android功能模块之通讯模块七

刺骨的言语ヽ痛彻心扉 2023-10-16 19:28 15阅读 0赞

**Android通讯录模糊匹配搜索实现（号码、首字母、简拼、全拼）**

2013年12月10日   
工作记录

小巫在工作中碰到一个需求，要求实现通讯录联系人的搜索，获取联系人的方式有好几种，我都有点混乱了，下面提供我最近用的一种，看起来还算比较简洁的，它是根据mimetypes表来查的。

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1.  // 查询所有联系人的姓名，电话，邮箱
2.  
3.  public ArrayList<Contact> loadContacts() throws Exception \{
4.  
5.  Uri uri = Uri.parse("content://com.android.contacts/contacts");
6.  
7.  ContentResolver resolver = this.getContentResolver();
8.  
9.  Cursor cursor = resolver.query(uri, new String\[\] \{ "\_id" \}, null, null,
10. null);
11. ArrayList<Contact> contacts = new ArrayList<Contact>();
12. while (cursor.moveToNext()) \{
13. 
14. Contact contact = new Contact();
15. int contractID = cursor.getInt(0);
16. 
17. StringBuilder sb = new StringBuilder("contractID=");
18. 
19. contact.setId(String.valueOf(contractID));
20. sb.append(contractID);
21. 
22. uri = Uri.parse("content://com.android.contacts/contacts/"
23. \+ contractID + "/data");
24. 
25. Cursor cursor1 = resolver.query(uri, new String\[\] \{ "mimetype",
26. "data1", "data2" \}, null, null, null);
27. 
28. while (cursor1.moveToNext()) \{
29. 
30. String data1 = cursor1.getString(cursor1
31. .getColumnIndex("data1"));
32. 
33. String mimeType = cursor1.getString(cursor1
34. .getColumnIndex("mimetype"));
35. 
36. if ("vnd.android.cursor.item/name".equals(mimeType)) \{ // 是姓名
37. contact.setName(data1);
38. sb.append(",name=" \+ data1);
39. 
40. \} else if ("vnd.android.cursor.item/email\_v2".equals(mimeType)) \{ // 邮箱
41. if (!TextUtils.isEmpty(data1)) \{
42. contact.setEmail(data1);
43. \}
44. contacts.add(contact);
45. sb.append(",email=" \+ data1);
46. 
47. \} else if ("vnd.android.cursor.item/phone\_v2".equals(mimeType)) \{ // 手机
48. contact.setNumber(data1.replaceAll("-", ""));
49. sb.append(",phone=" \+ data1);
50. \}
51. 
52. \}
53. contacts.add(contact);
54. cursor1.close();
55. 
56. Log.i("wwj", sb.toString());
57. 
58. \}
59. 
60. cursor.close();
61. return contacts;
62. 
63. \}

// 查询所有联系人的姓名，电话，邮箱
    
    	public ArrayList<Contact> loadContacts() throws Exception {
    
    		Uri uri = Uri.parse("content://com.android.contacts/contacts");
    
    		ContentResolver resolver = this.getContentResolver();
    
    		Cursor cursor = resolver.query(uri, new String[] { "_id" }, null, null,
    				null);
    		ArrayList<Contact> contacts = new ArrayList<Contact>();
    		while (cursor.moveToNext()) {
    
    			Contact contact = new Contact();
    			int contractID = cursor.getInt(0);
    
    			StringBuilder sb = new StringBuilder("contractID=");
    
    			contact.setId(String.valueOf(contractID));
    			sb.append(contractID);
    
    			uri = Uri.parse("content://com.android.contacts/contacts/"
    					+ contractID + "/data");
    
    			Cursor cursor1 = resolver.query(uri, new String[] { "mimetype",
    					"data1", "data2" }, null, null, null);
    
    			while (cursor1.moveToNext()) {
    
    				String data1 = cursor1.getString(cursor1
    						.getColumnIndex("data1"));
    
    				String mimeType = cursor1.getString(cursor1
    						.getColumnIndex("mimetype"));
    
    				if ("vnd.android.cursor.item/name".equals(mimeType)) { // 是姓名
    					contact.setName(data1);
    					sb.append(",name=" + data1);
    
    				} else if ("vnd.android.cursor.item/email_v2".equals(mimeType)) { // 邮箱
    					if (!TextUtils.isEmpty(data1)) {
    						contact.setEmail(data1);
    					}
    					contacts.add(contact);
    					sb.append(",email=" + data1);
    
    				} else if ("vnd.android.cursor.item/phone_v2".equals(mimeType)) { // 手机
    					contact.setNumber(data1.replaceAll("-", ""));
    					sb.append(",phone=" + data1);
    				}
    
    			}
    			contacts.add(contact);
    			cursor1.close();
    
    			Log.i("wwj", sb.toString());
    
    		}
    
    		cursor.close();
    		return contacts;
    
    	}

关于模糊匹配，我真的有点头大，我想到的是用正则表达式来做，但需要用到**第三方类库pinyin4j.ja**r，我试了一下，效率都点低，明显感觉有点慢了，假如你的通讯录的量比较大，用这个来做确实不合时宜，或许可以进行优化的地方。

定义一个工具类

1.  package com.search;
2.  
3.  import net.sourceforge.pinyin4j.PinyinHelper;
4.  import net.sourceforge.pinyin4j.format.HanyuPinyinCaseType;
5.  import net.sourceforge.pinyin4j.format.HanyuPinyinOutputFormat;
6.  import net.sourceforge.pinyin4j.format.HanyuPinyinToneType;
7.  import net.sourceforge.pinyin4j.format.HanyuPinyinVCharType;
8.  import android.provider.ContactsContract.CommonDataKinds.Phone;
9.  import android.text.TextUtils;
10. 
11. public class BaseUtil \{
12. 
13. public final static String\[\] PHONES\_PROJECTION = new String\[\] \{
14. Phone.DISPLAY\_NAME, Phone.NUMBER \};
15. 
16. public static String STRS\[\] = \{ "", "", "\[abc\]", "\[def\]", "\[ghi\]", "\[jkl\]",
17. "\[mno\]", "\[pqrs\]", "\[tuv\]", "\[wxyz\]" \};
18. 
19. /\*\*
20.  \* 将字符串中的中文转化为拼音,其他字符不变
21.  \* 
22.  \* @param inputString
23.  \* @return
24.  \*/
25. public static String getPingYin(String inputString) \{
26. if (TextUtils.isEmpty(inputString)) \{
27. return "";
28. \}
29. HanyuPinyinOutputFormat format = new HanyuPinyinOutputFormat();
30. format.setCaseType(HanyuPinyinCaseType.LOWERCASE);
31. format.setToneType(HanyuPinyinToneType.WITHOUT\_TONE);
32. format.setVCharType(HanyuPinyinVCharType.WITH\_V);
33. 
34. char\[\] input = inputString.trim().toCharArray();
35. String output = "";
36. 
37. try \{
38. for (int i = 0; i < input.length; i++) \{
39. if (java.lang.Character.toString(input\[i\]).matches(
40. "\[\\\\u4E00-\\\\u9FA5\]+")) \{
41. String\[\] temp = PinyinHelper.toHanyuPinyinStringArray(
42. input\[i\], format);
43. if (temp == null || TextUtils.isEmpty(temp\[0\])) \{
44. continue;
45. \}
46. output += temp\[0\].replaceFirst(temp\[0\].substring(0, 1),
47. temp\[0\].substring(0, 1).toUpperCase());
48. \} else
49. output += java.lang.Character.toString(input\[i\]);
50. \}
51. \} catch (Exception e) \{
52. e.printStackTrace();
53. \}
54. return output;
55. \}
56. 
57. \}

package com.search;
    
    import net.sourceforge.pinyin4j.PinyinHelper;
    import net.sourceforge.pinyin4j.format.HanyuPinyinCaseType;
    import net.sourceforge.pinyin4j.format.HanyuPinyinOutputFormat;
    import net.sourceforge.pinyin4j.format.HanyuPinyinToneType;
    import net.sourceforge.pinyin4j.format.HanyuPinyinVCharType;
    import android.provider.ContactsContract.CommonDataKinds.Phone;
    import android.text.TextUtils;
    
    public class BaseUtil {
    
    	public final static String[] PHONES_PROJECTION = new String[] {
    			Phone.DISPLAY_NAME, Phone.NUMBER };
    
    	public static String STRS[] = { "", "", "[abc]", "[def]", "[ghi]", "[jkl]",
    			"[mno]", "[pqrs]", "[tuv]", "[wxyz]" };
    
    	/**
    	 * 将字符串中的中文转化为拼音,其他字符不变
    	 * 
    	 * @param inputString
    	 * @return
    	 */
    	public static String getPingYin(String inputString) {
    		if (TextUtils.isEmpty(inputString)) {
    			return "";
    		}
    		HanyuPinyinOutputFormat format = new HanyuPinyinOutputFormat();
    		format.setCaseType(HanyuPinyinCaseType.LOWERCASE);
    		format.setToneType(HanyuPinyinToneType.WITHOUT_TONE);
    		format.setVCharType(HanyuPinyinVCharType.WITH_V);
    
    		char[] input = inputString.trim().toCharArray();
    		String output = "";
    
    		try {
    			for (int i = 0; i < input.length; i++) {
    				if (java.lang.Character.toString(input[i]).matches(
    						"[\\u4E00-\\u9FA5]+")) {
    					String[] temp = PinyinHelper.toHanyuPinyinStringArray(
    							input[i], format);
    					if (temp == null || TextUtils.isEmpty(temp[0])) {
    						continue;
    					}
    					output += temp[0].replaceFirst(temp[0].substring(0, 1),
    							temp[0].substring(0, 1).toUpperCase());
    				} else
    					output += java.lang.Character.toString(input[i]);
    			}
    		} catch (Exception e) {
    			e.printStackTrace();
    		}
    		return output;
    	}
    
    }

1.  /\*\*
2.   \* 按号码-拼音搜索联系人
3.   \* @param str
4.   \*/
5.  public void search(String str)\{
6.  contactList.clear();
7.  //如果搜索条件以0 1 +开头则按号码搜索
8.  if(str.toString().startsWith("0") || str.toString().startsWith("1")
9.  || str.toString().startsWith("+"))\{
10. for(Model model : allContactList)\{
11. if(model.telnum.contains(str))\{
12. model.group = str;
13. contactList.add(model);
14. \}
15. \}
16. adapter.refresh(contactList, false);
17. return;
18. \}
19. StringBuffer sb = new StringBuffer();
20. //获取每一个数字对应的字母列表并以'-'隔开
21. for(int i = 0; i < str.length(); i++)\{
22. sb.append((str.charAt(i) <= '9' && str.charAt(i) >= '0')
23. ? BaseUtil.STRS\[str.charAt(i) - '0'\] : str.charAt(i));
24. if(i != str.length() - 1)\{
25. sb.append("-");
26. \}
27. \}
28. 
29. for(Model model : allContactList)\{
30. if(contains(sb.toString(), model, str))\{
31. contactList.add(model);
32. \} else if(model.telnum.contains(str))\{
33. model.group = str;
34. contactList.add(model);
35. \}
36. \}
37. adapter.refresh(contactList, false);
38. \}
39. 
40. /\*\*
41.  \* 根据拼音搜索
42.  \* @param str 正则表达式
43.  \* @param pyName 拼音
44.  \* @param isIncludsive 搜索条件是否大于6个字符
45.  \* @return
46.  \*/
47. public boolean contains(String str, Model model, String search)\{
48. if(TextUtils.isEmpty(model.pyname))\{
49. return false;
50. \}
51. model.group = "";
52. //搜索条件大于6个字符将不按拼音首字母查询
53. if(search.length() < 6)\{
54. //根据首字母进行模糊查询
55. Pattern pattern = Pattern.compile("^" \+ str.toUpperCase().replace("-", "\[\*+\#a-z\]\*"));
56. Matcher matcher = pattern.matcher(model.pyname);
57. 
58. if(matcher.find())\{
59. String tempStr = matcher.group();
60. for(int i = 0; i < tempStr.length(); i++)\{
61. if(tempStr.charAt(i) >= 'A' && tempStr.charAt(i) <= 'Z')\{
62. model.group += tempStr.charAt(i);
63. \}
64. \}
65. return true;
66. \}
67. \}
68. 
69. //根据全拼查询
70. Pattern pattern = Pattern.compile(str.replace("-", ""), Pattern.CASE\_INSENSITIVE);
71. Matcher matcher = pattern.matcher(model.pyname);
72. boolean flag = matcher.find();
73. if(flag)\{
74. model.group = matcher.group();
75. \}
76. return flag;
77. \}

/**
    	 * 按号码-拼音搜索联系人
    	 * @param str
    	 */
    	public void search(String str){
    		contactList.clear();
    		//如果搜索条件以0 1 +开头则按号码搜索
    		if(str.toString().startsWith("0") || str.toString().startsWith("1")
    				 || str.toString().startsWith("+")){
    			for(Model model : allContactList){
    				if(model.telnum.contains(str)){
    					model.group = str;
    					contactList.add(model);
    				}
    			}
    			adapter.refresh(contactList, false);
    			return;
    		}
    		StringBuffer sb = new StringBuffer();
    		//获取每一个数字对应的字母列表并以'-'隔开
    		for(int i = 0; i < str.length(); i++){
    			sb.append((str.charAt(i) <= '9' && str.charAt(i) >= '0')
    					? BaseUtil.STRS[str.charAt(i) - '0'] : str.charAt(i));
    			if(i != str.length() - 1){
    				sb.append("-");
    			}
    		}
    		
    		for(Model model : allContactList){
    			if(contains(sb.toString(), model, str)){
    				contactList.add(model);
    			} else if(model.telnum.contains(str)){
    				model.group = str;
    				contactList.add(model);
    			}
    		}
    		adapter.refresh(contactList, false);
        }
    	
    	/**
    	 * 根据拼音搜索
    	 * @param str			正则表达式
    	 * @param pyName		拼音
    	 * @param isIncludsive	搜索条件是否大于6个字符
    	 * @return
    	 */
    	public boolean contains(String str, Model model, String search){
    		if(TextUtils.isEmpty(model.pyname)){
    			return false;
    		}
    		model.group = "";
    		//搜索条件大于6个字符将不按拼音首字母查询
    		if(search.length() < 6){
    			//根据首字母进行模糊查询
    			Pattern pattern = Pattern.compile("^" + str.toUpperCase().replace("-", "[*+#a-z]*"));
    			Matcher matcher = pattern.matcher(model.pyname);
    			
    			if(matcher.find()){
    				String tempStr = matcher.group();
    				for(int i = 0; i < tempStr.length(); i++){
    					if(tempStr.charAt(i) >= 'A' && tempStr.charAt(i) <= 'Z'){
    						model.group += tempStr.charAt(i);
    					}
    				}
    				return true;
    			}
    		}
    		
    		//根据全拼查询
    		Pattern pattern = Pattern.compile(str.replace("-", ""), Pattern.CASE_INSENSITIVE);
    		Matcher matcher = pattern.matcher(model.pyname);
    		boolean flag = matcher.find();
    		if(flag){
    			model.group = matcher.group();
    		}
    		return flag;
    	}

上面的代码是我从网上搜了很久才搜到的一个demo里面的代码，我整合到项目当中去，发现使用pinyin4j.jar类库效率实在有点低，所以我自己想了其他办法，不用第三方类库来实现。

**下面是小巫的实现：**

我找到一篇关于，**中文字符转换为拼音的实现类**，很有用

1.  package com.suntek.mobilemeeting.utils;
2.  
3.  public class ChineseSpelling \{
4.  
5.  private static int\[\] pyvalue = new int\[\] \{ -20319, -20317, -20304, -20295,
6.  \-20292, -20283, -20265, -20257, -20242, -20230, -20051, -20036,
7.  \-20032, -20026, -20002, -19990, -19986, -19982, -19976, -19805,
8.  \-19784, -19775, -19774, -19763, -19756, -19751, -19746, -19741,
9.  \-19739, -19728, -19725, -19715, -19540, -19531, -19525, -19515,
10. \-19500, -19484, -19479, -19467, -19289, -19288, -19281, -19275,
11. \-19270, -19263, -19261, -19249, -19243, -19242, -19238, -19235,
12. \-19227, -19224, -19218, -19212, -19038, -19023, -19018, -19006,
13. \-19003, -18996, -18977, -18961, -18952, -18783, -18774, -18773,
14. \-18763, -18756, -18741, -18735, -18731, -18722, -18710, -18697,
15. \-18696, -18526, -18518, -18501, -18490, -18478, -18463, -18448,
16. \-18447, -18446, -18239, -18237, -18231, -18220, -18211, -18201,
17. \-18184, -18183, -18181, -18012, -17997, -17988, -17970, -17964,
18. \-17961, -17950, -17947, -17931, -17928, -17922, -17759, -17752,
19. \-17733, -17730, -17721, -17703, -17701, -17697, -17692, -17683,
20. \-17676, -17496, -17487, -17482, -17468, -17454, -17433, -17427,
21. \-17417, -17202, -17185, -16983, -16970, -16942, -16915, -16733,
22. \-16708, -16706, -16689, -16664, -16657, -16647, -16474, -16470,
23. \-16465, -16459, -16452, -16448, -16433, -16429, -16427, -16423,
24. \-16419, -16412, -16407, -16403, -16401, -16393, -16220, -16216,
25. \-16212, -16205, -16202, -16187, -16180, -16171, -16169, -16158,
26. \-16155, -15959, -15958, -15944, -15933, -15920, -15915, -15903,
27. \-15889, -15878, -15707, -15701, -15681, -15667, -15661, -15659,
28. \-15652, -15640, -15631, -15625, -15454, -15448, -15436, -15435,
29. \-15419, -15416, -15408, -15394, -15385, -15377, -15375, -15369,
30. \-15363, -15362, -15183, -15180, -15165, -15158, -15153, -15150,
31. \-15149, -15144, -15143, -15141, -15140, -15139, -15128, -15121,
32. \-15119, -15117, -15110, -15109, -14941, -14937, -14933, -14930,
33. \-14929, -14928, -14926, -14922, -14921, -14914, -14908, -14902,
34. \-14894, -14889, -14882, -14873, -14871, -14857, -14678, -14674,
35. \-14670, -14668, -14663, -14654, -14645, -14630, -14594, -14429,
36. \-14407, -14399, -14384, -14379, -14368, -14355, -14353, -14345,
37. \-14170, -14159, -14151, -14149, -14145, -14140, -14137, -14135,
38. \-14125, -14123, -14122, -14112, -14109, -14099, -14097, -14094,
39. \-14092, -14090, -14087, -14083, -13917, -13914, -13910, -13907,
40. \-13906, -13905, -13896, -13894, -13878, -13870, -13859, -13847,
41. \-13831, -13658, -13611, -13601, -13406, -13404, -13400, -13398,
42. \-13395, -13391, -13387, -13383, -13367, -13359, -13356, -13343,
43. \-13340, -13329, -13326, -13318, -13147, -13138, -13120, -13107,
44. \-13096, -13095, -13091, -13076, -13068, -13063, -13060, -12888,
45. \-12875, -12871, -12860, -12858, -12852, -12849, -12838, -12831,
46. \-12829, -12812, -12802, -12607, -12597, -12594, -12585, -12556,
47. \-12359, -12346, -12320, -12300, -12120, -12099, -12089, -12074,
48. \-12067, -12058, -12039, -11867, -11861, -11847, -11831, -11798,
49. \-11781, -11604, -11589, -11536, -11358, -11340, -11339, -11324,
50. \-11303, -11097, -11077, -11067, -11055, -11052, -11045, -11041,
51. \-11038, -11024, -11020, -11019, -11018, -11014, -10838, -10832,
52. \-10815, -10800, -10790, -10780, -10764, -10587, -10544, -10533,
53. \-10519, -10331, -10329, -10328, -10322, -10315, -10309, -10307,
54. \-10296, -10281, -10274, -10270, -10262, -10260, -10256, -10254 \};
55. 
56. private static String\[\] pystr = new String\[\] \{ "a", "ai", "an", "ang",
57. "ao", "ba", "bai", "ban", "bang", "bao", "bei", "ben", "beng",
58. "bi", "bian", "biao", "bie", "bin", "bing", "bo", "bu", "ca",
59. "cai", "can", "cang", "cao", "ce", "ceng", "cha", "chai", "chan",
60. "chang", "chao", "che", "chen", "cheng", "chi", "chong", "chou",
61. "chu", "chuai", "chuan", "chuang", "chui", "chun", "chuo", "ci",
62. "cong", "cou", "cu", "cuan", "cui", "cun", "cuo", "da", "dai",
63. "dan", "dang", "dao", "de", "deng", "di", "dian", "diao", "die",
64. "ding", "diu", "dong", "dou", "du", "duan", "dui", "dun", "duo",
65. "e", "en", "er", "fa", "fan", "fang", "fei", "fen", "feng", "fo",
66. "fou", "fu", "ga", "gai", "gan", "gang", "gao", "ge", "gei", "gen",
67. "geng", "gong", "gou", "gu", "gua", "guai", "guan", "guang", "gui",
68. "gun", "guo", "ha", "hai", "han", "hang", "hao", "he", "hei",
69. "hen", "heng", "hong", "hou", "hu", "hua", "huai", "huan", "huang",
70. "hui", "hun", "huo", "ji", "jia", "jian", "jiang", "jiao", "jie",
71. "jin", "jing", "jiong", "jiu", "ju", "juan", "jue", "jun", "ka",
72. "kai", "kan", "kang", "kao", "ke", "ken", "keng", "kong", "kou",
73. "ku", "kua", "kuai", "kuan", "kuang", "kui", "kun", "kuo", "la",
74. "lai", "lan", "lang", "lao", "le", "lei", "leng", "li", "lia",
75. "lian", "liang", "liao", "lie", "lin", "ling", "liu", "long",
76. "lou", "lu", "lv", "luan", "lue", "lun", "luo", "ma", "mai", "man",
77. "mang", "mao", "me", "mei", "men", "meng", "mi", "mian", "miao",
78. "mie", "min", "ming", "miu", "mo", "mou", "mu", "na", "nai", "nan",
79. "nang", "nao", "ne", "nei", "nen", "neng", "ni", "nian", "niang",
80. "niao", "nie", "nin", "ning", "niu", "nong", "nu", "nv", "nuan",
81. "nue", "nuo", "o", "ou", "pa", "pai", "pan", "pang", "pao", "pei",
82. "pen", "peng", "pi", "pian", "piao", "pie", "pin", "ping", "po",
83. "pu", "qi", "qia", "qian", "qiang", "qiao", "qie", "qin", "qing",
84. "qiong", "qiu", "qu", "quan", "que", "qun", "ran", "rang", "rao",
85. "re", "ren", "reng", "ri", "rong", "rou", "ru", "ruan", "rui",
86. "run", "ruo", "sa", "sai", "san", "sang", "sao", "se", "sen",
87. "seng", "sha", "shai", "shan", "shang", "shao", "she", "shen",
88. "sheng", "shi", "shou", "shu", "shua", "shuai", "shuan", "shuang",
89. "shui", "shun", "shuo", "si", "song", "sou", "su", "suan", "sui",
90. "sun", "suo", "ta", "tai", "tan", "tang", "tao", "te", "teng",
91. "ti", "tian", "tiao", "tie", "ting", "tong", "tou", "tu", "tuan",
92. "tui", "tun", "tuo", "wa", "wai", "wan", "wang", "wei", "wen",
93. "weng", "wo", "wu", "xi", "xia", "xian", "xiang", "xiao", "xie",
94. "xin", "xing", "xiong", "xiu", "xu", "xuan", "xue", "xun", "ya",
95. "yan", "yang", "yao", "ye", "yi", "yin", "ying", "yo", "yong",
96. "you", "yu", "yuan", "yue", "yun", "za", "zai", "zan", "zang",
97. "zao", "ze", "zei", "zen", "zeng", "zha", "zhai", "zhan", "zhang",
98. "zhao", "zhe", "zhen", "zheng", "zhi", "zhong", "zhou", "zhu",
99. "zhua", "zhuai", "zhuan", "zhuang", "zhui", "zhun", "zhuo", "zi",
100. "zong", "zou", "zu", "zuan", "zui", "zun", "zuo" \};
101. 
102. private StringBuilder buffer;
103. 
104. private String resource;
105. 
106. private static ChineseSpelling chineseSpelling = new ChineseSpelling();
107. 
108. public static ChineseSpelling getInstance() \{
109. return chineseSpelling;
110. \}
111. 
112. public String getResource() \{
113. return resource;
114. \}
115. 
116. public void setResource(String resource) \{
117. this.resource = resource;
118. \}
119. 
120. private int getChsAscii(String chs) \{
121. int asc = 0;
122. try \{
123. 
124. byte\[\] bytes = chs.getBytes("gb2312");
125. 
126. if (bytes == null || bytes.length > 2 || bytes.length <= 0) \{ // 错误
127. 
128. // log
129. 
130. throw new RuntimeException("illegal resource string");
131. // System.out.println("error");
132. 
133. \}
134. if (bytes.length == 1) \{ // 英文字符
135. 
136. asc = bytes\[0\];
137. \}
138. if (bytes.length == 2) \{ // 中文字符
139. 
140. int hightByte = 256 \+ bytes\[0\];
141. int lowByte = 256 \+ bytes\[1\];
142. asc = (256 \* hightByte + lowByte) - 256 \* 256;
143. \}
144. \} catch (Exception e) \{
145. System.out
146. .println("ERROR:ChineseSpelling.class-getChsAscii(String chs)"
147. \+ e);
148. // e.printStackTrace();
149. 
150. \}
151. return asc;
152. \}
153. 
154. public String convert(String str) \{
155. String result = null;
156. int ascii = getChsAscii(str);
157. // System.out.println(ascii);
158. 
159. if (ascii > 0 && ascii < 160) \{
160. result = String.valueOf((char) ascii);
161. \} else \{
162. for (int i = (pyvalue.length - 1); i >= 0; i--) \{
163. if (pyvalue\[i\] <= ascii) \{
164. result = pystr\[i\];
165. break;
166. \}
167. \}
168. \}
169. return result;
170. \}
171. 
172. public String getSelling(String chs) \{
173. String key, value;
174. buffer = new StringBuilder();
175. for (int i = 0; i < chs.length(); i++) \{
176. key = chs.substring(i, i + 1);
177. if (key.getBytes().length >= 2) \{
178. value = (String) convert(key);
179. if (value == null) \{
180. value = "unknown";
181. \}
182. \} else \{
183. value = key;
184. \}
185. 
186. buffer.append(value);
187. \}
188. return buffer.toString();
189. \}
190. 
191. public String getSpelling() \{
192. return this.getSelling(this.getResource());
193. \}
194. \}

package com.suntek.mobilemeeting.utils;
    
    public class ChineseSpelling {
    
    	private static int[] pyvalue = new int[] { -20319, -20317, -20304, -20295,
    			-20292, -20283, -20265, -20257, -20242, -20230, -20051, -20036,
    			-20032, -20026, -20002, -19990, -19986, -19982, -19976, -19805,
    			-19784, -19775, -19774, -19763, -19756, -19751, -19746, -19741,
    			-19739, -19728, -19725, -19715, -19540, -19531, -19525, -19515,
    			-19500, -19484, -19479, -19467, -19289, -19288, -19281, -19275,
    			-19270, -19263, -19261, -19249, -19243, -19242, -19238, -19235,
    			-19227, -19224, -19218, -19212, -19038, -19023, -19018, -19006,
    			-19003, -18996, -18977, -18961, -18952, -18783, -18774, -18773,
    			-18763, -18756, -18741, -18735, -18731, -18722, -18710, -18697,
    			-18696, -18526, -18518, -18501, -18490, -18478, -18463, -18448,
    			-18447, -18446, -18239, -18237, -18231, -18220, -18211, -18201,
    			-18184, -18183, -18181, -18012, -17997, -17988, -17970, -17964,
    			-17961, -17950, -17947, -17931, -17928, -17922, -17759, -17752,
    			-17733, -17730, -17721, -17703, -17701, -17697, -17692, -17683,
    			-17676, -17496, -17487, -17482, -17468, -17454, -17433, -17427,
    			-17417, -17202, -17185, -16983, -16970, -16942, -16915, -16733,
    			-16708, -16706, -16689, -16664, -16657, -16647, -16474, -16470,
    			-16465, -16459, -16452, -16448, -16433, -16429, -16427, -16423,
    			-16419, -16412, -16407, -16403, -16401, -16393, -16220, -16216,
    			-16212, -16205, -16202, -16187, -16180, -16171, -16169, -16158,
    			-16155, -15959, -15958, -15944, -15933, -15920, -15915, -15903,
    			-15889, -15878, -15707, -15701, -15681, -15667, -15661, -15659,
    			-15652, -15640, -15631, -15625, -15454, -15448, -15436, -15435,
    			-15419, -15416, -15408, -15394, -15385, -15377, -15375, -15369,
    			-15363, -15362, -15183, -15180, -15165, -15158, -15153, -15150,
    			-15149, -15144, -15143, -15141, -15140, -15139, -15128, -15121,
    			-15119, -15117, -15110, -15109, -14941, -14937, -14933, -14930,
    			-14929, -14928, -14926, -14922, -14921, -14914, -14908, -14902,
    			-14894, -14889, -14882, -14873, -14871, -14857, -14678, -14674,
    			-14670, -14668, -14663, -14654, -14645, -14630, -14594, -14429,
    			-14407, -14399, -14384, -14379, -14368, -14355, -14353, -14345,
    			-14170, -14159, -14151, -14149, -14145, -14140, -14137, -14135,
    			-14125, -14123, -14122, -14112, -14109, -14099, -14097, -14094,
    			-14092, -14090, -14087, -14083, -13917, -13914, -13910, -13907,
    			-13906, -13905, -13896, -13894, -13878, -13870, -13859, -13847,
    			-13831, -13658, -13611, -13601, -13406, -13404, -13400, -13398,
    			-13395, -13391, -13387, -13383, -13367, -13359, -13356, -13343,
    			-13340, -13329, -13326, -13318, -13147, -13138, -13120, -13107,
    			-13096, -13095, -13091, -13076, -13068, -13063, -13060, -12888,
    			-12875, -12871, -12860, -12858, -12852, -12849, -12838, -12831,
    			-12829, -12812, -12802, -12607, -12597, -12594, -12585, -12556,
    			-12359, -12346, -12320, -12300, -12120, -12099, -12089, -12074,
    			-12067, -12058, -12039, -11867, -11861, -11847, -11831, -11798,
    			-11781, -11604, -11589, -11536, -11358, -11340, -11339, -11324,
    			-11303, -11097, -11077, -11067, -11055, -11052, -11045, -11041,
    			-11038, -11024, -11020, -11019, -11018, -11014, -10838, -10832,
    			-10815, -10800, -10790, -10780, -10764, -10587, -10544, -10533,
    			-10519, -10331, -10329, -10328, -10322, -10315, -10309, -10307,
    			-10296, -10281, -10274, -10270, -10262, -10260, -10256, -10254 };
    
    	private static String[] pystr = new String[] { "a", "ai", "an", "ang",
    			"ao", "ba", "bai", "ban", "bang", "bao", "bei", "ben", "beng",
    			"bi", "bian", "biao", "bie", "bin", "bing", "bo", "bu", "ca",
    			"cai", "can", "cang", "cao", "ce", "ceng", "cha", "chai", "chan",
    			"chang", "chao", "che", "chen", "cheng", "chi", "chong", "chou",
    			"chu", "chuai", "chuan", "chuang", "chui", "chun", "chuo", "ci",
    			"cong", "cou", "cu", "cuan", "cui", "cun", "cuo", "da", "dai",
    			"dan", "dang", "dao", "de", "deng", "di", "dian", "diao", "die",
    			"ding", "diu", "dong", "dou", "du", "duan", "dui", "dun", "duo",
    			"e", "en", "er", "fa", "fan", "fang", "fei", "fen", "feng", "fo",
    			"fou", "fu", "ga", "gai", "gan", "gang", "gao", "ge", "gei", "gen",
    			"geng", "gong", "gou", "gu", "gua", "guai", "guan", "guang", "gui",
    			"gun", "guo", "ha", "hai", "han", "hang", "hao", "he", "hei",
    			"hen", "heng", "hong", "hou", "hu", "hua", "huai", "huan", "huang",
    			"hui", "hun", "huo", "ji", "jia", "jian", "jiang", "jiao", "jie",
    			"jin", "jing", "jiong", "jiu", "ju", "juan", "jue", "jun", "ka",
    			"kai", "kan", "kang", "kao", "ke", "ken", "keng", "kong", "kou",
    			"ku", "kua", "kuai", "kuan", "kuang", "kui", "kun", "kuo", "la",
    			"lai", "lan", "lang", "lao", "le", "lei", "leng", "li", "lia",
    			"lian", "liang", "liao", "lie", "lin", "ling", "liu", "long",
    			"lou", "lu", "lv", "luan", "lue", "lun", "luo", "ma", "mai", "man",
    			"mang", "mao", "me", "mei", "men", "meng", "mi", "mian", "miao",
    			"mie", "min", "ming", "miu", "mo", "mou", "mu", "na", "nai", "nan",
    			"nang", "nao", "ne", "nei", "nen", "neng", "ni", "nian", "niang",
    			"niao", "nie", "nin", "ning", "niu", "nong", "nu", "nv", "nuan",
    			"nue", "nuo", "o", "ou", "pa", "pai", "pan", "pang", "pao", "pei",
    			"pen", "peng", "pi", "pian", "piao", "pie", "pin", "ping", "po",
    			"pu", "qi", "qia", "qian", "qiang", "qiao", "qie", "qin", "qing",
    			"qiong", "qiu", "qu", "quan", "que", "qun", "ran", "rang", "rao",
    			"re", "ren", "reng", "ri", "rong", "rou", "ru", "ruan", "rui",
    			"run", "ruo", "sa", "sai", "san", "sang", "sao", "se", "sen",
    			"seng", "sha", "shai", "shan", "shang", "shao", "she", "shen",
    			"sheng", "shi", "shou", "shu", "shua", "shuai", "shuan", "shuang",
    			"shui", "shun", "shuo", "si", "song", "sou", "su", "suan", "sui",
    			"sun", "suo", "ta", "tai", "tan", "tang", "tao", "te", "teng",
    			"ti", "tian", "tiao", "tie", "ting", "tong", "tou", "tu", "tuan",
    			"tui", "tun", "tuo", "wa", "wai", "wan", "wang", "wei", "wen",
    			"weng", "wo", "wu", "xi", "xia", "xian", "xiang", "xiao", "xie",
    			"xin", "xing", "xiong", "xiu", "xu", "xuan", "xue", "xun", "ya",
    			"yan", "yang", "yao", "ye", "yi", "yin", "ying", "yo", "yong",
    			"you", "yu", "yuan", "yue", "yun", "za", "zai", "zan", "zang",
    			"zao", "ze", "zei", "zen", "zeng", "zha", "zhai", "zhan", "zhang",
    			"zhao", "zhe", "zhen", "zheng", "zhi", "zhong", "zhou", "zhu",
    			"zhua", "zhuai", "zhuan", "zhuang", "zhui", "zhun", "zhuo", "zi",
    			"zong", "zou", "zu", "zuan", "zui", "zun", "zuo" };
    
    	private StringBuilder buffer;
    
    	private String resource;
    
    	private static ChineseSpelling chineseSpelling = new ChineseSpelling();
    
    	public static ChineseSpelling getInstance() {
    		return chineseSpelling;
    	}
    
    	public String getResource() {
    		return resource;
    	}
    
    	public void setResource(String resource) {
    		this.resource = resource;
    	}
    
    	private int getChsAscii(String chs) {
    		int asc = 0;
    		try {
    
    			byte[] bytes = chs.getBytes("gb2312");
    
    			if (bytes == null || bytes.length > 2 || bytes.length <= 0) { // 错误
    
    				// log
    
    				throw new RuntimeException("illegal resource string");
    				// System.out.println("error");
    
    			}
    			if (bytes.length == 1) { // 英文字符
    
    				asc = bytes[0];
    			}
    			if (bytes.length == 2) { // 中文字符
    
    				int hightByte = 256 + bytes[0];
    				int lowByte = 256 + bytes[1];
    				asc = (256 * hightByte + lowByte) - 256 * 256;
    			}
    		} catch (Exception e) {
    			System.out
    					.println("ERROR:ChineseSpelling.class-getChsAscii(String chs)"
    							+ e);
    			// e.printStackTrace();
    
    		}
    		return asc;
    	}
    
    	public String convert(String str) {
    		String result = null;
    		int ascii = getChsAscii(str);
    		// System.out.println(ascii);
    
    		if (ascii > 0 && ascii < 160) {
    			result = String.valueOf((char) ascii);
    		} else {
    			for (int i = (pyvalue.length - 1); i >= 0; i--) {
    				if (pyvalue[i] <= ascii) {
    					result = pystr[i];
    					break;
    				}
    			}
    		}
    		return result;
    	}
    
    	public String getSelling(String chs) {
    		String key, value;
    		buffer = new StringBuilder();
    		for (int i = 0; i < chs.length(); i++) {
    			key = chs.substring(i, i + 1);
    			if (key.getBytes().length >= 2) {
    				value = (String) convert(key);
    				if (value == null) {
    					value = "unknown";
    				}
    			} else {
    				value = key;
    			}
    
    			buffer.append(value);
    		}
    		return buffer.toString();
    	}
    
    	public String getSpelling() {
    		return this.getSelling(this.getResource());
    	}
    }

不过我也发现了一问题，关于一个中文字符的字节数的问题，不同的编码可能会存在中文的字节数不同的情况，比如GBK编码的中文是2，而UTF-8的编码是3。其实我发现这个问题也挺惊奇的，这个问题可能是我们以后编码的时候会遇到的，一个编码就可能把你搞死。

[**英文字母和中文汉字在不同字符集编码下的字节数**][Link 1]

英文字母：

字节数 : 1;编码：GB2312

字节数 : 1;编码：GBK

字节数 : 1;编码：GB18030

字节数 : 1;编码：ISO-8859-1

字节数 : 1;编码：UTF-8

字节数 : 4;编码：UTF-16

字节数 : 2;编码：UTF-16BE

字节数 : 2;编码：UTF-16LE

中文汉字：

字节数 : 2;编码：GB2312

**字节数 : 2;编码：GBK**

字节数 : 2;编码：GB18030

字节数 : 1;编码：ISO-8859-1

**字节数 : 3;编码：UTF-8**

字节数 : 4;编码：UTF-16

字节数 : 2;编码：UTF-16BE

字节数 : 2;编码：UTF-16LE

1.  /\*\*
2.   \* 按号码-拼音搜索联系人
3.   \* 
4.   \* @param str
5.   \*/
6.  public static ArrayList<Contact> search(String str,
7.  ArrayList<Contact> allContacts, ArrayList<Contact> contactList) \{
8.  contactList.clear();
9.  // 如果搜索条件以0 1 +开头则按号码搜索
10. if (str.startsWith("0") || str.startsWith("1") || str.startsWith("+")) \{
11. for (Contact contact : allContacts) \{
12. if (contact.getNumber() != null && contact.getName() != null) \{
13. if (contact.getNumber().contains(str)
14. || contact.getName().contains(str)) \{
15. contact.setGroup(str);
16. contactList.add(contact);
17. \}
18. \}
19. \}
20. return contactList;
21. \}
22. ChineseSpelling finder = ChineseSpelling.getInstance();
23. 
24. String result = "";
25. for (Contact contact : allContacts) \{
26. // 先将输入的字符串转换为拼音
27. finder.setResource(str);
28. result = finder.getSpelling();
29. if (contains(contact, result)) \{
30. contactList.add(contact);
31. \} else if (contact.getNumber().contains(str)) \{
32. contact.setGroup(str);
33. contactList.add(contact);
34. \}
35. \}
36. return contactList;
37. \}
38. 
39. /\*\*
40.  \* 根据拼音搜索
41.  \* 
42.  \* @param str
43.  \* 正则表达式
44.  \* @param pyName
45.  \* 拼音
46.  \* @param isIncludsive
47.  \* 搜索条件是否大于6个字符
48.  \* @return
49.  \*/
50. public static boolean contains(Contact contact, String search) \{
51. if (TextUtils.isEmpty(contact.getName())) \{
52. return false;
53. \}
54. 
55. boolean flag = false;
56. 
57. // 简拼匹配,如果输入在字符串长度大于6就不按首字母匹配了
58. if (search.length() < 6) \{
59. String firstLetters = FirstLetterUtil.getFirstLetter(contact
60. .getName());
61. // 不区分大小写
62. Pattern firstLetterMatcher = Pattern.compile(search,
63. Pattern.CASE\_INSENSITIVE);
64. flag = firstLetterMatcher.matcher(firstLetters).find();
65. \}
66. 
67. if (!flag) \{ // 如果简拼已经找到了，就不使用全拼了
68. // 全拼匹配
69. ChineseSpelling finder = ChineseSpelling.getInstance();
70. finder.setResource(contact.getName());
71. // 不区分大小写
72. Pattern pattern2 = Pattern
73. .compile(search, Pattern.CASE\_INSENSITIVE);
74. Matcher matcher2 = pattern2.matcher(finder.getSpelling());
75. flag = matcher2.find();
76. \}
77. 
78. return flag;
79. \}

/**
    	 * 按号码-拼音搜索联系人
    	 * 
    	 * @param str
    	 */
    	public static ArrayList<Contact> search(String str,
    			ArrayList<Contact> allContacts, ArrayList<Contact> contactList) {
    		contactList.clear();
    		// 如果搜索条件以0 1 +开头则按号码搜索
    		if (str.startsWith("0") || str.startsWith("1") || str.startsWith("+")) {
    			for (Contact contact : allContacts) {
    				if (contact.getNumber() != null && contact.getName() != null) {
    					if (contact.getNumber().contains(str)
    							|| contact.getName().contains(str)) {
    						contact.setGroup(str);
    						contactList.add(contact);
    					}
    				}
    			}
    			return contactList;
    		}
    		ChineseSpelling finder = ChineseSpelling.getInstance();
    
    		String result = "";
    		for (Contact contact : allContacts) {
    			// 先将输入的字符串转换为拼音
    			finder.setResource(str);
    			result = finder.getSpelling();
    			if (contains(contact, result)) {
    				contactList.add(contact);
    			} else if (contact.getNumber().contains(str)) {
    				contact.setGroup(str);
    				contactList.add(contact);
    			}
    		}
    		return contactList;
    	}
    
    	/**
    	 * 根据拼音搜索
    	 * 
    	 * @param str
    	 *            正则表达式
    	 * @param pyName
    	 *            拼音
    	 * @param isIncludsive
    	 *            搜索条件是否大于6个字符
    	 * @return
    	 */
    	public static boolean contains(Contact contact, String search) {
    		if (TextUtils.isEmpty(contact.getName())) {
    			return false;
    		}
    
    		boolean flag = false;
    
    		// 简拼匹配,如果输入在字符串长度大于6就不按首字母匹配了
    		if (search.length() < 6) {
    			String firstLetters = FirstLetterUtil.getFirstLetter(contact
    					.getName());
    			// 不区分大小写
    			Pattern firstLetterMatcher = Pattern.compile(search,
    					Pattern.CASE_INSENSITIVE);
    			flag = firstLetterMatcher.matcher(firstLetters).find();
    		}
    
    		if (!flag) { // 如果简拼已经找到了，就不使用全拼了
    			// 全拼匹配
    			ChineseSpelling finder = ChineseSpelling.getInstance();
    			finder.setResource(contact.getName());
    			// 不区分大小写
    			Pattern pattern2 = Pattern
    					.compile(search, Pattern.CASE_INSENSITIVE);
    			Matcher matcher2 = pattern2.matcher(finder.getSpelling());
    			flag = matcher2.find();
    		}
    
    		return flag;
    	}

我发现自己换了这种方法之后，速度一下子提升了很多，满足了自己的需求，用第三方类库虽好，但涉及到用户体验这一块，你不得不低头，小巫总结在此，这篇博客我相信总会有人需要的，如果有帮助到你，不要忘记好评哈，你的支持将是我无限的动力。

[view plain]: http://blog.csdn.net/wwj_748/article/details/17238843#
[CODE]: https://code.csdn.net/assets/CODE_ico.png
[CODE_CODE]: https://code.csdn.net/snippets/105447
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[Link 1]: http://www.cnblogs.com/lancidie/archive/2013/04/12/3017241.html