|
|
5 years ago | |
|---|---|---|
| src | 5 years ago | |
| web | 5 years ago | |
| .gitignore | 5 years ago | |
| LICENSE | 5 years ago | |
| README.md | 5 years ago | |
| build.sh | 5 years ago | |
| chocopy-ref.jar | 5 years ago | |
| generate_assembly_r.sh | 5 years ago | |
| generate_assembly_s.sh | 5 years ago | |
| pom.xml | 5 years ago | |
| run_r.sh | 5 years ago | |
| run_s.sh | 5 years ago | |
| test_sample.sh | 5 years ago | |
README.md
NYU Compiler Construction CSCI-GA.2130/Spring 2021: Programming Assignment 3
This assignment is adapted from https://github.com/cs164berkeley/pa3-chocopy-code-generation with the authors' permission.
See the PA3 document on Piazza for a detailed specification.
Quickstart
Run the following commands to compile your code generator and run the tests:
mvn clean package
java -cp "chocopy-ref.jar:target/assignment.jar" chocopy.ChocoPy \
--pass=..s --test --run --dir src/test/data/pa3/sample/
The dots in --pass make the compiler skip parsing and semantic analysis and go straight to code generation.
--pass=..s uses your (s for student) generator to generate code from an annotated AST (the .ast.typed files under src/test/data/pa3/sample/).
With the starter code, only one test should pass.
Your main objective is to build a code generator that passes all the provided tests.
--pass=..r uses the reference (r for reference) generator, which should pass all tests.
In addition to running in test mode with --test, you can also observe the actual output of your (or reference) generator with:
java -cp "chocopy-ref.jar:target/assignment.jar" chocopy.ChocoPy \
--pass=..s src/test/data/pa3/sample/op_add.py.ast.typed
You can also run all passes on the original .py file:
java -cp "chocopy-ref.jar:target/assignment.jar" chocopy.ChocoPy \
--pass=rrr src/test/data/pa3/sample/op_add.py
Once you merge your semantic analysis code from assignment 2, you should be able to use --pass=sss.
Generating vs Running
The above should be familiar from previous assignments. A new aspect of PA3 is the distinction between generating and running the code.
The following outputs the generated RISC-V assembly (with the usual option to save to a file with --out):
java -cp "chocopy-ref.jar:target/assignment.jar" chocopy.ChocoPy \
--pass=rrr src/test/data/pa3/sample/op_add.py
The following (note the --run option) generates the assembly and then runs it on the bundled RISC-V emulator:
java -cp "chocopy-ref.jar:target/assignment.jar" chocopy.ChocoPy \
--pass=rrr --run src/test/data/pa3/sample/op_add.py