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symbian-qemu-0.9.1-12/python-2.6.1/Tools/pybench/Arithmetic.py
author Mike Kinghan <mikek@symbian.org>
Wed, 04 Aug 2010 15:41:26 +0100
branchGCC_SURGE
changeset 95 285922d13199
parent 1 2fb8b9db1c86
permissions -rw-r--r--
Correction for the fix for Bug 3508 - Persistent storage support breaks Linux compatibility. A 2nd `make install' will fail attempting to create symlink libnvmemmory.so already created by 1st install. Install should pre-emptively delete it.

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
MCL/sf/adapt/qemu