def execute(_event=None, _context=None):
"""
Encapsulation of _event-running code, with access to collectors and other variables in main() scope. Used
for both single-run and stream modes.
:param _event: A valid Lambda _event object.
:return: Void.
"""
# Invoke the lambda
# TODO consider refactoring to pass stats through function
result, exec_clock = invoke_lambda(lfunc, _event, _context, args.timeout, args.role)
# Get process peak RSS memory after execution
exec_rss = get_memory_usage() - pre_rss
# Store statistics
stats['clock'].append(exec_clock)
stats['rss'].append(exec_rss)
# Render the result
render_result(args.verbose, args.lambdapath, result, exec_clock, exec_rss)
def execute(_event=None, _context=None):
"""
Encapsulation of _event-running code, with access to collectors and other variables in main() scope. Used
for both single-run and stream modes.
:param _event: A valid Lambda _event object.
:return: Void.
"""
# Invoke the lambda
# TODO consider refactoring to pass stats through function
result, exec_clock = invoke_lambda(lfunc, _event, _context, args.timeout)
# Get process peak RSS memory after execution
exec_rss = resource.getrusage(resource.RUSAGE_SELF).ru_maxrss - pre_rss
# Store statistics
stats['clock'].append(exec_clock)
stats['rss'].append(exec_rss)
# Render the result
render_result(args.verbose, args.lambdapath, result, exec_clock, exec_rss)