def replace_func_flow(a, b):
first_job = simple_job(str(a + b))
second_job = simple_job(first_job.output)
flow = Flow(
[first_job, second_job],
{
"first": first_job.output,
"second": second_job.output
},
)
return Response(output=a + b, replace=flow)
def fibonacci(smaller, larger, stop_point=1000):
"""Calculate the next number in the Fibonacci sequence.
If the number is larger than stop_point, the job will stop the workflow
execution, otherwise, a new job will be submitted to calculate the next number.
"""
total = smaller + larger
if total > stop_point:
return total
new_job = fibonacci(larger, total, stop_point=stop_point)
return Response(output=total, addition=new_job)
def detour_func(a, b):
return Response(output=a + b, detour=simple_job(str(a + b)))
def addition_func(a, b):
return Response(output=a + b, addition=simple_job(str(a + b)))
def replace_and_detour_func(a, b):
return Response(output=a + b,
replace=simple_job(str(a + b)),
detour=simple_job("xyz"))
def detour_stop_func(a, b):
return Response(output=a + b, detour=stop_jobflow_job())
def stored_data_func(message):
return Response(output=message + "_end", stored_data={"a": "message"})
def stop_children_func():
return Response(output="1234", stop_children=True)
def stop_jobflow_func():
return Response(output="1234", stop_jobflow=True)
def replace_func(a, b):
return Response(output=a + b, replace=simple_job(str(a + b)))