mirror of
https://github.com/Gallopsled/pwntools.git
synced 2026-10-12 10:09:55 +00:00
Christian Clauss
41702e89e6
* Travis CI: Use flake8 to detect syntax errors Repeat #1305 on the Python 3 branch. Also, remove the hardcoding of default values for dist and Py2. https://flake8.pycqa.org/en/latest/user/error-codes.html On the flake8 test selection, this PR does _not_ focus on "_style violations_" (the majority of flake8 error codes that [__psf/black__](https://github.com/psf/black) can autocorrect). Instead these tests are focus on runtime safety and correctness: * E9 tests are about Python syntax errors usually raised because flake8 can not build an Abstract Syntax Tree (AST). Often these issues are a sign of unused code or code that has not been ported to Python 3. These would be compile-time errors in a compiled language but in a dynamic language like Python they result in the script halting/crashing on the user. * F63 tests are usually about the confusion between identity and equality in Python. Use ==/!= to compare str, bytes, and int literals is the classic case. These are areas where __a == b__ is True but __a is b__ is False (or vice versa). Python >= 3.8 will raise SyntaxWarnings on these instances. * F7 tests logic errors and syntax errors in type hints * F82 tests are almost always _undefined names_ which are usually a sign of a typo, missing imports, or code that has not been ported to Python 3. These also would be compile-time errors in a compiled language but in Python a __NameError__ is raised which will halt/crash the script on the user. * Fail fast, exclude generated source files * --select=E9,F63,F7 * 2to3 -f print -wn examples * No more <> in python 3.
20 lines
367 B
Python
20 lines
367 B
Python
'''
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Example showing how to use `pwnlib.term.text`.
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Try running with::
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$ TERM=xterm python text.py
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and::
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$ TERM=xterm-256color python text.py
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'''
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from pwn import *
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s = 'hello from pwntools'
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print(text.black_on_green(s))
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print(text.black_on_bright_green(s))
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print(text.green_on_black(s))
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print(text.bright_green_on_black(s))
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print(text.bold_green_on_black(s))
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