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First step in reintegrating Jedi...
First step in reintegrating Jedi If Jedi is installed expose a private API use it with prompt toolkit. Jedi does not _yet_ provide all the completion IPython has, so this is still a bit awkward. In order to debug this (and see what is Jedi provided we for now inject a fake Jedi/IPython delimiter in the menu. Jedi completion and this behavior are enabled by default, but could likely be opt-in. Add also a number of debug flags to be able to track why jedi is not working, and/or what completions are found by IPython and not Jedi. That should give us a bit of heads up and feedback to know whether we can remove part of the IPython completer, and more especially if we can drop `python_matches`. Once `python_matches` is dropped and some other of the current matchers are either dropped or converted to the new API, that should simplify the internal quite a bit. That would just be too much for an already BIG pull-request.

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test_prompts.py
34 lines | 918 B | text/x-python | PythonLexer
# -*- coding: utf-8
"""Tests for prompt generation."""
import unittest
from IPython.core.prompts import LazyEvaluate
from IPython.testing.globalipapp import get_ipython
ip = get_ipython()
class PromptTests(unittest.TestCase):
def test_lazy_eval_unicode(self):
u = u'ünicødé'
lz = LazyEvaluate(lambda : u)
self.assertEqual(str(lz), u)
self.assertEqual(format(lz), u)
def test_lazy_eval_nonascii_bytes(self):
u = u'ünicødé'
b = u.encode('utf8')
lz = LazyEvaluate(lambda : b)
# unicode(lz) would fail
self.assertEqual(str(lz), str(b))
self.assertEqual(format(lz), str(b))
def test_lazy_eval_float(self):
f = 0.503
lz = LazyEvaluate(lambda : f)
self.assertEqual(str(lz), str(f))
self.assertEqual(format(lz), str(f))
self.assertEqual(format(lz, '.1'), '0.5')