Asynchronously invoke a compiled MATLAB® function that uses
the Python® object returned from the initialize() function
by passing async = True.
future = my_client.function_name(in_args, nargout=nargs,
stdout=out_stream,
stderr=err_stream,
async=True)my_client — Name
of object returned from initialize()
function_name —
Name of the function to invoke
in_args — Comma-separated
list of input arguments
nargs — Number of
results expected from the server
out_stream — Python StringIO object
receiving the console output
err_stream — Python StringIO object
receiving the error output
When the async keyword is set to True,
the MATLAB function is placed into a processing queue and a Python Future object
is returned. You use the Future object to retrieve
the results when the MATLAB function is finished processing.
To invoke the MATLAB function c1,c2= copy(o1,o2) from
the package copier asynchronously, use the following
code:
>>> import mutations >>> import matlab >>> myMutator = mutations.initialize() >>> m1 = matlab.double([1,2,3]) >>> m2 = matlab.double([10,20,30]) >>> m3 = matlab.double([100,200,300]) >>> resultFuture = myMutator.mutate(m1,m2,m3, async=True) >>> while !resultFuture.done(): ... time.sleep(1) ... >>> result = resultFuture.result()
You can cancel asynchronous requests using the cancel() method
of the Future object.