To: csu670@lists.ccs.neu.edu
Subject: project demo schedule (final)

Here are the demos times for your project:
If you are not on the list, tell me asap.
Demonstrating your project is a requirement for the course.

-- Karl

Demos are in my office WVH 308A.
http://www.ccs.neu.edu/home/lieber/directions-to-office.html
If you prefer to demo in the lab on the first floor, indicate this
in on the sign-up sheet.
Call 617 373 2077 if the the WVH 308 office should be locked.

The preferred way to demo is on your laptop, everything already set up
when you enter my office.
In my office is also a SunBlade 100 running Solaris 9 and a Dell
desktop similar to the ones in the Lab.


December 8 - December 9

                     Team member 1      Team member 2    Team member 3
                          
Thursday  11 students 

          10.00 am   

          10.30 am   Jeff Litvin        Jason Mintz

	  11.00 am

	  11.30 am	Pavel		Joe		Brian O'Connor

	  12.00 pm  Matt Stowe		Zach Frenzel	Dave Du Buron

	   1.00 pm 

	   1.30 pm

	   2.00 pm Jason Barrow 	Francis Devitta

	   3.30 pm

	   4.00 pm Kim			Bobby

	   4.30 pm

	   5.00 pm Pok Lee 		Steve Adegbenie

	   

Friday     (14 students) 
	   8.30 am Justin Magnan	Phillip Lee

	   9.00 am Grejdi Gjura		Tatiane Almeida

           9.30 am

          10.00 am

          10.30 am Andy W		Tung N (LAB)

	  11.00 am Dan K		Mike O		Nick G

	  11.30 am

	  12.00 pm

	   1.00 pm Peter Bailey

	   1.30 pm

	   2.00 pm

	   3.30 pm

	   4.00 pm Liz Surette		Andy Harrington

	   4.30 pm Siu Kin Chan		Eric Lok

	   

Please have a copy of your code easily accessible as I might ask
individual team members
questions about where a given functionality is implemented.

Also have a selection of test cases available
that we can modify for testing purposes.

Features of your project we will discuss:

1. Syntax checking of XAspects language
2. Semantic checking of XAspects language
  (several kinds of errors)
3. Highlighting of tokens of XAspects language

4. Highlighting of traversal specifications in textual cd

1. Traversal strategies
1.1   from A via B bypassing {C,D} via E bypassing ->*,parent,* to F
1.2   {A -> B bypassing {C,D}
       B -> C }
2. XPath expressions
   several sublanguages allowed by Jingsong's class dictionary

5. Test cases

project grading

1. 20 points syntax checking
2. 20 points semantics checking
3. 10 points token high lighting
4. 40 points selector expression highlighting and testing
5. 10 points project report