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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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ipgraph.txt
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====================================================
Notes on code execution in :class:`InteractiveShell`
====================================================
Overview
========
This section contains information and notes about the code execution
system in :class:`InteractiveShell`. This system needs to be refactored
and we are keeping notes about this process here.
Current design
==============
Here is a script that shows the relationships between the various
methods in :class:`InteractiveShell` that manage code execution::
import networkx as nx
import matplotlib.pyplot as plt
exec_init_cmd = 'exec_init_cmd'
interact = 'interact'
runlines = 'runlines'
runsource = 'runsource'
runcode = 'runcode'
push_line = 'push_line'
mainloop = 'mainloop'
embed_mainloop = 'embed_mainloop'
ri = 'raw_input'
prefilter = 'prefilter'
g = nx.DiGraph()
g.add_node(exec_init_cmd)
g.add_node(interact)
g.add_node(runlines)
g.add_node(runsource)
g.add_node(push_line)
g.add_node(mainloop)
g.add_node(embed_mainloop)
g.add_node(ri)
g.add_node(prefilter)
g.add_edge(exec_init_cmd, push_line)
g.add_edge(exec_init_cmd, prefilter)
g.add_edge(mainloop, exec_init_cmd)
g.add_edge(mainloop, interact)
g.add_edge(embed_mainloop, interact)
g.add_edge(interact, ri)
g.add_edge(interact, push_line)
g.add_edge(push_line, runsource)
g.add_edge(runlines, push_line)
g.add_edge(runlines, prefilter)
g.add_edge(runsource, runcode)
g.add_edge(ri, prefilter)
nx.draw_spectral(g, node_size=100, alpha=0.6, node_color='r',
font_size=10, node_shape='o')
plt.show()