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PPCOpCodesTest.cpp
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PPCOpCodesTest.cpp
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/*******************************************************************************
* Copyright (c) 2000, 2019 IBM Corp. and others
*
* This program and the accompanying materials are made available under
* the terms of the Eclipse Public License 2.0 which accompanies this
* distribution and is available at http://eclipse.org/legal/epl-2.0
* or the Apache License, Version 2.0 which accompanies this distribution
* and is available at https://www.apache.org/licenses/LICENSE-2.0.
*
* This Source Code may also be made available under the following Secondary
* Licenses when the conditions for such availability set forth in the
* Eclipse Public License, v. 2.0 are satisfied: GNU General Public License,
* version 2 with the GNU Classpath Exception [1] and GNU General Public
* License, version 2 with the OpenJDK Assembly Exception [2].
*
* [1] https://www.gnu.org/software/classpath/license.html
* [2] http://openjdk.java.net/legal/assembly-exception.html
*
* SPDX-License-Identifier: EPL-2.0 OR Apache-2.0 OR GPL-2.0 WITH Classpath-exception-2.0 OR LicenseRef-GPL-2.0 WITH Assembly-exception
*******************************************************************************/
#include <stdint.h>
#include <stdio.h>
#include "compile/Method.hpp"
#include "env/jittypes.h"
#include "gtest/gtest.h"
#include "tests/PPCOpCodesTest.hpp"
namespace TestCompiler
{
void
PPCOpCodesTest::compileUnaryTestMethods()
{
int32_t rc = 0;
compileOpCodeMethod(_d2b, _numberOfUnaryArgs, TR::d2b, "d2b", _argTypesUnaryDouble, TR::Int8, rc);
compileOpCodeMethod(_d2s, _numberOfUnaryArgs, TR::d2s, "d2s", _argTypesUnaryDouble, TR::Int16, rc);
compileOpCodeMethod(_f2b, _numberOfUnaryArgs, TR::f2b, "f2b", _argTypesUnaryFloat, TR::Int8, rc);
compileOpCodeMethod(_f2s, _numberOfUnaryArgs, TR::f2s, "f2s", _argTypesUnaryFloat, TR::Int16, rc);
compileOpCodeMethod(_b2i, _numberOfUnaryArgs, TR::b2i, "b2i", _argTypesUnaryByte, TR::Int32, rc);
compileOpCodeMethod(_b2l, _numberOfUnaryArgs, TR::b2l, "b2l", _argTypesUnaryByte, TR::Int64, rc);
compileOpCodeMethod(_b2s, _numberOfUnaryArgs, TR::b2s, "b2s", _argTypesUnaryByte, TR::Int16, rc);
compileOpCodeMethod(_bu2i, _numberOfUnaryArgs, TR::bu2i, "bu2i", _argTypesUnaryByte, TR::Int32, rc);
compileOpCodeMethod(_bu2l, _numberOfUnaryArgs, TR::bu2l, "bu2l", _argTypesUnaryByte, TR::Int64, rc);
compileOpCodeMethod(_bu2s, _numberOfUnaryArgs, TR::bu2s, "bu2s", _argTypesUnaryByte, TR::Int16, rc);
compileOpCodeMethod(_s2i, _numberOfUnaryArgs, TR::s2i, "s2i", _argTypesUnaryShort, TR::Int32, rc);
compileOpCodeMethod(_s2l, _numberOfUnaryArgs, TR::s2l, "s2l", _argTypesUnaryShort, TR::Int64, rc);
compileOpCodeMethod(_s2b, _numberOfUnaryArgs, TR::s2b, "s2b", _argTypesUnaryShort, TR::Int8, rc);
compileOpCodeMethod(_su2i, _numberOfUnaryArgs, TR::su2i, "su2i", _argTypesUnaryShort, TR::Int32, rc);
compileOpCodeMethod(_su2l, _numberOfUnaryArgs, TR::su2l, "su2l", _argTypesUnaryShort, TR::Int64, rc);
compileOpCodeMethod(_iByteswap, _numberOfUnaryArgs, TR::ibyteswap, "iByteswap", _argTypesUnaryInt, TR::Int32, rc);
}
void
PPCOpCodesTest::compileMemoryOperationTestMethods()
{
int32_t rc = 0;
compileOpCodeMethod(_bLoad, _numberOfUnaryArgs, TR::bload, "bLoad", _argTypesUnaryByte, TR::Int8, rc);
compileOpCodeMethod(_sLoad, _numberOfUnaryArgs, TR::sload, "sLoad", _argTypesUnaryShort, TR::Int16, rc);
compileOpCodeMethod(_bStore, _numberOfUnaryArgs, TR::bstore, "bStore", _argTypesUnaryByte, TR::Int8, rc);
compileOpCodeMethod(_sStore, _numberOfUnaryArgs, TR::sstore, "sStore", _argTypesUnaryShort, TR::Int16, rc);
compileOpCodeMethod(_lStore, _numberOfUnaryArgs, TR::lstore, "lStore", _argTypesUnaryLong, TR::Int64, rc);
compileOpCodeMethod(_dStore, _numberOfUnaryArgs, TR::dstore, "dStore", _argTypesUnaryDouble, TR::Double, rc);
compileOpCodeMethod(_fStore, _numberOfUnaryArgs, TR::fstore, "fStore", _argTypesUnaryFloat, TR::Float, rc);
compileOpCodeMethod(_iStorei, _numberOfBinaryArgs, TR::istorei, "iStorei", _argTypesBinaryAddressInt, TR::Int32, rc);
compileOpCodeMethod(_lStorei, _numberOfBinaryArgs, TR::lstorei, "lStorei", _argTypesBinaryAddressLong, TR::Int64, rc);
compileOpCodeMethod(_dStorei, _numberOfBinaryArgs, TR::dstorei, "dStorei", _argTypesBinaryAddressDouble, TR::Double, rc);
compileOpCodeMethod(_fStorei, _numberOfBinaryArgs, TR::fstorei, "fStorei", _argTypesBinaryAddressFloat, TR::Float, rc);
compileOpCodeMethod(_sStorei, _numberOfBinaryArgs, TR::sstorei, "sStorei", _argTypesBinaryAddressShort, TR::Int16, rc);
compileOpCodeMethod(_aStorei, _numberOfBinaryArgs, TR::astorei, "aStorei", _argTypesBinaryAddressAddress, TR::Address, rc);
}
void
PPCOpCodesTest::compileTernaryTestMethods()
{
int32_t rc = 0;
compileOpCodeMethod(_bternary, _numberOfTernaryArgs, TR::bternary, "bTernary", _argTypesTernaryByte, TR::Int8, rc);
compileOpCodeMethod(_sternary, _numberOfTernaryArgs, TR::sternary, "sTernary", _argTypesTernaryShort, TR::Int16, rc);
}
void
PPCOpCodesTest::compileCompareTestMethods()
{
int32_t rc = 0;
//Compare
compileOpCodeMethod(_sCmpeq, _numberOfBinaryArgs, TR::scmpeq, "sCmpeq", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_sCmpne, _numberOfBinaryArgs, TR::scmpne, "sCmpne", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_sCmpgt, _numberOfBinaryArgs, TR::scmpgt, "sCmpgt", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_sCmplt, _numberOfBinaryArgs, TR::scmplt, "sCmplt", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_sCmpge, _numberOfBinaryArgs, TR::scmpge, "sCmpge", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_sCmple, _numberOfBinaryArgs, TR::scmple, "sCmple", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_bCmpeq, _numberOfBinaryArgs, TR::bcmpeq, "bCmpeq", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_bCmpgt, _numberOfBinaryArgs, TR::bcmpgt, "bCmpgt", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_iuCmpge, _numberOfBinaryArgs, TR::iucmpge, "iuCmpge", _argTypesBinaryInt, TR::Int32, rc);
compileOpCodeMethod(_suCmpne, _numberOfBinaryArgs, TR::sucmpne, "suCmpne", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_suCmplt, _numberOfBinaryArgs, TR::sucmplt, "suCmplt", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_suCmpge, _numberOfBinaryArgs, TR::sucmpge, "suCmpge", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_suCmpgt, _numberOfBinaryArgs, TR::sucmpgt, "suCmpgt", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_suCmple, _numberOfBinaryArgs, TR::sucmple, "suCmple", _argTypesBinaryShort, TR::Int32, rc);
//CompareAndBranch
compileOpCodeMethod(_ifScmpeq, _numberOfBinaryArgs, TR::ifscmpeq, "ifScmpeq", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifScmpne, _numberOfBinaryArgs, TR::ifscmpne, "ifScmpne", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifScmpgt, _numberOfBinaryArgs, TR::ifscmpgt, "ifScmpgt", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifScmplt, _numberOfBinaryArgs, TR::ifscmplt, "ifScmplt", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifScmpge, _numberOfBinaryArgs, TR::ifscmpge, "ifScmpge", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifScmple, _numberOfBinaryArgs, TR::ifscmple, "ifScmple", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifBcmpeq, _numberOfBinaryArgs, TR::ifbcmpeq, "ifBcmpeq", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_ifBcmpgt, _numberOfBinaryArgs, TR::ifbcmpgt, "ifBcmpgt", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_ifBuCmpne, _numberOfBinaryArgs, TR::ifbucmpne, "ifBuCmpne", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_ifBuCmplt, _numberOfBinaryArgs, TR::ifbucmplt, "ifBuCmplt", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_ifBuCmpge, _numberOfBinaryArgs, TR::ifbucmpge, "ifBuCmpge", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_ifBuCmpgt, _numberOfBinaryArgs, TR::ifbucmpgt, "ifBuCmpgt", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_ifBuCmple, _numberOfBinaryArgs, TR::ifbucmple, "ifBuCmple", _argTypesBinaryByte, TR::Int32, rc);
compileOpCodeMethod(_ifSuCmpeq, _numberOfBinaryArgs, TR::ifsucmpeq, "ifSuCmpeq", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifSuCmpne, _numberOfBinaryArgs, TR::ifsucmpne, "ifSuCmpne", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifSuCmpgt, _numberOfBinaryArgs, TR::ifsucmpgt, "ifSuCmpgt", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifSuCmple, _numberOfBinaryArgs, TR::ifsucmple, "ifSuCmple", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifSuCmplt, _numberOfBinaryArgs, TR::ifsucmplt, "ifSuCmplt", _argTypesBinaryShort, TR::Int32, rc);
compileOpCodeMethod(_ifSuCmpge, _numberOfBinaryArgs, TR::ifsucmpge, "ifSuCmpge", _argTypesBinaryShort, TR::Int32, rc);
}
void
PPCOpCodesTest::compileAddressTestMethods()
{
int32_t rc = 0;
compileOpCodeMethod(_a2b, _numberOfUnaryArgs, TR::a2b, "a2b", _argTypesUnaryAddress, TR::Int8, rc);
compileOpCodeMethod(_a2s, _numberOfUnaryArgs, TR::a2s, "a2s", _argTypesUnaryAddress, TR::Int16, rc);
compileOpCodeMethod(_a2l, _numberOfUnaryArgs, TR::a2l, "a2l", _argTypesUnaryAddress, TR::Int64, rc);
compileOpCodeMethod(_b2a, _numberOfUnaryArgs, TR::b2a, "b2a", _argTypesUnaryByte, TR::Address, rc);
compileOpCodeMethod(_s2a, _numberOfUnaryArgs, TR::s2a, "s2a", _argTypesUnaryShort, TR::Address, rc);
compileOpCodeMethod(_i2a, _numberOfUnaryArgs, TR::i2a, "i2a", _argTypesUnaryInt, TR::Address, rc);
compileOpCodeMethod(_bu2a, _numberOfUnaryArgs, TR::bu2a, "bu2a", _argTypesUnaryByte, TR::Address, rc);
compileOpCodeMethod(_lu2a, _numberOfUnaryArgs, TR::lu2a, "lu2a", _argTypesUnaryLong, TR::Address, rc);
compileOpCodeMethod(_acmpeq, _numberOfBinaryArgs, TR::acmpeq, "acmpeq", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_acmpne, _numberOfBinaryArgs, TR::acmpne, "acmpne", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_acmplt, _numberOfBinaryArgs, TR::acmplt, "acmplt", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_acmpge, _numberOfBinaryArgs, TR::acmpge, "acmpge", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_acmple, _numberOfBinaryArgs, TR::acmple, "acmple", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_acmpgt, _numberOfBinaryArgs, TR::acmpgt, "acmpgt", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_ifacmpeq, _numberOfBinaryArgs, TR::ifacmpeq, "ifacmpeq", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_ifacmpne, _numberOfBinaryArgs, TR::ifacmpne, "ifacmpne", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_ifacmplt, _numberOfBinaryArgs, TR::ifacmplt, "ifacmplt", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_ifacmpge, _numberOfBinaryArgs, TR::ifacmpge, "ifacmpge", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_ifacmple, _numberOfBinaryArgs, TR::ifacmple, "ifacmple", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_ifacmpgt, _numberOfBinaryArgs, TR::ifacmpgt, "ifacmpgt", _argTypesBinaryAddress, TR::Int32, rc);
compileOpCodeMethod(_aternary, _numberOfTernaryArgs, TR::aternary, "aternary", _argTypesTernaryAddress, TR::Address, rc);
}
void
PPCOpCodesTest::compileBitwiseTestMethods()
{
int32_t rc;
compileOpCodeMethod(_sAnd, _numberOfBinaryArgs, TR::sand, "sAnd", _argTypesBinaryShort, TR::Int16, rc);
compileOpCodeMethod(_sOr, _numberOfBinaryArgs, TR::sor, "sOr", _argTypesBinaryShort, TR::Int16, rc);
compileOpCodeMethod(_sXor, _numberOfBinaryArgs, TR::sxor, "sXor", _argTypesBinaryShort, TR::Int16, rc);
compileOpCodeMethod(_bAnd, _numberOfBinaryArgs, TR::band, "bAnd", _argTypesBinaryByte, TR::Int8, rc);
compileOpCodeMethod(_bOr, _numberOfBinaryArgs, TR::bor, "bOr", _argTypesBinaryByte, TR::Int8, rc);
compileOpCodeMethod(_bXor, _numberOfBinaryArgs, TR::bxor, "bXor", _argTypesBinaryByte, TR::Int8, rc);
}
void
PPCOpCodesTest::invokeUnaryTests()
{
int16_t shortDataArray[] = {SHORT_NEG, SHORT_POS, SHORT_MAXIMUM, SHORT_MINIMUM, SHORT_ZERO};
int8_t byteDataArray[] = {BYTE_NEG, BYTE_POS, BYTE_MAXIMUM, BYTE_MINIMUM, BYTE_ZERO};
float floatDataArray[] = {FLOAT_NEG, FLOAT_POS, FLOAT_ZERO, FLOAT_MAXIMUM, FLOAT_MINIMUM};
double doubleDataArray[] = {DOUBLE_NEG, DOUBLE_POS, DOUBLE_ZERO, DOUBLE_MAXIMUM, DOUBLE_MINIMUM};
int32_t intDataArray[] = {INT_NEG, INT_POS, INT_MAXIMUM, INT_MINIMUM, INT_ZERO};
uint16_t ushortDataArray[] = {USHORT_POS, USHORT_MAXIMUM, USHORT_MINIMUM};
uint8_t ubyteDataArray[] = {UBYTE_POS, UBYTE_MAXIMUM, UBYTE_MINIMUM};
int32_t rc = 0;
uint32_t testCaseNum = 0;
char resolvedMethodName [RESOLVED_METHOD_NAME_LENGTH];
signatureCharI_I_testMethodType *iUnaryCons = 0;
signatureCharD_D_testMethodType *dUnaryCons = 0;
signatureCharF_F_testMethodType *fUnaryCons = 0;
signatureCharD_B_testMethodType * d2bConst = 0;
signatureCharD_S_testMethodType * d2sConst = 0;
signatureCharF_B_testMethodType * f2bConst = 0;
signatureCharF_S_testMethodType * f2sConst = 0;
signatureCharS_I_testMethodType * s2iConst = 0;
signatureCharS_J_testMethodType * s2lConst = 0;
signatureCharS_B_testMethodType * s2bConst = 0;
signatureCharB_I_testMethodType * b2iConst = 0;
signatureCharB_J_testMethodType * b2lConst = 0;
signatureCharB_S_testMethodType * b2sConst = 0;
unsignedSignatureCharS_I_testMethodType * su2iConst = 0;
unsignedSignatureCharS_J_testMethodType * su2lConst = 0;
unsignedSignatureCharB_I_testMethodType * bu2iConst = 0;
unsignedSignatureCharB_J_testMethodType * bu2lConst = 0;
unsignedSignatureCharB_F_testMethodType * bu2fConst = 0;
unsignedSignatureCharB_D_testMethodType * bu2dConst = 0;
unsignedSignatureCharB_S_testMethodType * bu2sConst = 0;
//Temporarily postpone converting FLOAT_MAXIMUM and FLOAT_MINIMUM to int and long.
//the behavior is undefined since the truncated value of the min and max numbers
//cannot be represented in the destination types.?? how about to short and byte??
//and for ppc?
//d2b d2s
testCaseNum = sizeof(doubleDataArray) / sizeof(doubleDataArray[0]);
for (uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_d2b, convert(doubleDataArray[i], BYTE_POS), _d2b(doubleDataArray[i]));
OMR_CT_EXPECT_EQ(_d2s, convert(doubleDataArray[i], SHORT_POS), _d2s(doubleDataArray[i]));
sprintf(resolvedMethodName, "d2bConst%d", i + 1);
compileOpCodeMethod(d2bConst, _numberOfUnaryArgs, TR::d2b,
resolvedMethodName, _argTypesUnaryDouble, TR::Int8, rc, 2, 1, &doubleDataArray[i]);
OMR_CT_EXPECT_EQ(d2bConst, convert(doubleDataArray[i], BYTE_POS), d2bConst(DOUBLE_PLACEHOLDER_1));
sprintf(resolvedMethodName, "d2sConst%d", i + 1);
compileOpCodeMethod(d2sConst, _numberOfUnaryArgs, TR::d2s,
resolvedMethodName, _argTypesUnaryDouble, TR::Int16, rc, 2, 1, &doubleDataArray[i]);
OMR_CT_EXPECT_EQ(d2sConst, convert(doubleDataArray[i], SHORT_POS), d2sConst(DOUBLE_PLACEHOLDER_1));
}
//f2b f2s
testCaseNum = sizeof(floatDataArray) / sizeof(floatDataArray[0]);
for (uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_f2b, convert(floatDataArray[i], BYTE_POS), _f2b(floatDataArray[i]));
OMR_CT_EXPECT_EQ(_f2s, convert(floatDataArray[i], SHORT_POS), _f2s(floatDataArray[i]));
sprintf(resolvedMethodName, "f2bConst%d", i + 1);
compileOpCodeMethod(f2bConst, _numberOfUnaryArgs, TR::f2b,
resolvedMethodName, _argTypesUnaryFloat, TR::Int8, rc, 2, 1, &floatDataArray[i]);
OMR_CT_EXPECT_EQ(f2bConst, convert(floatDataArray[i], BYTE_POS), f2bConst(FLOAT_PLACEHOLDER_1));
sprintf(resolvedMethodName, "f2sConst%d", i + 1);
compileOpCodeMethod(f2sConst, _numberOfUnaryArgs, TR::f2s,
resolvedMethodName, _argTypesUnaryFloat, TR::Int16, rc, 2, 1, &floatDataArray[i]);
OMR_CT_EXPECT_EQ(f2sConst, convert(floatDataArray[i], SHORT_POS), f2sConst(FLOAT_PLACEHOLDER_1));
}
//b 2 i,l,s
testCaseNum = sizeof(byteDataArray) / sizeof(byteDataArray[0]);
for (uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_b2s, convert(byteDataArray[i], SHORT_POS), _b2s(byteDataArray[i]));
OMR_CT_EXPECT_EQ(_b2i, convert(byteDataArray[i], INT_POS), _b2i(byteDataArray[i]));
OMR_CT_EXPECT_EQ(_b2l, convert(byteDataArray[i], LONG_POS), _b2l(byteDataArray[i]));
sprintf(resolvedMethodName, "b2sConst%d", i + 1);
compileOpCodeMethod(b2sConst, _numberOfUnaryArgs, TR::b2s,
resolvedMethodName, _argTypesUnaryByte, TR::Int16, rc, 2, 1, &byteDataArray[i]);
OMR_CT_EXPECT_EQ(b2sConst, convert(byteDataArray[i], SHORT_POS), b2sConst(BYTE_PLACEHOLDER_1));
sprintf(resolvedMethodName, "b2iConst%d", i + 1);
compileOpCodeMethod(b2iConst, _numberOfUnaryArgs, TR::b2i,
resolvedMethodName, _argTypesUnaryByte, TR::Int32, rc, 2, 1, &byteDataArray[i]);
OMR_CT_EXPECT_EQ(b2iConst, convert(byteDataArray[i], INT_POS), b2iConst(BYTE_PLACEHOLDER_1));
sprintf(resolvedMethodName, "b2lConst%d", i + 1);
compileOpCodeMethod(b2lConst, _numberOfUnaryArgs, TR::b2l,
resolvedMethodName, _argTypesUnaryByte, TR::Int64, rc, 2, 1, &byteDataArray[i]);
OMR_CT_EXPECT_EQ(b2lConst, convert(byteDataArray[i], LONG_POS), b2lConst(BYTE_PLACEHOLDER_1));
}
//bu 2 i,l,s
testCaseNum = sizeof(ubyteDataArray) / sizeof(ubyteDataArray[0]);
for (uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_bu2s, convert(ubyteDataArray[i], SHORT_POS), _bu2s(ubyteDataArray[i]));
OMR_CT_EXPECT_EQ(_bu2i, convert(ubyteDataArray[i], INT_POS), _bu2i(ubyteDataArray[i]));
OMR_CT_EXPECT_EQ(_bu2l, convert(ubyteDataArray[i], LONG_POS), _bu2l(ubyteDataArray[i]));
sprintf(resolvedMethodName, "bu2sConst%d", i + 1);
compileOpCodeMethod(bu2sConst, _numberOfUnaryArgs, TR::bu2s,
resolvedMethodName, _argTypesUnaryByte, TR::Int16, rc, 2, 1, &ubyteDataArray[i]);
OMR_CT_EXPECT_EQ(bu2sConst, convert(ubyteDataArray[i], SHORT_POS), bu2sConst(BYTE_PLACEHOLDER_1));
sprintf(resolvedMethodName, "bu2iConst%d", i + 1);
compileOpCodeMethod(bu2iConst, _numberOfUnaryArgs, TR::bu2i,
resolvedMethodName, _argTypesUnaryByte, TR::Int32, rc, 2, 1, &ubyteDataArray[i]);
OMR_CT_EXPECT_EQ(bu2iConst, convert(ubyteDataArray[i], INT_POS), bu2iConst(BYTE_PLACEHOLDER_1));
sprintf(resolvedMethodName, "bu2lConst%d", i + 1);
compileOpCodeMethod(bu2lConst, _numberOfUnaryArgs, TR::bu2l,
resolvedMethodName, _argTypesUnaryByte, TR::Int64, rc, 2, 1, &ubyteDataArray[i]);
OMR_CT_EXPECT_EQ(bu2lConst, convert(ubyteDataArray[i], LONG_POS), bu2lConst(BYTE_PLACEHOLDER_1));
}
//s 2 i,l,b
testCaseNum = sizeof(shortDataArray) / sizeof(shortDataArray[0]);
for (uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_s2b, convert(shortDataArray[i], BYTE_POS), _s2b(shortDataArray[i]));
OMR_CT_EXPECT_EQ(_s2i, convert(shortDataArray[i], INT_POS), _s2i(shortDataArray[i]));
OMR_CT_EXPECT_EQ(_s2l, convert(shortDataArray[i], LONG_POS), _s2l(shortDataArray[i]));
sprintf(resolvedMethodName, "s2bConst%d", i + 1);
compileOpCodeMethod(s2bConst, _numberOfUnaryArgs, TR::s2b,
resolvedMethodName, _argTypesUnaryShort, TR::Int8, rc, 2, 1, &shortDataArray[i]);
OMR_CT_EXPECT_EQ(s2bConst, convert(shortDataArray[i], BYTE_POS), s2bConst(SHORT_PLACEHOLDER_1));
sprintf(resolvedMethodName, "s2iConst%d", i + 1);
compileOpCodeMethod(s2iConst, _numberOfUnaryArgs, TR::s2i,
resolvedMethodName, _argTypesUnaryShort, TR::Int32, rc, 2, 1, &shortDataArray[i]);
OMR_CT_EXPECT_EQ(s2iConst, convert(shortDataArray[i], INT_POS), s2iConst(SHORT_PLACEHOLDER_1));
sprintf(resolvedMethodName, "s2lConst%d", i + 1);
compileOpCodeMethod(s2lConst, _numberOfUnaryArgs, TR::s2l,
resolvedMethodName, _argTypesUnaryShort, TR::Int64, rc, 2, 1, &shortDataArray[i]);
OMR_CT_EXPECT_EQ(s2lConst, convert(shortDataArray[i], LONG_POS), s2lConst(SHORT_PLACEHOLDER_1));
}
//su 2 i,l
testCaseNum = sizeof(ushortDataArray) / sizeof(ushortDataArray[0]);
for (uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_su2i, convert(ushortDataArray[i], INT_POS), _su2i(ushortDataArray[i]));
OMR_CT_EXPECT_EQ(_su2l, convert(ushortDataArray[i], LONG_POS), _su2l(ushortDataArray[i]));
sprintf(resolvedMethodName, "s2iConst%d", i + 1);
compileOpCodeMethod(su2iConst, _numberOfUnaryArgs, TR::su2i,
resolvedMethodName, _argTypesUnaryShort, TR::Int32, rc, 2, 1, &ushortDataArray[i]);
OMR_CT_EXPECT_EQ(su2iConst, convert(ushortDataArray[i], INT_POS), su2iConst(SHORT_PLACEHOLDER_1));
sprintf(resolvedMethodName, "s2lConst%d", i + 1);
compileOpCodeMethod(su2lConst, _numberOfUnaryArgs, TR::su2l,
resolvedMethodName, _argTypesUnaryShort, TR::Int64, rc, 2, 1, &ushortDataArray[i]);
OMR_CT_EXPECT_EQ(su2lConst, convert(ushortDataArray[i], LONG_POS), su2lConst(SHORT_PLACEHOLDER_1));
}
//ibyteswap
testCaseNum = sizeof(intDataArray) / sizeof(intDataArray[0]);
for (uint32_t i = 0; i < testCaseNum; i++)
{
OMR_CT_EXPECT_EQ(_iByteswap, byteswap(intDataArray[i]), _iByteswap(intDataArray[i]));
sprintf(resolvedMethodName, "iByteswapConst%d", i + 1);
compileOpCodeMethod(iUnaryCons, _numberOfUnaryArgs, TR::ibyteswap,
resolvedMethodName, _argTypesUnaryInt, TR::Int32, rc, 2, 1, &intDataArray[i]);
OMR_CT_EXPECT_EQ(iUnaryCons, byteswap(intDataArray[i]), iUnaryCons(INT_PLACEHOLDER_1));
}
}
void
PPCOpCodesTest::invokeMemoryOperationTests()
{
int32_t rc = 0;
uint32_t testCaseNum = 0;
char resolvedMethodName [RESOLVED_METHOD_NAME_LENGTH];
signatureCharS_S_testMethodType *sMemCons = 0;
signatureCharB_B_testMethodType *bMemCons = 0;
signatureCharJ_J_testMethodType *lMemCons = 0;
signatureCharD_D_testMethodType *dMemCons = 0;
signatureCharF_F_testMethodType *fMemCons = 0;
int16_t shortDataArray[] = {SHORT_NEG, SHORT_POS, SHORT_MAXIMUM, SHORT_MINIMUM, SHORT_ZERO};
int8_t byteDataArray[] = {BYTE_NEG, BYTE_POS, BYTE_MAXIMUM, BYTE_MINIMUM, BYTE_ZERO};
int64_t longDataArray[] = {LONG_NEG, LONG_POS, LONG_MAXIMUM, LONG_MINIMUM, LONG_ZERO};
float floatDataArray[] = {FLOAT_NEG, FLOAT_POS, FLOAT_MAXIMUM, FLOAT_MINIMUM, FLOAT_ZERO};
double doubleDataArray[] = {DOUBLE_NEG, DOUBLE_POS, DOUBLE_MAXIMUM, DOUBLE_MINIMUM, DOUBLE_ZERO};
OMR_CT_EXPECT_EQ(_bLoad, BYTE_ZERO, _bLoad(BYTE_ZERO));
OMR_CT_EXPECT_EQ(_bLoad, BYTE_NEG, _bLoad(BYTE_NEG));
OMR_CT_EXPECT_EQ(_bLoad, BYTE_POS, _bLoad(BYTE_POS));
OMR_CT_EXPECT_EQ(_bLoad, BYTE_MAXIMUM, _bLoad(BYTE_MAXIMUM));
OMR_CT_EXPECT_EQ(_bLoad, BYTE_MINIMUM, _bLoad(BYTE_MINIMUM));
OMR_CT_EXPECT_EQ(_sLoad, SHORT_ZERO, _sLoad(SHORT_ZERO));
OMR_CT_EXPECT_EQ(_sLoad, SHORT_NEG, _sLoad(SHORT_NEG));
OMR_CT_EXPECT_EQ(_sLoad, SHORT_POS, _sLoad(SHORT_POS));
OMR_CT_EXPECT_EQ(_sLoad, SHORT_MAXIMUM, _sLoad(SHORT_MAXIMUM));
OMR_CT_EXPECT_EQ(_sLoad, SHORT_MINIMUM, _sLoad(SHORT_MINIMUM));
//store
testCaseNum = sizeof(byteDataArray) / sizeof(byteDataArray[0]);
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "bStoreConst%d", i + 1);
OMR_CT_EXPECT_EQ(_bStore, byteDataArray[i], _bStore(byteDataArray[i]));
compileOpCodeMethod(bMemCons, _numberOfUnaryArgs, TR::bstore, resolvedMethodName, _argTypesUnaryByte, TR::Int8, rc, 2, 1, &(byteDataArray[i]));
OMR_CT_EXPECT_EQ(bMemCons, byteDataArray[i], bMemCons(BYTE_PLACEHOLDER_1));
}
testCaseNum = sizeof(shortDataArray) / sizeof(shortDataArray[0]);
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "sStoreConst%d", i + 1);
OMR_CT_EXPECT_EQ(_sStore, shortDataArray[i], _sStore(shortDataArray[i]));
compileOpCodeMethod(sMemCons, _numberOfUnaryArgs, TR::sstore, resolvedMethodName, _argTypesUnaryShort, TR::Int16, rc, 2, 1, &(shortDataArray[i]));
OMR_CT_EXPECT_EQ(sMemCons, shortDataArray[i], sMemCons(SHORT_PLACEHOLDER_1));
}
testCaseNum = sizeof(longDataArray) / sizeof(longDataArray[0]);
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "lStoreConst%d", i + 1);
OMR_CT_EXPECT_EQ(_lStore, longDataArray[i], _lStore(longDataArray[i]));
compileOpCodeMethod(lMemCons, _numberOfUnaryArgs, TR::lstore, resolvedMethodName, _argTypesUnaryLong, TR::Int64, rc, 2, 1, &(longDataArray[i]));
OMR_CT_EXPECT_EQ(lMemCons, longDataArray[i], lMemCons(LONG_PLACEHOLDER_1));
}
testCaseNum = sizeof(doubleDataArray) / sizeof(doubleDataArray[0]);
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "dStoreConst%d", i + 1);
OMR_CT_EXPECT_DOUBLE_EQ(_dStore, doubleDataArray[i], _dStore(doubleDataArray[i]));
compileOpCodeMethod(dMemCons, _numberOfUnaryArgs, TR::dstore, resolvedMethodName, _argTypesUnaryDouble, TR::Double, rc, 2, 1, &(doubleDataArray[i]));
OMR_CT_EXPECT_DOUBLE_EQ(dMemCons, doubleDataArray[i], dMemCons(DOUBLE_PLACEHOLDER_1));
}
testCaseNum = sizeof(floatDataArray) / sizeof(floatDataArray[0]);
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "fStoreConst%d", i + 1);
OMR_CT_EXPECT_FLOAT_EQ(_fStore, floatDataArray[i], _fStore(floatDataArray[i]));
compileOpCodeMethod(fMemCons, _numberOfUnaryArgs, TR::fstore, resolvedMethodName, _argTypesUnaryFloat, TR::Float, rc, 2, 1, &(floatDataArray[i]));
OMR_CT_EXPECT_FLOAT_EQ(fMemCons, floatDataArray[i], fMemCons(FLOAT_PLACEHOLDER_1));
}
int32_t intDataArray[] = {INT_NEG, INT_POS, INT_MAXIMUM, INT_MINIMUM, INT_ZERO};
int64_t longStoreDataArray[] = {0, 0, 0, 0, 0};
int32_t intStoreDataArray[] = {0, 0, 0, 0, 0};
int16_t shortStoreDataArray[] = {0, 0, 0, 0, 0};
float floatStoreDataArray[] = {0, 0, 0, 0, 0};
double doubleStoreDataArray[] = {0, 0, 0, 0, 0};
uintptrj_t addressDataArray[] = {(uintptrj_t)&INT_NEG, (uintptrj_t)&LONG_POS, (uintptrj_t)&BYTE_MAXIMUM, (uintptrj_t)&SHORT_MINIMUM, (uintptrj_t)&FLOAT_ZERO};
uintptrj_t addressStoreDataArray[] = {0, 0, 0, 0, 0};
testCaseNum = sizeof(intDataArray) / sizeof(intDataArray[0]);
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
if (_iStorei != NULL)
{
_iStorei((uintptrj_t)(&intStoreDataArray[i]) , intDataArray[i]);
EXPECT_EQ(intDataArray[i], intStoreDataArray[i]);
}
if (_lStorei != NULL)
{
_lStorei((uintptrj_t)(&longStoreDataArray[i]) , longDataArray[i]);
EXPECT_EQ(longDataArray[i], longStoreDataArray[i]);
}
if (_sStorei != NULL)
{
_sStorei((uintptrj_t)(&shortStoreDataArray[i]) , shortDataArray[i]);
EXPECT_EQ(shortDataArray[i], shortStoreDataArray[i]);
}
if (_fStorei != NULL)
{
_fStorei((uintptrj_t)(&floatStoreDataArray[i]) , floatDataArray[i]);
EXPECT_EQ(floatDataArray[i], floatStoreDataArray[i]);
}
if (_dStorei != NULL)
{
_dStorei((uintptrj_t)(&doubleStoreDataArray[i]) , doubleDataArray[i]);
EXPECT_EQ(doubleDataArray[i], doubleStoreDataArray[i]);
}
//load
testCaseNum = sizeof(intDataArray) / sizeof(intDataArray[0]);
signatureCharL_I_testMethodType *iLoadiCons = 0;
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "iLoadiConst%d", i + 1);
uintptrj_t intDataAddress = (uintptrj_t)(&intDataArray[i]);
compileOpCodeMethod(iLoadiCons, _numberOfUnaryArgs, TR::iloadi, resolvedMethodName, _argTypesUnaryAddress, TR::Int32, rc, 2, 1, &intDataAddress);
OMR_CT_EXPECT_EQ(iLoadiCons, intDataArray[i], iLoadiCons(ADDRESS_PLACEHOLDER_1));
}
testCaseNum = sizeof(shortDataArray) / sizeof(shortDataArray[0]);
signatureCharL_S_testMethodType *sLoadiCons = 0;
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "sLoadiConst%d", i + 1);
uintptrj_t shortDataAddress = (uintptrj_t)(&shortDataArray[i]);
compileOpCodeMethod(sLoadiCons, _numberOfUnaryArgs, TR::sloadi, resolvedMethodName, _argTypesUnaryAddress, TR::Int16, rc, 2, 1, &shortDataAddress);
OMR_CT_EXPECT_EQ(sLoadiCons, shortDataArray[i], sLoadiCons(ADDRESS_PLACEHOLDER_1));
}
testCaseNum = sizeof(byteDataArray) / sizeof(byteDataArray[0]);
signatureCharL_B_testMethodType *bLoadiCons = 0;
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "bLoadiConst%d", i + 1);
uintptrj_t byteDataAddress = (uintptrj_t)(&byteDataArray[i]);
compileOpCodeMethod(bLoadiCons, _numberOfUnaryArgs, TR::bloadi, resolvedMethodName, _argTypesUnaryAddress, TR::Int8, rc, 2, 1, &byteDataAddress);
OMR_CT_EXPECT_EQ(bLoadiCons, byteDataArray[i], bLoadiCons(ADDRESS_PLACEHOLDER_1));
}
testCaseNum = sizeof(longDataArray) / sizeof(longDataArray[0]);
signatureCharL_J_testMethodType *lLoadiCons = 0;
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "lLoadiConst%d", i + 1);
uintptrj_t longDataAddress = (uintptrj_t)(&longDataArray[i]);
compileOpCodeMethod(lLoadiCons, _numberOfUnaryArgs, TR::lloadi, resolvedMethodName, _argTypesUnaryAddress, TR::Int64, rc, 2, 1, &longDataAddress);
OMR_CT_EXPECT_EQ(lLoadiCons, longDataArray[i], lLoadiCons(ADDRESS_PLACEHOLDER_1));
}
testCaseNum = sizeof(doubleDataArray) / sizeof(doubleDataArray[0]);
signatureCharL_D_testMethodType *dLoadiCons = 0;
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "dLoadiConst%d", i + 1);
uintptrj_t doubleDataAddress = (uintptrj_t)(&doubleDataArray[i]);
compileOpCodeMethod(dLoadiCons, _numberOfUnaryArgs, TR::dloadi, resolvedMethodName, _argTypesUnaryAddress, TR::Double, rc, 2, 1, &doubleDataAddress);
OMR_CT_EXPECT_EQ(dLoadiCons, doubleDataArray[i], dLoadiCons(ADDRESS_PLACEHOLDER_1));
}
testCaseNum = sizeof(floatDataArray) / sizeof(floatDataArray[0]);
signatureCharL_F_testMethodType *fLoadiCons = 0;
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "fLoadiConst%d", i + 1);
uintptrj_t floatDataAddress = (uintptrj_t)(&floatDataArray[i]);
compileOpCodeMethod(fLoadiCons, _numberOfUnaryArgs, TR::floadi, resolvedMethodName, _argTypesUnaryAddress, TR::Float, rc, 2, 1, &floatDataAddress);
OMR_CT_EXPECT_EQ(fLoadiCons, floatDataArray[i], fLoadiCons(ADDRESS_PLACEHOLDER_1));
}
testCaseNum = sizeof(addressDataArray) / sizeof(addressDataArray[0]);
signatureCharL_L_testMethodType *aLoadiCons = 0;
for (int32_t i = 0 ; i < testCaseNum ; i++)
{
sprintf(resolvedMethodName, "aLoadiConst%d", i + 1);
uintptrj_t addressDataAddress = (uintptrj_t)(&addressDataArray[i]);
compileOpCodeMethod(aLoadiCons, _numberOfUnaryArgs, TR::aloadi, resolvedMethodName, _argTypesUnaryAddress, TR::Address, rc, 2, 1, &addressDataAddress);
OMR_CT_EXPECT_EQ(aLoadiCons, addressDataArray[i], aLoadiCons(ADDRESS_PLACEHOLDER_1));
}
if (_aStorei != NULL)
{
_aStorei((uintptrj_t)(&addressStoreDataArray[i]) , addressDataArray[i]);
EXPECT_EQ(addressDataArray[i], addressStoreDataArray[i]);
}
}
}
void
PPCOpCodesTest::UnsupportedOpCodesTests()
{
addUnsupportedOpCodeTest(_numberOfUnaryArgs, TR::lu2f, "lu2f", _argTypesUnaryLong, TR::Float);
addUnsupportedOpCodeTest(_numberOfUnaryArgs, TR::lu2d, "lu2d", _argTypesUnaryLong, TR::Double);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::badd, "bAdd", _argTypesBinaryByte, TR::Int8);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::bsub, "bSub", _argTypesBinaryByte, TR::Int8);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::bmul, "bMul", _argTypesBinaryByte, TR::Int8);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::bdiv, "bDiv", _argTypesBinaryByte, TR::Int8);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::brem, "bRem", _argTypesBinaryByte, TR::Int8);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::sadd, "sAdd", _argTypesBinaryShort, TR::Int16);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::ssub, "sSub", _argTypesBinaryShort, TR::Int16);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::smul, "sMul", _argTypesBinaryShort, TR::Int16);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::sdiv, "sDiv", _argTypesBinaryShort, TR::Int16);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::srem, "sRem", _argTypesBinaryShort, TR::Int16);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::sshl, "sShl", _argTypesBinaryShort, TR::Int16);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::bucmplt, "bucmplt", _argTypesBinaryByte, TR::Int32);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::bucmpge, "bucmpge", _argTypesBinaryByte, TR::Int32);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::bucmpgt, "bucmpgt", _argTypesBinaryByte, TR::Int32);
addUnsupportedOpCodeTest(_numberOfBinaryArgs, TR::bucmple, "bucmple", _argTypesBinaryByte, TR::Int32);
}
void
PPCOpCodesTest::invokeCompareTests()
{
int16_t sCmpeqDataArr[][2] =
{
SHORT_NEG, SHORT_POS,
SHORT_POS, SHORT_POS
};
int16_t sCmpneDataArr[][2] =
{
SHORT_POS, SHORT_MINIMUM,
SHORT_POS, SHORT_POS
};
int16_t sCmpgtDataArr[][2] =
{
SHORT_ZERO, SHORT_POS,
SHORT_POS, SHORT_ZERO
};
int16_t sCmpltDataArr[][2] =
{
SHORT_MAXIMUM, SHORT_ZERO,
SHORT_ZERO, SHORT_MAXIMUM
};
int16_t sCmpgeDataArr[][2] =
{
SHORT_POS, SHORT_MAXIMUM,
SHORT_MAXIMUM, SHORT_POS
};
int16_t sCmpleDataArr[][2] =
{
SHORT_MINIMUM, SHORT_NEG,
SHORT_NEG, SHORT_MINIMUM
};
int8_t bCmpeqDataArr[][2] =
{
BYTE_NEG, BYTE_POS,
BYTE_POS, BYTE_POS
};
int8_t bCmpgtDataArr[][2] =
{
BYTE_ZERO, BYTE_POS,
BYTE_POS, BYTE_ZERO
};
int16_t ifScmpeqDataArr[][2] =
{
SHORT_NEG, SHORT_POS,
SHORT_POS, SHORT_POS
};
int16_t ifScmpneDataArr[][2] =
{
SHORT_POS, SHORT_MINIMUM,
SHORT_POS, SHORT_POS
};
int16_t ifScmpgtDataArr[][2] =
{
SHORT_ZERO, SHORT_POS,
SHORT_POS, SHORT_ZERO
};
int16_t ifScmpltDataArr[][2] =
{
SHORT_MAXIMUM, SHORT_ZERO,
SHORT_ZERO, SHORT_MAXIMUM
};
int16_t ifScmpgeDataArr[][2] =
{
SHORT_POS, SHORT_MAXIMUM,
SHORT_MAXIMUM, SHORT_POS
};
int16_t ifScmpleDataArr[][2] =
{
SHORT_MINIMUM, SHORT_NEG,
SHORT_NEG, SHORT_MINIMUM
};
int8_t ifBcmpeqDataArr[][2] =
{
BYTE_NEG, BYTE_POS,
BYTE_POS, BYTE_POS
};
int8_t ifBcmpgtDataArr[][2] =
{
BYTE_ZERO, BYTE_POS,
BYTE_POS, BYTE_ZERO
};
uint32_t iuCmpeqDataArr[][2] =
{
UINT_POS, UINT_MINIMUM,
UINT_MINIMUM, UINT_POS,
UINT_MAXIMUM, UINT_MINIMUM,
UINT_MINIMUM, UINT_MAXIMUM,
UINT_MAXIMUM, UINT_MAXIMUM
};
uint32_t iuCmpneDataArr[][2] =
{
UINT_MAXIMUM, UINT_POS,
UINT_POS, UINT_MAXIMUM,
UINT_MINIMUM, UINT_POS,
UINT_POS, UINT_MINIMUM,
UINT_MAXIMUM, UINT_MAXIMUM
};
uint32_t iuCmpgeDataArr[][2] =
{
UINT_MAXIMUM, UINT_MAXIMUM,
UINT_POS, UINT_MINIMUM,
UINT_MINIMUM, UINT_POS
};
uint8_t ifBuCmpneDataArr[][2] =
{
UBYTE_MAXIMUM, UBYTE_POS,
UBYTE_POS, UBYTE_MAXIMUM,
UBYTE_MINIMUM, UBYTE_POS,
UBYTE_POS, UBYTE_MINIMUM,
UBYTE_MAXIMUM, UBYTE_MAXIMUM
};
uint8_t ifBuCmpgtDataArr[][2] =
{
UBYTE_POS, UBYTE_POS,
UBYTE_MAXIMUM, UBYTE_POS
};
uint8_t ifBuCmpltDataArr[][2] =
{
UBYTE_MAXIMUM, UBYTE_MINIMUM,
UBYTE_MINIMUM, UBYTE_MAXIMUM
};
uint8_t ifBuCmpgeDataArr[][2] =
{
UBYTE_MINIMUM, UBYTE_MAXIMUM,
UBYTE_MAXIMUM, UBYTE_MINIMUM
};
uint8_t ifBuCmpleDataArr[][2] =
{
UBYTE_MINIMUM, UBYTE_POS,
UBYTE_POS, UBYTE_MINIMUM
};
uint16_t suCmpeqDataArr[][2] =
{
USHORT_MINIMUM, USHORT_MAXIMUM,
USHORT_MAXIMUM, USHORT_MINIMUM,
USHORT_POS, USHORT_POS
};
uint16_t suCmpneDataArr[][2] =
{
USHORT_POS, USHORT_MINIMUM,
USHORT_MINIMUM, USHORT_POS,
USHORT_POS, USHORT_POS
};
uint16_t suCmpltDataArr[][2] =
{
USHORT_MAXIMUM, USHORT_MINIMUM,
USHORT_MINIMUM, USHORT_MAXIMUM
};
uint16_t suCmpleDataArr[][2] =
{
USHORT_MAXIMUM, USHORT_POS,
USHORT_POS, USHORT_MAXIMUM
};
uint16_t suCmpgtDataArr[][2] =
{
USHORT_MINIMUM, USHORT_MAXIMUM,
USHORT_MAXIMUM, USHORT_MINIMUM
};
uint16_t suCmpgeDataArr[][2] =
{
USHORT_MAXIMUM, USHORT_MINIMUM,
USHORT_MINIMUM, USHORT_MAXIMUM
};
uint16_t ifSuCmpeqDataArr[][2] =
{
USHORT_POS, USHORT_POS,
USHORT_MAXIMUM, USHORT_POS
};
uint16_t ifSuCmpneDataArr[][2] =
{
USHORT_MAXIMUM, USHORT_MINIMUM,
USHORT_MINIMUM, USHORT_MAXIMUM,
USHORT_MAXIMUM, USHORT_MAXIMUM
};
uint16_t ifSuCmpgtDataArr[][2] =
{
USHORT_POS, USHORT_POS,
USHORT_MAXIMUM, USHORT_POS
};
uint16_t ifSuCmpltDataArr[][2] =
{
USHORT_MAXIMUM, USHORT_MINIMUM,
USHORT_MINIMUM, USHORT_MAXIMUM
};
uint16_t ifSuCmpgeDataArr[][2] =
{
USHORT_MINIMUM, USHORT_MAXIMUM,
USHORT_MAXIMUM, USHORT_MINIMUM
};
uint16_t ifSuCmpleDataArr[][2] =
{
USHORT_MINIMUM, USHORT_POS,
USHORT_POS, USHORT_MINIMUM
};
int32_t rc = 0;
int32_t testCaseNum = 0;
char resolvedMethodName [RESOLVED_METHOD_NAME_LENGTH];
signatureCharSS_I_testMethodType * sCompareConst = 0;
signatureCharBB_I_testMethodType * bCompareConst = 0;
unsignedCompareSignatureCharII_I_testMethodType * iuCompareConst = 0;
unsignedCompareSignatureCharBB_I_testMethodType * buCompareConst = 0;
unsignedCompareSignatureCharSS_I_testMethodType * suCompareConst = 0;
//sCompare
testCaseNum = sizeof(sCmpeqDataArr) / sizeof(sCmpeqDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_sCmpeq, compareEQ(sCmpeqDataArr[i][0], sCmpeqDataArr[i][1]), _sCmpeq(sCmpeqDataArr[i][0], sCmpeqDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpeqConst1_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpeq, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 4, 1, &(sCmpeqDataArr[i][0]), 2, &(sCmpeqDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareEQ(sCmpeqDataArr[i][0], sCmpeqDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, SHORT_PLACEHOLDER_2));
sprintf(resolvedMethodName, "sCmpeqConst2_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpeq, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 1, &(sCmpeqDataArr[i][0]));
OMR_CT_EXPECT_EQ(sCompareConst, compareEQ(sCmpeqDataArr[i][0], sCmpeqDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, sCmpeqDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpeqConst3_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpeq, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 2, &(sCmpeqDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareEQ(sCmpeqDataArr[i][0], sCmpeqDataArr[i][1]), sCompareConst(sCmpeqDataArr[i][0], SHORT_PLACEHOLDER_2));
}
testCaseNum = sizeof(sCmpneDataArr) / sizeof(sCmpneDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_sCmpne, compareNE(sCmpneDataArr[i][0], sCmpneDataArr[i][1]), _sCmpne(sCmpneDataArr[i][0], sCmpneDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpneConst1_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpne, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 4, 1, &(sCmpneDataArr[i][0]), 2, &(sCmpneDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareNE(sCmpneDataArr[i][0], sCmpneDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, SHORT_PLACEHOLDER_2));
sprintf(resolvedMethodName, "sCmpneConst2_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpne, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 1, &(sCmpneDataArr[i][0]));
OMR_CT_EXPECT_EQ(sCompareConst, compareNE(sCmpneDataArr[i][0], sCmpneDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, sCmpneDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpneConst3_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpne, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 2, &(sCmpneDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareNE(sCmpneDataArr[i][0], sCmpneDataArr[i][1]), sCompareConst(sCmpneDataArr[i][0], SHORT_PLACEHOLDER_2));
}
testCaseNum = sizeof(sCmpgtDataArr) / sizeof(sCmpgtDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_sCmpgt, compareGT(sCmpgtDataArr[i][0], sCmpgtDataArr[i][1]), _sCmpgt(sCmpgtDataArr[i][0], sCmpgtDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpgtConst1_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpgt, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 4, 1, &(sCmpgtDataArr[i][0]), 2, &(sCmpgtDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareGT(sCmpgtDataArr[i][0], sCmpgtDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, SHORT_PLACEHOLDER_2));
sprintf(resolvedMethodName, "sCmpgtConst2_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpgt, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 1, &(sCmpgtDataArr[i][0]));
OMR_CT_EXPECT_EQ(sCompareConst, compareGT(sCmpgtDataArr[i][0], sCmpgtDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, sCmpgtDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpgtConst3_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpgt, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 2, &(sCmpgtDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareGT(sCmpgtDataArr[i][0], sCmpgtDataArr[i][1]), sCompareConst(sCmpgtDataArr[i][0], SHORT_PLACEHOLDER_2));
}
testCaseNum = sizeof(sCmpltDataArr) / sizeof(sCmpltDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_sCmplt, compareLT(sCmpltDataArr[i][0], sCmpltDataArr[i][1]), _sCmplt(sCmpltDataArr[i][0], sCmpltDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpltConst1_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmplt, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 4, 1, &(sCmpltDataArr[i][0]), 2, &(sCmpltDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareLT(sCmpltDataArr[i][0], sCmpltDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, SHORT_PLACEHOLDER_2));
sprintf(resolvedMethodName, "sCmpltConst2_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmplt, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 1, &(sCmpltDataArr[i][0]));
OMR_CT_EXPECT_EQ(sCompareConst, compareLT(sCmpltDataArr[i][0], sCmpltDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, sCmpltDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpltConst3_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmplt, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 2, &(sCmpltDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareLT(sCmpltDataArr[i][0], sCmpltDataArr[i][1]), sCompareConst(sCmpltDataArr[i][0], SHORT_PLACEHOLDER_2));
}
testCaseNum = sizeof(sCmpgeDataArr) / sizeof(sCmpgeDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_sCmpge, compareGE(sCmpgeDataArr[i][0], sCmpgeDataArr[i][1]), _sCmpge(sCmpgeDataArr[i][0], sCmpgeDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpgeConst1_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpge, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 4, 1, &(sCmpgeDataArr[i][0]), 2, &(sCmpgeDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareGE(sCmpgeDataArr[i][0], sCmpgeDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, SHORT_PLACEHOLDER_2));
sprintf(resolvedMethodName, "sCmpgeConst2_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpge, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 1, &(sCmpgeDataArr[i][0]));
OMR_CT_EXPECT_EQ(sCompareConst, compareGE(sCmpgeDataArr[i][0], sCmpgeDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, sCmpgeDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpgeConst3_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmpge, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 2, &(sCmpgeDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareGE(sCmpgeDataArr[i][0], sCmpgeDataArr[i][1]), sCompareConst(sCmpgeDataArr[i][0], SHORT_PLACEHOLDER_2));
}
testCaseNum = sizeof(sCmpleDataArr) / sizeof(sCmpleDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_sCmple, compareLE(sCmpleDataArr[i][0], sCmpleDataArr[i][1]), _sCmple(sCmpleDataArr[i][0], sCmpleDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpleConst1_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmple, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 4, 1, &(sCmpleDataArr[i][0]), 2, &(sCmpleDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareLE(sCmpleDataArr[i][0], sCmpleDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, SHORT_PLACEHOLDER_2));
sprintf(resolvedMethodName, "sCmpleConst2_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmple, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 1, &(sCmpleDataArr[i][0]));
OMR_CT_EXPECT_EQ(sCompareConst, compareLE(sCmpleDataArr[i][0], sCmpleDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, sCmpleDataArr[i][1]));
sprintf(resolvedMethodName, "sCmpleConst3_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::scmple, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 2, &(sCmpleDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareLE(sCmpleDataArr[i][0], sCmpleDataArr[i][1]), sCompareConst(sCmpleDataArr[i][0], SHORT_PLACEHOLDER_2));
}
//bCompare
testCaseNum = sizeof(bCmpeqDataArr) / sizeof(bCmpeqDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_bCmpeq, compareEQ(bCmpeqDataArr[i][0], bCmpeqDataArr[i][1]), _bCmpeq(bCmpeqDataArr[i][0], bCmpeqDataArr[i][1]));
sprintf(resolvedMethodName, "bCmpeqConst1_TestCase%d", i + 1);
compileOpCodeMethod(bCompareConst,
_numberOfBinaryArgs, TR::bcmpeq, resolvedMethodName, _argTypesBinaryByte, TR::Int32, rc, 4, 1, &(bCmpeqDataArr[i][0]), 2, &(bCmpeqDataArr[i][1]));
OMR_CT_EXPECT_EQ(bCompareConst, compareEQ(bCmpeqDataArr[i][0], bCmpeqDataArr[i][1]), bCompareConst(BYTE_PLACEHOLDER_1, BYTE_PLACEHOLDER_2));
sprintf(resolvedMethodName, "bCmpeqConst2_TestCase%d", i + 1);
compileOpCodeMethod(bCompareConst,
_numberOfBinaryArgs, TR::bcmpeq, resolvedMethodName, _argTypesBinaryByte, TR::Int32, rc, 2, 1, &(bCmpeqDataArr[i][0]));
OMR_CT_EXPECT_EQ(bCompareConst, compareEQ(bCmpeqDataArr[i][0], bCmpeqDataArr[i][1]), bCompareConst(BYTE_PLACEHOLDER_1, bCmpeqDataArr[i][1]));
sprintf(resolvedMethodName, "bCmpeqConst3_TestCase%d", i + 1);
compileOpCodeMethod(bCompareConst,
_numberOfBinaryArgs, TR::bcmpeq, resolvedMethodName, _argTypesBinaryByte, TR::Int32, rc, 2, 2, &(bCmpeqDataArr[i][1]));
OMR_CT_EXPECT_EQ(bCompareConst, compareEQ(bCmpeqDataArr[i][0], bCmpeqDataArr[i][1]), bCompareConst(bCmpeqDataArr[i][0], BYTE_PLACEHOLDER_2));
}
testCaseNum = sizeof(bCmpgtDataArr) / sizeof(bCmpgtDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_bCmpgt, compareGT(bCmpgtDataArr[i][0], bCmpgtDataArr[i][1]), _bCmpgt(bCmpgtDataArr[i][0], bCmpgtDataArr[i][1]));
sprintf(resolvedMethodName, "bCmpgtConst1_TestCase%d", i + 1);
compileOpCodeMethod(bCompareConst,
_numberOfBinaryArgs, TR::bcmpgt, resolvedMethodName, _argTypesBinaryByte, TR::Int32, rc, 4, 1, &(bCmpgtDataArr[i][0]), 2, &(bCmpgtDataArr[i][1]));
OMR_CT_EXPECT_EQ(bCompareConst, compareGT(bCmpgtDataArr[i][0], bCmpgtDataArr[i][1]), bCompareConst(BYTE_PLACEHOLDER_1, BYTE_PLACEHOLDER_2));
sprintf(resolvedMethodName, "bCmpgtConst2_TestCase%d", i + 1);
compileOpCodeMethod(bCompareConst,
_numberOfBinaryArgs, TR::bcmpgt, resolvedMethodName, _argTypesBinaryByte, TR::Int32, rc, 2, 1, &(bCmpgtDataArr[i][0]));
OMR_CT_EXPECT_EQ(bCompareConst, compareGT(bCmpgtDataArr[i][0], bCmpgtDataArr[i][1]), bCompareConst(BYTE_PLACEHOLDER_1, bCmpgtDataArr[i][1]));
sprintf(resolvedMethodName, "bCmpgtConst3_TestCase%d", i + 1);
compileOpCodeMethod(bCompareConst,
_numberOfBinaryArgs, TR::bcmpgt, resolvedMethodName, _argTypesBinaryByte, TR::Int32, rc, 2, 2, &(bCmpgtDataArr[i][1]));
OMR_CT_EXPECT_EQ(bCompareConst, compareGT(bCmpgtDataArr[i][0], bCmpgtDataArr[i][1]), bCompareConst(bCmpgtDataArr[i][0], BYTE_PLACEHOLDER_2));
}
//ifsCompare
testCaseNum = sizeof(ifScmpeqDataArr) / sizeof(ifScmpeqDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_ifScmpeq, compareEQ(ifScmpeqDataArr[i][0], ifScmpeqDataArr[i][1]), _ifScmpeq(ifScmpeqDataArr[i][0], ifScmpeqDataArr[i][1]));
sprintf(resolvedMethodName, "ifScmpeqConst1_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::ifscmpeq, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 4, 1, &(ifScmpeqDataArr[i][0]), 2, &(ifScmpeqDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareEQ(ifScmpeqDataArr[i][0], ifScmpeqDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, SHORT_PLACEHOLDER_2));
sprintf(resolvedMethodName, "ifScmpeqConst2_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::ifscmpeq, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 1, &(ifScmpeqDataArr[i][0]));
OMR_CT_EXPECT_EQ(sCompareConst, compareEQ(ifScmpeqDataArr[i][0], ifScmpeqDataArr[i][1]), sCompareConst(SHORT_PLACEHOLDER_1, ifScmpeqDataArr[i][1]));
sprintf(resolvedMethodName, "ifScmpeqConst3_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,
_numberOfBinaryArgs, TR::ifscmpeq, resolvedMethodName, _argTypesBinaryShort, TR::Int32, rc, 2, 2, &(ifScmpeqDataArr[i][1]));
OMR_CT_EXPECT_EQ(sCompareConst, compareEQ(ifScmpeqDataArr[i][0], ifScmpeqDataArr[i][1]), sCompareConst(ifScmpeqDataArr[i][0], SHORT_PLACEHOLDER_2));
}
testCaseNum = sizeof(ifScmpneDataArr) / sizeof(ifScmpneDataArr[0]);
for(uint32_t i = 0; i < testCaseNum; ++i)
{
OMR_CT_EXPECT_EQ(_ifScmpne, compareNE(ifScmpneDataArr[i][0], ifScmpneDataArr[i][1]), _ifScmpne(ifScmpneDataArr[i][0], ifScmpneDataArr[i][1]));
sprintf(resolvedMethodName, "ifScmpneConst1_TestCase%d", i + 1);
compileOpCodeMethod(sCompareConst,