Hacking the Python AST
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The document discusses various topics related to programming language compilers including parsing, abstract syntax trees (AST), grammars, and the Python compiler architecture. It provides examples of accessing and modifying the Python AST to manipulate code. It also mentions tools for analyzing code like Flake8 and emphasizes that hacking is a mindset rather than a set of skills.
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- 5. A primer on compiling computer languages Front end Middle end Back end C JAVA ARM x86 IR IR
- 7. Grammars S –> AB A –> aA | ε B –> b | bB S AB S –> AB aAB A –> aA aaAB A –> aA aaaAB A –> aA aaaεB A –> ε aaab B –> b A parse of aaab Does aaab belong to this Grammar?
- 15. Accessing the AST a = 26 b = 0 print(a + b) example.py In [1]: import ast In [2]: source = open('example.py').read() In [3]: tree = ast.parse(source)
- 16. Accessing the AST a = 26 b = 0 print(a + b) example.py Module(body=[ Expr(value=Str(s='Docstring')), Assign( targets=[Name( id='a', ctx=Store())], value=Num(n=26)), Assign( targets=[Name( id='b', ctx=Store())], value=Num(n=0)), Expr(value=Call( func=Name( id='print', ctx=Load()), args=[BinOp( left=Name( id='a', ctx=Load()), op=Add(), right=Name( id='b', ctx=Load()))], keywords=[]))])
- 17. Having a little fun, now In [3]: tree = ast.parse('x = 5') In [4]: print(astunparse.dump(tree)) Module(body=[Assign( targets=[Name( id='x', ctx=Store())], value=Num(n=5))]) In [5]: tree.body[0].targets[0].id Out[5]: 'x' In [6]: astunparse.unparse(tree) x = 5 In [7]: tree.body[0].targets[0].id = 'y' In [8]: print(astunparse.unparse(tree)) y = 5
- 20. @jargnar github.com/jargnar Hacking is a mindset, not a skill. suhas.org