A ReadMe with instructions on how to execute each code file and how it accepts input.
computer science
Description
Submit:
- A ReadMe with instructions
on how to execute each code file and how it accepts input.
- Code for each
question (should be executable and produce the required output and timings
as specified below)
- You may attach
your own timing experiment results in a subfolder along with anything else
you want to add to your submission.
Submission Format
Please submit the code for each question as
"<QuestionNumber>_netid" . Append part a/b/c to the number for
questions 2 and 3.
Write your program so that it generates a text file with the
required output, i.e put the resulting table into a text file instead
of printing to console after all operations have been done. The output of the
timing experiments should also be written to a separate text file. You can
name these files "<QuestionNumber>_netid_resultTable" and
"<QuestionNumber>_netid_timing" respectively. The
resulting table should be in the same format as the initial set.
Also add the second netid if you're working in a team to all
file names if you're working in a team.
Additional notes:
Question 1:
- Please make sure
it executes on the CIMS server(so we can execute without any issues
related to versions).
- If you have
already done it in Java before the homework was updated online to reflect
Python 3 you may submit the Java program, please mention the language in
the ReadMe.
- All the data is
in integer. Corrections to the dataset have been made.
- You may use
numpy and re libraries for the Python implementation.
- Your program can
accept input from the standard input line by line or as a file of
tests. Please specify how to give input to your program in the
ReadMe.
Question 2:
- 2c : The query
to find avg salary for people taking the course of prof103896 has been
changed to prof1038
Question 3:
- 3a : To perform
100,000 inserts randomly pick a line from emp file and insert it to
Employee even if it may already exist.
- "Store data
as an array of records" : You will store 4 element records with
values for fields ID, Name, Salary, Manager, Department in the array and
then the data structure will relate for example a given department value
to the array index numbers containing that department.
