def calljava(opclass, args, **kwargs):
""" Should do whatever "create" is defined as in java code. It is assumed
that the java implementation main function accepts an Operation class
name and a varargs list
"""
proxy_server = HTTPCtxProxy(ctx._get_current_object())
try:
jarpath = os.path.dirname(os.path.abspath(__file__)) + "/plugin.jar"
# below will fail on windows
res = subprocess.call(
["java", "-jar", jarpath,
str(proxy_server.port), opclass] + args)
if res != 0:
raise NonRecoverableError(
"operation {} execution failed".format(opclass))
finally:
proxy_server.close()
def start_ctx_proxy(ctx, process):
ctx_proxy_type = process.get('ctx_proxy_type')
if not ctx_proxy_type or ctx_proxy_type in ('auto', 'http'):
return HTTPCtxProxy(ctx)
elif ctx_proxy_type == 'none':
return StubCtxProxy()
else:
raise NonRecoverableError(
'Unsupported proxy type: {0}'.format(ctx_proxy_type))
def callgo(func, args, **kwargs):
""" Should do whatever "create" is defined as in go code. It is assumed
that the go implementation main function accepts a funcion name and
a varargs list
"""
install()
proxy_server = HTTPCtxProxy(ctx._get_current_object())
try:
exepath = ctx.instance.runtime_properties['plugin_path']
# below will fail on windows
res = subprocess.call(
[exepath, str(proxy_server.port), func,
json.dumps(args)])
if res != 0:
raise NonRecoverableError("func {} execution faild".format(func))
finally:
proxy_server.close()
def start_ctx_proxy(ctx, process):
ctx_proxy_type = process.get('ctx_proxy_type')
if not ctx_proxy_type or ctx_proxy_type == 'auto':
if HAS_ZMQ:
if IS_WINDOWS:
return TCPCtxProxy(ctx)
else:
return UnixCtxProxy(ctx)
else:
return HTTPCtxProxy(ctx)
elif ctx_proxy_type == 'unix':
return UnixCtxProxy(ctx)
elif ctx_proxy_type == 'tcp':
return TCPCtxProxy(ctx)
elif ctx_proxy_type == 'http':
return HTTPCtxProxy(ctx)
elif ctx_proxy_type == 'none':
return StubCtxProxy()
else:
raise NonRecoverableError(
'Unsupported proxy type: {0}'.format(ctx_proxy_type))