This is actaully pretty simple - this setup does not dual boot making it easier. The only issue durring the install is not having internet as the wifi car is not supported by ubuntu out of the box. The easiest method is to utilise a USB-RJ45 adaptor to get internet during install and make sure you check the download updates and proprietary drivers.
Once booted you have a baically running version of Ubuntu.
These are my current FreeNAS plugins settings, also useful commands and backup schemes.
My current setup: Updated 19/12
Info on what is currently setup on freenas.local
| #! /usr/bin/python | |
| """ | |
| This script will post process data from a Spider run. | |
| It will only work on either sentences or words. | |
| Provide the script with how many characters you want each word/sentence to be, | |
| the file to be processed and the language code. | |
| Once your happy with the output please inject it to an output file, shown below | |
| ./postprocessing.py -f FILE -l LANG -c CHARATER > OUTFILE.txt |
| /*Problem Statement | |
| Given a list of N integers, your task is to select K integers from the list such that it's unfairness is minimized. | |
| if (x1,x2,x3,…,xk) are K numbers selected from the list N, the unfairness is defined as | |
| max(x1,x2,…,xk)−min(x1,x2,…,xk) | |
| where max denotes the largest integer among the elements of K, and min denotes the smallest integer among the elements of K. | |
| Input Format |
| /*Problem Statement | |
| You will be given a list of 32-bits unsigned integers. You are required to output the list of the unsigned integers you get by flipping bits in its binary representation (i.e. unset bits must be set, and set bits must be unset). | |
| Input Format | |
| The first line of the input contains the list size T. T lines follow each line having an integer from the list. | |
| Constraints |
| /* Problem Statement | |
| Given two integers: L and R, | |
| find the maximal values of A xor B given, L ≤ A ≤ B ≤ R | |
| Input Format | |
| The input contains two lines, L is present in the first line. | |
| R in the second line. |