CISC 471 / 672 PROGRAMMING ASSIGNMENT 5 - CODE GENERATOR 
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                GRADING INSTRUCTIONS
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Name:_____________________________  Date of Submission:_________
Total grade ____ - late points ____ = Final grade (out of 100)_____
Days Late:____  Due Date:  May 21, 2018 (midnight).

Correctness:
Show point deductions or check below (partial credit given where applicable):

General Tasks:
   1. compute the inheritance graph 
   2. assign tags to all classes 
   3. determine the layout of attributes, temporaries, and dispatch
      tables for each class 
   4. generate code for global data: constants, dispatch tables,... 
   5. generate code for each feature 

************************** Due May 21, 2018 ******************************
___(40) (2 pts each)  Generate code correctly for:
   ___ assignment
   ___ true, false, int, string constants
   ___ new
   ___ if
   ___ begin-end
   ___ sequence
   ___ let-init
   ___ let-no-init
   ___ case
   ___ loop
   ___ not
   ___ compare
   ___ arithmetic expressions
   ___ equal
   ___ attribute definitions
   ___ initialization 
   ___ nested conditionals 
   ___ nested while loops
   ___ complicated expression evaluations
   ___ use of basic classes (Object, int, bool, string)
   ___ method call that is static dispatch

___ (15 pts / 3 pts each (grad); 25 pts / 5 pts each (ugrad)) 
   Generate code correctly for:
   ___  modification/accesses to variables of different scopes
   ___  modification/accesses to parameters 
   ___  method calls without parameters
   ___  method calls with parameters
   ___  return value

___ (24 pts) (3 pts each) Generate code correctly for: 
   *** This is Graduate Students Only *** 
   ___  recursive methods 
   ___  dispatch expressions
   ___  combinations of nested conditionals and loops
   ___  use of self 
   ___  class inheritance of single level and calling methods of ancestor
   ___  class inheritance of several levels deep; calling methods of ancestor
   ___  overriding of method names and calling correct method
   ___  let with several variables

___(5 pts) Efficiency

___ (5pts grad; 8 pts ugrad) Program Structure:
       Readable, concise, simple structure.

___ (5pts grad; 8 pts ugrad) Documentation:
   ___ Internal documentation (comments throughout spec: explain unusual 
       productions and actions)
   ___ External documentation  in README. Explain your design decisions, 
       your test cases, and why you believe your program is correct and 
       robust.

Any extra/fancy features working correctly?