def test_read_write_graph():
x = theano.tensor.matrix('x', dtype='float32')
y = theano.tensor.matrix('y', dtype='float32')
z = x + y
fname = testdir + "test_read_write_fgraph"
write_graph(((x, y), (z, )), fname)
fgraph = theano.FunctionGraph((x, y), (z, ))
fgraph2 = read_graph(fname)
assert str(fgraph) == str(fgraph2)
assert isinstance(fgraph2, theano.FunctionGraph)
def test_read_write_graph():
x = theano.tensor.matrix('x', dtype='float32')
y = theano.tensor.matrix('y', dtype='float32')
z = x + y
fname = testdir + "test_read_write_fgraph"
write_graph(((x,y), (z,)), fname)
fgraph = theano.FunctionGraph((x,y), (z,))
fgraph2 = read_graph(fname)
assert str(fgraph) == str(fgraph2)
assert isinstance(fgraph2, theano.FunctionGraph)
def test_make_scheduler():
fgraph = read_graph(ape_dir + 'ape/codegen/tests/test.fgraph')
sched = read_sched(ape_dir + 'ape/codegen/tests/test.sched')
sched_cmp = sched_to_cmp(sched)
scheduler = make_scheduler(sched_cmp)
nodes = scheduler(fgraph)
nodestrings = map(str, nodes)
print set(sched) - set(nodestrings)
assert set(sched).issubset(set(nodestrings))
indices = map(lambda line: nodestrings.index(line), sched)
assert sorted(indices) == indices
def test_make_scheduler():
fgraph = read_graph(ape_dir+'ape/codegen/tests/test.fgraph')
sched = read_sched(ape_dir+'ape/codegen/tests/test.sched')
sched_cmp = sched_to_cmp(sched)
scheduler = make_scheduler(sched_cmp)
nodes = scheduler(fgraph)
nodestrings = map(str, nodes)
print set(sched) - set(nodestrings)
assert set(sched).issubset(set(nodestrings))
indices = map(lambda line: nodestrings.index(line), sched)
assert sorted(indices) == indices
