Part B: $(30\mathrm{.}0$ marks$)$ secondary$,$ with a single queue associated with each set. Customers arrive in

the system and are served first by a primary server and, on completion of this

service, by a secondary server. If all servers of a particular type are busy, the

customer will enter either the primary or secondary queue as appropriate.

The simulation should be run until the last customer has left the system.

Output, to standard output, for each version of the queuing process will consist

of the following data:

Number of customers served.

Time last service request is completed.

Average total service time.

Average total time in queue$($s$).$ Both overall and separate.

Average length of queue. For each queue and overall.

Maximum Length of queue. For each queue and overall.

Total idle time for each server.

NOTE: Since the question is to assess your understanding of the concept of Queue, you

are NOT allowed to use the library of the language that implement queue. You need to

write the codes $($implementation$)$ of Queue for this exercise. $($See point $($iii$).)$

The following is just a sample output for your reference. It is by no mean that

your output must be the same because the simulation involves a random

function $($generator$).$ You can also change the format, as long as the required

output $($The pointer specified above$)$ are available.

run:

Number of primary servers: $3$

Number of secondary servers: $2$

Output

Number of customers served: $100$

Time last service request completed: $480$ minutes.

Average total service time: $\frac{1888}{100}=18\mathrm{.}88$ minutes.

Average total time in queue:

Primary: $\frac{716}{100}=7\mathrm{.}16$ minutes.

Secondary: $\frac{1716}{100}=17\mathrm{.}16$ minutes.

Total both

Your task for this assignment is to investigate some of the properties of queues.

You should write a Java, C$++,$ or Python program which simulates the queuing

and service of a set of requests at a fast$-$food restaurant.

Input consists of the following data:

The number of primary servers in the system.

The number of secondary servers in the system.

A set of service requests each consisting of an arrival time and two service

times. This set is terminated by a dummy record with arrival time and service

times all equal to $0.($Note: the arrival times are sorted in ascending order$).$

For example, the data file:

$32$

$123$

$335$

$322$

$432$

$524$

$000$

indicates there are $3$ primary servers and $2$ secondary servers. The first service

$($customer$)$ arrives in minute $1($first minute of simulation$),$ and the service requires

$2$ minutes of primary server's time and $3$ minutes of secondary server's time. The

second service $($customer$)$ arrives in minute $3,$ and it requires $3$ minutes of primary

server's time and $5$ minutes of secondary server's time, etc.

The last entry of the data file $000$ indicate the end of simulation. $($Note that it is

possible to have two customers arrive in the same time as shown in the above

sample data $($second and third customers$).)$

Your program should read the name of the data file from standard input and

then read the data in the named file into the simulation. For example, the

following command will trigger the execution of your program by reading the

data file provided:

$./$QueueSim datafile.dat or

java QueueSim datafile.dat

The simulation is to be of a system with two sets of servers, primary andC

Contents of A$2$data$6.$dat file :

$66$

$327$

$4112$

$7147$

$12318$

$1482$

$171816$

$19315$

$201710$

$24127$

$27168$

$3117$

$34139$

$3767$

$38510$

$4212$

$42710$

$4691$

$47810$

$521816$

$5480$

$58616$

$58120$

$62820$

$66121$

$66812$

$691314$

$73161$

$751918$

$8056$

$8267$

$85155$

$85103$

$851116$

$90171$

$9466$

$95412$

$96147$

$9963$

$10114$

$103197$

$1051719$

$1091413$

$1111915$

$115178$

$1161313$

$119148$

$123519$

$125710$

$12817$

$1291119$

$132111$

$133140$

$1341618$

$139171$

$14140$

$142195$

$1441717$

$146310$

$147125$

$1501110$

$155818$

$156018$

$159314$

$164182$

$16853$

$171610$

$174519$

$1741014$

$177115$

$181105$

$18520$

$189128$

$19133$

$19370$

$1951710$

$19928$

$203165$

$2051011$

$20767$

$210817$

$21283$

$213147$

$216110$

$2191516$

$223165$

$224136$

$226818$

$2271813$

$232818$

$234218$

$235414$

$237212$

$239187$

$240417$

$242518$

$24674$

$246910$

$24927$

$252187$

$25591$

$000$

i am aware there is a very detailed answer given by a previous person however i need help with python specifically not java $/$ C$++$and i need help with explainations on how to get my code to read my $.$dat file