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src/jdk.internal.vm.compiler/share/classes/org.graalvm.compiler.core.aarch64.test/src/org/graalvm/compiler/core/aarch64/test/AArch64AddSubShiftTest.java

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rev 52889 : 8214023: Update Graal

*** 24,38 **** package org.graalvm.compiler.core.aarch64.test; import org.graalvm.compiler.lir.aarch64.AArch64ArithmeticOp; - import org.junit.Assert; import org.junit.Test; public class AArch64AddSubShiftTest extends AArch64MatchRuleTest { /** * addSubShift match rule test for add operation with int type. */ private static int addLeftShiftInt(int input) { int output = (input << 5) + input; --- 24,42 ---- package org.graalvm.compiler.core.aarch64.test; + import org.graalvm.compiler.lir.LIRInstruction; import org.graalvm.compiler.lir.aarch64.AArch64ArithmeticOp; import org.junit.Test; + import java.util.function.Predicate; + public class AArch64AddSubShiftTest extends AArch64MatchRuleTest { + private static final Predicate<LIRInstruction> predicate = op -> (op instanceof AArch64ArithmeticOp.BinaryShiftOp); + /** * addSubShift match rule test for add operation with int type. */ private static int addLeftShiftInt(int input) { int output = (input << 5) + input;
*** 53,79 **** output += output >>> -5; output += output >>> 32; return output; } ! private static int addShiftInt(int input) { return addLeftShiftInt(input) + addRightShiftInt(input) + addUnsignedRightShiftInt(input); } /** * Check whether the addSubShift match rule in AArch64NodeMatchRules does work for add operation * with int type and check if the expected LIR instructions show up. */ @Test public void testAddShiftInt() { ! int expected = addShiftInt(123); ! ! Result result = executeActual(getResolvedJavaMethod("addShiftInt"), null, 123); ! int actual = (int) result.returnValue; ! Assert.assertEquals(expected, actual); ! ! checkLIR(AArch64ArithmeticOp.AddSubShiftOp.class, 6); } /** * addSubShift match rule test for add operation with long type. */ --- 57,78 ---- output += output >>> -5; output += output >>> 32; return output; } ! public static int addShiftInt(int input) { return addLeftShiftInt(input) + addRightShiftInt(input) + addUnsignedRightShiftInt(input); } /** * Check whether the addSubShift match rule in AArch64NodeMatchRules does work for add operation * with int type and check if the expected LIR instructions show up. */ @Test public void testAddShiftInt() { ! test("addShiftInt", 123); ! checkLIR("addShiftInt", predicate, 6); } /** * addSubShift match rule test for add operation with long type. */
*** 96,122 **** output += output >>> -5; output += output >>> 64; return output; } ! private static long addShiftLong(long input) { return addLeftShiftLong(input) + addRightShiftLong(input) + addUnsignedRightShiftLong(input); } /** * Check whether the addSubShift match rule in AArch64NodeMatchRules does work for add operation * with long type and check if the expected LIR instructions show up. */ @Test public void testAddShiftLong() { ! long expected = addShiftLong(1234567); ! ! Result result = executeActual(getResolvedJavaMethod("addShiftLong"), null, (long) 1234567); ! long actual = (long) result.returnValue; ! Assert.assertEquals(expected, actual); ! ! checkLIR(AArch64ArithmeticOp.AddSubShiftOp.class, 6); } /** * addSubShift match rule test for sub operation with int type. */ --- 95,116 ---- output += output >>> -5; output += output >>> 64; return output; } ! public static long addShiftLong(long input) { return addLeftShiftLong(input) + addRightShiftLong(input) + addUnsignedRightShiftLong(input); } /** * Check whether the addSubShift match rule in AArch64NodeMatchRules does work for add operation * with long type and check if the expected LIR instructions show up. */ @Test public void testAddShiftLong() { ! test("addShiftLong", 1234567L); ! checkLIR("addShiftLong", predicate, 6); } /** * addSubShift match rule test for sub operation with int type. */
*** 130,156 **** private static int subUnsignedRightShiftInt(int input0, int input1) { return input0 - (input1 >>> 5); } ! private static int subShiftInt(int input0, int input1) { return subLeftShiftInt(input0, input1) + subRightShiftInt(input0, input1) + subUnsignedRightShiftInt(input0, input1); } /** * Check whether the addSubShift match rule in AArch64NodeMatchRules does work for sub operation * with int type and check if the expected LIR instructions show up. */ @Test public void testSubShiftInt() { ! int expected = subShiftInt(123, 456); ! ! Result result = executeActual(getResolvedJavaMethod("subShiftInt"), null, 123, 456); ! int actual = (int) result.returnValue; ! Assert.assertEquals(expected, actual); ! ! checkLIR(AArch64ArithmeticOp.AddSubShiftOp.class, 3); } /** * addSubShift match rule test for sub operation with long type. */ --- 124,145 ---- private static int subUnsignedRightShiftInt(int input0, int input1) { return input0 - (input1 >>> 5); } ! public static int subShiftInt(int input0, int input1) { return subLeftShiftInt(input0, input1) + subRightShiftInt(input0, input1) + subUnsignedRightShiftInt(input0, input1); } /** * Check whether the addSubShift match rule in AArch64NodeMatchRules does work for sub operation * with int type and check if the expected LIR instructions show up. */ @Test public void testSubShiftInt() { ! test("subShiftInt", 123, 456); ! checkLIR("subShiftInt", predicate, 3); } /** * addSubShift match rule test for sub operation with long type. */
*** 164,187 **** private static long subUnsignedRightShiftLong(long input0, long input1) { return input0 - (input1 >>> 5); } ! private static long subShiftLong(long input0, long input1) { return subLeftShiftLong(input0, input1) + subRightShiftLong(input0, input1) + subUnsignedRightShiftLong(input0, input1); } /** * Check whether the addSubShift match rule in AArch64NodeMatchRules does work for sub operation * with long type and check if the expected LIR instructions show up. */ @Test public void testSubShiftLong() { ! long expected = subShiftLong(1234567, 123); ! ! Result result = executeActual(getResolvedJavaMethod("subShiftLong"), null, (long) 1234567, (long) 123); ! long actual = (long) result.returnValue; ! Assert.assertEquals(expected, actual); ! ! checkLIR(AArch64ArithmeticOp.AddSubShiftOp.class, 3); } } --- 153,171 ---- private static long subUnsignedRightShiftLong(long input0, long input1) { return input0 - (input1 >>> 5); } ! public static long subShiftLong(long input0, long input1) { return subLeftShiftLong(input0, input1) + subRightShiftLong(input0, input1) + subUnsignedRightShiftLong(input0, input1); } /** * Check whether the addSubShift match rule in AArch64NodeMatchRules does work for sub operation * with long type and check if the expected LIR instructions show up. */ @Test public void testSubShiftLong() { ! test("subShiftLong", 1234567L, 123L); ! checkLIR("subShiftLong", predicate, 3); } }
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