##// END OF EJS Templates
push() now swallows syntax errors and immediately produces a 'ready'...
push() now swallows syntax errors and immediately produces a 'ready' state. This is intended, as the invalid input may in fact be OK with ipython extensions, but that can only be ascertained by the kernel, so the client should send this right away to the kernel.

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test_embed.py
47 lines | 1.3 KiB | text/x-python | PythonLexer
""" An example of one way to embed IPython in your own application
This basically means starting up IPython with some of your programs objects visible in the IPython
user namespace.
"""
import sys
sys.path.insert(1,'..')
import IPython.ipapi
def test_session(shellclass):
print "*****************\nLaunch shell for",shellclass
my_ns = dict(a=10)
ses = IPython.ipapi.make_session(my_ns, shellclass=shellclass)
# Now get the ipapi instance, to be stored somewhere in your program for manipulation of the running
# IPython session. See http://ipython.scipy.org/moin/IpythonExtensionApi
ip = ses.IP.getapi()
# let's play with the ipapi a bit, creating a magic function for a soon-to-be-started IPython
def mymagic_f(self,s):
print "mymagic says",s
ip.expose_magic("mymagic",mymagic_f)
# And finally, start the IPython interaction! This will block until you say Exit.
ses.mainloop()
print "IPython session for shell ",shellclass," finished! namespace content:"
for k,v in my_ns.items():
print k,':',str(v)[:80].rstrip()
import IPython.Shell
def do_test(arg_line):
test_session(IPython.Shell._select_shell(arg_line.split()))
do_test('')
do_test('ipython -gthread')
do_test('ipython -q4thread')
do_test('ipython -pylab')
do_test('ipython -pylab -gthread')