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That is mighty easy. computer.pullSignal = nil

I had this problem quite a long time ago, and I think I fixed it by also updating the settings client-side to match those on the server.

There is a new Stargate mod AUNIS that is looking very good,. and has added in Open Computers support. I was wondering if there would be a way to port this program to work with the new mod? Curse forge: https://www.curseforge.com/minecraft/mc-mods/aunis Git hub: https://github.com/MrJake222/AUNIS/wiki

I've been working on a new server called "Freedom And Creativity" (Name subject to change). This is a creative building server set in a standard minecraft world. It features mods such as LittleTiles and OpenComputers, so whether you're a builder or a programmer you can find something to enjoy. This modpack is rather light-weight and should run on a wide range of machines. The server currently has 2.5GB of ram allocated to it, so please forgive any minor lag, in my testing it has maintained a solid 10-15 TPS while generating terrain. The player cap is currently 20, but may be raised or lowered as performance is measured. We feature a ranking system, currently consisting of 3 main ranks. As you progress through them you will gain the ability to claim more chunks using FTBUtilities. IP: 71.60.135.124 Modpack Twitch Profile - https://drive.google.com/open?id=1Aa1_jlnVbTlsUVTiCXSL_LUL1TZaybVw Raw mods folder - https://drive.google.com/open?id=1jStLpatxC32Q9cwYU4XuFyJEWg_HFQ8e The modpack may be subject to change, to update mods to their latest versions. The mods, particularly littletiles, are still in development and are subject to frequent updates. The mod compilations were last updated 3/8/20 at 5:37 EST

There was no IRC library for OpenComputers, so I've made one. Here's a demo bot that uses it: local com = require("component") local event = require("event") local thread = require("thread") local gpu = com.gpu local irc = require("irc") local events = irc.events local env = setmetatable({ irc = irc, events = events, }, {__index = _G}) local client = irc.builder() :connection { host = "irc.esper.net:6667", throttling = { maxDelay = 2, maxThroughput = 5, }, } :auth { nickname = "oc-finger-irc", username = "fingercomp", realname = "OpenComputers IRC client library", } :bot { channels = {"#oc-finger-irc"}, tracking = { users = true, modes = true, account = true, userInfo = true, }, } :execution { threaded = true, reconnect = true, catchErrors = true, } :subscribe(events.irc.command, events.priority.high, function(self, client, evt) gpu.setForeground(0x00ff00) print("→ " .. evt.rawLine) gpu.setForeground(0xffffff) end) :subscribe(events.irc.write, events.priority.normal, function(self, client, evt) gpu.setForeground(0x00dbff) print("← " .. evt.line:gsub("[\r\n]*$", "")) gpu.setForeground(0xffffff) end) :subscribe(events.irc.message, irc.events.priority.normal, function(self, client, evt) if evt.source.nickname == "fingercomp" then if evt.message == "::quit" then evt:reply("Quitting.") evt.client:stop(("%s told me to quit."):format(evt.source.nickname)) elseif evt.message == "::spam" then evt:reply("1") evt:reply("2") evt:reply("3") evt:reply("4") evt:reply("5") elseif evt.message == "::longmsg" then local msg = {} for i = 1, 256 do if i == 128 then table.insert(msg, tostring(i) .. " ") else table.insert(msg, tostring(i)) end end evt:reply(table.concat(msg)) elseif evt.message == "::error" then (nil).test() elseif evt.message:sub(1, #"::exec ") == "::exec " then local code = evt.message:sub(#"::exec " + 1) local chunk, reason = load("return " .. code, "=irc", "t", env) if not chunk then chunk, reason = load(code, "=irc", "t", env) end if not chunk then evt:reply(("\x0304Error:\x0f %s"):format(reason)) else local result = table.pack(xpcall(chunk, debug.traceback)) local success = table.remove(result, 1) result.n = result.n - 1 for i = 1, result.n, 1 do if type(result) ~= "string" and type(result) ~= "number" and type(result) ~= "boolean" and type(result) ~= "nil" then result[i] = tostring(result[i]) else result[i] = ("%q"):format(result[i]):gsub("\\\n", "\n") end end if not success then evt:reply(("\x0304Error:\x0f %s"):format(result[1]:match("^[^\n]*"))) io.stderr:write(("%s\r\n"):format(result[1])) elseif result.n > 0 then evt:reply(table.concat(result, " ", i, result.n)) else evt:reply("\x0309Success") end end end end end) :subscribe(events.irc.ctcpRequest, irc.events.priority.normal, function(self, client, evt) if evt.ctcpCommand == "TIME" then evt:reply(os.date("%F %T")) end end) :subscribe(events.client.error, irc.events.priority.top, function(self, client, evt) print("Caught: " .. evt.traceback) evt:cancel() end) :build() local t = thread.create(function() repeat local evt = event.pull("interrupted") until evt end) env.client = client client:run() thread.waitForAny({t, client.thread}) client:stop("Quitting.") os.exit() I don't want to brag about it too much, but I think the code is pretty. Features Threaded execution. A nice API. IRCv3.2 capability negotiation. Throttling to prevent the bot from triggering anti-flood mechanisms. Tracks channel members, modes, nick changes, account names, etc. Automatically reconnects if it's disconnected from the IRC server. Splits long messages over multiple lines. The event bus can use coroutines as message handlers. Links The GitLab repository: https://gitlab.com/cc-ru/irc-oc Documentation: https://gitlab.com/cc-ru/irc-oc/-/wikis/home Demo programs: https://gitlab.com/cc-ru/irc-oc/snippets