Mercurial > p > roundup > code
view test/test_pythonexpr.py @ 8580:5cba36e42b8f
chore: refactor replace urlparse with urlsplit and use urllib_
Python docs recommend use of urlsplit() rather than
urlparse(). urlsplit() is a little faster and doesn't try to split the
path into path and params using the rules from an obsolete RFC.
actions.py, demo.py, rest.py, client.py
Replace urlparse() with urlsplit()
actions.py
urlsplit() produces a named tuple with one fewer elements (no
.param). So fixup calls to urlunparse() so they have the proper
number of elements in the tuple.
also merge url filtering for param and path.
demo.py, rest.py:
Replace imports from urlparse/urllib.parse with
roundup.anypy.urllib_ so we use the same interface throughout the
code base.
test/test_cgi.py:
Since actions.py filtering for invali urls not split by path/param,
fix tests for improperly quoted url's.
| author | John Rouillard <rouilj@ieee.org> |
|---|---|
| date | Sun, 19 Apr 2026 22:58:59 -0400 |
| parents | e70885fe72a4 |
| children |
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""" In Python 3, sometimes TAL "python:" expressions that refer to variables but not all variables are recognized. That is in Python 2.7 all variables used in a TAL "python:" expression are recognized as references. In Python 3.5 (perhaps earlier), some TAL "python:" expressions refer to variables but the reference generates an error like this: <class 'NameError'>: name 'some_tal_variable' is not defined even when the variable is defined. Output after this message lists the variable and its value. """ import unittest from roundup.cgi.PageTemplates.PythonExpr import PythonExpr as PythonExprClass class ExprTest(unittest.TestCase): def testExpr(self): expr = '[x for x in context.assignedto ' \ 'if x.realname not in user_realnames]' pe = PythonExprClass('test', expr, None) # Looking at the expression, only context and user_realnames are # external variables. The names assignedto and realname are members, # and x is local. required_names = ['context', 'user_realnames'] got_names = pe._f_varnames for required_name in required_names: self.assertIn(required_name, got_names)
