CMSC 430 Project 3 The third project involves modifying the attached interpreter so that it interprets programs for the complete language. You may convert all values to double values, although you can...

Please email me with any questions. I'm asking for help with project 3, you already have 1 and 2 that you've helped me with. Please be ready with a FULL solution by 9AM on Friday with all requirements in the Project 3 Requirements.pdf completed. If you cannot do the screen captures, please provide instructions for me to run it and I can do them. Thank you.


CMSC 430 Project 3 The third project involves modifying the attached interpreter so that it interprets programs for the complete language. You may convert all values to double values, although you can maintain their individual types if you wish. When the program is run on the command line, the parameters to the function should be supplied as command line arguments. For example, for the following function header of a program in the file text.txt: function main a: integer, b: integer returns integer; One would execute the program as follows: $ ./compile < test.txt="" 2="" 4="" in="" this="" case,="" the="" parameter="" a="" would="" be="" initialized="" to="" 2="" and="" the="" parameter="" b="" to="" 4.="" an="" example="" of="" a="" program="" execution="" is="" shown="" below:="" $="" ./compile="">< test.txt="" 2="" 4="" 1="" function="" main="" a:="" integer,="" b:="" integer="" returns="" integer;="" 2="" c:="" integer="" is="" 3="" if="" a=""> b then 4 a rem b; 5 else 6 a ** 2; 7 endif; 8 begin 9 case a is 10 when 1 => c; 11 when 2 => (a + b / 2 - 4) * 3; 12 others => 4; 13 endcase; 14 end; Compiled Successfully Result = 0 After the compilation listing is output, the value of the expression which comprises the body of the function should be displayed as shown above. The existing code evaluates some of the arithmetic, relational and logical operators together with the reduction statement. You are to add the necessary code to include all of the following:  All additional arithmetic operators  All additional relational and logical operators  Both if and case statements  Functions with multiple variables  Functions with parameters This project requires modification to the bison input file, so that it defines the additional the necessary computations for the above added features. You will need to add functions to the library of evaluation functions already provided in values.cc. You must also make some modifications to the functions already provided. You are to submit two files. 1. The first is a .zip file that contains all the source code for the project. The .zip file should contain the flex input file, which should be a .l file, the bison file, which should be a .y file, all .cc and .h files and a makefile that builds the project. 2. The second is a Word document (PDF or RTF is also acceptable) that contains the documentation for the project, which should include the following: a. A discussion of how you approached the project b. A test plan that includes test cases that you have created indicating what aspects of the program each one is testing and a screen shot of your compiler run on that test case c. A discussion of lessons learned from the project and any improvements that could be made Grading Rubric Criteria Meets Does Not Meet Functionality 70 points 0 points Subtraction operator evaluated correctly (5) Subtraction operator not evaluated correctly (0) Division operator evaluated correctly (5) Division operator not evaluated correctly (0) Remainder operator evaluated correctly (5) Remainder operator not evaluated correctly (0) Exponentiation operator evaluated correctly (5) Exponentiation operator not evaluated correctly (0) Additional relational operators evaluated correctly (5) Additional relational operators not evaluated correctly (0) Additional logical operators evaluated correctly (5) Additional logical operators not evaluated correctly (0) if conditional expressions evaluated correctly (10) if conditional expressions not evaluated correctly (0) case conditional expressions evaluated correctly (10) case conditional expressions not evaluated correctly (0) Functions with multiple variables evaluated correctly (10) Functions with multiple variables not evaluated correctly (0) Functions with parameters evaluated correctly (10) Functions with parameters not evaluated correctly (0) Test Cases 15 points 0 points Includes test cases that test all arithmetic operators (3) Does not include test cases that test all arithmetic operators (0) Includes test cases that test all relational operators (3) Does not include test cases that test all relational operators (0) Includes test cases that test all logical operators (3) Does not include test cases that test all logical operators (0) Includes test cases that test both conditional expressions (3) Does not include test cases that test both conditional expressions (0) Includes test cases with variables and parameters (3) Does not include test cases with variables and parameters (0) Documentation 15 points 0 points Discussion of approach included (5) Discussion of approach not included (0) Lessons learned included (5) Lessons learned not included (0) Comment blocks with student name, project, date and code description included in each file (5) Comment blocks with student name, project, date and code description not included in each file (0)