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view test/test_pythonexpr.py @ 7836:219fc5804345
issue2551270 - Better templating support for JavaScript
Add (templating) utils.readfile(file, optional=False) and
utils.expandfile(file, token_dict=None, optional=False). Allows
reading an external file (e.g. JavaScript) and inserting it using
tal:contents or equivalent jinja function. expandfile allows setting
a dictionary and tokens in the file of the form "%(token_name)s"
will be replaced in the file with the values from the dict.
See method doc blocks or reference.txt for more info.
Also reordered table in references.txt to be case sensitive
alphabetic. Added a paragraph on using python's help() to get
method/function/... documention blocks.
in templating.py _find method. Added explicit return None calls to all
code paths. Also added internationalization method to the
TemplatingUtils class. Fixed use of 'property' hiding python builtin
of same name.
Added tests for new TemplatingUtils framework to use for testing existing
utils.
| author | John Rouillard <rouilj@ieee.org> |
|---|---|
| date | Tue, 26 Mar 2024 14:15:46 -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)
