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PhoneSetup.c
资源名称：mmi.rar　[点击查看]
上传用户：lqx1163
上传日期：2014-08-13
资源大小：9183k
文件大小：298k
源码类别：

MTK

开发平台：

C/C++

PhoneSetup.c：源码内容
  1. /*****************************************************************************
  2. *  Copyright Statement:
  3. *  --------------------
  4. *  This software is protected by Copyright and the information contained
  5. *  herein is confidential. The software may not be copied and the information
  6. *  contained herein may not be used or disclosed except with the written
  7. *  permission of MediaTek Inc. (C) 2005
  8. *
  9. *  BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES
  10. *  THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS ("MEDIATEK SOFTWARE")
  11. *  RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON
  12. *  AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES,
  13. *  EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
  14. *  MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT.
  15. *  NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE
  16. *  SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR
  17. *  SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH
  18. *  THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO
  19. *  NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
  20. *  SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM.
  21. *
  22. *  BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
  23. *  LIABILITY WITH RESPECT TO THE MEDIATEK SOFTWARE RELEASED HEREUNDER WILL BE,
  24. *  AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE,
  25. *  OR REFUND ANY SOFTWARE LICENSE FEES OR SERVICE CHARGE PAID BY BUYER TO
  26. *  MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE. 
  27. *
  28. *  THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE
  29. *  WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF
  30. *  LAWS PRINCIPLES.  ANY DISPUTES, CONTROVERSIES OR CLAIMS ARISING THEREOF AND
  31. *  RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
  32. *  THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
  33. *
  34. *****************************************************************************/
  36. /*****************************************************************************
  37.  *
  38.  * Filename:
  39.  * ---------
  40.  *  PhoneSetup.c
  41.  *
  42.  * Project:
  43.  * --------
  44.  *  MAUI
  45.  *
  46.  * Description:
  47.  * ------------
  48.  *  This file is intends for phone setup application
  49.  *
  50.  * Author:
  51.  * -------
  52.  * -------
  53.  *
  54.  *============================================================================
  55.  *             HISTORY
  56.  * Below this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
  57.  *------------------------------------------------------------------------------
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  425.  *------------------------------------------------------------------------------
  426.  * Upper this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
  427.  *============================================================================
  428.  ****************************************************************************/
  430. /***************************************************************************** 
  431. * Include
  432. *****************************************************************************/
  433. /*  Include: MMI header file */
  434. #include "MMI_features.h"
  435. #include "stdC.h"
  436. #include "L4Dr1.h"
  437. #include "PixtelDataTypes.h"
  438. #include "wgui_categories.h"
  439. #include "wgui_categories_inputs.h"
  440. #include "wgui_categories_popup.h"
  441. #include "CustDataRes.h"
  442. #include "CustMenuRes.h"
  443. #include "EventsGProt.h"
  444. #include "DebugInitDef.h"
  445. #include "HistoryGprot.h"
  446. #include "ProtocolEvents.h"
  447. #include "CommonScreens.h"
  448. #include "Globaldefs.h"
  449. #include "Unicodexdcl.h"
  450. #include "NVRAMType.h"
  451. #include "NVRAMProt.h"
  452. #include "NVRAMEnum.h"
  453. #include "SettingsGexdcl.h"
  454. #include "settingGprots.h"
  455. #include "SettingDefs.h"
  456. #include "PhnsetProt.h"
  457. #include "WPSSProtos.h"
  458. #include "ATHandlerProt.h"      /* SendATSetGreeting() */
  459. #include "MainMenuDef.h"        /* MAIN_MENU_TITLE_SETTINGS_ICON */
  460. #include "QueueGProt.h" /* Osl Send Message */
  461. #include "settingprot.h"        /* PhoneSetup Prototype */
  462. #include "CSP.h"        /* CSP_VALUE_ADDED_SERVICES_SERVICE_GROUP, CSP_Language */
  463. #include "SettingProfile.h"     /* WARNING_TONE */
  464. #include "ProfileGprots.h"      /* playRequestedTone() */
  465. #include "MessagesExDcl.h"      /* GetChildMenuIDIndexByParentMenuID()  */
  466. #include "ScheduledPowerOnOffGProt.h"
  467. #include "ScreenSaverDefs.h"
  468. #include "WallpaperDefs.h"
  469. #include "DownloadDefs.h"
  470. #include "PhoneSetup.h"
  471. #include "PhoneSetupGprots.h"
  472. #include "Conversions.h"
  473. #include "GpioInc.h"    /* Backlight */
  474. #include "SimDetectionDef.h"    /* for g_pwr_context */
  475. #include "SimDetectionGprot.h"
  477. //KP Jerry add on 2007-3-28 start
  478. #ifdef __DUAL_SIM_SUPPORT__
  479. #include "gpio_hw.h"
  480. #include "CallSetUp.h"
  481. #include "CallmanagementIdDef.h"
  482. #include "CallSetUpEnum.h"
  483. #include "CallForwarding.h"
  484. #include "AlarmFrameworkProt.h"
  485. #endif
  486. //KP Jerry add on 2007-3-28 end
  488. #if defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__)
  490. #include "TouchScreenGprot.h"
  491. #ifdef __MTK_TARGET__
  492. #include "Touch_Panel.h"
  493. #endif 
  495. #ifdef __MMI_HANDWRITING_PAD__
  496. #include "touch_panel_custom.h"
  497. #endif 
  499. #endif /* defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__) */ 
  501. #ifdef __MMI_UI_TECHNO_IDLESCREEN_BAR__
  502. #include "wgui_datetime.h"
  503. #endif 
  505. #ifdef __MMI_AUTO_LANG_EN__
  506. #include "CustResDef.h"
  507. #include "SSCStringHandle.h"
  508. #endif /* __MMI_AUTO_LANG_EN__ */ 
  510. #if defined(__MMI_DEDICATED_KEY_SHORTCUTS__)
  511. #include "ShortcutsProts.h"
  512. #endif 
  514. #ifdef __MMI_PREFER_INPUT_METHOD__
  515. #include "PreferedInputMethodProt.h"    /* GetInputMethodIndex(),  InitPreferedInputMethod() */
  516. #endif 
  518. /*  Include: PS header file */
  519. #ifdef MMI_ON_HARDWARE_P
  520. #include "L4Dr.h"
  521. #include "lcd_if.h"
  522. #include "lcd_sw.h"
  523. #include "lcd_sw_inc.h"
  524. #include "sublcd.h"
  525. #endif /* MMI_ON_HARDWARE_P */ 
  527. #ifdef __MMI_TVOUT__
  528. #include "med_api.h"    /* media task */
  529. #include "mdi_tv.h"
  530. #endif /* __MMI_TVOUT__ */ 
  532. extern S16 MMI_current_input_ext_type;       //KP Jerry add for can use "MMI_current_input_ext_type" on 2007-4-3
  534. /***************************************************************************** 
  535. * Define
  536. *****************************************************************************/
  537. #ifdef __MMI_AUTO_LANG_EN__
  538. #define MMI_NUM_OF_AUTOLANG_ELEM   (sizeof(auto_lang_struct) / sizeof(auto_lang_struct[0]))
  539. #endif 
  541. #if defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__)
  542. /* Handwriting setting */
  543. #define MAX_PEN_SPEED 3
  544. #define MAX_PEN_COLORS 8
  546. #define DEFAULT_PEN_SPEED 1
  547. #define DEFAULT_PEN_COLOR 1
  549. /* Calibration */
  550. #define NUM_CALIBRATION_POINTS 3
  551. #endif /* defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__) */ 
  553. #ifdef __MMI_PHNSET_TWO_LINE_MENUITEM_DISPLAY__
  554. #define phone_setup_language GetChildMenuIDIndexByParentMenuID(MENU9102_INITIAL_SETUP,MENU_SETTING_LANGUAGE)
  555. #define phone_setup_preferred_input_method GetChildMenuIDIndexByParentMenuID(MENU9102_INITIAL_SETUP,MENU_SETTING_PREFERED_INPUT_METHOD)
  556. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  557. #define phone_setup_encoding_type GetChildMenuIDIndexByParentMenuID(MENU9102_INITIAL_SETUP,MENU_SETTING_DEF_ENCODING_TYPE)
  558. #define encoding_type_big2 GetChildMenuIDIndexByParentMenuID(MENU_SETTING_DEF_ENCODING_TYPE,MENU_SETTING_DEF_ENCODING_BIG2)
  559. #define encoding_type_gb2312 GetChildMenuIDIndexByParentMenuID(MENU_SETTING_DEF_ENCODING_TYPE,MENU_SETTING_DEF_ENCODING_GB2312)
  560. #define encoding_type_ucs2 GetChildMenuIDIndexByParentMenuID(MENU_SETTING_DEF_ENCODING_TYPE,MENU_SETTING_DEF_ENCODING_UCS2)
  561. #endif /* __MMI_SET_DEF_ENCODING_TYPE__ */ 
  562. #endif /* __MMI_PHNSET_TWO_LINE_MENUITEM_DISPLAY__ */ 
  564. /***************************************************************************** 
  565. * Typedef
  566. *****************************************************************************/
  568. typedef struct _AutoLang
  569. {
  570.     l4c_cbs_language_enum LanType;
  571.     S8 *LanSSC;
  572. } StructAutoLang;
  574. /***************************************************************************** 
  575. * Local Variable
  576. *****************************************************************************/
  577. static U8 *greet_text_on_off[2];
  579. #ifdef __MMI_AUTO_LANG_EN__
  580. static StructAutoLang auto_lang_struct[] = 
  581. {
  582.     /* ISO 639 2-alphabet Language Codes */
  583.     {CBS2_ZH, SSC_SCHINESE},
  584.     {CBS2_TW, SSC_TCHINESE},
  585.     {CBS0_ENGLISH, SSC_ENGLISH},
  586.     {CBS0_SPANISH, SSC_SPANISH},
  587.     {CBS2_TH, SSC_THAI},
  588.     {CBS0_FRENCH, SSC_FRENCH},
  589.     {CBS0_GERMAN, SSC_GERMAN},
  590.     {CBS0_ITALIAN, SSC_ITALIAN},
  591.     {CBS0_PORTUGUESE, SSC_PORTUGUESE},
  592.     {CBS1_RUSSIAN, SSC_RUSSIAN},
  593.     {CBS2_BG, SSC_BULGARIAN},
  594.     {CBS0_TURKISH, SSC_TURKISH},
  595.     {CBS2_VI, SSC_VIETNAMESE},
  596.     {CBS2_ID, SSC_INDONESIAN},
  597.     {CBS2_MS, SSC_MALAY},
  598.     {CBS1_ARABIC, SSC_ARABIC},
  599.     {CBS2_FA, SSC_PERSIAN},
  600.     {CBS2_SK, SSC_SLOVAK},
  601.     {CBS2_NL, SSC_DUTCH},
  602.     {CBS1_FINNISH, SSC_FINNISH},
  603.     {CBS2_SV, SSC_SWEDISH},
  604.     {CBS2_HR, SSC_CROATIAN},
  605.     {CBS2_RO, SSC_ROMANIAN},
  606.     {CBS2_SL, SSC_SLOVENIAN},
  607.     {CBS2_EL, SSC_GREEK},
  608.     {CBS2_CS, SSC_CZECH},
  609.     {CBS0_LANG_UNSPECIFIED, NULL /* Language UnSpecificed */ },
  610.     {CBS_INVALID, NULL /* Language UnSpecificed */ }
  611. };
  612. #endif /* __MMI_AUTO_LANG_EN__ */ 
  614. #if defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__)
  615. /* Handwriting setting */
  616. static S32 gInlinePenSpeed;
  617. static S32 gInlinePenColorIndex;
  619. static U8 *g_pen_speed_str_list[MAX_PEN_SPEED];
  620. static const color g_pen_color_list[MAX_PEN_COLORS] = 
  621. {
  622.     {0, 255, 255},
  623.     {255, 0, 0},
  624.     {0, 255, 0},
  625.     {255, 255, 0},
  626.     {255, 0, 255},
  627.     {255, 128, 0},
  628.     {0, 0, 128},
  629.     {0, 0, 0}
  630. };
  632. /* Current state of calibration screen */
  633. typedef struct
  634. {
  635.     /* Calibration point */
  636.     mmi_pen_point_struct points[NUM_CALIBRATION_POINTS];
  637.     /* Flag to check whether calibration has finished or not */
  638.     BOOL finished;
  639.     /* Sasve to factory default or user calibration data */
  640.     BOOL save_to_factory_default;
  641.     /* Original calibration setting before entring Calibration Application */
  642.     mmi_pen_calibration_struct backup_data;
  643.     /* Finish callback */
  644.     void (*finish_callback) (void);
  645. } mmi_phnset_calibration_struct;
  647. static PHNSET_CALIBRATION_STATE_ENUM g_phnset_calibration_screen_state = CALIBRATION_NULL_STATE;
  649. static mmi_phnset_calibration_struct *g_phnset_calibration_cntx_p;
  651. #endif /* defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__) */ 
  653. #ifdef __MMI_PHNSET_TWO_LINE_MENUITEM_DISPLAY__
  654. static S32 languages_default_item;
  655. static S32 is_inline_menu_exist = 0;
  657. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  658. static S32 default_encoding_type;
  659. #endif 
  660. #endif /* __MMI_PHNSET_TWO_LINE_MENUITEM_DISPLAY__ */ 
  662. /***************************************************************************** 
  663. * Global Variable
  664. *****************************************************************************/
  665. PHNSET_CNTX g_phnset_cntx;
  666. PHNSET_CNTX *g_phnset_cntx_p = &g_phnset_cntx;
  667. extern U8 g_dst;
  668. //KP Jerry add on 2007-3-30 start
  669. #ifdef __DUAL_SIM_SUPPORT__
  670. S8 unicode_buf1[SIM_NUM_LENGTH*ENCODING_LENGTH];
  671. S8 unicode_buf2[SIM_NUM_LENGTH*ENCODING_LENGTH];
  672. S8  unreachable_num[45*ENCODING_LENGTH];
  673. S8 unreachablestates;
  674. S8 isSearchFinished;
  675. #endif
  676. //KP Jerry add on 2007-3-30 end
  678. /***************************************************************************** 
  679. * External Variable
  680. *****************************************************************************/
  681. /* Lagnuage */
  682. extern sLanguageDetails *gLanguageArray;
  683. extern U16 gCurrLangIndex;
  684. extern U8 *ItemType[8];
  685. extern U8 gPLMN[];
  686. extern PU8 subMenuDataPtrs[MAX_SUB_MENUS];
  688. #ifdef __MMI_PREFER_INPUT_METHOD__
  689. extern U8 *inputMethodList[9];
  690. extern U16 currInputMethodIndex;
  691. #endif /* __MMI_PREFER_INPUT_METHOD__ */ 
  693. /***************************************************************************** 
  694. * Global Function
  695. *****************************************************************************/
  696. #ifdef __MMI_TVOUT__
  697. void mmi_phnset_tvout_event_hdlr(MDI_RESULT result);
  698. #endif 
  700. /***************************************************************************** 
  701. * External Function
  702. *****************************************************************************/
  703. extern void SetProfileSettingCustomFuns(void);
  704. extern void RefreshNwProviderName(U8 *UpdatePlmn);
  706. #ifdef __MMI_PREFER_INPUT_METHOD__
  707. extern U16 GetInputMethodIndex(U16 inputType);
  708. #endif 
  710. /*****************************************************************************
  711. * Local Function 
  712. *****************************************************************************/
  713. #ifdef __MMI_TVOUT__
  714. static void mmi_phnset_highlight_tvout(void);
  715. static void mmi_phnset_entry_tvout_screen(void);
  716. static void mmi_phnset_highlight_tvout_setting(void);
  717. static void mmi_phnset_highlight_tvout_adjust(void);
  718. static void mmi_phnset_tvout_set_adjust(void);
  719. static void mmi_phnset_tvout_cancel_adjust(void);
  720. static void mmi_phnset_entry_tvout_setting_screen(void);
  721. static void mmi_phnset_exit_tvout_setting_screen(void);
  722. static void mmi_phnset_entry_tvout_adjust_screen(void);
  723. static void mmi_phnset_tvout_adjust_y_gamma_callback(S32 value);
  724. static void mmi_phnset_tvout_adjust_u_callback(S32 value);
  725. static void mmi_phnset_tvout_adjust_v_callback(S32 value);
  726. #endif /* __MMI_TVOUT__ */ 
  729. /*****************************************************************************
  730.  * FUNCTION
  731.  *  InitPhoneSetupCntx
  732.  * DESCRIPTION
  733.  *  This function is to initialize phone setup context
  734.  * PARAMETERS
  735.  *  void
  736.  *  a(?)        [IN/OUT]        
  737.  *  b(?)        [IN]            
  738.  * RETURNS
  739.  *  void
  740.  *****************************************************************************/
  741. void InitPhoneSetupCntx(void)
  742. {
  743.     /*----------------------------------------------------------------*/
  744.     /* Local Variables                                                */
  745.     /*----------------------------------------------------------------*/
  746.     S16 Err = 0;
  748.     /*----------------------------------------------------------------*/
  749.     /* Code Body                                                      */
  750.     /*----------------------------------------------------------------*/
  751.     /* Common */
  752.     g_phnset_cntx_p->curHightlightItem = 0;
  753.     g_phnset_cntx_p->ScrAnchor = IDLE_SCREEN_ID;
  755.     /* Set Time and Date */
  756.     g_phnset_cntx_p->currentCity = 0;
  757.     g_phnset_cntx_p->CurHomeCityStrID = 0;
  758.     g_phnset_cntx_p->CurHomeCityStrPtr = 0;
  759.     g_phnset_cntx_p->CurTimeFmt = 0;
  760.     g_phnset_cntx_p->CurDateFmt = 0;
  761.     g_phnset_cntx_p->AM_PM_flag = NULL;
  763.     ReadValue(NVRAM_SETTING_DT_DST, &(g_phnset_cntx_p->currentDST), DS_BYTE, &Err);
  764.     if (g_phnset_cntx_p->currentDST == 0xff)
  765.     {
  766.         g_phnset_cntx_p->currentDST = 0;
  767.         WriteValue(NVRAM_SETTING_DT_DST, &g_phnset_cntx_p->currentDST, DS_BYTE, &Err);
  768. g_dst = g_phnset_cntx_p->currentDST;
  769.     }
  771.     memset(&(g_phnset_cntx_p->settime), 0, sizeof(PHNSET_DATETIME_STRUCT));
  773.     /* NITZ */
  774.     g_phnset_cntx_p->NITZDirtyFlag = MMI_FALSE;
  775.     g_phnset_cntx_p->curNITZStatus = 0;
  777.     /* Phone Setup */
  778.     g_phnset_cntx_p->ShowOwnNumDirtyFlag = MMI_FALSE;
  779.     g_phnset_cntx_p->ShowDtDirtyFlag = MMI_FALSE;
  780.     g_phnset_cntx_p->curShowDtStatus = 0;
  781.     g_phnset_cntx_p->curShowOwnNumStatus = 0;
  782.     /* Lisen 0921-1 */
  783. #if defined(__MMI_OPERATOR_NAME_MENU__)
  784.     g_phnset_cntx_p->curShowOPNStatus = 0;
  785. #endif 
  787. #ifdef __MMI_MAINMENU_STYLE_CHANGE_EN__
  788.     g_phnset_cntx_p->MenuStyle = 0;
  789. #endif 
  791.     /* Language */
  792.     g_phnset_cntx_p->ppLang = NULL;
  793.     g_phnset_cntx_p->UsrLangIdx = 0;
  794.     g_phnset_cntx_p->LP = CBS0_LANG_UNSPECIFIED;
  796.     /* Wallpaper & Screen Saver */
  797.     g_phnset_cntx_p->curtWpID = 0;
  798. #ifdef __MMI_SUB_WALLPAPER__
  799.     g_phnset_cntx_p->curtSubWpID = 0;
  800. #endif 
  801.     g_phnset_cntx_p->WPSSPreviewScrFlag = 1;
  802.     g_phnset_cntx_p->WPFctyImgNum = 0;
  803.     g_phnset_cntx_p->SSFctyImgNum = 0;
  804.     g_phnset_cntx_p->WPDwnlImgNum = 0;
  805.     g_phnset_cntx_p->SSDwnlImgNum = 0;
  806.     g_phnset_cntx_p->curSSStatus = 0;
  807.     g_phnset_cntx_p->curSSWaitTime = 0;
  808.     g_phnset_cntx_p->SSStatusInlineHilite = 0;
  809.     g_phnset_cntx_p->SSWaitStatusInlineHilite = 2;
  810.     g_phnset_cntx_p->wpss_type = MMI_PHNSET_TYPE_WP;
  812.     memset(g_phnset_cntx_p->SysWPSSList, 0, sizeof(g_phnset_cntx_p->SysWPSSList));
  813.     memset(g_phnset_cntx_p->DwnlWPSSList, 0, sizeof(g_phnset_cntx_p->DwnlWPSSList));
  815. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  816.     SetHiliteHandler(MENU_SETTING_DEF_ENCODING_TYPE, HighlightPhnsetDefEncoding);
  817.     SetHintHandler(MENU_SETTING_DEF_ENCODING_TYPE, HintPhnsetDefEncoding);
  818.     ReadValue(NVRAM_SETTING_DEF_ENCODING, &(g_phnset_cntx_p->EncodingType), DS_BYTE, &Err);
  819.     if (g_phnset_cntx_p->EncodingType == 0xFF || Err != NVRAM_READ_SUCCESS)
  820.     {
  821. //KP Jerry modify on 2006-12-6 start 
  822. #if (defined(__MMI_CHSET_BIG5__) && !defined(__MMI_CHSET_GB2312__))
  823. g_phnset_cntx_p->EncodingType = PHNSET_ENCOD_BIG5;
  824. #elif (defined(__MMI_CHSET_GB2312__) && !defined(__MMI_CHSET_BIG5__))
  825. g_phnset_cntx_p->EncodingType = PHNSET_ENCOD_GB2312;
  826. #elif (defined(__MMI_CHSET_GB2312__) && defined(__MMI_CHSET_BIG5__))
  827.   #if defined __MMI_DEFAULT_LANG_TR_CHINESE__
  828. g_phnset_cntx_p->EncodingType = PHNSET_ENCOD_BIG5;
  829.   #elif defined __MMI_DEFAULT_LANG_SM_CHINESE__
  830. g_phnset_cntx_p->EncodingType = PHNSET_ENCOD_GB2312;
  831.   #else
  832. g_phnset_cntx_p->EncodingType = PHNSET_ENCOD_BIG5;
  833.   #endif
  834. #else
  835. g_phnset_cntx_p->EncodingType = PHNSET_ENCOD_UCS2;
  836. #endif
  837. //KP Jerry modify on 2006-12-6 end 
  838.     }
  840.     switch (g_phnset_cntx_p->EncodingType)
  841.     {
  842.         case PHNSET_ENCOD_BIG5:
  843.     #ifdef __MMI_CHSET_BIG5__
  844.             g_chset_text_encoding = MMI_CHSET_BIG5;
  845.     #else 
  846.             ASSERT(0);  /* Encoding type not support */
  847.     #endif 
  848.             break;
  849.         case PHNSET_ENCOD_GB2312:
  850.     #ifdef __MMI_CHSET_GB2312__
  851.             g_chset_text_encoding = MMI_CHSET_GB2312;
  852.     #else 
  853.             ASSERT(0);  /* Encoding type not support */
  854.     #endif 
  855.             break;
  856.     }
  858. #endif /* __MMI_SET_DEF_ENCODING_TYPE__ */ 
  860. #ifdef __MMI_MAINMENU_STYLE_CHANGE_EN__
  861.     ReadValue(NVRAM_SET_MAINMENU_STYLE, &(g_phnset_cntx_p->MenuStyle), DS_BYTE, &Err);
  862.     if (g_phnset_cntx_p->MenuStyle == 0xFF || g_phnset_cntx_p->MenuStyle >= PHNSET_MAINMENU_STYLE_MAX)
  863.     {
  864.         g_phnset_cntx_p->MenuStyle = 0;
  865.     }
  866. #endif /* __MMI_MAINMENU_STYLE_CHANGE_EN__ */ 
  868. #if defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__)
  870.     ReadValue(NVRAM_PEN_SPEED, &(g_phnset_cntx_p->pen_speed), DS_BYTE, &Err);
  871.     if (g_phnset_cntx_p->pen_speed == 0xFF || Err != NVRAM_READ_SUCCESS || g_phnset_cntx_p->pen_speed >= MAX_PEN_SPEED)
  872.     {
  873.         g_phnset_cntx_p->pen_speed = DEFAULT_PEN_SPEED;
  874.     }
  876.     ReadValue(NVRAM_PEN_COLOR, &(g_phnset_cntx_p->pen_color), DS_BYTE, &Err);
  877.     if (g_phnset_cntx_p->pen_color == 0xFF || Err != NVRAM_READ_SUCCESS || g_phnset_cntx_p->pen_color >= MAX_PEN_COLORS)
  878.     {
  879.         g_phnset_cntx_p->pen_color = DEFAULT_PEN_COLOR;
  880.     }
  881. #endif /* defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__) */ 
  882. }
  885. /*****************************************************************************
  886.  * FUNCTION
  887.  *  InitPhoneSetupApp
  888.  * DESCRIPTION
  889.  *  This function is to register highlight handler for Phonesetup
  890.  * PARAMETERS
  891.  *  void
  892.  *  a(?)        [IN/OUT]        
  893.  *  b(?)        [IN]            
  894.  * RETURNS
  895.  *  void
  896.  *****************************************************************************/
  897. void InitPhoneSetupApp(void)
  898. {
  899.     /*----------------------------------------------------------------*/
  900.     /* Local Variables                                                */
  901.     /*----------------------------------------------------------------*/
  903.     /*----------------------------------------------------------------*/
  904.     /* Code Body                                                      */
  905.     /*----------------------------------------------------------------*/
  906.     PRINT_INFORMATION(("File: [%s]  Line: [%d] <<InitNetworkSetupApp.>n", __FILE__, __LINE__));
  908.     /* Robin 0603: G12C request -- Add Display Setup menu */
  909. #ifdef __MMI_DISP_SETUP_LEVEL_UP__
  910.     SetHiliteHandler(MENU_DISP_SETUP, HighlightDispSetup);
  911. #endif 
  913.     // SetHiliteHandler(MENU_SETTING_SPEED_DIAL,  HighlightPhbSpeedDial);  /* Move to SpeedDial.c */
  914. #if !defined(__MMI_NO_CONTRAST_LEVEL__)
  915.     SetHiliteHandler(MENU_SETTING_CONTRAST_LEVEL, HighlightPhnsetContrastLevel);
  916. #endif 
  917.     SetHiliteHandler(MENU_SETTING_SCHEDULE_POWER, HighlightSPOF);
  918.     SetHiliteHandler(MENU_IDLE_SCR_DISP, HighlightPhnsetIdleScrDisp);
  919.     SetHiliteHandler(MENU_SETTING_SHOW_OWN_NUMBER, HighlightPhnsetShowOwnNo);
  920.     /* Lisen 0921-1 */
  921. #if defined(__MMI_OPERATOR_NAME_MENU__)
  922.     SetHiliteHandler(MENU_SETTING_SHOW_OPN, HighlightPhnsetShowOPN);
  923. #endif 
  924.     SetHiliteHandler(MENU_SETTING_SHOW_DT_TIME, HighlightPhnsetShowDtTime);
  925.     //SetHiliteHandler(MITEM113_PBOOK_SPEED_DIAL,HighlightPhbSpeedDialSetNum); /* Move to SpeedDial.c */
  926.     //SetHiliteHandler(MENU_SETTING_SPEED_STATUS,HighlightPhbSpeedDialStatus); /* Move to SpeedDial.c */
  927.     SetHiliteHandler(MENU_SETTING_LANGUAGE, HighlightPhnsetLang);
  929.     SetHiliteHandler(MENU9146_WELCOME_TEXT, HighlightPhnsetWelcomeText);
  930.     SetHiliteHandler(MENU_SETTING_SCR_SVR, HighlightPhnsetScreenSaver);
  932.     SetHiliteHandler(MENU_SETTING_WALLPAPER, HighlightPhnsetMainWallpaper);
  933. #ifdef __MMI_SUB_WALLPAPER__
  934.     SetHiliteHandler(MENU_SETTING_WALLPAPER_SUB, HighlightPhnsetSubWallpaper);
  935. #endif 
  937. #ifdef __MMI_MAINMENU_STYLE_CHANGE_EN__
  938.     SetHintHandler(MENU_SETTING_MAINMENU_STYLE, HintPhnsetMainMenuStyle);
  940.     SetHiliteHandler(MENU_SETTING_MAINMENU_STYLE, HighlightPhnsetMainMenuStyle);
  941.     SetHiliteHandler(MENU_SETTING_MAINMENU_STYLE_MATRIX, HighlightPhnsetMainMenuStyleSelect);
  942.     SetHiliteHandler(MENU_SETTING_MAINMENU_STYLE_PAGE, HighlightPhnsetMainMenuStyleSelect);
  943.     SetHiliteHandler(MENU_SETTING_MAINMENU_STYLE_CIRCULAR, HighlightPhnsetMainMenuStyleSelect);
  944.     SetHiliteHandler(MENU_SETTING_MAINMENU_STYLE_ROTATE, HighlightPhnsetMainMenuStyleSelect);   /* PDG1   Manish */
  945.     SetHiliteHandler(MENU_SETTING_MAINMENU_STYLE_LIST, HighlightPhnsetMainMenuStyleSelect);
  946. #endif /* __MMI_MAINMENU_STYLE_CHANGE_EN__ */ 
  947. #if defined(__MMI_UI_TECHNO_IDLESCREEN_BAR__)
  948.     SetHintHandler(MENU_SETTING_IDLE_CLOCK_TYPE, HintPhnsetIdleClockType);
  949.     SetHiliteHandler(MENU_SETTING_IDLE_CLOCK_TYPE, HighlightPhnsetIdleClockType);
  950. #endif /* defined(__MMI_UI_TECHNO_IDLESCREEN_BAR__) */ 
  952. #ifndef __MMI_HIDE_HOMECITY__
  953.     SetHiliteHandler(MENU9142_SETHOMECITY, HighlightPhnsetSetHomeCity);
  954. #endif 
  956. #ifndef __MMI_SEPARATE_DT_SETTING__
  957.     SetHiliteHandler(MENU9143_SETTIMEANDDATE, HighlightPhnsetSetDT);
  958.     SetHiliteHandler(MENU9144_SETTIMEANDDATEFORMAT, HighlightPhnsetSetFormat);
  959. #else /* __MMI_SEPARATE_DT_SETTING__ */ 
  960.     SetHiliteHandler(MENU_ID_SETTING_DATEANDFORMAT, HighlightPhnsetSetDateAndFormat);
  961.     SetHiliteHandler(MENU_ID_SETTING_TIMEANDFORMAT, HighlightPhnsetSetTimeAndFormat);
  962. #endif /* __MMI_SEPARATE_DT_SETTING__ */ 
  963.     /* diamond, 2005/07/05 Flight mode */
  964. #ifdef __FLIGHT_MODE_SUPPORT__
  965.     SetHiliteHandler(MENU_SETTING_FLIGHT_MODE, HighlightPhnsetFlightMode);
  966. #endif 
  967.     /* end, diamond */
  969. #ifndef __MMI_HIDE_HOMECITY__
  970.     SetHintHandler((U16) MENU9142_SETHOMECITY, HintPhnsetTimeAndDate);
  971. #endif 
  973.     SetHintHandler(MENU9146_WELCOME_TEXT, HintPhnsetWelcomeText);
  974.     SetHintHandler(MENU_SETTING_LANGUAGE, HintPhnsetLanguage);
  976.     SetHintHandler(MENU_SETTING_SHOW_OWN_NUMBER, HintPhnsetOwnerNum);
  977.     /* Lisen 0921-1 */
  978. #if defined(__MMI_OPERATOR_NAME_MENU__)
  979.     SetHintHandler(MENU_SETTING_SHOW_OPN, HintPhnsetOPN);
  980. #endif 
  982.     SetHintHandler(MENU_SETTING_SHOW_DT_TIME, HintPhnsetShowDateTime);
  983.     SetHintHandler(MENU_SETTING_WALLPAPER, HintPhnsetWallpaper);
  984. #ifdef __MMI_SUB_WALLPAPER__
  985.     SetHintHandler(MENU_SETTING_WALLPAPER_SUB, HintPhnsetSubWallpaper);
  986. #endif 
  987.     SetHintHandler(MENU_SETTING_SCR_SVR, HintPhnsetScreenSaver);
  989. #ifdef __DAILY_WALLPAPER__
  990.     SetHiliteHandler(MENU_SETTING_WALLPAPER_FIX, HighlightPhnsetWallpaperFix);
  991.     SetHintHandler(MENU_SETTING_WALLPAPER_ROTATE, HintPhnsetWallpaperRotate);
  992. #endif /* __DAILY_WALLPAPER__ */ 
  994. #ifdef __MMI_NITZ__
  995. #ifdef __MMI_AUTOTIMEZONE_IN_DATEANDTIME__
  996.     SetHintHandler(MENU9145_SETTIMEANDDATENITZ, HintPhnsetNITZ);
  997.     SetHiliteHandler(MENU9145_SETTIMEANDDATENITZ, HighlightPhnsetNITZ);
  998. #else /* __MMI_AUTOTIMEZONE_IN_DATEANDTIME__ */ 
  999.     SetHintHandler(MENU_SETTING_MENU_TREE, HintPhnsetNITZ);
  1000.     SetHiliteHandler(MENU_SETTING_MENU_TREE, HighlightPhnsetNITZ);
  1001. #endif /* __MMI_AUTOTIMEZONE_IN_DATEANDTIME__ */ 
  1002. #endif /* __MMI_NITZ__ */ 
  1004. #ifdef __MMI_PREFER_INPUT_METHOD__
  1005.     SetHintHandler(MENU_SETTING_PREFERED_INPUT_METHOD, HintPhnsetPreferedInputMethod);
  1006. #endif 
  1008. #if defined(__MMI_DEDICATED_KEY_SHORTCUTS__) && !defined(__DISABLE_SHORTCUTS_IMPL__)
  1009.     SetHiliteHandler(MENU_SETTING_DEDICATED_KEYS, HighlightDedicatedKeys);
  1010. #endif 
  1012. #if defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__)
  1013.     SetHiliteHandler(MENU_SETTING_HANDWRITING, HighlightHandwritingSetting);
  1014.     SetHiliteHandler(MENU_SETTING_CALIBRATION, HighlightCalibrationSetting);
  1015. #endif /* defined(__MMI_TOUCH_SCREEN__) || defined(__MMI_HANDWRITING_PAD__) */ 
  1017. #ifdef __MMI_POWER_ON_OFF_DISPLAY__
  1018.     SetHiliteHandler(MENU_SETTING_POWER_ON_DISPLAY, HighlightPhnsetPowerOn);
  1019.     SetHintHandler(MENU_SETTING_POWER_ON_DISPLAY, HintPhnsetPwrOnDisplay);
  1020.     SetHiliteHandler(MENU_SETTING_POWER_OFF_DISPLAY, HighlightPhnsetPowerOff);
  1021.     SetHintHandler(MENU_SETTING_POWER_OFF_DISPLAY, HintPhnsetPwrOffDisplay);
  1022. #endif /* __MMI_POWER_ON_OFF_DISPLAY__ */ 
  1023.     /* Cylen 2005/08/23 GPIO Setting */
  1024. #ifdef __MMI_CHANGABLE_FONT__
  1025.     SetHiliteHandler(MENU_ID_PHNSET_FONT_SIZE, HighlightPhnsetFontSize);
  1026.     SetHintHandler(MENU_ID_PHNSET_FONT_SIZE, HintPhnsetFontSize);
  1027.     PhnsetReadFontSize();   /* __USB_IN_NORMAL_MODE__ */
  1028. #endif /* __MMI_CHANGABLE_FONT__ */ 
  1029.     SetHiliteHandler(MENU_ID_PHNSET_GPIO_SETTING, HighlightPhnsetGPIOSetting);
  1030.     SetHiliteHandler(MENU_ID_PHNSET_GPIO_LED, HighlightPhnsetGPIOLED);
  1031.     SetHiliteHandler(MENU_ID_PHNSET_GPIO_BACKLITE, HighlightPhnsetGPIOBackLite);
  1033. //KP Jerry add on 2007-2-15 start
  1034. #ifdef __DUAL_SIM_SUPPORT__
  1035. SetHiliteHandler(MENU_SIM_SWCH, HighlightSIMSwitch);
  1036. SetHiliteHandler(MENU_SIM_SWCH_NUM_EDTT, HighlightSIMNumEdit);
  1037. SetHiliteHandler(MENU_SIM_SWCH_UNREACHABLE_AUTO_ON_OFF, HighlightAutoUnReachableForward);
  1038. SetHiliteHandler(MENU_SIM_SWCH_ON_OFF, HighlightSIMCardSwitch);
  1039. #ifdef __DUAL_SIM_QUICK_SWITCH__
  1040. SetHiliteHandler(MENU_SIM_SWCH_QUICK_ON_OFF, HighlightSIMCardQuickSwitch);
  1041. #endif
  1042. #endif
  1043. //KP Jerry add on 2007-2-15 end
  1045. #ifdef __MMI_COVER_SETTING__
  1046.     SetHiliteHandler(MENU_ID_PHNSET_GPIO_COVER_CLOSE, HighlightPhnsetGPIOCover);
  1047. #endif 
  1048.     SetHintHandler(MENU_ID_PHNSET_GPIO_LED, HintPhnsetGPIOLED);
  1050. //KP Jerry add on 2007-2-15 start
  1051. #ifdef __DUAL_SIM_SUPPORT__
  1052. SetHintHandler(MENU_SIM_SWCH, HintSIMSwitch);
  1053. SetHintHandler(MENU_SIM_SWCH_ON_OFF, HintSwitching);
  1054. #ifdef __DUAL_SIM_QUICK_SWITCH__
  1055. SetHintHandler(MENU_SIM_SWCH_QUICK_ON_OFF, HintSwitching);
  1056. #endif
  1057. SetHintHandler(MENU_SIM_SWCH_UNREACHABLE_AUTO_ON_OFF, HintUnReachable);
  1058. #endif
  1059. //KP Jerry add on 2007-2-15 end
  1061.     /* diamond, 2005/07/05 Flight mode */
  1062. #ifdef __FLIGHT_MODE_SUPPORT__
  1063.     SetHintHandler(MENU_SETTING_FLIGHT_MODE, HintPhnsetFlightMode);
  1064. #endif 
  1065.     /* end, diamond */
  1067. #ifdef __MMI_TVOUT__
  1068.     SetHiliteHandler(MENU_ID_SETTING_TVOUT, mmi_phnset_highlight_tvout);
  1069.     SetHiliteHandler(MENU_ID_SETTING_TVOUT_SETTING, mmi_phnset_highlight_tvout_setting);
  1070.     SetHiliteHandler(MENU_ID_SETTING_TVOUT_ADJUST, mmi_phnset_highlight_tvout_adjust);
  1071. #endif /* __MMI_TVOUT__ */ 
  1073. }
  1075. //KP Jerry add on 2007-3-23 start
  1076. #ifdef __DUAL_SIM_SUPPORT__
  1077. void GoBackSIMSwitchScreen(void)
  1078. {
  1079. GoBackToHistory(SCR_ID_PHNSET_SIM_SWITCH);
  1080. }
  1082. void MakeSIMSwitch(void)
  1083. {
  1084. isSearchFinished = SEARCH_SUCCESS;
  1085. // Switching SIM Card
  1086. SIMSwitchAndResetRequest();
  1087. }
  1089. void MakeSetTimerSIMSwitch(void)
  1090. {
  1091. StopTimer(POPUP_TIMER);
  1092. StartTimer(POPUP_TIMER, UI_POPUP_NOTIFYDURATION_TIME*2, MakeSIMSwitch);
  1093. }
  1095. void MakeOnUnReachableSuccess(void)
  1096. {
  1097. DisplayPopup(
  1098.             (PU8) (g_callset_context.SSDisplayBuffer),
  1099.             IMG_GLOBAL_ACTIVATED,
  1100.             MMI_TRUE,
  1101.             UI_POPUP_NOTIFYDURATION_TIME,
  1102.             WARNING_TONE);
  1104. ClearAllKeyHandler();
  1105. MakeSetTimerSIMSwitch();
  1106. }
  1108. void MakeOffUnReachableSuccess(void)
  1109. {
  1110. DisplayPopup(
  1111.             (PU8) (g_callset_context.SSDisplayBuffer),
  1112.             IMG_GLOBAL_ACTIVATED,
  1113.             MMI_TRUE,
  1114.             UI_POPUP_NOTIFYDURATION_TIME,
  1115.             WARNING_TONE);
  1117. ClearAllKeyHandler();
  1118. MakeSetTimerSIMSwitch();
  1119. }
  1121. void NetWorkNotProviedServiceLeftKeyProcess(void)
  1122. {
  1123. S16 error;
  1125. if (g_phnset_cntx.AutoUnReachableStates == AUTO_UNREACHABLE_ON)
  1126. {
  1127. g_phnset_cntx.AutoUnReachableStates = AUTO_UNREACHABLE_OFF;
  1128. WriteValue(NVRAM_SIM_SWITCH_ID, &(g_phnset_cntx.AutoUnReachableStates), DS_BYTE, &error);
  1130. DisplayPopup(
  1131.             (PU8) GetString(STR_GLOBAL_DETACTIVATE),
  1132.             IMG_GLOBAL_ACTIVATED,
  1133.             MMI_TRUE,
  1134.             UI_POPUP_NOTIFYDURATION_TIME,
  1135.             WARNING_TONE);
  1137. ClearAllKeyHandler();
  1138. }
  1140. MakeSetTimerSIMSwitch();
  1141. }
  1143. void NetWorkNotProviedServiceRightKeyProcess(void)
  1144. {
  1145. MakeSIMSwitch();
  1146. }
  1148. void MakeNetWorkNotProviedService(void)
  1149. {
  1150. /*----------------------------------------------------------------*/
  1151. /* Local Variables                                                */
  1152. /*----------------------------------------------------------------*/
  1153. S16 error;
  1154. S8 short_string[2];
  1155. S8 TempShortString[2];
  1156. S8 *TempBuff1;
  1157. /*----------------------------------------------------------------*/
  1158. /* Code Body                                                      */
  1159. /*----------------------------------------------------------------*/
  1160. ReadValue(NVRAM_SIM_SWITCH_ID, &(g_phnset_cntx.AutoUnReachableStates), DS_BYTE, &error);
  1162. TempBuff1 = (S8*) OslMalloc(MAX_DISP_UCS2);
  1163. memset(TempBuff1, 0, MAX_DISP_UCS2); 
  1164. memset(short_string, 0, 2); 
  1165. memset(TempShortString, 0, 2); 
  1167. pfnUnicodeStrcpy((PS8) TempBuff1, (PS8) (g_callset_context.SSDisplayBuffer));
  1168. if (g_phnset_cntx.AutoUnReachableStates == AUTO_UNREACHABLE_ON)
  1169. {
  1170. sprintf(short_string, "n");
  1171. AnsiiToUnicodeString((PS8) TempShortString, (PS8) short_string);
  1172. pfnUnicodeStrcat((S8*) TempBuff1, (S8*) GetString(STR_SIM_SWITCH_UNREACHABLE_AUTO_ON_OFF));
  1173. pfnUnicodeStrcat((S8*) TempBuff1, (S8*) TempShortString); 
  1174. pfnUnicodeStrcat((S8*) TempBuff1, (S8*) GetString(STR_SIM_SWITCH_SHUT_DOWN));
  1175. }
  1178. DisplayConfirm(STR_GLOBAL_YES, IMG_GLOBAL_YES,
  1179.     STR_GLOBAL_NO, IMG_GLOBAL_NO,
  1180.     (PU16) TempBuff1,IMG_GLOBAL_QUESTION, WARNING_TONE);
  1182. SetLeftSoftkeyFunction(NetWorkNotProviedServiceLeftKeyProcess,KEY_EVENT_UP);
  1183. SetRightSoftkeyFunction(NetWorkNotProviedServiceRightKeyProcess,KEY_EVENT_UP);
  1185. OslMfree(TempBuff1);
  1186. }
  1188. void EntrySIMSwitchProcessResut(void)
  1189. {
  1190. /*----------------------------------------------------------------*/
  1191. /* Local Variables                                                */
  1192. /*----------------------------------------------------------------*/
  1193. S8   FindSubStr;
  1194. S8  len_unreachable, len_sim_num;
  1195. S16 Error;
  1196. S8  unreachable_ansii_num[45];
  1197. U8  SIM1Num[SIM_NUM_LENGTH];
  1198. U8  SIM2Num[SIM_NUM_LENGTH];
  1199. U8  AutoUnReachableStates; // Auto on-off
  1200. /*----------------------------------------------------------------*/
  1201. /* Code Body                                                      */
  1202. /*----------------------------------------------------------------*/
  1203. memset(unicode_buf1, 0, SIM_NUM_LENGTH*ENCODING_LENGTH);
  1204. memset(unicode_buf2, 0, SIM_NUM_LENGTH*ENCODING_LENGTH);
  1205. memset(SIM1Num, 0, SIM_NUM_LENGTH);
  1206. memset(SIM2Num, 0, SIM_NUM_LENGTH);
  1207. memset(unreachable_ansii_num, 0, 45);
  1209. // Read NVRAM SIM1 and SIM2 Number.
  1210. ReadRecord(NVRAM_EF_SIM_SWITCH_LID, 1, SIM1Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  1211. ReadRecord(NVRAM_EF_SIM_SWITCH_LID, 2, SIM2Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  1213. AnsiiToUnicodeString((S8*)unicode_buf1, (S8*)SIM1Num);
  1214. AnsiiToUnicodeString((S8*)unicode_buf2, (S8*)SIM2Num);
  1215. UnicodeToAnsii((S8*)unreachable_ansii_num, (S8*)unreachable_num);
  1217. ReadValue(NVRAM_SIM_SWITCH_ID, &AutoUnReachableStates, DS_BYTE, &Error);
  1219. if (AutoUnReachableStates == AUTO_UNREACHABLE_ON) /* The Auto UnReachable Service is Already On. */
  1220. {
  1221. if (unreachablestates == UNREACHABLE_ON) /* The UnReachable Service is Already On. */
  1222. {
  1223. ReadValue( NVRAM_SIM_ID, &(g_phnset_cntx.SIMID), DS_BYTE , &Error);
  1225. if(g_phnset_cntx.SIMID == SIM1)
  1226. {
  1227. len_unreachable = strlen((char *)unreachable_ansii_num);
  1228. len_sim_num = strlen((char *)SIM2Num);
  1230. if (len_unreachable < 7)
  1231. {
  1232. if (len_unreachable >= len_sim_num)
  1233. {
  1234. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - len_sim_num), (const char *) SIM2Num);
  1235. }
  1236. else
  1237. FindSubStr = 1;
  1238. }
  1239. else
  1240. {
  1241. if (len_sim_num < 7)
  1242. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - len_sim_num), (const char *) SIM2Num);
  1243. else
  1244. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - 7), (const char *)(SIM2Num + len_sim_num - 7));
  1245. }
  1247. if (FindSubStr != 0)  
  1248. {
  1249. // The UnReachable Service of Current SIM Card is Cancel.
  1250. g_callset_context.SSCFType = FORWARD_CANCEL_ALL;
  1251. EnterPhnSetUnReachableOffReq();
  1252. }
  1253. else
  1254. {
  1255. // Hint User UnReachable Service is Already On
  1256. MakeOnUnReachableSuccess();
  1257. }
  1258. }
  1259. else if (g_phnset_cntx.SIMID == SIM2)
  1260. {
  1261. len_unreachable = strlen((char *)unreachable_ansii_num);
  1262. len_sim_num = strlen((char *)SIM1Num);
  1264. if (len_unreachable < 7)
  1265. {
  1266. if (len_unreachable >= len_sim_num)
  1267. {
  1268. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - len_sim_num), (const char *) SIM1Num);
  1269. }
  1270. else
  1271. FindSubStr = 1;
  1272. }
  1273. else
  1274. {
  1275. if (len_sim_num < 7)
  1276. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - len_sim_num), (const char *) SIM1Num);
  1277. else
  1278. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - 7), (const char *)(SIM1Num + len_sim_num - 7));
  1279. }
  1281. if (FindSubStr != 0)  
  1282. {
  1283. // The UnReachable Service of Current SIM Card is Cancel.
  1284. g_callset_context.SSCFType = FORWARD_CANCEL_ALL;
  1285. EnterPhnSetUnReachableOffReq();
  1286. }
  1287. else
  1288. {
  1289. // Hint User UnReachable Service is Already On
  1290. MakeOnUnReachableSuccess();
  1291. }
  1292. }
  1293. }
  1294. else if (unreachablestates == UNREACHABLE_OFF) /* The UnReachable Service is Already Off */
  1295. {
  1296. EnterPhnSetUnReachableOnReq();
  1297. }
  1298. else if (unreachablestates == UNREACHABLE_NOT_PROVIDED)
  1299. {
  1300. MakeNetWorkNotProviedService();
  1301. }
  1302. }
  1303. else /* The Auto UnReachable Service is Already Off. */
  1304. {
  1305. if (unreachablestates == UNREACHABLE_ON) /* The UnReachable Service is Already On. */
  1306.   {
  1307.   ReadValue( NVRAM_SIM_ID, &(g_phnset_cntx.SIMID), DS_BYTE , &Error);
  1309. if(g_phnset_cntx.SIMID == SIM1)
  1310. {
  1311. len_unreachable = strlen((char *)unreachable_ansii_num);
  1312. len_sim_num = strlen((char *)SIM2Num);
  1314. if (len_unreachable < 7)
  1315. {
  1316. if (len_unreachable >= len_sim_num)
  1317. {
  1318. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - len_sim_num), (const char *) SIM2Num);
  1319. }
  1320. else
  1321. FindSubStr = 1;
  1322. }
  1323. else
  1324. {
  1325. if (len_sim_num < 7)
  1326. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - len_sim_num), (const char *) SIM2Num);
  1327. else
  1328. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - 7), (const char *)(SIM2Num + len_sim_num - 7));
  1329. }
  1331. if (FindSubStr != 0)   
  1332. {
  1333. // Hint User UnReachable Service of Current SIM Card  is Already On, But isn't setting number.
  1334. mmi_phbset_sim_switch_off_confirm();
  1335. }
  1336. else
  1337. {
  1338. g_callset_context.SSCFType = FORWARD_CANCEL_ALL;
  1339. EnterPhnSetUnReachableOffReq();
  1340. }
  1341. }
  1342. else if (g_phnset_cntx.SIMID == SIM2)
  1343. {
  1344. len_unreachable = strlen((char *)unreachable_ansii_num);
  1345. len_sim_num = strlen((char *)SIM1Num);
  1347. if (len_unreachable < 7)
  1348. {
  1349. if (len_unreachable >= len_sim_num)
  1350. {
  1351. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - len_sim_num), (const char *) SIM1Num);
  1352. }
  1353. else
  1354. FindSubStr = 1;
  1355. }
  1356. else
  1357. {
  1358. if (len_sim_num < 7)
  1359. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - len_sim_num), (const char *) SIM1Num);
  1360. else
  1361. FindSubStr = strcmp((const char *)(unreachable_ansii_num + len_unreachable - 7), (const char *)(SIM1Num + len_sim_num - 7));
  1362. }
  1364. if (FindSubStr != 0)   
  1365. {
  1366. // Hint User UnReachable Service of Current SIM Card  is Already On, But isn't setting number.
  1367. mmi_phbset_sim_switch_off_confirm();
  1368. }
  1369. else
  1370. {
  1371. g_callset_context.SSCFType = FORWARD_CANCEL_ALL;
  1372. EnterPhnSetUnReachableOffReq();
  1373. }
  1374. }
  1375.   }
  1376. else if (unreachablestates == UNREACHABLE_OFF)
  1377.   {
  1378.   // Hint User Current SIM Card UnReachable Service is Already off.
  1379. MakeOffUnReachableSuccess();
  1380.   }
  1381. else if (unreachablestates == UNREACHABLE_NOT_PROVIDED)
  1382. {
  1383. MakeNetWorkNotProviedService();
  1384. }
  1385. }
  1386. }
  1388. void EntrySIMSwitchProcess(void)
  1389. {
  1390.     /*----------------------------------------------------------------*/
  1391.     /* Local Variables                                                */
  1392.     /*----------------------------------------------------------------*/
  1394.     /*----------------------------------------------------------------*/
  1395.     /* Code Body                                                      */
  1396.     /*----------------------------------------------------------------*/
  1397.     if ((!isIncomingCall()) || (GetActiveScreenId() == SCR_CM_REQUESTINGUSSD))
  1398.     {
  1399.         RemoveSSReqScr();
  1400.         EntrySIMSwitchProcessResut();
  1401.     }
  1402.     else
  1403.     {
  1404.         HistoryReplace(SCR_CM_REQUESTINGUSSD, SCR_ID_CALLSET_GENERAL_SS_RESULT, EntrySIMSwitchProcessResut);
  1405.     }
  1406. }
  1408. void SIMSwitchForwardRsp(void *info)
  1409. {
  1410.     /*----------------------------------------------------------------*/
  1411.     /* Local Variables                                                */
  1412.     /*----------------------------------------------------------------*/
  1413.     S8 short_string[45];
  1414.     U8 bs_index;
  1415.     S8 TempShortString[90];
  1416.     S8 TempBuff[250];
  1417.     S8 *TempBuff1;
  1419.     mmi_ss_call_forward_rsp_struct *pMsgFwdQueryrsp = (mmi_ss_call_forward_rsp_struct*) info;
  1421.     /*----------------------------------------------------------------*/
  1422.     /* Code Body                                                      */
  1423.     /*----------------------------------------------------------------*/
  1424.     TempBuff1 = (S8*) OslMalloc(MAX_DISP_UCS2);
  1425.     memset(TempBuff1, 0, MAX_DISP_UCS2);                    
  1427.     DeleteScreenIfPresent(SCR_ID_CALLSET_FORWARD_OPTIONS);
  1428.     DeleteScreenIfPresent(SCR_ID_CALLSET_FORWARD_NUMBER);
  1429.     DeleteScreenIfPresent(SCR_ID_CALLSET_FORWARD_NO_ANS_TIME);
  1431.     if (pMsgFwdQueryrsp->result.flag == L4C_OK)
  1432.     {  
  1433.         pfnUnicodeStrcpy((PS8) TempBuff1, (PS8) GetString(STR_L4_CFNRC));
  1435.         if (pMsgFwdQueryrsp->count == 0)
  1436.         {
  1437.  unreachablestates = UNREACHABLE_OFF;
  1438.  pfnUnicodeStrcat((PS8) TempBuff1, (PS8) GetString(STR_DEACTIVATED));
  1439.         }
  1440.         for (bs_index = 0; bs_index < pMsgFwdQueryrsp->count; bs_index++)
  1441.         {
  1442.             memset(TempBuff, 0, sizeof(TempBuff));
  1443.             if (pMsgFwdQueryrsp->list[bs_index].ss_status & SS_ABIT)
  1444.             {
  1445.   unreachablestates = UNREACHABLE_ON;
  1446.   pfnUnicodeStrcat((PS8) TempBuff, (PS8) GetString(STR_ACTIVATED));
  1447.             }
  1448.             else if (pMsgFwdQueryrsp->opcode == SS_OP_INTERROGATESS)
  1449.             {
  1450.                 if (pMsgFwdQueryrsp->list[bs_index].ss_status & SS_PBIT)
  1451.                 {
  1452.  unreachablestates = UNREACHABLE_OFF;
  1453.  pfnUnicodeStrcat((PS8) TempBuff1, (PS8) GetString(STR_DEACTIVATED));
  1454.                 }
  1455.                 else
  1456.                 {
  1457.  unreachablestates = UNREACHABLE_NOT_PROVIDED;
  1458.  pfnUnicodeStrcat((PS8) TempBuff, (PS8) GetString(STR_NOT_PROVIDED));
  1459.                 }
  1460.             }
  1461.             else
  1462.             {
  1463. unreachablestates = UNREACHABLE_OFF;
  1464. pfnUnicodeStrcat((PS8) TempBuff1, (PS8) GetString(STR_DEACTIVATED));
  1465.             }
  1467. if (pMsgFwdQueryrsp->list[bs_index].no_reply_timer != 0)
  1468.              {
  1469.                 sprintf(short_string, "%d ", (U8) pMsgFwdQueryrsp->list[bs_index].no_reply_timer);
  1470.                 AnsiiToUnicodeString((PS8) TempShortString, (PS8) short_string);
  1471.                 pfnUnicodeStrcat((S8*) TempBuff, (S8*) TempShortString);
  1472.                 pfnUnicodeStrcat((PS8) TempBuff, (PS8) GetString(STR_SECONDS));
  1473.              }
  1475. AppendBScodeString(pMsgFwdQueryrsp->list[bs_index].bs_code, TempBuff);
  1476. memset(unreachable_num, 0, sizeof(unreachable_num));
  1478.             if (strlen(pMsgFwdQueryrsp->list[bs_index].address) != 0)
  1479.             {
  1480. memset(short_string, 0, sizeof(short_string));
  1481.                 memset(TempShortString, 0, sizeof(TempShortString));
  1482. strncpy((PS8) short_string, (PS8) pMsgFwdQueryrsp->list[bs_index].address, sizeof(short_string) - 5);
  1483. AnsiiToUnicodeString((PS8) unreachable_num, (PS8) short_string);
  1484. strcat((PS8) short_string, " ");
  1485.                    AnsiiToUnicodeString((PS8) TempShortString, (PS8) short_string);
  1486.                    pfnUnicodeStrcat((S8*) TempBuff, (S8*) TempShortString);
  1487.             }
  1488. if ((pfnUnicodeStrlen((PS8) TempBuff) + pfnUnicodeStrlen((PS8) TempBuff1))
  1489.                 < MAX_DISP_UCS2 / ENCODING_LENGTH)
  1490.             {
  1491.                 pfnUnicodeStrcat((S8*) TempBuff1, (S8*) TempBuff);
  1492.             }
  1493.         }
  1495. sprintf(short_string, "n");
  1496. AnsiiToUnicodeString((PS8) TempShortString, (PS8) short_string);
  1497. pfnUnicodeStrcat((S8*) TempBuff1, (S8*) TempShortString); 
  1499. if (isSearchFinished == SEARCH_FAIL)
  1500. {
  1501.         switch (g_callset_context.SSCFCondQueryStage)
  1502.         {
  1503.             case CF_COND_STAGE_NONE:
  1504.    pfnUnicodeStrcpy((S8*) g_callset_context.SSDisplayBuffer, (S8*) TempBuff1);
  1505.                 DeleteScreenIfPresent(SCR_ID_CALLSET_GENERAL_SS_RESULT);
  1506.                 EntrySIMSwitchProcess();
  1507.                 break;
  1508.             case CF_COND_STAGE_UNREACH:
  1509.    pfnUnicodeStrcpy((S8*) g_callset_context.SSDisplayBuffer, (S8*) TempBuff1);
  1510.                 g_callset_context.SSCFType = FORWARD_ALLCOND;
  1511.                 EnterPhnSetUnReachableQueryReq();
  1512.                 break;
  1513.             default:
  1514.                 ASSERT(0);
  1515.                 break;
  1516.         }
  1517. }
  1519. if (TempBuff1 != NULL)
  1520. OslMfree(TempBuff1);
  1521. TempBuff1 = NULL;
  1522.     }
  1523.     else
  1524.     {
  1525.         ResetCFCondStage();
  1526.     #ifdef __MMI_SS_SHOW_CAUSE__
  1527.         ShowCauseString(pMsgFwdQueryrsp->result.cause, g_callset_context.SSDisplayBuffer);
  1528.         DeleteScreenIfPresent(SCR_ID_CALLSET_GENERAL_SS_RESULT);
  1529.         EntrySIMSwitchProcess();
  1530.     #else /* __MMI_SS_SHOW_CAUSE__ */ 
  1531.         DisplayPopup((PU8) GetString(STR_GLOBAL_NOT_DONE), IMG_GLOBAL_UNFINISHED, 0, CS_NOTIFYDURATION, ERROR_TONE);
  1532.         RemoveSSReqScr();
  1534. if (TempBuff1 != NULL)
  1535. OslMfree(TempBuff1);
  1536. TempBuff1 = NULL;
  1538. MakeSetTimerSIMSwitch();
  1539.     #endif /* __MMI_SS_SHOW_CAUSE__ */ 
  1540.     }
  1541. }
  1543. void EnterPhnSetUnReachableOnReq(void)
  1544. {
  1545. /*----------------------------------------------------------------*/
  1546. /* Local Variables                                                */
  1547. /*----------------------------------------------------------------*/
  1548. S8 input_string[MAX_DIGITS_USSD * ENCODING_LENGTH];
  1549. S8 string_code[50];
  1550. PS8 hash_string = NULL;
  1551. U8 i;
  1552. S16 Error;
  1553. U8  SIM1Num[SIM_NUM_LENGTH];
  1554. U8  SIM2Num[SIM_NUM_LENGTH];
  1555. /*----------------------------------------------------------------*/
  1556. /* Code Body                                                      */
  1557. /*----------------------------------------------------------------*/
  1558. // Read NVRAM SIM1 and SIM2 Number
  1559. ReadRecord(NVRAM_EF_SIM_SWITCH_LID, 1, SIM1Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  1560. ReadRecord(NVRAM_EF_SIM_SWITCH_LID, 2, SIM2Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  1561. AnsiiToUnicodeString((S8*)unicode_buf1, (S8*)SIM1Num);
  1562. AnsiiToUnicodeString((S8*)unicode_buf2, (S8*)SIM2Num);
  1563. memset(g_callset_context.SSCFNum, 0, (MAX_CC_ADDR_LEN *ENCODING_LENGTH) + 2);
  1565. if(g_phnset_cntx.SIMID == SIM1)
  1566. {
  1567. pfnUnicodeStrcpy((S8*)(g_callset_context.SSCFNum), (S8*)unicode_buf2);
  1568. }
  1569. else if (g_phnset_cntx.SIMID == SIM2)
  1570. {
  1571. pfnUnicodeStrcpy((S8*)(g_callset_context.SSCFNum), (S8*)unicode_buf1);
  1572. }
  1574.     for (i = 0; i < pfnUnicodeStrlen((S8*) g_callset_context.SSCFNum); i++)
  1575.     {
  1576.         if ((g_callset_context.SSCFNum[i * 2] == 'p') || (g_callset_context.SSCFNum[i * 2] == 'w'))
  1577.         {
  1578. DisplayPopup((PU8) GetString(STR_GLOBAL_NOT_DONE), IMG_GLOBAL_UNFINISHED, 0, CS_NOTIFYDURATION, ERROR_TONE);
  1579. return;
  1580.         }
  1581.     }
  1583.     /* format the string for the ss string handling */
  1584.     memset(input_string, 0, (MAX_DIGITS_USSD * ENCODING_LENGTH));
  1585.     memset(string_code, 0, 50);
  1586.     hash_string = (PS8) GetString(STR_SIM_SWITCH_HASH_VALUE);
  1588.     strcpy((S8*) string_code, "**62*");
  1589.     AnsiiToUnicodeString((PS8) input_string, (PS8) string_code);
  1590.     pfnUnicodeStrcat((PS8) input_string, (PS8) g_callset_context.SSCFNum);
  1591.     pfnUnicodeStrcat((PS8) input_string, (PS8) hash_string);
  1592.     /* set protocol event handler for the call fwd response */
  1593.     SetProtocolEventHandler(SIMSwitchForwardRsp, PRT_MMI_SS_CALL_FORWARD_RSP);
  1594.     /* make a corresponding ss string for call fwd option */
  1595.     MakeCall((PS8) input_string);
  1596.     return;
  1597. }
  1599. void EnterPhnSetUnReachableOffReq(void)
  1600. {
  1601.     /*----------------------------------------------------------------*/
  1602.     /* Local Variables                                                */
  1603.     /*----------------------------------------------------------------*/
  1604.     S8 input_string[MAX_DIGITS_USSD * ENCODING_LENGTH];
  1605.     S8 string_out[20];
  1607.     /*----------------------------------------------------------------*/
  1608.     /* Code Body                                                      */
  1609.     /*----------------------------------------------------------------*/
  1610.     //micha1229
  1611.     //      PS8 hash_string = NULL ;
  1612.     /* format the string for the ss string handling */
  1613.     memset(input_string, 0, (MAX_DIGITS_USSD * ENCODING_LENGTH));
  1614.     memset(string_out, 0, 20);
  1615.     /* hash_string = (PS8) GetString(STR_HASH_VALUE); */
  1617.     strcpy((S8*) string_out, "##62#");
  1618.     AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1619.     /* set protocol event handler for the call fwd response */
  1620.     SetProtocolEventHandler(SIMSwitchForwardRsp, PRT_MMI_SS_CALL_FORWARD_RSP);
  1621.     /* make a corresponding ss string for call fwd option */
  1622.     MakeCall((PS8) input_string);
  1623.     return;
  1624. }
  1626. void EnterPhnSetUnReachableQueryReq(void)
  1627. {
  1628.     /*----------------------------------------------------------------*/
  1629.     /* Local Variables                                                */
  1630.     /*----------------------------------------------------------------*/
  1631.     S8 input_string[MAX_DIGITS_USSD * ENCODING_LENGTH];
  1632.     S8 string_out[20];
  1633.     /*----------------------------------------------------------------*/
  1634.     /* Code Body                                                      */
  1635.     /*----------------------------------------------------------------*/
  1636.     //micha1229
  1637.     //      PS8 hash_string = NULL ;
  1639.     /* format the string for the ss string handling */
  1640.     memset(input_string, 0, (MAX_DIGITS_USSD * ENCODING_LENGTH));
  1641.     memset(string_out, 0, 20);
  1642.     /* hash_string = (PS8) GetString(STR_HASH_VALUE); */
  1643.     switch (g_callset_context.SSCFType)
  1644.     {
  1645.             /* if the menu item is selected is voice call fwd when un reachable */
  1646.         case FORWARD_UNREACHABLE:
  1647.             strcpy((S8*) string_out, "*#62#");
  1648.             AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1649.             break;
  1650.             /* if the menu item is selected is voice call fwd when no answer */
  1651.         case FORWARD_NOANSWER:
  1652.             strcpy((S8*) string_out, "*#61#");
  1653.             AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1654.             break;
  1655.             /* if the menu item is selected is voice call fwd when all conditional */
  1656.         case FORWARD_BUSY:
  1657.             strcpy((S8*) string_out, "*#67#");
  1658.             AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1659.             break;
  1660.             /* if the menu item is selected all voice call fwd */
  1661.         case FORWARD_ALLCOND:
  1662.             switch (g_callset_context.SSCFCondQueryStage)
  1663.             {
  1664.                 case CF_COND_STAGE_NONE:
  1665.                     g_callset_context.SSCFCondQueryStage = CF_COND_STAGE_UNREACH;            
  1666.                     strcpy((S8*) string_out, "*#62#");
  1667.                     AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1668.                     break;
  1669.                 case CF_COND_STAGE_UNREACH:
  1670.                     g_callset_context.SSCFCondQueryStage = CF_COND_STAGE_NOANS;            
  1671.                     strcpy((S8*) string_out, "*#61#");
  1672.                     AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1673.                     break;
  1674.                 case CF_COND_STAGE_NOANS:
  1675.                     g_callset_context.SSCFCondQueryStage = CF_COND_STAGE_BUSY;            
  1676.                     strcpy((S8*) string_out, "*#67#");
  1677.                     AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1678.                     break;
  1679.                 default:
  1680.                     ASSERT(0);
  1681.                     break;
  1682.             }
  1683.             break;
  1684.             /* if the menu item is selected is voice call fwd when busy */
  1685.         case FORWARD_ALLVOICE:
  1686.             strcpy((S8*) string_out, "*#21**11#");
  1687.             AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1688.             break;
  1689.             /* if the menu item is selected is data call fwd */
  1690.         case FORWARD_DATA:
  1691.             strcpy((S8*) string_out, "*#21**20#");
  1692.             AnsiiToUnicodeString((PS8) input_string, (PS8) string_out);
  1693.             break;
  1694.     }
  1695.     /* set protocol event handler for the call fwd response */
  1696.     SetProtocolEventHandler(SIMSwitchForwardRsp, PRT_MMI_SS_CALL_FORWARD_RSP);
  1697.     /* make a corresponding ss string for call fwd option */
  1698.     MakeCall((PS8) input_string);
  1699.     return;
  1700. }
  1702. void MakeSIMSwitchConfirmOff(void)
  1703. {
  1704. /*----------------------------------------------------------------*/
  1705. /* Local Variables                                                */
  1706. /*----------------------------------------------------------------*/
  1708. /*----------------------------------------------------------------*/
  1709. /* Code Body                                                      */
  1710. /*----------------------------------------------------------------*/
  1711. EnterPhnSetUnReachableOffReq();
  1713. MakeSetTimerSIMSwitch();
  1714. }
  1716. /**************************************************************
  1718. FUNCTION NAME : MakeAutoUnReachableSel(void)
  1720.    PURPOSE : Handler Select Auto UnReachable ON/OFF.
  1722. INPUT PARAMETERS : nil
  1724. OUTPUT PARAMETERS : nil
  1726. RETURNS : void
  1728. REMARKS : NA
  1730. **************************************************************/
  1731. void MakeAutoUnReachableSel(void)
  1732. {
  1733. /*----------------------------------------------------------------*/
  1734. /* Local Variables                                                */
  1735. /*----------------------------------------------------------------*/
  1736. S16 error;
  1737. /*----------------------------------------------------------------*/
  1738. /* Code Body                                                      */
  1739. /*----------------------------------------------------------------*/
  1740. if (g_phnset_cntx.AutoUnReachableStates > AUTO_UNREACHABLE_ON ||  g_phnset_cntx.AutoUnReachableStates < AUTO_UNREACHABLE_OFF)
  1741. {
  1742. ReadValue(NVRAM_SIM_SWITCH_ID, &(g_phnset_cntx.AutoUnReachableStates), DS_BYTE, &error);
  1743. }
  1745. if (g_phnset_cntx.AutoUnReachableStates == AUTO_UNREACHABLE_OFF)
  1746. {
  1747. g_phnset_cntx.AutoUnReachableStates = AUTO_UNREACHABLE_ON;
  1748. WriteValue(NVRAM_SIM_SWITCH_ID, &(g_phnset_cntx.AutoUnReachableStates), DS_BYTE, &error);
  1750. pfnUnicodeStrcpy((S8*)hintData[1],(PS8)GetString(STR_GLOBAL_ON));
  1751. Category52ChangeItemDescription(1, (U8*) GetString(STR_GLOBAL_ON));
  1752.       ChangeLeftSoftkey(STR_GLOBAL_OFF, 0);
  1753. }
  1754. else if (g_phnset_cntx.AutoUnReachableStates == AUTO_UNREACHABLE_ON)
  1755. {
  1756. g_phnset_cntx.AutoUnReachableStates = AUTO_UNREACHABLE_OFF;
  1757. WriteValue(NVRAM_SIM_SWITCH_ID, &(g_phnset_cntx.AutoUnReachableStates), DS_BYTE, &error);
  1759. pfnUnicodeStrcpy((S8*)hintData[1],(PS8)GetString(STR_GLOBAL_OFF));
  1760. Category52ChangeItemDescription(1, (U8*) GetString(STR_GLOBAL_OFF));
  1761. ChangeLeftSoftkey(STR_GLOBAL_ON, 0);
  1762. }
  1764. RedrawCategoryFunction();
  1765. }
  1767. /**************************************************************
  1769. FUNCTION NAME : MakeSIMSwitchSel(void)
  1771.    PURPOSE : Handler SIM Switch.
  1773. INPUT PARAMETERS : nil
  1775. OUTPUT PARAMETERS : nil
  1777. RETURNS : void
  1779. REMARKS : NA
  1781. **************************************************************/
  1782. void MakeSIMSwitchSel(void )
  1783. {
  1784. /*----------------------------------------------------------------*/
  1785. /* Local Variables                                                */
  1786. /*----------------------------------------------------------------*/
  1787. S16 Error;
  1788. S16 SIM1Num[SIM_NUM_LENGTH];
  1789. S16 SIM2Num[SIM_NUM_LENGTH];
  1790. /*----------------------------------------------------------------*/
  1791. /* Code Body                                                      */
  1792. /*----------------------------------------------------------------*/
  1793. memset(unicode_buf1, 0, SIM_NUM_LENGTH*ENCODING_LENGTH);
  1794. memset(unicode_buf2, 0, SIM_NUM_LENGTH*ENCODING_LENGTH);
  1795. memset(SIM1Num, 0, SIM_NUM_LENGTH);
  1796. memset(SIM2Num, 0, SIM_NUM_LENGTH);
  1798. ReadRecord(NVRAM_EF_SIM_SWITCH_LID, 1, SIM1Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  1799. ReadRecord(NVRAM_EF_SIM_SWITCH_LID, 2, SIM2Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  1800. AnsiiToUnicodeString((S8*)unicode_buf1, (S8*)SIM1Num);
  1801. AnsiiToUnicodeString((S8*)unicode_buf2, (S8*)SIM2Num);
  1803. if (!pfnUnicodeStrlen((const S8*)unicode_buf1) ||  !pfnUnicodeStrlen((const S8*)unicode_buf2))
  1804. {
  1805. // Hint User input all data
  1806. StopTimer(POPUP_TIMER);
  1807. DisplayPopup((PU8)GetString(STR_SIM_SWITCH_SETTING_SIM_NUM), IMG_GLOBAL_WARNING, MMI_TRUE, UI_POPUP_NOTIFYDURATION_TIME, WARNING_TONE);
  1808. ClearAllKeyHandler();
  1809. StartTimer(POPUP_TIMER, UI_POPUP_NOTIFYDURATION_TIME, mmi_phnset_entry_sim_num_edit);
  1810. return;
  1811. }
  1812. else if (!pfnUnicodeStrcmp((const S8*)unicode_buf1,(const S8*)unicode_buf2))
  1813. {
  1814. // SIM1 And SIM2 number can not equal
  1815. StopTimer(POPUP_TIMER);
  1816. DisplayPopup((PU8)GetString(STR_SIM_SWITCH_ERROR_SAME_NUM), IMG_GLOBAL_WARNING, MMI_TRUE, UI_POPUP_NOTIFYDURATION_TIME, WARNING_TONE);
  1817. ClearAllKeyHandler();
  1818. StartTimer(POPUP_TIMER, UI_POPUP_NOTIFYDURATION_TIME, mmi_phnset_entry_sim_num_edit);
  1819. return;
  1820. }
  1822. isSearchFinished = SEARCH_FAIL;
  1823. g_callset_context.SSCFType = FORWARD_UNREACHABLE;
  1824. EnterPhnSetUnReachableQueryReq();
  1825. }
  1827. void SIMSwitchAndResetRequest(void)
  1828. {
  1829. #if !defined(__MTK_TARGET__)
  1830. S8 str_buf[] = "Press Yes to restore and shutdown";
  1831. UI_string_type unicode_buf[sizeof(str_buf)];
  1833. AnsiiToUnicodeString((PS8)unicode_buf, (PS8)str_buf);
  1835. DisplayConfirm(STR_GLOBAL_YES, IMG_GLOBAL_YES,
  1836.     STR_GLOBAL_NO, IMG_GLOBAL_NO,
  1837.     (PU16)unicode_buf,IMG_GLOBAL_QUESTION, WARNING_TONE);
  1838. #else
  1839. DisplayConfirm(STR_GLOBAL_YES, IMG_GLOBAL_YES,
  1840.     STR_GLOBAL_NO, IMG_GLOBAL_NO,
  1841.     (PU16)GetString(STR_SETTING_SIM_SWITCH_CONFIRM),IMG_GLOBAL_QUESTION, WARNING_TONE);
  1842. #endif
  1845. /* Register function with left/right softkey */
  1846. SetRightSoftkeyFunction(GoBackSIMSwitchScreen,KEY_EVENT_UP);
  1848. SetLeftSoftkeyFunction(SIMSwitchAndReset,KEY_EVENT_UP);
  1849. }
  1851. static void SIMSwitchRequestRacDetach()
  1852. {
  1853. #ifdef MMI_ON_HARDWARE_P
  1854.     /*----------------------------------------------------------------*/
  1855.     /* Local Variables                                                */
  1856.     /*----------------------------------------------------------------*/
  1857.     MYQUEUE Message;
  1859.     /*----------------------------------------------------------------*/
  1860.     /* Code Body                                                      */
  1861.     /*----------------------------------------------------------------*/
  1862.     Message.oslSrcId = MOD_MMI;
  1863.     Message.oslDestId = MOD_L4C;
  1864.     Message.oslMsgId = MSG_ID_MMI_NW_PWROFF_DETACH_REQ;
  1865.     Message.oslDataPtr = (oslParaType*) NULL;
  1866.     Message.oslPeerBuffPtr = NULL;
  1867.     OslMsgSendExtQueue(&Message);
  1868. #endif /* MMI_ON_HARDWARE_P */ 
  1869. }
  1871. void SIMSwitchAndReset(void)
  1872. {
  1873. S16 error;
  1875. if(g_phnset_cntx.SIMID == 0)
  1876. {
  1877. g_phnset_cntx.SIMID = 1;
  1878. }
  1879. else
  1880. {
  1881. g_phnset_cntx.SIMID = 0;
  1882. }
  1883. WriteValue( NVRAM_SIM_ID, &(g_phnset_cntx.SIMID), DS_BYTE , &error);
  1885. SIMSwitchRequestRacDetach();
  1886. kal_sleep_task(200);     /*  sleep for 200 ticks, about 1s */
  1888. AlmATPowerReset(MMI_FALSE, 10); // shutdown system and reboot in 10 seconds.
  1889. }
  1891. void LoadandSetSIMID(void)
  1892. {
  1893.   #ifdef MMI_ON_HARDWARE_P
  1894. S16 error;
  1895. ReadValue( NVRAM_SIM_ID, &(g_phnset_cntx.SIMID), DS_BYTE , &error);
  1896. if(g_phnset_cntx.SIMID<0 || g_phnset_cntx.SIMID>1)
  1897. {
  1898. g_phnset_cntx.SIMID = 0;
  1899. WriteValue( NVRAM_SIM_ID, &(g_phnset_cntx.SIMID), DS_BYTE , &error);
  1900. }
  1901.    
  1902. if(g_phnset_cntx.SIMID == 0)
  1903. {
  1904. GPIO_InitIO(1, SIM_SWITCH_PIN);
  1905. GPIO_ModeSetup(SIM_SWITCH_PIN, 0);
  1906. GPIO_WriteIO(1, SIM_SWITCH_PIN);
  1907. }
  1908. else
  1909. {
  1910. GPIO_InitIO(1, SIM_SWITCH_PIN);
  1911. GPIO_ModeSetup(SIM_SWITCH_PIN, 0);
  1912. GPIO_WriteIO(0, SIM_SWITCH_PIN);
  1913. }
  1914. #endif/*MMI_ON_HARDWARE_P*/
  1915. }
  1917. /**************************************************************
  1919. FUNCTION NAME : LoadSIMSwitchAllData(void)
  1921.    PURPOSE : Init data.
  1923. INPUT PARAMETERS : nil
  1925. OUTPUT PARAMETERS : nil
  1927. RETURNS : void
  1929. REMARKS : NA
  1931. **************************************************************/
  1932. void LoadSIMSwitchAllData(void)
  1933. {
  1934. /*----------------------------------------------------------------*/
  1935. /* Local Variables                                                */
  1936. /*----------------------------------------------------------------*/
  1937. S16 Error;
  1938. S16 SIM1Num[SIM_NUM_LENGTH];
  1939. S16 SIM2Num[SIM_NUM_LENGTH];
  1940. /*----------------------------------------------------------------*/
  1941. /* Code Body                                                      */
  1942. /*----------------------------------------------------------------*/
  1943. memset(SIM1Num, 0, SIM_NUM_LENGTH);
  1944. memset(SIM2Num, 0, SIM_NUM_LENGTH);
  1946. LoadandSetSIMID();
  1947. ReadValue(NVRAM_SIM_SWITCH_ID, &(g_phnset_cntx.AutoUnReachableStates), DS_BYTE, &Error);
  1949. if (g_phnset_cntx.AutoUnReachableStates < AUTO_UNREACHABLE_OFF || g_phnset_cntx.AutoUnReachableStates > AUTO_UNREACHABLE_ON)
  1950. {
  1951. g_phnset_cntx.AutoUnReachableStates = AUTO_UNREACHABLE_ON;
  1952. WriteValue(NVRAM_SIM_SWITCH_ID, &(g_phnset_cntx.AutoUnReachableStates), DS_BYTE, &Error);
  1953. WriteRecord(NVRAM_EF_SIM_SWITCH_LID, 1, SIM1Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  1954. WriteRecord(NVRAM_EF_SIM_SWITCH_LID, 2, SIM2Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  1955. }
  1956. }
  1958. /**************************************************************
  1960. FUNCTION NAME : mmi_phnset_entry_sim_switch(void)
  1962.    PURPOSE : handler Entry SIM Switch Edit Screen.
  1964. INPUT PARAMETERS : nil
  1966. OUTPUT PARAMETERS : nil
  1968. RETURNS : void
  1970. REMARKS : NA
  1972. **************************************************************/
  1973. void mmi_phnset_entry_sim_switch(void)
  1974. {
  1975.     /*----------------------------------------------------------------*/
  1976.     /* Local Variables                                                */
  1977.     /*----------------------------------------------------------------*/
  1978.     U16 nStrItemList[3];    /* Stores the strings id of submenus returned */
  1979.     U16 nNumofItem;                     /* Stores no of children in the submenu */
  1980.     U8 *guiBuffer;  /* Buffer holding history data */
  1981.     U8 index;
  1982.     U8 *popUpList[MAX_SUB_MENUS];
  1983.     /*----------------------------------------------------------------*/
  1984.     /* Code Body                                                      */
  1985.     /*----------------------------------------------------------------*/
  1986.     EntryNewScreen(SCR_ID_PHNSET_SIM_SWITCH, NULL, mmi_phnset_entry_sim_switch, NULL);
  1988.     guiBuffer = GetCurrGuiBuffer(SCR_ID_PHNSET_SIM_SWITCH);
  1989.     nNumofItem = GetNumOfChild(MENU_SIM_SWCH);
  1990.     GetSequenceStringIds(MENU_SIM_SWCH, nStrItemList);
  1991.     SetParentHandler(MENU_SIM_SWCH);
  1992.     ConstructHintsList(MENU_SIM_SWCH, popUpList);
  1993.     RegisterHighlightHandler(ExecuteCurrHiliteHandler);
  1996.     ShowCategory52Screen(
  1997.         STR_SIM_SWITCH,
  1998.         MAIN_MENU_TITLE_SETTINGS_ICON,
  1999.         STR_GLOBAL_OK,
  2000.         IMG_GLOBAL_OK,
  2001.         STR_GLOBAL_BACK,
  2002.         IMG_GLOBAL_BACK,
  2003.         nNumofItem,
  2004.         nStrItemList,
  2005.         (U16*) gIndexIconsImageList,
  2006.         (U8 **) popUpList,
  2007.         LIST_MENU,
  2008.         0,
  2009.         guiBuffer);
  2011.     SetRightSoftkeyFunction(GoBackHistory, KEY_EVENT_UP);
  2012. }
  2014. /**************************************************************
  2016. FUNCTION NAME : mmi_phnset_sim_switch_write_to_nvram(void)
  2018.    PURPOSE : handler Save Number of SIM1 and SIM2 Card to NVRAM.
  2020. INPUT PARAMETERS : nil
  2022. OUTPUT PARAMETERS : nil
  2024. RETURNS : void
  2026. REMARKS : NA
  2028. **************************************************************/
  2029. void mmi_phnset_sim_switch_save_to_nvram(void)
  2030. {
  2031. /*----------------------------------------------------------------*/
  2032. /* Local Variables                                                */
  2033. /*----------------------------------------------------------------*/
  2034. S8   i;
  2035. S16 Error;
  2036. S16 SIM1Num[SIM_NUM_LENGTH];
  2037. S16 SIM2Num[SIM_NUM_LENGTH];
  2038. /*----------------------------------------------------------------*/
  2039. /* Code Body                                                      */
  2040. /*----------------------------------------------------------------*/
  2041. memset(SIM1Num, 0, SIM_NUM_LENGTH);
  2042. memset(SIM2Num, 0, SIM_NUM_LENGTH);
  2043. UnicodeToAnsii((S8*)SIM1Num, (S8*)unicode_buf1);
  2044.      UnicodeToAnsii((S8*)SIM2Num, (S8*)unicode_buf2);
  2045. for (i = 0; i < pfnUnicodeStrlen((const S8*) unicode_buf1); i++)
  2046. {
  2047. if ((unicode_buf1[i * 2] == 'p') || (unicode_buf1[i * 2] == 'w'))
  2048. {
  2049. ClearAllKeyHandler();
  2050. DisplayPopup((PU8) GetString(STR_SIM_SWITCH_ERROR_CHAR), IMG_GLOBAL_ERROR, MMI_TRUE, CS_NOTIFYDURATION, ERROR_TONE);
  2051. return;
  2052. }
  2053. }
  2055. for (i = 0; i < pfnUnicodeStrlen((const S8*) unicode_buf2); i++)
  2056. {
  2057. if ((unicode_buf2[i * 2] == 'p') || (unicode_buf2[i * 2] == 'w'))
  2058. {
  2059. ClearAllKeyHandler();
  2060. DisplayPopup((PU8) GetString(STR_SIM_SWITCH_ERROR_CHAR), IMG_GLOBAL_ERROR, MMI_TRUE, CS_NOTIFYDURATION, ERROR_TONE);
  2061. return;
  2062. }
  2063. }
  2065. WriteRecord(NVRAM_EF_SIM_SWITCH_LID, 1, SIM1Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  2066. WriteRecord(NVRAM_EF_SIM_SWITCH_LID, 2, SIM2Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  2068. GoBackSIMSwitchScreen();
  2069. }
  2071. /**************************************************************
  2073. FUNCTION NAME : mmi_phnset_sim_switch_write_to_nvram(void)
  2075.    PURPOSE : handler Judged is or not Save Number of SIM1 and SIM2 Card to NVRAM.
  2077. INPUT PARAMETERS : nil
  2079. OUTPUT PARAMETERS : nil
  2081. RETURNS : void
  2083. REMARKS : NA
  2085. **************************************************************/
  2086. void mmi_phnset_sim_switch_write_to_nvram(void)
  2087. {
  2088. /*----------------------------------------------------------------*/
  2089. /* Local Variables                                                */
  2090. /*----------------------------------------------------------------*/
  2092. /*----------------------------------------------------------------*/
  2093. /* Code Body                                                      */
  2094. /*----------------------------------------------------------------*/
  2095. DisplayConfirm(STR_GLOBAL_YES, IMG_GLOBAL_YES,
  2096.     STR_GLOBAL_NO, IMG_GLOBAL_NO,
  2097.     (PU16)GetString(STR_GLOBAL_SAVE),IMG_GLOBAL_QUESTION, WARNING_TONE);
  2099. SetLeftSoftkeyFunction(mmi_phnset_sim_switch_save_to_nvram,KEY_EVENT_UP);
  2100. SetRightSoftkeyFunction(GoBackSIMSwitchScreen,KEY_EVENT_UP);
  2101. }
  2103. void mmi_phbset_sim_switch_off_confirm(void)
  2104. {
  2105. /*----------------------------------------------------------------*/
  2106. /* Local Variables                                                */
  2107. /*----------------------------------------------------------------*/
  2108. S8 *TempBuff1;
  2109. S8 short_string[2];
  2110. S8 TempShortString[2];
  2112. /*----------------------------------------------------------------*/
  2113. /* Code Body                                                      */
  2114. /*----------------------------------------------------------------*/
  2115. TempBuff1 = (S8*) OslMalloc(MAX_DISP_UCS2);
  2116. memset(TempBuff1, 0, MAX_DISP_UCS2); 
  2117. memset(short_string, 0, 2); 
  2118. memset(TempShortString, 0, 2); 
  2120. pfnUnicodeStrcpy((PS8) TempBuff1, (PS8) GetString(STR_L4_CFNRC));
  2121. sprintf(short_string, "n");
  2122. AnsiiToUnicodeString((PS8) TempShortString, (PS8) short_string);
  2123. pfnUnicodeStrcat((S8*) TempBuff1, (S8*) TempShortString); 
  2124. pfnUnicodeStrcat((S8*) TempBuff1, (S8*) unreachable_num);
  2125. pfnUnicodeStrcat((S8*) TempBuff1, (S8*) TempShortString); 
  2126. pfnUnicodeStrcat((S8*) TempBuff1, (S8*) GetString(STR_SIM_SWITCH_SHUT_DOWN));
  2128. DisplayConfirm(STR_GLOBAL_YES, IMG_GLOBAL_YES,
  2129.     STR_GLOBAL_NO, IMG_GLOBAL_NO,
  2130.     (PU16) TempBuff1,IMG_GLOBAL_QUESTION, WARNING_TONE);
  2132. OslMfree(TempBuff1);
  2133. /* Register function with left/right softkey */
  2134. SetLeftSoftkeyFunction(MakeSIMSwitchConfirmOff,KEY_EVENT_UP);
  2135. SetRightSoftkeyFunction(MakeSIMSwitch,KEY_EVENT_UP);
  2136. }
  2138. void ExitSIMNumEditScreen(void)
  2139. {
  2140.     /*----------------------------------------------------------------*/
  2141.     /* Local Variables                                                */
  2142.     /*----------------------------------------------------------------*/
  2144.     /*----------------------------------------------------------------*/
  2145.     /* Code Body                                                      */
  2146.     /*----------------------------------------------------------------*/
  2147.     MMI_current_input_ext_type &= ~INPUT_TYPE_EXT_SIM_NUMERIC;          //KP Jerry add for enable "p, w" button when exit from current screen on 2007-4-3
  2149.     CloseCategory57Screen();
  2150. }
  2152. void mmi_phnset_sim_num_edit_highlighthandler(S32 index)
  2153. {
  2154. switch(index)
  2155. {
  2156. case 0:
  2157. ChangeTitle(0, (PU8) GetString(STR_SIM_SWITCH_SIM1_NUM));
  2158. break;
  2159. case 1:
  2160. ChangeTitle(0, (PU8) GetString(STR_SIM_SWITCH_SIM2_NUM));
  2161. break;
  2162. default:
  2163. break;
  2164. }
  2166. draw_title();
  2167. }
  2169. /**************************************************************
  2171. FUNCTION NAME : mmi_phnset_entry_sim_num_edit(void)
  2173.    PURPOSE : handler Edit for Number of SIM1 and SIM2 Card 
  2175. INPUT PARAMETERS : nil
  2177. OUTPUT PARAMETERS : nil
  2179. RETURNS : void
  2181. REMARKS : NA
  2183. **************************************************************/
  2184. extern void StarKeyHandler (void);     //KP Jerry add for modify '*' multitap candidate to '+' only on 2007-4-3
  2186. void HashKeyHandler(void)
  2187. {
  2188. }
  2190. void mmi_phnset_entry_sim_num_edit(void)
  2191. {
  2192. /*----------------------------------------------------------------*/
  2193. /* Local Variables                                                */
  2194. /*----------------------------------------------------------------*/
  2195. U8 *guiBuffer;  /* Buffer holding history data */
  2196. U16 ImageList[2];
  2197. S16 Error;
  2198. S16 SIM1Num[SIM_NUM_LENGTH];
  2199. S16 SIM2Num[SIM_NUM_LENGTH];
  2200. /*----------------------------------------------------------------*/
  2201. /* Code Body                                                      */
  2202. /*----------------------------------------------------------------*/
  2203. EntryNewScreen(SCR_ID_PHNSET_SIM_NUM_EDIT, ExitSIMNumEditScreen, mmi_phnset_entry_sim_num_edit, NULL);
  2204. InitializeCategory57Screen();
  2205. #ifdef MMI_ON_HARDWARE_P
  2206. #ifdef __MMI_UI_INLINE_EDIT_DEFAULT_TEXT_EFFECT__
  2207. EnableInlineItemDefaultText();
  2208. #endif
  2209. #endif 
  2210. RegisterHighlightHandler(mmi_phnset_sim_num_edit_highlighthandler);
  2212. guiBuffer = GetCurrGuiBuffer(SCR_ID_PHNSET_SIM_NUM_EDIT);
  2214. memset(unicode_buf1, 0, SIM_NUM_LENGTH*ENCODING_LENGTH);
  2215. memset(unicode_buf2, 0, SIM_NUM_LENGTH*ENCODING_LENGTH);
  2216. memset(SIM1Num, 0, SIM_NUM_LENGTH);
  2217. memset(SIM2Num, 0, SIM_NUM_LENGTH);
  2219. ReadRecord(NVRAM_EF_SIM_SWITCH_LID, 1, SIM1Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  2220. ReadRecord(NVRAM_EF_SIM_SWITCH_LID, 2, SIM2Num, NVRAM_EF_SIM_SWITCH_SIZE, &Error);
  2221. AnsiiToUnicodeString((S8*)unicode_buf1, (S8*)SIM1Num);
  2222. AnsiiToUnicodeString((S8*)unicode_buf2, (S8*)SIM2Num);
  2224. MMI_current_input_ext_type |= INPUT_TYPE_EXT_SIM_NUMERIC;     //KP Jerry add for disable "p, w" button on 2007-4-3
  2225.        
  2226. SetInlineItemActivation(&wgui_inline_items[0], INLINE_ITEM_ACTIVATE_WITHOUT_KEY_EVENT, 0);
  2227. SetInlineItemTextEdit(&wgui_inline_items[0], (PU8)unicode_buf1, SIM_NUM_LENGTH, INPUT_TYPE_PHONE_NUMBER);
  2228. ImageList[0] = IMG_GLOBAL_L1;
  2230. SetInlineItemActivation(&wgui_inline_items[1], INLINE_ITEM_ACTIVATE_WITHOUT_KEY_EVENT, 0);
  2231. SetInlineItemTextEdit(&wgui_inline_items[1], (PU8)unicode_buf2, SIM_NUM_LENGTH, INPUT_TYPE_PHONE_NUMBER);
  2232. ImageList[1] = IMG_GLOBAL_L2;
  2233. /*
  2234. #ifdef MMI_ON_HARDWARE_P
  2235. #ifdef __MMI_UI_INLINE_EDIT_DEFAULT_TEXT_EFFECT__
  2236. SetInlineItemTextEditDefaultItemNameIfEmpty(&wgui_inline_items[0], (U16)STR_SSW_SIM1);
  2237. SetInlineItemTextEditDefaultItemNameIfEmpty(&wgui_inline_items[1], (U16)STR_SSW_SIM2);
  2238. #endif 
  2239. #endif
  2240. */
  2241. DisableCategory57ScreenDone();
  2243. ShowCategory57Screen(STR_SIM_SWITCH, 0, 
  2244.                      STR_GLOBAL_OK, 
  2245.                      IMG_GLOBAL_OK, 
  2246.                      STR_GLOBAL_BACK, 
  2247.                      IMG_GLOBAL_BACK,
  2248.                      2, ImageList, wgui_inline_items, 0, guiBuffer);
  2250. SetCategory57RightSoftkeyFunctions( mmi_phnset_sim_switch_write_to_nvram, GoBackHistory );
  2251. }
  2253. void HintSwitching(U16 index)
  2254. {
  2255. S16 error;
  2257. memset((S8 *)hintData[(index)],0,MAX_SUB_MENU_SIZE);
  2259. if(g_phnset_cntx.SIMID<0 || g_phnset_cntx.SIMID>1)
  2260. {
  2261. ReadValue( NVRAM_SIM_ID, &(g_phnset_cntx.SIMID), DS_BYTE , &error);
  2262. }
  2264. if(g_phnset_cntx.SIMID == SIM1)
  2265. {
  2266. pfnUnicodeStrcpy((S8*)g_phnset_cntx.SIMInfo, ( S8*)GetString(STR_SSW_SIM1));
  2267. }
  2268. else if(g_phnset_cntx.SIMID == SIM2)
  2269. {
  2270. pfnUnicodeStrcpy((S8*)g_phnset_cntx.SIMInfo, ( S8*)GetString(STR_SSW_SIM2));
  2271. }
  2272. pfnUnicodeStrcpy((S8*)hintData[index],(PS8)g_phnset_cntx.SIMInfo);
  2273. }
  2275. void HintSIMSwitch(U16 index)
  2276. {
  2277. S16 error;
  2279. memset((S8 *)hintData[(index)],0,MAX_SUB_MENU_SIZE);
  2281. if(g_phnset_cntx.SIMID<0 || g_phnset_cntx.SIMID>1)
  2282. {
  2283. ReadValue( NVRAM_SIM_ID, &(g_phnset_cntx.SIMID), DS_BYTE , &error);
  2284. }
  2286. if(g_phnset_cntx.SIMID == SIM1)
  2287. {
  2288. pfnUnicodeStrcpy((S8*)g_phnset_cntx.SIMInfo, ( S8*)GetString(STR_SSW_SIM1));
  2289. }
  2290. else if(g_phnset_cntx.SIMID == SIM2)
  2291. {
  2292. pfnUnicodeStrcpy((S8*)g_phnset_cntx.SIMInfo, ( S8*)GetString(STR_SSW_SIM2));
  2293. }
  2294. pfnUnicodeStrcpy((S8*)hintData[index],(PS8)g_phnset_cntx.SIMInfo);
  2295. }
  2297. void HintUnReachable(U16 index)
  2298. {
  2299. S16 error;
  2301. memset((S8 *)hintData[(index)],0,MAX_SUB_MENU_SIZE);
  2302. if (g_phnset_cntx.AutoUnReachableStates > AUTO_UNREACHABLE_ON ||  g_phnset_cntx.AutoUnReachableStates < AUTO_UNREACHABLE_OFF)
  2303. {
  2304. ReadValue(NVRAM_SIM_SWITCH_ID, &(g_phnset_cntx.AutoUnReachableStates), DS_BYTE, &error);
  2305. }
  2307. if(g_phnset_cntx.AutoUnReachableStates == AUTO_UNREACHABLE_OFF)
  2308. {
  2309. pfnUnicodeStrcpy((S8*)hintData[index],(PS8)GetString(STR_GLOBAL_OFF));
  2310. }
  2311. else if(g_phnset_cntx.AutoUnReachableStates == AUTO_UNREACHABLE_ON)
  2312. {
  2313. pfnUnicodeStrcpy((S8*)hintData[index],(PS8)GetString(STR_GLOBAL_ON));
  2314. }
  2315. }
  2317. /**************************************************************
  2319. FUNCTION NAME : HighlightSIMNumEdit(void)
  2321.    PURPOSE : hilite handler Edit for Number of SIM1 and SIM2 Card 
  2323. INPUT PARAMETERS : nil
  2325. OUTPUT PARAMETERS : nil
  2327. RETURNS : void
  2329. REMARKS : NA
  2331. **************************************************************/
  2332. void HighlightSIMNumEdit(void)
  2333. {
  2334. ChangeLeftSoftkey(STR_GLOBAL_EDIT, 0);
  2335. SetLeftSoftkeyFunction(mmi_phnset_entry_sim_num_edit,KEY_EVENT_UP);
  2336. SetKeyHandler(mmi_phnset_entry_sim_num_edit, KEY_RIGHT_ARROW,KEY_EVENT_DOWN);
  2338. SetRightSoftkeyFunction(GoBackHistory,KEY_EVENT_UP);
  2339. /* set the left/right arrow key function handlers */
  2340. SetKeyHandler(GoBackHistory, KEY_LEFT_ARROW, KEY_EVENT_DOWN);
  2341. return;
  2342. }
  2344. /**************************************************************
  2346. FUNCTION NAME : HighlightAutoUnReachableForward(void)
  2348.    PURPOSE : hilite handler for Auto UnReachable Forward On/Off
  2350. INPUT PARAMETERS : nil
  2352. OUTPUT PARAMETERS : nil
  2354. RETURNS : void
  2356. REMARKS : NA
  2358. **************************************************************/
  2359. void HighlightAutoUnReachableForward(void)
  2360. {
  2361. if(g_phnset_cntx.AutoUnReachableStates == AUTO_UNREACHABLE_OFF)
  2362. {
  2363. ChangeLeftSoftkey(STR_GLOBAL_ON, 0);
  2364. }
  2365. else if(g_phnset_cntx.AutoUnReachableStates == AUTO_UNREACHABLE_ON)
  2366. {
  2367. ChangeLeftSoftkey(STR_GLOBAL_OFF, 0);
  2368. }
  2370. SetLeftSoftkeyFunction(MakeAutoUnReachableSel, KEY_EVENT_UP);
  2371. SetKeyHandler(0, KEY_RIGHT_ARROW, KEY_EVENT_DOWN);
  2372. }
  2374. /**************************************************************
  2376. FUNCTION NAME : HighlightSIMCardSwitch(void)
  2378.    PURPOSE : hilite handler for SIM Switch
  2380. INPUT PARAMETERS : nil
  2382. OUTPUT PARAMETERS : nil
  2384. RETURNS : void
  2386. REMARKS : NA
  2388. **************************************************************/
  2389. void HighlightSIMCardSwitch(void)
  2390. {
  2391. ChangeLeftSoftkey(STR_GLOBAL_OK, 0);
  2392. SetLeftSoftkeyFunction(MakeSIMSwitchSel, KEY_EVENT_UP);
  2393. SetKeyHandler(0, KEY_RIGHT_ARROW, KEY_EVENT_DOWN);
  2394. }
  2396. #ifdef __DUAL_SIM_QUICK_SWITCH__
  2397. /**************************************************************
  2399. FUNCTION NAME : HighlightSIMCardQuickSwitch(void)
  2401.    PURPOSE : hilite handler for SIM Switch
  2403. INPUT PARAMETERS : nil
  2405. OUTPUT PARAMETERS : nil
  2407. RETURNS : void
  2409. REMARKS : NA
  2411. **************************************************************/
  2412. void HighlightSIMCardQuickSwitch(void)
  2413. {
  2414. ChangeLeftSoftkey(STR_GLOBAL_OK, 0);
  2415. SetLeftSoftkeyFunction(SIMSwitchAndResetRequest, KEY_EVENT_UP);
  2416. SetKeyHandler(0, KEY_RIGHT_ARROW, KEY_EVENT_DOWN);
  2417. }
  2418. #endif
  2420. /**************************************************************
  2422. FUNCTION NAME : HighlightSIMSwitch(void)
  2424.    PURPOSE : hilite handler for SIM Switch Main Menu
  2426. INPUT PARAMETERS : nil
  2428. OUTPUT PARAMETERS : nil
  2430. RETURNS : void
  2432. REMARKS : NA
  2434. **************************************************************/
  2435. void HighlightSIMSwitch(void)
  2436. {
  2437. SetLeftSoftkeyFunction(mmi_phnset_entry_sim_switch,KEY_EVENT_UP);
  2438. SetKeyHandler(mmi_phnset_entry_sim_switch, KEY_RIGHT_ARROW,KEY_EVENT_DOWN);
  2440. SetRightSoftkeyFunction(GoBackHistory,KEY_EVENT_UP);
  2441. /* set the left/right arrow key function handlers */
  2442. SetKeyHandler(GoBackHistory, KEY_LEFT_ARROW, KEY_EVENT_DOWN);
  2443. return;
  2444. }
  2445. #endif
  2446. //KP Jerry add on 2007-3-23 end
  2448. #ifdef __MMI_PHNSET_TWO_LINE_MENUITEM_DISPLAY__
  2451. /*****************************************************************************
  2452.  * FUNCTION
  2453.  *  mmi_phnset_2line_is_exist
  2454.  * DESCRIPTION
  2455.  *  To check the the existence of two line display
  2456.  * PARAMETERS
  2457.  *  void
  2458.  * RETURNS
  2459.  *  void
  2460.  *****************************************************************************/
  2461. S32 mmi_phnset_2line_is_exist(void)
  2462. {
  2463.     /*----------------------------------------------------------------*/
  2464.     /* Local Variables                                                */
  2465.     /*----------------------------------------------------------------*/
  2467.     /*----------------------------------------------------------------*/
  2468.     /* Code Body                                                      */
  2469.     /*----------------------------------------------------------------*/
  2470.     return is_inline_menu_exist;
  2471. }
  2474. /*****************************************************************************
  2475.  * FUNCTION
  2476.  *  mmi_phnset_2line_lang_get_data
  2477.  * DESCRIPTION
  2478.  *  This function is to get the language data for the two line item
  2479.  * PARAMETERS
  2480.  *  inline_item_index       [IN]        Index of the inline item to be shown
  2481.  *  str_buff                [IN]        Language to be shown
  2482.  *  img_buff_p              [?]         Image to be shown with the inline item
  2483.  * RETURNS
  2484.  *  void
  2485.  *****************************************************************************/
  2486. static void mmi_phnset_2line_lang_get_data(S32 inline_item_index, UI_string_type str_buff, PU8 *img_buff_p)
  2487. {
  2488. #ifdef __MMI_AUTO_LANG_EN__
  2489.     /*----------------------------------------------------------------*/
  2490.     /* Local Variables                                                */
  2491.     /*----------------------------------------------------------------*/
  2493.     /*----------------------------------------------------------------*/
  2494.     /* Code Body                                                      */
  2495.     /*----------------------------------------------------------------*/
  2496.     if (index == 0)
  2497.     {
  2498.         pfnUnicodeStrcpy((PS8) str_buff, (PS8) GetString(STR_LANGUAGESCR_AUTO));
  2499.     }
  2500.     else
  2501.     {
  2502.         pfnUnicodeStrcpy((PS8) str_buff, (PS8) g_phnset_cntx_p->ppLang[inline_item_index - 1]);
  2503.     }
  2504. #else /* __MMI_AUTO_LANG_EN__ */ 
  2505.     pfnUnicodeStrcpy((PS8) str_buff, (PS8) g_phnset_cntx_p->ppLang[inline_item_index]);
  2506. #endif /* __MMI_AUTO_LANG_EN__ */ 
  2507.     if (inline_item_index < IMG_GLOBAL_LEND - IMG_GLOBAL_LSTART - 1)
  2508.     {
  2509.         *img_buff_p = get_image((U16) (IMG_GLOBAL_LSTART + inline_item_index + 1));
  2510.     }
  2511.     else
  2512.     {
  2513.         *img_buff_p = NULL;
  2514.     }
  2515.     g_phnset_cntx_p->curHightlightItem = inline_item_index;
  2516.     languages_default_item = inline_item_index;
  2517. }
  2520. /*****************************************************************************
  2521.  * FUNCTION
  2522.  *  mmi_phnset_2line_encod_get_data
  2523.  * DESCRIPTION
  2524.  *  This function is to get the encoding type for the two line item
  2525.  * PARAMETERS
  2526.  *  inline_item_index       [IN]        Index of the inline item to be shown
  2527.  *  str_buff                [IN]        Encoding type string to be shown
  2528.  *  img_buff_p              [?]         Image to be shown with the inline item
  2529.  * RETURNS
  2530.  *  void
  2531.  *****************************************************************************/
  2532. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  2533. static void mmi_phnset_2line_encod_get_data(S32 inline_item_index, UI_string_type str_buff, PU8 *img_buff_p)
  2534. {
  2535.     /*----------------------------------------------------------------*/
  2536.     /* Local Variables                                                */
  2537.     /*----------------------------------------------------------------*/
  2539.     /*----------------------------------------------------------------*/
  2540.     /* Code Body                                                      */
  2541.     /*----------------------------------------------------------------*/
  2542.     if (inline_item_index == encoding_type_big2)
  2543.     {
  2544.         pfnUnicodeStrcpy((PS8) str_buff, (PS8) GetString(STR_DEF_ENCODING_TYPE_BIG5));
  2545.     }
  2546.     else if (inline_item_index == encoding_type_gb2312)
  2547.     {
  2548.         pfnUnicodeStrcpy((PS8) str_buff, (PS8) GetString(STR_DEF_ENCODING_TYPE_GB2312));
  2549.     }
  2550.     else if (inline_item_index == encoding_type_ucs2)
  2551.     {
  2552.         pfnUnicodeStrcpy((PS8) str_buff, (PS8) GetString(STR_DEF_ENCODING_TYPE_UCS2));
  2553.     }
  2555.     if (inline_item_index < IMG_GLOBAL_LEND - IMG_GLOBAL_LSTART - 1)
  2556.     {
  2557.         *img_buff_p = get_image((U16) (IMG_GLOBAL_LSTART + inline_item_index + 1));
  2558.     }
  2559.     else
  2560.     {
  2561.         *img_buff_p = NULL;
  2562.     }
  2563.     g_phnset_cntx_p->curHightlightItem = inline_item_index;
  2564.     default_encoding_type = inline_item_index;
  2565. }
  2566. #endif /* __MMI_SET_DEF_ENCODING_TYPE__ */ 
  2569. /*****************************************************************************
  2570.  * FUNCTION
  2571.  *  mmi_phnset_2line_read_setting
  2572.  * DESCRIPTION
  2573.  *  This function is to set the current values of the inline items
  2574.  * PARAMETERS
  2575.  *  void
  2576.  *  Input: None(?)
  2577.  * RETURNS
  2578.  *  void
  2579.  *****************************************************************************/
  2580. static void mmi_phnset_2line_read_setting()
  2581. {
  2582.     /*----------------------------------------------------------------*/
  2583.     /* Local Variables                                                */
  2584.     /*----------------------------------------------------------------*/
  2586.     /*----------------------------------------------------------------*/
  2587.     /* Code Body                                                      */
  2588.     /*----------------------------------------------------------------*/
  2589.     languages_default_item = gCurrLangIndex;
  2590. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  2591.     default_encoding_type = g_phnset_cntx_p->EncodingType;
  2592. #endif 
  2593.     mmi_phnset_2line_prfr_input_set_default();
  2594. }
  2597. /*****************************************************************************
  2598.  * FUNCTION
  2599.  *  mmi_phnset_2line_lang_complete_callback
  2600.  * DESCRIPTION
  2601.  *  This function is called when language menu item is unhighlighted
  2602.  * PARAMETERS
  2603.  *  menuitem_index      [IN]        Menuitem index
  2604.  *  selected_index      [IN]        Inline item index
  2605.  * RETURNS
  2606.  *  void
  2607.  *****************************************************************************/
  2608. static void mmi_phnset_2line_lang_complete_callback(S32 menuitem_index, S32 selected_index)
  2609. {
  2610.     /*----------------------------------------------------------------*/
  2611.     /* Local Variables                                                */
  2612.     /*----------------------------------------------------------------*/
  2614.     /*----------------------------------------------------------------*/
  2615.     /* Code Body                                                      */
  2616.     /*----------------------------------------------------------------*/
  2617.     g_phnset_cntx_p->curHightlightItem = gCurrLangIndex;
  2618.     languages_default_item = gCurrLangIndex;
  2619. }
  2622. /*****************************************************************************
  2623.  * FUNCTION
  2624.  *  mmi_phnset_2line_encod_complete_callback
  2625.  * DESCRIPTION
  2626.  *  This function is called when encoding type menu item is unhighlighted
  2627.  * PARAMETERS
  2628.  *  menuitem_index      [IN]        Menuitem index
  2629.  *  selected_index      [IN]        Inline item index
  2630.  * RETURNS
  2631.  *  void
  2632.  *****************************************************************************/
  2633. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  2634. static void mmi_phnset_2line_encod_complete_callback(S32 menuitem_index, S32 selected_index)
  2635. {
  2636.     /*----------------------------------------------------------------*/
  2637.     /* Local Variables                                                */
  2638.     /*----------------------------------------------------------------*/
  2640.     /*----------------------------------------------------------------*/
  2641.     /* Code Body                                                      */
  2642.     /*----------------------------------------------------------------*/
  2643.     default_encoding_type = g_phnset_cntx_p->EncodingType;
  2644. }
  2645. #endif /* __MMI_SET_DEF_ENCODING_TYPE__ */ 
  2648. /*****************************************************************************
  2649.  * FUNCTION
  2650.  *  mmi_phnset_2line_get_current
  2651.  * DESCRIPTION
  2652.  *  This function returns the default value to be shown with the two line menu item for phone setup
  2653.  * PARAMETERS
  2654.  *  item_index      [IN]        Menuitem index
  2655.  * RETURNS
  2656.  *  S32
  2657.  *****************************************************************************/
  2658. static S32 mmi_phnset_2line_get_current(S32 item_index)
  2659. {
  2660.     /*----------------------------------------------------------------*/
  2661.     /* Local Variables                                                */
  2662.     /*----------------------------------------------------------------*/
  2663.     S32 current_value = 0;
  2665.     /*----------------------------------------------------------------*/
  2666.     /* Code Body                                                      */
  2667.     /*----------------------------------------------------------------*/
  2668.     if (item_index == phone_setup_language)
  2669.     {
  2670.         current_value = (S32) gCurrLangIndex;
  2671.     }
  2672.     else if (item_index == phone_setup_preferred_input_method)
  2673.     {
  2674.         current_value = mmi_phnset_get_current_preferr_input();
  2675.     }
  2676. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  2677.     else if (item_index == phone_setup_encoding_type)
  2678.     {
  2679.         current_value = (S32) g_phnset_cntx_p->EncodingType;
  2680.     }
  2681. #endif /* __MMI_SET_DEF_ENCODING_TYPE__ */ 
  2682.     else
  2683.     {
  2684.         return 0;
  2685.     }
  2687.     return current_value;
  2688. }
  2691. /*****************************************************************************
  2692.  * FUNCTION
  2693.  *  mmi_phnset_2line_select_data
  2694.  * DESCRIPTION
  2695.  *  This function used to get the two line menu item data for phone setup
  2696.  * PARAMETERS
  2697.  *  item_index              [IN]        Menuitem index
  2698.  *  inline_item_index       [IN]        Inline item index
  2699.  *  str_buff                [IN]        Inline Item String to be shown
  2700.  *  img_buff_p              [?]         Image to be shown with the inline item
  2701.  *  thumbnail               [?]         Thumbnail picture to be shown with the inline item
  2702.  * RETURNS
  2703.  *  pBOOL
  2704.  *****************************************************************************/
  2705. static pBOOL mmi_phnset_2line_select_data(
  2706.                 S32 item_index,
  2707.                 S32 inline_item_index,
  2708.                 UI_string_type str_buff,
  2709.                 PU8 *img_buff_p,
  2710.                 wgui_thumbnail_image_union *thumbnail)
  2711. {
  2712.     /*----------------------------------------------------------------*/
  2713.     /* Local Variables                                                */
  2714.     /*----------------------------------------------------------------*/
  2716.     /*----------------------------------------------------------------*/
  2717.     /* Code Body                                                      */
  2718.     /*----------------------------------------------------------------*/
  2719.     if (item_index == phone_setup_language)
  2720.     {
  2721.         mmi_phnset_2line_lang_get_data(inline_item_index, str_buff, img_buff_p);
  2722.     }
  2723.     else if (item_index == phone_setup_preferred_input_method)
  2724.     {
  2725.         mmi_phnset_2line_prfr_input_get_data(inline_item_index, str_buff, img_buff_p);
  2726.     }
  2727. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  2728.     else if (item_index == phone_setup_encoding_type)
  2729.     {
  2730.         mmi_phnset_2line_encod_get_data(inline_item_index, str_buff, img_buff_p);
  2731.     }
  2732. #endif /* __MMI_SET_DEF_ENCODING_TYPE__ */ 
  2733.     else
  2734.     {
  2735.         return FALSE;
  2736.     }
  2737.     return TRUE;
  2738. }
  2741. /*****************************************************************************
  2742.  * FUNCTION
  2743.  *  mmi_phnset_2line_get_display_style
  2744.  * DESCRIPTION
  2745.  *  This function used to get the two line menu item display style
  2746.  *  whether TWO_LINE_MENUITEM_STYLE_DISPLAY_HORIZONTAL_SELECT or TWO_LINE_MENUITEM_STYLE_DISPLAY_LEVEL_SELECT
  2747.  * PARAMETERS
  2748.  *  index       [IN]        Menuitem index
  2749.  * RETURNS
  2750.  *  U8
  2751.  *****************************************************************************/
  2752. U8 mmi_phnset_2line_get_display_style(S32 index)
  2753. {
  2754.     /*----------------------------------------------------------------*/
  2755.     /* Local Variables                                                */
  2756.     /*----------------------------------------------------------------*/
  2758.     /*----------------------------------------------------------------*/
  2759.     /* Code Body                                                      */
  2760.     /*----------------------------------------------------------------*/
  2761.     if (index == phone_setup_language || index == phone_setup_preferred_input_method
  2762. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  2763.         || index == phone_setup_encoding_type
  2764. #endif 
  2765.         )
  2766.         return TWO_LINE_MENUITEM_STYLE_DISPLAY_HORIZONTAL_SELECT;
  2767.     else
  2768.     {
  2769.         return 0;   /* TWO_LINE_MENUITEM_STYLE_DISPLAY_LEVEL_SELECT? */
  2770.     }
  2771. }
  2774. /*****************************************************************************
  2775.  * FUNCTION
  2776.  *  mmi_phnset_2line_get_menuitem_properties
  2777.  * DESCRIPTION
  2778.  *  This function is used to get the properties of the selected menu item
  2779.  * PARAMETERS
  2780.  *  index                           [IN]        Menu item index
  2781.  *  current_menuitem_properties     [?]         Structure to be filled for menuitem properties
  2782.  * RETURNS
  2783.  *  U8(?)
  2784.  *****************************************************************************/
  2785. static void mmi_phnset_2line_get_menuitem_properties(
  2786.                 int index,
  2787.                 wgui_two_line_menuitem_struct *current_menuitem_properties)
  2788. {
  2789.     /*----------------------------------------------------------------*/
  2790.     /* Local Variables                                                */
  2791.     /*----------------------------------------------------------------*/
  2793.     /*----------------------------------------------------------------*/
  2794.     /* Code Body                                                      */
  2795.     /*----------------------------------------------------------------*/
  2796.     if (index == phone_setup_language)
  2797.     {
  2798.         current_menuitem_properties->num_of_items = (S32) GetLanguages(&(g_phnset_cntx_p->ppLang));
  2799.         current_menuitem_properties->image_flags = UI_TWO_LINE_MENUITEM_NO_THUMBNAIL;
  2800.         current_menuitem_properties->defualt_value_callback = mmi_phnset_2line_get_current;
  2801.         current_menuitem_properties->complete_callback = mmi_phnset_2line_lang_complete_callback;
  2802.         current_menuitem_properties->two_line_data_callback.get_data_for_horizontal_select =
  2803.             mmi_phnset_2line_select_data;
  2804.     }
  2805.     else if (index == phone_setup_preferred_input_method)
  2806.     {
  2807.         current_menuitem_properties->num_of_items = mmi_phnset_2line_prfr_input_get_total_items(index);
  2808.         current_menuitem_properties->image_flags = UI_TWO_LINE_MENUITEM_NO_THUMBNAIL;
  2809.         current_menuitem_properties->defualt_value_callback = mmi_phnset_2line_prfr_input_get_default;
  2810.         current_menuitem_properties->complete_callback = mmi_phnset_2line_prfr_input_complete_callback;
  2811.         current_menuitem_properties->two_line_data_callback.get_data_for_horizontal_select =
  2812.             mmi_phnset_2line_select_data;
  2813.     }
  2814. #ifdef __MMI_SET_DEF_ENCODING_TYPE__
  2815.     else if (index == phone_setup_encoding_type)
  2816.     {
  2817.         current_menuitem_properties->num_of_items = (S32) GetNumOfChild(MENU_SETTING_DEF_ENCODING_TYPE);
  2818.         current_menuitem_properties->image_flags = UI_TWO_LINE_MENUITEM_NO_THUMBNAIL;
  2819.         current_menuitem_properties->defualt_value_callback = mmi_phnset_2line_get_current;
  2820.         current_menuitem_properties->complete_callback = mmi_phnset_2line_encod_complete_callback;
  2821.         current_menuitem_properties->two_line_data_callback.get_data_for_horizontal_select =
  2822.             mmi_phnset_2line_select_data;
  2823.     }
  2824. #endif /* __MMI_SET_DEF_ENCODING_TYPE__ */ 
  2825. }
  2826. #endif /* __MMI_PHNSET_TWO_LINE_MENUITEM_DISPLAY__ */ 
  2829. /*****************************************************************************
  2830.  * FUNCTION
  2831.  *  EntryPhnsetScr
  2832.  * DESCRIPTION
  2833.  *  This function is Entry function for Phonesetup
  2834.  *  Following functions: HintPhnsetTimeAndDate
  2835.  *  HighlighPhnsettSPOF
  2836.  *  HighlightPhnsetLang
  2837.  *  HintPhnsetPreferedInputMethod
  2838.  *  HighlightPhnsetContrastLevel
  2839.  *  HighlightPhnsetWelcomeText
  2840.  *  HighlightPhbSpeedDial
  2841.  *  HighlightPhnsetNITZ
  2842.  * PARAMETERS
  2843.  *  void
  2844.  *  a(?)        [IN/OUT]        
  2845.  *  b(?)        [IN]            
  2846.  * RETURNS
  2847.  *  void
  2848.  *****************************************************************************/
  2849. void EntryPhnsetScr(void)
  2850. {
  2851.     /*----------------------------------------------------------------*/
  2852.     /* Local Variables                                                */
  2853.     /*----------------------------------------------------------------*/
  2854.     U16 nStrItemList[MAX_SUB_MENUS];    /* Stores the strings id of submenus returned */
  2855.     U16 nNumofItem;                     /* Stores no of children in the submenu */
  2856.     U16 nDispAttribute;                 /* Stores display attribue */
  2857.     U8 *guiBuffer;                      /* Buffer holding history data */
  2858.     U8 *ItemType[MAX_SUB_MENUS];
  2860.     /*----------------------------------------------------------------*/
  2861.     /* Code Body                                                      */
  2862.     /*----------------------------------------------------------------*/
  2863.     /* U32 maskingByte=-1;