Credits to all..
Trying to help all
I am sorry, Use QXDM to send the SPC command and the Password Unlock the phone..
Then it is possible to access and manipulate the phone..
example ;
spc "000000" Verizon {enter}
PASSWORD "0400584752420249" {enter}
After this phone will be fully unlocked...
here are more commands below;
....rapidshare.com/files/5115532/Qualcomm_XDM_2.08.rar.html
To reads the locks....
spc "xxxxxx"
mode offline-d
nv_read lock code.
To write New SPC LOCKS...
password "0400584752420249"
mode offline-d
nv_write sec_code 0x30, 0x30, 0x30, 0x30, 0x30, 0x30
SPC "000000"
mode reset
; nv_read esn ; Mobile ESN
;
; nv_read verno_maj ; NV Major Version
; nv_read verno_min ; NV Minor Version
; nv_read scm ; Station Class Mark
; nv_read mob_cai_rev ; Mobile CAI revision number
; nv_read mob_firm_rev ; Mobile firmware revision number
; nv_read mob_model ; Mobile model
print "<><><> ESN Write"
nv_write esn {0x00000000} ; ESN Write
print "<><><> Writable General Settings"
nv_write slot_cycle_index {0x01} ; Write Slot Cycle Index
nv_write curr_nam {0} ; Current NAM
nv_write sid_nid_list { 2222, 12 } ; CDMA SID_NID_LIST
nv_write lock_code {"0000"} ; Lock_code
nv_write auto_nam {false} ; auto nam
nv_write therm { 0x50, 0x96 } ; Write therm Value
; nv_write vbatt { 133,139 } ; Write Battery Value ==> es2¿¡ Àû¿ë.
nv_write vbatt { 139,164 } ; Write Battery Value ==> es3¿¡ Àû¿ë.
nv_write cont_key_dtmf { on } ; Continuous DTMF tones
nv_write config_chksum { 0xffff } ; Configuration Checksum
print "<><><> NAM1 Parameters"
nv_write name_nam {0, " kimhuyna "} ; NAM Name
nv_write dir_number {0, "0172658458"} ; NAM Directory #
nv_write min1 {0, "265-8458", "265-8458"} ; MIN1 Number
nv_write min2 {0, "017", "017"} ; MIN2 Number
nv_write pcdmach {0, 779, 486} ; A and B primary CDMA channels
nv_write scdmach {0, 738, 568} ; A and B secondary CDMA channels
nv_write sid_nid {0, 1, 1700,12, 1700,12, 1700,12, 1700,65535} ; the SID of the carrier
nv_write cdma_sid_lock {0, 0, 1, 0, 0, 0, 0} ; Lock SID List
nv_write imsi_11_12 {0, "00"} ; Mobile network code
nv_write imsi_mcc {0, "450"} ; Mobile Country Code
nv_write accolc {0, 0x07, 0x07} ; Access overload class
nv_write mob_term_home {0, false, true} ; CDMA Home SID Terminated Reg
nv_write mob_term_for_sid {0, false, true} ; CDMA Foreign SID Term Reg
nv_write mob_term_for_nid {0, false, true} ; CDMA Foreign NID Term Reg
nv_write cdma_pref_serv {0, "b only"} ; Pref Serving System
nv_write pref_mode {0, "digital only"} ; Pref Mode
nv_write nam_chksum {0, 0xffff} ; Checksum for NAM
nv_write min_chksum {0, 0xffff, 0xffff} ; Checksum for MIN
nv_write air_timer {0, 0x00 } ; Air time ( min ) for NAM
print "<><><> NAM2 Parameters"
nv_write name_nam {1, " kimhyuna "} ; NAM Name
nv_write dir_number {1, "0172658458"} ; NAM Directory #
nv_write min1 {1, "265-8458", "265-8458"} ; MIN1 Number
nv_write min2 {1, "017", "017"} ; MIN2 Number
nv_write pcdmach {1, 779, 486} ; A and B primary CDMA channels
nv_write scdmach {1, 738, 568} ; A and B secondary CDMA channels
nv_write sid_nid {1, 1, 1700,12, 1700,12, 1700,12, 1700,65535} ; the SID of the carrier
nv_write cdma_sid_lock {1, 0, 1, 0, 0, 0, 0} ; Lock SID List
nv_write imsi_11_12 {1, "00"} ; Mobile network code
nv_write imsi_mcc {1, "450"} ; Mobile Country Code
nv_write accolc {1, 0x07, 0x07} ; Access overload class
nv_write mob_term_home {1, false, true} ; CDMA Home SID Terminated Reg
nv_write mob_term_for_sid {1, false, true} ; CDMA Foreign SID Term Reg
nv_write mob_term_for_nid {1, false, true} ; CDMA Foreign NID Term Reg
nv_write cdma_pref_serv {1, "b only"} ; Pref Serving System
nv_write pref_mode {1, "digital only"} ; Pref Mode
nv_write nam_chksum {1, 0xffff} ; Checksum for NAM
nv_write min_chksum {1, 0xffff, 0xffff} ; Checksum for MIN
nv_write air_timer {1, 0x00 } ; Air time ( min ) for NAM