- Step 2 set up the linda objects
 local __GlobalLinda = lanes.linda() -- handles global stuff
 local __SleepingLinda = lanes.linda() -- handles sleeping stuff
 -- For convience a GLOBAL table will be constructed to handle requests
 local GLOBAL={}
 setmetatable(GLOBAL,{
 	__index=function(t,k)
 		return __GlobalLinda:get(k)
 	end,
 	__newindex=function(t,k,v)
 		__GlobalLinda:set(k,v)
 	end,
 })
 -- Step 3 rewrite the thread methods to use lindas
 local THREAD={}
 function THREAD.set(name,val)
 	__GlobalLinda:set(name,val)
 end
 function THREAD.get(name)
 	__GlobalLinda:get(name)
 end
 local function randomString(n)
 	local str = ''
 	local strings = {'a','b','c','d','e','f','g','h','i','j','k','l','m','n','o','p','q','r','s','t','u','v','w','x','y','z','1','2','3','4','5','6','7','8','9','0','A','B','C','D','E','F','G','H','I','J','K','L','M','N','O','P','Q','R','S','T','U','V','W','X','Y','Z'}
 	for i=1,n do
 		str = str..''..strings[math.random(1,#strings)]
 	end
 	return str
 end
 function THREAD.waitFor(name)
 	local function wait()
 		math.randomseed(os.time())
 		__SleepingLinda:receive(.001,randomString(12))
 	end
 	repeat wait() until __GlobalLinda:get(name)
 	return __GlobalLinda:get(name)
 end
 function THREAD.testFor(name,val,sym)
 	--
 end
 function THREAD.getCores()
 	return THREAD.__CORES
 end
 if os.getOS()=="windows" then
 	THREAD.__CORES=tonumber(os.getenv("NUMBER_OF_PROCESSORS"))
 else
 	THREAD.__CORES=tonumber(io.popen("nproc --all"):read("*n"))
 end
 function THREAD.kill() -- trigger the lane destruction
 	-- coroutine.yield({"_kill_",":)"})
 end
 --[[ Step 4 We need to get sleeping working to handle timing... We want idle wait, not busy wait
 Idle wait keeps the CPU running better where busy wait wastes CPU cycles... Lanes does not have a sleep method
 however, a linda recieve will in fact be a idle wait! So we use that and wrap it in a nice package]]
 function THREAD.sleep(n)
 	math.randomseed(os.time())
 	__SleepingLinda:receive(n,randomString(12))
 end
 function THREAD.hold(n)
 	local function wait()
 		math.randomseed(os.time())
 		__SleepingLinda:receive(.001,randomString(12))
 	end
 	repeat wait() until n()
 end
 -- Step 5 Basic Threads!
 function multi:newSystemThread(name,func)
    local c={}
    local __self=c
    c.name=name
    c.thread=lanes.gen("*", func)()
 	function c:kill()
 		self.status:Destroy()
 		self.thread:cancel()
 		print("Thread: '"..self.name.."' has been stopped!")
 	end
 	c.status=multi:newUpdater(multi.Priority_IDLE)
 	c.status.link=c
 	c.status:OnUpdate(function(self)
 		local v,err,t=self.link.thread:join(.001)
 		if err then
 			print("Error in thread: '"..self.link.name.."' <"..err..">",t)
 			self:Destroy()
 		end
 	end)
    return c
 end
 print("Intergrated Lanes!")
 multi.intergration={} -- for module creators
 multi.intergration.lanes={} -- for module creators
 multi.intergration.lanes.GLOBAL=GLOBAL -- for module creators
 multi.intergration.lanes.THREAD=THREAD -- for module creators
 return {init=function() return GLOBAL,THREAD end}
--- a/multi/loop.lua
+++ b/multi/loop.lua
@ -0,0 +1,26 @@
 require("multi")
 function multi:newLoop(func)
 	local c=self:newBase()
 	c.Type='loop'
 	c.Start=self.clock()
 	if func then
 		c.func={func}
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		for i=1,#self.func do
 			self.func[i](self,self.Parent.clock()-self.Start)
 		end
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	self:create(c)
 	return c
 end
--- a/multi/step.lua
+++ b/multi/step.lua
@ -0,0 +1,77 @@
 require("multi")
 function multi:newStep(start,reset,count,skip)
 	local c=self:newBase()
 	think=1
 	c.Type='step'
 	c.pos=start or 1
 	c.endAt=reset or math.huge
 	c.skip=skip or 0
 	c.spos=0
 	c.count=count or 1*think
 	c.funcE={}
 	c.funcS={}
 	c.start=start or 1
 	if start~=nil and reset~=nil then
 		if start>reset then
 			think=-1
 		end
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.funcE)
 		m:addBlock(self.funcS)
 		m:addBlock({pos=self.pos,endAt=self.endAt,skip=self.skip,spos=self.spos,count=self.count,start=self.start})
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		if self~=nil then
 			if self.spos==0 then
 				if self.pos==self.start then
 					for fe=1,#self.funcS do
 						self.funcS[fe](self)
 					end
 				end
 				for i=1,#self.func do
 					self.func[i](self,self.pos)
 				end
 				self.pos=self.pos+self.count
 				if self.pos-self.count==self.endAt then
 					self:Pause()
 					for fe=1,#self.funcE do
 						self.funcE[fe](self)
 					end
 					self.pos=self.start
 				end
 			end
 		end
 		self.spos=self.spos+1
 		if self.spos>=self.skip then
 			self.spos=0
 		end
 	end
 	c.Reset=c.Resume
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,1,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Update(start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end
 	self:create(c)
 	return c
 end
--- a/multi/task.lua
+++ b/multi/task.lua
@ -0,0 +1,4 @@
 require("multi")
 function multi:newTask(func)
 	table.insert(self.Tasks,func)
 end
--- a/multi/threading.lua
+++ b/multi/threading.lua
@ -0,0 +1,158 @@
 require("multi.updater")
 thread={}
 multi.GlobalVariables={}
 if os.getOS()=="windows" then
 	thread.__CORES=tonumber(os.getenv("NUMBER_OF_PROCESSORS"))
 else
 	thread.__CORES=tonumber(io.popen("nproc --all"):read("*n"))
 end
 function thread.sleep(n)
 	coroutine.yield({"_sleep_",n})
 end
 function thread.hold(n)
 	coroutine.yield({"_hold_",n})
 end
 function thread.skip(n)
 	coroutine.yield({"_skip_",n})
 end
 function thread.kill()
 	coroutine.yield({"_kill_",":)"})
 end
 function thread.yeild()
 	coroutine.yield({"_sleep_",0})
 end
 function thread.getCores()
 	return thread.__CORES
 end
 function thread.set(name,val)
 	multi.GlobalVariables[name]=val
 	return true
 end
 function thread.get(name)
 	return multi.GlobalVariables[name]
 end
 function thread.waitFor(name)
 	thread.hold(function() return thread.get(name)~=nil end)
 	return thread.get(name)
 end
 function thread.testFor(name,val,sym)
 	thread.hold(function() return thread.get(name)~=nil end)
 	return thread.get(name)
 end
 function multi:newTBase(ins)
 	local c = {}
 	c.Active=true
 	c.func={}
 	c.ender={}
 	c.Id=0
 	c.PId=0
 	c.Parent=self
 	c.held=false
 	return c
 end
 function multi:newThread(name,func)
 	local c={}
 	c.ref={}
 	c.Name=name
 	c.thread=coroutine.create(func)
 	c.sleep=1
 	c.firstRunDone=false
 	c.timer=multi.scheduler:newTimer()
 	c.ref.Globals=self:linkDomain("Globals")
 	function c.ref:send(name,val)
 		ret=coroutine.yield({Name=name,Value=val})
 		self:syncGlobals(ret)
 	end
 	function c.ref:get(name)
 		return self.Globals[name]
 	end
 	function c.ref:kill()
 		err=coroutine.yield({"_kill_"})
 		if err then
 			error("Failed to kill a thread! Exiting...")
 		end
 	end
 	function c.ref:sleep(n)
 		if type(n)=="function" then
 			ret=coroutine.yield({"_hold_",n})
 			self:syncGlobals(ret)
 		elseif type(n)=="number" then
 			n = tonumber(n) or 0
 			ret=coroutine.yield({"_sleep_",n})
 			self:syncGlobals(ret)
 		else
 			error("Invalid Type for sleep!")
 		end
 	end
 	function c.ref:syncGlobals(v)
 		self.Globals=v
 	end
 	table.insert(self:linkDomain("Threads"),c)
 	if not multi.scheduler:isActive() then
 		multi.scheduler:Resume()
 	end
 end
 multi:setDomainName("Threads")
 multi:setDomainName("Globals")
 multi.scheduler=multi:newUpdater()
 multi.scheduler.Type="scheduler"
 function multi.scheduler:setStep(n)
 	self.skip=tonumber(n) or 24
 end
 multi.scheduler.skip=0
 multi.scheduler.counter=0
 multi.scheduler.Threads=multi:linkDomain("Threads")
 multi.scheduler.Globals=multi:linkDomain("Globals")
 multi.scheduler:OnUpdate(function(self)
 	self.counter=self.counter+1
 	for i=#self.Threads,1,-1 do
 		ret={}
 		if coroutine.status(self.Threads[i].thread)=="dead" then
 			table.remove(self.Threads,i)
 		else
 			if self.Threads[i].timer:Get()>=self.Threads[i].sleep then
 				if self.Threads[i].firstRunDone==false then
 					self.Threads[i].firstRunDone=true
 					self.Threads[i].timer:Start()
 					_,ret=coroutine.resume(self.Threads[i].thread,self.Threads[i].ref)
 				else
 					_,ret=coroutine.resume(self.Threads[i].thread,self.Globals)
 				end
 				if ret==true or ret==false then
 					print("Thread Ended!!!")
 					ret={}
 				end
 			end
 			if ret then
 				if ret[1]=="_kill_" then
 					table.remove(self.Threads,i)
 				elseif ret[1]=="_sleep_" then
 					self.Threads[i].timer:Reset()
 					self.Threads[i].sleep=ret[2]
 				elseif ret[1]=="_skip_" then
 					self.Threads[i].timer:Reset()
 					self.Threads[i].sleep=math.huge
 					local event=multi:newEvent(function(evnt) return multi.scheduler.counter>=evnt.counter end)
 					event.link=self.Threads[i]
 					event.counter=self.counter+ret[2]
 					event:OnEvent(function(evnt)
 						evnt.link.sleep=0
 					end)
 				elseif ret[1]=="_hold_" then
 					self.Threads[i].timer:Reset()
 					self.Threads[i].sleep=math.huge
 					local event=multi:newEvent(ret[2])
 					event.link=self.Threads[i]
 					event:OnEvent(function(evnt)
 						evnt.link.sleep=0
 					end)
 				elseif ret.Name then
 					self.Globals[ret.Name]=ret.Value
 				end
 			end
 		end
 	end
 end)
 multi.scheduler:setStep()
 multi.scheduler:Pause()
 multi.OnError=multi:newConnection()
--- a/multi/threading/alarm.lua
+++ b/multi/threading/alarm.lua
@ -0,0 +1,50 @@
 require("multi.threading")
 function multi:newThreadedAlarm(name,set)
 	local c=self:newTBase()
 	c.Type='alarmThread'
 	c.timer=self:newTimer()
 	c.set=set or 0
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.set)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Resume()
 		self.rest=false
 		self.timer:Resume()
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.rest=false
 		self.timer:Reset(n)
 	end
 	function c:OnRing(func)
 		table.insert(self.func,func)
 	end
 	function c:Pause()
 		self.timer:Pause()
 		self.rest=true
 	end
 	c.rest=false
 	c.updaterate=multi.Priority_Low -- skips
 	c.restRate=0 -- secs
 	multi:newThread(name,function(ref)
 		while true do
 			if c.rest then
 				thread.sleep(c.restRate) -- rest a bit more when a thread is paused
 			else
 				if c.timer:Get()>=c.set then
 					c:Pause()
 					for i=1,#c.func do
 						c.func[i](c)
 					end
 				end
 				thread.skip(c.updaterate) -- lets rest a bit
 			end
 		end
 	end)
 	self:create(c)
 	return c
 end
--- a/multi/threading/all.lua
+++ b/multi/threading/all.lua
@ -0,0 +1,7 @@
 require("multi.threading.step")
 require("multi.threading.tstep")
 require("multi.threading.updater")
 require("multi.threading.alarm")
 require("multi.threading.loop")
 require("multi.threading.event")
 require("multi.threading.process")
--- a/multi/threading/event.lua
+++ b/multi/threading/event.lua
@ -0,0 +1,43 @@
 require("multi.threading")
 function multi:newThreadedEvent(name,task)
 	local c=self:newTBase()
 	c.Type='eventThread'
 	c.Task=task or function() end
 	function c:OnEvent(func)
 		table.insert(self.func,func)
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.Task)
 		m:addBlock(self.func)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Resume()
 		self.rest=false
 	end
 	function c:Pause()
 		self.rest=true
 	end
 	c.rest=false
 	c.updaterate=0
 	c.restRate=1
 	multi:newThread(name,function(ref)
 		while true do
 			if c.rest then
 				ref:sleep(c.restRate) -- rest a bit more when a thread is paused
 			else
 				if c.Task(self) then
 					for _E=1,#c.func do
 						c.func[_E](c)
 					end
 					c:Pause()
 				end
 				ref:sleep(c.updaterate) -- lets rest a bit
 			end
 		end
 	end)
 	self:create(c)
 	return c
 end
--- a/multi/threading/loop.lua
+++ b/multi/threading/loop.lua
@ -0,0 +1,42 @@
 require("multi.threading")
 function multi:newThreadedLoop(name,func)
 	local c=self:newTBase()
 	c.Type='loopThread'
 	c.Start=os.clock()
 	if func then
 		c.func={func}
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Resume()
 		self.rest=false
 	end
 	function c:Pause()
 		self.rest=true
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	c.rest=false
 	c.updaterate=0
 	c.restRate=.75
 	multi:newThread(name,function(ref)
 		while true do
 			if c.rest then
 				thread.sleep(c.restRate) -- rest a bit more when a thread is paused
 			else
 				for i=1,#c.func do
 					c.func[i](os.clock()-self.Start,c)
 				end
 				thread.sleep(c.updaterate) -- lets rest a bit
 			end
 		end
 	end)
 	self:create(c)
 	return c
 end
--- a/multi/threading/process.lua
+++ b/multi/threading/process.lua
@ -0,0 +1,83 @@
 require("multi.threading")
 function multi:newThreadedProcess(name)
 	local c = {}
 	setmetatable(c, multi)
 	function c:newBase(ins)
 		local ct = {}
 		setmetatable(ct, self.Parent)
 		ct.Active=true
 		ct.func={}
 		ct.ender={}
 		ct.Id=0
 		ct.PId=0
 		ct.Act=function() end
 		ct.Parent=self
 		ct.held=false
 		ct.ref=self.ref
 		table.insert(self.Mainloop,ct)
 		return ct
 	end
 	c.Parent=self
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.Type='process'
 	c.Mainloop={}
 	c.Tasks={}
 	c.Tasks2={}
 	c.Garbage={}
 	c.Children={}
 	c.Paused={}
 	c.Active=true
 	c.Id=-1
 	c.Rest=0
 	c.updaterate=.01
 	c.restRate=.1
 	c.Jobs={}
 	c.queue={}
 	c.jobUS=2
 	c.rest=false
 	function c:getController()
 		return nil
 	end
 	function c:Start()
 		self.rest=false
 	end
 	function c:Resume()
 		self.rest=false
 	end
 	function c:Pause()
 		self.rest=true
 	end
 	function c:Remove()
 		self.ref:kill()
 	end
 	function c:kill()
 		err=coroutine.yield({"_kill_"})
 		if err then
 			error("Failed to kill a thread! Exiting...")
 		end
 	end
 	function c:sleep(n)
 		if type(n)=="function" then
 			ret=coroutine.yield({"_hold_",n})
 		elseif type(n)=="number" then
 			n = tonumber(n) or 0
 			ret=coroutine.yield({"_sleep_",n})
 		else
 			error("Invalid Type for sleep!")
 		end
 	end
 	c.hold=c.sleep
 	multi:newThread(name,function(ref)
 		while true do
 			if c.rest then
 				ref:Sleep(c.restRate) -- rest a bit more when a thread is paused
 			else
 				c:uManager()
 				ref:sleep(c.updaterate) -- lets rest a bit
 			end
 		end
 	end)
 	return c
 end
--- a/multi/threading/step.lua
+++ b/multi/threading/step.lua
@ -0,0 +1,92 @@
 require("multi.threading")
 function multi:newThreadedStep(name,start,reset,count,skip)
 	local c=self:newTBase()
 	local think=1
 	c.Type='stepThread'
 	c.pos=start or 1
 	c.endAt=reset or math.huge
 	c.skip=skip or 0
 	c.spos=0
 	c.count=count or 1*think
 	c.funcE={}
 	c.funcS={}
 	c.start=start or 1
 	if start~=nil and reset~=nil then
 		if start>reset then
 			think=-1
 		end
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.funcE)
 		m:addBlock(self.funcS)
 		m:addBlock({pos=self.pos,endAt=self.endAt,skip=self.skip,spos=self.spos,count=self.count,start=self.start})
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Resume()
 		self.rest=false
 	end
 	function c:Pause()
 		self.rest=true
 	end
 	c.Reset=c.Resume
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,1,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.rest=true
 	end
 	function c:Update(start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end
 	c.updaterate=0
 	c.restRate=.1
 	multi:newThread(name,function(ref)
 		while true do
 			if c.rest then
 				ref:sleep(c.restRate) -- rest a bit more when a thread is paused
 			else
 				if c~=nil then
 					if c.spos==0 then
 						if c.pos==c.start then
 							for fe=1,#c.funcS do
 								c.funcS[fe](c)
 							end
 						end
 						for i=1,#c.func do
 							c.func[i](c.pos,c)
 						end
 						c.pos=c.pos+c.count
 						if c.pos-c.count==c.endAt then
 							c:Pause()
 							for fe=1,#c.funcE do
 								c.funcE[fe](c)
 							end
 							c.pos=c.start
 						end
 					end
 				end
 				c.spos=c.spos+1
 				if c.spos>=c.skip then
 					c.spos=0
 				end
 				ref:sleep(c.updaterate) -- lets rest a bit
 			end
 		end
 	end)
 	self:create(c)
 	return c
 end
--- a/multi/threading/tloop.lua
+++ b/multi/threading/tloop.lua
@ -0,0 +1,42 @@
 require("multi.threading")
 function multi:newThreadedTLoop(name,func,n)
 	local c=self:newTBase()
 	c.Type='tloopThread'
 	c.restN=n or 1
 	if func then
 		c.func={func}
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Resume()
 		self.rest=false
 	end
 	function c:Pause()
 		self.rest=true
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	c.rest=false
 	c.updaterate=0
 	c.restRate=.75
 	multi:newThread(name,function(ref)
 		while true do
 			if c.rest then
 				thread.sleep(c.restRate) -- rest a bit more when a thread is paused
 			else
 				for i=1,#c.func do
 					c.func[i](c)
 				end
 				thread.sleep(c.restN) -- lets rest a bit
 			end
 		end
 	end)
 	self:create(c)
 	return c
 end
--- a/multi/threading/tstep.lua
+++ b/multi/threading/tstep.lua
@ -0,0 +1,91 @@
 require("multi.threading")
 function multi:newThreadedTStep(name,start,reset,count,set)
 	local c=self:newTBase()
 	local think=1
 	c.Type='tstepThread'
 	c.Priority=self.Priority_Low
 	c.start=start or 1
 	local reset = reset or math.huge
 	c.endAt=reset
 	c.pos=start or 1
 	c.skip=skip or 0
 	c.count=count or 1*think
 	c.funcE={}
 	c.timer=os.clock()
 	c.set=set or 1
 	c.funcS={}
 	function c:Update(start,reset,count,set)
 		self.start=start or self.start
 		self.pos=self.start
 		self.endAt=reset or self.endAt
 		self.set=set or self.set
 		self.count=count or self.count or 1
 		self.timer=os.clock()
 		self:Resume()
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.funcE)
 		m:addBlock(self.funcS)
 		m:addBlock({pos=self.pos,endAt=self.endAt,skip=self.skip,timer=self.timer,count=self.count,start=self.start,set=self.set})
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Resume()
 		self.rest=false
 	end
 	function c:Pause()
 		self.rest=true
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 	end
 	c.updaterate=0--multi.Priority_Low -- skips
 	c.restRate=0
 	multi:newThread(name,function(ref)
 		while true do
 			if c.rest then
 				thread.sleep(c.restRate) -- rest a bit more when a thread is paused
 			else
 				if os.clock()-c.timer>=c.set then
 					c:Reset()
 					if c.pos==c.start then
 						for fe=1,#c.funcS do
 							c.funcS[fe](c)
 						end
 					end
 					for i=1,#c.func do
 						c.func[i](c.pos,c)
 					end
 					c.pos=c.pos+c.count
 					if c.pos-c.count==c.endAt then
 						c:Pause()
 						for fe=1,#c.funcE do
 							c.funcE[fe](c)
 						end
 						c.pos=c.start
 					end
 				end
 				thread.skip(c.updaterate) -- lets rest a bit
 			end
 		end
 	end)
 	self:create(c)
 	return c
 end
--- a/multi/threading/updater.lua
+++ b/multi/threading/updater.lua
@ -0,0 +1,32 @@
 require("multi.threading")
 function multi:newThreadedUpdater(name,skip)
 	local c=self:newTBase()
 	c.Type='updaterThread'
 	c.pos=1
 	c.skip=skip or 1
 	function c:Resume()
 		self.rest=false
 	end
 	function c:Pause()
 		self.rest=true
 	end
 	c.OnUpdate=self.OnMainConnect
 	c.rest=false
 	c.updaterate=0
 	c.restRate=.75
 	multi:newThread(name,function(ref)
 		while true do
 			if c.rest then
 				thread.sleep(c.restRate) -- rest a bit more when a thread is paused
 			else
 				for i=1,#c.func do
 					c.func[i](c)
 				end
 				c.pos=c.pos+1
 				thread.skip(c.skip)
 			end
 		end
 	end)
 	self:create(c)
 	return c
 end
--- a/multi/tloop.lua
+++ b/multi/tloop.lua
@ -0,0 +1,40 @@
 require("multi")
 function multi:newTLoop(func,set)
 	local c=self:newBase()
 	c.Type='tloop'
 	c.set=set or 0
 	c.timer=self:newTimer()
 	c.life=0
 	if func then
 		c.func={func}
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		if self.timer:Get()>=self.set then
 			self.life=self.life+1
 			for i=1,#self.func do
 				self.func[i](self,self.life)
 			end
 			self.timer:Reset()
 		end
 	end
 	function c:Resume()
 		self.Parent.Resume(self)
 		self.timer:Resume()
 	end
 	function c:Pause()
 		self.timer:Pause()
 		self.Parent.Pause(self)
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	self:create(c)
 	return c
 end
--- a/multi/trigger.lua
+++ b/multi/trigger.lua
@ -0,0 +1,17 @@
 require("multi")
 function multi:newTrigger(func)
 	local c={}
 	c.Type='trigger'
 	c.trigfunc=func or function() end
 	function c:Fire(...)
 		self:trigfunc(...)
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.trigfunc)
 		m:tofile(path)
 	end
 	self:create(c)
 	return c
 end
--- a/multi/tstep.lua
+++ b/multi/tstep.lua
@ -0,0 +1,76 @@
 require("multi")
 function multi:newTStep(start,reset,count,set)
 	local c=self:newBase()
 	think=1
 	c.Type='tstep'
 	c.Priority=self.Priority_Low
 	c.start=start or 1
 	local reset = reset or math.huge
 	c.endAt=reset
 	c.pos=start or 1
 	c.skip=skip or 0
 	c.count=count or 1*think
 	c.funcE={}
 	c.timer=self.clock()
 	c.set=set or 1
 	c.funcS={}
 	function c:Update(start,reset,count,set)
 		self.start=start or self.start
 		self.pos=self.start
 		self.endAt=reset or self.endAt
 		self.set=set or self.set
 		self.count=count or self.count or 1
 		self.timer=self.clock()
 		self:Resume()
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.funcE)
 		m:addBlock(self.funcS)
 		m:addBlock({pos=self.pos,endAt=self.endAt,skip=self.skip,timer=self.timer,count=self.count,start=self.start,set=self.set})
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		if self.clock()-self.timer>=self.set then
 			self:Reset()
 			if self.pos==self.start then
 				for fe=1,#self.funcS do
 					self.funcS[fe](self)
 				end
 			end
 			for i=1,#self.func do
 				self.func[i](self,self.pos)
 			end
 			self.pos=self.pos+self.count
 			if self.pos-self.count==self.endAt then
 				self:Pause()
 				for fe=1,#self.funcE do
 					self.funcE[fe](self)
 				end
 				self.pos=self.start
 			end
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=self.clock()
 		self:Resume()
 	end
 	self:create(c)
 	return c
 end
--- a/multi/updater.lua
+++ b/multi/updater.lua
@ -0,0 +1,22 @@
 require("multi")
 function multi:newUpdater(skip)
 	local c=self:newBase()
 	c.Type='updater'
 	c.pos=1
 	c.skip=skip or 1
 	function c:Act()
 		if self.pos>=self.skip then
 			self.pos=0
 			for i=1,#self.func do
 				self.func[i](self)
 			end
 		end
 		self.pos=self.pos+1
 	end
 	function c:setSkip(n)
 		self.skip=n
 	end
 	c.OnUpdate=self.OnMainConnect
 	self:create(c)
 	return c
 end
--- a/multi/watcher.lua
+++ b/multi/watcher.lua
@ -0,0 +1,34 @@
 require("multi")
 function multi:newWatcher(namespace,name)
 	local function WatcherObj(ns,n)
 		if self.Type=='queue' then
 			print("Cannot create a watcher on a queue! Creating on 'multi' instead!")
 			self=multi
 		end
 		local c=self:newBase()
 		c.Type='watcher'
 		c.ns=ns
 		c.n=n
 		c.cv=ns[n]
 		function c:OnValueChanged(func)
 			table.insert(self.func,func)
 		end
 		function c:Act()
 			if self.cv~=self.ns[self.n] then
 				for i=1,#self.func do
 					self.func[i](self,self.cv,self.ns[self.n])
 				end
 				self.cv=self.ns[self.n]
 			end
 		end
 		self:create(c)
 		return c
 	end
 	if type(namespace)~='table' and type(namespace)=='string' then
 		return WatcherObj(_G,namespace)
 	elseif type(namespace)=='table' and (type(name)=='string' or 'number') then
 		return WatcherObj(namespace,name)
 	else
 		print('Warning, invalid arguments! Nothing returned!')
 	end
 end
--- a/oldversions/BasicCommands.lua
+++ b/oldversions/BasicCommands.lua
@ -1,511 +0,0 @@
 --Needs:SystemType.bat
 function RandomString(num)
 string = ""
 strings = {"a","b","c","d","e","f","g","h","i","j","k","l","m","n","o","p","q","r","s","t","u","v","w","x","y","z","1","2","3","4","5","6","7","8","9","0","A","B","C","D","E","F","G","H","I","J","K","L","M","N","O","P","Q","R","S","T","U","V","W","X","Y","Z"}
 for i=1,num do
 h = math.random(1,#strings)
 string = string..""..strings[h]
 end
 return string
 end
 ----------------------------------------------------------------------------------------------------
 function GetSystemType()
 return BatCmd([[
 for /f "skip=1 delims=" %%x in ('wmic cpu get addresswidth') do if not defined AddressWidth set AddressWidth=%%x
 if %AddressWidth%==64 (
  exit /b 64
 ) else (
  exit /b 32
 )
 ]])
 end
 ----------------------------------------------------------------------------------------------------
 local clock = os.clock
 function sleep(n)  -- seconds
 if not n then n=0 end
 local t0 = clock()
 while clock() - t0 <= n do end
 end
 ----------------------------------------------------------------------------------------------------
 function SetCounter()
 return os.clock()
 end
 ----------------------------------------------------------------------------------------------------
 function GetCounter(count)
 if count~=nil then
 return os.clock()-count
 else
 return 0
 end
 end
 ----------------------------------------------------------------------------------------------------
 -- sleep and wait script for n seconds
 function wait(n)
 sleep(n)
 end
 ----------------------------------------------------------------------------------------------------
 -- pause into any key pressed
 function pause(msg)
 if msg ~= nil then
 print(msg)
 end
 io.read()
 end
 ----------------------------------------------------------------------------------------------------
 -- gets input
 function getInput(msg)
 if msg ~= nil then
 io.write(msg)
 end
 return io.read()
 end
 ----------------------------------------------------------------------------------------------------
 -- Print contents of `tbl`, with indentation.
 -- `indent` sets the initial level of indentation.
 function print(...)
 arg={...}
 if arg[1]==nil then
 return nil
 end
 for i,v in ipairs(arg) do
 function tprint(tbl, indent)
 if not indent then indent = 0 end
 for k, v in pairs(tbl) do
 formatting = string.rep(" ", indent) .. k .. ": "
 if type(v) == "table" then
 print(formatting)
 tprint(v, indent+1)
 else
 print(formatting .. tostring(v))
 end
 end
 end
 if type(v)=="string" then
 io.write(v..[[
 ]])
 elseif type(v)=="table" then
 function test(v)
 return v:tostring()
 end
 if v.tostring ~=nil then
 print(test(v))
 else
 tprint(v)
 end
 elseif type(v)=="number" then
 io.write(tostring(v..[[
 ]]))
 elseif type(v)=="boolean" then
 if v then
 io.write("true"..[[
 ]])
 else
 io.write("false"..[[
 ]])
 end
 end
 end
 end
 math.randomseed(clock())
 ----------------------------------------------------------------------------------------------------
 -- gets the length of a table or a string or the number of digits in a number including the decimal
 function len(T)
 if type(T)=="table" then
 local count = 0
 for _ in pairs(T) do count = count + 1 end
 return count
 elseif type(T)=="string" then
 return string.len(T)
 elseif type(T)=="number" then
 return string.len(tostring(T))
 end
 end
 ----------------------------------------------------------------------------------------------------
 function dump(t,indent)
    local names = {}
    if not indent then indent = "" end
    for n,g in pairs(t) do
        table.insert(names,n)
    end
    table.sort(names)
    for i,n in pairs(names) do
        local v = t[n]
        if type(v) == "table" then
            if(v==t) then -- prevent endless loop if table contains reference to itself
                print(indent..tostring(n)..": <-")
            else
                print(indent..tostring(n)..":")
                dump(v,indent.."   ")
            end
        else
            if type(v) == "function" then
                print(indent..tostring(n).."()")
            else
                print(indent..tostring(n)..": "..tostring(v))
            end
        end
    end
 end
 ----------------------------------------------------------------------------------------------------
 function BuildFromTree(tbl, indent,folder)
 if not indent then indent = 0 end
 if not folder then folder = "" end
 for k, v in pairs(tbl) do
 formatting = string.rep(" ", indent) .. k .. ":"
 if type(v) == "table" then
 --print(formatting)
 mkdir(folder..string.sub(formatting,1,-2))
 BuildFromTree(v,0,folder..string.sub(formatting,1,-2).."\\")
 print(v,0,folder..string.sub(formatting,1,-2).."\\")
 else
 a=string.find(tostring(v),":",1,true)
 file=string.sub(tostring(v),1,a-1)
 data=string.sub(tostring(v),a+1)
 mkfile(folder..file,data,"w")
 print(folder..tostring(v))
 end
 end
 end
 ----------------------------------------------------------------------------------------------------
 function CopyFile(path,topath)
 print("Copy "..path.." "..topath)
 os.execute("Copy "..path.." "..topath)
 end
 ----------------------------------------------------------------------------------------------------
 function DeleteFile(path)
 os.remove(path)
 end
 ----------------------------------------------------------------------------------------------------
 function mkdir(dirname)
 os.execute("mkdir \"" .. dirname.."\"")
 end
 ----------------------------------------------------------------------------------------------------
 function mkfile(filename,data,tp)
 if not(tp) then tp="w" end
 if not(data) then data="" end
 file = io.open(filename, tp)
 file:write(data)
 file:close()
 end
 ----------------------------------------------------------------------------------------------------
 function MoveFile(path,topath)
 CopyFile(path,topath)
 DeleteFile(path)
 end
 ----------------------------------------------------------------------------------------------------
 function List_Files(dir)
 if not(dir) then dir="" end
 local f = io.popen("dir \""..dir.."\"")
 if f then
    return f:read("*a")
 else
    print("failed to read")
 end
 end
 ----------------------------------------------------------------------------------------------------
 function StringLineToTable(s)
 local t = {}                   -- table to store the indices
 local i = 0
 while true do
 i = string.find(s, "\n", i+1)    -- find 'next' newline
 if i == nil then return t end
 table.insert(t, i)
 end
 end
 ----------------------------------------------------------------------------------------------------
 function GetDirectory(dir,flop)
 s=List_Files(dir)
 drive=string.sub(string.match(s,"drive.."),-1)
 local t = {}                   -- table to store the indices
 local i = 0
 while true do
 i = string.find(s, "\n", i+1)    -- find 'next' newline
 if i == nil then
 a,b=string.find(s,drive..":\\",1,true)
 main = string.gsub(string.sub(s,a,t[4]), "\n", "")
 if flop then
 main=main:gsub("%\\", "/")
 end
 return main
 end
 table.insert(t, i)
 end
 end
 ----------------------------------------------------------------------------------------------------
 function lines(str)
  local t = {}
  local function helper(line) table.insert(t, line) return "" end
  helper((str:gsub("(.-)\r?\n", helper)))
  return t
 end
 ----------------------------------------------------------------------------------------------------
 function File_Exist(path)
 g=io.open(path or '','r')
 if path =="" then
 p="empty path"
 return nil
 end
 if g~=nil and true or false then
 p=(g~=nil and true or false)
 end
 --p=(g~=nil and true or false..(path=='' and 'empty path entered!' or (path or 'arg "path" wasn\'t define to function call!')))
 if g~=nil then
 io.close(g)
 else
 return false
 end
 return p
 end
 ----------------------------------------------------------------------------------------------------
 function file_check(file_name)
 if not file_name then print("No path inputed") return false end
 local file_found=io.open(file_name, "r")
 if file_found==nil then
 file_found=false
 else
 file_found=true
 end
 return file_found
 end
 ----------------------------------------------------------------------------------------------------
 function Dir_Exist(strFolderName)
 	local fileHandle, strError = io.open(strFolderName.."\\*.*","r")
 	if fileHandle ~= nil then
 		io.close(fileHandle)
 		return true
 	else
 		if string.match(strError,"No such file or directory") then
 			return false
 		else
 			return true
 		end
 	end
 end
 ----------------------------------------------------------------------------------------------------
 function ListItems(dir)
 if Dir_Exist(dir) then
 temp=List_Files(dir) -- current directory if blank
 if GetDirectory(dir)=="C:\\\n" then
 a,b=string.find(temp,"C:\\",1,true)
 a=a+2
 else
 a,b=string.find(temp,"..",1,true)
 end
 temp=string.sub(temp,a+2)
 list=StringLineToTable(temp)
 temp=string.sub(temp,1,list[#list-2])
 slist=lines(temp)
 table.remove(slist,1)
 table.remove(slist,#slist)
 temp={}
 temp2={}
 for i=1,#slist do
 table.insert(temp,string.sub(slist[i],40,-1))
 end
 return temp
 else
 print("Directory does not exist")
 return nil
 end
 end
 ----------------------------------------------------------------------------------------------------
 function GetDirectories(dir)
 temp2={}
 dirs=ListItems(dir)
 for i=1,#dirs do
 if Dir_Exist(string.gsub(GetDirectory(dir).."\\"..dirs[i], "\n", "")) then
 table.insert(temp2,dirs[i])
 end
 end
 return temp2
 end
 ----------------------------------------------------------------------------------------------------
 function GetFiles(dir)
 temp2={}
 dirs=ListItems(dir)
 for i=1,#dirs do
 if Dir_Exist(string.gsub(GetDirectory(dir).."\\"..dirs[i], "\n", "")) then
 else
 table.insert(temp2,dirs[i])
 end
 end
 return temp2
 end
 ----------------------------------------------------------------------------------------------------
 function GetName(name)
 if name then temp=name else temp=arg[0] end
 if string.find(temp,"\\",1,true) then
 temp=string.reverse(temp)
 a,b=string.find(temp,"\\",1,true)
 return string.reverse(string.sub(temp,1,b-1))
 end
 return arg[0]
 end
 ----------------------------------------------------------------------------------------------------
 BuildFromTreeE = function(tbl, indent,folder)
 if not indent then indent = 0 end
 if not folder then folder = "" end
 for k, v in pairs(tbl) do
 formatting = string.rep(" ", indent) .. k .. ":"
 if type(v) == "table" then
 --print(formatting)
 mkdir(folder..string.sub(formatting,1,-2))
 BuildFromTreeE(v,0,folder..string.sub(formatting,1,-2).."\\")
 print(v,0,folder..string.sub(formatting,1,-2).."\\")
 else
 a=string.find(tostring(v),":",1,true)
 file=string.sub(tostring(v),1,a-1)
 data=string.sub(tostring(v),a+1)
 mkfile(folder..file,SuperEncode(data),"w")
 print(folder..tostring(v))
 end
 end
 end
 ------------------------------------------------------------------------------------------------------
 readFile = function(file)
    local f = io.open(file, "rb")
    local content = f:read("*all")
    f:close()
    return content
 end
 ------------------------------------------------------------------------------------------------------
 readFileE = function(file)
    local f = io.open(file, "rb")
    local content = f:read("*all")
    f:close()
    return SuperDecode(content)
 end
 ------------------------------------------------------------------------------------------------------
 mkfileE = function(filename,data,tp)
 if not(tp) then tp="w" end
 if not(data) then data="" end
 file = io.open(filename, tp)
 file:write(SuperEncode(data))
 file:close()
 end
 ------------------------------------------------------------------------------------------------------
 math.randomseed(clock())
 ------------------------------------------------------------------------------------------------------
 function extension(file)
 file=GetName(GetDirectory(file).."/"..file)
 a,b=string.find(file,".",0,true)
 return string.sub(file,b)
 end
 function InstallLua()
 os.execute("Data\\LuaForWindows.exe")
 end
 ------------------------------------------------------------------------------------------------------
 function autoCmd(cmd,a,b)
 if b==nil then b=true end
 if File_Exist("tempfile.ahk") and not(File_Exist("tempfile2.ahk")) then fname="tempfile2.ahk" elseif File_Exist("tempfile2.ahk") and not(File_Exist("tempfile.ahk")) then fname="tempfile.ahk" else fname=RandomString(10)..".ahk" end
 mkfile(fname,[[
 #SingleInstance off
 ReturnLua(val)
 {
    FileAppend,%val%", %A_WorkingDir%\File.dat
    Exitapp, 0
 }
 ]]..cmd)
 g=os.execute([[Data\Win32a\AutoHotkey.exe ]]..fname)
 if b==true then
 if not string.find(cmd,"ReturnLua(",1,true) then print("To Return use ReturnLua(value) (Note: values are returned as strings for booleans use '/bT' or '/bF' true/false, also \"\" are needed for string no other way works for now use \\\" to get quotes also for absolute render(does loadstring to the data don't assign a val name in the script do it to this function) call this function autoCmd(cmd,true) )") return false end
 --repeat wait() until File_Exist("File.dat") or g==nil
 if not(File_Exist("File.dat")) then
 print("An Error has occurred")
 return false
 end
 file = io.open("File.dat", "r")
 size = file:read() -- capture file in a string
 file:close()
 Clean()
 if size==nil then
 return nil
 end
 if a then
 loadstring("temp="..string.sub(size,1,-2))()
 return temp
 end
 if string.sub(size,1,-2)=="/bT" then
 return true
 elseif string.sub(size,1,-2)=="/bF" then
 return false
 end
 return string.sub(size,1,-2)
 else
 return g
 end
 end
 ------------------------------------------------------------------------------------------------------
 function BatCmd(cmd)
 mkfile("temp.bat",cmd)
 return os.execute([[temp.bat]])
 end
 ------------------------------------------------------------------------------------------------------
 inifile = {}
 local lines
 local write
 if love then
 	lines = love.filesystem.lines
 	write = love.filesystem.write
 else
 	lines = function(name) return assert(io.open(name)):lines() end
 	write = function(name, contents) return assert(io.open(name, "w")):write(contents) end
 end
 function inifile.parse(name)
 	local t = {}
 	local section
 	for line in lines(name) do
 		local s = line:match("^%[([^%]]+)%]$")
 		if s then
 			section = s
 			t[section] = t[section] or {}
 		end
 		local key, value = line:match("^(%w+)%s-=%s-(.+)$")
 		if key and value then
 			if tonumber(value) then value = tonumber(value) end
 			if value == "true" then value = true end
 			if value == "false" then value = false end
 			t[section][key] = value
 		end
 	end
 	return t
 end
 function inifile.save(name, t)
 	local contents = ""
 	for section, s in pairs(t) do
 		contents = contents .. ("[%s]\n"):format(section)
 		for key, value in pairs(s) do
 			contents = contents .. ("%s=%s\n"):format(key, tostring(value))
 		end
 		contents = contents .. "\n"
 	end
 	write(name, contents)
 end
 ---------------
 function DB(txt)
 print(txt)
 end
 ------------------------------------------------------------------------------------------------------
 function CreateShortcut(Target, Name , Work, Args, Desc, Icon, Short, IconN, Run)
 if not(Target) or not(Name) then print("Error Target folder or file is needed and the name of the shortcut is needed") return false end
 if string.sub(Name,-4)~=".lnk" then Name=Name..".lnk" end
 if not(Work) then Work="," end
 if not(Args) then Args="," end
 if not(Desc) then Desc="," end
 if not(Icon) then Icon="," end
 if not(Short) then Short="," end
 if not(IconN) then IconN="," end
 if not(Run) then Run="" end
 autoCmd([[FileCreateShortcut, ]]..Target..[[, ]]..Name..[[ ]]..Work..[[ ]]..Args..[[ ]]..Desc..[[ ]]..Icon..[[ ]]..Short..[[ ]]..IconN..[[ ]]..Run)
 print("--shortcut created at "..Target.." with the name "..Name)
 end
--- a/oldversions/EventManager(0.0.1).lua
+++ b/oldversions/EventManager(0.0.1).lua
@ -1,53 +0,0 @@
 IsEvent=true
 event={
 Active=true,
 CT=false,
 tag={},
 Events={},
 EventTracker={},
 Steps={},
 setAlarm=function(self,tag,set) event:new("Alarm_"..tag.."(\""..tag.."\")",[[GetCounter(event:getTracker("_Alarm_]]..tag..[["))>=]]..set,[[event:removeAlarm("]]..tag..[[")]]) event:addTracker("_Alarm_"..tag,SetCounter()) end,
 setEvent=function(self,fname,condition,also) if not(string.find(fname,"(",1,true)) and not(string.find(fname,")",1,true)) then fname=fname.."()" end event:new("Event_"..fname,condition,also) end,
 removeAlarm=function(self,tag) event:destroy("Alarm_"..tag) event:removeTracker("_Alarm_"..tag) end,
 updateAlarm=function(self,tag,set) event:removeAlarm(tag) event:setAlarm(tag,set) end,
 addTracker=function(self,varname,var) event.EventTracker[varname]=var end,
 getTracker=function(self,var) return event.EventTracker[var] end,
 removeTracker=function(self,var) event.EventTracker[var]=nil end,
 trackerExist=function(self,tag) return event.EventTracker[tag]~=nil end,
 updateTracker=function(self,tag,val) if event:trackerExist(tag) then event.EventTracker[tag]=val end end,
 alarmExist=function(self,tag) return (event:getTracker("_Alarm_"..tag)~=nil) end,
 new=function(self,fname,condition,also) if not(also) then also="" end table.insert(self.Events,"if "..condition.." then "..also.." "..fname.." end") table.insert(event.tag,fname) end,
 eventExist=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then return true end end return false end,
 destroy=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then table.remove(event.tag,j) table.remove(event.Events,j) end end end,
 Stop=function() event.Active=false end,
 OnCreate=function() end,
 OnUpdate=function() end,
 OnClose=function() end,
 getActive=function() return event.tag end,
 Manager=function() event.OnCreate() while event.Active==true do for d=1,#event.Events do if event.Active==true then loadstring(event.Events[d])() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end event.OnClose() end,
 CManager=function() for d=1,#event.Events do if event.Active==true then loadstring(event.Events[d])() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end,
 UManager=function() if event.CT==false then event.CT=true event.OnCreate() end for d=1,#event.Events do if event.Active==true then loadstring(event.Events[d])() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end,
 createStep=function(self,tag,reset,endc)
 if not(endc) then endc=false end
 if not(reset) then reset=0 end
 temp={Name=tag,pos=1,endAt=reset,active=true,endc=endc,
 Step=function(self) if self~=nil then _G.__CStep__=self if self.active==true then loadstring("Step_"..tag.."("..self.pos..",__CStep__)")() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then loadstring("Step_"..self.Name.."_End(__CStep__)")() end end end,
 Remove=function(self) for as=1,#event.Steps do if event.Steps[as].Name==self.Name then table.remove(event.Steps,as) end end end,
 Reset=function(self) self.pos=1 end,
 Set=function(self,amt) self.pos=amt end,
 Pause=function(self) self.active=false end,
 Resume=function(self) self.active=true end,
 Stop=function(self) self:Reset() self:Pause() end,
 Start=function(self) self:Resume() end,
 End=function(self) self.pos=self.EndAt self.endc=true end,
 }
 table.insert(event.Steps,temp) return temp end,
 stepExist=function(self,tag)
 for a_s=1,#event.Steps do
 if event.Steps[a_s].Name==tag then
 return true
 end
 end
 return false
 end,
 }
--- a/oldversions/EventManager(0.9.0).lua
+++ b/oldversions/EventManager(0.9.0).lua
@ -1,55 +0,0 @@
 IsEvent=true
 event={
 Active=true,
 CT=false,
 tag={},
 Events={},
 EventTracker={},
 Steps={},
 --addAlarm=function(self,tag)  end,
 setAlarm=function(self,tag,set) event:new("Alarm_"..tag.."(\""..tag.."\")",[[GetCounter(event:getTracker("_Alarm_]]..tag..[["))>=]]..set,[[event:removeAlarm("]]..tag..[[")]]) event:addTracker("_Alarm_"..tag,SetCounter()) assert(loadstring("if Alarm_"..tag.."==nil then function Alarm_"..tag.."() print('No function \"Alarm_"..tag.."()\" exists make sure you created it') end end"))() end,
 setEvent=function(self,fname,condition,also) if not(string.find(fname,"(",1,true)) and not(string.find(fname,")",1,true)) then fname=fname.."()" end a=string.find(fname,"(",1,true) tempstr=string.sub(fname,1,a-1) event:new("Event_"..fname,condition,also) assert(loadstring("if Event_"..tempstr.."==nil then function Event_"..tempstr.."() print('No function \"Event_"..tempstr.."()\" exists make sure you created it') end end"))() end,
 removeAlarm=function(self,tag) event:destroy("Alarm_"..tag) event:removeTracker("_Alarm_"..tag) end,
 updateAlarm=function(self,tag,set) event:removeAlarm(tag) event:setAlarm(tag,set) end,
 addTracker=function(self,varname,var) event.EventTracker[varname]=var end,
 getTracker=function(self,var) return event.EventTracker[var] end,
 removeTracker=function(self,var) event.EventTracker[var]=nil end,
 trackerExist=function(self,tag) return event.EventTracker[tag]~=nil end,
 updateTracker=function(self,tag,val) if event:trackerExist(tag) then event.EventTracker[tag]=val end end,
 alarmExist=function(self,tag) return (event:getTracker("_Alarm_"..tag)~=nil) end,
 new=function(self,fname,condition,also) if not(also) then also="" end table.insert(self.Events,"if "..condition.." then "..also.." "..fname.." end") table.insert(event.tag,fname) end,
 eventExist=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then return true end end return false end,
 destroy=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then table.remove(event.tag,j) table.remove(event.Events,j) end end end,
 Stop=function() event.Active=false end,
 OnCreate=function() end,
 OnUpdate=function() end,
 OnClose=function() end,
 getActive=function() return event.tag end,
 Manager=function() event.OnCreate() while event.Active==true do for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end event.OnClose() end,
 CManager=function() for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end,
 UManager=function() if event.CT==false then event.CT=true event.OnCreate() end for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end,
 RManager=function() event.OnCreate() while event.Active==true do event.OnUpdate() for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end end event.OnClose() end,
 createStep=function(self,tag,reset,endc)
 if not(endc) then endc=false end
 if not(reset) then reset=0 end
 temp={Name=tag,pos=1,endAt=reset,active=true,endc=endc,
 Step=function(self) if self~=nil then _G.__CStep__=self if self.active==true then assert(loadstring("Step_"..tag.."("..self.pos..",__CStep__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("Step_"..self.Name.."_End(__CStep__)"))() end end end,
 Remove=function(self) for as=1,#event.Steps do if event.Steps[as].Name==self.Name then table.remove(event.Steps,as) end end end,
 Reset=function(self) self.pos=1 end,
 Set=function(self,amt) self.pos=amt end,
 Pause=function(self) self.active=false end,
 Resume=function(self) self.active=true end,
 Stop=function(self) self:Reset() self:Pause() end,
 Start=function(self) self:Resume() end,
 End=function(self) self.pos=self.EndAt self.endc=true end,
 }
 table.insert(event.Steps,temp) return temp end,
 stepExist=function(self,tag)
 for a_s=1,#event.Steps do
 if event.Steps[a_s].Name==tag then
 return true
 end
 end
 return false
 end,
 }
--- a/oldversions/EventManager(1.0.0).lua
+++ b/oldversions/EventManager(1.0.0).lua
@ -1,55 +0,0 @@
 IsEvent=true
 event={
 Active=true,
 CT=false,
 tag={},
 Events={},
 EventTracker={},
 Steps={},
 --addAlarm=function(self,tag)  end,
 setAlarm=function(self,tag,set) event:new("Alarm_"..tag.."(\""..tag.."\")",[[GetCounter(event:getTracker("_Alarm_]]..tag..[["))>=]]..set,[[event:removeAlarm("]]..tag..[[")]]) event:addTracker("_Alarm_"..tag,SetCounter()) assert(loadstring("if Alarm_"..tag.."==nil then function Alarm_"..tag.."() print('No function \"Alarm_"..tag.."()\" exists make sure you created it') end end"))() end,
 setEvent=function(self,fname,condition,also) if not(string.find(fname,"(",1,true)) and not(string.find(fname,")",1,true)) then fname=fname.."()" end a=string.find(fname,"(",1,true) tempstr=string.sub(fname,1,a-1) event:new("Event_"..fname,condition,also) assert(loadstring("if Event_"..tempstr.."==nil then function Event_"..tempstr.."() print('No function \"Event_"..tempstr.."()\" exists make sure you created it') end end"))() end,
 removeAlarm=function(self,tag) event:destroy("Alarm_"..tag) event:removeTracker("_Alarm_"..tag) end,
 updateAlarm=function(self,tag,set) event:removeAlarm(tag) event:setAlarm(tag,set) end,
 addTracker=function(self,varname,var) event.EventTracker[varname]=var end,
 getTracker=function(self,var) return event.EventTracker[var] end,
 removeTracker=function(self,var) event.EventTracker[var]=nil end,
 trackerExist=function(self,tag) return event.EventTracker[tag]~=nil end,
 updateTracker=function(self,tag,val) if event:trackerExist(tag) then event.EventTracker[tag]=val end end,
 alarmExist=function(self,tag) return (event:getTracker("_Alarm_"..tag)~=nil) end,
 new=function(self,fname,condition,also) if not(also) then also="" end table.insert(self.Events,"if "..condition.." then "..also.." "..fname.." end") table.insert(event.tag,fname) end,
 eventExist=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then return true end end return false end,
 destroy=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then table.remove(event.tag,j) table.remove(event.Events,j) end end end,
 Stop=function() event.Active=false end,
 OnCreate=function() end,
 OnUpdate=function() end,
 OnClose=function() end,
 getActive=function() return event.tag end,
 Manager=function() event.OnCreate() while event.Active==true do for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end event.OnClose() end,
 CManager=function() for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end,
 UManager=function() if event.CT==false then event.CT=true event.OnCreate() end for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end,
 RManager=function() event.OnCreate() while event.Active==true do event.OnUpdate() for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end end event.OnClose() end,
 createStep=function(self,tag,reset,endc)
 if not(endc) then endc=false end
 if not(reset) then reset=0 end
 temp={Name=tag,pos=1,endAt=reset,active=true,endc=endc,
 Step=function(self) if self~=nil then _G.__CStep__=self if self.active==true then assert(loadstring("Step_"..tag.."("..self.pos..",__CStep__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("Step_"..self.Name.."_End(__CStep__)"))() end end end,
 Remove=function(self) for as=1,#event.Steps do if event.Steps[as].Name==self.Name then table.remove(event.Steps,as) end end end,
 Reset=function(self) self.pos=1 end,
 Set=function(self,amt) self.pos=amt end,
 Pause=function(self) self.active=false end,
 Resume=function(self) self.active=true end,
 Stop=function(self) self:Reset() self:Pause() end,
 Start=function(self) self:Resume() end,
 End=function(self) self.pos=self.EndAt self.endc=true end,
 }
 table.insert(event.Steps,temp) return temp end,
 stepExist=function(self,tag)
 for a_s=1,#event.Steps do
 if event.Steps[a_s].Name==tag then
 return true
 end
 end
 return false
 end,
 }
--- a/oldversions/EventManager(1.1.0).lua
+++ b/oldversions/EventManager(1.1.0).lua
@ -1,98 +0,0 @@
 require("Data/BasicCommands")
 IsEvent=true
 event={
 	Active=true,
 	CT=false,
 	tag={},
 	Events={},
 	EventTracker={},
 	Steps={},
 	TSteps={},
 	LoadOrder="/E/S/U",-- types = ESU,EUS,USE,UES,SEU,SUE
 	setLoadOrder=function(self,str) event.LoadOrder=string.upper(str) end,
 	DO_Order=function() LoadOrder=event.LoadOrder LoadOrder=LoadOrder:gsub("/E", "event.RUN_EVENTS(); ") LoadOrder=LoadOrder:gsub("/S", "event.RUN_STEPS(); ") LoadOrder=LoadOrder:gsub("/U", "event.RUN_UPDATES(); ") assert(loadstring(LoadOrder))() end,
 	RUN_EVENTS=function() for d=1,#event.Events do assert(loadstring(event.Events[d]))() end end,
 	RUN_STEPS=function() for s_g=1,#event.Steps do event.Steps[s_g]:Step() end end,
 	RUN_UPDATES=function() event.OnUpdate() end,
 	setAlarm=function(self,tag,set) event:new("Alarm_"..tag.."(\""..tag.."\")",[[GetCounter(event:getTracker("_Alarm_]]..tag..[["))>=]]..set,[[event:removeAlarm("]]..tag..[[")]]) event:addTracker("_Alarm_"..tag,SetCounter()) assert(loadstring("if Alarm_"..tag.."==nil then function Alarm_"..tag.."() print('No function \"Alarm_"..tag.."()\" exists make sure you created it') end end"))() end,
 	setEvent=function(self,fname,condition,also) if not(string.find(fname,"(",1,true)) and not(string.find(fname,")",1,true)) then fname=fname.."()" end a=string.find(fname,"(",1,true) tempstr=string.sub(fname,1,a-1) event:new("Event_"..fname,condition,also) assert(loadstring("if Event_"..tempstr.."==nil then function Event_"..tempstr.."() print('No function \"Event_"..tempstr.."()\" exists make sure you created it') end end"))() end,
 	removeAlarm=function(self,tag) event:destroy("Alarm_"..tag) event:removeTracker("_Alarm_"..tag) end,
 	updateAlarm=function(self,tag,set) event:removeAlarm(tag) event:setAlarm(tag,set) end,
 	addTracker=function(self,varname,var) event.EventTracker[varname]=var end,
 	getTracker=function(self,varname) return event.EventTracker[varname] end,
 	removeTracker=function(self,var) event.EventTracker[var]=nil end,
 	trackerExist=function(self,tag) return event.EventTracker[tag]~=nil end,
 	updateTracker=function(self,tag,val) if event:trackerExist(tag) then event.EventTracker[tag]=val end end,
 	alarmExist=function(self,tag) return (event:getTracker("_Alarm_"..tag)~=nil) end,
 	new=function(self,fname,condition,also) if not(also) then also="" end table.insert(self.Events,"if "..condition.." then "..also.." "..fname.." end") table.insert(event.tag,fname) end,
 	eventExist=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then return true end end return false end,
 	destroy=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then table.remove(event.tag,j) table.remove(event.Events,j) end end end,
 	Stop=function() event.Active=false end,
 	OnCreate=function() end,
 	OnUpdate=function() end,
 	OnClose=function() end,
 	getActive=function() return event.tag end,
 	Manager=function() event.OnCreate() while event.Active==true do event.DO_Order() end event.OnClose() end,
 	--Manager=function() event.OnCreate() while event.Active==true do for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end event.OnClose() end,
 	CManager=function() for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end,
 	UManager=function() if event.CT==false then event.CT=true event.OnCreate() end for d=1,#event.Events do if event.Active==true then assert(loadstring(event.Events[d]))() end end for s_g=1,#event.Steps do event.Steps[s_g]:Step() end event.OnUpdate() end,
 	createStep=function(self,tag,reset,skip,endc)
 		if not(endc) then endc=false end
 			temp=
 			{
 				Name=tag,
 				pos=1,
 				endAt=reset or math.huge,
 				active=true,
 				endc=endc,
 				skip=skip or 0,
 				spos=0,
 			Step=function(self) if self~=nil then if self.spos==0 then _G.__CStep__=self if self.active==true then assert(loadstring("Step_"..tag.."("..self.pos..",__CStep__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("Step_"..self.Name.."_End(__CStep__)"))() end end end self.spos=self.spos+1 if self.spos>=self.skip then self.spos=0 end end,
 			FStep=function(self) if self~=nil then if self.spos==0 then _G.__CStep__=self assert(loadstring("Step_"..tag.."("..self.pos..",__CStep__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("Step_"..self.Name.."_End(__CStep__)"))() end end self.spos=self.spos+1 if self.spos>=self.skip then self.spos=0 end end,
 			Remove=function(self) for as=1,#event.Steps do if event.Steps[as].Name==self.Name then table.remove(event.Steps,as) end end end,
 			Reset=function(self) self.pos=1 end,
 			Set=function(self,amt) self.pos=amt end,
 			Pause=function(self) self.active=false end,
 			Resume=function(self) self.active=true end,
 			Stop=function(self) self:Reset() self:Pause() end,
 			Start=function(self) self:Resume() end,
 			End=function(self) self.pos=self.EndAt self.endc=true end,
 			}
 			table.insert(event.Steps,temp) return temp end,
 	createTStep=function(self,tag,reset,timer,endc)
 		if not(endc) then endc=false end
 			timer=timer or 1
 			temp=
 			{
 				Name=tag,
 				pos=1,
 				endAt=reset or math.huge,
 				active=true,
 				endc=endc,
 				skip= 0,
 				spos=0,
 			Step=function(self) if self~=nil then if self.spos==0 then _G.__CStep__=self if self.active==true then assert(loadstring("TStep_"..tag.."("..self.pos..",__CStep__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("TStep_"..self.Name.."_End(__CStep__)"))() end end end self.spos=self.spos+1 if self.spos>=self.skip then self.spos=0 end end,
 			FStep=function(self) if self~=nil then if self.spos==0 then _G.__CStep__=self assert(loadstring("TStep_"..tag.."("..self.pos..",__CStep__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("TStep_"..self.Name.."_End(__CStep__)"))() end end self.spos=self.spos+1 if self.spos>=self.skip then self.spos=0 end end,
 			Remove=function(self) for as=1,#event.Steps do if event.Steps[as].Name==self.Name then table.remove(event.Steps,as) end end end,
 			Reset=function(self) self.pos=1 end,
 			Set=function(self,amt) self.pos=amt end,
 			Pause=function(self) self.active=false end,
 			Resume=function(self) self.active=true end,
 			Stop=function(self) self:Reset() self:Pause() end,
 			Start=function(self) self:Resume() end,
 			End=function(self) self.pos=self.EndAt self.endc=true end,
 			}
 			event:setAlarm("TStep_"..tag,timer)
 			event:addTracker("_TStep_"..tag,temp)
 			table.insert(event.TSteps,temp)
 			assert(loadstring("function Alarm_TStep_"..tag.."(alarm) event:getTracker(\"_\"..alarm):Step()  event:setAlarm(alarm,"..timer..") end"))()
 			return temp end,
 	stepExist=function(self,tag)
 		for a_s=1,#event.Steps do
 			if event.Steps[a_s].Name==tag then
 				return true
 			end
 		end
 		return false
 	end,
 }
--- a/oldversions/EventManager(1.2.0).lua
+++ b/oldversions/EventManager(1.2.0).lua
@ -1,203 +0,0 @@
 function dump(t,indent)
    local names = {}
    if not indent then indent = "" end
    for n,g in pairs(t) do
        table.insert(names,n)
    end
    table.sort(names)
    for i,n in pairs(names) do
        local v = t[n]
        if type(v) == "table" then
            if(v==t) then -- prevent endless loop if table contains reference to itself
                print(indent..tostring(n)..": <-")
            else
                print(indent..tostring(n)..":")
                dump(v,indent.."   ")
            end
        else
            if type(v) == "function" then
                print(indent..tostring(n).."()")
            else
                print(indent..tostring(n)..": "..tostring(v))
            end
        end
    end
 end
 function SetCounter()
 	return os.clock()
 end
 ----------------------------------------------------------------------------------------------------
 function GetCounter(count)
 	if count~=nil then
 		return os.clock()-count
 	else
 		return 0
 	end
 end
 ----------------------------------------------------------------------------------------------------
 clock=os.clock
 event={
 	Active=true,
 	CT=false,
 	tag={},
 	Events={},
 	Alarms={},
 	EventTracker={},
 	Steps={},
 	TSteps={},
 	CTask="",
 	LoadOrder="/E/S/A/U",
 	UpdateObj=
 	{
 		LoadOrder="",
 		Resume=function(self) event.LoadOrder=self.LoadOrder end,
 		Pause=function(self) self.LoadOrder=event.LoadOrder event.LoadOrder=event.LoadOrder:gsub("/U", "") end,
 	},
 	setLoadOrder=function(self,str) event.LoadOrder=string.upper(str) end,
 	DO_Order=function() LoadOrder=event.LoadOrder LoadOrder=LoadOrder:gsub("/A", "event.RUN_ALARMS(); ") LoadOrder=LoadOrder:gsub("/E", "event.RUN_EVENTS(); ") LoadOrder=LoadOrder:gsub("/S", "event.RUN_STEPS(); ") LoadOrder=LoadOrder:gsub("/U", "event.RUN_UPDATES(); ") assert(loadstring(LoadOrder))() end,
 	RUN_EVENTS=function() event.CTask="events" for d=1,#event.Events do assert(loadstring(event.Events[d]))() end end,
 	RUN_STEPS=function() event.CTask="steps" for s_g=1,#event.Steps do event.Steps[s_g]:Step() end end,
 	RUN_UPDATES=function() _G.__CAction__=event.UpdateObj event.CTask="updates" event.OnUpdate() end,
 	RUN_ALARMS=function() for i=1,#event.Alarms do event.Alarms[i]:Tick() end end,
 	--System Used Functions
 	Hold=function(self,task) -- as many conditions and times that you want can be used
 		local action=__CAction__
 		action:Pause()
 		if type(task)=="number" then
 			local func=function() end
 			local alarm=event:newAlarm(task,func,true)
 			while alarm.active==true do
 				event.CManager()
 			end
 			alarm:Destroy()
 			action:Resume()
 		elseif type(task)=="string" then
 			assert(loadstring("while not("..task..") do event.CManager() end"))()
 			action:Resume()
 		end
 	end,
 	newAlarm=function(self,set,func,start)
 		if not(start) then timer=0 active=false else timer=clock() active=true end
 		if not(func) then func=(function() end) end
 		Alarm=
 		{
 			active=active,
 			timer=timer,
 			set=set or 0,
 			func=func,
 			Tick=function(self) _G.__CAction__=self if self.active==true then if clock()-self.timer>=self.set then self:Pause() self:Ring() end end end,
 			Pause=function(self) self.active=false end,
 			Set=function(self,amt) self.set=amt self.timer=clock() self:Resume() end,
 			OnRing=function(self,func) self.func=func end,
 			Ring=function(self) self:func(self) end,
 			Reset=function(self) self.timer=clock() self:Resume() end,
 			Resume=function(self) self.active=true end,
 			Destroy=function(self) for i=1,#event.Alarms do if tostring(event.Alarms[i])==tostring(self) then table.remove(event.Alarms,i) end end end,
 		}
 		table.insert(event.Alarms,Alarm)
 		return Alarm
 	end,
 	setAlarm=function(self,tag,set)
 		if event:eventExist("Alarm_"..tag.."(\""..tag.."\")")==false then
 			event:new("Alarm_"..tag.."(\""..tag.."\")",[[GetCounter(event:getTracker("_Alarm_]]..tag..[["))>=]]..set,[[event:removeAlarm("]]..tag..[[")]])
 			event:addTracker("_Alarm_"..tag,SetCounter())
 			assert(loadstring("if Alarm_"..tag.."==nil then function Alarm_"..tag.."() print('No function \"Alarm_"..tag.."()\" exists make sure you created it') end end"))()
 		else
 			event:addTracker("_Alarm_"..tag,SetCounter())
 		end
 	end,
 	setEvent=function(self,fname,condition,also) if not(string.find(fname,"(",1,true)) and not(string.find(fname,")",1,true)) then fname=fname.."()" end a=string.find(fname,"(",1,true) tempstr=string.sub(fname,1,a-1) event:new("Event_"..fname,condition,also) assert(loadstring("if Event_"..tempstr.."==nil then function Event_"..tempstr.."() print('No function \"Event_"..tempstr.."()\" exists make sure you created it') end end"))() end,
 	removeAlarm=function(self,tag) event:destroyEvent("Alarm_"..tag) event:removeTracker("_Alarm_"..tag) end,
 	updateAlarm=function(self,tag,set) event:removeAlarm(tag) event:setAlarm(tag,set) end,
 	addTracker=function(self,varname,var) event.EventTracker[varname]=var end,
 	getTracker=function(self,varname) return event.EventTracker[varname] end,
 	listTrackers=function(self) return event.EventTracker end,
 	removeTracker=function(self,var) event.EventTracker[var]=nil end,
 	trackerExist=function(self,tag) return event.EventTracker[tag]~=nil end,
 	updateTracker=function(self,tag,val) if event:trackerExist(tag) then event.EventTracker[tag]=val end end,
 	alarmExist=function(self,tag) return (event:getTracker("_Alarm_"..tag)~=nil) end,
 	new=function(self,fname,condition,also) if not(also) then also="" end table.insert(self.Events,"if "..condition.." then "..also.." "..fname.." end") table.insert(event.tag,fname) end,
 	eventExist=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then return true end end return false end,
 	destroyEvent=function(self,tag) for j=1,#event.tag do if event.tag[j]==tag then table.remove(event.tag,j) table.remove(event.Events,j) end end end,
 	Stop=function() event.Active=false end,
 	OnCreate=function() end,
 	OnUpdate=function() end,
 	OnClose=function() end,
 	getActive=function() return event.tag end,
 	Manager=function() event.OnCreate() while event.Active==true do event.DO_Order() end event.OnClose() end,
 	CManager=function() if event.Active==true then event.DO_Order() end end,
 	UManager=function() if event.CT==false then event.CT=true event.OnCreate() end if event.Active==true then event.DO_Order() end end,
 	createStep=function(self,tag,reset,skip,endc)
 		if not(endc) then
 			endc=false
 		end
 		temp=
 		{
 			Name=tag,
 			pos=1,
 			endAt=reset or math.huge,
 			active=true,
 			endc=endc,
 			skip=skip or 0,
 			spos=0,
 			Step=function(self) if self~=nil then if self.spos==0 then _G.__CAction__=self if self.active==true then assert(loadstring("Step_"..tag.."("..self.pos..",__CAction__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("Step_"..self.Name.."_End(__CAction__)"))() end end end self.spos=self.spos+1 if self.spos>=self.skip then self.spos=0 end end,
 			FStep=function(self) if self~=nil then if self.spos==0 then _G.__CAction__=self assert(loadstring("Step_"..tag.."("..self.pos..",__CAction__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("Step_"..self.Name.."_End(__CAction__)"))() end end self.spos=self.spos+1 if self.spos>=self.skip then self.spos=0 end end,
 			Remove=function(self) for as=1,#event.Steps do if event.Steps[as].Name==self.Name then table.remove(event.Steps,as) end end end,
 			Reset=function(self) self.pos=1 end,
 			Set=function(self,amt) self.pos=amt end,
 			Pause=function(self) self.active=false end,
 			Resume=function(self) self.active=true end,
 			Stop=function(self) self:Reset() self:Pause() end,
 			Start=function(self) self:Resume() end,
 			End=function(self) _G.__CAction__=self assert(loadstring("Step_"..self.Name.."_End(__CAction__)"))() self:Reset() end,
 		}
 		table.insert(event.Steps,temp) return temp
 	end,
 	createTStep=function(self,tag,reset,timer,endc)
 		if not(endc) then
 			endc=false
 		end
 		timer=timer or 1
 		temp=
 		{
 			Name=tag,
 			pos=1,
 			endAt=reset or math.huge,
 			active=true,
 			endc=endc,
 			skip= 0,
 			spos=0,
 			Step=function(self) if self~=nil then if self.spos==0 then _G.__CAction__=self if self.active==true then assert(loadstring("TStep_"..tag.."("..self.pos..",__CAction__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("TStep_"..self.Name.."_End(__CAction__)"))() end end end self.spos=self.spos+1 if self.spos>=self.skip then self.spos=0 end end,
 			FStep=function(self) if self~=nil then if self.spos==0 then _G.__CAction__=self assert(loadstring("TStep_"..tag.."("..self.pos..",__CAction__)"))() self.pos=self.pos+1 end end if self.endAt+1<=self.pos then self:Reset() if endc==true then assert(loadstring("TStep_"..self.Name.."_End(__CAction__)"))() end end self.spos=self.spos+1 if self.spos>=self.skip then self.spos=0 end end,
 			Remove=function(self) for as=1,#event.Steps do if event.Steps[as].Name==self.Name then table.remove(event.Steps,as) end end end,
 			Reset=function(self) self.pos=1 end,
 			Set=function(self,amt) self.pos=amt end,
 			Pause=function(self) self.active=false end,
 			Resume=function(self) self.active=true end,
 			Stop=function(self) self:Reset() self:Pause() end,
 			Start=function(self) self:Resume() end,
 			End=function(self) self.pos=self.EndAt self.endc=true end,
 		}
 		event:setAlarm("TStep_"..tag,timer)
 		event:addTracker("_TStep_"..tag,temp)
 		table.insert(event.TSteps,temp)
 		assert(loadstring("function Alarm_TStep_"..tag.."(alarm) event:getTracker(\"_\"..alarm):Step()  event:updateAlarm(alarm,"..timer..") end"))()
 		return temp
 	end,
 	stepExist=function(self,tag)
 		for a_s=1,#event.Steps do
 			if event.Steps[a_s].Name==tag then
 				return true
 			end
 		end
 		return false
 	end,
 	tstepExist=function(self,tag)
 		for a_s=1,#event.TSteps do
 			if event.TSteps[a_s].Name==tag then
 				return true
 			end
 		end
 		return false
 	end,
 }
--- a/oldversions/EventManager(1.3.0).lua
+++ b/oldversions/EventManager(1.3.0).lua
@ -1,728 +0,0 @@
 function readonlytable(table)
   return setmetatable({}, {
     __index = table,
     __newindex = function(table, key, value)
                    error("Attempt to modify read-only table")
                  end,
     __metatable = false
   });
 end
 local EventRef=
 readonlytable{
 	Pause=function(self)
 		self.active=false
 		if not(event.isPaused(self)) then
 			table.insert(event.Paused,self)
 			for _j=1,#event.Mainloop do
 				if tostring(event.Mainloop[_j])==tostring(self) then
 					table.remove(event.Mainloop,_j)
 				end
 			end
 		end
 	end,
 	Resume=function(self)
 		self.active=true
 		if event.isPaused(self) then
 			table.insert(event.Mainloop,self)
 			for _j=1,#event.Paused do
 				if tostring(event.Paused[_j])==tostring(self) then
 					table.remove(event.Paused,_j)
 				end
 			end
 		end
 	end,
 	Stop=function(self)
 		self.active=nil
 	end,
 }
 local StepRef=
 readonlytable{
 	Step=function(self)
 		if self~=nil then
 			if self.spos==0 then
 				_G.__CAction__=self
 					if self.active==true then
 						for i=1,#self.steps do
 							self.steps[i](self.pos,self)
 						end
 						self.pos=self.pos+self.count
 					end
 				end
 				if self.endAt+self.count<=self.pos and self.endAt>self.start then
 					self:Reset()
 					for i=1,#self.funcs do
 						self.funcs[i](self)
 					end
 				elseif self.pos<=0 then
 					self:Reset()
 					for i=1,#self.funcs do
 						self.funcs[i](self)
 					end
 				end
 			end
 			self.spos=self.spos+1
 			if self.spos>=self.skip then
 				self.spos=0
 			end
 		end,
 	FStep=function(self)
 		if self~=nil then
 			if self.spos==0 then
 				_G.__CAction__=self
 					for i=1,#self.steps do
 						self.steps[i](self.pos,self)
 					end
 					self.pos=self.pos+self.count
 				end
 				if self.endAt+self.count<=self.pos and self.endAt>self.start then
 					self:Reset()
 					for i=1,#self.funcs do
 						self.funcs[i](self)
 					end
 				elseif self.pos==0 then
 					self:Reset()
 					for i=1,#self.funcs do
 						self.funcs[i](self)
 					end
 				end
 			end
 			self.spos=self.spos+1
 			if self.spos>=self.skip then
 				self.spos=0
 			end
 		end,
 	Remove=function(self)
 		if self~=_G.__CAction__ then
 			for as=1,#event.Mainloop do
 				if tostring(event.Mainloop[as])==tostring(self) then
 					table.remove(event.Mainloop,as)
 				end
 			end
 		else
 			table.insert(event.garbage,self)
 		end
 	end,
 	Reset=function(self)
 		self.pos=self.start
 	end,
 	Set=function(self,amt)
 		self.pos=amt
 	end,
 	Pause=EventRef.Pause,
 	Resume=EventRef.Resume,
 	Stop=function(self)
 		self:Reset()
 		self.active=nil
 		for i=1,#self.funcs do
 			self.funcs[i](self)
 		end
 	end,
 	End=function(self)
 		for i=1,#self.funcs do
 			self.funcs[i](self)
 		end
 		self:Reset()
 	end,
 	Update=function(self,start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end,
 	OnEnd=function(self,func)
 		table.insert(self.funcs,func)
 	end,
 	OnStep=function(self,func)
 		table.insert(self.steps,func)
 	end,
 	FreeConnections=function(self)
 		self.funcs={}
 		self.steps={}
 	end,
 }
 --thread and run setup
 if love then
 	function love.run()
 		if love.math then
 			love.math.setRandomSeed(os.time())
 		end
 		if love.event then
 			love.event.pump()
 		end
 		if love.load then love.load(arg) end
 		if love.timer then love.timer.step() end
 		local dt = 0
 		while true do
 			-- Process events.
 			if love.event then
 				love.event.pump()
 				for e,a,b,c,d in love.event.poll() do
 					if e == "quit" then
 						if not love.quit or not love.quit() then
 							if love.audio then
 								love.audio.stop()
 							end
 							return
 						end
 					end
 					love.handlers[e](a,b,c,d)
 				end
 			end
 			if love.timer then
 				love.timer.step()
 				dt = love.timer.getDelta()
 			end
 			if love.update then love.update(dt) end
 			event.uManager(dt)
 			if love.window and love.graphics and love.window.isCreated() then
 				love.graphics.clear()
 				love.graphics.origin()
 				if love.draw then love.draw() end
 				event.dManager()
 				love.graphics.setColor(255,255,255,255)
 				if event.draw then event.draw() end
 				love.graphics.present()
 			end
 		end
 	end
 end
 eThreads={
 	send=function() end,
 }
 function RunTasks()
 	for i=1,#event.DoTasks do
 		event.DoTasks[i]()
 	end
 end
 event={
 	VERSION="1.0.0 (Build Version: 5.7.3)",
 	Priority_Core=1,
 	Priority_High=2,
 	Priority_Above_Normal=4,
 	Priority_Normal=16,
 	Priority_Low=256,
 	Priority_Idle=65536,
 	Start=0,
 	Active=true,
 	CT=false,
 	Tasks={},
 	DoTasks={},
 	garbage={},
 	Paused={},
 	last={},
 	func={},
 	drawF={},
 	pump=false,
 	pumpvar=0,
 	Mainloop={},
 	PEnabled=true,
 	PCount=1,
 	Triggers={},
 	oneTimeObj=
 	{
 		last={},
 		Resume=function(self) end,
 		Pause=function(self) end,
 	},
 	RemoveAll=function()
 		event.Mainloop={}
 	end,
 	GarbageObj=
 	{
 		Resume=function() end,
 		Pause=function() end
 	},
 	isPaused=function(obj)
 		for _j=1,#event.Paused do
 			if tostring(event.Paused[_j])==tostring(obj) then
 				return true
 			end
 		end
 		return false
 	end,
 	DO_Order=function()
 		event.oneTime(RunTasks)
 		event.PCount=event.PCount+1
 		for i=1,#event.Mainloop do
 			if event.Mainloop[i]~=nil then
 				local obj = event.Mainloop[i]
 				if event.PCount%obj.Priority==0 and event.PEnabled then
 					obj:Act()
 				elseif event.PEnabled==false then
 					obj:Act()
 				end
 				if event.PCount>event.Priority_Idle then
 					event.PCount=event.Priority_Core
 				end
 			end
 		end
 		event.MANAGE_GARBAGE()
 	end,
 	MANAGE_GARBAGE=function()
 		_G.__CAction__=event.GarbageObj
 		for _i=1,#event.garbage do
 			event.garbage[_i]:Remove()
 			table.remove(event.garbage,_i)
 		end
 	end,
 	oneTime=function(func)
 		event.oneTimeObj.last=_G.__CAction__
 		_G.__CAction__=event.oneTimeObj
 		for _k=1,#event.Tasks do
 			if event.Tasks[_k]==func then
 				_G.__CAction__=event.oneTimeObj.last
 				return false
 			end
 		end
 		table.insert(event.Tasks,func)
 		func()
 		_G.__CAction__=event.oneTimeObj.last
 		return true
 	end,
 	oneETime=function(func)
 		for _k=1,#event.Tasks do
 			if event.Tasks[_k]==string.dump(func) then
 				return false
 			end
 		end
 		table.insert(event.Tasks,string.dump(func))
 		func()
 		return true
 	end,
 	hold=function(task) -- as many conditions and times that you want can be used
 		local action=__CAction__
 		action:Pause()
 		if type(task)=="number" then
 			local alarm=event.newAlarm(task,function() end,true)
 			while alarm.active==true do
 				if love then
 					event.lManager()
 				else
 					event.cManager()
 				end
 			end
 			alarm:Remove()
 			action:Resume()
 		elseif type(task)=="function" then
 			local env=event.newEvent(task,function(envt) envt:Pause() envt:Stop() end)
 			while env.active do
 				if love then
 					event.lManager()
 				else
 					event.cManager()
 				end
 			end
 			env:Remove()
 			action:Resume()
 		else
 			print("Error Data Type!!!")
 		end
 	end,
 	waitFor=function(obj)
 		local obj=obj
 		event.hold(function() return not(obj.active) end)
 	end,
 	getType=function(obj)
 		if obj.Type~=nil then
 			return obj.Type
 		end
 	end,
 	newEvent=function(test,task)
 		temp=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			Parent=event.Events,
 			Type="Event",
 			active=true,
 			test=test or (function() end),
 			task={task} or {},
 			Act=function(self)
 				_G.__CAction__=self
 				if self:test(self)==true then
 					self:Pause()
 					self:Stop()
 					for i=1,#self.task do
 						self.task[i](self)
 					end
 				end
 			end,
 			Reset=function(self) self:Resume() end,
 			Stop=EventRef.Stop,
 			Pause=EventRef.Pause,
 			Resume=EventRef.Resume,
 			OnEvent=function(self,func)
 				table.insert(self.task,func)
 			end,
 			FreeConnections=function(self)
 				self.task={}
 			end,
 			Remove=function(self)
 				if self~=_G.__CAction__ then
 					for i=1,#event.Mainloop do
 						if tostring(event.Mainloop[i])==tostring(self) then
 							table.remove(event.Mainloop,i)
 						end
 					end
 				else
 					table.insert(event.garbage,self)
 				end
 			end,
 		}
 		table.insert(event.Mainloop,temp)
 		event.last=temp
 		return temp
 	end,
 	newAlarm=function(set,func,start)
 		if not(start) then
 			timer=0
 			active=false
 		else
 			timer=os.clock()
 			active=true
 		end
 		if not(func) then
 			func=(function() end)
 		end
 		Alarm=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			Parent=event.Alarms,
 			Type="Alarm",
 			active=active,
 			timer=timer,
 			set=set or 0,
 			func={func},
 			Act=function(self)
 				_G.__CAction__=self
 				if self.active==true then
 					if os.clock()-self.timer>=self.set then
 						self:Pause()
 						self:Stop()
 						self:Ring()
 					end
 				end
 			end,
 			FreeConnections=function(self)
 				self.func={}
 			end,
 			Stop=EventRef.Stop,
 			Pause=EventRef.Pause,
 			Set=function(self,amt)
 				self.set=amt
 				self.timer=os.clock()
 				self:Resume()
 			end,
 			OnRing=function(self,func)
 				table.insert(self.func,func)
 			end,
 			Ring=function(self)
 				for i=1,#self.func do
 					self.func[i](self)
 				end
 			end,
 			Reset=function(self)
 				self.timer=os.clock()
 				self:Resume()
 			end,
 			Resume=EventRef.Resume,
 			Remove=function(self)
 				if self~=_G.__CAction__ then
 					for i=1,#event.Mainloop do
 						if tostring(event.Mainloop[i])==tostring(self) then
 							table.remove(event.Mainloop,i)
 						end
 					end
 				else
 					table.insert(event.garbage,self)
 				end
 			end,
 		}
 		table.insert(event.Mainloop,Alarm)
 		event.last=temp
 		return Alarm
 	end,
 	newTask=function(func)
 		table.insert(event.DoTasks,func)
 	end,
 	createLoop=function()
 		temp=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			Parent=event.Loops,
 			Type="Loop",
 			active=true,
 			func={},
 			OnLoop=function(self,func)
 				table.insert(self.func,func)
 			end,
 			Stop=EventRef.Stop,
 			Pause=EventRef.Pause,
 			Resume=EventRef.Resume,
 			Act=function(self)
 				_G.__CAction__=self
 				for i=1,#self.func do
 					self.func[i](os.clock()-event.Start,self)
 				end
 			end,
 			Remove=function(self)
 				if self~=_G.__CAction__ then
 					for i=1,#event.Mainloop do
 						if tostring(event.Mainloop[i])==tostring(self) then
 							table.remove(event.Mainloop,i)
 						end
 					end
 				else
 					table.insert(event.garbage,self)
 				end
 			end,
 			FreeConnections=function(self)
 				self.func={}
 			end,
 		}
 		table.insert(event.Mainloop,temp)
 		event.last=temp
 		return temp
 	end,
 	createStep=function(start,reset,count,skip)
 		think=1
 		if start~=nil and reset~=nil then
 			if start>reset then
 				think=-1
 			end
 		end
 		if not(endc) then
 			endc=false
 		end
 		temp=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			start=start or 1,
 			Parent=event.Steps,
 			Type="Step",
 			pos=start or 1,
 			endAt=reset or math.huge,
 			active=true,
 			skip=skip or 0,
 			spos=0,
 			count=count or 1*think,
 			funcs={},
 			steps={},
 			Act=StepRef.Step,
 			FAct=StepRef.FStep,
 			Remove=StepRef.Remove,
 			Reset=StepRef.Reset,
 			Set=StepRef.Set,
 			Pause=StepRef.Pause,
 			Resume=StepRef.Resume,
 			Stop=StepRef.Stop,
 			End=StepRef.End,
 			Update=StepRef.Update,
 			OnEnd=StepRef.OnEnd,
 			OnStep=StepRef.OnStep,
 			FreeConnections=StepRef.FreeConnections
 		}
 		table.insert(event.Mainloop,temp)
 		event.last=temp
 		return temp
 	end,
 	createTStep=function(start,reset,timer,count)
 		think=1
 		if start~=nil and reset~=nil then
 			if start>reset then
 				think=-1
 			end
 		end
 		if not(endc) then
 			endc=false
 		end
 		timer=timer or 1
 		local _alarm=event.newAlarm(timer,function(alarm) alarm.Link:Act() alarm:Reset() end,true)
 		temp=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			start=start or 1,
 			Parent=event.TSteps,
 			Type="TStep",
 			pos=start or 1,
 			endAt=reset or math.huge,
 			active=true,
 			skip= 0,
 			spos=0,
 			count=count or 1*think,
 			funcs={},
 			steps={},
 			alarm=_alarm,
 			Act=StepRef.Step,
 			FAct=StepRef.FStep,
 			Remove=function(self)
 				if self~=_G.__CAction__ then
 					for as=1,#event.Mainloop do
 						if tostring(event.Mainloop[as])==tostring(self) then
 							table.remove(event.Mainloop,as)
 						end
 					end
 					self.alarm:Remove()
 				else
 					table.insert(event.garbage,self)
 				end
 			end,
 			Reset=StepRef.Reset,
 			Set=StepRef.Set,
 			Pause=StepRef.Pause,
 			Resume=StepRef.Resume,
 			Stop=StepRef.Stop,
 			End=StepRef.End,
 			Update=function(self,start,reset,timer,count)
 				if start~=nil and reset~=nil then
 					if start>reset then
 						if not(count<0) then
 							print("less")
 							count=-count
 						end
 					end
 				end
 				self.start=start or self.start
 				self.endAt=reset or self.endAt
 				if timer~=nil then
 					self.alarm:Set(timer)
 				end
 				self.count=count or self.count
 				self.pos=self.start
 				self:Resume()
 			end,
 			OnEnd=StepRef.OnEnd,
 			OnStep=StepRef.OnStep,
 			FreeConnections=StepRef.FreeConnections
 		}
 		_alarm.Link=temp
 		event.last=temp
 		return temp
 	end,
 	createTrigger=function(func)
 		temp={
 			active=true,
 			trigfunc=func,
 			Remove=function(self)
 				for i=1,#event.Triggers do
 					if event.Triggers[i]==self then
 						table.remove(event.Triggers,i)
 					end
 				end
 			end,
 			Pause=function(self) self.active=false end,
 			Resume=function(self) self.active=true end,
 			Fire=function(self,...)
 				if self.active==true then
 					local tempA=__CAction__
 					__CAction__=self
 					self:trigfunc(...)
 					__CAction__=tempA
 				end
 			end,
 		}
 		table.insert(event.Triggers,temp)
 		return temp
 	end,
 	stop=function()
 		event.Active=false
 	end,
 	onStart=function() end,
 	onUpdate=function(func)
 		local temp=event.createLoop()
 		temp:OnLoop(func)
 		temp.Priority=1
 	end,
 	onDraw=function(func)
 		table.insert(event.drawF,func)
 	end,
 	onClose=function() end,
 	manager=function()
 		if not(love) then
 			event.onStart()
 			event.Start=os.clock()
 			while event.Active==true do
 				event.DO_Order()
 			end
 			event.onClose()
 			return os.clock()-event.Start
 		else
 			return false
 		end
 	end,
 	cManager=function()
 		if event.Active==true then
 			event.DO_Order()
 		end
 	end,
 	uManager=function(dt)
 		if event.CT==false then
 			if dt then
 				event.pump=true
 			end
 			event.CT=true
 			event.onStart()
 			event.Start=os.clock()
 		end
 		event.pumpvar=dt
 		if event.Active==true then
 			event.DO_Order()
 		end
 	end,
 	dManager=function()
 		for ii=1,#event.drawF do
 			event.drawF[ii]()
 		end
 	end,
 	lManager=function()
 		if love.event then
 			love.event.pump()
 			for e,a,b,c,d in love.event.poll() do
 				if e == "quit" then
 					if not love.quit or not love.quit() then
 						if love.audio then
 							love.audio.stop()
 						end
 						return
 					end
 				end
 				love.handlers[e](a,b,c,d)
 			end
 		end
 		if love.timer then
 			love.timer.step()
 			dt = love.timer.getDelta()
 		end
 		if love.update then love.update(dt) end
 		event.uManager(dt)
 		if love.window and love.graphics and love.window.isCreated() then
 			love.graphics.clear()
 			love.graphics.origin()
 			if love.draw then love.draw() end
 			event.dManager()
 			love.graphics.present()
 		end
 	end,
 	benchMark=function(sec,p)
 		p=p or event.Priority_Normal
 		local temp=event.createStep(10)
 		temp.CC=0
 		temp:OnStep(function(pos,step) step.CC=step.CC+1 end)
 		local Loud=event.newAlarm(sec,nil,true)
 		Loud.Link=temp
 		Loud:OnRing(function(alarm) print((alarm.Link.CC).." steps in "..alarm.set.." second(s)") end)
 		temp.Priority=p
 		Loud.Priority=p
 		return Loud
 	end,
 }
--- a/oldversions/EventManager(5.7.3).lua
+++ b/oldversions/EventManager(5.7.3).lua
@ -1,728 +0,0 @@
 function readonlytable(table)
   return setmetatable({}, {
     __index = table,
     __newindex = function(table, key, value)
                    error("Attempt to modify read-only table")
                  end,
     __metatable = false
   });
 end
 local EventRef=
 readonlytable{
 	Pause=function(self)
 		self.active=false
 		if not(event.isPaused(self)) then
 			table.insert(event.Paused,self)
 			for _j=1,#event.Mainloop do
 				if tostring(event.Mainloop[_j])==tostring(self) then
 					table.remove(event.Mainloop,_j)
 				end
 			end
 		end
 	end,
 	Resume=function(self)
 		self.active=true
 		if event.isPaused(self) then
 			table.insert(event.Mainloop,self)
 			for _j=1,#event.Paused do
 				if tostring(event.Paused[_j])==tostring(self) then
 					table.remove(event.Paused,_j)
 				end
 			end
 		end
 	end,
 	Stop=function(self)
 		self.active=nil
 	end,
 }
 local StepRef=
 readonlytable{
 	Step=function(self)
 		if self~=nil then
 			if self.spos==0 then
 				_G.__CAction__=self
 					if self.active==true then
 						for i=1,#self.steps do
 							self.steps[i](self.pos,self)
 						end
 						self.pos=self.pos+self.count
 					end
 				end
 				if self.endAt+self.count<=self.pos and self.endAt>self.start then
 					self:Reset()
 					for i=1,#self.funcs do
 						self.funcs[i](self)
 					end
 				elseif self.pos<=0 then
 					self:Reset()
 					for i=1,#self.funcs do
 						self.funcs[i](self)
 					end
 				end
 			end
 			self.spos=self.spos+1
 			if self.spos>=self.skip then
 				self.spos=0
 			end
 		end,
 	FStep=function(self)
 		if self~=nil then
 			if self.spos==0 then
 				_G.__CAction__=self
 					for i=1,#self.steps do
 						self.steps[i](self.pos,self)
 					end
 					self.pos=self.pos+self.count
 				end
 				if self.endAt+self.count<=self.pos and self.endAt>self.start then
 					self:Reset()
 					for i=1,#self.funcs do
 						self.funcs[i](self)
 					end
 				elseif self.pos==0 then
 					self:Reset()
 					for i=1,#self.funcs do
 						self.funcs[i](self)
 					end
 				end
 			end
 			self.spos=self.spos+1
 			if self.spos>=self.skip then
 				self.spos=0
 			end
 		end,
 	Remove=function(self)
 		if self~=_G.__CAction__ then
 			for as=1,#event.Mainloop do
 				if tostring(event.Mainloop[as])==tostring(self) then
 					table.remove(event.Mainloop,as)
 				end
 			end
 		else
 			table.insert(event.garbage,self)
 		end
 	end,
 	Reset=function(self)
 		self.pos=self.start
 	end,
 	Set=function(self,amt)
 		self.pos=amt
 	end,
 	Pause=EventRef.Pause,
 	Resume=EventRef.Resume,
 	Stop=function(self)
 		self:Reset()
 		self.active=nil
 		for i=1,#self.funcs do
 			self.funcs[i](self)
 		end
 	end,
 	End=function(self)
 		for i=1,#self.funcs do
 			self.funcs[i](self)
 		end
 		self:Reset()
 	end,
 	Update=function(self,start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end,
 	OnEnd=function(self,func)
 		table.insert(self.funcs,func)
 	end,
 	OnStep=function(self,func)
 		table.insert(self.steps,func)
 	end,
 	FreeConnections=function(self)
 		self.funcs={}
 		self.steps={}
 	end,
 }
 --thread and run setup
 if love then
 	function love.run()
 		if love.math then
 			love.math.setRandomSeed(os.time())
 		end
 		if love.event then
 			love.event.pump()
 		end
 		if love.load then love.load(arg) end
 		if love.timer then love.timer.step() end
 		local dt = 0
 		while true do
 			-- Process events.
 			if love.event then
 				love.event.pump()
 				for e,a,b,c,d in love.event.poll() do
 					if e == "quit" then
 						if not love.quit or not love.quit() then
 							if love.audio then
 								love.audio.stop()
 							end
 							return
 						end
 					end
 					love.handlers[e](a,b,c,d)
 				end
 			end
 			if love.timer then
 				love.timer.step()
 				dt = love.timer.getDelta()
 			end
 			if love.update then love.update(dt) end
 			event.uManager(dt)
 			if love.window and love.graphics and love.window.isCreated() then
 				love.graphics.clear()
 				love.graphics.origin()
 				if love.draw then love.draw() end
 				event.dManager()
 				love.graphics.setColor(255,255,255,255)
 				if event.draw then event.draw() end
 				love.graphics.present()
 			end
 		end
 	end
 end
 eThreads={
 	send=function() end,
 }
 function RunTasks()
 	for i=1,#event.DoTasks do
 		event.DoTasks[i]()
 	end
 end
 event={
 	VERSION="1.0.0 (Build Version: 5.7.3)",
 	Priority_Core=1,
 	Priority_High=2,
 	Priority_Above_Normal=4,
 	Priority_Normal=16,
 	Priority_Low=256,
 	Priority_Idle=65536,
 	Start=0,
 	Active=true,
 	CT=false,
 	Tasks={},
 	DoTasks={},
 	garbage={},
 	Paused={},
 	last={},
 	func={},
 	drawF={},
 	pump=false,
 	pumpvar=0,
 	Mainloop={},
 	PEnabled=true,
 	PCount=1,
 	Triggers={},
 	oneTimeObj=
 	{
 		last={},
 		Resume=function(self) end,
 		Pause=function(self) end,
 	},
 	RemoveAll=function()
 		event.Mainloop={}
 	end,
 	GarbageObj=
 	{
 		Resume=function() end,
 		Pause=function() end
 	},
 	isPaused=function(obj)
 		for _j=1,#event.Paused do
 			if tostring(event.Paused[_j])==tostring(obj) then
 				return true
 			end
 		end
 		return false
 	end,
 	DO_Order=function()
 		event.oneTime(RunTasks)
 		event.PCount=event.PCount+1
 		for i=1,#event.Mainloop do
 			if event.Mainloop[i]~=nil then
 				local obj = event.Mainloop[i]
 				if event.PCount%obj.Priority==0 and event.PEnabled then
 					obj:Act()
 				elseif event.PEnabled==false then
 					obj:Act()
 				end
 				if event.PCount>event.Priority_Idle then
 					event.PCount=event.Priority_Core
 				end
 			end
 		end
 		event.MANAGE_GARBAGE()
 	end,
 	MANAGE_GARBAGE=function()
 		_G.__CAction__=event.GarbageObj
 		for _i=1,#event.garbage do
 			event.garbage[_i]:Remove()
 			table.remove(event.garbage,_i)
 		end
 	end,
 	oneTime=function(func)
 		event.oneTimeObj.last=_G.__CAction__
 		_G.__CAction__=event.oneTimeObj
 		for _k=1,#event.Tasks do
 			if event.Tasks[_k]==func then
 				_G.__CAction__=event.oneTimeObj.last
 				return false
 			end
 		end
 		table.insert(event.Tasks,func)
 		func()
 		_G.__CAction__=event.oneTimeObj.last
 		return true
 	end,
 	oneETime=function(func)
 		for _k=1,#event.Tasks do
 			if event.Tasks[_k]==string.dump(func) then
 				return false
 			end
 		end
 		table.insert(event.Tasks,string.dump(func))
 		func()
 		return true
 	end,
 	hold=function(task) -- as many conditions and times that you want can be used
 		local action=__CAction__
 		action:Pause()
 		if type(task)=="number" then
 			local alarm=event.newAlarm(task,function() end,true)
 			while alarm.active==true do
 				if love then
 					event.lManager()
 				else
 					event.cManager()
 				end
 			end
 			alarm:Remove()
 			action:Resume()
 		elseif type(task)=="function" then
 			local env=event.newEvent(task,function(envt) envt:Pause() envt:Stop() end)
 			while env.active do
 				if love then
 					event.lManager()
 				else
 					event.cManager()
 				end
 			end
 			env:Remove()
 			action:Resume()
 		else
 			print("Error Data Type!!!")
 		end
 	end,
 	waitFor=function(obj)
 		local obj=obj
 		event.hold(function() return not(obj.active) end)
 	end,
 	getType=function(obj)
 		if obj.Type~=nil then
 			return obj.Type
 		end
 	end,
 	newEvent=function(test,task)
 		temp=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			Parent=event.Events,
 			Type="Event",
 			active=true,
 			test=test or (function() end),
 			task={task} or {},
 			Act=function(self)
 				_G.__CAction__=self
 				if self:test(self)==true then
 					self:Pause()
 					self:Stop()
 					for i=1,#self.task do
 						self.task[i](self)
 					end
 				end
 			end,
 			Reset=function(self) self:Resume() end,
 			Stop=EventRef.Stop,
 			Pause=EventRef.Pause,
 			Resume=EventRef.Resume,
 			OnEvent=function(self,func)
 				table.insert(self.task,func)
 			end,
 			FreeConnections=function(self)
 				self.task={}
 			end,
 			Remove=function(self)
 				if self~=_G.__CAction__ then
 					for i=1,#event.Mainloop do
 						if tostring(event.Mainloop[i])==tostring(self) then
 							table.remove(event.Mainloop,i)
 						end
 					end
 				else
 					table.insert(event.garbage,self)
 				end
 			end,
 		}
 		table.insert(event.Mainloop,temp)
 		event.last=temp
 		return temp
 	end,
 	newAlarm=function(set,func,start)
 		if not(start) then
 			timer=0
 			active=false
 		else
 			timer=os.clock()
 			active=true
 		end
 		if not(func) then
 			func=(function() end)
 		end
 		Alarm=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			Parent=event.Alarms,
 			Type="Alarm",
 			active=active,
 			timer=timer,
 			set=set or 0,
 			func={func},
 			Act=function(self)
 				_G.__CAction__=self
 				if self.active==true then
 					if os.clock()-self.timer>=self.set then
 						self:Pause()
 						self:Stop()
 						self:Ring()
 					end
 				end
 			end,
 			FreeConnections=function(self)
 				self.func={}
 			end,
 			Stop=EventRef.Stop,
 			Pause=EventRef.Pause,
 			Set=function(self,amt)
 				self.set=amt
 				self.timer=os.clock()
 				self:Resume()
 			end,
 			OnRing=function(self,func)
 				table.insert(self.func,func)
 			end,
 			Ring=function(self)
 				for i=1,#self.func do
 					self.func[i](self)
 				end
 			end,
 			Reset=function(self)
 				self.timer=os.clock()
 				self:Resume()
 			end,
 			Resume=EventRef.Resume,
 			Remove=function(self)
 				if self~=_G.__CAction__ then
 					for i=1,#event.Mainloop do
 						if tostring(event.Mainloop[i])==tostring(self) then
 							table.remove(event.Mainloop,i)
 						end
 					end
 				else
 					table.insert(event.garbage,self)
 				end
 			end,
 		}
 		table.insert(event.Mainloop,Alarm)
 		event.last=temp
 		return Alarm
 	end,
 	newTask=function(func)
 		table.insert(event.DoTasks,func)
 	end,
 	createLoop=function()
 		temp=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			Parent=event.Loops,
 			Type="Loop",
 			active=true,
 			func={},
 			OnLoop=function(self,func)
 				table.insert(self.func,func)
 			end,
 			Stop=EventRef.Stop,
 			Pause=EventRef.Pause,
 			Resume=EventRef.Resume,
 			Act=function(self)
 				_G.__CAction__=self
 				for i=1,#self.func do
 					self.func[i](os.clock()-event.Start,self)
 				end
 			end,
 			Remove=function(self)
 				if self~=_G.__CAction__ then
 					for i=1,#event.Mainloop do
 						if tostring(event.Mainloop[i])==tostring(self) then
 							table.remove(event.Mainloop,i)
 						end
 					end
 				else
 					table.insert(event.garbage,self)
 				end
 			end,
 			FreeConnections=function(self)
 				self.func={}
 			end,
 		}
 		table.insert(event.Mainloop,temp)
 		event.last=temp
 		return temp
 	end,
 	createStep=function(start,reset,count,skip)
 		think=1
 		if start~=nil and reset~=nil then
 			if start>reset then
 				think=-1
 			end
 		end
 		if not(endc) then
 			endc=false
 		end
 		temp=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			start=start or 1,
 			Parent=event.Steps,
 			Type="Step",
 			pos=start or 1,
 			endAt=reset or math.huge,
 			active=true,
 			skip=skip or 0,
 			spos=0,
 			count=count or 1*think,
 			funcs={},
 			steps={},
 			Act=StepRef.Step,
 			FAct=StepRef.FStep,
 			Remove=StepRef.Remove,
 			Reset=StepRef.Reset,
 			Set=StepRef.Set,
 			Pause=StepRef.Pause,
 			Resume=StepRef.Resume,
 			Stop=StepRef.Stop,
 			End=StepRef.End,
 			Update=StepRef.Update,
 			OnEnd=StepRef.OnEnd,
 			OnStep=StepRef.OnStep,
 			FreeConnections=StepRef.FreeConnections
 		}
 		table.insert(event.Mainloop,temp)
 		event.last=temp
 		return temp
 	end,
 	createTStep=function(start,reset,timer,count)
 		think=1
 		if start~=nil and reset~=nil then
 			if start>reset then
 				think=-1
 			end
 		end
 		if not(endc) then
 			endc=false
 		end
 		timer=timer or 1
 		local _alarm=event.newAlarm(timer,function(alarm) alarm.Link:Act() alarm:Reset() end,true)
 		temp=
 		{
 			Priority=event.Priority_Normal,
 			_Priority=0,
 			start=start or 1,
 			Parent=event.TSteps,
 			Type="TStep",
 			pos=start or 1,
 			endAt=reset or math.huge,
 			active=true,
 			skip= 0,
 			spos=0,
 			count=count or 1*think,
 			funcs={},
 			steps={},
 			alarm=_alarm,
 			Act=StepRef.Step,
 			FAct=StepRef.FStep,
 			Remove=function(self)
 				if self~=_G.__CAction__ then
 					for as=1,#event.Mainloop do
 						if tostring(event.Mainloop[as])==tostring(self) then
 							table.remove(event.Mainloop,as)
 						end
 					end
 					self.alarm:Remove()
 				else
 					table.insert(event.garbage,self)
 				end
 			end,
 			Reset=StepRef.Reset,
 			Set=StepRef.Set,
 			Pause=StepRef.Pause,
 			Resume=StepRef.Resume,
 			Stop=StepRef.Stop,
 			End=StepRef.End,
 			Update=function(self,start,reset,timer,count)
 				if start~=nil and reset~=nil then
 					if start>reset then
 						if not(count<0) then
 							print("less")
 							count=-count
 						end
 					end
 				end
 				self.start=start or self.start
 				self.endAt=reset or self.endAt
 				if timer~=nil then
 					self.alarm:Set(timer)
 				end
 				self.count=count or self.count
 				self.pos=self.start
 				self:Resume()
 			end,
 			OnEnd=StepRef.OnEnd,
 			OnStep=StepRef.OnStep,
 			FreeConnections=StepRef.FreeConnections
 		}
 		_alarm.Link=temp
 		event.last=temp
 		return temp
 	end,
 	createTrigger=function(func)
 		temp={
 			active=true,
 			trigfunc=func,
 			Remove=function(self)
 				for i=1,#event.Triggers do
 					if event.Triggers[i]==self then
 						table.remove(event.Triggers,i)
 					end
 				end
 			end,
 			Pause=function(self) self.active=false end,
 			Resume=function(self) self.active=true end,
 			Fire=function(self,...)
 				if self.active==true then
 					local tempA=__CAction__
 					__CAction__=self
 					self:trigfunc(...)
 					__CAction__=tempA
 				end
 			end,
 		}
 		table.insert(event.Triggers,temp)
 		return temp
 	end,
 	stop=function()
 		event.Active=false
 	end,
 	onStart=function() end,
 	onUpdate=function(func)
 		local temp=event.createLoop()
 		temp:OnLoop(func)
 		temp.Priority=1
 	end,
 	onDraw=function(func)
 		table.insert(event.drawF,func)
 	end,
 	onClose=function() end,
 	manager=function()
 		if not(love) then
 			event.onStart()
 			event.Start=os.clock()
 			while event.Active==true do
 				event.DO_Order()
 			end
 			event.onClose()
 			return os.clock()-event.Start
 		else
 			return false
 		end
 	end,
 	cManager=function()
 		if event.Active==true then
 			event.DO_Order()
 		end
 	end,
 	uManager=function(dt)
 		if event.CT==false then
 			if dt then
 				event.pump=true
 			end
 			event.CT=true
 			event.onStart()
 			event.Start=os.clock()
 		end
 		event.pumpvar=dt
 		if event.Active==true then
 			event.DO_Order()
 		end
 	end,
 	dManager=function()
 		for ii=1,#event.drawF do
 			event.drawF[ii]()
 		end
 	end,
 	lManager=function()
 		if love.event then
 			love.event.pump()
 			for e,a,b,c,d in love.event.poll() do
 				if e == "quit" then
 					if not love.quit or not love.quit() then
 						if love.audio then
 							love.audio.stop()
 						end
 						return
 					end
 				end
 				love.handlers[e](a,b,c,d)
 			end
 		end
 		if love.timer then
 			love.timer.step()
 			dt = love.timer.getDelta()
 		end
 		if love.update then love.update(dt) end
 		event.uManager(dt)
 		if love.window and love.graphics and love.window.isCreated() then
 			love.graphics.clear()
 			love.graphics.origin()
 			if love.draw then love.draw() end
 			event.dManager()
 			love.graphics.present()
 		end
 	end,
 	benchMark=function(sec,p)
 		p=p or event.Priority_Normal
 		local temp=event.createStep(10)
 		temp.CC=0
 		temp:OnStep(function(pos,step) step.CC=step.CC+1 end)
 		local Loud=event.newAlarm(sec,nil,true)
 		Loud.Link=temp
 		Loud:OnRing(function(alarm) print((alarm.Link.CC).." steps in "..alarm.set.." second(s)") end)
 		temp.Priority=p
 		Loud.Priority=p
 		return Loud
 	end,
 }
--- a/oldversions/MultiManager(0.3.0).lua
+++ b/oldversions/MultiManager(0.3.0).lua
@ -1,365 +0,0 @@
 multi = {}
 multi.__index = multi
 multi.Mainloop={}
 multi.Tasks={}
 multi.Tasks2={}
 multi.Garbage={}
 multi.Children={}
 multi.Paused={}
 multi.MasterId=0
 multi.Active=true
 multi.Id=-1
 -- System
 function multi:newBase(ins)
 	local c = {}
    setmetatable(c, multi)
 	c.Parent=self
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.Act=function() end
 	if ins then
 		table.insert(multi.Mainloop,ins,c)
 	else
 		table.insert(multi.Mainloop,c)
 	end
 	multi.MasterId=multi.MasterId+1
 	return c
 end
 function multi:reboot(r)
 	multi.Mainloop={}
 	multi.Tasks={}
 	multi.Tasks2={}
 	multi.Garbage={}
 	multi.Children={}
 	multi.Paused={}
 	multi.MasterId=0
 	multi.Active=true
 	multi.Id=-1
 	if r then
 		for i,v in pairs(_G) do
 			if type(i)=="table" then
 				if i.Parent and i.Id and i.Act then
 					i={}
 				end
 			end
 		end
 	end
 end
 --Processor
 function multi.Do_Order()
 	for _D=#multi.Mainloop,1,-1 do
 		if multi.Mainloop[_D]~=nil then
 			multi.Mainloop[_D].Id=_D
 			multi.Mainloop[_D]:Act()
 		end
 	end
 end
 function multi:benchMark(sec)
 	local temp=multi:newStep(2)
 	temp.CC=0
 	temp:OnStep(function(pos,step) step.CC=step.CC+1 end)
 	local Loud=multi:newAlarm(sec)
 	Loud.Link=temp
 	Loud:OnRing(function(alarm) alarm.Link.CC=alarm.Link.CC print((alarm.Link.CC).." steps in "..alarm.set.." second(s)") alarm.bench=alarm.Link.CC alarm.Link:Destroy() alarm:Destroy() end)
 	return Loud
 end
 --Helpers
 function multi:FreeMainEvent()
 	self.func={}
 end
 function multi:isPaused()
 	return not(self.Active)
 end
 function multi:Pause(n)
 	if not(n) then
 		self.Active=false
 		table.remove(multi.Mainloop,self.Id)
 		table.insert(multi.Paused,self)
 	else
 		self:hold(n)
 	end
 end
 function multi:Resume()
 	if self:isPaused() then
 		self.Active=true
 		table.remove(multi.Paused,self.Id)
 		table.insert(multi.Mainloop,self)
 	end
 end
 function multi:Remove()
 	self:Pause()
 	self:Destroy()
 end
 function multi:Destroy()
 	self:Pause()
 	if self:isPaused() then
 		for i=1,#multi.Paused do
 			if multi.Paused[i]==self then
 				table.remove(multi.Paused,i)
 				return
 			end
 		end
 	else
 		table.remove(multi.Mainloop,self.Id)
 	end
 	self.Act=function() end
 end
 function multi:hold(task)
 	self:Pause()
 	if type(task)=="number" then
 		local alarm=multi:newAlarm(task)
 		while alarm.Active==true do
 			if love then
 				multi.lManager()
 			else
 				multi.Do_Order()
 			end
 		end
 		alarm:Destroy()
 		self:Resume()
 	elseif type(task)=="function" then
 		local env=multi:newEvent(task)
 		env:OnEvent(function(envt) envt:Pause() envt:Stop() end)
 		while env.Active do
 			if love then
 				multi.lManager()
 			else
 				multi.Do_Order()
 			end
 		end
 		env:Destroy()
 		self:Resume()
 	else
 		print("Error Data Type!!!")
 	end
 end
 function multi:oneTime(func,...)
 		for _k=1,#multi.Tasks2 do
 			if multi.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(multi.Tasks2,func)
 		func(...)
 		return true
 end
 --Constructors
 function multi:newEvent(task)
 	local c=multi:newBase()
 	c.Type="Event"
 	c.Task=task or function() end
 	function c:Act()
 		if self.Task(self) and self.Active==true then
 			self:Pause()
 			for _E=1,#self.func do
 				self.func[_E](self)
 			end
 		end
 	end
 	function c:OnEvent(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newAlarm(set)
 	local c=multi:newBase()
 	c.Type="Alarm"
 	c.timer=os.clock()
 	c.set=set or 0
 	function c:Act()
 		if self.Active==true then
 			if os.clock()-self.timer>=self.set then
 				self:Pause()
 				for i=1,#self.func do
 					self.func[i](self)
 				end
 			end
 		end
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 	end
 	function c:OnRing(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newTask(func)
 	table.insert(multi.Tasks,func)
 end
 function multi:newLoop()
 	local c=multi:newBase()
 	c.Type="Loop"
 	function c:Act()
 		if self.Active==true then
 			for i=1,#self.func do
 				self.func[i](os.clock()-multi.Start,self)
 			end
 		end
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newStep(start,reset,count,skip)
 	local c=multi:newBase()
 	think=1
 	c.Type="Step"
 	c.pos=start or 1
 	c.endAt=reset or math.huge
 	c.skip=skip or 0
 	c.spos=0
 	c.count=count or 1*think
 	c.funcE={}
 	c.start=start or 1
 	if start~=nil and reset~=nil then
 		if start>reset then
 			think=-1
 		end
 	end
 	function c:Act()
 		if self~=nil then
 			if self.spos==0 then
 				if self.Active==true then
 					for i=1,#self.func do
 						self.func[i](self.pos,self)
 					end
 					self.pos=self.pos+self.count
 				end
 			end
 		end
 		self.spos=self.spos+1
 		if self.spos>=self.skip then
 			self.spos=0
 		end
 	end
 	function c:OnStep(func)
 		table.insert(self.func,1,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Update(start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end
 	c:OnStep(function(p,s)
 		if s.count>0 and s.endAt==p then
 			for fe=1,#s.funcE do
 				s.funcE[fe](s)
 			end
 			s.pos=s.start-1
 		elseif s.count<0 and s.endAt==p then
 			for fe=1,#s.funcE do
 				s.funcE[fe](s)
 			end
 			s.pos=s.start-1
 		end
 	end)
 	return c
 end
 function multi:newTStep(start,reset,count,set)
 	local c=multi:newBase()
 	think=1
 	c.Type="TStep"
 	c.start=start or 1
 	local reset = reset or math.huge
 	c.endAt=reset
 	c.pos=start or 1
 	c.skip=skip or 0
 	c.count=count or 1*think
 	c.funcE={}
 	c.timer=os.clock()
 	c.set=set or 1
 	function c:Update(start,reset,count,set)
 		self.start=start or self.start
 		self.pos=start
 		self.endAt=reset or self.endAt
 		self.set=set or self.set
 		self.count=count or self.count or 1
 		self.timer=os.clock()
 		self:Resume()
 	end
 	function c:Act()
 		if self.Active then
 			if os.clock()-self.timer>=self.set then
 				self:Reset()
 				for i=1,#self.func do
 					self.func[i](self.pos,self)
 				end
 				if self.endAt==self.pos then
 					for fe=1,#self.funcE do
 						self.funcE[fe](self)
 					end
 					self.pos=self.start-1
 				end
 				self.pos=self.pos+self.count
 			end
 		end
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 	end
 	function c:OnStep(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:inQueue(func)
 	if self.Id==-1 then
 		print("Error: Can't queue the multi object")
 		return
 	end
 	local c=multi:newBase(self.Id)
 	self.Id=self.Id-1
 	c.Type="Queue"
 	c.Task=func
 	c.Link=self
 	function c:Act()
 		self.Task(self.Link)
 		self:Destroy()
 	end
 end
 function multi:newTrigger(func)
 	local c=multi:newBase()
 	c.Type="Trigger"
 	c.trigfunc=func or function() end
 	function c:Fire(...)
 		self:trigfunc(self,...)
 	end
 	return c
 end
 --Managers
 function multi:mainloop()
 	for i=1,#multi.Tasks do
 		multi.Tasks[i]()
 	end
 	multi.Start=os.clock()
 	while self.Active do
 		multi.Do_Order()
 	end
 end
 function multi._tFunc(dt)
 	if dt then
 		multi.pump=true
 	end
 	multi.pumpvar=dt
 	multi.Start=os.clock()
 end
 function multi:uManager(dt)
 	multi:oneTime(multi._tFunc,dt)
 	multi.Do_Order()
 end
--- a/oldversions/MultiManager(0.4.0-1).lua
+++ b/oldversions/MultiManager(0.4.0-1).lua
@ -1,506 +0,0 @@
 multi = {}
 multi.Version="4.0.1"
 multi.__index = multi
 multi.Mainloop={}
 multi.Tasks={}
 multi.Tasks2={}
 multi.Garbage={}
 multi.Children={}
 multi.Paused={}
 multi.MasterId=0
 multi.Active=true
 multi.Id=-1
 multi.Type="mainint"
 multi.Rest=0
 multi._type=type
 --[[function type(v)
 	local t={}
 	if multi._type(v)=="table" then
 		t=getmetatable(v)
 		if v.Type~=nil then
 			if multi._type(v.Type)=="string" then
 				return v.Type
 			end
 		end
 	end
 	if t.__type~=nil then
 		return t.__type
 	else
 		return multi._type(v)
 	end
 end]]
 -- System
 function os.getOS()
 	if package.config:sub(1,1)=="\\" then
 		return "windows"
 	else
 		return "unix"
 	end
 end
 if os.getOS()=="windows" then
 	function os.sleep(n)
 		if n > 0 then os.execute("ping -n " .. tonumber(n+1) .. " localhost > NUL") end
 	end
 else
 	function os.sleep(n)
 		os.execute("sleep " .. tonumber(n))
 	end
 end
 function multi:newBase(ins)
 	if not(self.Type=="mainint" or self.Type=="int") then error("Can only create an object on multi or an interface obj") return false end
 	local c = {}
    if self.Type=="int" then
 		setmetatable(c, self.Parent)
 	else
 		setmetatable(c, self)
 	end
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.PId=0
 	c.Act=function() end
 	c.Parent=self
 	if ins then
 		table.insert(self.Mainloop,ins,c)
 	else
 		table.insert(self.Mainloop,c)
 	end
 	self.MasterId=self.MasterId+1
 	return c
 end
 function multi:reboot(r)
 	self.Mainloop={}
 	self.Tasks={}
 	self.Tasks2={}
 	self.Garbage={}
 	self.Children={}
 	self.Paused={}
 	self.MasterId=0
 	self.Active=true
 	self.Id=-1
 	if r then
 		for i,v in pairs(_G) do
 			if type(i)=="table" then
 				if i.Parent and i.Id and i.Act then
 					i={}
 				end
 			end
 		end
 	end
 end
 function multi:getChildren()
 	return self.Mainloop
 end
 --Processor
 function multi:Do_Order()
 	for _D=#self.Mainloop,1,-1 do
 		if self.Mainloop[_D]~=nil then
 			self.Mainloop[_D].Id=_D
 			self.Mainloop[_D]:Act()
 		end
 		if self.Mainloop[_D]~=nil then
 			if self.Mainloop[_D].rem~=nil then
 				table.remove(self.Mainloop,_D)
 			end
 		end
 	end
 	if self.Rest>0 then
 		os.sleep(self.Rest)
 	end
 end
 function multi:benchMark(sec)
 	local temp=self:newLoop(function(t,self)
 		if os.clock()-self.init>self.sec then
 			print(self.c.." steps in "..self.sec.." second(s)")
 			self.tt(self.sec)
 			self:Destroy()
 		else
 			self.c=self.c+1
 		end
 	end)
 	function temp:OnBench(func)
 		self.tt=func
 	end
 	self.tt=function() end
 	temp.sec=sec
 	temp.init=os.clock()
 	temp.c=0
 	return temp
 end
 function multi:newInterface()
 	if not(self.Type=="mainint") then error("Can only create an interface on the multi obj") return false end
 	local c = {}
    setmetatable(c, self)
 	c.Parent=self
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.Type="int"
 	c.Mainloop={}
 	c.Tasks={}
 	c.Tasks2={}
 	c.Garbage={}
 	c.Children={}
 	c.Paused={}
 	c.MasterId=0
 	c.Active=true
 	c.Id=-1
 	c.Rest=0
 	function c:Start()
 		if self.l then
 			self.l:Resume()
 		else
 			self.l=self.Parent:newLoop(function(dt) c:uManager(dt) end)
 		end
 	end
 	function c:Stop()
 		if self.l then
 			self.l:Pause()
 		end
 	end
 	function c:Remove()
 		self:Destroy()
 		self.l:Destroy()
 	end
 	return c
 end
 --Helpers
 function multi:FreeMainEvent()
 	self.func={}
 end
 function multi:isPaused()
 	return not(self.Active)
 end
 function multi:Pause(n)
 	if self.Type=="int" or self.Type=="mainint" then
 		self.Active=false
 		if not(n) then
 			local c=self:getChildren()
 			for i=1,#c do
 				c[i]:Pause()
 			end
 		else
 			self:hold(n)
 		end
 	else
 		if n==nil then
 			self.Active=false
 			if self.Parent.Mainloop[self.Id]~=nil then
 				table.remove(self.Parent.Mainloop,self.Id)
 				table.insert(self.Parent.Paused,self)
 				self.PId=#self.Parent.Paused
 			end
 		else
 			self:hold(n)
 		end
 	end
 end
 function multi:Resume()
 	if self.Type=="int" or self.Type=="mainint" then
 		self.Active=true
 		local c=self:getChildren()
 		for i=1,#c do
 			c[i]:Resume()
 		end
 	else
 		if self:isPaused() then
 			table.remove(self.Parent.Paused,self.PId)
 			table.insert(self.Parent.Mainloop,self)
 			self.Id=#self.Parent.Mainloop
 			self.Active=true
 		end
 	end
 end
 function multi:Destroy()
 	if self.Type=="int" or self.Type=="mainint" then
 		local c=self:getChildren()
 		for i=1,#c do
 			c[i]:Destroy()
 		end
 	else
 		self.rem=true
 		self.Active=false
 	end
 end
 function multi:hold(task)
 	self:Pause()
 	if type(task)=="number" then
 		local alarm=self.Parent:newAlarm(task)
 		while alarm.Active==true do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		alarm:Destroy()
 		self:Resume()
 	elseif type(task)=="function" then
 		local env=self.Parent:newEvent(task)
 		env:OnEvent(function(envt) envt:Pause() envt:Stop() end)
 		while env.Active do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		env:Destroy()
 		self:Resume()
 	else
 		print("Error Data Type!!!")
 	end
 end
 function multi:oneTime(func,...)
 	if not(self.Type=="mainint" or self.Type=="int") then
 		for _k=1,#self.Parent.Tasks2 do
 			if self.Parent.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(self.Parent.Tasks2,func)
 		func(...)
 		return true
 	else
 		for _k=1,#self.Tasks2 do
 			if self.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(self.Tasks2,func)
 		func(...)
 		return true
 	end
 end
 --Constructors
 function multi:newEvent(task)
 	local c=self:newBase()
 	c.Type="event"
 	c.Task=task or function() end
 	function c:Act()
 		if self.Task(self) and self.Active==true then
 			self:Pause()
 			for _E=1,#self.func do
 				self.func[_E](self)
 			end
 		end
 	end
 	function c:OnEvent(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newAlarm(set)
 	local c=self:newBase()
 	c.Type="alarm"
 	c.timer=os.clock()
 	c.set=set or 0
 	function c:Act()
 		if self.Active==true then
 			if os.clock()-self.timer>=self.set then
 				self:Pause()
 				for i=1,#self.func do
 					self.func[i](self)
 				end
 			end
 		end
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 		self.Active=true
 	end
 	function c:OnRing(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newTask(func)
 	table.insert(self.Tasks,func)
 end
 function multi:newLoop(func)
 	local c=self:newBase()
 	c.Type="loop"
 	if func then
 		c.func={func}
 	end
 	function c:Act()
 		if self.Active==true then
 			for i=1,#self.func do
 				self.func[i](os.clock()-self.Parent.Start,self)
 			end
 		end
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	return c
 end
 function multi:newStep(start,reset,count,skip)
 	local c=self:newBase()
 	think=1
 	c.Type="step"
 	c.pos=start or 1
 	c.endAt=reset or math.huge
 	c.skip=skip or 0
 	c.spos=0
 	c.count=count or 1*think
 	c.funcE={}
 	c.funcS={}
 	c.start=start or 1
 	if start~=nil and reset~=nil then
 		if start>reset then
 			think=-1
 		end
 	end
 	function c:Act()
 		if self~=nil then
 			if self.spos==0 then
 				if self.Active==true then
 					if self.pos==self.start then
 						for fe=1,#self.funcS do
 							self.funcS[fe](self)
 						end
 					end
 					for i=1,#self.func do
 						self.func[i](self.pos,self)
 					end
 					self.pos=self.pos+self.count
 					if self.pos-self.count==self.endAt then
 						for fe=1,#self.funcE do
 							self.funcE[fe](self)
 						end
 						self.pos=self.start
 					end
 				end
 			end
 		end
 		self.spos=self.spos+1
 		if self.spos>=self.skip then
 			self.spos=0
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,1,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Update(start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end
 	return c
 end
 function multi:newTStep(start,reset,count,set)
 	local c=self:newBase()
 	think=1
 	c.Type="tstep"
 	c.start=start or 1
 	local reset = reset or math.huge
 	c.endAt=reset
 	c.pos=start or 1
 	c.skip=skip or 0
 	c.count=count or 1*think
 	c.funcE={}
 	c.timer=os.clock()
 	c.set=set or 1
 	c.funcS={}
 	function c:Update(start,reset,count,set)
 		self.start=start or self.start
 		self.pos=start
 		self.endAt=reset or self.endAt
 		self.set=set or self.set
 		self.count=count or self.count or 1
 		self.timer=os.clock()
 		self:Resume()
 	end
 	function c:Act()
 		if self.Active then
 			if os.clock()-self.timer>=self.set then
 				self:Reset()
 				if self.pos==self.start then
 					for fe=1,#self.funcS do
 						self.funcS[fe](self)
 					end
 				end
 				for i=1,#self.func do
 					self.func[i](self.pos,self)
 				end
 				self.pos=self.pos+self.count
 				if self.pos-self.count==self.endAt then
 					for fe=1,#self.funcE do
 						self.funcE[fe](self)
 					end
 					self.pos=self.start
 				end
 			end
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 	end
 	return c
 end
 function multi:newTrigger(func)
 	local c=self:newBase()
 	c.Type="trigger"
 	c.trigfunc=func or function() end
 	function c:Fire(...)
 		self:trigfunc(self,...)
 	end
 	return c
 end
 --Managers
 function multi:mainloop()
 	for i=1,#self.Tasks do
 		self.Tasks[i](self)
 	end
 	self.Start=os.clock()
 	while self.Active do
 		self:Do_Order()
 	end
 end
 function multi._tFunc(self,dt)
 	for i=1,#self.Tasks do
 		self.Tasks[i](self)
 	end
 	if dt then
 		self.pump=true
 	end
 	self.pumpvar=dt
 	self.Start=os.clock()
 end
 function multi:uManager(dt)
 	if self.Active then
 		self:oneTime(self._tFunc,self,dt)
 		self:Do_Order()
 	end
 end
--- a/oldversions/MultiManager(0.4.0-5).lua
+++ b/oldversions/MultiManager(0.4.0-5).lua
@ -1,596 +0,0 @@
 multi = {}
 multi.Version="4.0.5"
 multi.__index = multi
 multi.Mainloop={}
 multi.Tasks={}
 multi.Tasks2={}
 multi.Garbage={}
 multi.Children={}
 multi.Paused={}
 multi.MasterId=0
 multi.Active=true
 multi.Id=-1
 multi.Type="mainint"
 multi.Rest=0
 multi._type=type
 multi.Jobs={}
 multi.queue={}
 multi.jobUS=2
 --[[function type(v)
 	local t={}
 	if multi._type(v)=="table" then
 		t=getmetatable(v)
 		if v.Type~=nil then
 			if multi._type(v.Type)=="string" then
 				return v.Type
 			end
 		end
 	end
 	if t.__type~=nil then
 		return t.__type
 	else
 		return multi._type(v)
 	end
 end]]
 -- System
 function os.getOS()
 	if package.config:sub(1,1)=="\\" then
 		return "windows"
 	else
 		return "unix"
 	end
 end
 if os.getOS()=="windows" then
 	function os.sleep(n)
 		if n > 0 then os.execute("ping -n " .. tonumber(n+1) .. " localhost > NUL") end
 	end
 else
 	function os.sleep(n)
 		os.execute("sleep " .. tonumber(n))
 	end
 end
 function multi:newBase(ins)
 	if not(self.Type=="mainint" or self.Type=="int") then error("Can only create an object on multi or an interface obj") return false end
 	local c = {}
    if self.Type=="int" then
 		setmetatable(c, self.Parent)
 	else
 		setmetatable(c, self)
 	end
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.PId=0
 	c.Act=function() end
 	c.Parent=self
 	if ins then
 		table.insert(self.Mainloop,ins,c)
 	else
 		table.insert(self.Mainloop,c)
 	end
 	self.MasterId=self.MasterId+1
 	return c
 end
 function multi:reboot(r)
 	self.Mainloop={}
 	self.Tasks={}
 	self.Tasks2={}
 	self.Garbage={}
 	self.Children={}
 	self.Paused={}
 	self.MasterId=0
 	self.Active=true
 	self.Id=-1
 	if r then
 		for i,v in pairs(_G) do
 			if type(i)=="table" then
 				if i.Parent and i.Id and i.Act then
 					i={}
 				end
 			end
 		end
 	end
 end
 function multi:getChildren()
 	return self.Mainloop
 end
 --Processor
 function multi:Do_Order()
 	for _D=#self.Mainloop,1,-1 do
 		if self.Mainloop[_D]~=nil then
 			self.Mainloop[_D].Id=_D
 			self.Mainloop[_D]:Act()
 		end
 		if self.Mainloop[_D]~=nil then
 			if self.Mainloop[_D].rem~=nil then
 				table.remove(self.Mainloop,_D)
 			end
 		end
 	end
 	if self.Rest~=0 then
 		os.sleep(self.Rest)
 	end
 end
 function multi:benchMark(sec)
 	local temp=self:newLoop(function(t,self)
 		if os.clock()-self.init>self.sec then
 			print(self.c.." steps in "..self.sec.." second(s)")
 			self.tt(self.sec)
 			self:Destroy()
 		else
 			self.c=self.c+1
 		end
 	end)
 	function temp:OnBench(func)
 		self.tt=func
 	end
 	self.tt=function() end
 	temp.sec=sec
 	temp.init=os.clock()
 	temp.c=0
 	return temp
 end
 function multi:newInterface()
 	if not(self.Type=="mainint") then error("Can only create an interface on the multi obj") return false end
 	local c = {}
    setmetatable(c, self)
 	c.Parent=self
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.Type="int"
 	c.Mainloop={}
 	c.Tasks={}
 	c.Tasks2={}
 	c.Garbage={}
 	c.Children={}
 	c.Paused={}
 	c.MasterId=0
 	c.Active=true
 	c.Id=-1
 	c.Rest=0
 	c.Jobs={}
 	c.queue={}
 	c.jobUS=2
 	function c:Start()
 		if self.l then
 			self.l:Resume()
 		else
 			self.l=self.Parent:newLoop(function(dt) c:uManager(dt) end)
 		end
 	end
 	function c:Stop()
 		if self.l then
 			self.l:Pause()
 		end
 	end
 	function c:Remove()
 		self:Destroy()
 		self.l:Destroy()
 	end
 	return c
 end
 --Helpers
 function multi:FreeMainEvent()
 	self.func={}
 end
 function multi:isPaused()
 	return not(self.Active)
 end
 function multi:Pause(n)
 	if self.Type=="int" or self.Type=="mainint" then
 		self.Active=false
 		if not(n) then
 			local c=self:getChildren()
 			for i=1,#c do
 				c[i]:Pause()
 			end
 		else
 			self:hold(n)
 		end
 	else
 		if n==nil then
 			self.Active=false
 			if self.Parent.Mainloop[self.Id]~=nil then
 				table.remove(self.Parent.Mainloop,self.Id)
 				table.insert(self.Parent.Paused,self)
 				self.PId=#self.Parent.Paused
 			end
 		else
 			self:hold(n)
 		end
 	end
 end
 function multi:Resume()
 	if self.Type=="int" or self.Type=="mainint" then
 		self.Active=true
 		local c=self:getChildren()
 		for i=1,#c do
 			c[i]:Resume()
 		end
 	else
 		if self:isPaused() then
 			table.remove(self.Parent.Paused,self.PId)
 			table.insert(self.Parent.Mainloop,self)
 			self.Id=#self.Parent.Mainloop
 			self.Active=true
 		end
 	end
 end
 function multi:Destroy()
 	if self.Type=="int" or self.Type=="mainint" then
 		local c=self:getChildren()
 		for i=1,#c do
 			c[i]:Destroy()
 		end
 	else
 		self.rem=true
 		self.Active=false
 	end
 end
 function multi:hold(task)
 	self:Pause()
 	if type(task)=="number" then
 		local alarm=self.Parent:newAlarm(task)
 		while alarm.Active==true do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		alarm:Destroy()
 		self:Resume()
 	elseif type(task)=="function" then
 		local env=self.Parent:newEvent(task)
 		env:OnEvent(function(envt) envt:Pause() envt:Stop() end)
 		while env.Active do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		env:Destroy()
 		self:Resume()
 	else
 		print("Error Data Type!!!")
 	end
 end
 function multi:oneTime(func,...)
 	if not(self.Type=="mainint" or self.Type=="int") then
 		for _k=1,#self.Parent.Tasks2 do
 			if self.Parent.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(self.Parent.Tasks2,func)
 		func(...)
 		return true
 	else
 		for _k=1,#self.Tasks2 do
 			if self.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(self.Tasks2,func)
 		func(...)
 		return true
 	end
 end
 --Constructors
 function multi:newEvent(task)
 	local c=self:newBase()
 	c.Type="event"
 	c.Task=task or function() end
 	function c:Act()
 		if self.Task(self) and self.Active==true then
 			self:Pause()
 			for _E=1,#self.func do
 				self.func[_E](self)
 			end
 		end
 	end
 	function c:OnEvent(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newAlarm(set)
 	local c=self:newBase()
 	c.Type="alarm"
 	c.timer=os.clock()
 	c.set=set or 0
 	function c:Act()
 		if self.Active==true then
 			if os.clock()-self.timer>=self.set then
 				self:Pause()
 				for i=1,#self.func do
 					self.func[i](self)
 				end
 			end
 		end
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 		self.Active=true
 	end
 	function c:OnRing(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newTask(func)
 	table.insert(self.Tasks,func)
 end
 function multi:newLoop(func)
 	local c=self:newBase()
 	c.Type="loop"
 	if func then
 		c.func={func}
 	end
 	function c:Act()
 		if self.Active==true then
 			for i=1,#self.func do
 				self.func[i](os.clock()-self.Parent.Start,self)
 			end
 		end
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	return c
 end
 function multi:newStep(start,reset,count,skip)
 	local c=self:newBase()
 	think=1
 	c.Type="step"
 	c.pos=start or 1
 	c.endAt=reset or math.huge
 	c.skip=skip or 0
 	c.spos=0
 	c.count=count or 1*think
 	c.funcE={}
 	c.funcS={}
 	c.start=start or 1
 	if start~=nil and reset~=nil then
 		if start>reset then
 			think=-1
 		end
 	end
 	function c:Act()
 		if self~=nil then
 			if self.spos==0 then
 				if self.Active==true then
 					if self.pos==self.start then
 						for fe=1,#self.funcS do
 							self.funcS[fe](self)
 						end
 					end
 					for i=1,#self.func do
 						self.func[i](self.pos,self)
 					end
 					self.pos=self.pos+self.count
 					if self.pos-self.count==self.endAt then
 						for fe=1,#self.funcE do
 							self.funcE[fe](self)
 						end
 						self.pos=self.start
 					end
 				end
 			end
 		end
 		self.spos=self.spos+1
 		if self.spos>=self.skip then
 			self.spos=0
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,1,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Update(start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end
 	return c
 end
 function multi:newTStep(start,reset,count,set)
 	local c=self:newBase()
 	think=1
 	c.Type="tstep"
 	c.start=start or 1
 	local reset = reset or math.huge
 	c.endAt=reset
 	c.pos=start or 1
 	c.skip=skip or 0
 	c.count=count or 1*think
 	c.funcE={}
 	c.timer=os.clock()
 	c.set=set or 1
 	c.funcS={}
 	function c:Update(start,reset,count,set)
 		self.start=start or self.start
 		self.pos=start
 		self.endAt=reset or self.endAt
 		self.set=set or self.set
 		self.count=count or self.count or 1
 		self.timer=os.clock()
 		self:Resume()
 	end
 	function c:Act()
 		if self.Active then
 			if os.clock()-self.timer>=self.set then
 				self:Reset()
 				if self.pos==self.start then
 					for fe=1,#self.funcS do
 						self.funcS[fe](self)
 					end
 				end
 				for i=1,#self.func do
 					self.func[i](self.pos,self)
 				end
 				self.pos=self.pos+self.count
 				if self.pos-self.count==self.endAt then
 					for fe=1,#self.funcE do
 						self.funcE[fe](self)
 					end
 					self.pos=self.start
 				end
 			end
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 	end
 	return c
 end
 function multi:newTrigger(func)
 	local c={}--self:newBase()
 	c.Type="trigger"
 	c.trigfunc=func or function() end
 	function c:Fire(...)
 		self:trigfunc(self,...)
 	end
 	return c
 end
 function multi:newConnection()
 	local c={}
 	c.Type="connector"
 	c.func={}
 	function c:Fire(...)
 		for i=1,#self.func do
 			t,e=pcall(self.func[i],...)
 			if not(t) then
 				print(e)
 			end
 		end
 	end
 	function c:connect(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newJob(func,name)
 	if not(self.Type=="mainint" or self.Type=="int") then error("Can only create an object on multi or an interface obj") return false end
 	local c = {}
    if self.Type=="int" then
 		setmetatable(c, self.Parent)
 	else
 		setmetatable(c, self)
 	end
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.PId=0
 	c.Parent=self
 	c.Type="job"
 	c.trigfunc=func or function() end
 	function c:Act()
 		self:trigfunc(self)
 	end
 	table.insert(self.Jobs,{c,name})
 	if self.JobRunner==nil then
 		self.JobRunner=self:newAlarm(self.jobUS)
 		self.JobRunner:OnRing(function(self)
 			if #self.Parent.Jobs>0 then
 				if self.Parent.Jobs[1] then
 					self.Parent.Jobs[1][1]:Act()
 					table.remove(self.Parent.Jobs,1)
 				end
 			end
 			self:Reset(self.Parent.jobUS)
 		end)
 	end
 end
 function multi:setJobSpeed(n)
 	self.jobUS=n
 end
 function multi:hasJobs()
 	return #self.Jobs>0,#self.Jobs
 end
 function multi:getJobs()
 	return #self.Jobs
 end
 function multi:removeJob(name)
 	for i=#self.Jobs,1,-1 do
 		if self.Jobs[i][2]==name then
 			table.remove(self.Jobs,i)
 		end
 	end
 end
 --Incomplete
 function multi:addToQueue(name,job)
 	if self.queue[name]~=nil then
 		table.insert(self.queue[name],job)
 	else
 		self.queue[name]={}
 	end
 	if self.QRunner==nil then
 		self.QRunner=self:newAlarm(.5)
 		self.QRunner:OnRing(function(self)
 			if #self.Parent.queue>0 then
 				local w=math.random(1,#self.Parent.Jobs)
 				self.Parent.Jobs[w]:Act()
 				table.remove(self.Parent.Jobs,w)
 			end
 			self:Reset()
 		end)
 	end
 end
 --Managers
 function multi:mainloop()
 	for i=1,#self.Tasks do
 		self.Tasks[i](self)
 	end
 	self.Start=os.clock()
 	while self.Active do
 		self:Do_Order()
 	end
 end
 function multi._tFunc(self,dt)
 	for i=1,#self.Tasks do
 		self.Tasks[i](self)
 	end
 	if dt then
 		self.pump=true
 	end
 	self.pumpvar=dt
 	self.Start=os.clock()
 end
 function multi:uManager(dt)
 	if self.Active then
 		self:oneTime(self._tFunc,self,dt)
 		self:Do_Order()
 	end
 end
--- a/oldversions/MultiManager(0.5.1-6).lua
+++ b/oldversions/MultiManager(0.5.1-6).lua
@ -1,767 +0,0 @@
 multi = {}
 multi.Version="5.1.6"
 multi.__index = multi
 multi.Mainloop={}
 multi.Tasks={}
 multi.Tasks2={}
 multi.Garbage={}
 multi.Children={}
 multi.Paused={}
 multi.MasterId=0
 multi.Active=true
 multi.Id=-1
 multi.Type="mainint"
 multi.Rest=0
 multi._type=type
 multi.Jobs={}
 multi.queue={}
 multi.jobUS=2
 -- System
 function multi:Stop()
 	self.Active=false
 end
 function os.getOS()
 	if package.config:sub(1,1)=="\\" then
 		return "windows"
 	else
 		return "unix"
 	end
 end
 if os.getOS()=="windows" then
 	function os.sleep(n)
 		if n > 0 then os.execute("ping -n " .. tonumber(n+1) .. " localhost > NUL") end
 	end
 else
 	function os.sleep(n)
 		os.execute("sleep " .. tonumber(n))
 	end
 end
 function multi:newBase(ins)
 	if not(self.Type=="mainint" or self.Type=="int" or self.Type=="stack") then error("Can only create an object on multi or an interface obj") return false end
 	local c = {}
    if self.Type=="int" or self.Type=="stack" then
 		setmetatable(c, self.Parent)
 	else
 		setmetatable(c, self)
 	end
 	c.Active=true
 	c.func={}
 	c.ender={}
 	c.Id=0
 	c.PId=0
 	c.Act=function() end
 	c.Parent=self
 	if ins then
 		table.insert(self.Mainloop,ins,c)
 	else
 		table.insert(self.Mainloop,c)
 	end
 	self.MasterId=self.MasterId+1
 	return c
 end
 function multi:reboot(r)
 	self.Mainloop={}
 	self.Tasks={}
 	self.Tasks2={}
 	self.Garbage={}
 	self.Children={}
 	self.Paused={}
 	self.MasterId=0
 	self.Active=true
 	self.Id=-1
 	if r then
 		for i,v in pairs(_G) do
 			if type(i)=="table" then
 				if i.Parent and i.Id and i.Act then
 					i={}
 				end
 			end
 		end
 	end
 end
 function multi:getChildren()
 	return self.Mainloop
 end
 --Processor
 function multi:getError()
 	if self.error then
 		return self.error
 	end
 end
 function multi:Do_Order()
 	for _D=#self.Mainloop,1,-1 do
 		if self.Mainloop[_D]~=nil then
 			self.Mainloop[_D].Id=_D
 			self.Mainloop[_D]:Act()
 		end
 		if self.Mainloop[_D]~=nil then
 			if self.Mainloop[_D].rem~=nil then
 				table.remove(self.Mainloop,_D)
 			end
 		end
 	end
 	if self.Rest~=0 then
 		os.sleep(self.Rest)
 	end
 end
 function multi:benchMark(sec)
 	local temp=self:newLoop(function(t,self)
 		if os.clock()-self.init>self.sec then
 			print(self.c.." steps in "..self.sec.." second(s)")
 			self.tt(self.sec)
 			self:Destroy()
 		else
 			self.c=self.c+1
 		end
 	end)
 	function temp:OnBench(func)
 		self.tt=func
 	end
 	self.tt=function() end
 	temp.sec=sec
 	temp.init=os.clock()
 	temp.c=0
 	return temp
 end
 function multi:newInterface()
 	if not(self.Type=="mainint") then error("Can only create an interface on the multi obj") return false end
 	local c = {}
    setmetatable(c, self)
 	c.Parent=self
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.Type="int"
 	c.Mainloop={}
 	c.Tasks={}
 	c.Tasks2={}
 	c.Garbage={}
 	c.Children={}
 	c.Paused={}
 	c.MasterId=0
 	c.Active=true
 	c.Id=-1
 	c.Rest=0
 	c.Jobs={}
 	c.queue={}
 	c.jobUS=2
 	function c:Start()
 		if self.l then
 			self.l:Resume()
 		else
 			self.l=self.Parent:newLoop(function(dt) c:uManager(dt) end)
 		end
 	end
 	function c:Stop()
 		if self.l then
 			self.l:Pause()
 		end
 	end
 	function c:Remove()
 		self:Destroy()
 		self.l:Destroy()
 	end
 	return c
 end
 function multi:newStack(file)
 	local c=self:newInterface()
 	c.Type="stack"
 	stack=c
 	c.last={}
 	c.funcE={}
 	if file then
 		dofile(file)
 	end
 	function c:OnStackCompleted(func)
 		table.insert(self.funcE,func)
 	end
 	return c
 end
 --Helpers
 function multi:protect()
 	function self:Do_Order()
 		for _D=#self.Mainloop,1,-1 do
 			if self.Mainloop[_D]~=nil then
 				self.Mainloop[_D].Id=_D
 				local status, err=pcall(self.Mainloop[_D].Act,self.Mainloop[_D])
 				if err and not(self.Mainloop[_D].error) then
 					self.Mainloop[_D].error=err
 					print(err..": Ingoring error continuing...")
 				end
 			end
 			if self.Mainloop[_D]~=nil then
 				if self.Mainloop[_D].rem~=nil then
 					table.remove(self.Mainloop,_D)
 				end
 			end
 		end
 		if self.Rest~=0 then
 			os.sleep(self.Rest)
 		end
 	end
 end
 function multi:unProtect()
 	function self:Do_Order()
 		for _D=#self.Mainloop,1,-1 do
 			if self.Mainloop[_D]~=nil then
 				self.Mainloop[_D].Id=_D
 				self.Mainloop[_D]:Act()
 			end
 			if self.Mainloop[_D]~=nil then
 				if self.Mainloop[_D].rem~=nil then
 					table.remove(self.Mainloop,_D)
 				end
 			end
 		end
 		if self.Rest~=0 then
 			os.sleep(self.Rest)
 		end
 	end
 end
 function multi:setJobSpeed(n)
 	self.jobUS=n
 end
 function multi:hasJobs()
 	return #self.Jobs>0,#self.Jobs
 end
 function multi:getJobs()
 	return #self.Jobs
 end
 function multi:removeJob(name)
 	for i=#self.Jobs,1,-1 do
 		if self.Jobs[i][2]==name then
 			table.remove(self.Jobs,i)
 		end
 	end
 end
 function multi:FreeMainEvent()
 	self.func={}
 end
 function multi:connectFinal(func)
 	if self.Type=="event" then
 		self:OnEvent(func)
 	elseif self.Type=="alarm" then
 		self:OnRing(func)
 	elseif self.Type=="step" or self.Type=="tstep" then
 		self:OnEnd(func)
 	elseif self.Type=="loop" then
 		self:OnBreak(func)
 	else
 		error("No final event exists for: "..self.Type)
 	end
 end
 function multi:Break()
 	self:Pause()
 	self.Active=nil
 	for i=1,#self.ender do
 		self.ender[i](self)
 	end
 end
 function multi:OnBreak(func)
 	table.insert(self.ender,func)
 end
 function multi:isPaused()
 	return not(self.Active)
 end
 function multi:Pause(n)
 	if self.Type=="int" or self.Type=="mainint" then
 		self.Active=false
 		if not(n) then
 			local c=self:getChildren()
 			for i=1,#c do
 				c[i]:Pause()
 			end
 		else
 			self:hold(n)
 		end
 	else
 		if n==nil then
 			self.Active=false
 			if self.Parent.Mainloop[self.Id]~=nil then
 				table.remove(self.Parent.Mainloop,self.Id)
 				table.insert(self.Parent.Paused,self)
 				self.PId=#self.Parent.Paused
 			end
 		else
 			self:hold(n)
 		end
 	end
 end
 function multi:Resume()
 	if self.Type=="int" or self.Type=="mainint" then
 		self.Active=true
 		local c=self:getChildren()
 		for i=1,#c do
 			c[i]:Resume()
 		end
 	else
 		if self:isPaused() then
 			table.remove(self.Parent.Paused,self.PId)
 			table.insert(self.Parent.Mainloop,self)
 			self.Id=#self.Parent.Mainloop
 			self.Active=true
 		end
 	end
 end
 function multi:Destroy()
 	if self.Type=="int" or self.Type=="mainint" then
 		local c=self:getChildren()
 		for i=1,#c do
 			c[i]:Destroy()
 		end
 	else
 		self.rem=true
 		self.Active=false
 	end
 end
 function multi:hold(task)
 	self:Pause()
 	if type(task)=="number" then
 		local alarm=self.Parent:newAlarm(task)
 		while alarm.Active==true do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		alarm:Destroy()
 		self:Resume()
 	elseif type(task)=="function" then
 		local env=self.Parent:newEvent(task)
 		env:OnEvent(function(envt) envt:Pause() envt:Stop() end)
 		while env.Active do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		env:Destroy()
 		self:Resume()
 	else
 		print("Error Data Type!!!")
 	end
 end
 function multi:oneTime(func,...)
 	if not(self.Type=="mainint" or self.Type=="int") then
 		for _k=1,#self.Parent.Tasks2 do
 			if self.Parent.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(self.Parent.Tasks2,func)
 		func(...)
 		return true
 	else
 		for _k=1,#self.Tasks2 do
 			if self.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(self.Tasks2,func)
 		func(...)
 		return true
 	end
 end
 function multi:Reset(n)
 	self:Resume()
 end
 function multi:isDone()
 	return self.Active~=true
 end
 --Constructors
 function multi:newEvent(task)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	c.Type="event"
 	c.Task=task or function() end
 	function c:Act()
 		if self.Task(self) and self.Active==true then
 			self:Pause()
 			for _E=1,#self.func do
 				self.func[_E](self)
 			end
 		end
 	end
 	function c:OnEvent(func)
 		table.insert(self.func,func)
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			self:Destroy()
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newAlarm(set)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	c.Type="alarm"
 	c.timer=os.clock()
 	c.set=set or 0
 	function c:Act()
 		if self.Active==true then
 			if os.clock()-self.timer>=self.set then
 				self:Pause()
 				self.Active=false
 				for i=1,#self.func do
 					self.func[i](self)
 				end
 			end
 		end
 	end
 	function c:Resume()
 		self.Parent.Resume(self)
 		self.timer=os.clock()
 		self.Active=true
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 		self.Active=true
 	end
 	function c:OnRing(func)
 		table.insert(self.func,func)
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			table.remove(self.Parent.Mainloop,#self.Parent.Mainloop)
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newTask(func)
 	table.insert(self.Tasks,func)
 end
 function multi:newLoop(func)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	c.Type="loop"
 	c.Start=os.clock()
 	if func then
 		c.func={func}
 	end
 	function c:Act()
 		if self.Active==true then
 			for i=1,#self.func do
 				self.func[i](os.clock()-self.Start,self)
 			end
 		end
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			self:Destroy()
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newStep(start,reset,count,skip)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	think=1
 	c.Type="step"
 	c.pos=start or 1
 	c.endAt=reset or math.huge
 	c.skip=skip or 0
 	c.spos=0
 	c.count=count or 1*think
 	c.funcE={}
 	c.funcS={}
 	c.start=start or 1
 	if start~=nil and reset~=nil then
 		if start>reset then
 			think=-1
 		end
 	end
 	function c:Act()
 		if self~=nil then
 			if self.spos==0 then
 				if self.Active==true then
 					if self.pos==self.start then
 						for fe=1,#self.funcS do
 							self.funcS[fe](self)
 						end
 					end
 					for i=1,#self.func do
 						self.func[i](self.pos,self)
 					end
 					self.pos=self.pos+self.count
 					if self.pos-self.count==self.endAt then
 						self:Pause()
 						for fe=1,#self.funcE do
 							self.funcE[fe](self)
 						end
 						self.pos=self.start
 					end
 				end
 			end
 		end
 		self.spos=self.spos+1
 		if self.spos>=self.skip then
 			self.spos=0
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,1,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Update(start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			self:Destroy()
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newTStep(start,reset,count,set)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	think=1
 	c.Type="tstep"
 	c.start=start or 1
 	local reset = reset or math.huge
 	c.endAt=reset
 	c.pos=start or 1
 	c.skip=skip or 0
 	c.count=count or 1*think
 	c.funcE={}
 	c.timer=os.clock()
 	c.set=set or 1
 	c.funcS={}
 	function c:Update(start,reset,count,set)
 		self.start=start or self.start
 		self.pos=start
 		self.endAt=reset or self.endAt
 		self.set=set or self.set
 		self.count=count or self.count or 1
 		self.timer=os.clock()
 		self:Resume()
 	end
 	function c:Act()
 		if self.Active then
 			if os.clock()-self.timer>=self.set then
 				self:Reset()
 				if self.pos==self.start then
 					for fe=1,#self.funcS do
 						self.funcS[fe](self)
 					end
 				end
 				for i=1,#self.func do
 					self.func[i](self.pos,self)
 				end
 				self.pos=self.pos+self.count
 				if self.pos-self.count==self.endAt then
 					self:Pause()
 					for fe=1,#self.funcE do
 						self.funcE[fe](self)
 					end
 					self.pos=self.start
 				end
 			end
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=os.clock()
 		self:Resume()
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			self:Destroy()
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newTrigger(func)
 	local c={}
 	c.Type="trigger"
 	c.trigfunc=func or function() end
 	function c:Fire(...)
 		self:trigfunc(self,...)
 	end
 	return c
 end
 function multi:newConnection()
 	local c={}
 	c.Type="connector"
 	c.func={}
 	function c:Fire(...)
 		for i=1,#self.func do
 			t,e=pcall(self.func[i],...)
 			if not(t) then
 				print(e)
 			end
 		end
 	end
 	function c:bind(t)
 		self.func=t
 	end
 	function c:connect(func)
 		table.insert(self.func,func)
 	end
 	return c
 end
 function multi:newJob(func,name)
 	if not(self.Type=="mainint" or self.Type=="int") then error("Can only create an object on multi or an interface obj") return false end
 	local c = {}
    if self.Type=="int" then
 		setmetatable(c, self.Parent)
 	else
 		setmetatable(c, self)
 	end
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.PId=0
 	c.Parent=self
 	c.Type="job"
 	c.trigfunc=func or function() end
 	function c:Act()
 		self:trigfunc(self)
 	end
 	table.insert(self.Jobs,{c,name})
 	if self.JobRunner==nil then
 		self.JobRunner=self:newAlarm(self.jobUS)
 		self.JobRunner:OnRing(function(self)
 			if #self.Parent.Jobs>0 then
 				if self.Parent.Jobs[1] then
 					self.Parent.Jobs[1][1]:Act()
 					table.remove(self.Parent.Jobs,1)
 				end
 			end
 			self:Reset(self.Parent.jobUS)
 		end)
 	end
 end
 --Managers
 function multi:mainloop()
 	for i=1,#self.Tasks do
 		self.Tasks[i](self)
 	end
 	self.Start=os.clock()
 	while self.Active do
 		self:Do_Order()
 	end
 end
 function multi._tFunc(self,dt)
 	for i=1,#self.Tasks do
 		self.Tasks[i](self)
 	end
 	if dt then
 		self.pump=true
 	end
 	self.pumpvar=dt
 	self.Start=os.clock()
 end
 function multi:uManager(dt)
 	if self.Active then
 		self:oneTime(self._tFunc,self,dt)
 		self:Do_Order()
 	end
 end
--- a/oldversions/MultiManager(0.6.1-6).lua
+++ b/oldversions/MultiManager(0.6.1-6).lua
@ -1,929 +0,0 @@
 multi = {}
 multi.Version={6,1,6}-- History: EventManager,EventManager+,MultiManager <-- Current
 multi.stage="stable"
 multi.Features=multi.Version[1].."."..multi.Version[2].."."..multi.Version[3].." "..multi.stage..[[
 	Objects:
 	Event
 	Alarm
 	Loop
 	Step
 	TStep
 	Trigger
 	Task
 	Connection
 	Timer
 	Job
 ]]
 multi.__index = multi
 multi.Mainloop={}
 multi.Tasks={}
 multi.Tasks2={}
 multi.Garbage={}
 multi.Children={}
 multi.Paused={}
 multi.Active=true
 multi.Id=-1
 multi.Type="mainint"
 multi.Rest=0
 multi._type=type
 multi.Jobs={}
 multi.queue={}
 multi.jobUS=2
 multi.clock=os.clock
 multi.time=os.time
 -- System
 function multi:Stop()
 	self.Active=false
 end
 function os.getOS()
 	if package.config:sub(1,1)=="\\" then
 		return "windows"
 	else
 		return "unix"
 	end
 end
 if os.getOS()=="windows" then
 	function os.sleep(n)
 		if n > 0 then os.execute("ping -n " .. tonumber(n+1) .. " localhost > NUL") end
 	end
 else
 	function os.sleep(n)
 		os.execute("sleep " .. tonumber(n))
 	end
 end
 function multi.executeFunction(name,...)
 	if type(_G[name])=="function" then
 		_G[name](...)
 	else
 		print("Error: Not a function")
 	end
 end
 function multi:newBase(ins)
 	if not(self.Type=="mainint" or self.Type=="int" or self.Type=="stack") then error("Can only create an object on multi or an interface obj") return false end
 	local c = {}
    if self.Type=="int" or self.Type=="stack" then
 		setmetatable(c, self.Parent)
 	else
 		setmetatable(c, self)
 	end
 	c.Active=true
 	c.func={}
 	c.ender={}
 	c.Id=0
 	c.PId=0
 	c.Act=function() end
 	c.Parent=self
 	if ins then
 		table.insert(self.Mainloop,ins,c)
 	else
 		table.insert(self.Mainloop,c)
 	end
 	return c
 end
 function multi:reboot(r)
 	local before=collectgarbage("count")
 	self.Mainloop={}
 	self.Tasks={}
 	self.Tasks2={}
 	self.Garbage={}
 	self.Children={}
 	self.Paused={}
 	self.Active=true
 	self.Id=-1
 	if r then
 		for i,v in pairs(_G) do
 			if type(i)=="table" then
 				if i.Parent and i.Id and i.Act then
 					i={}
 				end
 			end
 		end
 	end
 	collectgarbage()
 	local after=collectgarbage("count")
 	print([[Before rebooting total Ram used was ]]..before..[[Kb
 After rebooting total Ram used is ]]..after..[[ Kb
 A total of ]]..(before-after)..[[Kb was cleaned up]])
 end
 function multi:getChildren()
 	return self.Mainloop
 end
 --Processor
 function multi:getError()
 	if self.error then
 		return self.error
 	end
 end
 function multi:Do_Order()
 	local Loop=self.Mainloop
 	for _D=#Loop,1,-1 do
 		if Loop[_D]~=nil then
 			Loop[_D].Id=_D
 			Loop[_D]:Act()
 		end
 	end
 	if self.Rest~=0 then
 		os.sleep(self.Rest)
 	end
 end
 function multi:fromfile(path,int)
 	int=int or multi
 	local test2={}
 	local test=bin.load(path)
 	local tp=test:getBlock("s")
 	if tp=="event" then
 		test2=int:newEvent(test:getBlock("f"))
 		local t=test:getBlock("t")
 		for i=1,#t do
 			test2:OnEvent(t[i])
 		end
 	elseif tp=="alarm" then
 		test2=int:newAlarm(test:getBlock("n"))
 	elseif tp=="loop" then
 		test2=int:newLoop(test:getBlock("t")[1])
 	elseif tp=="step" or tp=="tstep" then
 		local func=test:getBlock("t")
 		local funcE=test:getBlock("t")
 		local funcS=test:getBlock("t")
 		local tab=test:getBlock("t")
 		test2=int:newStep()
 		table.merge(test2,tab)
 		test2.funcE=funcE
 		test2.funcS=funcS
 		test2.func=func
 	elseif tp=="trigger" then
 		test2=int:newTrigger(test:getBlock("f"))
 	elseif tp=="connector" then
 		test2=int:newConnection()
 		test2.func=test:getBlock("t")
 	elseif tp=="timer" then
 		test2=int:newTimer()
 		test2.count=tonumber(test:getBlock("n"))
 	else
 		print("Error: The file you selected is not a valid multi file object!")
 		return false
 	end
 	return test2
 end
 function multi:benchMark(sec)
 	local temp=self:newLoop(function(t,self)
 		if multi.clock()-self.init>self.sec then
 			print(self.c.." steps in "..self.sec.." second(s)")
 			self.tt(self.sec)
 			self:Destroy()
 		else
 			self.c=self.c+1
 		end
 	end)
 	function temp:OnBench(func)
 		self.tt=func
 	end
 	self.tt=function() end
 	temp.sec=sec
 	temp.init=multi.clock()
 	temp.c=0
 	return temp
 end
 function multi:tofile(path)
 	local items=self:getChildren()
 	io.mkDir(io.getName(path))
 	for i=1,#items do
 		items[i]:tofile(io.getName(path).."\\item"..item[i]..".dat")
 	end
 	local int=bin.new()
 	int:addBlock("int")
 	int:addBlock(io.getName(path))
 	int:addBlock(#self.Mainloop)
 	int:addBlock(self.Active)
 	int:addBlock(self.Rest)
 	int:addBlock(self.Jobs)
 	int:tofile()
 end
 function multi:newInterface(file)
 	if not(self.Type=="mainint") then error("Can only create an interface on the multi obj") return false end
 	local c = {}
    setmetatable(c, self)
 	c.Parent=self
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.Type="int"
 	c.Mainloop={}
 	c.Tasks={}
 	c.Tasks2={}
 	c.Garbage={}
 	c.Children={}
 	c.Paused={}
 	c.Active=true
 	c.Id=-1
 	c.Rest=0
 	c.Jobs={}
 	c.queue={}
 	c.jobUS=2
 	function c:Start()
 		if self.l then
 			self.l:Resume()
 		else
 			self.l=self.Parent:newLoop(function(dt) c:uManager(dt) end)
 		end
 	end
 	function c:Stop()
 		if self.l then
 			self.l:Pause()
 		end
 	end
 	function c:Remove()
 		self:Destroy()
 		self.l:Destroy()
 	end
 	if file then
 		multi.Cself=c
 		loadstring("interface=multi.Cself "..io.open(file,"rb"):read("*all"))()
 	end
 	return c
 end
 function multi:newStack(file)
 	local c=self:newInterface()
 	c.Type="stack"
 	c.last={}
 	c.funcE={}
 	if file then
 		multi.Cself=c
 		loadstring("stack=multi.Cself "..io.open(file,"rb"):read("*all"))()
 	end
 	function c:OnStackCompleted(func)
 		table.insert(self.funcE,func)
 	end
 	return c
 end
 --Helpers
 function multi:protect()
 	function self:Do_Order()
 		local Loop=self.Mainloop
 		for _D=#Loop,1,-1 do
 			if Loop[_D]~=nil then
 				Loop[_D].Id=_D
 				local status, err=pcall(Loop[_D].Act,Loop[_D])
 				if err and not(Loop[_D].error) then
 					Loop[_D].error=err
 					print(err..": Ingoring error continuing...")
 				end
 			end
 		end
 		if self.Rest~=0 then
 			os.sleep(self.Rest)
 		end
 	end
 end
 function multi:unProtect()
 	function self:Do_Order()
 		for _D=#Loop,1,-1 do
 			if Loop[_D]~=nil then
 				Loop[_D].Id=_D
 				Loop[_D]:Act()
 			end
 		end
 		if self.Rest~=0 then
 			os.sleep(self.Rest)
 		end
 	end
 end
 function multi:setJobSpeed(n)
 	self.jobUS=n
 end
 function multi:hasJobs()
 	return #self.Jobs>0,#self.Jobs
 end
 function multi:getJobs()
 	return #self.Jobs
 end
 function multi:removeJob(name)
 	for i=#self.Jobs,1,-1 do
 		if self.Jobs[i][2]==name then
 			table.remove(self.Jobs,i)
 		end
 	end
 end
 function multi:FreeMainEvent()
 	self.func={}
 end
 function multi:connectFinal(func)
 	if self.Type=="event" then
 		self:OnEvent(func)
 	elseif self.Type=="alarm" then
 		self:OnRing(func)
 	elseif self.Type=="step" or self.Type=="tstep" then
 		self:OnEnd(func)
 	elseif self.Type=="loop" then
 		self:OnBreak(func)
 	else
 		error("No final event exists for: "..self.Type)
 	end
 end
 function multi:Break()
 	self:Pause()
 	self.Active=nil
 	for i=1,#self.ender do
 		self.ender[i](self)
 	end
 end
 function multi:OnBreak(func)
 	table.insert(self.ender,func)
 end
 function multi:isPaused()
 	return not(self.Active)
 end
 function multi:Pause(n)
 	if self.Type=="int" or self.Type=="mainint" then
 		self.Active=false
 		if not(n) then
 			local c=self:getChildren()
 			for i=1,#c do
 				c[i]:Pause()
 			end
 		else
 			self:hold(n)
 		end
 	else
 		if n==nil then
 			self.Active=false
 			if self.Parent.Mainloop[self.Id]~=nil then
 				table.remove(self.Parent.Mainloop,self.Id)
 				table.insert(self.Parent.Paused,self)
 				self.PId=#self.Parent.Paused
 			end
 		else
 			self:hold(n)
 		end
 	end
 end
 function multi:Resume()
 	if self.Type=="int" or self.Type=="mainint" then
 		self.Active=true
 		local c=self:getChildren()
 		for i=1,#c do
 			c[i]:Resume()
 		end
 	else
 		if self:isPaused() then
 			table.remove(self.Parent.Paused,self.PId)
 			table.insert(self.Parent.Mainloop,self)
 			self.Id=#self.Parent.Mainloop
 			self.Active=true
 		end
 	end
 end
 function multi:resurrect()
 	table.insert(self.Parent.Mainloop,self)
 	self.Active=true
 end
 function multi:Destroy()
 	if self.Type=="int" or self.Type=="mainint" then
 		local c=self:getChildren()
 		for i=1,#c do
 			c[i]:Destroy()
 		end
 	else
 		for i=1,#self.Parent.Mainloop do
 			if self.Parent.Mainloop[i]==self then
 				table.remove(self.Parent.Mainloop,i)
 				break
 			end
 		end
 		self.Active=false
 	end
 end
 function multi:hold(task)
 	self:Pause()
 	if type(task)=="number" then
 		local alarm=self.Parent:newAlarm(task)
 		while alarm.Active==true do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		alarm:Destroy()
 		self:Resume()
 	elseif type(task)=="function" then
 		local env=self.Parent:newEvent(task)
 		env:OnEvent(function(envt) envt:Pause() envt:Stop() end)
 		while env.Active do
 			if love then
 				self.Parent:lManager()
 			else
 				self.Parent:Do_Order()
 			end
 		end
 		env:Destroy()
 		self:Resume()
 	else
 		print("Error Data Type!!!")
 	end
 end
 function multi:oneTime(func,...)
 	if not(self.Type=="mainint" or self.Type=="int") then
 		for _k=1,#self.Parent.Tasks2 do
 			if self.Parent.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(self.Parent.Tasks2,func)
 		func(...)
 		return true
 	else
 		for _k=1,#self.Tasks2 do
 			if self.Tasks2[_k]==func then
 				return false
 			end
 		end
 		table.insert(self.Tasks2,func)
 		func(...)
 		return true
 	end
 end
 function multi:Reset(n)
 	self:Resume()
 end
 function multi:isDone()
 	return self.Active~=true
 end
 --Constructors
 function multi:newEvent(task)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	c.Type="event"
 	c.Task=task or function() end
 	function c:Act()
 		if self.Task(self) and self.Active==true then
 			self:Pause()
 			for _E=1,#self.func do
 				self.func[_E](self)
 			end
 		end
 	end
 	function c:OnEvent(func)
 		table.insert(self.func,func)
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.Task)
 		m:addBlock(self.func)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			self:Destroy()
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newAlarm(set)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	c.Type="alarm"
 	c.timer=self:newTimer()
 	c.set=set or 0
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.set)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		if self.Active==true then
 			if self.timer:Get()>=self.set then
 				self:Pause()
 				self.Active=false
 				for i=1,#self.func do
 					self.func[i](self)
 				end
 			end
 		end
 	end
 	function c:Resume()
 		self.Parent.Resume(self)
 		self.timer:Resume()
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self:Resume()
 		self.timer:Reset()
 	end
 	function c:OnRing(func)
 		table.insert(self.func,func)
 	end
 	function c:Pause()
 		self.timer:Pause()
 		self.Parent.Pause(self)
 	end
 	if self.Type=="stack" then
 		c:Pause()
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			table.remove(self.Parent.Mainloop,#self.Parent.Mainloop)
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	else
 		c.timer:Start()
 	end
 	return c
 end
 function multi:newTimer()
 	local c={}
 	c.Type="timer"
 	c.time=0
 	c.count=0
 	function c:Start()
 		self.time=multi.clock()
 	end
 	function c:Get()
 		return (multi.clock()-self.time)+self.count
 	end
 	c.Reset=c.Start
 	function c:Pause()
 		self.time=self:Get()
 	end
 	function c:Resume()
 		self.time=multi.clock()-self.time
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		self.count=self.count+self:Get()
 		m:addBlock(self.Type)
 		m:addBlock(self.count)
 		m:tofile(path)
 	end
 	return c
 end
 function multi:newTask(func)
 	table.insert(self.Tasks,func)
 end
 function multi:newLoop(func)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	c.Type="loop"
 	c.Start=multi.clock()
 	if func then
 		c.func={func}
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		if self.Active==true then
 			for i=1,#self.func do
 				self.func[i](multi.clock()-self.Start,self)
 			end
 		end
 	end
 	function c:OnLoop(func)
 		table.insert(self.func,func)
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			self:Destroy()
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newStep(start,reset,count,skip)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	think=1
 	c.Type="step"
 	c.pos=start or 1
 	c.endAt=reset or math.huge
 	c.skip=skip or 0
 	c.spos=0
 	c.count=count or 1*think
 	c.funcE={}
 	c.funcS={}
 	c.start=start or 1
 	if start~=nil and reset~=nil then
 		if start>reset then
 			think=-1
 		end
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.funcE)
 		m:addBlock(self.funcS)
 		m:addBlock({pos=self.pos,endAt=self.endAt,skip=self.skip,spos=self.spos,count=self.count,start=self.start})
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		if self~=nil then
 			if self.spos==0 then
 				if self.Active==true then
 					if self.pos==self.start then
 						for fe=1,#self.funcS do
 							self.funcS[fe](self)
 						end
 					end
 					for i=1,#self.func do
 						self.func[i](self.pos,self)
 					end
 					self.pos=self.pos+self.count
 					if self.pos-self.count==self.endAt then
 						self:Pause()
 						for fe=1,#self.funcE do
 							self.funcE[fe](self)
 						end
 						self.pos=self.start
 					end
 				end
 			end
 		end
 		self.spos=self.spos+1
 		if self.spos>=self.skip then
 			self.spos=0
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,1,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Update(start,reset,count,skip)
 		self.start=start or self.start
 		self.endAt=reset or self.endAt
 		self.skip=skip or self.skip
 		self.count=count or self.count
 		self:Resume()
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			self:Destroy()
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newTStep(start,reset,count,set)
 	local c={}
 	if self.Type=="stack" then
 		c=self:newBase(1)
 		self.last=c
 	else
 		c=self:newBase()
 	end
 	think=1
 	c.Type="tstep"
 	c.start=start or 1
 	local reset = reset or math.huge
 	c.endAt=reset
 	c.pos=start or 1
 	c.skip=skip or 0
 	c.count=count or 1*think
 	c.funcE={}
 	c.timer=multi.clock()
 	c.set=set or 1
 	c.funcS={}
 	function c:Update(start,reset,count,set)
 		self.start=start or self.start
 		self.pos=start
 		self.endAt=reset or self.endAt
 		self.set=set or self.set
 		self.count=count or self.count or 1
 		self.timer=multi.clock()
 		self:Resume()
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:addBlock(self.funcE)
 		m:addBlock(self.funcS)
 		m:addBlock({pos=self.pos,endAt=self.endAt,skip=self.skip,timer=self.timer,count=self.count,start=self.start,set=self.set})
 		m:addBlock(self.Active)
 		m:tofile(path)
 	end
 	function c:Act()
 		if self.Active then
 			if multi.clock()-self.timer>=self.set then
 				self:Reset()
 				if self.pos==self.start then
 					for fe=1,#self.funcS do
 						self.funcS[fe](self)
 					end
 				end
 				for i=1,#self.func do
 					self.func[i](self.pos,self)
 				end
 				self.pos=self.pos+self.count
 				if self.pos-self.count==self.endAt then
 					self:Pause()
 					for fe=1,#self.funcE do
 						self.funcE[fe](self)
 					end
 					self.pos=self.start
 				end
 			end
 		end
 	end
 	function c:OnStart(func)
 		table.insert(self.funcS,func)
 	end
 	function c:OnStep(func)
 		table.insert(self.func,func)
 	end
 	function c:OnEnd(func)
 		table.insert(self.funcE,func)
 	end
 	function c:Break()
 		self.Active=nil
 	end
 	function c:Reset(n)
 		if n then self.set=n end
 		self.timer=multi.clock()
 		self:Resume()
 	end
 	if self.Type=="stack" then
 		if #self.Mainloop>1 then
 			c:Pause()
 		end
 		c:connectFinal(function(self)
 			if self.Parent.last==self then
 				for i=1,#self.Parent.funcE do
 					self.Parent.funcE[i](self)
 				end
 				self.Parent:Remove()
 			end
 			self:Destroy()
 			self.Parent.Mainloop[#self.Parent.Mainloop]:Resume()
 		end)
 	end
 	return c
 end
 function multi:newTrigger(func)
 	local c={}
 	c.Type="trigger"
 	c.trigfunc=func or function() end
 	function c:Fire(...)
 		self:trigfunc(self,...)
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.trigfunc)
 		m:tofile(path)
 	end
 	return c
 end
 function multi:newConnection()
 	local c={}
 	c.Type="connector"
 	c.func={}
 	function c:Fire(...)
 		for i=1,#self.func do
 			t,e=pcall(self.func[i],...)
 			if not(t) then
 				print(e)
 			end
 		end
 	end
 	function c:bind(t)
 		self.func=t
 	end
 	function c:connect(func)
 		table.insert(self.func,func)
 	end
 	function c:tofile(path)
 		local m=bin.new()
 		m:addBlock(self.Type)
 		m:addBlock(self.func)
 		m:tofile(path)
 	end
 	return c
 end
 function multi:newJob(func,name)
 	if not(self.Type=="mainint" or self.Type=="int") then error("Can only create an object on multi or an interface obj") return false end
 	local c = {}
    if self.Type=="int" then
 		setmetatable(c, self.Parent)
 	else
 		setmetatable(c, self)
 	end
 	c.Active=true
 	c.func={}
 	c.Id=0
 	c.PId=0
 	c.Parent=self
 	c.Type="job"
 	c.trigfunc=func or function() end
 	function c:Act()
 		self:trigfunc(self)
 	end
 	table.insert(self.Jobs,{c,name})
 	if self.JobRunner==nil then
 		self.JobRunner=self:newAlarm(self.jobUS)
 		self.JobRunner:OnRing(function(self)
 			if #self.Parent.Jobs>0 then
 				if self.Parent.Jobs[1] then
 					self.Parent.Jobs[1][1]:Act()
 					table.remove(self.Parent.Jobs,1)
 				end
 			end
 			self:Reset(self.Parent.jobUS)
 		end)
 	end
 end
 --Managers
 function multi:mainloop()
 	for i=1,#self.Tasks do
 		self.Tasks[i](self)
 	end
 	rawset(self,"Start",multi.clock())
 	while self.Active do
 		self:Do_Order()
 	end
 end
 function multi._tFunc(self,dt)
 	for i=1,#self.Tasks do
 		self.Tasks[i](self)
 	end
 	if dt then
 		self.pump=true
 	end
 	self.pumpvar=dt
 	rawset(self,"Start",multi.clock())
 end
 function multi:uManager(dt)
 	if self.Active then
 		self:oneTime(self._tFunc,self,dt)
 		self:Do_Order()
 	end
 end
--- a/oldversions/MultiManager(0.6.2).lua
+++ b/oldversions/MultiManager(0.6.2).lua
--- a/oldversions/MultiManager(0.6.3).lua
+++ b/oldversions/MultiManager(0.6.3).lua
--- a/oldversions/MultiManager(1.0.1).lua
+++ b/oldversions/MultiManager(1.0.1).lua
--- a/oldversions/MultiManager(1.2.0).lua
+++ b/oldversions/MultiManager(1.2.0).lua
--- a/oldversions/MultiManager(1.3.0).lua
+++ b/oldversions/MultiManager(1.3.0).lua
--- a/oldversions/MultiManager(1.4.1).lua
+++ b/oldversions/MultiManager(1.4.1).lua
--- a/rockspecs/multi-1.10-0.rockspec
+++ b/rockspecs/multi-1.10-0.rockspec
@ -1,33 +0,0 @@
 package = "multi"
 version = "1.10.0"
 source = {
   url = "git://github.com/rayaman/multi.git",
   tag = "v1.10.0",
 }
 description = {
   summary = "Lua Multi tasking library",
   detailed = [[
      This library contains many methods for multi tasking. From simple side by side code using multiobjs, to using coroutine based Threads and System threads(When you have lua lanes installed or are using love2d. Optional) The core of the library works on lua 5.1+ however the systemthreading features are limited to 5.1 due to love2d and lua lanes and now luvit (See ReadMe on gotchas) being lua 5.1 only!
   ]],
   homepage = "https://github.com/rayaman/multi",
   license = "MIT"
 }
 dependencies = {
   "lua >= 5.1",
   "bin",
   "lanes"
 }
 build = {
   type = "builtin",
   modules = {
      -- Note the required Lua syntax when listing submodules as keys
      ["multi.init"] = "multi/init.lua",
      ["multi.all"] = "multi/all.lua",
      ["multi.compat.backwards[1,5,0]"] = "multi/compat/backwards[1,5,0].lua",
      ["multi.compat.love2d"] = "multi/compat/love2d.lua",
      ["multi.integration.lanesManager"] = "multi/integration/lanesManager.lua",
      ["multi.integration.loveManager"] = "multi/integration/loveManager.lua",
      ["multi.integration.luvitManager"] = "multi/integration/luvitManager.lua",
      ["multi.integration.shared"] = "multi/integration/shared.lua"
   }
 }
--- a/rockspecs/multi-1.11-0.rockspec
+++ b/rockspecs/multi-1.11-0.rockspec
@ -1,32 +0,0 @@
 package = "multi"
 version = "1.11.0"
 source = {
   url = "git://github.com/rayaman/multi.git",
   tag = "v1.11.0",
 }
 description = {
   summary = "Lua Multi tasking library",
   detailed = [[
      This library contains many methods for multi tasking. From simple side by side code using multi-objs, to using coroutine based Threads and System threads(When you have lua lanes installed or are using love2d)
   ]],
   homepage = "https://github.com/rayaman/multi",
   license = "MIT"
 }
 dependencies = {
   "lua >= 5.1",
   "bin",
   "lanes"
 }
 build = {
   type = "builtin",
   modules = {
      ["multi.init"] = "multi/init.lua",
      ["multi.all"] = "multi/all.lua",
      ["multi.compat.backwards[1,5,0]"] = "multi/compat/backwards[1,5,0].lua",
      ["multi.compat.love2d"] = "multi/compat/love2d.lua",
      ["multi.integration.lanesManager"] = "multi/integration/lanesManager.lua",
      ["multi.integration.loveManager"] = "multi/integration/loveManager.lua",
      ["multi.integration.luvitManager"] = "multi/integration/luvitManager.lua",
      ["multi.integration.shared"] = "multi/integration/shared.lua"
   }
 }
--- a/rockspecs/multi-1.8-2.rockspec
+++ b/rockspecs/multi-1.8-2.rockspec
@ -1,30 +0,0 @@
 package = "multi"
 version = "1.8-2"
 source = {
   url = "git://github.com/rayaman/multi.git",
   tag = "v1.8.2",
 }
 description = {
   summary = "Lua Multi tasking library",
   detailed = [[
      This library contains many methods for multi tasking. From simple side by side code using multi objs, to using coroutine based Threads and System threads(When you have lua lanes installed or are using love2d. Optional) The core of the library works on lua 5.1+ however the systemthreading features are limited to 5.1
   ]],
   homepage = "https://github.com/rayaman/multi",
   license = "MIT"
 }
 dependencies = {
   "lua >= 5.1, < 5.2"
 }
 build = {
   type = "builtin",
   modules = {
      -- Note the required Lua syntax when listing submodules as keys
      ["multi.init"] = "multi/init.lua",
      ["multi.all"] = "multi/all.lua",
      ["multi.compat.backwards[1,5,0]"] = "multi/compat/backwards[1,5,0].lua",
      ["multi.compat.love2d"] = "multi/compat/love2d.lua",
      ["multi.integration.lanesManager"] = "multi/integration/lanesManager.lua",
      ["multi.integration.loveManager"] = "multi/integration/loveManager.lua",
      ["multi.integration.shared.shared"] = "multi/integration/shared/shared.lua"
   }
 }
--- a/rockspecs/multi-1.8-3.rockspec
+++ b/rockspecs/multi-1.8-3.rockspec
@ -1,30 +0,0 @@
 package = "multi"
 version = "1.8-3"
 source = {
   url = "git://github.com/rayaman/multi.git",
   tag = "v1.8.3",
 }
 description = {
   summary = "Lua Multi tasking library",
   detailed = [[
      This library contains many methods for multi tasking. From simple side by side code using multiobjs, to using coroutine based Threads and System threads(When you have lua lanes installed or are using love2d. Optional) The core of the library works on lua 5.1+ however the systemthreading features are limited to 5.1
   ]],
   homepage = "https://github.com/rayaman/multi",
   license = "MIT"
 }
 dependencies = {
   "lua >= 5.1, < 5.2"
 }
 build = {
   type = "builtin",
   modules = {
      -- Note the required Lua syntax when listing submodules as keys
      ["multi.init"] = "multi/init.lua",
      ["multi.all"] = "multi/all.lua",
      ["multi.compat.backwards[1,5,0]"] = "multi/compat/backwards[1,5,0].lua",
      ["multi.compat.love2d"] = "multi/compat/love2d.lua",
      ["multi.integration.lanesManager"] = "multi/integration/lanesManager.lua",
      ["multi.integration.loveManager"] = "multi/integration/loveManager.lua",
      ["multi.integration.shared.shared"] = "multi/integration/shared/shared.lua"
   }
 }
--- a/rockspecs/multi-1.8-4.rockspec
+++ b/rockspecs/multi-1.8-4.rockspec
@ -1,30 +0,0 @@
 package = "multi"
 version = "1.8-4"
 source = {
   url = "git://github.com/rayaman/multi.git",
   tag = "v1.8.4",
 }
 description = {
   summary = "Lua Multi tasking library",
   detailed = [[
      This library contains many methods for multi tasking. From simple side by side code using multiobjs, to using coroutine based Threads and System threads(When you have lua lanes installed or are using love2d. Optional) The core of the library works on lua 5.1+ however the systemthreading features are limited to 5.1
   ]],
   homepage = "https://github.com/rayaman/multi",
   license = "MIT"
 }
 dependencies = {
   "lua >= 5.1, < 5.2"
 }
 build = {
   type = "builtin",
   modules = {
      -- Note the required Lua syntax when listing submodules as keys
      ["multi.init"] = "multi/init.lua",
      ["multi.all"] = "multi/all.lua",
      ["multi.compat.backwards[1,5,0]"] = "multi/compat/backwards[1,5,0].lua",
      ["multi.compat.love2d"] = "multi/compat/love2d.lua",
      ["multi.integration.lanesManager"] = "multi/integration/lanesManager.lua",
      ["multi.integration.loveManager"] = "multi/integration/loveManager.lua",
      ["multi.integration.shared.shared"] = "multi/integration/shared/shared.lua"
   }
 }
--- a/rockspecs/multi-1.8-5.rockspec
+++ b/rockspecs/multi-1.8-5.rockspec
@ -1,30 +0,0 @@
 package = "multi"
 version = "1.8-5"
 source = {
   url = "git://github.com/rayaman/multi.git",
   tag = "v1.8.5",
 }
 description = {
   summary = "Lua Multi tasking library",
   detailed = [[
      This library contains many methods for multi tasking. From simple side by side code using multiobjs, to using coroutine based Threads and System threads(When you have lua lanes installed or are using love2d. Optional) The core of the library works on lua 5.1+ however the systemthreading features are limited to 5.1
   ]],
   homepage = "https://github.com/rayaman/multi",
   license = "MIT"
 }
 dependencies = {
   "lua >= 5.1, < 5.2"
 }
 build = {
   type = "builtin",
   modules = {
      -- Note the required Lua syntax when listing submodules as keys
      ["multi.init"] = "multi/init.lua",
      ["multi.all"] = "multi/all.lua",
      ["multi.compat.backwards[1,5,0]"] = "multi/compat/backwards[1,5,0].lua",
      ["multi.compat.love2d"] = "multi/compat/love2d.lua",
      ["multi.integration.lanesManager"] = "multi/integration/lanesManager.lua",
      ["multi.integration.loveManager"] = "multi/integration/loveManager.lua",
      ["multi.integration.shared.shared"] = "multi/integration/shared/shared.lua"
   }
 }
--- a/rockspecs/multi-1.8-6.rockspec
+++ b/rockspecs/multi-1.8-6.rockspec
@ -1,30 +0,0 @@
 package = "multi"
 version = "1.8-6"
 source = {
   url = "git://github.com/rayaman/multi.git",
   tag = "v1.8.6",
 }
 description = {
   summary = "Lua Multi tasking library",
   detailed = [[
      This library contains many methods for multi tasking. From simple side by side code using multiobjs, to using coroutine based Threads and System threads(When you have lua lanes installed or are using love2d. Optional) The core of the library works on lua 5.1+ however the systemthreading features are limited to 5.1 due to love2d and lua lanes being lua 5.1 only!
   ]],
   homepage = "https://github.com/rayaman/multi",
   license = "MIT"
 }
 dependencies = {
   "lua >= 5.1, < 5.2"
 }
 build = {
   type = "builtin",
   modules = {
      -- Note the required Lua syntax when listing submodules as keys
      ["multi.init"] = "multi/init.lua",
      ["multi.all"] = "multi/all.lua",
      ["multi.compat.backwards[1,5,0]"] = "multi/compat/backwards[1,5,0].lua",
      ["multi.compat.love2d"] = "multi/compat/love2d.lua",
      ["multi.integration.lanesManager"] = "multi/integration/lanesManager.lua",
      ["multi.integration.loveManager"] = "multi/integration/loveManager.lua",
      ["multi.integration.shared"] = "multi/integration/shared.lua"
   }
 }
--- a/rockspecs/multi-1.9-1.rockspec
+++ b/rockspecs/multi-1.9-1.rockspec
@ -1,31 +0,0 @@
 package = "multi"
 version = "1.9-1"
 source = {
   url = "git://github.com/rayaman/multi.git",
   tag = "v1.9.1",
 }
 description = {
   summary = "Lua Multi tasking library",
   detailed = [[
      This library contains many methods for multi tasking. From simple side by side code using multiobjs, to using coroutine based Threads and System threads(When you have lua lanes installed or are using love2d. Optional) The core of the library works on lua 5.1+ however the systemthreading features are limited to 5.1 due to love2d and lua lanes and now luvit (See ReadMe on gotchas) being lua 5.1 only!
   ]],
   homepage = "https://github.com/rayaman/multi",
   license = "MIT"
 }
 dependencies = {
   "lua >= 5.1, < 5.2"
 }
 build = {
   type = "builtin",
   modules = {
      -- Note the required Lua syntax when listing submodules as keys
      ["multi.init"] = "multi/init.lua",
      ["multi.all"] = "multi/all.lua",
      ["multi.compat.backwards[1,5,0]"] = "multi/compat/backwards[1,5,0].lua",
      ["multi.compat.love2d"] = "multi/compat/love2d.lua",
      ["multi.integration.lanesManager"] = "multi/integration/lanesManager.lua",
      ["multi.integration.loveManager"] = "multi/integration/loveManager.lua",
      ["multi.integration.luvitManager"] = "multi/integration/luvitManager.lua",
      ["multi.integration.shared"] = "multi/integration/shared.lua"
   }
 }
--- a/Show More
+++ b/Show More