/*================================================================ Copyright (c) 2021, Quectel Wireless Solutions Co., Ltd. All rights reserved. Quectel Wireless Solutions Proprietary and Confidential. =================================================================*/ /*================================================================= EDIT HISTORY FOR MODULE This section contains comments describing changes made to the module. Notice that changes are listed in reverse chronological order. WHEN WHO WHAT, WHERE, WHY ------------ ------- ------------------------------------------------------------------------------- =================================================================*/ #ifndef QUEC_CUSTOMER_CFG_H #define QUEC_CUSTOMER_CFG_H #include "quec_common.h" #include "ql_uart.h" #include "ql_audio.h" #include "ql_pwm.h" #ifdef __cplusplus extern "C" { #endif /*=========================================================================== * Macro ===========================================================================*/ #ifdef CONFIG_QL_PROJECT_DEF_EC800G #define UART_PIN_MAX (6) //UART2 UART3 //different uart num, so don't used in core code directly #else #define UART_PIN_MAX (6) //UART2 UART3 //different uart num, so don't used in core code directly #endif #define CAM_PIN_MAX (8) //fixed pin num #define LCD_PIN_MAX (6) //fixed pin num #define HAL_PMU_POWER_MAX_COUNT 0xFF #ifdef CONFIG_QL_PROJECT_DEF_EG700G #define QUEC_NET_STAT_PWM QL_PWM_0 #else #define QUEC_NET_STAT_PWM QL_PWM_10 #endif /* GNSS SYS CFG */ #define GPS_SYS 0x61 #define BDS_SYS 0x64 #define GPS_BDS_SYS 0x65 #define GPS_GLONASS_SYS 0x63 #define GPS_GALILEO_SYS 0x71 #define GPS_GLONASS_GALILEO_SYS 0x73 #define GPS_BDS_GALILEO_SYS 0x75 #define INVALID_SYS 0x0 /*=========================================================================== * Struct ===========================================================================*/ typedef enum { POWER_INIT_NONE = -1, POWER_INIT_PHASE1 = 0, //unisoc init phase POWER_INIT_PHASE2, //quec init phase POWER_INIT_PHASE3, //individual function init phase }ql_power_init_phase_e; typedef enum { DSIM_SINGLE, DSIM_DSSS, DSIM_DSDS, }ql_dsim_feature_e; typedef enum { SDCARD_EMMC_USE_SDMMC1, SDCARD_EMMC_USE_SDMMC2, }ql_sdmmc_feature_e; typedef enum { HD_GNSS_800G = 800, HD_GNSS_200G = 200, }ql_hd_gnss_moudle_e;//适配华大GNSS的模块型号 typedef struct { uint8_t adc_num; uint8_t sdmmc_enabled;//标准版本硬件是否支持sdmmc功能,open版本没用到此参数 uint8_t ex_uart_num; uint8_t pin_num; //=QUEC_PIN_CFG_MAX AudInputType_e hp_input_type; uint32_t factory_size; }ql_model_diff_ctx_s; typedef struct { bool enable; uint reserve; }usbsusp_mg_t; typedef struct { char *serialstr; //Custom string descriptor }usbdesc_mg_t; typedef struct { unsigned int ap_addr; unsigned int ap_size; unsigned int appimg_addr; unsigned int appimg_size; unsigned int fs_addr; unsigned int fs_size; unsigned int fs_modem_addr; unsigned int fs_modem_size; }ql_model_partinfo_ctx_s; typedef struct { bool volte_enabled; uint8_t sim_count; ql_dsim_feature_e dsim_feature; uint32_t app_ram_offset; uint32_t app_total_ram_size; uint8_t ap_ifc_dma_count; //ap can use ifc dma channel number usbsusp_mg_t usbsusp; usbdesc_mg_t usbdesc; //Custom usb descriptor bool gnss_enabled; bool charge_enable; //启动充电管理标志。为true时，启动充电管理，为false，关闭充电管理。默认为true。open charge management sign. When it is true, the charging management is started, and when it is false, the charging management is turned off. Defaults to true. ql_sdmmc_feature_e sdmmc_channel; //sdmmc channel selection to sdcard/emmc 0--sdmmc1 1--sdmmc2 uint8_t vibr_domain_flg; // be used for close VIBR domain when LCD enter sleep. bool audio_cvs_enabled; uint8 uart_prio; //uart口回调函数的优先级 uint8 usb_prio; //usb口回调函数的优先级 } ql_model_feature_ctx_s; typedef struct { ql_uart_port_number_e port; uint8_t tx_pin; uint8_t tx_func; uint8_t rx_pin; uint8_t rx_func; } ql_uart_func_s; typedef struct { uint8_t port_num; uint8_t pin_num; uint8_t pin_func; } ql_cp_dev_cfg_s; typedef struct { uint8_t pin; uint8_t func; } ql_cam_func_s; typedef ql_cam_func_s ql_lcd_func_s; /** * Power domain set */ typedef struct { uint32_t id; //configurable power domain bool enabled; //work mode bool lp_enabled; //sleep mode uint32_t mv; //power domain value(units:mV) int8_t init_phase; //power domain initialization stage } ql_power_domain_s; typedef struct { volatile uint32_t *pin_register; bool enabled; //whether enable pin deep sleep mode when enter deep sleep mode }ql_pin_deep_sleep_ctx_s; typedef struct { uint8_t rf_band; uint8_t board_id0; uint8_t board_id1; unsigned int board_id0_fun_pad; unsigned int board_id1_fun_pad; } ql_xtl_diff_ctx_s; /*=========================================================================== * Extern ===========================================================================*/ extern volatile ql_model_diff_ctx_s ql_model_diff_ctx; extern const ql_model_partinfo_ctx_s ql_model_partinfo_ctx; extern volatile ql_model_feature_ctx_s ql_model_feature_ctx; extern const ql_uart_func_s ql_uart_pin_func[]; extern const ql_cam_func_s ql_cam_pin_func[]; extern const ql_lcd_func_s ql_lcd_pin_func[]; extern const ql_power_domain_s ql_power_domain_table[]; extern const unsigned char ql_power_domain_table_len; extern const ql_pin_deep_sleep_ctx_s ql_pin_deepsleep_mode_table[]; extern const unsigned char ql_pin_deepsleep_table_len; extern const ql_xtl_diff_ctx_s ql_xtl_diff_ctx; extern const ql_cp_dev_cfg_s ql_cp_dev_cfg[]; extern const unsigned char ql_cp_dev_cfg_len; #ifdef __cplusplus } /*"C" */ #endif #endif /* QUEC_CUSTOMER_CFG_H */