cloud = run.H2OCloud(cloud_num=0,
use_client=False,
nodes_per_cloud=1,
h2o_jar=os.path.abspath(h2o_jarfile),
base_port=48000,
xmx="4g",
cp="",
output_dir=results_dir,
test_ssl=False,
ldap_config_path=None)
cloud.start()
cloud.wait_for_cloud_to_be_up()
# Manipulate the command line arguments, so that bindings module would know which cloud to use
sys.argv.insert(1, "--usecloud")
sys.argv.insert(2, "%s:%s" % (cloud.get_ip(), cloud.get_port()))
# Actually generate all the bindings
print()
gen_R.main()
gen_python.main()
gen_docs_json.main()
gen_thrift.main()
gen_csharp.main()
gen_java.main()
bindings.done()
print()
# The END
cloud.stop()
print("Starting H2O cloud...")
cloud = run.H2OCloud(
cloud_num=0,
use_client=False,
nodes_per_cloud=1,
h2o_jar=os.path.abspath("../../build/h2o.jar"),
base_port=48000,
xmx="4g",
cp="",
output_dir=results_dir
)
cloud.start()
cloud.wait_for_cloud_to_be_up()
# Manipulate the command line arguments, so that bindings module would know which cloud to use
sys.argv.insert(1, "--usecloud")
sys.argv.insert(2, "%s:%s" % (cloud.get_ip(), cloud.get_port()))
# Actually generate all the bindings
print()
gen_java.main()
gen_python.main()
gen_docs_json.main()
gen_thrift.main()
gen_csharp.main()
bindings.done()
print()
# The END
cloud.stop()