| /* |
| * Copyright (c) 2015, 2016, Oracle and/or its affiliates. All rights reserved. |
| * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. |
| * |
| * This code is free software; you can redistribute it and/or modify it |
| * under the terms of the GNU General Public License version 2 only, as |
| * published by the Free Software Foundation. Oracle designates this |
| * particular file as subject to the "Classpath" exception as provided |
| * by Oracle in the LICENSE file that accompanied this code. |
| * |
| * This code is distributed in the hope that it will be useful, but WITHOUT |
| * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or |
| * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License |
| * version 2 for more details (a copy is included in the LICENSE file that |
| * accompanied this code). |
| * |
| * You should have received a copy of the GNU General Public License version |
| * 2 along with this work; if not, write to the Free Software Foundation, |
| * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA. |
| * |
| * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA |
| * or visit www.oracle.com if you need additional information or have any |
| * questions. |
| */ |
| |
| // This file is available under and governed by the GNU General Public |
| // License version 2 only, as published by the Free Software Foundation. |
| // However, the following notice accompanied the original version of this |
| // file: |
| // |
| // Copyright 2010 the V8 project authors. All rights reserved. |
| // Redistribution and use in source and binary forms, with or without |
| // modification, are permitted provided that the following conditions are |
| // met: |
| // |
| // * Redistributions of source code must retain the above copyright |
| // notice, this list of conditions and the following disclaimer. |
| // * 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. |
| // * Neither the name of Google Inc. nor the names of its |
| // contributors may be used to endorse or promote products derived |
| // from this software without specific prior written permission. |
| // |
| // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS 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 COPYRIGHT |
| // OWNER 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. |
| |
| package jdk.nashorn.internal.runtime.doubleconv.test; |
| |
| import org.testng.annotations.Test; |
| |
| import java.lang.reflect.Constructor; |
| import java.lang.reflect.Method; |
| |
| import static org.testng.Assert.assertEquals; |
| import static org.testng.Assert.assertTrue; |
| |
| /** |
| * Bignum class tests |
| * |
| * @test |
| * @modules jdk.scripting.nashorn/jdk.nashorn.internal.runtime.doubleconv:open |
| * @run testng jdk.nashorn.internal.runtime.doubleconv.test.BignumTest |
| */ |
| @SuppressWarnings("javadoc") |
| public class BignumTest { |
| |
| static final Class<?> Bignum; |
| static final Constructor<?> ctor; |
| |
| static { |
| try { |
| Bignum = Class.forName("jdk.nashorn.internal.runtime.doubleconv.Bignum"); |
| ctor = Bignum.getDeclaredConstructor(); |
| ctor.setAccessible(true); |
| } catch (final Exception e) { |
| throw new RuntimeException(e); |
| } |
| } |
| |
| private static Method method(final String name, final Class<?>... params) throws NoSuchMethodException { |
| final Method m = Bignum.getDeclaredMethod(name, params); |
| m.setAccessible(true); |
| return m; |
| } |
| |
| @Test |
| public void testAssign() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| final Object bignum2 = ctor.newInstance(); |
| |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignUInt64 = method("assignUInt64", long.class); |
| final Method assignDecimalString = method("assignDecimalString", String.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method toHexString = method("toHexString"); |
| |
| assignUInt16.invoke(bignum, (char) 0); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| assignUInt16.invoke(bignum, (char) 0xA); |
| assertEquals(toHexString.invoke(bignum), "A"); |
| assignUInt16.invoke(bignum, (char) 0x20); |
| assertEquals(toHexString.invoke(bignum), "20"); |
| |
| assignUInt64.invoke(bignum, 0); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| assignUInt64.invoke(bignum, 0xA); |
| assertEquals(toHexString.invoke(bignum), "A"); |
| assignUInt64.invoke(bignum, 0x20); |
| assertEquals(toHexString.invoke(bignum), "20"); |
| assignUInt64.invoke(bignum, 0x100); |
| assertEquals(toHexString.invoke(bignum), "100"); |
| |
| // The first real test, since this will not fit into one bigit. |
| assignUInt64.invoke(bignum, 0x12345678L); |
| assertEquals(toHexString.invoke(bignum), "12345678"); |
| |
| assignUInt64.invoke(bignum, 0xFFFFFFFFFFFFFFFFL); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFFFFF"); |
| |
| assignUInt64.invoke(bignum, 0x123456789ABCDEF0L); |
| assertEquals(toHexString.invoke(bignum), "123456789ABCDEF0"); |
| |
| assignUInt64.invoke(bignum2, 0x123456789ABCDEF0L); |
| assertEquals(toHexString.invoke(bignum2), "123456789ABCDEF0"); |
| |
| assignDecimalString.invoke(bignum, "0"); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| |
| assignDecimalString.invoke(bignum, "1"); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignDecimalString.invoke(bignum, "1234567890"); |
| assertEquals(toHexString.invoke(bignum), "499602D2"); |
| |
| assignHexString.invoke(bignum, "0"); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| |
| assignHexString.invoke(bignum, "123456789ABCDEF0"); |
| assertEquals(toHexString.invoke(bignum), "123456789ABCDEF0"); |
| } |
| |
| @Test |
| public void testShiftLeft() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| final Method toHexString = method("toHexString"); |
| |
| |
| assignHexString.invoke(bignum, "0"); |
| shiftLeft.invoke(bignum, 100); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| |
| assignHexString.invoke(bignum, "1"); |
| shiftLeft.invoke(bignum, 1); |
| assertEquals(toHexString.invoke(bignum), "2"); |
| |
| assignHexString.invoke(bignum, "1"); |
| shiftLeft.invoke(bignum, 4); |
| assertEquals(toHexString.invoke(bignum), "10"); |
| |
| assignHexString.invoke(bignum, "1"); |
| shiftLeft.invoke(bignum, 32); |
| assertEquals(toHexString.invoke(bignum), "100000000"); |
| |
| assignHexString.invoke(bignum, "1"); |
| shiftLeft.invoke(bignum, 64); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000"); |
| |
| assignHexString.invoke(bignum, "123456789ABCDEF"); |
| shiftLeft.invoke(bignum, 64); |
| assertEquals(toHexString.invoke(bignum), "123456789ABCDEF0000000000000000"); |
| shiftLeft.invoke(bignum, 1); |
| assertEquals(toHexString.invoke(bignum), "2468ACF13579BDE0000000000000000"); |
| } |
| |
| |
| |
| @Test |
| public void testAddUInt64() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| |
| final Method addUInt64 = method("addUInt64", long.class); |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| final Method toHexString = method("toHexString"); |
| |
| assignHexString.invoke(bignum, "0"); |
| addUInt64.invoke(bignum, 0xA); |
| assertEquals(toHexString.invoke(bignum), "A"); |
| |
| assignHexString.invoke(bignum, "1"); |
| addUInt64.invoke(bignum, 0xA); |
| assertEquals(toHexString.invoke(bignum), "B"); |
| |
| assignHexString.invoke(bignum, "1"); |
| addUInt64.invoke(bignum, 0x100); |
| assertEquals(toHexString.invoke(bignum), "101"); |
| |
| assignHexString.invoke(bignum, "1"); |
| addUInt64.invoke(bignum, 0xFFFF); |
| assertEquals(toHexString.invoke(bignum), "10000"); |
| |
| assignHexString.invoke(bignum, "FFFFFFF"); |
| addUInt64.invoke(bignum, 0x1); |
| assertEquals(toHexString.invoke(bignum), "10000000"); |
| |
| assignHexString.invoke(bignum, "10000000000000000000000000000000000000000000"); |
| addUInt64.invoke(bignum, 0xFFFF); |
| assertEquals(toHexString.invoke(bignum), "1000000000000000000000000000000000000000FFFF"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF"); |
| addUInt64.invoke(bignum, 0x1); |
| assertEquals(toHexString.invoke(bignum), "100000000000000000000000000000000000000000000"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF"); |
| addUInt64.invoke(bignum, 0x1); |
| assertEquals(toHexString.invoke(bignum), "100000000000000000000000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| addUInt64.invoke(bignum, 1); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000000000001"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| addUInt64.invoke(bignum, 0xFFFF); |
| assertEquals(toHexString.invoke(bignum), "1000000000000000000000FFFF"); |
| |
| assignHexString.invoke(bignum, "0"); |
| addUInt64.invoke(bignum, 0xA00000000L); |
| assertEquals(toHexString.invoke(bignum), "A00000000"); |
| |
| assignHexString.invoke(bignum, "1"); |
| addUInt64.invoke(bignum, 0xA00000000L); |
| assertEquals(toHexString.invoke(bignum), "A00000001"); |
| |
| assignHexString.invoke(bignum, "1"); |
| addUInt64.invoke(bignum, 0x10000000000L); |
| assertEquals(toHexString.invoke(bignum), "10000000001"); |
| |
| assignHexString.invoke(bignum, "1"); |
| addUInt64.invoke(bignum, 0xFFFF00000000L); |
| assertEquals(toHexString.invoke(bignum), "FFFF00000001"); |
| |
| assignHexString.invoke(bignum, "FFFFFFF"); |
| addUInt64.invoke(bignum, 0x100000000L); |
| assertEquals(toHexString.invoke(bignum), "10FFFFFFF"); |
| |
| assignHexString.invoke(bignum, "10000000000000000000000000000000000000000000"); |
| addUInt64.invoke(bignum, 0xFFFF00000000L); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000000000000000000FFFF00000000"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF"); |
| addUInt64.invoke(bignum, 0x100000000L); |
| assertEquals(toHexString.invoke(bignum), "1000000000000000000000000000000000000FFFFFFFF"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| addUInt64.invoke(bignum, 0x100000000L); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000100000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| addUInt64.invoke(bignum, 0xFFFF00000000L); |
| assertEquals(toHexString.invoke(bignum), "10000000000000FFFF00000000"); |
| } |
| |
| @Test |
| public void testAddBignum() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| final Object other = ctor.newInstance(); |
| |
| final Method addBignum = method("addBignum", Bignum); |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| final Method toHexString = method("toHexString"); |
| |
| assignHexString.invoke(other, "1"); |
| assignHexString.invoke(bignum, "0"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignHexString.invoke(bignum, "1"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "2"); |
| |
| assignHexString.invoke(bignum, "FFFFFFF"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10000000"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFF"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "100000000000000"); |
| |
| assignHexString.invoke(bignum, "10000000000000000000000000000000000000000000"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000000000000000000000000000001"); |
| |
| assignHexString.invoke(other, "1000000000000"); |
| |
| assignHexString.invoke(bignum, "1"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "1000000000001"); |
| |
| assignHexString.invoke(bignum, "FFFFFFF"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "100000FFFFFFF"); |
| |
| assignHexString.invoke(bignum, "10000000000000000000000000000000000000000000"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000000000000000001000000000000"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "1000000000000000000000000000000FFFFFFFFFFFF"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10000000000001000000000000"); |
| |
| shiftLeft.invoke(other, 64); |
| // other == "10000000000000000000000000000" |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000000000000001"); |
| |
| assignHexString.invoke(bignum, "FFFFFFF"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "1000000000000000000000FFFFFFF"); |
| |
| assignHexString.invoke(bignum, "10000000000000000000000000000000000000000000"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10000000000000010000000000000000000000000000"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF"); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "100000000000000FFFFFFFFFFFFFFFFFFFFFFFFFFFF"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| addBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10010000000000000000000000000"); |
| } |
| |
| |
| @Test |
| public void testSubtractBignum() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| final Object other = ctor.newInstance(); |
| |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| final Method subtractBignum = method("subtractBignum", Bignum); |
| |
| final Method toHexString = method("toHexString"); |
| |
| assignHexString.invoke(bignum, "1"); |
| assignHexString.invoke(other, "0"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignHexString.invoke(bignum, "2"); |
| assignHexString.invoke(other, "0"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "2"); |
| |
| assignHexString.invoke(bignum, "10000000"); |
| assignHexString.invoke(other, "1"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFF"); |
| |
| assignHexString.invoke(bignum, "100000000000000"); |
| assignHexString.invoke(other, "1"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFFF"); |
| |
| assignHexString.invoke(bignum, "10000000000000000000000000000000000000000001"); |
| assignHexString.invoke(other, "1"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000000000000000000000000000000"); |
| |
| assignHexString.invoke(bignum, "1000000000001"); |
| assignHexString.invoke(other, "1000000000000"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignHexString.invoke(bignum, "100000FFFFFFF"); |
| assignHexString.invoke(other, "1000000000000"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFF"); |
| |
| assignHexString.invoke(bignum, "10000000000000000000000000000001000000000000"); |
| assignHexString.invoke(other, "1000000000000"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000000000000000000000000000000"); |
| |
| assignHexString.invoke(bignum, "1000000000000000000000000000000FFFFFFFFFFFF"); |
| assignHexString.invoke(other, "1000000000000"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| // "10 0000 0000 0000 0000 0000 0000" |
| assignHexString.invoke(other, "1000000000000"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFF000000000000"); |
| |
| assignHexString.invoke(other, "1000000000000"); |
| shiftLeft.invoke(other, 48); |
| // other == "1000000000000000000000000" |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| // bignum == "10000000000000000000000000" |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "F000000000000000000000000"); |
| |
| assignUInt16.invoke(other, (char) 0x1); |
| shiftLeft.invoke(other, 35); |
| // other == "800000000" |
| assignHexString.invoke(bignum, "FFFFFFF"); |
| shiftLeft.invoke(bignum, 60); |
| // bignum = FFFFFFF000000000000000 |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFEFFFFFF800000000"); |
| |
| assignHexString.invoke(bignum, "10000000000000000000000000000000000000000000"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF800000000"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF"); |
| subtractBignum.invoke(bignum, other); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF7FFFFFFFF"); |
| } |
| |
| |
| @Test |
| public void testMultiplyUInt32() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method assignDecimalString = method("assignDecimalString", String.class); |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method multiplyByUInt32 = method("multiplyByUInt32", int.class); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| final Method toHexString = method("toHexString"); |
| |
| assignHexString.invoke(bignum, "0"); |
| multiplyByUInt32.invoke(bignum, 0x25); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| |
| assignHexString.invoke(bignum, "2"); |
| multiplyByUInt32.invoke(bignum, 0x5); |
| assertEquals(toHexString.invoke(bignum), "A"); |
| |
| assignHexString.invoke(bignum, "10000000"); |
| multiplyByUInt32.invoke(bignum, 0x9); |
| assertEquals(toHexString.invoke(bignum), "90000000"); |
| |
| assignHexString.invoke(bignum, "100000000000000"); |
| multiplyByUInt32.invoke(bignum, 0xFFFF); |
| assertEquals(toHexString.invoke(bignum), "FFFF00000000000000"); |
| |
| assignHexString.invoke(bignum, "100000000000000"); |
| multiplyByUInt32.invoke(bignum, 0xFFFFFFFF); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFF00000000000000"); |
| |
| assignHexString.invoke(bignum, "1234567ABCD"); |
| multiplyByUInt32.invoke(bignum, 0xFFF); |
| assertEquals(toHexString.invoke(bignum), "12333335552433"); |
| |
| assignHexString.invoke(bignum, "1234567ABCD"); |
| multiplyByUInt32.invoke(bignum, 0xFFFFFFF); |
| assertEquals(toHexString.invoke(bignum), "12345679998A985433"); |
| |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFF"); |
| multiplyByUInt32.invoke(bignum, 0x2); |
| assertEquals(toHexString.invoke(bignum), "1FFFFFFFFFFFFFFFE"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFF"); |
| multiplyByUInt32.invoke(bignum, 0x4); |
| assertEquals(toHexString.invoke(bignum), "3FFFFFFFFFFFFFFFC"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFF"); |
| multiplyByUInt32.invoke(bignum, 0xF); |
| assertEquals(toHexString.invoke(bignum), "EFFFFFFFFFFFFFFF1"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFF"); |
| multiplyByUInt32.invoke(bignum, 0xFFFFFF); |
| assertEquals(toHexString.invoke(bignum), "FFFFFEFFFFFFFFFF000001"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| // "10 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt32.invoke(bignum, 2); |
| assertEquals(toHexString.invoke(bignum), "20000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| // "10 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt32.invoke(bignum, 0xF); |
| assertEquals(toHexString.invoke(bignum), "F0000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0xFFFF); |
| shiftLeft.invoke(bignum, 100); |
| // "FFFF0 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt32.invoke(bignum, 0xFFFF); |
| assertEquals(toHexString.invoke(bignum), "FFFE00010000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0xFFFF); |
| shiftLeft.invoke(bignum, 100); |
| // "FFFF0 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt32.invoke(bignum, 0xFFFFFFFF); |
| assertEquals(toHexString.invoke(bignum), "FFFEFFFF00010000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0xFFFF); |
| shiftLeft.invoke(bignum, 100); |
| // "FFFF0 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt32.invoke(bignum, 0xFFFFFFFF); |
| assertEquals(toHexString.invoke(bignum), "FFFEFFFF00010000000000000000000000000"); |
| |
| assignDecimalString.invoke(bignum, "15611230384529777"); |
| multiplyByUInt32.invoke(bignum, 10000000); |
| assertEquals(toHexString.invoke(bignum), "210EDD6D4CDD2580EE80"); |
| } |
| |
| |
| |
| @Test |
| public void testMultiplyUInt64() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignDecimalString = method("assignDecimalString", String.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method multiplyByUInt64 = method("multiplyByUInt64", long.class); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| final Method toHexString = method("toHexString"); |
| |
| assignHexString.invoke(bignum, "0"); |
| multiplyByUInt64.invoke(bignum, 0x25); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| |
| assignHexString.invoke(bignum, "2"); |
| multiplyByUInt64.invoke(bignum, 0x5); |
| assertEquals(toHexString.invoke(bignum), "A"); |
| |
| assignHexString.invoke(bignum, "10000000"); |
| multiplyByUInt64.invoke(bignum, 0x9); |
| assertEquals(toHexString.invoke(bignum), "90000000"); |
| |
| assignHexString.invoke(bignum, "100000000000000"); |
| multiplyByUInt64.invoke(bignum, 0xFFFF); |
| assertEquals(toHexString.invoke(bignum), "FFFF00000000000000"); |
| |
| assignHexString.invoke(bignum, "100000000000000"); |
| multiplyByUInt64.invoke(bignum, 0xFFFFFFFFFFFFFFFFL); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFFFFF00000000000000"); |
| |
| assignHexString.invoke(bignum, "1234567ABCD"); |
| multiplyByUInt64.invoke(bignum, 0xFFF); |
| assertEquals(toHexString.invoke(bignum), "12333335552433"); |
| |
| assignHexString.invoke(bignum, "1234567ABCD"); |
| multiplyByUInt64.invoke(bignum, 0xFFFFFFFFFFL); |
| assertEquals(toHexString.invoke(bignum), "1234567ABCBDCBA985433"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFF"); |
| multiplyByUInt64.invoke(bignum, 0x2); |
| assertEquals(toHexString.invoke(bignum), "1FFFFFFFFFFFFFFFE"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFF"); |
| multiplyByUInt64.invoke(bignum, 0x4); |
| assertEquals(toHexString.invoke(bignum), "3FFFFFFFFFFFFFFFC"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFF"); |
| multiplyByUInt64.invoke(bignum, 0xF); |
| assertEquals(toHexString.invoke(bignum), "EFFFFFFFFFFFFFFF1"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFFFF"); |
| multiplyByUInt64.invoke(bignum, 0xFFFFFFFFFFFFFFFFL); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFFFFE0000000000000001"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| // "10 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt64.invoke(bignum, 2); |
| assertEquals(toHexString.invoke(bignum), "20000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0x1); |
| shiftLeft.invoke(bignum, 100); |
| // "10 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt64.invoke(bignum, 0xF); |
| assertEquals(toHexString.invoke(bignum), "F0000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0xFFFF); |
| shiftLeft.invoke(bignum, 100); |
| // "FFFF0 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt64.invoke(bignum, 0xFFFF); |
| assertEquals(toHexString.invoke(bignum), "FFFE00010000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0xFFFF); |
| shiftLeft.invoke(bignum, 100); |
| // "FFFF0 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt64.invoke(bignum, 0xFFFFFFFFL); |
| assertEquals(toHexString.invoke(bignum), "FFFEFFFF00010000000000000000000000000"); |
| |
| assignUInt16.invoke(bignum, (char) 0xFFFF); |
| shiftLeft.invoke(bignum, 100); |
| // "FFFF0 0000 0000 0000 0000 0000 0000" |
| multiplyByUInt64.invoke(bignum, 0xFFFFFFFFFFFFFFFFL); |
| assertEquals(toHexString.invoke(bignum), "FFFEFFFFFFFFFFFF00010000000000000000000000000"); |
| |
| assignDecimalString.invoke(bignum, "15611230384529777"); |
| multiplyByUInt64.invoke(bignum, 0x8ac7230489e80000L); |
| assertEquals(toHexString.invoke(bignum), "1E10EE4B11D15A7F3DE7F3C7680000"); |
| } |
| |
| @Test |
| public void testMultiplyPowerOfTen() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| final Object bignum2 = ctor.newInstance(); |
| |
| final Method assignBignum = method("assignBignum", Bignum); |
| final Method assignDecimalString = method("assignDecimalString", String.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method multiplyByPowerOfTen = method("multiplyByPowerOfTen", int.class); |
| final Method toHexString = method("toHexString"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 1); |
| assertEquals(toHexString.invoke(bignum), "3034"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 2); |
| assertEquals(toHexString.invoke(bignum), "1E208"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 3); |
| assertEquals(toHexString.invoke(bignum), "12D450"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 4); |
| assertEquals(toHexString.invoke(bignum), "BC4B20"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 5); |
| assertEquals(toHexString.invoke(bignum), "75AEF40"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 6); |
| assertEquals(toHexString.invoke(bignum), "498D5880"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 7); |
| assertEquals(toHexString.invoke(bignum), "2DF857500"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 8); |
| assertEquals(toHexString.invoke(bignum), "1CBB369200"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 9); |
| assertEquals(toHexString.invoke(bignum), "11F5021B400"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 10); |
| assertEquals(toHexString.invoke(bignum), "B3921510800"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 11); |
| assertEquals(toHexString.invoke(bignum), "703B4D2A5000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 12); |
| assertEquals(toHexString.invoke(bignum), "4625103A72000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 13); |
| assertEquals(toHexString.invoke(bignum), "2BD72A24874000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 14); |
| assertEquals(toHexString.invoke(bignum), "1B667A56D488000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 15); |
| assertEquals(toHexString.invoke(bignum), "11200C7644D50000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 16); |
| assertEquals(toHexString.invoke(bignum), "AB407C9EB0520000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 17); |
| assertEquals(toHexString.invoke(bignum), "6B084DE32E3340000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 18); |
| assertEquals(toHexString.invoke(bignum), "42E530ADFCE0080000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 19); |
| assertEquals(toHexString.invoke(bignum), "29CF3E6CBE0C0500000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 20); |
| assertEquals(toHexString.invoke(bignum), "1A218703F6C783200000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 21); |
| assertEquals(toHexString.invoke(bignum), "1054F4627A3CB1F400000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 22); |
| assertEquals(toHexString.invoke(bignum), "A3518BD8C65EF38800000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 23); |
| assertEquals(toHexString.invoke(bignum), "6612F7677BFB5835000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 24); |
| assertEquals(toHexString.invoke(bignum), "3FCBDAA0AD7D17212000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 25); |
| assertEquals(toHexString.invoke(bignum), "27DF68A46C6E2E74B4000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 26); |
| assertEquals(toHexString.invoke(bignum), "18EBA166C3C4DD08F08000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 27); |
| assertEquals(toHexString.invoke(bignum), "F9344E03A5B0A259650000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 28); |
| assertEquals(toHexString.invoke(bignum), "9BC0B0C2478E6577DF20000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 29); |
| assertEquals(toHexString.invoke(bignum), "61586E796CB8FF6AEB740000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 30); |
| assertEquals(toHexString.invoke(bignum), "3CD7450BE3F39FA2D32880000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 31); |
| assertEquals(toHexString.invoke(bignum), "26068B276E7843C5C3F9500000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 50); |
| assertEquals(toHexString.invoke(bignum), "149D1B4CFED03B23AB5F4E1196EF45C08000000000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 100); |
| assertEquals(toHexString.invoke(bignum), |
| "5827249F27165024FBC47DFCA9359BF316332D1B91ACEECF471FBAB06D9B2" + |
| "0000000000000000000000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 200); |
| assertEquals(toHexString.invoke(bignum), |
| "64C1F5C06C3816AFBF8DAFD5A3D756365BB0FD020E6F084E759C1F7C99E4F" + |
| "55B9ACC667CEC477EB958C2AEEB3C6C19BA35A1AD30B35C51EB72040920000" + |
| "0000000000000000000000000000000000000000000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 500); |
| assertEquals(toHexString.invoke(bignum), |
| "96741A625EB5D7C91039FEB5C5ACD6D9831EDA5B083D800E6019442C8C8223" + |
| "3EAFB3501FE2058062221E15121334928880827DEE1EC337A8B26489F3A40A" + |
| "CB440A2423734472D10BFCE886F41B3AF9F9503013D86D088929CA86EEB4D8" + |
| "B9C831D0BD53327B994A0326227CFD0ECBF2EB48B02387AAE2D4CCCDF1F1A1" + |
| "B8CC4F1FA2C56AD40D0E4DAA9C28CDBF0A549098EA13200000000000000000" + |
| "00000000000000000000000000000000000000000000000000000000000000" + |
| "0000000000000000000000000000000000000000000000"); |
| |
| assignDecimalString.invoke(bignum, "1234"); |
| multiplyByPowerOfTen.invoke(bignum, 1000); |
| assertEquals(toHexString.invoke(bignum), |
| "1258040F99B1CD1CC9819C676D413EA50E4A6A8F114BB0C65418C62D399B81" + |
| "6361466CA8E095193E1EE97173553597C96673AF67FAFE27A66E7EF2E5EF2E" + |
| "E3F5F5070CC17FE83BA53D40A66A666A02F9E00B0E11328D2224B8694C7372" + |
| "F3D536A0AD1985911BD361496F268E8B23112500EAF9B88A9BC67B2AB04D38" + |
| "7FEFACD00F5AF4F764F9ABC3ABCDE54612DE38CD90CB6647CA389EA0E86B16" + |
| "BF7A1F34086E05ADBE00BD1673BE00FAC4B34AF1091E8AD50BA675E0381440" + |
| "EA8E9D93E75D816BAB37C9844B1441C38FC65CF30ABB71B36433AF26DD97BD" + |
| "ABBA96C03B4919B8F3515B92826B85462833380DC193D79F69D20DD6038C99" + |
| "6114EF6C446F0BA28CC772ACBA58B81C04F8FFDE7B18C4E5A3ABC51E637FDF" + |
| "6E37FDFF04C940919390F4FF92000000000000000000000000000000000000" + |
| "00000000000000000000000000000000000000000000000000000000000000" + |
| "00000000000000000000000000000000000000000000000000000000000000" + |
| "00000000000000000000000000000000000000000000000000000000000000" + |
| "0000000000000000000000000000"); |
| |
| assignHexString.invoke(bignum2, |
| "3DA774C07FB5DF54284D09C675A492165B830D5DAAEB2A7501" + |
| "DA17CF9DFA1CA2282269F92A25A97314296B717E3DCBB9FE17" + |
| "41A842FE2913F540F40796F2381155763502C58B15AF7A7F88" + |
| "6F744C9164FF409A28F7FA0C41F89ED79C1BE9F322C8578B97" + |
| "841F1CBAA17D901BE1230E3C00E1C643AF32638B5674E01FEA" + |
| "96FC90864E621B856A9E1CE56E6EB545B9C2F8F0CC10DDA88D" + |
| "CC6D282605F8DB67044F2DFD3695E7BA63877AE16701536AE6" + |
| "567C794D0BFE338DFBB42D92D4215AF3BB22BF0A8B283FDDC2" + |
| "C667A10958EA6D2"); |
| assertEquals(toHexString.invoke(bignum2), |
| "3DA774C07FB5DF54284D09C675A492165B830D5DAAEB2A7501" + |
| "DA17CF9DFA1CA2282269F92A25A97314296B717E3DCBB9FE17" + |
| "41A842FE2913F540F40796F2381155763502C58B15AF7A7F88" + |
| "6F744C9164FF409A28F7FA0C41F89ED79C1BE9F322C8578B97" + |
| "841F1CBAA17D901BE1230E3C00E1C643AF32638B5674E01FEA" + |
| "96FC90864E621B856A9E1CE56E6EB545B9C2F8F0CC10DDA88D" + |
| "CC6D282605F8DB67044F2DFD3695E7BA63877AE16701536AE6" + |
| "567C794D0BFE338DFBB42D92D4215AF3BB22BF0A8B283FDDC2" + |
| "C667A10958EA6D2"); |
| |
| assignBignum.invoke(bignum, bignum2); |
| multiplyByPowerOfTen.invoke(bignum, 1); |
| |
| assertEquals(toHexString.invoke(bignum), |
| "2688A8F84FD1AB949930261C0986DB4DF931E85A8AD2FA8921284EE1C2BC51" + |
| "E55915823BBA5789E7EC99E326EEE69F543ECE890929DED9AC79489884BE57" + |
| "630AD569E121BB76ED8DAC8FB545A8AFDADF1F8860599AFC47A93B6346C191" + |
| "7237F5BD36B73EB29371F4A4EE7A116CB5E8E5808D1BEA4D7F7E3716090C13" + |
| "F29E5DDA53F0FD513362A2D20F6505314B9419DB967F8A8A89589FC43917C3" + |
| "BB892062B17CBE421DB0D47E34ACCCE060D422CFF60DCBD0277EE038BD509C" + |
| "7BC494D8D854F5B76696F927EA99BC00C4A5D7928434"); |
| |
| assignBignum.invoke(bignum, bignum2); |
| multiplyByPowerOfTen.invoke(bignum, 2); |
| |
| assertEquals(toHexString.invoke(bignum), |
| "1815699B31E30B3CDFBE17D185F44910BBBF313896C3DC95B4B9314D19B5B32" + |
| "F57AD71655476B630F3E02DF855502394A74115A5BA2B480BCBCD5F52F6F69D" + |
| "E6C5622CB5152A54788BD9D14B896DE8CB73B53C3800DDACC9C51E0C38FAE76" + |
| "2F9964232872F9C2738E7150C4AE3F1B18F70583172706FAEE26DC5A78C77A2" + |
| "FAA874769E52C01DA5C3499F233ECF3C90293E0FB69695D763DAA3AEDA5535B" + |
| "43DAEEDF6E9528E84CEE0EC000C3C8495C1F9C89F6218AF4C23765261CD5ADD" + |
| "0787351992A01E5BB8F2A015807AE7A6BB92A08"); |
| |
| assignBignum.invoke(bignum, bignum2); |
| multiplyByPowerOfTen.invoke(bignum, 5); |
| |
| assertEquals(toHexString.invoke(bignum), |
| "5E13A4863ADEE3E5C9FE8D0A73423D695D62D8450CED15A8C9F368952C6DC3" + |
| "F0EE7D82F3D1EFB7AF38A3B3920D410AFCAD563C8F5F39116E141A3C5C14B3" + |
| "58CD73077EA35AAD59F6E24AD98F10D5555ABBFBF33AC361EAF429FD5FBE94" + |
| "17DA9EF2F2956011F9F93646AA38048A681D984ED88127073443247CCC167C" + |
| "B354A32206EF5A733E73CF82D795A1AD598493211A6D613C39515E0E0F6304" + |
| "DCD9C810F3518C7F6A7CB6C81E99E02FCC65E8FDB7B7AE97306CC16A8631CE" + |
| "0A2AEF6568276BE4C176964A73C153FDE018E34CB4C2F40"); |
| |
| assignBignum.invoke(bignum, bignum2); |
| multiplyByPowerOfTen.invoke(bignum, 10); |
| |
| assertEquals(toHexString.invoke(bignum), |
| "8F8CB8EB51945A7E815809F6121EF2F4E61EF3405CD9432CAD2709749EEAFD" + |
| "1B81E843F14A3667A7BDCCC9E0BB795F63CDFDB62844AC7438976C885A0116" + |
| "29607DA54F9C023CC366570B7637ED0F855D931752038A614922D0923E382C" + |
| "B8E5F6C975672DB76E0DE471937BB9EDB11E28874F1C122D5E1EF38CECE9D0" + |
| "0723056BCBD4F964192B76830634B1D322B7EB0062F3267E84F5C824343A77" + |
| "4B7DCEE6DD464F01EBDC8C671BB18BB4EF4300A42474A6C77243F2A12B03BF" + |
| "0443C38A1C0D2701EDB393135AE0DEC94211F9D4EB51F990800"); |
| |
| assignBignum.invoke(bignum, bignum2); |
| multiplyByPowerOfTen.invoke(bignum, 50); |
| |
| assertEquals(toHexString.invoke(bignum), |
| "107A8BE345E24407372FC1DE442CBA696BC23C4FFD5B4BDFD9E5C39559815" + |
| "86628CF8472D2D589F2FC2BAD6E0816EC72CBF85CCA663D8A1EC6C51076D8" + |
| "2D247E6C26811B7EC4D4300FB1F91028DCB7B2C4E7A60C151161AA7E65E79" + |
| "B40917B12B2B5FBE7745984D4E8EFA31F9AE6062427B068B144A9CB155873" + |
| "E7C0C9F0115E5AC72DC5A73C4796DB970BF9205AB8C77A6996EB1B417F9D1" + |
| "6232431E6313C392203601B9C22CC10DDA88DCC6D282605F8DB67044F2DFD" + |
| "3695E7BA63877AE16701536AE6567C794D0BFE338DFBB42D924CF964BD2C0" + |
| "F586E03A2FCD35A408000000000000"); |
| |
| assignBignum.invoke(bignum, bignum2); |
| multiplyByPowerOfTen.invoke(bignum, 100); |
| |
| assertEquals(toHexString.invoke(bignum), |
| "46784A90ACD0ED3E7759CC585FB32D36EB6034A6F78D92604E3BAA5ED3D8B" + |
| "6E60E854439BE448897FB4B7EA5A3D873AA0FCB3CFFD80D0530880E45F511" + |
| "722A50CE7E058B5A6F5464DB7500E34984EE3202A9441F44FA1554C0CEA96" + |
| "B438A36F25E7C9D56D71AE2CD313EC37534DA299AC0854FC48591A7CF3171" + |
| "31265AA4AE62DE32344CE7BEEEF894AE686A2DAAFE5D6D9A10971FFD9C064" + |
| "5079B209E1048F58B5192D41D84336AC4C8C489EEF00939CFC9D55C122036" + |
| "01B9C22CC10DDA88DCC6D282605F8DB67044F2DFD3695E7BA3F67B96D3A32" + |
| "E11FB5561B68744C4035B0800DC166D49D98E3FD1D5BB2000000000000000" + |
| "0000000000"); |
| |
| assignBignum.invoke(bignum, bignum2); |
| multiplyByPowerOfTen.invoke(bignum, 200); |
| |
| assertEquals(toHexString.invoke(bignum), |
| "508BD351221DF139D72D88CDC0416845A53EE2D0E6B98352509A9AC312F8C" + |
| "6CB1A144889416201E0B6CE66EA3EBE259B5FD79ECFC1FD77963CE516CC7E" + |
| "2FE73D4B5B710C19F6BCB092C7A2FD76286543B8DBD2C596DFF2C896720BA" + |
| "DFF7BC9C366ACEA3A880AEC287C5E6207DF2739B5326FC19D773BD830B109" + |
| "ED36C7086544BF8FDB9D4B73719C2B5BC2F571A5937EC46876CD428281F6B" + |
| "F287E1E07F25C1B1D46BC37324FF657A8B2E0071DB83B86123CA34004F406" + |
| "001082D7945E90C6E8C9A9FEC2B44BE0DDA46E9F52B152E4D1336D2FCFBC9" + |
| "96E30CA0082256737365158FE36482AA7EB9DAF2AB128F10E7551A3CD5BE6" + |
| "0A922F3A7D5EED38B634A7EC95BCF7021BA6820A292000000000000000000" + |
| "00000000000000000000000000000000"); |
| |
| assignBignum.invoke(bignum, bignum2); |
| multiplyByPowerOfTen.invoke(bignum, 500); |
| |
| assertEquals(toHexString.invoke(bignum), |
| "7845F900E475B5086885BAAAE67C8E85185ACFE4633727F82A4B06B5582AC" + |
| "BE933C53357DA0C98C20C5AC900C4D76A97247DF52B79F48F9E35840FB715" + |
| "D392CE303E22622B0CF82D9471B398457DD3196F639CEE8BBD2C146873841" + |
| "F0699E6C41F04FC7A54B48CEB995BEB6F50FE81DE9D87A8D7F849CC523553" + |
| "7B7BBBC1C7CAAFF6E9650BE03B308C6D31012AEF9580F70D3EE2083ADE126" + |
| "8940FA7D6308E239775DFD2F8C97FF7EBD525DAFA6512216F7047A62A93DC" + |
| "38A0165BDC67E250DCC96A0181DE935A70B38704DC71819F02FC5261FF7E1" + |
| "E5F11907678B0A3E519FF4C10A867B0C26CE02BE6960BA8621A87303C101C" + |
| "3F88798BB9F7739655946F8B5744E6B1EAF10B0C5621330F0079209033C69" + |
| "20DE2E2C8D324F0624463735D482BF291926C22A910F5B80FA25170B6B57D" + |
| "8D5928C7BCA3FE87461275F69BD5A1B83181DAAF43E05FC3C72C4E93111B6" + |
| "6205EBF49B28FEDFB7E7526CBDA658A332000000000000000000000000000" + |
| "0000000000000000000000000000000000000000000000000000000000000" + |
| "0000000000000000000000000000000000000"); |
| } |
| |
| |
| @Test |
| public void testDivideModuloIntBignum() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| final Object other = ctor.newInstance(); |
| final Object third = ctor.newInstance(); |
| |
| final Method addBignum = method("addBignum", Bignum); |
| final Method assignBignum = method("assignBignum", Bignum); |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method divideModuloIntBignum = method("divideModuloIntBignum", Bignum); |
| final Method multiplyByUInt32 = method("multiplyByUInt32", int.class); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| final Method subtractBignum = method("subtractBignum", Bignum); |
| final Method toHexString = method("toHexString"); |
| |
| assignUInt16.invoke(bignum, (char) 10); |
| assignUInt16.invoke(other, (char) 2); |
| assertEquals((char) 5, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| |
| assignUInt16.invoke(bignum, (char) 10); |
| shiftLeft.invoke(bignum, 500); |
| assignUInt16.invoke(other, (char) 2); |
| shiftLeft.invoke(other, 500); |
| assertEquals((char) 5, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "0"); |
| |
| assignUInt16.invoke(bignum, (char) 11); |
| assignUInt16.invoke(other, (char) 2); |
| assertEquals((char) 5, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignUInt16.invoke(bignum, (char) 10); |
| shiftLeft.invoke(bignum, 500); |
| assignUInt16.invoke(other, (char) 1); |
| addBignum.invoke(bignum, other); |
| assignUInt16.invoke(other, (char) 2); |
| shiftLeft.invoke(other, 500); |
| assertEquals((char) 5, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignUInt16.invoke(bignum, (char) 10); |
| shiftLeft.invoke(bignum, 500); |
| assignBignum.invoke(other, bignum); |
| multiplyByUInt32.invoke(bignum, 0x1234); |
| assignUInt16.invoke(third, (char) 0xFFF); |
| addBignum.invoke(bignum, third); |
| assertEquals((char) 0x1234, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "FFF"); |
| |
| assignUInt16.invoke(bignum, (char) 10); |
| assignHexString.invoke(other, "1234567890"); |
| assertEquals((char) 0, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "A"); |
| |
| assignHexString.invoke(bignum, "12345678"); |
| assignHexString.invoke(other, "3789012"); |
| assertEquals((char) 5, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "D9861E"); |
| |
| assignHexString.invoke(bignum, "70000001"); |
| assignHexString.invoke(other, "1FFFFFFF"); |
| assertEquals((char) 3, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "10000004"); |
| |
| assignHexString.invoke(bignum, "28000000"); |
| assignHexString.invoke(other, "12A05F20"); |
| assertEquals((char) 2, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "2BF41C0"); |
| |
| assignUInt16.invoke(bignum, (char) 10); |
| shiftLeft.invoke(bignum, 500); |
| assignBignum.invoke(other, bignum); |
| multiplyByUInt32.invoke(bignum, 0x1234); |
| assignUInt16.invoke(third, (char) 0xFFF); |
| subtractBignum.invoke(other, third); |
| assertEquals((char) 0x1234, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "1232DCC"); |
| assertEquals((char) 0, (char) divideModuloIntBignum.invoke(bignum, other)); |
| assertEquals(toHexString.invoke(bignum), "1232DCC"); |
| } |
| |
| |
| @Test |
| public void testCompare() throws Exception { |
| |
| final Object bignum1 = ctor.newInstance(); |
| final Object bignum2 = ctor.newInstance(); |
| |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method compare = method("compare", Bignum, Bignum); |
| final Method equal = method("equal", Bignum, Bignum); |
| final Method less = method("less", Bignum, Bignum); |
| final Method lessEqual = method("lessEqual", Bignum, Bignum); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| |
| assignUInt16.invoke(bignum1, (char) 1); |
| assignUInt16.invoke(bignum2, (char) 1); |
| assertEquals(0, compare.invoke(null, bignum1, bignum2)); |
| assertTrue((boolean) equal.invoke(null, bignum1, bignum2)); |
| assertTrue((boolean) lessEqual.invoke(null, bignum1, bignum2)); |
| assertTrue(!(boolean) less.invoke(null, bignum1, bignum2)); |
| |
| assignUInt16.invoke(bignum1, (char) 0); |
| assignUInt16.invoke(bignum2, (char) 1); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| assertTrue(!(boolean) equal.invoke(null, bignum1, bignum2)); |
| assertTrue(!(boolean) equal.invoke(null, bignum2, bignum1)); |
| assertTrue((boolean) lessEqual.invoke(null, bignum1, bignum2)); |
| assertTrue(!(boolean) lessEqual.invoke(null, bignum2, bignum1)); |
| assertTrue((boolean) less.invoke(null, bignum1, bignum2)); |
| assertTrue(!(boolean) less.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "1234567890ABCDEF12345"); |
| assignHexString.invoke(bignum2, "1234567890ABCDEF12345"); |
| assertEquals(0, compare.invoke(null, bignum1, bignum2)); |
| |
| assignHexString.invoke(bignum1, "1234567890ABCDEF12345"); |
| assignHexString.invoke(bignum2, "1234567890ABCDEF12346"); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "1234567890ABCDEF12345"); |
| shiftLeft.invoke(bignum1, 500); |
| assignHexString.invoke(bignum2, "1234567890ABCDEF12345"); |
| shiftLeft.invoke(bignum2, 500); |
| assertEquals(0, compare.invoke(null, bignum1, bignum2)); |
| |
| assignHexString.invoke(bignum1, "1234567890ABCDEF12345"); |
| shiftLeft.invoke(bignum1, 500); |
| assignHexString.invoke(bignum2, "1234567890ABCDEF12346"); |
| shiftLeft.invoke(bignum2, 500); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignUInt16.invoke(bignum1, (char) 1); |
| shiftLeft.invoke(bignum1, 64); |
| assignHexString.invoke(bignum2, "10000000000000000"); |
| assertEquals(0, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(0, compare.invoke(null, bignum2, bignum1)); |
| |
| assignUInt16.invoke(bignum1, (char) 1); |
| shiftLeft.invoke(bignum1, 64); |
| assignHexString.invoke(bignum2, "10000000000000001"); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignUInt16.invoke(bignum1, (char) 1); |
| shiftLeft.invoke(bignum1, 96); |
| assignHexString.invoke(bignum2, "10000000000000001"); |
| shiftLeft.invoke(bignum2, 32); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "FFFFFFFFFFFFFFFF"); |
| assignUInt16.invoke(bignum2, (char) 1); |
| shiftLeft.invoke(bignum2, 64); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "FFFFFFFFFFFFFFFF"); |
| shiftLeft.invoke(bignum1, 32); |
| assignUInt16.invoke(bignum2, (char) 1); |
| shiftLeft.invoke(bignum2, 96); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "FFFFFFFFFFFFFFFF"); |
| shiftLeft.invoke(bignum1, 32); |
| assignUInt16.invoke(bignum2, (char) 1); |
| shiftLeft.invoke(bignum2, 95); |
| assertEquals(+1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(-1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "FFFFFFFFFFFFFFFF"); |
| shiftLeft.invoke(bignum1, 32); |
| assignUInt16.invoke(bignum2, (char) 1); |
| shiftLeft.invoke(bignum2, 100); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "100000000000000"); |
| assignUInt16.invoke(bignum2, (char) 1); |
| shiftLeft.invoke(bignum2, 14*4); |
| assertEquals(0, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(0, compare.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "100000000000001"); |
| assignUInt16.invoke(bignum2, (char) 1); |
| shiftLeft.invoke(bignum2, 14 * 4); |
| assertEquals(+1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(-1, compare.invoke(null, bignum2, bignum1)); |
| |
| assignHexString.invoke(bignum1, "200000000000000"); |
| assignUInt16.invoke(bignum2, (char) 3); |
| shiftLeft.invoke(bignum2, 14*4); |
| assertEquals(-1, compare.invoke(null, bignum1, bignum2)); |
| assertEquals(+1, compare.invoke(null, bignum2, bignum1)); |
| } |
| |
| |
| @Test |
| public void testPlusCompare() throws Exception { |
| |
| final Object a = ctor.newInstance(); |
| final Object b = ctor.newInstance(); |
| final Object c = ctor.newInstance(); |
| |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method plusCompare = method("plusCompare", Bignum, Bignum, Bignum); |
| final Method plusEqual = method("plusEqual", Bignum, Bignum, Bignum); |
| final Method plusLess = method("plusLess", Bignum, Bignum, Bignum); |
| final Method plusLessEqual = method("plusLessEqual", Bignum, Bignum, Bignum); |
| final Method shiftLeft = method("shiftLeft", int.class); |
| |
| assignUInt16.invoke(a, (char) 1); |
| assignUInt16.invoke(b, (char) 0); |
| assignUInt16.invoke(c, (char) 1); |
| assertEquals(0, plusCompare.invoke(null, a, b, c)); |
| assertTrue((boolean) plusEqual.invoke(null, a, b, c)); |
| assertTrue((boolean) plusLessEqual.invoke(null, a, b, c)); |
| assertTrue(!(boolean) plusLess.invoke(null, a, b, c)); |
| |
| assignUInt16.invoke(a, (char) 0); |
| assignUInt16.invoke(b, (char) 0); |
| assignUInt16.invoke(c, (char) 1); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| assertEquals(+1, plusCompare.invoke(null, c, b, a)); |
| assertTrue(!(boolean) plusEqual.invoke(null, a, b, c)); |
| assertTrue(!(boolean) plusEqual.invoke(null, c, b, a)); |
| assertTrue((boolean) plusLessEqual.invoke(null, a, b, c)); |
| assertTrue(!(boolean) plusLessEqual.invoke(null, c, b, a)); |
| assertTrue((boolean) plusLess.invoke(null, a, b, c)); |
| assertTrue(!(boolean) plusLess.invoke(null, c, b, a)); |
| |
| assignHexString.invoke(a, "1234567890ABCDEF12345"); |
| assignUInt16.invoke(b, (char) 1); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| assertEquals(+1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890ABCDEF12344"); |
| assignUInt16.invoke(b, (char) 1); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| assertEquals(0, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| assertEquals(0, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4); |
| assignHexString.invoke(b, "ABCDEF12344"); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4); |
| assignHexString.invoke(b, "ABCDEF12346"); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| assertEquals(1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567891"); |
| shiftLeft.invoke(a, 11 * 4); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| assertEquals(1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567889"); |
| shiftLeft.invoke(a, 11 * 4); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| shiftLeft.invoke(c, 32); |
| assertEquals(0, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12344"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| shiftLeft.invoke(c, 32); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12346"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| shiftLeft.invoke(c, 32); |
| assertEquals(1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567891"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| shiftLeft.invoke(c, 32); |
| assertEquals(1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567889"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF12345"); |
| shiftLeft.invoke(c, 32); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF1234500000000"); |
| assertEquals(0, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12344"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF1234500000000"); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12346"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF1234500000000"); |
| assertEquals(1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567891"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF1234500000000"); |
| assertEquals(1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567889"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| shiftLeft.invoke(b, 32); |
| assignHexString.invoke(c, "1234567890ABCDEF1234500000000"); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| assignHexString.invoke(c, "123456789000000000ABCDEF12345"); |
| assertEquals(0, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12346"); |
| assignHexString.invoke(c, "123456789000000000ABCDEF12345"); |
| assertEquals(1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12344"); |
| assignHexString.invoke(c, "123456789000000000ABCDEF12345"); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| shiftLeft.invoke(b, 16); |
| assignHexString.invoke(c, "12345678900000ABCDEF123450000"); |
| assertEquals(0, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12344"); |
| shiftLeft.invoke(b, 16); |
| assignHexString.invoke(c, "12345678900000ABCDEF123450000"); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12345"); |
| shiftLeft.invoke(b, 16); |
| assignHexString.invoke(c, "12345678900000ABCDEF123450001"); |
| assertEquals(-1, plusCompare.invoke(null, a, b, c)); |
| |
| assignHexString.invoke(a, "1234567890"); |
| shiftLeft.invoke(a, 11 * 4 + 32); |
| assignHexString.invoke(b, "ABCDEF12346"); |
| shiftLeft.invoke(b, 16); |
| assignHexString.invoke(c, "12345678900000ABCDEF123450000"); |
| assertEquals(+1, plusCompare.invoke(null, a, b, c)); |
| } |
| |
| |
| @Test |
| public void testSquare() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| |
| final Method assignUInt16 = method("assignUInt16", char.class); |
| final Method assignHexString = method("assignHexString", String.class); |
| final Method square = method("square"); |
| final Method toHexString = method("toHexString"); |
| |
| assignUInt16.invoke(bignum, (char) 1); |
| square.invoke(bignum); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignUInt16.invoke(bignum, (char) 2); |
| square.invoke(bignum); |
| assertEquals(toHexString.invoke(bignum), "4"); |
| |
| assignUInt16.invoke(bignum, (char) 10); |
| square.invoke(bignum); |
| assertEquals(toHexString.invoke(bignum), "64"); |
| |
| assignHexString.invoke(bignum, "FFFFFFF"); |
| square.invoke(bignum); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFE0000001"); |
| |
| assignHexString.invoke(bignum, "FFFFFFFFFFFFFF"); |
| square.invoke(bignum); |
| assertEquals(toHexString.invoke(bignum), "FFFFFFFFFFFFFE00000000000001"); |
| } |
| |
| |
| @Test |
| public void testAssignPowerUInt16() throws Exception { |
| |
| final Object bignum = ctor.newInstance(); |
| |
| final Method assignPowerUInt16 = method("assignPowerUInt16", int.class, int.class); |
| final Method toHexString = method("toHexString"); |
| |
| assignPowerUInt16.invoke(bignum, 1, 0); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignPowerUInt16.invoke(bignum, 1, 1); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignPowerUInt16.invoke(bignum, 1, 2); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignPowerUInt16.invoke(bignum, 2, 0); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignPowerUInt16.invoke(bignum, 2, 1); |
| assertEquals(toHexString.invoke(bignum), "2"); |
| |
| assignPowerUInt16.invoke(bignum, 2, 2); |
| assertEquals(toHexString.invoke(bignum), "4"); |
| |
| assignPowerUInt16.invoke(bignum, 16, 1); |
| assertEquals(toHexString.invoke(bignum), "10"); |
| |
| assignPowerUInt16.invoke(bignum, 16, 2); |
| assertEquals(toHexString.invoke(bignum), "100"); |
| |
| assignPowerUInt16.invoke(bignum, 16, 5); |
| assertEquals(toHexString.invoke(bignum), "100000"); |
| |
| assignPowerUInt16.invoke(bignum, 16, 8); |
| assertEquals(toHexString.invoke(bignum), "100000000"); |
| |
| assignPowerUInt16.invoke(bignum, 16, 16); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000"); |
| |
| assignPowerUInt16.invoke(bignum, 16, 30); |
| assertEquals(toHexString.invoke(bignum), "1000000000000000000000000000000"); |
| |
| assignPowerUInt16.invoke(bignum, 10, 0); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignPowerUInt16.invoke(bignum, 10, 1); |
| assertEquals(toHexString.invoke(bignum), "A"); |
| |
| assignPowerUInt16.invoke(bignum, 10, 2); |
| assertEquals(toHexString.invoke(bignum), "64"); |
| |
| assignPowerUInt16.invoke(bignum, 10, 5); |
| assertEquals(toHexString.invoke(bignum), "186A0"); |
| |
| assignPowerUInt16.invoke(bignum, 10, 8); |
| assertEquals(toHexString.invoke(bignum), "5F5E100"); |
| |
| assignPowerUInt16.invoke(bignum, 10, 16); |
| assertEquals(toHexString.invoke(bignum), "2386F26FC10000"); |
| |
| assignPowerUInt16.invoke(bignum, 10, 30); |
| assertEquals(toHexString.invoke(bignum), "C9F2C9CD04674EDEA40000000"); |
| |
| assignPowerUInt16.invoke(bignum, 10, 31); |
| assertEquals(toHexString.invoke(bignum), "7E37BE2022C0914B2680000000"); |
| |
| assignPowerUInt16.invoke(bignum, 2, 0); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignPowerUInt16.invoke(bignum, 2, 100); |
| assertEquals(toHexString.invoke(bignum), "10000000000000000000000000"); |
| |
| assignPowerUInt16.invoke(bignum, 17, 0); |
| assertEquals(toHexString.invoke(bignum), "1"); |
| |
| assignPowerUInt16.invoke(bignum, 17, 99); |
| assertEquals(toHexString.invoke(bignum), |
| "1942BB9853FAD924A3D4DD92B89B940E0207BEF05DB9C26BC1B757" + |
| "80BE0C5A2C2990E02A681224F34ED68558CE4C6E33760931"); |
| |
| assignPowerUInt16.invoke(bignum, 0xFFFF, 99); |
| assertEquals(toHexString.invoke(bignum), |
| "FF9D12F09B886C54E77E7439C7D2DED2D34F669654C0C2B6B8C288250" + |
| "5A2211D0E3DC9A61831349EAE674B11D56E3049D7BD79DAAD6C9FA2BA" + |
| "528E3A794299F2EE9146A324DAFE3E88967A0358233B543E233E575B9" + |
| "DD4E3AA7942146426C328FF55BFD5C45E0901B1629260AF9AE2F310C5" + |
| "50959FAF305C30116D537D80CF6EBDBC15C5694062AF1AC3D956D0A41" + |
| "B7E1B79FF11E21D83387A1CE1F5882B31E4B5D8DE415BDBE6854466DF" + |
| "343362267A7E8833119D31D02E18DB5B0E8F6A64B0ED0D0062FFFF"); |
| } |
| } |
