Cross Reference: /packages/apps/OMA-DM/engine/dmlib/dmengine/dm

Lines Matching refs:password
23 //   Based on an IMEI and serverId input, the algorithm for generating the OMADM client password 
24 //   and server password actually has following three steps,
26 //   Step 1 Generate the client password key and server password key:  
32 //   It defines a client password dictionary and a server password dictionary which contain 
33 //   15 numbers, we use client password dictionary to generate client password key and server 
34 //   password dictionary to generate server password key.  Suppose IMEI string length is n, for 
42 //   Hence we get a password KEY which is Serial1+"-"+Serial2.
47 //   which is always 10 characters, then we get a temporary password which is md5key+newImei.       
49 //   Step 3 Shuffle the temporary password:  
50 //   The last step is to shuffle the temporary password got from Step 2.
51 //   Since the password length is 16 and n is the length which is equal to 16, 
53 //   temporary password string, we do following shuffle,
59 //   Do the same shuffle three times, then after third time shuffle we get the password which 
84  *  Initialize all the client/server password dictionaries and other values.
109  *  Sets the sever ID for password generation
129  *  Sets the IMEI for password generation
167  *  Generate a client password key with a predefined client password dictionary
171  *  @return the client password key
178  *  Generate a server password key with a predefined server password dictionary
182  *  @return the server password key
189  *  Generate a client password using a generated client password key, the IMEI, and
192  *  @return the client password
196   char * password = generatePassword(imei, serverId, key);
203   return password;
207  *  Generate a server password using a generated server password key, the IMEI, and
210  *  @return the server password
214   char * password = generatePassword(imei, serverId, key);
221   return password;
225  *  Generate a client password using a generated client password key, the IMEI, and
230  *  @return the client password
234   char * password = generatePassword(imei, serverId, key);
241   return password;
245  *  Generate a server password using a generated server password key, the IMEI, and
250  *  @return the server password
254   char * password = generatePassword(imei, serverId, key);
261   return password;
265  *  Generate a key with given IMEI and password dictionary.
273  *  Hence we get a password KEY which is Serial1+"-"+Serial2.
276  *  @param dict[] a password dictionary
277  *  @return a password key
452  *  Generate a password with given IMEI, serverID, and key.  
455  *  which is always 10 characters, then we get a temporary password which is md5key+newImei.
456  *  Finally, we shuffle the temporary password three time.  
460  *  @param key the key needs to generate password
461  *  @return a password
512   char * password = (char *) DmAllocMem(sizeof(char) * ( PWLength + 1));
513   memset( password , '\0', (sizeof(char) * ( PWLength + 1 ) ) ); //this will be of 16 + 1
515   DmStrcpy( password , MD5DigestStr );
516   DmStrcat( password , (const char *)IMEI36 );
527   shuffle(*password);
528   shuffle(*password);
529   shuffle(*password);
531   return password;