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Fixing a nasty bug in test_frontend.py that was leading to all sorts...
Fixing a nasty bug in test_frontend.py that was leading to all sorts of weird problems with our test suite like random test errors and unhandled errors in Deferreds. There are 3 problems with this test module: 1. Doesn't use twisted.trial.unittest.TestCase as a base class 2. Test methods don't return Deferreds 3. One test method actually has an unhandled error in a Deferred The only thing I have don't is put a @skip decorator on test_error_callback_added_to_execute to hide 3. All of these things still need to be fixed though. But our tests now pass.
Gael Varoquaux - - Load All Authors

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ipythonrc-physics
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/ IPython / UserConfig / ipythonrc-physics
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# -*- Mode: Shell-Script -*- Not really, but shows comments correctly
#***************************************************************************
#
# Configuration file for ipython -- ipythonrc format
#
# The format of this file is one of 'key value' lines.
# Lines containing only whitespace at the beginning and then a # are ignored
# as comments. But comments can NOT be put on lines with data.
#***************************************************************************
# If this file is found in the user's ~/.ipython directory as
# ipythonrc-physics, it can be loaded by calling passing the '-profile
# physics' (or '-p physics') option to IPython.
# This profile loads modules useful for doing interactive calculations with
# physical quantities (with units). It relies on modules from Konrad Hinsen's
# ScientificPython (http://dirac.cnrs-orleans.fr/ScientificPython/)
# First load basic user configuration
include ipythonrc
# import ...
# Module with alternate input syntax for PhysicalQuantity objects.
import_mod IPython.Extensions.PhysicalQInput
# from ... import *
# math CANNOT be imported after PhysicalQInteractive. It will override the
# functions defined there.
import_all math IPython.Extensions.PhysicalQInteractive
# from ... import ...
import_some
# code
execute q = PhysicalQuantityInteractive
execute g = PhysicalQuantityInteractive('9.8 m/s**2')
ececute rad = pi/180.
execute print '*** q is an alias for PhysicalQuantityInteractive'
execute print '*** g = 9.8 m/s^2 has been defined'
execute print '*** rad = pi/180 has been defined'
execute import ipy_constants as C
execute print '*** C is the physical constants module'
# Files to execute
execfile