Skip to content

R
riscv-gcc-1
Commit 12d03f66 by Anthony Green Committed by Anthony Green
Options

* libjava.compile/OperatorBenchmark.java: New file. 

From-SVN: r26583
parent 76c8f855
Showing with 890 additions and 0 deletions
libjava/testsuite/ChangeLog
Thu Apr 22 14:19:35 1999 Anthony Green <green@cygnus.com>
* libjava.compile/OperatorBenchmark.java: New file.
1999-04-09 Warren Levy <warrenl@cygnus.com> 1999-04-09 Warren Levy <warrenl@cygnus.com>
* libjava.mauve/mauve.exp (KEYS): Default to libgcj. * libjava.mauve/mauve.exp (KEYS): Default to libgcj.
......
libjava/testsuite/libjava.compile/OperatorBenchmark.java 0 → 100644
/*
* Copyright (c) 1996, 1997 by Doug Bell <dbell@shvn.com>. All Rights Reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
*
* THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
* ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
* LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
*/
// This file has been hacked to compile without the rest of the
// benchmark code.
class OperatorBenchmark {
public int getSampleCount() { return 0; }
public int getSampleMillis() { return 0; }
public boolean go;
public int useint[];
public void startTest () { }
public long finishTest () { return 0; }
public void startTimer (boolean b) { }
public void stopTimer (int a, int b) { }
public void report (String s) { }
public void println (String s) { }
public int getTestTime () {
return (int) (100 * getSampleCount() * getSampleMillis()) / 1000;
}
public int getRunningTime () {
return (int) (1.1 * getTestTime());
}
public long runTest () {
int dummy1 = 0, dummy2 = 0, dummy3 = 0; // occupy implicit index slots
int cnt, ii;
byte b1 = 1, b2 = 2, b3 = 3;
short s1 = 1, s2 = 2, s3 = 3;
int i1 = 1, i2 = 2, i3 = 3;
long l1 = 1, l2 = 2, l3 = 3;
float f1 = 1, f2 = 2, f3 = 3;
double d1 = 1, d2 = 2, d3 = 3;
startTest();
println("--- byte operators, local vars");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1++;
stopTimer(cnt, ii);
}
report("byte++");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 += b2;
stopTimer(cnt, ii);
}
report("byte += byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 = (byte) (b2 + b3);
stopTimer(cnt, ii);
}
report("byte = byte + byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 *= b2;
stopTimer(cnt, ii);
}
report("byte *= byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 = (byte) (b2 * b3);
stopTimer(cnt, ii);
}
report("byte = byte * byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 *= 2;
stopTimer(cnt, ii);
}
report("byte *= 2");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 <<= 1;
stopTimer(cnt, ii);
}
report("byte <<= 1");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 %= b2;
stopTimer(cnt, ii);
}
report("byte %= byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 = (byte) (b2 % b3);
stopTimer(cnt, ii);
}
report("byte = byte % byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 /= b2;
stopTimer(cnt, ii);
}
report("byte /= byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 = (byte) (b2 / b3);
stopTimer(cnt, ii);
}
report("byte = byte / byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 /= 2;
stopTimer(cnt, ii);
}
report("byte /= 2");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 >>= 1;
stopTimer(cnt, ii);
}
report("byte >>= 1");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 >>= i2;
stopTimer(cnt, ii);
}
report("byte >>= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 = (byte) (b2 >> i3);
stopTimer(cnt, ii);
}
report("byte = byte >> int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 |= b2;
stopTimer(cnt, ii);
}
report("byte |= byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 = (byte) (b2 | b3);
stopTimer(cnt, ii);
}
report("byte = byte | byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 &= b2;
stopTimer(cnt, ii);
}
report("byte &= byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 = (byte) (b2 & b3);
stopTimer(cnt, ii);
}
report("byte = byte & byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 ^= b2;
stopTimer(cnt, ii);
}
report("byte ^= byte");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
b1 = (byte) (b2 ^ b3);
stopTimer(cnt, ii);
}
report("byte = byte ^ byte");
println("--- short operators, local vars");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1++;
stopTimer(cnt, ii);
}
report("short++");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 += s2;
stopTimer(cnt, ii);
}
report("short += short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 = (short) (s2 + s3);
stopTimer(cnt, ii);
}
report("short = short + short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 *= s2;
stopTimer(cnt, ii);
}
report("short *= short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 = (short) (s2 * s3);
stopTimer(cnt, ii);
}
report("short = short * short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 *= 2;
stopTimer(cnt, ii);
}
report("short *= 2");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 <<= 1;
stopTimer(cnt, ii);
}
report("short <<= 1");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 %= s2;
stopTimer(cnt, ii);
}
report("short %= short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 = (short) (s2 % s3);
stopTimer(cnt, ii);
}
report("short = short % short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 /= s2;
stopTimer(cnt, ii);
}
report("short /= short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 = (short) (s2 / s3);
stopTimer(cnt, ii);
}
report("short = short / short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 /= 2;
stopTimer(cnt, ii);
}
report("short /= 2");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 >>= 1;
stopTimer(cnt, ii);
}
report("short >>= 1");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 >>= i2;
stopTimer(cnt, ii);
}
report("short >>= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 = (short) (s2 >> i3);
stopTimer(cnt, ii);
}
report("short = short >> int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 |= s2;
stopTimer(cnt, ii);
}
report("short |= short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 = (short) (s2 | s3);
stopTimer(cnt, ii);
}
report("short = short | short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 &= s2;
stopTimer(cnt, ii);
}
report("short &= short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 = (short) (s2 & s3);
stopTimer(cnt, ii);
}
report("short = short & short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 ^= s2;
stopTimer(cnt, ii);
}
report("short ^= short");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
s1 = (short) (s2 ^ s3);
stopTimer(cnt, ii);
}
report("short = short ^ short");
println("--- int operators, local vars");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1++;
stopTimer(cnt, ii);
}
report("int++");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 += i2;
stopTimer(cnt, ii);
}
report("int += int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 = (i2 + i3);
stopTimer(cnt, ii);
}
report("int = int + int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 *= i2;
stopTimer(cnt, ii);
}
report("int *= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 = (i2 * i3);
stopTimer(cnt, ii);
}
report("int = int * int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 *= 2;
stopTimer(cnt, ii);
}
report("int *= 2");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 <<= 1;
stopTimer(cnt, ii);
}
report("int <<= 1");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 %= i2;
stopTimer(cnt, ii);
}
report("int %= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 = (i2 % i3);
stopTimer(cnt, ii);
}
report("int = int % int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 /= i2;
stopTimer(cnt, ii);
}
report("int /= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 = (i2 / i3);
stopTimer(cnt, ii);
}
report("int = int / int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 /= 2;
stopTimer(cnt, ii);
}
report("int /= 2");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 >>= 1;
stopTimer(cnt, ii);
}
report("int >>= 1");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 >>= i2;
stopTimer(cnt, ii);
}
report("int >>= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 = i2 >> i3;
stopTimer(cnt, ii);
}
report("int = int >> int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 |= i2;
stopTimer(cnt, ii);
}
report("int |= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 = i2 | i3;
stopTimer(cnt, ii);
}
report("int = int | int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 &= i2;
stopTimer(cnt, ii);
}
report("int &= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 = i2 & i3;
stopTimer(cnt, ii);
}
report("int = int & int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 ^= i2;
stopTimer(cnt, ii);
}
report("int ^= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
i1 = i2 ^ i3;
stopTimer(cnt, ii);
}
report("int = int ^ int");
println("--- long operators, local vars");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1++;
stopTimer(cnt, ii);
}
report("long++");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 += l2;
stopTimer(cnt, ii);
}
report("long += long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 = (l2 + l3);
stopTimer(cnt, ii);
}
report("long = long + long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 *= l2;
stopTimer(cnt, ii);
}
report("long *= long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 = (l2 * l3);
stopTimer(cnt, ii);
}
report("long = long * long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 *= 2;
stopTimer(cnt, ii);
}
report("long *= 2");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 <<= 1;
stopTimer(cnt, ii);
}
report("long <<= 1");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 %= l2;
stopTimer(cnt, ii);
}
report("long %= long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 = (l2 % l3);
stopTimer(cnt, ii);
}
report("long = long % long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 /= l2;
stopTimer(cnt, ii);
}
report("long /= long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 = (l2 / l3);
stopTimer(cnt, ii);
}
report("long = long / long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 /= 2;
stopTimer(cnt, ii);
}
report("long /= 2");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 >>= 1;
stopTimer(cnt, ii);
}
report("long >>= 1");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 >>= i2;
stopTimer(cnt, ii);
}
report("long >>= int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 = l2 >> i3;
stopTimer(cnt, ii);
}
report("long = long >> int");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 |= l2;
stopTimer(cnt, ii);
}
report("long |= long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 = l2 | l3;
stopTimer(cnt, ii);
}
report("long = long | long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 &= l2;
stopTimer(cnt, ii);
}
report("long &= long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 = l2 & l3;
stopTimer(cnt, ii);
}
report("long = long & long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 ^= l2;
stopTimer(cnt, ii);
}
report("long ^= long");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
l1 = l2 ^ l3;
stopTimer(cnt, ii);
}
report("long = long ^ long");
println("--- float operators, local vars");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
f1 += f2;
stopTimer(cnt, ii);
}
report("float += float");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
f1 = (float) (f2 + f3);
stopTimer(cnt, ii);
}
report("float = float + float");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
f1 *= f2;
stopTimer(cnt, ii);
}
report("float *= float");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
f1 = (float) (f2 * f3);
stopTimer(cnt, ii);
}
report("float = float * float");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
f1 %= f2;
stopTimer(cnt, ii);
}
report("float %= float");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
f1 = (float) (f2 % f3);
stopTimer(cnt, ii);
}
report("float = float % float");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
f1 /= f2;
stopTimer(cnt, ii);
}
report("float /= float");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
f1 = (float) (f2 / f3);
stopTimer(cnt, ii);
}
report("float = float / float");
println("--- double operators, local vars");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
d1 += d2;
stopTimer(cnt, ii);
}
report("double += double");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
d1 = (d2 + d3);
stopTimer(cnt, ii);
}
report("double = double + double");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
d1 *= d2;
stopTimer(cnt, ii);
}
report("double *= double");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
d1 = (d2 * d3);
stopTimer(cnt, ii);
}
report("double = double * double");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
d1 %= d2;
stopTimer(cnt, ii);
}
report("double %= double");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
d1 = (d2 % d3);
stopTimer(cnt, ii);
}
report("double = double % double");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
d1 /= d2;
stopTimer(cnt, ii);
}
report("double /= double");
for (cnt = getSampleCount(); --cnt >= 0; ) {
startTimer(true);
for (ii = 0; go; ii++)
d1 = (d2 / d3);
stopTimer(cnt, ii);
}
report("double = double / double");
useint[0] = dummy1; useint[1] = dummy2; useint[2] = dummy3;
return finishTest();
}
} // class OperatorBenchmark
// EOF
Markdown is supported
0% or
You are about to add 0 people to the discussion. Proceed with caution.
Finish editing this message first!
Please register or to comment