The Python script provided $($sum$\_$in$\_$parallel.py$)$ sums the values from $1$ up to N$,$ where N is parameter that you give it$.$ The code is designed to divide the work evenly across P processes on different cores $($it is actually threads, but we can treat it as cores for now$).$ A process is a single worker for your CPU. To call this program, run $$python sum$\_$in$\_$parallel.py P N$,$ with P and N being integers. The program will then calculate the sum and provide you with the time that it required to run in parallel with the given number of processes. You might need to install the multiprocessing library. Using this program, calculate how long it takes to sum values from $1$ to $10,000,000$using different number of processes. Complete the following table with your times. Perform one run without recording the time to make sure that all data is loaded into memory. To measure the time for each setup, calcfrom multiprocessing import Process, Manager

import multiprocessing

import os

import time

import sys

def sumProd$($final$\_$list, numList$)$:

currSum $=0$

for i in numList:

currSum $+=($i$*$i$)$

final$\_$list.append$($currSum$)$

if $\_\_$name$\_\_==\text{'}\_\_$main$\_\_\text{'}$:

numProc $=$ int$($sys$.$argv$[1])$

N $=$ int$($sys$.$argv$[2])$

#print$("$Total available number of processors: $",$ multiprocessing.cpu$\_$count$())$

secSize $=$ int$($N$/$numProc$)$

##Start parallel

p$\_$start $=$ time.time$()$

manager $=$ multiprocessing.Manager$()$

final$\_$list $=$ manager.list$()$

#final$\_$val $=$ manager.Value$()$

manager $=$ Manager$()$

myProcs $=[]$

currProcID $=0$

for i in range $($numProc$)$:

currArg $=$ range$($i$*($secSize$),($i$+1)*$secSize$)$

currP $=$ Process$($target$=$sumProd, args$=($final$\_$list, currArg$))$

currP.start$()$

myProcs.append$($currP$)$

for p in myProcs:

p$.$join$()$ #Blocks execution of main process until process is done

print$("$Time for parallel: $"+$ str$($time$.$time$()-$ p$\_$start$)+\text{'}$

$\text{'})$

##end parallel

The code is provided in the question but i get an error when running it and i am not sure why, i Need the time for these number of processes

$1$

$2$

$4$

$8$

$16$

$32$

$64$

Please help!!