View difference between Paste ID: dt8RDv24 and Pq4VacFv

 local side = "back"
 local secondSide = "none"
 local mode = "fluid"
 local identifier = "UNDEF"
 local clearedLast = os.clock()
 local flow_timeout = 0
 local headers = {
 ["Content-Type"] = "text/plain; charset=utf-8",
 }
 local jobName = "UNDEF-Computer"
 
 local logData = function(job, metric, value, unit)
 	local x, y = term.getCursorPos()
 	local status = "UNDEFINED"
 	local req = {
     url = "http://localhost:9091/metrics/job/"..job,
     body = metric.." "..value .. "\n",
     method = "POST",
     binary = false,
     headers = headers,
     redirect = false
     }
 
 	term.setCursorPos(1,y + 1)
 	if http.post(req) then
     	status = "OK"
 	else
 		status = "ERROR"
 	end
 	term.write(metric .. string.format(": %04.2f ", value) .. unit .. ":	" .. status)
 end
-	os.sleep(5/20)
+
 local measureFlowrate = function(valueFunction)
-	flowrate = flowrate / 5
+
 	rs.setAnalogOutput(side, 15)
 	os.sleep(20 / 20)
 	local flowrate = valueFunction()["amount"] - currentStorage
 	flowrate = flowrate / 20
 	rs.setAnalogOutput(side, 0)
 	return flowrate
 end
 
 local measureItemflow = function(storage_in, storage_out)
     local movedItems = 0
     local rate = clearedLast - os.clock()
     for slot, item in pairs(storage_in.list()) do
   		--print(("%d x %s in slot %d"):format(item.count, item.name, slot))
 		movedItems = movedItems + storage_in.pushItems(peripheral.getName(storage_out), slot)
 	end
     clearedLast = os.clock()
     return movedItems / rate * -1
 end
 
 local storeValue = function(valueName, value)
 		if fs.exists("/monitoring/") then
 			fs.makeDir("/monitoring/")
 		end
 		local h = fs.open("/monitoring/"..valueName, "w")
 		h.writeLine(value)
 		h.flush()
 		h.close()
 		return true
 end
 
 local readValue = function(valueName)
 	if fs.exists("/monitoring/"..valueName) then
 		local h = fs.open("/monitoring/"..valueName, "r")
 		local value = h.readAll()
 		h.close()
 		return value
 	else
 		print("Error Reading Value (" .. valueName .."): Does not exists!")
 		return false
 	end
 end
 
 local calcFlowTimeout = function(flowrate)
    local flowrateNum = tonumber(flowrate)
    if flowrateNum > 10 then
         return 5
    elseif flowrateNum > 0.1 then
         return 40
    else
         return 20 * 60
    end
 end
 
 local newUserSetting = function(question, valueName)
-		newUserSetting("Which side is the peripheral?", "pSide")
+
 	term.setCursorPos(1,1)
 	term.write(question)
 	term.setCursorPos(1,2)
 	local value = read()
 	if value == "\n" then
 		term.setCursorPos(1,3)
 		term.write("Please enter a value, Rebooting...")
 		os.sleep(2)
 		os.reboot()
 	else
         if not storeValue(valueName, value) then
 			term.setCursorPos(1,3)
 			term.write("Rebooting...")
 			os.sleep(2)
 			os.reboot()
 		end
 	end
-	term.write("Side: "..side)
+
 end
-	term.write("Job: "..jobName)
+
 local initialSetup = function()
 	if readValue("configured") then
 		return true
 	else
 		newUserSetting("Which jobName should this Computer use?", "job")
         newUserSetting("Which identifier should this Computer use (Use one for all PCs)?", "ident")
         newUserSetting("Which mode do you want to use (item, fluid)? ", "mode")
         if readValue("mode") == "fluid" then
 			newUserSetting("Which side is the peripheral?", "pSide")
             newUserSetting("Please estimate the maximum Flowrate (mB/t)", "flowrate")
         else
             newUserSetting("Which side is the chest to extract?", "pSide")
-	logData(jobName, "J_Test_Flowrate", measureFlowrate(device.getStored), "mB/t")
+            newUserSetting("Which side is the chest to deposit?", "pSideTwo")
-	logData(jobName, "J_Test_Stored", device.getStored()['amount'], "mB")
+        end
 		newUserSetting("Do you want to start monitoring?", "configured")
 		return false
 	end
 end
 
 if initialSetup() then
 	term.clear()
 	term.setCursorPos(1,1)
 	term.write("Initial Setup found! Starting...")
 	os.sleep(2)
 end
 
 if readValue("configured") then
 	side = readValue("pSide")
 	jobName = readValue("job")
     mode =  readValue("mode")
     identifier = readValue("ident")
     term.clear()
 	term.setCursorPos(1,1)
     term.write("Job: "..jobName)
     term.setCursorPos(1,2)
     term.write("Job: "..identifier)
     term.setCursorPos(1,3)
     term.write("Mode: "..mode)
     term.setCursorPos(1,4)
     term.write("Side: "..side)
     if mode == "item" then
         secondSide = readValue("pSideTwo")
         term.setCursorPos(1,5)
         term.write("Second Side: "..secondSide)
     else
         est_flowrate = readValue("flowrate")
     end
 	os.sleep(2)
 else
 	print("Something went wrong!")
 end
 
 local device = peripheral.wrap(side)
 local secondDev = 0
 
 if mode ~= "fluid" then
     secondDev = peripheral.wrap(secondSide)
 else
     flow_timeout = calcFlowTimeout(est_flowrate)
 end
 
 while (true) do
 
 	term.clear()
 	term.setCursorPos(1,1)
 	term.write("Flowrate Monitoring vom Allerechten \n http://swidan.ddns.net:1337/")
     if mode == "fluid" then
 		logData(jobName, identifier.."_Fluid_Flowrate", measureFlowrate(device.getStored), "mB/t")
 		logData(jobName, identifier.."_Fluid_Stored", device.getStored()['amount'], "mB")
 	elseif mode == "item" then
     	logData(jobName, identifier.."_Item_Flowrate", measureItemflow(device, secondDev), "Items/s")
     else
         term.write("Error: Mode Undefined")
     end
 
 	os.sleep(5)
 end