def test_load_save_protocols(self):
a_val = int64(10)
b_val = int64(20)
c_val = float64(30.0)
#
n = Node()
n['a'] = a_val
n['b'] = b_val
n['c'] = c_val
self.assertTrue(n['a'] == a_val)
self.assertTrue(n['b'] == b_val)
self.assertTrue(n['c'] == c_val)
protos = ["conduit_bin",
"json",
"conduit_json",
"conduit_base64_json"]
# only test hdf5 if relay was built with hdf5 support
if relay.about()["io/protocols/hdf5"] == "enabled":
protos.append("hdf5")
for proto in protos:
print("testing protocol: ", proto)
ftest = "tout_python_relay_io_save_load_proto." + proto
relay.io.save(n,ftest)
# now load the value
n_load = Node()
relay.io.load(n_load,ftest)
self.assertTrue(n_load['a'] == a_val)
self.assertTrue(n_load['b'] == b_val)
self.assertTrue(n_load['c'] == c_val)
# only test silo if relay was built with hdf5 support
if relay.about()["io/protocols/conduit_silo"] == "enabled":
# silo needs a subpath
print("testing protocol: silo")
ftest = "tout_python_relay_io_save_load_proto.silo:obj"
relay.io.save(n,ftest)
# now load the value
n_load = Node()
relay.io.load(n_load,ftest)
self.assertTrue(n_load['a'] == a_val)
self.assertTrue(n_load['b'] == b_val)
self.assertTrue(n_load['c'] == c_val)
def test_load_save_protocols(self):
a_val = int64(10)
b_val = int64(20)
c_val = float64(30.0)
#
n = Node()
n['a'] = a_val
n['b'] = b_val
n['c'] = c_val
self.assertTrue(n['a'] == a_val)
self.assertTrue(n['b'] == b_val)
self.assertTrue(n['c'] == c_val)
protos = ["conduit_bin",
"json",
"conduit_json",
"conduit_base64_json"]
# only test hdf5 if relay was built with hdf5 support
if relay.about()["io/protocols/hdf5"] == "enabled":
protos.append("hdf5")
for proto in protos:
print("testing protocol: ", proto)
ftest = "tout_python_relay_io_save_load_proto." + proto
relay.io.save(n,ftest)
# now load the value
n_load = Node()
relay.io.load(n_load,ftest)
self.assertTrue(n_load['a'] == a_val)
self.assertTrue(n_load['b'] == b_val)
self.assertTrue(n_load['c'] == c_val)
# only test silo if relay was built with hdf5 support
if relay.about()["io/protocols/conduit_silo"] == "enabled":
# silo needs a subpath
print("testing protocol: silo")
ftest = "tout_python_relay_io_save_load_proto.silo:obj"
relay.io.save(n,ftest)
# now load the value
n_load = Node()
relay.io.load(n_load,ftest)
self.assertTrue(n_load['a'] == a_val)
self.assertTrue(n_load['b'] == b_val)
self.assertTrue(n_load['c'] == c_val)
def test_hdf5_generic_save_opts(self):
# only run if we have hdf5
if not relay.about()["io/protocols/hdf5"] == "enabled":
return
# 5k float64 zeros, will compress well, but below default
# thresh
n = Node()
opts = Node()
opts["hdf5/chunking/threshold"] = 2000
opts["hdf5/chunking/chunk_size"] = 2000
# hdf5 requires object at top level ...
n['value'].set(DataType.float64(5000))
tout_std = "tout_python_relay_io_hdf5_generic_std.hdf5"
tout_cmp = "tout_python_relay_io_hdf5_generic_cmp.hdf5"
relay.io.save(n, tout_std)
relay.io.save(n, tout_cmp, options=opts)
tout_std_fs = os.path.getsize(tout_std)
tout_std_cmp = os.path.getsize(tout_cmp)
self.assertTrue(os.path.isfile(tout_std))
self.assertTrue(os.path.isfile(tout_cmp))
print("fs compare: std = ", tout_std_fs, " cmp = ", tout_std_cmp)
self.assertTrue(tout_std_cmp < tout_std_fs)
def test_about(self):
print(relay.about())
def test_about(self):
print(relay.about())
