Create php in pinyin Library

Create php in pinyin Library

It is mainly used to obtain the Chinese name from a database and all uppercase letters that may be pinyin. Then import the database with the name.

 

 ";} Return $ temp;} // permutation and combination function, which can be a combination of all uppercase letters. For example, the uppercase spelling of the Bank of China may be" ZGYH "and" ZGYX "error_reporting (E_ALL &~ E_NOTICE); function get_new_arr () {$ args = func_get_args (); // get the array of all input parameters $ arr = array (); foreach ($ args as $ k =>$ v) {if ($ args [$ k + 1]) {switch ($ k) {case 0: $ arr [$ k] = arr_pailie ($ v, $ args [$ k + 1]); break; default: $ arr [$ k] = arr_pailie ($ arr [$ k-1], $ args [$ k + 1]); break ;}}$ key = count ($ arr) -1; $ res = implode ('. ', $ arr [$ key]); return $ res;} function arr_pailie ($ arr1, $ arr2) {$ arr = array (); $ k = 0; foreach ($ arr1 as $ k1 => $ v 1) {foreach ($ arr2 as $ k2 => $ v2) {$ arr [$ k] = $ v1 .",". $ v2; $ k ++;} return $ arr;} // database connection, retrieve the name and ID $ dbname = "DB1 "; $ servcon = mysql_connect (MySql database address, user name, account); if (! $ Servcon) {die ("Fail to connect to DataBase! Error :". mysql_error ();} mysql_select_db ($ dbname, $ servcon); $ select = mysql_query ("select Symbol, Name from smallsnapshoot"); // database connection, directly input the stock conversion result to the database stockdb py_convert table $ dbname1 = "DB2"; $ servcon1 = mysql_connect (MySql database address, user name, account); if (! $ Servcon1) {die ("Fail to connect to DataBase! Error :". mysql_error ();} mysql_select_db ($ dbname1, $ servcon1); // cyclically retrieve the name and ID of each row in the source database while ($ row = mysql_fetch_array ($ select )) {// enter Chinese characters one by one for search and save them to the $ arr_list array // $ str = "bank order"; $ str = $ row ["Name"]; $ len = mb_strlen ($ str, "UTF-8"); $ arr_list = array (); for ($ I = 0; $ I <$ len; $ I ++) {$ arr [] = mb_substr ($ str, $ I, 1, "UTF-8"); $ arr_list [$ I] = get_firstchar ($ arr [$ I]);} // echo $ arr_list [3]; // cyclically retrieve the letters in each character array and save them to $ arr_str. // call the permutation and combination function, first, convert each element of the string array into a pair array, because the environment name can be up to three words or four words $ arr1 = array (); $ arr2 = array (); $ arr3 = array (); $ arr1 = str_split ($ arr_list [0]); $ arr2 = str_split ($ arr_list [1]); $ arr3 = str_split ($ arr_list [2]); if (count ($ arr_list) = 4) {$ arr4 = array (); $ arr4 = str_split ($ arr_list [3]); $ result = get_new_arr ($ arr1, $ arr2, $ arr3, $ arr4); // echo count ($ arr_list );} else {$ result = get_new_arr ($ arr1, $ arr2, $ arr3); // echo count ($ arr_list);} // echo $ result; // convert the combined data into an array and delete the repeated array $ arr_str = array (); $ arr_str = explode ('. ', $ result); // echo $ arr_str [1]; for ($ I = 0; $ I
 
  
 

 

Because the name of the Chinese character is involved, the editing environment used is the UTF-8. The permutation and combination functions are intended for reference by others. If you think about them for a long time, the effect is poor. The key is that the data logic thinking is unclear, which shows the importance of data thinking.

I am also learning and doing it myself. I am not very skilled in calling php functions. I will strengthen programming exercises in the future. If something is not well written, you are welcome to correct and communicate with each other and make progress together!