def test_richards():
from pypy.translator.goal.richards import entry_point
entry_point = compile_function(entry_point, [int])
result, start, end = entry_point(1000)
assert result
assert end - start > 0 and end - start < 15.0
def test_rpystone():
from pypy.translator.test.rpystone import pystones as entry_point
entry_point = compile_function(entry_point, [int])
t, pystones = entry_point(50000)
assert 0 < t < 5
assert 100000 < pystones < 100000000
def test_richards():
from pypy.translator.goal.richards import entry_point
entry_point = compile_function(entry_point, [int])
result, start, end = entry_point(1000)
assert result
assert end - start > 0 and end - start < 15.0
def richards_main(iterations):
s = "Richards benchmark (RPython) starting...\n"
os.write(1, s)
result, startTime, endTime = richards.entry_point(iterations)
if not result:
os.write(2, "Incorrect results!\n")
return
os.write(1, "finished.\n")
total_s = endTime - startTime
avg = total_s * 1000 / iterations
os.write(1, "Total time for %d iterations: %f secs\n" %(iterations, total_s))
os.write(1, "Average time per iteration: %f ms\n" %(avg))
def richards_main(iterations):
s = "Richards benchmark (RPython) starting...\n"
os.write(1, s)
result, startTime, endTime = richards.entry_point(iterations)
if not result:
os.write(2, "Incorrect results!\n")
return
os.write(1, "finished.\n")
total_s = endTime - startTime
avg = total_s * 1000 / iterations
os.write(1,
"Total time for %d iterations: %f secs\n" % (iterations, total_s))
os.write(1, "Average time per iteration: %f ms\n" % (avg))
def test_rpystone():
from pypy.translator.test.rpystone import pystones as entry_point
entry_point = compile_function(entry_point, [int])
t, pystones = entry_point(50000)
assert 0 < t < 5
assert 100000 < pystones < 100000000
