def create_datastore(sync_job, task_metadata, task_status):
name = store_name(sync_job)
try:
d_gs = gs.get_store(name)
except:
d_gs = gs.create_datastore(name, sync_job["workspace"])
d_gs.connection_parameters = dict(GEOSERVER_PGSQL_CONNECTION_DEFAULTS)
d_gs.connection_parameters.update(
{"schema": sync_job["schema"], "namespace": GEOSERVER_WORKSPACE_NAMESPACE.format(sync_job["workspace"])}
)
gs.save(d_gs)
d_gs = gs.get_store(name)
if not d_gs:
raise Exception("Create data store for workspace({0}) in geoserver failed.".format(sync_job["workspace"]))
def create_datastore(sync_job, task_metadata, task_status):
name = store_name(sync_job)
try:
d_gs = gs.get_store(name)
except:
d_gs = gs.create_datastore(name, sync_job["workspace"])
d_gs.connection_parameters = dict(GEOSERVER_PGSQL_CONNECTION_DEFAULTS)
for k in d_gs.connection_parameters.iterkeys():
if k in sync_job:
d_gs.connection_parameters[k] = str(sync_job[k])
d_gs.connection_parameters["namespace"] = GEOSERVER_WORKSPACE_NAMESPACE.format(sync_job["workspace"])
if "geoserver_setting" in sync_job:
for k, v in sync_job["geoserver_setting"].iteritems():
d_gs.connection_parameters[k] = str(v)
gs.save(d_gs)
d_gs = gs.get_store(name)
if not d_gs:
raise Exception("Create data store for workspace({0}) in geoserver failed.".format(sync_job["workspace"]))