def __init__(self, ip_address="127.0.0.1", port=2113):
self._base_url = "http://" + ip_address + ":" + str(port)
self._headers = {
"content-type": "application/json",
"accept": "application/json",
"extensions": "json"
}
self._tornado_http_sender = TornadoHttpSender()
def __init__(self, ip_address="127.0.0.1", port = 2113):
self._base_url = "http://"+ip_address+":"+str(port)
self._headers = {"content-type" : "application/json", "accept" : "application/json", "extensions" : "json"}
self._tornado_http_sender = TornadoHttpSender()
class Projections:
def __init__(self, ip_address="127.0.0.1", port = 2113):
self._base_url = "http://"+ip_address+":"+str(port)
self._headers = {"content-type" : "application/json", "accept" : "application/json", "extensions" : "json"}
self._tornado_http_sender = TornadoHttpSender()
def resume(self):
IOLoop.instance().stop()
def wait(self):
IOLoop.instance().start()
def _sync_success(self, response):
self.resume()
response = SyncResponse(True, response)
return response
def _sync_failed(self, response):
self.resume()
response = SyncResponse(False, response)
return response
def enable(self, name):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_enable_async(name, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_enable_async(self,name, on_success, on_failed):
Ensure.is_not_empty_string(name, "name")
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projection/{1}/command/enable".format(self._base_url, name)
self._tornado_http_sender.send_async(url, "POST", self._headers, None,
lambda s: self._on_enable(s, on_success, on_failed))
def _on_enable(self, response, on_success, on_failed):
if response.code == 201:
on_success(response)
return
on_failed(response)
def disable(self, name):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_disable_async(name, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_disable_async(self, name, on_success, on_failed):
Ensure.is_not_empty_string(name, "name")
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projection/{1}/command/disable".format(self._base_url, name)
self._tornado_http_sender.send_async(url, "POST", self._headers, None,
lambda s: self._on_disable(s, on_success, on_failed))
def _on_disable(self, response, on_success, on_failed):
if response.code == 201:
on_success(response)
return
on_failed(response)
def get_projections(self):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_get_projections_async(on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_get_projections_async(self, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projections".format(self._base_url)
self._tornado_http_sender.send_async(url, "GET", self._headers, None,
lambda s: self._on_get_projections(s, on_success, on_failed))
def _on_get_projections(self, response, on_success, on_failed):
if response.code == 200:
on_success(json.loads(response.message))
return
on_failed(response)
def get_any(self):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_get_any_async(on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_get_any_async(self, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projections/any".format(self._base_url)
self._tornado_http_sender.send_async(url, "GET", self._headers, None,
lambda s: self._on_get_any(s, on_success, on_failed))
def _on_get_any(self, response, on_success, on_failed):
if response.code == 200:
on_success(json.loads(response.message))
return
on_failed(response)
def get_one_time(self):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_get_one_time_async(on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_get_one_time_async(self, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projections/onetime".format(self._base_url)
self._tornado_http_sender.send_async(url, "GET", self._headers, None,
lambda s: self._on_get_one_time(s, on_success, on_failed))
def _on_get_one_time(self, response, on_success, on_failed):
if response.code == 200:
on_success(response.message)
return
on_failed(response)
def post_one_time(self, query, name=None, type=None, enabled=None, emit=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_post_one_time_async(name, query, type, enabled, emit, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_post_one_time_async(self, name, query, type, enabled, emit, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = Url("{0}/projections/onetime".format(self._base_url)).param("name", name).param("type", type).param("enabled", enabled).param("emit", emit).get_url()
self._tornado_http_sender.send_async(url, "POST", self._headers, query,
lambda s: self._on_post_one_time(s, on_success, on_failed))
def _on_post_one_time(self, response, on_success, on_failed):
if response.code == 201:
on_success(response.message)
return
on_failed(response)
def get_continuous(self):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_get_contionuous_async(on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_get_contionuous_async(self, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projections/continuous".format(self._base_url)
self._tornado_http_sender.send_async(url, "GET", self._headers, None,
lambda s: self._on_get_continuous(s, on_success, on_failed))
def _on_get_continuous(self, response, on_success, on_failed):
if response.code == 200:
on_success(response)
return
on_failed(response)
def post_continuous(self, query, name=None, type=None, enabled=None, emit=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_post_contionuous_async(name, query, type, enabled, emit, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_post_contionuous_async(self, name, query, type, enabled, emit, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = Url("{0}/projections/continuous".format(self._base_url)).param("name", name).param("type", type).param("enabled", enabled).param("emit", emit).get_url()
self._tornado_http_sender.send_async(url, "POST", None, query,
lambda s: self._on_post_continuous(s, on_success, on_failed))
def _on_post_continuous(self, response, on_success, on_failed):
if response.code == 201:
on_success(response)
return
on_failed(response)
def query_get(self, name = None, config = True):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_query_get_async(name, config, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_query_get_async(self, name, config, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
Ensure.is_string(name, "name")
url = Url("{0}/projection/{1}/query".format(self._base_url, name)).param("config", config).get_url()
self._tornado_http_sender.send_async(url, "GET", self._headers, None,
lambda s: self._on_query_get(s, on_success, on_failed))
def _on_query_get(self, response, on_success, on_failed):
if response.code == 200:
on_success(json.loads(response))
return
on_failed(response)
def query_put(self, name, query, type = None, emit = None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_query_put_async(name, query, type, emit, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_query_put_async(self,name, query, type, emit, on_success, on_failed):
Ensure.is_not_empty_string(name, "name")
Ensure.is_not_empty_string(query, "query")
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = Url("{0}/projection/{1}/query".format(self._base_url, name)).param("type", type).param("emit", emit).get_url()
self._tornado_http_sender.send_async(url, "POST", self._headers, query,
lambda s: self._on_query_put(s, on_success, on_failed))
def _on_query_put(self, response, on_success, on_failed):
if response.code == 201:
on_success(response)
return
on_failed(response)
def status_get(self, name):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_status_get_async(name, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_status_get_async(self, name, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
Ensure.is_string(name, "name")
url = "{0}/projection/{1}".format(self._base_url, name)
self._tornado_http_sender.send_async(url, "GET", self._headers, None,
lambda s: self._on_status_get(s, on_success, on_failed))
def _on_status_get(self, response, on_success, on_failed):
if response.code == 200:
on_success(response)
return
on_failed(response)
def delete(self, name, deleteStateStream=None, deleteCheckpointStream=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_delete_async(name,deleteStateStream, deleteCheckpointStream, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_delete_async(self, name, deleteStateStream, deleteCheckpointStream, on_success, on_failed):
Ensure.is_not_empty_string(name, "name")
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = Url("{0}/projection/{1}".format(self._base_url, name)).param("deleteStateStream", deleteStateStream).param("deleteCheckpointStream", deleteCheckpointStream).get_url()
self._tornado_http_sender.send_async(url, "DELETE", self._headers, None,
lambda s: self._on_delete(s, on_success, on_failed))
def _on_delete(self, response, on_success, on_failed):
if response.code == 204:
on_success(response)
return
on_failed(response)
def statistics_get(self, name):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_statistics_get_async(name, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_statistics_get_async(self, name, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
Ensure.is_string(name, "name")
url = "{0}/projection/{1}/statistics".format(self._base_url, name)
self._tornado_http_sender.send_async(url, "GET", self._headers, None,
lambda s: self._on_statistics_get(s, on_success, on_failed))
def _on_statistics_get(self, response, on_success, on_failed):
if response.code == 200:
on_success(response)
return
on_failed(response)
def state_get(self, name, partition=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_state_get_async(name, partition, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_state_get_async(self, name, partition, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
Ensure.is_string(name, "name")
url = Url("{0}/projection/{1}/state".format(self._base_url, name)).param("partition", partition).get_url()
self._tornado_http_sender.send_async(url, "GET", self._headers, None,
lambda s: self._on_state_get(s, on_success, on_failed))
def _on_state_get(self, response, on_success, on_failed):
if response.code == 200:
on_success(response)
return
on_failed(response)
class Projections:
def __init__(self, ip_address="127.0.0.1", port=2113):
self._base_url = "http://" + ip_address + ":" + str(port)
self._headers = {
"content-type": "application/json",
"accept": "application/json",
"extensions": "json"
}
self._tornado_http_sender = TornadoHttpSender()
def resume(self):
IOLoop.instance().stop()
def wait(self):
IOLoop.instance().start()
def _sync_success(self, response):
self.resume()
response = SyncResponse(True, response)
return response
def _sync_failed(self, response):
self.resume()
response = SyncResponse(False, response)
return response
def enable(self, name):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_enable_async(name, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_enable_async(self, name, on_success, on_failed):
Ensure.is_not_empty_string(name, "name")
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projection/{1}/command/enable".format(self._base_url, name)
self._tornado_http_sender.send_async(
url, "POST", self._headers, None,
lambda s: self._on_enable(s, on_success, on_failed))
def _on_enable(self, response, on_success, on_failed):
if response.code == 201:
on_success(response)
return
on_failed(response)
def disable(self, name):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_disable_async(name, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_disable_async(self, name, on_success, on_failed):
Ensure.is_not_empty_string(name, "name")
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projection/{1}/command/disable".format(self._base_url, name)
self._tornado_http_sender.send_async(
url, "POST", self._headers, None,
lambda s: self._on_disable(s, on_success, on_failed))
def _on_disable(self, response, on_success, on_failed):
if response.code == 201:
on_success(response)
return
on_failed(response)
def get_projections(self):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_get_projections_async(on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_get_projections_async(self, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projections".format(self._base_url)
self._tornado_http_sender.send_async(
url, "GET", self._headers, None,
lambda s: self._on_get_projections(s, on_success, on_failed))
def _on_get_projections(self, response, on_success, on_failed):
if response.code == 200:
on_success(json.loads(response.message))
return
on_failed(response)
def get_any(self):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_get_any_async(on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_get_any_async(self, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projections/any".format(self._base_url)
self._tornado_http_sender.send_async(
url, "GET", self._headers, None,
lambda s: self._on_get_any(s, on_success, on_failed))
def _on_get_any(self, response, on_success, on_failed):
if response.code == 200:
on_success(json.loads(response.message))
return
on_failed(response)
def get_one_time(self):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_get_one_time_async(on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_get_one_time_async(self, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projections/onetime".format(self._base_url)
self._tornado_http_sender.send_async(
url, "GET", self._headers, None,
lambda s: self._on_get_one_time(s, on_success, on_failed))
def _on_get_one_time(self, response, on_success, on_failed):
if response.code == 200:
on_success(response.message)
return
on_failed(response)
def post_one_time(self,
query,
name=None,
type=None,
enabled=None,
emit=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_post_one_time_async(name, query, type, enabled, emit,
on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_post_one_time_async(self, name, query, type, enabled, emit,
on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = Url("{0}/projections/onetime".format(self._base_url)).param(
"name", name).param("type",
type).param("enabled",
enabled).param("emit",
emit).get_url()
self._tornado_http_sender.send_async(
url, "POST", self._headers, query,
lambda s: self._on_post_one_time(s, on_success, on_failed))
def _on_post_one_time(self, response, on_success, on_failed):
if response.code == 201:
on_success(response.message)
return
on_failed(response)
def get_continuous(self):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_get_contionuous_async(on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_get_contionuous_async(self, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = "{0}/projections/continuous".format(self._base_url)
self._tornado_http_sender.send_async(
url, "GET", self._headers, None,
lambda s: self._on_get_continuous(s, on_success, on_failed))
def _on_get_continuous(self, response, on_success, on_failed):
if response.code == 200:
on_success(response)
return
on_failed(response)
def post_continuous(self,
query,
name=None,
type=None,
enabled=None,
emit=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_post_contionuous_async(name, query, type, enabled, emit,
on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_post_contionuous_async(self, name, query, type, enabled, emit,
on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = Url("{0}/projections/continuous".format(self._base_url)).param(
"name", name).param("type",
type).param("enabled",
enabled).param("emit",
emit).get_url()
self._tornado_http_sender.send_async(
url, "POST", None, query,
lambda s: self._on_post_continuous(s, on_success, on_failed))
def _on_post_continuous(self, response, on_success, on_failed):
if response.code == 201:
on_success(response)
return
on_failed(response)
def query_get(self, name=None, config=True):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_query_get_async(name, config, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_query_get_async(self, name, config, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
Ensure.is_string(name, "name")
url = Url("{0}/projection/{1}/query".format(
self._base_url, name)).param("config", config).get_url()
self._tornado_http_sender.send_async(
url, "GET", self._headers, None,
lambda s: self._on_query_get(s, on_success, on_failed))
def _on_query_get(self, response, on_success, on_failed):
if response.code == 200:
on_success(json.loads(response))
return
on_failed(response)
def query_put(self, name, query, type=None, emit=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_query_put_async(name, query, type, emit, on_success,
on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_query_put_async(self, name, query, type, emit, on_success,
on_failed):
Ensure.is_not_empty_string(name, "name")
Ensure.is_not_empty_string(query, "query")
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = Url("{0}/projection/{1}/query".format(
self._base_url, name)).param("type", type).param("emit",
emit).get_url()
self._tornado_http_sender.send_async(
url, "POST", self._headers, query,
lambda s: self._on_query_put(s, on_success, on_failed))
def _on_query_put(self, response, on_success, on_failed):
if response.code == 201:
on_success(response)
return
on_failed(response)
def status_get(self, name):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_status_get_async(name, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_status_get_async(self, name, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
Ensure.is_string(name, "name")
url = "{0}/projection/{1}".format(self._base_url, name)
self._tornado_http_sender.send_async(
url, "GET", self._headers, None,
lambda s: self._on_status_get(s, on_success, on_failed))
def _on_status_get(self, response, on_success, on_failed):
if response.code == 200:
on_success(response)
return
on_failed(response)
def delete(self,
name,
deleteStateStream=None,
deleteCheckpointStream=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_delete_async(name, deleteStateStream,
deleteCheckpointStream, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_delete_async(self, name, deleteStateStream,
deleteCheckpointStream, on_success, on_failed):
Ensure.is_not_empty_string(name, "name")
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
url = Url("{0}/projection/{1}".format(self._base_url, name)).param(
"deleteStateStream",
deleteStateStream).param("deleteCheckpointStream",
deleteCheckpointStream).get_url()
self._tornado_http_sender.send_async(
url, "DELETE", self._headers, None,
lambda s: self._on_delete(s, on_success, on_failed))
def _on_delete(self, response, on_success, on_failed):
if response.code == 204:
on_success(response)
return
on_failed(response)
def statistics_get(self, name):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_statistics_get_async(name, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_statistics_get_async(self, name, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
Ensure.is_string(name, "name")
url = "{0}/projection/{1}/statistics".format(self._base_url, name)
self._tornado_http_sender.send_async(
url, "GET", self._headers, None,
lambda s: self._on_statistics_get(s, on_success, on_failed))
def _on_statistics_get(self, response, on_success, on_failed):
if response.code == 200:
on_success(response)
return
on_failed(response)
def state_get(self, name, partition=None):
queue = deque()
on_success = lambda x: queue.append(self._sync_success(x))
on_failed = lambda x: queue.append(self._sync_failed(x))
self._start_state_get_async(name, partition, on_success, on_failed)
self.wait()
result = queue.popleft()
if result.success:
return result.response
else:
raise result.response
def _start_state_get_async(self, name, partition, on_success, on_failed):
Ensure.is_function(on_success, "on_success")
Ensure.is_function(on_failed, "on_failed")
Ensure.is_string(name, "name")
url = Url("{0}/projection/{1}/state".format(
self._base_url, name)).param("partition", partition).get_url()
self._tornado_http_sender.send_async(
url, "GET", self._headers, None,
lambda s: self._on_state_get(s, on_success, on_failed))
def _on_state_get(self, response, on_success, on_failed):
if response.code == 200:
on_success(response)
return
on_failed(response)