Showing content from http://svn.python.org/projects/python/branches/tk_and_idle_maintenance/Tools/pybench/Arithmetic.py below:
from pybench import Test class SimpleIntegerArithmetic(Test): version = 2.0 operations = 5 * (3 + 5 + 5 + 3 + 3 + 3) rounds = 120000 def test(self): for i in xrange(self.rounds): a = 2 b = 3 c = 3 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 b = 3 c = 3 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 b = 3 c = 3 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 b = 3 c = 3 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 b = 3 c = 3 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b def calibrate(self): for i in xrange(self.rounds): pass class SimpleFloatArithmetic(Test): version = 2.0 operations = 5 * (3 + 5 + 5 + 3 + 3 + 3) rounds = 120000 def test(self): for i in xrange(self.rounds): a = 2.1 b = 3.3332 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2.1 b = 3.3332 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2.1 b = 3.3332 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2.1 b = 3.3332 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2.1 b = 3.3332 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b def calibrate(self): for i in xrange(self.rounds): pass class SimpleIntFloatArithmetic(Test): version = 2.0 operations = 5 * (3 + 5 + 5 + 3 + 3 + 3) rounds = 120000 def test(self): for i in xrange(self.rounds): a = 2 b = 3 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 b = 3 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 b = 3 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 b = 3 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 b = 3 c = 3.14159 c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b def calibrate(self): for i in xrange(self.rounds): pass class SimpleLongArithmetic(Test): version = 2.0 operations = 5 * (3 + 5 + 5 + 3 + 3 + 3) rounds = 60000 def test(self): for i in xrange(self.rounds): a = 2220001L b = 100001L c = 30005L c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2220001L b = 100001L c = 30005L c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2220001L b = 100001L c = 30005L c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2220001L b = 100001L c = 30005L c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2220001L b = 100001L c = 30005L c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b def calibrate(self): for i in xrange(self.rounds): pass class SimpleComplexArithmetic(Test): version = 2.0 operations = 5 * (3 + 5 + 5 + 3 + 3 + 3) rounds = 80000 def test(self): for i in xrange(self.rounds): a = 2 + 3j b = 2.5 + 4.5j c = 1.2 + 6.2j c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 + 3j b = 2.5 + 4.5j c = 1.2 + 6.2j c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 + 3j b = 2.5 + 4.5j c = 1.2 + 6.2j c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 + 3j b = 2.5 + 4.5j c = 1.2 + 6.2j c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b a = 2 + 3j b = 2.5 + 4.5j c = 1.2 + 6.2j c = a + b c = b + c c = c + a c = a + b c = b + c c = c - a c = a - b c = b - c c = c - a c = b - c c = a / b c = b / a c = c / b c = a * b c = b * a c = c * b c = a / b c = b / a c = c / b def calibrate(self): for i in xrange(self.rounds): pass
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