def execute(self,
env: MasonEnvironment,
response: Response,
dry_run: bool = True) -> OperatorResponse:
try:
module = self.module(env)
if isinstance(module, OperatorDefinition):
if dry_run:
response.add_info(
f"Valid Operator: {self.namespace}:{self.command} with specified parameters."
)
return OperatorResponse(response)
else:
operator_response: OperatorResponse = module.run(
env, self.config, self.parameters, response)
else:
response.add_error(
f"Module does not contain a valid OperatorDefinition. See /examples for sample operator implementations. \nMessage: {module.reason}"
)
operator_response = OperatorResponse(response)
except ModuleNotFoundError as e:
response.add_error(f"Module Not Found: {e}")
operator_response = OperatorResponse(response)
return operator_response
def run(
self, env: MasonEnvironment, response: Response = Response()
) -> OperatorResponse:
scheduler = self.config.scheduler()
if isinstance(scheduler, SchedulerClient):
response.add_info(
f"Registering workflow dag {self.name} with {scheduler.client.name()}."
)
schedule_id, response, client_dag = scheduler.register_dag(
self.name, self.dag, self.schedule, response)
if not response.errored():
response.add_info(f"Registered schedule {schedule_id}")
# TODO: FIX
# if client_dag and output_path:
# with tempfile.NamedTemporaryFile("w", delete=False) as f:
# json = client_dag.to_json()
# response.add_info(f"Saving client dag to {output_path}")
# f.write(json)
# f.close()
# response = self.config.storage.client.save_to(f.name, output_path, response)
if self.schedule:
response.add_warning(
f"Triggering workflow off schedule: {self.schedule.definition}"
)
response.add_info(f"Triggering schedule: {schedule_id}")
response = scheduler.trigger_schedule(schedule_id, response, env)
else:
response.add_error("Scheduler client not defined")
return OperatorResponse(response)
def run(self, env: MasonEnvironment, config: Config, parameters: ValidatedParameters, response: Response) -> OperatorResponse:
database_name: str = parameters.get_required("database_name")
table_name: str = parameters.get_required("table_name")
# TODO: break this up into 2 calls between scheduler and metastore, remove trigger_schedule_for_table from engine definition, table may not be defined for scheduler
response = config.scheduler().trigger_schedule_for_table(table_name, database_name, response)
return OperatorResponse(response)
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
response: Response) -> OperatorResponse:
query_string = parameters.get_required("query_string")
database_name = parameters.get_required("database_name")
table_name = parameters.get_required("table_name")
output_path = parameters.get_optional("output_path")
# TODO?: Sanitize the query string
query = query_string
final: Union[ExecutedJob, InvalidJob]
table, response = config.metastore().get_table(database_name,
table_name)
if output_path and isinstance(config.storage(), StorageClient):
outp: Optional[Path] = config.storage().path(output_path)
else:
outp = None
if isinstance(table, Table):
response.add_info(f"Running Query \"{query}\"")
job = QueryJob(query_string, table, outp)
final, response = config.execution().run_job(job, response)
else:
final = InvalidJob(table.message())
return OperatorResponse(response, final)
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
response: Response) -> OperatorResponse:
schedule_name: str = parameters.get_required("schedule_name")
response = config.scheduler().delete_schedule(schedule_name, response)
return OperatorResponse(response)
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
response: Response) -> OperatorResponse:
database_name: str = parameters.get_required("database_name")
tables, response = config.metastore().list_tables(
database_name, response)
tb = compute(tables)
return OperatorResponse(response, tb)
def dry_run(
self, env: MasonEnvironment, response: Response = Response()
) -> OperatorResponse:
response.add_info(f"Performing Dry Run for Workflow")
response.add_info("")
response.add_info(f"Valid Workflow DAG Definition:")
response.add_info(f"-" * 80)
response.add_info(f"\n{self.dag.display()}")
response.add_info("Finished")
for r in list(map(lambda s: s.reason, self.dag.invalid_steps)):
response.add_warning(r)
return OperatorResponse(response)
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
response: Response) -> OperatorResponse:
SUPPORTED_SCHEMAS = {"parquet", "csv", "json", "jsonl"}
input_path = parameters.get_required("input_path")
output_path = parameters.get_required("output_path")
parse_headers = parameters.get_optional("parse_headers")
table, response = config.storage().infer_table(
input_path, "input_table", {"read_headers": parse_headers},
response)
final: Union[ExecutedJob, InvalidJob]
if isinstance(table, Table):
final = InvalidJob(
"No conflicting schemas found. Merge Unecessary")
else:
conflicting_table = table.conflicting_table()
if conflicting_table:
schemas = conflicting_table.schema_conflict.unique_schemas
schema_types: Set[str] = set(
map(lambda schema: schema.type, schemas))
job = MergeJob(config.storage().path(input_path),
config.storage().path(output_path),
next(iter(schema_types)))
if len(schemas) > 0 and schema_types.issubset(
SUPPORTED_SCHEMAS):
if len(schema_types) == 1:
executed, response = config.execution().run_job(
job, response)
if isinstance(executed, ExecutedJob):
final = job.running()
else:
final = InvalidJob(
f"Job {job.id} errored: {executed.reason}")
else:
final = InvalidJob(
"Mixed schemas not supported at this time.")
else:
final = InvalidJob(
f"Unsupported schemas for merge operator: {', '.join(list(schema_types.difference(SUPPORTED_SCHEMAS)))}"
)
else:
final = InvalidJob(
f"No conflicting schemas found at {input_path}. Merge unecessary. Invalid Schemas {table.message()}"
)
return OperatorResponse(response, final)
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
resp: Response) -> OperatorResponse:
database_name: str = parameters.get_required("database_name")
table_name: str = parameters.get_required("table_name")
read_headers: bool = isinstance(
parameters.get_optional("read_headers"), str)
table, response = config.metastore().get_table(
database_name,
table_name,
options={"read_headers": read_headers},
response=resp)
oR = OperatorResponse(response, table)
return oR
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
response: Response) -> OperatorResponse:
table_name: str = parameters.get_required("table_name")
database_name: str = parameters.get_required("database_name")
output_path: str = parameters.get_required("output_path")
format: str = parameters.get_required("format")
sample_size: str = parameters.get_optional("sample_size") or "3"
partition_columns: Optional[str] = parameters.get_optional(
"partition_columns")
filter_columns: Optional[str] = parameters.get_optional(
"filter_columns")
partitions: Optional[str] = parameters.get_optional("partitions")
outp = config.storage().path(output_path)
table, response = config.metastore().get_table(
database_name,
table_name,
options={"sample_size": sample_size},
response=response)
credentials = config.metastore().credentials()
if isinstance(credentials, MetastoreCredentials):
if isinstance(table, Table):
job = FormatJob(table, outp, format, partition_columns,
filter_columns, partitions, credentials)
executed, response = config.execution().run_job(job, response)
else:
message = f"Table not found: {table_name}, {database_name}. Messages: {table.message()}"
executed = InvalidJob(message)
else:
message = f"Invalid Metastore Credentials: {credentials.reason}"
executed = InvalidJob(message)
return OperatorResponse(response, executed)
def run(
self, env: MasonEnvironment, response: Response = Response()
) -> OperatorResponse:
response.add_error(f"Invalid Operator. Reason: {self.reason}")
response.set_status(400)
return OperatorResponse(response)
def dry_run(
self, env: MasonEnvironment, response: Response = Response()
) -> OperatorResponse:
response.add_error("Invalid Resource: " + self.reason)
response.set_status(400)
return OperatorResponse(response)
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
response: Response) -> OperatorResponse:
response.add_info("Running operator2")
return OperatorResponse(response)
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
response: Response) -> OperatorResponse:
return OperatorResponse(response)
def run(self, env: MasonEnvironment, config: Config, parameters: ValidatedParameters, response: Response) -> OperatorResponse:
job_id: str = parameters.get_required("job_id")
execution = config.execution()
job, response = config.execution().get_job(job_id, response)
return OperatorResponse(response, job)
def run(self, env: MasonEnvironment, config: Config,
parameters: ValidatedParameters,
response: Response) -> OperatorResponse:
table = Table("test_table", EmptySchema())
response.add_info("Running operator1")
return OperatorResponse(response, table)
