def test_times_generic(setup):
number = TEST_NUMBER
repeat = TEST_REPEAT
print("testing", repeat, "times", number, "calls of each implementation")
executionStack = {}
results = []
for func in TEST_THESE:
executionStack[func.__name__]\
= '(*values)'
for funcname, values in executionStack.items():
stmt = 'list(testrange.' + funcname + values + ')'
min_time = min(
timeit_repeat(stmt=stmt, setup=setup, number=number, repeat=repeat))
results.append((funcname, min_time * 1000))
print("%40s -- time consumption in milliseconds" % ("implementation"))
for result in sorted(results, key=lambda r: r[1]):
print("%40s -- %5.0f" % result)
def test_times_generic(setup):
number = TEST_NUMBER
repeat = TEST_REPEAT
print("testing", repeat, "times", number, "calls of each implementation")
executionStack = {}
results = []
for func in TEST_THESE:
executionStack[func.__name__]\
= '(*values)'
for funcname, values in executionStack.items():
stmt = 'list(testrange.' + funcname + values + ')'
min_time = min(
timeit_repeat(stmt=stmt, setup=setup, number=number,
repeat=repeat))
results.append((funcname, min_time * 1000))
print("%40s -- time consumption in milliseconds" % ("implementation"))
for result in sorted(results, key=lambda r: r[1]):
print("%40s -- %5.0f" % result)
def test_times():
number = 200000
repeat = 10
print("testing", repeat, "times", number, "calls of each implementation")
setup = ('import testradius;'
+ 'values=testradius.some_values();'
+ 'values_nparray=testradius.some_values_nparray();')
executionStack = {}
results = []
for func in TEST_THESE_ARRAY:
executionStack[func.__name__]\
= '(*values)'
for func in TEST_THESE_NPARRAY:
executionStack[func.__name__]\
= '(*values_nparray)'
#print("testing implementations:\n\t"+"\n\t".join(executionStack.keys()))
for funcname, values in executionStack.items():
stmt = 'testradius.' + funcname + values
min_time = min(
timeit_repeat(stmt=stmt, setup=setup, number=number, repeat=repeat))
results.append((funcname, min_time * 1000))
print("%26s -- time consumption in milliseconds" % ("implementation"))
for result in sorted(results, key=lambda r: r[1]):
print("%26s -- %5.0f" % result)
