Adjust README.md

* Adjust title of README.md

* Adjust formatting of README.md

README.md

@@ -1,51 +1,48 @@
-Starter Code for BMinor Project
+~~Starter Code for~~ BMinor Project
 -------------------------------
 
-This directory contains the starter code for the BMinor compiler.
-Students in CSE 40243 are *required* to use these header files as the basis for your work.
-Trust us, it will get you started on the right track, and make it
-much easier for the instructors to help you with any difficulties.
+This directory contains the starter code for the BMinor compiler. Students in
+CSE 40243 are *required* to use these header files as the basis for your work.
+Trust us, it will get you started on the right track, and make it much easier
+for the instructors to help you with any difficulties.
 
-Of course, to complete the project, you will have to add quite a bit
-to what is here.  You are free to add new files, add items to the
-structures, implement new functions, and so forth.  But stick to
-the basic structure that `decl` represents a declaration,
-`expr` represents an expression, and so forth.
+Of course, to complete the project, you will have to add quite a bit to what is
+here.  You are free to add new files, add items to the structures, implement
+new functions, and so forth.  But stick to the basic structure that `decl`
+represents a declaration, `expr` represents an expression, and so forth.
 
 For your sanity and ours, you *must* adhere to the following style:
-- Every function must be prefixed with the name of the structure that it manipulates.
-- Function prototypes go in the `.h` file of the corresponding name.
-- Function implementations go in the `.c` file of the corresponding name.
 
-For example, the function `decl_print` prints out a declaration.
-Its prototype is found in `decl.h` and the implementation is found in `decl.c`.
+- Every function must be prefixed with the name of the structure that it
+- manipulates. Function prototypes go in the `.h` file of the corresponding
+- name. Function implementations go in the `.c` file of the corresponding name.
+
+For example, the function `decl_print` prints out a declaration. Its prototype
+is found in `decl.h` and the implementation is found in `decl.c`.
 
 For the parsing assignment:
 
-The include files `decl.h stmt.h expr.h type.h param_list.h`
-comprise the abstract syntax tree (AST) for CMinor.
-A CMinor program is a list of declarations (`decl`) of either global
-variables or global functions.  A global function declaration
-is a list of statements (`stmt`) such as if-else, while-loops,
-and return statements.  Most statements contain expressions (`expr`)
-which are trees of operators and values.  A type structure (`type`)
-is used to represent abstract types like `integer`, `string`,
-and `array of boolean`.
+The include files `decl.h`, `stmt.h`, `expr.h`, `type.h`, and `param_list.h`
+comprise the abstract syntax tree (AST) for CMinor. A CMinor program is a list
+of declarations (`decl`) of either global variables or global functions.  A
+global function declaration is a list of statements (`stmt`) such as if-else,
+while-loops, and return statements.  Most statements contain expressions
+(`expr`) which are trees of operators and values.  A type structure (`type`) is
+used to represent abstract types like `integer`, `string`, and `array of
+boolean`.
 
 For the typechecking assignment:
 
-The module `hash_table` implements a string-based hash table,
-which will come in handy in the typechecking assignment.
-The hash table will point to objects of type `symbol` so
-as to match variables names (`x`) with their definitions,
+The module `hash_table` implements a string-based hash table, which will come
+in handy in the typechecking assignment. The hash table will point to objects
+of type `symbol` so as to match variables names (`x`) with their definitions,
 like "parameter 3" or "global integer x".
 
 For the code generation assignment:
 
-The module 'library.c' contains the "standard library" for bminor,
-which is needed to implement the print statement and the exponentiation
-operator.  You are welcome to add items to the library if you find
-it helpful.  Set up your Makefile carefully: library.c should be
-linked against a compiled bminor program, not against the compiler itself.
-
+The module `library.c` contains the "standard library" for bminor, which is
+needed to implement the print statement and the exponentiation operator.  You
+are welcome to add items to the library if you find it helpful.  Set up your
+Makefile carefully: library.c should be linked against a compiled bminor
+program, not against the compiler itself.