.sp 0.5i
.tl '\s-2GRADING STANDARDS\s0''\s-2CSCI-E26\s0'
.sp -6p
\l'6.5i'
.sp 8p
.na
.ps 9
.vs 0.152i
.hy 14
.in +0.5i
.ti -0.5i
\fIACADEMIC HONESTY\fR
.sp 8p
The work you submit must be your own work.  You may build your code
on samples from class or examples from texts, and we encourage students
to discuss problems and techniques.  Your homework should be all your
own work or a combination
of your own work and your synthesis and extension of examples.  
You must cite any sources.

You are responsible for understanding Harvard Extension School policies on 
academic integrity 
(www.extension.harvard.edu/resources-policies/student-conduct/academic-integrity)
and how to use sources responsibly. Not knowing the rules, misunderstanding 
the rules, running out of time, submitting the wrong 
draft, or being overwhelmed with multiple demands are not acceptable excuses. 
There are no excuses for failure to uphold academic integrity. To support your 
learning about academic citation
rules, please visit the Harvard Extension School 
Tips to Avoid Plagiarism 
(www.extension.harvard.edu/resources-policies/resources/tips-avoid-plagiarism),
where you'll find links to the Harvard 
Guide to Using Sources and two free online 15-minute tutorials to test your 
knowledge of academic citation policy. The tutorials are anonymous 
open-learning tools.

.ti -0.5i
\fIGRADING\fP
.sp 8p
Homework assignments are graded on a 100 point scale.  The 100 points
are divided between Function (70 points) and Design (30 points).  In
software engineering, getting a program that works is only part of the
problem.  The rest of the problem involves updating, correcting, and
reusing the code.

Thus, if your program works right but is designed poorly, you get a C.
Design is divided into three categories each worth 10 points:
Documentation, Modularity, and Clarity.
\fIDocumentation\fP refers to commenting; files, functions, variables,
and chunks of code should be documented.  
\fIModularity\fP refers to how the program is broken into separate,
well-defined, and insulated units.
\fIClarity\fP refers to the physical presentation and logical design
of the program.  Have you ever read a book or essay that expressed
an idea or technique so clearly that after just one reading,
you saw exactly what the writer was getting at?  Have you ever read
a book or essay that, even after several readings still confused
you?  Some code is really clear, and some code is hard to
figure out, hard to maintain, hard to modify.  Strive for
clarity; you'll be graded on it.

A detailed description of what we want will be distributed 

.ti -0.5i
\fITURNING HOMEWORK IN\fP
.sp 8p
\fIDue on Saturday at 11:59PM\fP
.sp 6p
Homework is due by 11:59pm on Saturday.  
There is a 10 point penalty for each day late.  You must turn in both a 
listing of all your code and sample runs of your program 
(how to do this is described below).  

\fIElectronic Version\fP
.sp 6p
We use an computerized system for submitting and returning homework.
You do not have to print any paper for most of the assignments.
Details for using the system will be provided with the assignment.

.ti -0.5i
\fIGENERATING SAMPLE RUNS\fP
.sp 8p
.ft R
Use the \fCscript\fP command to generate the 
sample runs you will hand in.
When you run \fCscript\fR, everything that
appears on your terminal screen is saved
in a file.  To make a script, type in \fCscript\fP.
The computer will print a message
and give you the "$" prompt.  Now list your program (using cat) and
run it.  Type "exit" at the "$" prompt when you wish to stop recording.
Unless you specify some other name, script will save everything in a
file called "typescript", so print that file.   A sample session is
shown below:
.in +0.5i
.ft C
.ps 8
.vs 9p
.nf

$ script
Script started, file is typescript
$ cat foo.c
 . . .
$ ./a.out
 . . .
$ exit
Script done, file is typescript
$ 
.fi
.ft P
.vs 0.152i
.ps 9
.in -0.5i
You can specify a different name for the script file by typing
the command \s-1\fCscript \f(CIfilename\fR \s0.
\fBNote:\fR Every time you run script the script file will be
overwritten.

.in -0.5i