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Deduplicate Address class

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Change-Id: I50a6a61c78935a7ecfb56be0a5eaed644dea9ed0
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Tony Mantler 2014-01-08 11:17:20 -08:00
parent afecc01461
commit 877825cfb0
1 changed files with 0 additions and 718 deletions
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tests/src/com/android/emailcommon/mail/AddressUnitTests.java
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/*
* Copyright (C) 2008 The Android Open Source Project
*
* Licensed 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 com.android.emailcommon.mail;
import android.test.AndroidTestCase;
import android.test.suitebuilder.annotation.SmallTest;
import org.apache.james.mime4j.decoder.DecoderUtil;
import java.io.UnsupportedEncodingException;
import java.net.URLEncoder;
/**
* This is a series of unit tests for the Address class. These tests must be locally
* complete - no server(s) required.
*/
@SmallTest
public class AddressUnitTests extends AndroidTestCase {
private static final String MULTI_ADDRESSES_LIST =
"noname1@dom1.com, "
+ "<noname2@dom2.com>, "
+ "simple name <address3@dom3.org>, "
+ "\"name,4\" <address4@dom4.org>,"
+ "\"big \\\"G\\\"\" <bigG@dom5.net>,"
+ "\u65E5\u672C\u8A9E <address6@co.jp>,"
+ "\"\u65E5\u672C\u8A9E\" <address7@co.jp>,"
+ "\uD834\uDF01\uD834\uDF46 <address8@ne.jp>,"
+ "\"\uD834\uDF01\uD834\uDF46\" <address9@ne.jp>,"
+ "noname@dom.com <noname@dom.com>" // personal == address
;
private static final int MULTI_ADDRESSES_COUNT = 10;
private static final Address PACK_ADDR_1 = new Address("john@gmail.com", "John Doe");
private static final Address PACK_ADDR_2 = new Address("foo@bar.com", null);
private static final Address PACK_ADDR_3 = new Address(
"mar.y+test@gmail.com", "Mar-y, B; B*arr");
private static final Address[][] PACK_CASES = {
{PACK_ADDR_2}, {PACK_ADDR_1},
{PACK_ADDR_1, PACK_ADDR_2}, {PACK_ADDR_2, PACK_ADDR_1},
{PACK_ADDR_1, PACK_ADDR_3}, {PACK_ADDR_2, PACK_ADDR_2},
{PACK_ADDR_1, PACK_ADDR_2, PACK_ADDR_3}, {PACK_ADDR_3, PACK_ADDR_1, PACK_ADDR_2}
};
Address mAddress1;
Address mAddress2;
Address mAddress3;
/**
* Setup code. We generate a handful of Address objects
*/
@Override
protected void setUp() throws Exception {
super.setUp();
mAddress1 = new Address("address1", "personal1");
mAddress2 = new Address("address2", "");
mAddress3 = new Address("address3", null);
}
// see documentation of DecoderUtil.decodeEncodedWords() for details
private String padEncoded(String s) {
return "=?UTF-8?B?" + s + "?=";
}
/**
* Generate strings of incresing lenght by taking prefix substrings.
* For each of them, compare with the decoding of the precomputed base-64 encoding.
*/
public void testBase64Decode() {
String testString = "xyza\0\"";
String base64Encoded[] = {"", "eA==", "eHk=", "eHl6", "eHl6YQ==", "eHl6YQA=", "eHl6YQAi"};
int len = testString.length();
for (int i = 1; i <= len; ++i) {
String encoded = padEncoded(base64Encoded[i]);
String decoded = DecoderUtil.decodeEncodedWords(encoded);
String prefix = testString.substring(0, i);
assertEquals(""+i, prefix, decoded);
}
}
/**
* Test for setAddress().
*/
public void testSetAddress() {
String bareAddress = "user1@dom1.com";
String bracketAddress = "<user2@dom2.com>";
Address address = new Address(bareAddress);
assertEquals("bare address", "user1@dom1.com", address.getAddress());
address.setAddress(bracketAddress);
assertEquals("bracket address", "user2@dom2.com", address.getAddress());
}
/**
* Test for empty setPersonal().
*/
public void brokentestNullPersonal() {
Address address = new Address("user1@dom1.org");
assertNull("no name", address.getPersonal());
address.setPersonal(null);
assertNull("null name", address.getPersonal());
address.setPersonal("");
assertNull("empty name", address.getPersonal());
address.setPersonal("\"\"");
assertNull("quoted empty address", address.getPersonal());
}
/**
* Test for setPersonal().
*/
public void brokentestSetPersonal() {
Address address = new Address("user1@dom1.net", "simple name");
assertEquals("simple name", "simple name", address.getPersonal());
address.setPersonal("big \\\"G\\\"");
assertEquals("quoted name", "big \"G\"", address.getPersonal());
address.setPersonal("=?UTF-8?Q?big \"G\"?=");
assertEquals("quoted printable name", "big \"G\"", address.getPersonal());
address.setPersonal("=?UTF-8?B?YmlnICJHIg==?=");
assertEquals("base64 encoded name", "big \"G\"", address.getPersonal());
}
/**
* Test for setPersonal() with utf-16 and utf-32.
*/
public void brokentestSetPersonalMultipleEncodings() {
Address address = new Address("user1@dom1.co.jp", "=?UTF-8?B?5bK45pys?=");
assertEquals("base64 utf-16 name", "\u5CB8\u672C", address.getPersonal());
address.setPersonal("\"=?UTF-8?Q?=E5=B2=B8=E6=9C=AC?=\"");
assertEquals("quoted printable utf-16 name", "\u5CB8\u672C", address.getPersonal());
address.setPersonal("=?ISO-2022-JP?B?GyRCNF9LXBsoQg==?=");
assertEquals("base64 jis encoded name", "\u5CB8\u672C", address.getPersonal());
address.setPersonal("\"=?UTF-8?B?8J2MgfCdjYY=?=\"");
assertEquals("base64 utf-32 name", "\uD834\uDF01\uD834\uDF46", address.getPersonal());
address.setPersonal("=?UTF-8?Q?=F0=9D=8C=81=F0=9D=8D=86?=");
assertEquals("quoted printable utf-32 name",
"\uD834\uDF01\uD834\uDF46", address.getPersonal());
}
/**
* TODO: more in-depth tests for parse()
*/
/**
* Simple quick checks of empty-input edge conditions for parse()
*
* NOTE: This is not a claim that these edge cases are "correct", only to maintain consistent
* behavior while I am changing some of the code in the function under test.
*/
public void testEmptyParse() {
Address[] result;
// null input => empty array
result = Address.parse(null);
assertTrue("parsing null address", result != null && result.length == 0);
// empty string input => empty array
result = Address.parse("");
assertTrue("parsing zero-length", result != null && result.length == 0);
// spaces
result = Address.parse(" ");
assertTrue("parsing spaces", result != null && result.length == 0);
// spaces with comma
result = Address.parse(" , ");
assertTrue("parsing spaces with comma", result != null && result.length == 0);
}
/**
* Test parsing for single address.
*/
public void brokentestSingleParse() {
Address[] address1 = Address.parse("address1@dom1.com");
assertEquals("bare address count", 1, address1.length);
assertEquals("bare address", "address1@dom1.com", address1[0].getAddress());
assertNull("name of bare address", address1[0].getPersonal());
Address[] address2 = Address.parse("<address2@dom2.com>");
assertEquals("bracket address count", 1, address2.length);
assertEquals("bracket address", "address2@dom2.com", address2[0].getAddress());
assertNull("name of bracket address", address2[0].getPersonal());
Address[] address3 = Address.parse("first last <address3@dom3.org>");
assertEquals("address with name count", 1, address3.length);
assertEquals("address with name", "address3@dom3.org", address3[0].getAddress());
assertEquals("name of address with name", "first last", address3[0].getPersonal());
Address[] address4 = Address.parse("\"first,last\" <address4@dom4.org>");
assertEquals("address with quoted name count", 1, address4.length);
assertEquals("address with quoted name", "address4@dom4.org", address4[0].getAddress());
assertEquals("name of address with quoted name", "first,last", address4[0].getPersonal());
}
/**
* Test parsing for illegal address.
*/
public void testIllegalParse() {
Address[] address1 = Address.parse("address1");
assertEquals("no atmark", 0, address1.length);
Address[] address2 = Address.parse("address2@");
assertEquals("no domain", 0, address2.length);
Address[] address3 = Address.parse("@dom3.com");
assertEquals("no local part", 0, address3.length);
Address[] address4 = Address.parse("address4@sub@dom4.org");
assertEquals("more than one atmark", 0, address4.length);
Address[] address5 = Address.parse("address5@dom5");
assertEquals("not dot in domain part", 0, address5.length);
Address[] address6 = Address.parse("address6@dom6.com.");
assertEquals("domain ends with dot", 0, address6.length);
Address[] address7 = Address.parse("address7@.dom7.org");
assertEquals("domain starts with dot", 0, address7.length);
}
/**
* Test parsing for address part.
*/
public void brokentestParsingAddress() {
Address[] addresses = Address.parse("address1@dom1.net, <address2@dom2.com>");
assertEquals("address count", 2, addresses.length);
assertEquals("bare address", "address1@dom1.net", addresses[0].getAddress());
assertNull("bare address name", addresses[0].getPersonal());
assertEquals("bracket address", "address2@dom2.com", addresses[1].getAddress());
assertNull("bracket address name", addresses[1].getPersonal());
}
/**
* Test parsing for simple name part.
*/
public void brokentestParsingSimpleName() {
Address[] addresses = Address.parse(
"name 1 <address1@dom1.net>, " +
"\"name,2\" <address2@dom2.org>");
assertEquals("address count", 2, addresses.length);
assertEquals("bare name address", "address1@dom1.net", addresses[0].getAddress());
assertEquals("bare name", "name 1", addresses[0].getPersonal());
assertEquals("double quoted name address", "address2@dom2.org", addresses[1].getAddress());
assertEquals("double quoted name", "name,2", addresses[1].getPersonal());
}
/**
* Test parsing for utf-16 name part.
*/
public void brokentestParsingUtf16Name() {
Address[] addresses = Address.parse(
"\u3042\u3044\u3046 \u3048\u304A <address1@dom1.jp>, " +
"\"\u3042\u3044\u3046,\u3048\u304A\" <address2@dom2.jp>");
assertEquals("address count", 2, addresses.length);
assertEquals("bare utf-16 name address", "address1@dom1.jp", addresses[0].getAddress());
assertEquals("bare utf-16 name",
"\u3042\u3044\u3046 \u3048\u304A", addresses[0].getPersonal());
assertEquals("double quoted utf-16 name address",
"address2@dom2.jp", addresses[1].getAddress());
assertEquals("double quoted utf-16 name",
"\u3042\u3044\u3046,\u3048\u304A", addresses[1].getPersonal());
}
/**
* Test parsing for utf-32 name part.
*/
public void brokentestParsingUtf32Name() {
Address[] addresses = Address.parse(
"\uD834\uDF01\uD834\uDF46 \uD834\uDF22 <address1@dom1.net>, " +
"\"\uD834\uDF01\uD834\uDF46,\uD834\uDF22\" <address2@dom2.com>");
assertEquals("address count", 2, addresses.length);
assertEquals("bare utf-32 name address", "address1@dom1.net", addresses[0].getAddress());
assertEquals("bare utf-32 name",
"\uD834\uDF01\uD834\uDF46 \uD834\uDF22", addresses[0].getPersonal());
assertEquals("double quoted utf-32 name address",
"address2@dom2.com", addresses[1].getAddress());
assertEquals("double quoted utf-32 name",
"\uD834\uDF01\uD834\uDF46,\uD834\uDF22", addresses[1].getPersonal());
}
/**
* Test parsing for multi addresses.
*/
public void brokentestParseMulti() {
Address[] addresses = Address.parse(MULTI_ADDRESSES_LIST);
assertEquals("multi addrsses count", MULTI_ADDRESSES_COUNT, addresses.length);
assertEquals("no name 1 address", "noname1@dom1.com", addresses[0].getAddress());
assertNull("no name 1 name", addresses[0].getPersonal());
assertEquals("no name 2 address", "noname2@dom2.com", addresses[1].getAddress());
assertNull("no name 2 name", addresses[1].getPersonal());
assertEquals("simple name address", "address3@dom3.org", addresses[2].getAddress());
assertEquals("simple name name", "simple name", addresses[2].getPersonal());
assertEquals("double quoted name address", "address4@dom4.org", addresses[3].getAddress());
assertEquals("double quoted name name", "name,4", addresses[3].getPersonal());
assertEquals("quoted name address", "bigG@dom5.net", addresses[4].getAddress());
assertEquals("quoted name name", "big \"G\"", addresses[4].getPersonal());
assertEquals("utf-16 name address", "address6@co.jp", addresses[5].getAddress());
assertEquals("utf-16 name name", "\u65E5\u672C\u8A9E", addresses[5].getPersonal());
assertEquals("utf-16 quoted name address", "address7@co.jp", addresses[6].getAddress());
assertEquals("utf-16 quoted name name", "\u65E5\u672C\u8A9E",
addresses[6].getPersonal());
assertEquals("utf-32 name address", "address8@ne.jp", addresses[7].getAddress());
assertEquals("utf-32 name name", "\uD834\uDF01\uD834\uDF46", addresses[7].getPersonal());
assertEquals("utf-32 quoted name address", "address9@ne.jp", addresses[8].getAddress());
assertEquals("utf-32 quoted name name", "\uD834\uDF01\uD834\uDF46",
addresses[8].getPersonal());
}
/**
* Test various combinations of the toString (single) method
*/
public void testToStringSingle() {
Address[] addresses = Address.parse(MULTI_ADDRESSES_LIST);
assertEquals("multi addrsses count", MULTI_ADDRESSES_COUNT, addresses.length);
// test for toString() results.
assertEquals("no name 1", "noname1@dom1.com", addresses[0].toString());
assertEquals("no name 2", "noname2@dom2.com", addresses[1].toString());
assertEquals("simple name", "simple name <address3@dom3.org>", addresses[2].toString());
assertEquals("double quoted name",
"\"name,4\" <address4@dom4.org>", addresses[3].toString());
assertEquals("quoted name", "\"big \"G\"\" <bigG@dom5.net>", addresses[4].toString());
assertEquals("utf-16 name", "\u65E5\u672C\u8A9E <address6@co.jp>",
addresses[5].toString());
assertEquals("utf-16 quoted name", "\u65E5\u672C\u8A9E <address7@co.jp>",
addresses[6].toString());
assertEquals("utf-32 name", "\uD834\uDF01\uD834\uDF46 <address8@ne.jp>",
addresses[7].toString());
assertEquals("utf-32 quoted name", "\uD834\uDF01\uD834\uDF46 <address9@ne.jp>",
addresses[8].toString());
assertEquals("name==address", "noname@dom.com", addresses[9].toString());
}
/**
* Test various combinations of the toString (multi) method
*/
public void brokentestToStringMulti() {
final Address[] address = Address.parse("noname1@dom1.com");
final Address[] addresses = Address.parse(MULTI_ADDRESSES_LIST);
assertEquals("multi addrsses count", MULTI_ADDRESSES_COUNT, addresses.length);
{
String line = Address.toString(address);
assertEquals("toString multi-1",
"noname1@dom1.com",
line);
}
{
String line = Address.toString(addresses);
assertEquals("toString multi-n",
"noname1@dom1.com,"
+ "noname2@dom2.com,"
+ "simple name <address3@dom3.org>,"
+ "\"name,4\" <address4@dom4.org>,"
+ "\"big \"G\"\" <bigG@dom5.net>,"
+ "\u65E5\u672C\u8A9E <address6@co.jp>,"
+ "\u65E5\u672C\u8A9E <address7@co.jp>,"
+ "\uD834\uDF01\uD834\uDF46 <address8@ne.jp>,"
+ "\uD834\uDF01\uD834\uDF46 <address9@ne.jp>,"
+ "noname@dom.com",
line);
}
// With custom separator
{
String line = Address.toString(address, "$");
assertEquals("toString multi-1",
"noname1@dom1.com",
line);
}
{
String line = Address.toString(addresses, "$");
assertEquals("toString multi-n",
"noname1@dom1.com$"
+ "noname2@dom2.com$"
+ "simple name <address3@dom3.org>$"
+ "\"name,4\" <address4@dom4.org>$"
+ "\"big \"G\"\" <bigG@dom5.net>$"
+ "\u65E5\u672C\u8A9E <address6@co.jp>$"
+ "\u65E5\u672C\u8A9E <address7@co.jp>$"
+ "\uD834\uDF01\uD834\uDF46 <address8@ne.jp>$"
+ "\uD834\uDF01\uD834\uDF46 <address9@ne.jp>$"
+ "noname@dom.com",
line);
}
}
/**
* Test parsing for quoted and encoded name part.
*/
public void brokentestParsingQuotedEncodedName() {
Address[] addresses = Address.parse(
"\"big \\\"G\\\"\" <bigG@dom1.com>, =?UTF-8?B?5pel5pys6Kqe?= <address2@co.jp>");
assertEquals("address count", 2, addresses.length);
assertEquals("quoted name address", "bigG@dom1.com", addresses[0].getAddress());
assertEquals("quoted name", "big \"G\"", addresses[0].getPersonal());
assertEquals("encoded name address", "address2@co.jp", addresses[1].getAddress());
assertEquals("encoded name", "\u65E5\u672C\u8A9E", addresses[1].getPersonal());
}
/**
* Test various combinations of the toHeader (single) method
*/
public void brokentestToHeaderSingle() {
Address noName1 = new Address("noname1@dom1.com");
Address noName2 = new Address("<noname2@dom2.com>", "");
Address simpleName = new Address("address3@dom3.org", "simple name");
Address dquoteName = new Address("address4@dom4.org", "name,4");
Address quotedName = new Address("bigG@dom5.net", "big \"G\"");
Address utf16Name = new Address("<address6@co.jp>", "\"\u65E5\u672C\u8A9E\"");
Address utf32Name = new Address("<address8@ne.jp>", "\uD834\uDF01\uD834\uDF46");
Address sameName = new Address("address@dom.org", "address@dom.org");
// test for internal states.
assertEquals("no name 1 address", "noname1@dom1.com", noName1.getAddress());
assertNull("no name 1 name", noName1.getPersonal());
assertEquals("no name 2 address", "noname2@dom2.com", noName2.getAddress());
assertNull("no name 2 name", noName2.getPersonal());
assertEquals("simple name address", "address3@dom3.org", simpleName.getAddress());
assertEquals("simple name name", "simple name", simpleName.getPersonal());
assertEquals("double quoted name address", "address4@dom4.org", dquoteName.getAddress());
assertEquals("double quoted name name", "name,4", dquoteName.getPersonal());
assertEquals("quoted name address", "bigG@dom5.net", quotedName.getAddress());
assertEquals("quoted name name", "big \"G\"", quotedName.getPersonal());
assertEquals("utf-16 name address", "address6@co.jp", utf16Name.getAddress());
assertEquals("utf-16 name name", "\u65E5\u672C\u8A9E", utf16Name.getPersonal());
assertEquals("utf-32 name address", "address8@ne.jp", utf32Name.getAddress());
assertEquals("utf-32 name name", "\uD834\uDF01\uD834\uDF46", utf32Name.getPersonal());
assertEquals("name == address address", "address@dom.org", sameName.getAddress());
assertEquals("name == address name", "address@dom.org", sameName.getPersonal());
// Test for toHeader() results.
assertEquals("no name 1", "noname1@dom1.com", noName1.toHeader());
assertEquals("no name 2", "noname2@dom2.com", noName2.toHeader());
assertEquals("simple name", "simple name <address3@dom3.org>", simpleName.toHeader());
assertEquals("double quoted name", "\"name,4\" <address4@dom4.org>", dquoteName.toHeader());
assertEquals("quoted name", "\"big \\\"G\\\"\" <bigG@dom5.net>", quotedName.toHeader());
assertEquals("utf-16 name", "=?UTF-8?B?5pel5pys6Kqe?= <address6@co.jp>",
utf16Name.toHeader());
assertEquals("utf-32 name", "=?UTF-8?B?8J2MgfCdjYY=?= <address8@ne.jp>",
utf32Name.toHeader());
assertEquals("name == address", "\"address@dom.org\" <address@dom.org>",
sameName.toHeader());
}
/**
* Test various combinations of the toHeader (multi) method
*/
public void brokentestToHeaderMulti() {
Address noName1 = new Address("noname1@dom1.com");
Address noName2 = new Address("<noname2@dom2.com>", "");
Address simpleName = new Address("address3@dom3.org", "simple name");
Address dquoteName = new Address("address4@dom4.org", "name,4");
Address quotedName = new Address("bigG@dom5.net", "big \"G\"");
Address utf16Name = new Address("<address6@co.jp>", "\"\u65E5\u672C\u8A9E\"");
Address utf32Name = new Address("<address8@ne.jp>", "\uD834\uDF01\uD834\uDF46");
// test for internal states.
assertEquals("no name 1 address", "noname1@dom1.com", noName1.getAddress());
assertNull("no name 1 name", noName1.getPersonal());
assertEquals("no name 2 address", "noname2@dom2.com", noName2.getAddress());
assertNull("no name 2 name", noName2.getPersonal());
assertEquals("simple name address", "address3@dom3.org", simpleName.getAddress());
assertEquals("simple name name", "simple name", simpleName.getPersonal());
assertEquals("double quoted name address", "address4@dom4.org", dquoteName.getAddress());
assertEquals("double quoted name name", "name,4", dquoteName.getPersonal());
assertEquals("quoted name address", "bigG@dom5.net", quotedName.getAddress());
assertEquals("quoted name name", "big \"G\"", quotedName.getPersonal());
assertEquals("utf-16 name address", "address6@co.jp", utf16Name.getAddress());
assertEquals("utf-16 name name", "\u65E5\u672C\u8A9E", utf16Name.getPersonal());
assertEquals("utf-32 name address", "address8@ne.jp", utf32Name.getAddress());
assertEquals("utf-32 name name", "\uD834\uDF01\uD834\uDF46", utf32Name.getPersonal());
Address[] addresses = new Address[] {
noName1, noName2, simpleName, dquoteName, quotedName, utf16Name, utf32Name,
};
String line = Address.toHeader(addresses);
assertEquals("toHeader() multi",
"noname1@dom1.com, "
+ "noname2@dom2.com, "
+ "simple name <address3@dom3.org>, "
+ "\"name,4\" <address4@dom4.org>, "
+ "\"big \\\"G\\\"\" <bigG@dom5.net>, "
+ "=?UTF-8?B?5pel5pys6Kqe?= <address6@co.jp>, "
+ "=?UTF-8?B?8J2MgfCdjYY=?= <address8@ne.jp>",
line);
}
/**
* Test various combinations of the toFriendly (single) method
*/
public void testToFriendlySingle() {
assertEquals("personal1", mAddress1.toFriendly());
assertEquals("address2", mAddress2.toFriendly());
assertEquals("address3", mAddress3.toFriendly());
}
/**
* Test various combinations of the toFriendly (array) method
*/
public void brokentestToFriendlyArray() {
Address[] list1 = null;
Address[] list2 = new Address[0];
Address[] list3 = new Address[] { mAddress1 };
Address[] list4 = new Address[] { mAddress1, mAddress2, mAddress3 };
assertEquals(null, Address.toFriendly(list1));
assertEquals(null, Address.toFriendly(list2));
assertEquals("personal1", Address.toFriendly(list3));
assertEquals("personal1, address2, address3", Address.toFriendly(list4));
}
/**
* Simple quick checks of empty-input edge conditions for pack()
*
* NOTE: This is not a claim that these edge cases are "correct", only to maintain consistent
* behavior while I am changing some of the code in the function under test.
*/
public void testEmptyPack() {
String result;
// null input => null string
result = Address.pack(null);
assertNull("packing null", result);
// zero-length input => null string
result = Address.pack(new Address[] { });
assertNull("packing empty array", result);
}
/**
* Simple quick checks of empty-input edge conditions for unpack()
*
* NOTE: This is not a claim that these edge cases are "correct", only to maintain consistent
* behavior while I am changing some of the code in the function under test.
*/
public void testEmptyUnpack() {
Address[] result;
// null input => empty array
result = Address.unpack(null);
assertTrue("unpacking null address", result != null && result.length == 0);
// empty string input => empty array
result = Address.unpack("");
assertTrue("unpacking zero-length", result != null && result.length == 0);
}
private static boolean addressEquals(Address a1, Address a2) {
if (!a1.equals(a2)) {
return false;
}
final String displayName1 = a1.getPersonal();
final String displayName2 = a2.getPersonal();
if (displayName1 == null) {
return displayName2 == null;
} else {
return displayName1.equals(displayName2);
}
}
private static boolean addressArrayEquals(Address[] array1, Address[] array2) {
if (array1.length != array2.length) {
return false;
}
for (int i = array1.length - 1; i >= 0; --i) {
if (!addressEquals(array1[i], array2[i])) {
return false;
}
}
return true;
}
public void brokentestPackUnpack() {
for (Address[] list : PACK_CASES) {
String packed = Address.pack(list);
assertTrue(packed, addressArrayEquals(list, Address.unpack(packed)));
}
}
/**
* Tests that unpackToString() returns the same result as toString(unpack()).
*/
public void brokentestUnpackToString() {
assertNull(Address.unpackToString(null));
assertNull(Address.unpackToString(""));
for (Address[] list : PACK_CASES) {
String packed = Address.pack(list);
String s1 = Address.unpackToString(packed);
String s2 = Address.toString(Address.unpack(packed));
assertEquals(s2, s2, s1);
}
}
/**
* Tests that parseAndPack() returns the same result as pack(parse()).
*/
public void testParseAndPack() {
String s1 = Address.parseAndPack(MULTI_ADDRESSES_LIST);
String s2 = Address.pack(Address.parse(MULTI_ADDRESSES_LIST));
assertEquals(s2, s1);
}
public void brokentestSinglePack() {
Address[] addrArray = new Address[1];
for (Address address : new Address[]{PACK_ADDR_1, PACK_ADDR_2, PACK_ADDR_3}) {
String packed1 = address.pack();
addrArray[0] = address;
String packed2 = Address.pack(addrArray);
assertEquals(packed1, packed2);
}
}
/**
* Tests that:
* 1. unpackFirst() with empty list returns null.
* 2. unpackFirst() with non-empty returns the same as unpack()[0]
*/
public void brokentestUnpackFirst() {
assertNull(Address.unpackFirst(null));
assertNull(Address.unpackFirst(""));
for (Address[] list : PACK_CASES) {
String packed = Address.pack(list);
Address[] array = Address.unpack(packed);
Address first = Address.unpackFirst(packed);
assertTrue(packed, addressEquals(array[0], first));
}
}
public void brokentestIsValidAddress() {
String notValid[] = {"", "foo", "john@", "x@y", "x@y.", "foo.com"};
String valid[] = {"x@y.z", "john@gmail.com", "a@b.c.d"};
for (String address : notValid) {
assertTrue(address, !Address.isValidAddress(address));
}
for (String address : valid) {
assertTrue(address, Address.isValidAddress(address));
}
// isAllValid() must accept empty address list as valid
assertTrue("Empty address list is valid", Address.isAllValid(""));
}
/**
* Legacy pack() used for testing legacyUnpack().
* The packed list is a comma separated list of:
* URLENCODE(address)[;URLENCODE(personal)]
* @See pack()
*/
private static String legacyPack(Address[] addresses) {
if (addresses == null) {
return null;
} else if (addresses.length == 0) {
return "";
}
StringBuffer sb = new StringBuffer();
for (int i = 0, count = addresses.length; i < count; i++) {
Address address = addresses[i];
try {
sb.append(URLEncoder.encode(address.getAddress(), "UTF-8"));
if (address.getPersonal() != null) {
sb.append(';');
sb.append(URLEncoder.encode(address.getPersonal(), "UTF-8"));
}
if (i < count - 1) {
sb.append(',');
}
}
catch (UnsupportedEncodingException uee) {
return null;
}
}
return sb.toString();
}
}