dwdptest.h

松下公司生产的VS3,VS7等等手机升级使用的算号软件。

  dwd_mmci_read,
  dwd_mmci_read_cb,
  dwd_mmci_append,
  dwd_mmci_append_cb,
  dwd_mmci_delete,
  dwd_mmci_delete_cb,
  dwd_mmci_rename,
  dwd_mmci_rename_cb,
  dwd_mmci_make_dir,
  dwd_mmci_make_dir_cb,
  dwd_mmci_remove_dir,
  dwd_mmci_remove_dir_cb,
  dwd_mmci_change_dir,
  dwd_mmci_get_dir,
  dwd_mmci_file_exists,
  dwd_mmci_findfirst,
  dwd_mmci_findnext,
  dwd_mmci_get_file_info,
  dwd_mmci_get_free_space
};


/*---------------------------------------------*/
/* Structures and types                        */
/*---------------------------------------------*/
/* WAP..init..type's for the EEP_static */
typedef struct
{
	unsigned char  /*WCHAR*/      proxyname[2*DWD_WAP_PROXYNAME_SIZE];
	char			              url[DWD_WAP_URL_SIZE];
	unsigned char  /*WCHAR*/      ip_address[2*DWD_WAP_IP_ADDRESS_SIZE];
	unsigned char  /*WCHAR*/      login_name[2*DWD_WAP_LOGIN_NAME_SIZE];
	unsigned char  /*WCHAR*/      login_password[2*DWD_WAP_LOGIN_PASSWORD_SIZE];
	unsigned char  /*WCHAR*/      dialup_number[2*DWD_WAP_DIALUP_NUMBER_SIZE];
	char           /*BOOLEAN */   security;
	char           /*BOOLEAN */   data_call_type;
} dwd_wap_settings_init_type;

typedef struct
{
	unsigned char  /*WCHAR*/      name[2*DWD_WAP_FAVORITES_NAME_SIZE];
	char                          url[DWD_WAP_URL_SIZE];
} dwd_wap_favorites_init_type;

typedef struct
{
  dwd_wap_settings_init_type default_wap_settings[DWD_WAP_SETTINGS_SIZE];
  dwd_wap_favorites_init_type default_wap_favorites[DWD_WAP_FAVORITES_SIZE];
} dwd_wap_init_type;

typedef struct
{
  unsigned int16 greeting_msg[MMI_GREETING_TEXT_LENGTH+1];
} dwd_greeting_type;

typedef struct
{
  signed int16 /*dwd_ring_tone_type*/   ring_tone;
  signed int16 /*dwd_ring_volume_type*/ ring_volume;
  signed int16 /*dwd_alert_type*/       alert_type;
  signed int16 /*dwd_keypad_tone_type*/ keypad_tone;
  signed int16 /*dwd_msg_tone_type*/    msg_tone;
  signed int16 /*dwd_ring_tone_type*/   alarm_tone;
  char   /*Boolean*/   error_tone;
  char   /*Boolean*/   minute_minder;
  char   /*Boolean*/   connect_tone;
  char   /*Boolean*/   broadcast_enabled;
  signed int16 /*dwd_back_light_type*/  back_light;
  char   /*Boolean*/   service_light;
  char   /*Boolean*/   auto_redial;
  char   /*Boolean*/   active_flip;
  char   /*Boolean*/   anykey_answer;
  unsigned char        reserved[30];
} dwd_custom_settings_type;

typedef struct
{
   unsigned char   ch_tp;  /* channel type SDCCH4, SDCCH8, TCH-F */
   unsigned char   hopping; /* 1 if hopping - else 0 */
   unsigned int16  arfcn;
   unsigned char   tn;
   unsigned char   tsc;
   unsigned char   sub_ch;  /* sdcch sub channel */
} dwd_msl_dedic_chan_descr_type;

typedef struct
{
   dwd_msl_dedic_chan_descr_type ch_descr;
   unsigned char                 ch_mode; /* sig-only, FR, EFR */
   unsigned char                 ciphering_mode;  /* none, A51, A52 */
   unsigned char                 nof_ho_attempts; /*This counts the number of handovers attempted since power on*/
   unsigned char                 nof_ho_failure; /*This counts the number of failed handovers since power on*/
}  dwd_msl_dedic_descr_type;

typedef struct
{
  unsigned char  length;
  unsigned int16 ba_list[32];
} dwd_msl_ba_list_type;

typedef struct
{
  unsigned int16 arfcn;
  unsigned char  tn;
  unsigned char  dsc;
} dwd_msl_idle_mode_data_type;

typedef struct
{
  unsigned char     rxlev_full;
  unsigned char     rxlev_sub;
  unsigned char     rxqual_full;
  unsigned char     rxqual_sub;
  unsigned char     dtx_u;
  unsigned char     txpwr;
  unsigned char     ta;
  unsigned char     rlf;
} dwd_msl_dedic_scell_meas_type;

typedef struct
{
   unsigned int16  arfcn;
   unsigned char   bsic;   /* If not yet decoded it should be set to i.e. 0xFF so this it easy to identify */
   unsigned char   rxlev;
} dwd_msl_idle_scell_meas_type;

typedef struct
{
   unsigned int16  arfcn;
   unsigned char   bsic;   /* If not yet decoded it should be set to i.e. 0xFF so this it easy to identify */
   unsigned char   rxlev;
} dwd_msl_ncell_meas_elem_type;

typedef struct
{
  unsigned char                 no_ncells;
  dwd_msl_ncell_meas_elem_type	ncell_meas[8];
} dwd_msl_ncell_meas_type;

typedef signed char dwd_rxlev_offset_table_type[70];

typedef signed char dwd_ch_comp_rxlev_offset_table_type[8];

typedef struct
{
   signed char rampup;
   signed char rampdown;
} dwd_pa_timing_elm_type;

typedef dwd_pa_timing_elm_type  pa_timing_offset_table_type[16];

typedef signed int16 dwd_pa_offset_comp_table_type[16];

typedef struct
{
  signed int16 pa_ch_comp0;
  signed int16 pa_ch_comp1;
  signed int16 pa_ch_comp2;
  signed int16 pa_ch_comp3;
}dwd_pa_ch_comp_elm_type;

typedef dwd_pa_ch_comp_elm_type pa_ch_comp_type[16];

typedef struct
{
  signed char pa_temp_comp0;
  signed char pa_temp_comp1;
  signed char pa_temp_comp2;
  signed char pa_temp_comp3;
  signed char pa_temp_comp4;
}dwd_pa_temp_comp_elm_type;

typedef dwd_pa_temp_comp_elm_type pa_temp_comp_type[16];


typedef unsigned char dwd_pa_vhome_offset_comp_table_type[16];

typedef struct
{
  signed int16 vbat_gain;
  signed int16 vbat_offset;
  signed int16 tbat_gain;
  signed int16 tbat_offset;
  signed int16 tenv_gain;
  signed int16 tenv_offset;
  signed int16 btec_gain;
  signed int16 btec_offset;
  signed int16 tvco_gain;
  signed int16 tvco_offset;
} dwd_adc_adjusted_comp_parms_type;

typedef struct
{
  signed int16   vbat_adc_value;  /* Used for battery voltage */
  signed int16   tbat_adc_value;  /* Used for detection of external equipment */
  signed int16   tenv_adc_value;  /* Used for RF temperature  */
  signed int16   btec_adc_value;  /* Used for battery ID */
  signed int16   tvco_adc_value;  /* Not used in Neon */
  signed int16   curr_adc_value;  /* Used in SGOLD */
} dwd_adc_meas_type;

typedef struct
{
  unsigned int16 default_dac_value;
  unsigned int16 dac_step_gsm_in_hz;
} dwd_afc_comp_type;

typedef struct
{
   signed char imei[16];
   unsigned int32 serial_number;
} dwd_ms_id_type;

typedef struct
{
  unsigned int16 id;
  unsigned int16 hw_version;
  unsigned char eep_version;
  unsigned char eep_revision;

} dwd_config_type;

typedef dwd_config_type dwd_updated_config_type;
typedef dwd_config_type dwd_original_config_type;

typedef struct
{
  unsigned int16 result;
  unsigned int16 nof_tests;
  unsigned int16 version;
  unsigned int16 sw_version;
  unsigned int16 spec;
  unsigned int16 testsite_id;
} dwd_test_station_type;

typedef dwd_test_station_type dwd_inline_test_type;
typedef dwd_test_station_type dwd_calib_test_type;
typedef dwd_test_station_type dwd_mmi_test_type;

typedef struct
{
  unsigned char year;
  unsigned char month;
  unsigned char week;
  unsigned char day;
} dwd_production_date_type;

typedef struct
{
  unsigned int16 param_1;
  unsigned int16 param_2;
  unsigned int16 param_3;
  unsigned int16 param_4;
  unsigned int16 param_5;
  unsigned int16 param_6;
  unsigned int16 param_7;
  unsigned int16 param_8;
  unsigned int16 param_9;
} dwd_customer_parm_type;

typedef struct
{
  unsigned int32           serial_no;
  unsigned int16           testseries_id;
  dwd_config_type          orig_conf;
  dwd_config_type          upd_conf;
  dwd_test_station_type    in_line;
  dwd_test_station_type    calib;
  dwd_test_station_type    mmi;
  dwd_production_date_type date;
  dwd_customer_parm_type   cust_parms;
} dwd_production_parm_type;

typedef struct
{
  unsigned int16 static_size;
  unsigned int16 dynamic_size;
  unsigned int16 org_version;
  unsigned long eep_start_addr;
  unsigned int16 upd_revision;
} dwd_get_eep_info_type;

typedef struct
{
 unsigned int16 gsm900_ch_array[6];
 unsigned int16 dcs1800_ch_array[8];
 unsigned int16 gsm850_ch_array[6];
 unsigned int16 pcs1900_ch_array[8];
}dwd_ch_array_type;

typedef struct
{
   dwd_msl_idle_mode_data_type	    msl_idle_mode_data;
   dwd_msl_idle_scell_meas_type     msl_idle_scell_meas;
   dwd_msl_dedic_descr_type         msl_dedic_descr;
   dwd_msl_dedic_scell_meas_type    msl_dedic_scell_meas;
   dwd_msl_ncell_meas_type          msl_ncell_meas;
   dwd_msl_ba_list_type             msl_ba_list;
   unsigned int16                   l1_state;
} dwd_ms_log_type;

typedef struct
{
  unsigned char number[20];
} dwd_pn_type;

typedef unsigned char dwd_rtc_time_type[DWD_RTC_TIME_STRING_LENGTH + 1];
typedef unsigned char dwd_rtc_date_type[DWD_RTC_DATE_STRING_LENGTH + 1];

typedef struct
{
  unsigned char string[30];
} dwd_sp_test_approval_type;

typedef struct
{
 unsigned char string[10];
} dwd_hw_ver_string_type;

typedef struct
{
  unsigned char return_code;
  char  MUTE; /*boolean: If MUTE = 1, then L and R audio muted. If MUTE = 0, then audio not muted.*/
  signed char SSL;	/* Search Stop Level.*/
  char 	HLSI; /*Boolean : HIGH/LOW Side Injection. If HLSI = 1, then HIGH side LO injection. If HLSI = 0, then LOW side LO injection.*/
  char	MS; /*Boolean:	 Mono/Stereo. If MS = 1, then forced mono. If MS = 0, then stereo ON.*/
  char	ML;	/* Boolean: Mute Left. If ML = 1, then left audio channel muted and forced mono. If ML = 0, then not muted.*/
  char	MR;	/* Boolean: Mute Right. If MR = 1, then right audio channel muted and forced mono. If MR = 0, then not muted.*/
  char	BL;	/* Boolean: Band Limits. If BL = 1, then Japan FM band. If BL = 0, then US/Europe FM band.*/
  char	HCC; /* Boolean: High Cut Control. If HCC = 1, then high cut control is ON. If HCC = 0, then high cut control is OFF.*/
}dwd_afr_config_data_type;

typedef struct
{
  unsigned char return_code;
  unsigned char signal_level;
  unsigned int frequency;
  char stereo;
}dwd_afr_read_current_status_type;

typedef struct
{
  unsigned char key[16];
} dwd_cust_key_type;