public/subjects/lem-in/audit/README.md

Functional

Has the requirement for the allowed packages been respected? (Reminder for this project: (only standard packages

Try to run "./lem-in example00.txt".

Is the program able to read the ant farm in this standard input?

Does the program accept only the commands ##star and ##end?

Try running the program with a valid example of your choice.

number_of_ants
the_rooms
the_links

Lx-y
Lx-y Lx-y
Lx-y Lx-y Lx-y
Lx-y Lx-y
Lx-y

Are the commands and the ants movements printed with the right format? One line per turn, N movements per turn, movements defined by Lx-y x being the ant and y being the room, as it shows above?

Try running the program with example00.

student$ ./lem-in example00.txt
4
##start
0 0 3
2 2 5
3 4 0
##end
1 8 3
0-2
2-3
3-1

L1-2
L1-3 L2-2
L1-1 L2-3 L3-2
L2-1 L3-3 L4-2
L3-1 L4-3
L4-1
student$

Does it present the quickest path possible with the same number of turns as the result above?

Try running the program with example01.

student$ ./lem-in example01.txt
10
##start
start 1 6
0 4 8
o 6 8
n 6 6
e 8 4
t 1 9
E 5 9
a 8 9
m 8 6
h 4 6
A 5 2
c 8 1
k 11 2
##end
end 11 6
start-t
n-e
a-m
A-c
0-o
E-a
k-end
start-h
o-n
m-end
t-E
start-0
h-A
e-end
c-k
n-m
h-n

L1-t L2-h L3-0
L1-E L2-A L3-o L4-t L5-h L6-0
L1-a L2-c L3-n L4-E L5-A L6-o L7-t L8-h L9-0
L1-m L2-k L3-e L4-a L5-c L6-n L7-E L8-A L9-o L10-t
L1-end L2-end L3-end L4-m L5-k L6-e L7-a L8-c L9-n L10-E
L4-end L5-end L6-end L7-m L8-k L9-e L10-a
L7-end L8-end L9-end L10-m
L10-end
student$

Does it present the quickest path possible with the same number of turns as the result above?

Try running the program with example02.

student$ ./lem-in example02.txt
20
##start
0 2 0
1 4 1
2 6 0
##end
3 5 3
0-1
0-3
1-2
3-2

L1-3 L2-3 L3-3 L4-3 L5-3 L6-3 L7-3 L8-3 L9-3 L10-3 L11-3 L12-3 L13-3 L14-3 L15-3 L16-3 L17-3 L18-3 L19-3 L20-3
student$

Does it present the quickest path possible with the same number of turns as the result above?

Try running the program with example03.

student$ ./lem-in example03.txt
4
4 5 4
##start
0 1 4
1 3 6
##end
5 6 4
2 3 4
3 3 1
0-1
2-4
1-4
0-2
4-5
3-0
4-3

L1-1
L1-4 L2-1
L1-5 L2-4 L3-1
L2-5 L3-4 L4-1
L3-5 L4-4
L4-5
student$

Does it present the quickest path possible with the same number of turns as the result above?

Try running the program with example04.

student$ ./lem-in example04.txt
9
##start
richard 0 6
gilfoyle 6 3
erlich 9 6
dinish 6 9
jimYoung 11 7
##end
peter 14 6
richard-dinish
dinish-jimYoung
richard-gilfoyle
gilfoyle-peter
gilfoyle-erlich
richard-erlich
erlich-jimYoung
jimYoung-peter

L1-gilfoyle L3-dinish
L1-peter L2-gilfoyle L3-jimYoung L5-dinish
L2-peter L3-peter L4-gilfoyle L5-jimYoung L7-dinish
L4-peter L5-peter L6-gilfoyle L7-jimYoung L9-dinish
L6-peter L7-peter L8-gilfoyle L9-jimYoung
L8-peter L9-peter
student$

Does it present the quickest path possible with the same number of turns as the result above?

Try running the program with example05.

student$ ./lem-in example05.txt
9
#rooms
##start
start 0 3
##end
end 10 1
C0 1 0
C1 2 0
C2 3 0
C3 4 0
I4 5 0
I5 6 0
A0 1 2
A1 2 1
A2 4 1
B0 1 4
B1 2 4
E2 6 4
D1 6 3
D2 7 3
D3 8 3
H4 4 2
H3 5 2
F2 6 2
F3 7 2
F4 8 2
G0 1 5
G1 2 5
G2 3 5
G3 4 5
G4 6 5
H3-F2
H3-H4
H4-A2
start-G0
G0-G1
G1-G2
G2-G3
G3-G4
G4-D3
start-A0
A0-A1
A0-D1
A1-A2
A1-B1
A2-end
A2-C3
start-B0
B0-B1
B1-E2
start-C0
C0-C1
C1-C2
C2-C3
C3-I4
D1-D2
D1-F2
D2-E2
D2-D3
D2-F3
D3-end
F2-F3
F3-F4
F4-end
I4-I5
I5-end

L1-A0 L4-B0 L6-C0
L1-A1 L2-A0 L4-B1 L5-B0 L6-C1
L1-A2 L2-A1 L3-A0 L4-E2 L5-B1 L6-C2 L9-B0
L1-end L2-A2 L3-A1 L4-D2 L5-E2 L6-C3 L7-A0 L9-B1
L2-end L3-A2 L4-D3 L5-D2 L6-I4 L7-A1 L8-A0 L9-E2
L3-end L4-end L5-D3 L6-I5 L7-A2 L8-A1 L9-D2
L5-end L6-end L7-end L8-A2 L9-D3
L8-end L9-end
student$

Does it present the quickest path possible with the same number of turns as the result above?

Try running the program with badexample00.

student$ ./lem-in badexample00.txt
ERROR: invalid data format
student$

Does it present the right result as above?

Try running the program with badexample01.

student$ ./lem-in badexample01.txt
ERROR: invalid data format
student$

Does it present the right result as above?

Try running the program with example06.txt and with 100 ants.

Is the real time less than 1.5 minutes?

Try running the program with example07.txt and with 1000 ants.

Is the real time less than 2.5 minutes?

Try running the program with a valid example of your choice.

Are the ants alone in each room?

Try running the program with a valid example of your choice.

At the end can you confirm that all the ants present in the ##end room?

Try to run the program with an example of your choice multiple times.

Are the results always correct?

Does the program handles all the error cases with a message?

Is the solution making the ants cross the farm from ##start to ##end properly?

As an auditor, is this project up to every standard? If not, why are you failing the project?(Empty Work, Incomplete Work, Invalid compilation, Cheating, Crashing, Leaks)

General

+Does the program present an ant farm visualizer?

+Is it possible to see the ants moving?

+Is the visualizer in 3D?·4

Basic

+Does the project run quickly and effectively (favoring of recursive, no unnecessary data requests, etc.)?

+Is there a test file for this code?

+Are the tests checking each possible case?

+Does the code obey the good practices?

Social

+Did you learn anything from this project?

+Would you recommend/nominate this program as an example for the rest of the school?