write another C++ program called avg_thread.cpp that calculates the average temperature

in your living room over a period of time based on the data from two IoT sensors.

However, this time make use of threads instead of processes. To

achieve this, implement the program using the POSIX Thread API. This API species

a set of interfaces (functions, header les) for threaded programming commonly known as

Pthreads. A single process can then contain multiple threads, all of which are executing

the same program. Assume that the specied text le is located in the same directory

as your program. The average temperature value should be formatted to two decimal

places.

Implementation

The following steps show how your program should work:

1. Your program should rst request the name of a temperature text file.

2. It then reads the input file line by line and stores the temperatures in a suitable

global data structure.

3. When the reading of the input file is complete, the program creates a new thread

with the pthread create() function.

4. The main thread then sums up the temperature data from sensor 1 in a global

variable.

5. At the same time, the new thread sums up the temperature data from sensor 2 in

the same global variable.

6. When the processing of the temperature data is complete, the program calculates

and prints the average temperature by dividing the global sum variable by the

total number of samples in the input file.

Important!

You have to use the specied C++ program names.

You will need to use the command line option -pthread with the g++ compiler

to successfully compile your program with the Pthread library.

You need to use a single globally dened sum variable.

Textfile provided:

temp_data.txt

LivingTemp1,17.8 LivingTemp2,17.9 LivingTemp1,18.1 LivingTemp2,18.2 LivingTemp1,18.5 LivingTemp2,18.6 LivingTemp1,19.0 LivingTemp2,19.0 LivingTemp1,19.5 LivingTemp2,19.6 LivingTemp1,20.0 LivingTemp2,20.1 LivingTemp1,20.6 LivingTemp2,20.6 LivingTemp1,19.8 LivingTemp2,19.8 LivingTemp1,19.4 LivingTemp2,19.5 LivingTemp1,19.0 LivingTemp2,19.1 LivingTemp1,18.5 LivingTemp2,18.6 LivingTemp1,18.0 LivingTemp2,18.1