279 lines
9.0 KiB
C
279 lines
9.0 KiB
C
/****************************************************************************
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Copyright(c) 2019 by Aerospace C.Power (Chongqing) Microelectronics. ALL RIGHTS RESERVED.
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This Information is proprietary to Aerospace C.Power (Chongqing) Microelectronics and MAY NOT
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be copied by any method or incorporated into another program without
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the express written consent of Aerospace C.Power. This Information or any portion
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thereof remains the property of Aerospace C.Power. The Information contained herein
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is believed to be accurate and Aerospace C.Power assumes no responsibility or
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liability for its use in any way and conveys no license or title under
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any patent or copyright and makes no representation or warranty that this
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Information is free from patent or copyright infringement.
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****************************************************************************/
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#ifndef IOT_SYSTEM_H
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#define IOT_SYSTEM_H
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#include "iot_system_api.h"
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#ifdef __cplusplus
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extern "C" {
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#endif
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/*************************** chip id type *************************************/
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#define IOT_CHIP_ID_UNKNOWN 0
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#define IOT_CHIP_ID_HT_WQ 1
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#define IOT_CHIP_ID_MT 2
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#define IOT_CHIP_ID_FLX 3
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#define IOT_CHIP_ID_QJ 4
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#define IOT_CHIP_ID_SPE 5
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#define IOT_CHIP_ID_GX 6
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#define IOT_CHIP_ID_DT 7
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#define IOT_CHIP_ID_YP 8
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#define IOT_CHIP_ID_WTZ 9
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#define IOT_CHIP_ID_TCE 10
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/*************************** kunlun1 chip id **********************************/
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/* HZ k48 */
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#define CHIP_ID_HZ_K48V1A 0x0003 //HZ3011
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#define CHIP_ID_HZ_K48V2A 0x0103 //HZ3011
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#define CHIP_ID_HZ_K48V3A 0x0203 //HZ3011
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/* HZ k68 */
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#define CHIP_ID_HZ_K68V1A 0x0001 //HZ3001
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#define CHIP_ID_HZ_K68V2A 0x0101 //HZ3001
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#define CHIP_ID_HZ_K68V3A 0x0201 //HZ3001
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/* WQ k48 */
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#define CHIP_ID_WQ_K48V3A 0x0213 //WQ3011
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#define CHIP_ID_WQ_K48V3A2 0x0223 //WQ3012
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#define CHIP_ID_WQ_K48V3A3 0x0233 //WQ3013
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#define CHIP_ID_WQ_K48V2A 0x0113 //WQ3011
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#define CHIP_ID_WQ_K48V2A2 0x0123 //WQ3012
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/* WQ k68 */
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#define CHIP_ID_WQ_K68V3A 0x0211 //WQ3001
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#define CHIP_ID_WQ_K68V3A2 0x0221 //WQ3001
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/* MT k68 */
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#define CHIP_ID_MT_K68V1B 0x0009 //MT8201
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#define CHIP_ID_MT_K68V1BB 0x0005 //MT8201
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#define CHIP_ID_MT_K68V2B 0x0109 //MT8201
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#define CHIP_ID_MT_K68V2BB 0x0105 //MT8201
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#define CHIP_ID_MT_K68V3B 0x0209 //MT8201
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#define CHIP_ID_MT_K68V3BB 0x0205 //MT8201
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#define CHIP_ID_MT_K68V3A 0x020d //MT8201
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/*
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* FLX6610/FLX6611 regarded as HTZD chip from now on.
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*/
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#define CHIP_ID_FLX_K68 0x0301 //FLX6610
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#define CHIP_ID_FLX_K48 0x0303 //FLX6611
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/*************************** kunlun2 chip id **********************************/
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// AI package
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#define CHIP_ID_WQ5007_REVA 0x0011 //Kunlun2's K3D revA
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#define CHIP_ID_WQ5007_REVB 0x0012 //Kunlun2 K3D revB
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#define CHIP_ID_WQ5106_REVB 0x0052 //Kunlun2 AUDIO revB
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#define CHIP_ID_TQAI01_REVB 0x0092 //Kunlun2 TQAI01 revB
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#define CHIP_ID_ASK1001_REVB 0x00d2 //Kunlun2 ask1001 revB
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// plc package
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#define CHIP_ID_WQ3021_REVA 0x0811 //Kunlun2's PLC revA
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#define CHIP_ID_WQ3021_REVB 0x0812 //Kunlun2's PLC revB
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#define CHIP_ID_WQ3021_REVC 0x0912 //Kunlun2's PLC revC
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#define CHIP_ID_WQ3021_REVD 0x0892 //Kunlun2's PLC revD
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/*************************** kunlun3 chip id **********************************/
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/* | chid_id[15:12] | chip_id[11:8] | chip_id[7:4] | chip_id[3:0] |
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* | project[3:0] | wafer[3:0] | mark[3:0] | sip[3:0] |
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* sip[3:3]->rf-in, sip[2:2]->pa-in, sip[1:1]->psram-in, sip[0:0]->flash-in
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*/
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/* WQ3031_V1A, k48, QFN6*6, internal pa */
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#define CHIP_ID_WQ3031_V1A 0x1005 //WQ3031
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/* HZ3201_V1A, k76, QFN9*9, internal psram */
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#define CHIP_ID_HZ3201_V1A 0x1003 //HZ3201
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/* HZ3211_V1A, k76, QFN9*9 */
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#define CHIP_ID_HZ3211_V1A 0x1001 //HZ3211
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/* HZ3201, RF, k76, QFN9*9 */
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#define CHIP_ID_HZ3201_RF_V1A 0x100B //HZ3201RF
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/* HZ3211, RF, k76, QFN9*9 */
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#define CHIP_ID_HZ3211_RF_V1A 0x100D //HZ3211RF
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/* QJ5580D_V1A, k76, QFN9*9 */
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#define CHIP_ID_QJ5580D_V1A 0x1013 //QJ5580D
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/* QJ5582D_V1A, k76, QFN9*9 */
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#define CHIP_ID_QJ5582D_V1A 0x1011 //QJ5582D
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/* FLX6711, k76, QFN9*9 */
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#define CHIP_ID_FLX6711_V1A 0x1021 //FLX6711
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/* FLX6710, k76, QFN9*9 */
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#define CHIP_ID_FLX6710_V1A 0x1023 //FLX6710
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/* SPE7303, k76, QFN9*9 */
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#define CHIP_ID_SPE7303_V1A 0x1033 //SPE7303
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/* SPE7301, k76, QFN9*9 */
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#define CHIP_ID_SPE7301_V1A 0x1031 //SPE7301
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/* GX2001, k76, QFN9*9 */
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#define CHIP_ID_GX2001_V1A 0x1043 //GX2001
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/* GX2011, k76, QFN9*9 */
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#define CHIP_ID_GX2011_V1A 0x1041 //GX2011
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/* HZ5202, k76, QFN9*9 */
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#define CHIP_ID_HZ5202_V1A 0x1057 //HZ5202
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/* WTZ31C, k76, QFN9*9 */
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#define CHIP_ID_WTZ31C_V1A 0x1063 //WTZ31C
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/* WTZ31S, k76, QFN9*9 */
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#define CHIP_ID_WTZ31S_V1A 0x1061 //WTZ31S
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/* YP8801, k76, QFN9*9 */
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#define CHIP_ID_YP8801_V1A 0x1073 //YP8801
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/* YP8811, k76, QFN9*9 */
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#define CHIP_ID_YP8811_V1A 0x1071 //YP8811
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/* DT0530, k76, QFN9*9 */
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#define CHIP_ID_DT0530_V1A 0x1083 //DT0530
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/* DT0531, k76, QFN9*9 */
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#define CHIP_ID_DT0531_V1A 0x1081 //DT0531
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/* TCE3202, k76, QFN9*9 */
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#define CHIP_ID_TCE3202_V1A 0x1093 //TCE3202
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/* TCE3201, k76, QFN9*9 */
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#define CHIP_ID_TCE3201_V1A 0x1091 //TCE3201
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/* control transfer instuction */
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#define RISCV32_INST_SET_JAL 0x6f
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#define RISCV32_INST_SET_JALR 0x67
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#define RISCV32_INST_SET_LUI 0x37
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#define RISCV32_INST_SET_AUIPC 0x17
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#define RISCV32_INST_SET_C_JR 0x4
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#define RISCV32_INST_SET_C_JR_OP 0x2
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#define RISCV32_INST_SET_C_JALR 0x4
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#define RISCV32_INST_SET_C_JALR_OP 0x2
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/* firmware run mode */
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#define MM_MODE 0
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#define FTM_MODE 1
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#define MP_MODE 2
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/* cpu status flag */
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#define CPU_FLAG_RUNNING 1
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#define CPU_FLAG_INVALID 2
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/* chip reset reason */
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#define PWR_RESET_FLAG 0x0
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#define SOFT_RESET_FLAG 0xA5
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#define WDT_RESET_FLAG 0x5A
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/* watchdog flag: msb=1; power on flag: msb=0; */
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#define RST_REASON_WDG_FLAG (0x80000000)
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#define RST_REASON_SOFT_TYPE_GET(r) ((uint8_t)((r) & 0xFF))
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#define RST_REASON_IS_WDG_TYPE(r) \
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((((r) & RST_REASON_WDG_FLAG) == RST_REASON_WDG_FLAG) ? 1 : 0)
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// global address mapping
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extern uint32_t _start; // start address
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extern uint32_t _etext; // text end address
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extern uint32_t _data; // data start address
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extern uint32_t _sp; // data end address
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extern uint32_t _iram_start; // iram start address
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extern uint32_t _iram_end; // iram end address
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extern uint32_t _flash_end; // flash end address
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// trap saved registers
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typedef struct {
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uint32_t ra;
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uint32_t sp;
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uint32_t gp;
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uint32_t tp;
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uint32_t t0_2[3];
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uint32_t t6;
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uint32_t s1;
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uint32_t a0_7[8];
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uint32_t s2_11[10];
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uint32_t t3_4[2];
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uint32_t t5;
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uint32_t fp;
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} saved_registers;
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typedef struct {
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unsigned char file[32];
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uint32_t line;
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}assert_failed_info;
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typedef struct {
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uint32_t count;
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uint32_t crash:1,
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assert_failed:1,
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flags:6,
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resv:24;
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uint32_t mepc;
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uint32_t mcause;
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saved_registers *trap_frame;
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assert_failed_info assert_info;
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}cpu_state;
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typedef struct _exception_cb {
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void (* handler)(uintptr_t mcause, uintptr_t epc, saved_registers *reg);
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int32_t (* full_dump)();
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} exception_cb_t;
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extern cpu_state g_cpu1_state;
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void iot_iram_cache_legal_check();
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uint32_t iot_chip_id_check();
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uint8_t iot_sys_reset_ctrl();
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uint32_t iot_cpu1_count_get();
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uint32_t iot_cpu1_crash_get();
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void iot_cpu1_crash_dump();
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/**
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* @brief iot_chip_get_xor_value() - get chip xor value.
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* @return xor value, see - IOT_XOR_VALUE_XXX.
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*/
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uint8_t iot_chip_get_xor_value();
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/**
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* @brief iot_chip_get_mac_addr - get mac address in chip.
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* @param mac: pointer of mac address buffer.
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* @return 0: succeed, 0xffffffff: failed.
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*/
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uint32_t iot_chip_get_mac_addr(uint8_t *mac);
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/**
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* @brief iot_chip_get_chip_info: get internal chip id information.
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* @return chip id;
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*/
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uint32_t iot_chip_get_chip_info();
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/**
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* @brief iot_chip_get_chip_subid_info: get internal chip sub id information.
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* @return chip sub id, 0 : invalid;
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*/
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uint32_t iot_chip_get_chip_subid_info();
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/**
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* @brief iot_chip_efuse_check: get internal chip efuse check information.
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* @return chip efuse check result.
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* 0x00: check succeed; other: the corresponding item fails to be verified.
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* bit 0: chip id check result;
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* bit 1: mac address check result;
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* bit 2: ate calibration check result;
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* bit 3: sadc meter check result.
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*/
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uint8_t iot_chip_efuse_check();
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/**
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* @brief iot_chip_check_lic: check license status.
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* @return 1->internal pa, 0->external pa.
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*/
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uint8_t iot_chip_check_lic();
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/**
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* @brief iot_system_get_fw_boot_param - get firmware boot parameter.
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* @param param: pointer of parameter that sbl load firmware.
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* @return none.
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*/
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void iot_system_get_fw_boot_param(void *param);
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/**
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* @brief iot_system_get_rst_flag_reg - get rest flag in register set by hardware.
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* @return reset flag.
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*/
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uint32_t iot_system_get_rst_flag_reg();
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#ifdef __cplusplus
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}
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#endif
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#endif //IOT_SYSTEM_H
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