Renamed crispy module file extension to .crspy

README.md

@@ -21,7 +21,7 @@ Crispy is statically-typed functional programming language with type inference.
     }
     ```
 
-4. Module System - Crispy uses a simple importing mechanism which allows you to easily write modular code. For example, to import the definitions from the `vectors.cpm` module, simply add the following line to the beginning of your program:
+4. Module System - Crispy uses a simple importing mechanism which allows you to easily write modular code. For example, to import the definitions from the `vectors.crspy` module, simply add the following line to the beginning of your program:
     ```python
     import vectors
     ```
@@ -48,10 +48,10 @@ You can build the `cripsy` interpreter using the Makefile:
 - Run `make clean` to remove object files and executables.
 
 ### Run
-To execute a `<file>.cpm` Crispy program, run the `crispy` interpreter with `/.crispy <file>.cpm`.
+To execute a `<file>.crspy` Crispy program, run the `crispy` interpreter with `/.crispy <file>.crspy`.
 
-The `examples` directory contains many example Crispy programs which demonstrate different features of the language. You can execute any of these example programs with `/.crispy examples/<file>.cpm`.
+The `examples` directory contains many example Crispy programs which demonstrate different features of the language. You can execute any of these example programs with `/.crispy examples/<file>.crspy`.
 
-The `tests` directory contains a suite of Crispy programs that are used to verify the correctness of interpreter. You can execute all of the tests with `/.crispy tests`. When applied to a directory, the interpreter finds and executes the `<directory>/main.cpm` driver program.
+The `tests` directory contains a suite of Crispy programs that are used to verify the correctness of interpreter. You can execute all of the tests with `/.crispy tests`. When applied to a directory, the interpreter finds and executes the `<directory>/main.crspy` driver program.