Commons Codec example source code file (Base64TestData.java)
The Commons Codec Base64TestData.java source code
/*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You under the Apache License, Version 2.0
* (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.apache.commons.codec.binary;
import java.io.IOException;
import java.io.InputStream;
import java.util.Random;
/**
* This random data was encoded by OpenSSL. Java had nothing to do with it. This data helps us test interop between
* Commons-Codec and OpenSSL. Notice that OpenSSL creates 64 character lines instead of the 76 of Commons-Codec.
*
* @see <a href="http://www.ietf.org/rfc/rfc2045.txt">RFC 2045
* @author Apache Software Foundation
* @version $Id $
* @since 1.4
*/
public class Base64TestData {
// OpenSSL doesn't include the final \n, but it would be annoying beyond belief
// to further parameterize commons-codec to support this pointless variation.
final static String ENCODED_64_CHARS_PER_LINE
= "9IPNKwUvdLiIAp6ctz12SiQmOGstWyYvSPeevufDhrzaws65voykKjbIj33YWTa9\n"
+ "xA7c/FHypWclrZhQ7onfc3JE93BJ5fT4R9zAEdjbjy1hv4ZYNnET4WJeXMLJ/5p+\n"
+ "qBpTsPpepW8DNVYy1c02/1wyC+kgA6CvRUd9cSr/lt88AEdsTV4GMCn1+EwuAiYd\n"
+ "ivxuzn+cLM8q2jewqlI52tP9J7Cs8vqG71s6+WAELKvm/UovvyaOi+OdMUfjQ0JL\n"
+ "iLkHu6p9OwUgvQqiDKzEv/Augo0dTPZzYGEyCP5GVrle3QQdgciIHnpdd4VUTPGR\n"
+ "UbXeKbh++U3fbJIng/sQXM3IYByMZ7xt9HWS1LUcRdQ7Prwn/IlQWxOMeq+KZJSo\n"
+ "AviWtdserXyHbIEa//hmr4p/j80k0g9q35hq1ayGM9984ALTSaZ8WeyFbZx1CxC/\n"
+ "Qoqf92UH/ylBRnSJNn4sS0oa3uUbNvOnpkB4D9V7Ut9atinCJrw+wiJcMl+9kp25\n"
+ "1IUxBGA4cUxh0eaxk3ODWnwI95EktmWOKwCSP0xjWwIMxDjygwAG5R8fk9H9bVi1\n"
+ "thMavm4nDc4vaNoSE1RnZNYwbiUVlVPM9EclvJWTWd6igWeA0MxHAA8iOM5Vnmqp\n"
+ "/WGM7UDq59rBIdNQCoeTJaAkEtAuLL5zogOa5e+MzVjvB5MYQlOlaaTtQrRApXa5\n"
+ "Z4VfEanu9UK2fi1T8jJPFC2PmXebxp0bnO+VW+bgyEdIIkIQCaZq1MKWC3KuiOS9\n"
+ "BJ1t7O0A2JKJKvoE4UNulzV2TGCC+KAnmjRqQBqXlJmgjHQAoHNZKOma/uIQOsvf\n"
+ "DnqicYdDmfyCYuV89HjA1H8tiDJ85VfsrFHdcbPAoNCpi65awJSHfdPO1NDONOK+\n"
+ "+S7Y0VXUgoYYrBV4Y7YbC8wg/nqcimr3lm3tRyp+QsgKzdREbfNRk0F5PLyLfsUE\n"
+ "lepjs1QdV3fEV1LJtiywA3ubVNQJRxhbYxa/C/Xy2qxpm6vvdL92l3q1ccev35Ic\n"
+ "aOiSx7Im+/GxV2lVKdaOvYVGDD1zBRe6Y2CwQb9p088l3/93qGR5593NCiuPPWcs\n"
+ "DWwUShM1EyW0FNX1F8bnzHnYijoyE/jf4s/l9bBd7yJdRWRCyih2WcypAiOIEkBs\n"
+ "H+dCTgalu8sRDoMh4ZIBBdgHfoZUycLqReQFLZZ4Sl4zSmzt5vQxQFhEKb9+ff/4\n"
+ "rb1KAo6wifengxVfIsa2b5ljXzAqXs7JkPvmC6fa7X4ZZndRokaxYlu3cg8OV+uG\n"
+ "/6YAHZilo8at0OpkkNdNFuhwuGlkBqrZKNUj/gSiYYc06gF/r/z6iWAjpXJRW1qq\n"
+ "3CLZXdZFZ/VrqXeVjtOAu2A=\n";
final static String ENCODED_76_CHARS_PER_LINE
= "9IPNKwUvdLiIAp6ctz12SiQmOGstWyYvSPeevufDhrzaws65voykKjbIj33YWTa9xA7c/FHypWcl\n"
+ "rZhQ7onfc3JE93BJ5fT4R9zAEdjbjy1hv4ZYNnET4WJeXMLJ/5p+qBpTsPpepW8DNVYy1c02/1wy\n"
+ "C+kgA6CvRUd9cSr/lt88AEdsTV4GMCn1+EwuAiYdivxuzn+cLM8q2jewqlI52tP9J7Cs8vqG71s6\n"
+ "+WAELKvm/UovvyaOi+OdMUfjQ0JLiLkHu6p9OwUgvQqiDKzEv/Augo0dTPZzYGEyCP5GVrle3QQd\n"
+ "gciIHnpdd4VUTPGRUbXeKbh++U3fbJIng/sQXM3IYByMZ7xt9HWS1LUcRdQ7Prwn/IlQWxOMeq+K\n"
+ "ZJSoAviWtdserXyHbIEa//hmr4p/j80k0g9q35hq1ayGM9984ALTSaZ8WeyFbZx1CxC/Qoqf92UH\n"
+ "/ylBRnSJNn4sS0oa3uUbNvOnpkB4D9V7Ut9atinCJrw+wiJcMl+9kp251IUxBGA4cUxh0eaxk3OD\n"
+ "WnwI95EktmWOKwCSP0xjWwIMxDjygwAG5R8fk9H9bVi1thMavm4nDc4vaNoSE1RnZNYwbiUVlVPM\n"
+ "9EclvJWTWd6igWeA0MxHAA8iOM5Vnmqp/WGM7UDq59rBIdNQCoeTJaAkEtAuLL5zogOa5e+MzVjv\n"
+ "B5MYQlOlaaTtQrRApXa5Z4VfEanu9UK2fi1T8jJPFC2PmXebxp0bnO+VW+bgyEdIIkIQCaZq1MKW\n"
+ "C3KuiOS9BJ1t7O0A2JKJKvoE4UNulzV2TGCC+KAnmjRqQBqXlJmgjHQAoHNZKOma/uIQOsvfDnqi\n"
+ "cYdDmfyCYuV89HjA1H8tiDJ85VfsrFHdcbPAoNCpi65awJSHfdPO1NDONOK++S7Y0VXUgoYYrBV4\n"
+ "Y7YbC8wg/nqcimr3lm3tRyp+QsgKzdREbfNRk0F5PLyLfsUElepjs1QdV3fEV1LJtiywA3ubVNQJ\n"
+ "RxhbYxa/C/Xy2qxpm6vvdL92l3q1ccev35IcaOiSx7Im+/GxV2lVKdaOvYVGDD1zBRe6Y2CwQb9p\n"
+ "088l3/93qGR5593NCiuPPWcsDWwUShM1EyW0FNX1F8bnzHnYijoyE/jf4s/l9bBd7yJdRWRCyih2\n"
+ "WcypAiOIEkBsH+dCTgalu8sRDoMh4ZIBBdgHfoZUycLqReQFLZZ4Sl4zSmzt5vQxQFhEKb9+ff/4\n"
+ "rb1KAo6wifengxVfIsa2b5ljXzAqXs7JkPvmC6fa7X4ZZndRokaxYlu3cg8OV+uG/6YAHZilo8at\n"
+ "0OpkkNdNFuhwuGlkBqrZKNUj/gSiYYc06gF/r/z6iWAjpXJRW1qq3CLZXdZFZ/VrqXeVjtOAu2A=\n";
final static byte[] DECODED
= {-12, -125, -51, 43, 5, 47, 116, -72, -120, 2, -98, -100, -73, 61, 118, 74, 36, 38, 56, 107, 45, 91, 38,
47, 72, -9, -98, -66, -25, -61, -122, -68, -38, -62, -50, -71, -66, -116, -92, 42, 54, -56, -113, 125,
-40, 89, 54, -67, -60, 14, -36, -4, 81, -14, -91, 103, 37, -83, -104, 80, -18, -119, -33, 115, 114, 68,
-9, 112, 73, -27, -12, -8, 71, -36, -64, 17, -40, -37, -113, 45, 97, -65, -122, 88, 54, 113, 19, -31, 98,
94, 92, -62, -55, -1, -102, 126, -88, 26, 83, -80, -6, 94, -91, 111, 3, 53, 86, 50, -43, -51, 54, -1, 92,
50, 11, -23, 32, 3, -96, -81, 69, 71, 125, 113, 42, -1, -106, -33, 60, 0, 71, 108, 77, 94, 6, 48, 41, -11,
-8, 76, 46, 2, 38, 29, -118, -4, 110, -50, 127, -100, 44, -49, 42, -38, 55, -80, -86, 82, 57, -38, -45,
-3, 39, -80, -84, -14, -6, -122, -17, 91, 58, -7, 96, 4, 44, -85, -26, -3, 74, 47, -65, 38, -114, -117,
-29, -99, 49, 71, -29, 67, 66, 75, -120, -71, 7, -69, -86, 125, 59, 5, 32, -67, 10, -94, 12, -84, -60, -65,
-16, 46, -126, -115, 29, 76, -10, 115, 96, 97, 50, 8, -2, 70, 86, -71, 94, -35, 4, 29, -127, -56, -120,
30, 122, 93, 119, -123, 84, 76, -15, -111, 81, -75, -34, 41, -72, 126, -7, 77, -33, 108, -110, 39, -125,
-5, 16, 92, -51, -56, 96, 28, -116, 103, -68, 109, -12, 117, -110, -44, -75, 28, 69, -44, 59, 62, -68,
39, -4, -119, 80, 91, 19, -116, 122, -81, -118, 100, -108, -88, 2, -8, -106, -75, -37, 30, -83, 124, -121,
108, -127, 26, -1, -8, 102, -81, -118, 127, -113, -51, 36, -46, 15, 106, -33, -104, 106, -43, -84, -122,
51, -33, 124, -32, 2, -45, 73, -90, 124, 89, -20, -123, 109, -100, 117, 11, 16, -65, 66, -118, -97, -9,
101, 7, -1, 41, 65, 70, 116, -119, 54, 126, 44, 75, 74, 26, -34, -27, 27, 54, -13, -89, -90, 64, 120, 15,
-43, 123, 82, -33, 90, -74, 41, -62, 38, -68, 62, -62, 34, 92, 50, 95, -67, -110, -99, -71, -44, -123,
49, 4, 96, 56, 113, 76, 97, -47, -26, -79, -109, 115, -125, 90, 124, 8, -9, -111, 36, -74, 101, -114, 43,
0, -110, 63, 76, 99, 91, 2, 12, -60, 56, -14, -125, 0, 6, -27, 31, 31, -109, -47, -3, 109, 88, -75, -74,
19, 26, -66, 110, 39, 13, -50, 47, 104, -38, 18, 19, 84, 103, 100, -42, 48, 110, 37, 21, -107, 83, -52,
-12, 71, 37, -68, -107, -109, 89, -34, -94, -127, 103, -128, -48, -52, 71, 0, 15, 34, 56, -50, 85, -98,
106, -87, -3, 97, -116, -19, 64, -22, -25, -38, -63, 33, -45, 80, 10, -121, -109, 37, -96, 36, 18, -48,
46, 44, -66, 115, -94, 3, -102, -27, -17, -116, -51, 88, -17, 7, -109, 24, 66, 83, -91, 105, -92, -19,
66, -76, 64, -91, 118, -71, 103, -123, 95, 17, -87, -18, -11, 66, -74, 126, 45, 83, -14, 50, 79, 20, 45,
-113, -103, 119, -101, -58, -99, 27, -100, -17, -107, 91, -26, -32, -56, 71, 72, 34, 66, 16, 9, -90, 106,
-44, -62, -106, 11, 114, -82, -120, -28, -67, 4, -99, 109, -20, -19, 0, -40, -110, -119, 42, -6, 4, -31,
67, 110, -105, 53, 118, 76, 96, -126, -8, -96, 39, -102, 52, 106, 64, 26, -105, -108, -103, -96, -116,
116, 0, -96, 115, 89, 40, -23, -102, -2, -30, 16, 58, -53, -33, 14, 122, -94, 113, -121, 67, -103, -4,
-126, 98, -27, 124, -12, 120, -64, -44, 127, 45, -120, 50, 124, -27, 87, -20, -84, 81, -35, 113, -77,
-64, -96, -48, -87, -117, -82, 90, -64, -108, -121, 125, -45, -50, -44, -48, -50, 52, -30, -66, -7, 46,
-40, -47, 85, -44, -126, -122, 24, -84, 21, 120, 99, -74, 27, 11, -52, 32, -2, 122, -100, -118, 106, -9,
-106, 109, -19, 71, 42, 126, 66, -56, 10, -51, -44, 68, 109, -13, 81, -109, 65, 121, 60, -68, -117, 126,
-59, 4, -107, -22, 99, -77, 84, 29, 87, 119, -60, 87, 82, -55, -74, 44, -80, 3, 123, -101, 84, -44, 9, 71,
24, 91, 99, 22, -65, 11, -11, -14, -38, -84, 105, -101, -85, -17, 116, -65, 118, -105, 122, -75, 113,
-57, -81, -33, -110, 28, 104, -24, -110, -57, -78, 38, -5, -15, -79, 87, 105, 85, 41, -42, -114, -67,
-123, 70, 12, 61, 115, 5, 23, -70, 99, 96, -80, 65, -65, 105, -45, -49, 37, -33, -1, 119, -88, 100, 121,
-25, -35, -51, 10, 43, -113, 61, 103, 44, 13, 108, 20, 74, 19, 53, 19, 37, -76, 20, -43, -11, 23, -58, -25,
-52, 121, -40, -118, 58, 50, 19, -8, -33, -30, -49, -27, -11, -80, 93, -17, 34, 93, 69, 100, 66, -54, 40,
118, 89, -52, -87, 2, 35, -120, 18, 64, 108, 31, -25, 66, 78, 6, -91, -69, -53, 17, 14, -125, 33, -31, -110,
1, 5, -40, 7, 126, -122, 84, -55, -62, -22, 69, -28, 5, 45, -106, 120, 74, 94, 51, 74, 108, -19, -26, -12,
49, 64, 88, 68, 41, -65, 126, 125, -1, -8, -83, -67, 74, 2, -114, -80, -119, -9, -89, -125, 21, 95, 34,
-58, -74, 111, -103, 99, 95, 48, 42, 94, -50, -55, -112, -5, -26, 11, -89, -38, -19, 126, 25, 102, 119,
81, -94, 70, -79, 98, 91, -73, 114, 15, 14, 87, -21, -122, -1, -90, 0, 29, -104, -91, -93, -58, -83, -48,
-22, 100, -112, -41, 77, 22, -24, 112, -72, 105, 100, 6, -86, -39, 40, -43, 35, -2, 4, -94, 97, -121, 52,
-22, 1, 127, -81, -4, -6, -119, 96, 35, -91, 114, 81, 91, 90, -86, -36, 34, -39, 93, -42, 69, 103, -11,
107, -87, 119, -107, -114, -45, -128, -69, 96};
// Some utility code to help test chunked reads of the InputStream.
private final static int SIZE_KEY = 0;
private final static int LAST_READ_KEY = 1;
static byte[] streamToBytes(final InputStream in) throws IOException {
// new byte[7] is obviously quite slow, but helps exercise the code.
byte[] buf = new byte[7];
try {
int[] status = fill(buf, 0, in);
int size = status[SIZE_KEY];
int lastRead = status[LAST_READ_KEY];
while (lastRead != -1) {
buf = resizeArray(buf);
status = fill(buf, size, in);
size = status[SIZE_KEY];
lastRead = status[LAST_READ_KEY];
}
if (buf.length != size) {
byte[] smallerBuf = new byte[size];
System.arraycopy(buf, 0, smallerBuf, 0, size);
buf = smallerBuf;
}
}
finally {
in.close();
}
return buf;
}
private static int[] fill(final byte[] buf, final int offset, final InputStream in)
throws IOException {
int read = in.read(buf, offset, buf.length - offset);
int lastRead = read;
if (read == -1) {
read = 0;
}
while (lastRead != -1 && read + offset < buf.length) {
lastRead = in.read(buf, offset + read, buf.length - read - offset);
if (lastRead != -1) {
read += lastRead;
}
}
return new int[]{offset + read, lastRead};
}
private static byte[] resizeArray(final byte[] bytes) {
byte[] biggerBytes = new byte[bytes.length * 2];
System.arraycopy(bytes, 0, biggerBytes, 0, bytes.length);
return biggerBytes;
}
/**
* Returns an encoded and decoded copy of the same random data.
*
* @param size amount of random data to generate and encode
* @param urlSafe true if encoding be urlSafe
* @return two byte[] arrays: [0] = decoded, [1] = encoded
*/
static byte[][] randomData(int size, boolean urlSafe) {
Random r = new Random();
byte[] decoded = new byte[size];
r.nextBytes(decoded);
byte[] encoded = urlSafe ? Base64.encodeBase64URLSafe(decoded) : Base64.encodeBase64(decoded);
return new byte[][] {decoded, encoded};
}
/**
* Tests the supplied byte[] array to see if it contains the specified byte c.
*
* @param bytes byte[] array to test
* @param c byte to look for
* @return true if bytes contains c, false otherwise
*/
static boolean bytesContain(byte[] bytes, byte c) {
for (int i = 0; i < bytes.length; i++) {
if (bytes[i] == c) { return true; }
}
return false;
}
}
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