def _BlockOnRawInputReplyPepper():
"""Blocks until a message in the stdin channel is recieved.
For use while running the PNaCl/Pepper kernel.
Returns:
The value of the message, which is assumed to be of type raw_input_reply
"""
# pylint: disable=g-import-not-at-top,protected-access,bare-except
from pyppapi import nacl_instance
raw_reply = nacl_instance.wait_for_message()
try:
reply = json.loads(raw_reply['json'])
value = reply['content']['value']
except:
# handle bad raw_input reply
value = raw_reply
return value
def deal_message(msg):
channel = msg['stream']
content = json.loads(msg['json'])
queues = {'shell': shell_input, 'stdin': stdin_input}
queue = queues[channel]
queue.put(content)
def send_message(stream, msg):
nacl_instance.send_raw_object({'stream': stream, 'json': json.dumps(msg)})
while 1:
msg = nacl_instance.wait_for_message(timeout=1, sleeptime=10000)
try:
deal_message(msg)
except:
pass
output_streams = [(stdin_output, 'stdin'), (shell_output, 'shell'),
(iopub_output, 'iopub')]
for msg_queue, stream in output_streams:
msg = None
try:
msg = msg_queue.get_nowait()
send_message(stream, msg)
except Queue.Empty:
pass
import matplotlib
import matplotlib.cbook
""")
execution_count = 1
shell = PepperKernel().shell
# Special message to indicate the NaCl kernel is ready.
sendMessage('iopub', 'status', content={'execution_state': 'nacl_ready'})
while 1:
sendMessage('iopub', 'status', content={'execution_state': 'idle'})
msg = None
while msg is None:
msg = nacl_instance.wait_for_message()
msg = json.loads(msg['json'])
sendMessage('iopub', 'status', content={'execution_state': 'busy'})
if not 'header' in msg:
continue
request_header = msg['header']
if not 'msg_type' in request_header:
continue
msg_type = request_header['msg_type']
if msg_type == 'execute_request':
try:
content = msg[u'content']
code = content[u'code']
silent = content[u'silent']
store_history = content.get(u'store_history', not silent)
# If we don't get something that we can convert to an integer, at
# least attempt the completion guessing the cursor is at the end of
# the text, if there's any, and otherwise of the line
cpos = len(c['text'])
if cpos==0:
cpos = len(c['line'])
return shell.complete(c['text'], c['line'], cpos)
# Special message to indicate the NaCl kernel is ready.
sendMessage('iopub', 'status', content={'execution_state': 'nacl_ready'})
while 1:
sendMessage('iopub', 'status', content={'execution_state': 'idle'})
msg = None
while msg is None:
msg = nacl_instance.wait_for_message()
msg = json.loads(msg['json'])
sendMessage('iopub', 'status', content={'execution_state': 'busy'})
if not 'header' in msg:
continue
request_header = msg['header']
if not 'msg_type' in request_header:
continue
msg_type = request_header['msg_type']
if msg_type == 'execute_request':
try:
content = msg[u'content']
code = content[u'code']
silent = content[u'silent']
store_history = content.get(u'store_history', not silent)
