250 lines
9.3 KiB
C
250 lines
9.3 KiB
C
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/****************************************************************************
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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_BSRM_H
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#define IOT_BSRM_H
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/* os shim includes */
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#include "os_types_api.h"
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#include "os_timer_api.h"
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#include "iot_rtc_api.h"
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#include "proto_645.h"
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#include "iot_task_api.h"
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#include "iot_uart_api.h"
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#include "iot_io_api.h"
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#include "iot_ipc_api.h"
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#include "iot_plc_msg_api.h"
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#include "iot_bsrm_rec.h"
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#ifdef __cplusplus
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extern "C" {
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#endif
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#if IOT_BSRM_MODE
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/* define branch signal recognition module message queue count and priorities,
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* the higer the priority, the lower the queue number.
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*/
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#define IOT_BSRM_MSG_QUEUE_HP (0)
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#define IOT_BSRM_MSG_QUEUE_LP (1)
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#define IOT_BSRM_MSG_QUEUE_MAX_PRIO (2)
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/* message type definition */
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/* messages from branch signal recognition module interface */
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#define IOT_BSRM_MSG_TYPE_UART (1)
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/* messages from period timer */
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#define IOT_BSRM_MSG_TYPE_TIMER (2)
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/* messages from bsrm internal */
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#define IOT_BSRM_MSG_TYPE_INTERNAL (3)
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/* messages from sg app */
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#define IOT_BSRM_MSG_TYPE_SG_APP (4)
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/* branch signal recognition module type message id definition */
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/* message delivered from branch signal recognition module */
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#define IOT_BSRM_MSG_ID_UART_DATA (1)
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/* message delivered from period timer */
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#define IOT_BSRM_MSG_ID_TIMER_PERIOD (1)
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/* message check mr from timer on master mode */
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#define IOT_BSRM_MSG_ID_TIMER_CHECK_MR (2)
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/* SG_APP type message id definition */
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/* messages from SG APP */
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#define IOT_BSRM_MSG_ID_SG_APP (1)
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/* handle branch signal recognition module data state */
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/* idle state */
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#define IOT_BSRM_MR_STATE_IDLE (0)
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/* ready handle breaker data state */
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#define IOT_BSRM_MR_STATE_READY (1)
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/* report measure data to breaker */
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#define IOT_BSRM_MR_GET_ADDR (2)
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/* sync tm */
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#define IOT_BSRM_MR_STATE_SYNC_TIME (3)
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#define IOT_BSRM_MR_STATE_EVT_NODIF (4)
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#define IOT_BSRM_MR_STATE_FWD (5)
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#define IOT_BSRM_MR_STATE_SYNC_CUR_RATIO_COEFF (6)
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#define IOT_BSRM_MR_STATE_PM_UPGRADE (7)
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/* sync cur ratio coeff status */
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#define IOT_BSRM_SYNC_CUR_COEFF_IDLE (0)
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#define IOT_BSRM_SYNC_CUR_COEFF_DOING (1)
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#define IOT_BSRM_SYNC_CUR_COEFF_DONE (2)
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/* sync cur ration coeff max count */
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#define IOT_BSRM_SYNC_CUR_COEFF_MAX_CNT (5)
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/* synchro time idle status */
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#define IOT_BSRM_SYNC_TIME_STATE_IDLE (0)
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/* synchro time ymd status */
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#define IOT_BSRM_SYNC_TIME_STATE_YMD (1)
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/* synchro time hms status */
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#define IOT_BSRM_SYNC_TIME_STATE_HMS (2)
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/* recv hw_tsfm info */
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#define IOT_BSRM_MSG_ID_INTERNAL_HW_TSFM (1)
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/* recv internal event msg */
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#define IOT_BSRM_MSG_ID_INTERNAL_EVENT_INTERRUPT (2)
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/* recv hw_tsfm record clear msg */
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#define IOT_BSRM_MSG_ID_INTERNAL_BR_REC_CLEAR (3)
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#define IOT_BSRM_CHECK_ZC_STATUS_IDLE (0)
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#define IOT_BSRM_CHECK_ZC_STATUS_GOING (1)
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#define IOT_BSRM_CHECK_ZC_STATUS_DONE (2)
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#define IOT_BSRM_CHECK_ZC_TIMEOUT (3)
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#define IOT_BSRM_CHECK_EVENT_STATUS_IDLE (0)
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#define IOT_BSRM_CHECK_EVENT_STATUS_DOING (1)
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#define IOT_BSRM_CHECK_EVENT_STATUS_DONE (2)
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/* extend branch signal recognition module message */
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typedef struct _iot_bsrm_msg {
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/* iot task message */
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iot_task_msg_t task_msg;
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/* pointer to message data */
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void *data;
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/* another data field */
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uint32_t data2;
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} iot_bsrm_msg_t;
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/* function check status */
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typedef struct _iot_bsrm_check_zc_ctrl {
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/* zero cross test status, see IOT_BSRM_CHECK_ZC_STATUS_XXX */
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uint8_t status;
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/* zero cross circuit bitmap:
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* bit0 - phase A, bit1 - phase B, bit2 - phase C,
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* bit3 - phase A ext, bit4 - phase B ext, bit5 - phase C ext
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*/
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uint8_t zc_bm;
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/* bitmap for zero cross circuit check is started, set to 1 when the gpio
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* interrupt is triggered:
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* bit0 - phase A, bit1 - phase B, bit2 - phase C,
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* bit3 - phase A ext, bit4 - phase B ext, bit5 - phase C ext
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*/
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uint8_t started_zc_bm;
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/* timestamp at start */
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uint32_t start_ts;
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/* the gpio tick at the last trigger interrupt for each zc circuit */
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uint32_t pre_tick[2 * IOT_PLC_PHASE_CNT];
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/* total time during check for each zc circuit, unit is 1us */
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uint32_t total_time[2 * IOT_PLC_PHASE_CNT];
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/* gpio interrupt trigger count during check */
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uint32_t trig_cnt[2 * IOT_PLC_PHASE_CNT];
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/* period for each zero cross circuit */
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uint32_t period[2 * IOT_PLC_PHASE_CNT];
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} iot_bsrm_check_zc_ctrl_t;
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/* function check event status */
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typedef struct _iot_bsrm_check_event_ctrl {
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uint8_t status;
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/* check times, unit: 1/s */
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uint8_t times;
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/* event interrupt count */
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uint8_t count;
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} iot_bsrm_check_event_ctrl_t;
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/* function check status */
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typedef struct _iot_bsrm_check_ctrl {
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iot_bsrm_check_zc_ctrl_t zc_ctrl;
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iot_bsrm_check_event_ctrl_t event;
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} iot_bsrm_check_ctrl_t;
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/* br record fragment response control structure */
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typedef struct {
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/* flag to mark if fragment response is startup */
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uint8_t start_up;
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/* oi of fragment response */
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uint16_t oi;
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/* current sequence numbere */
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uint16_t seq;
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/* fragment response window countdown, uint is 1s */
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uint16_t life_cd;
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/* last response recode start tm */
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iot_time_tm_t start_tm;
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/* last response recode end tm */
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iot_time_tm_t end_tm;
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} iot_bsrm_br_rec_frag_ctrl_t;
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/* extend branch signal recognition module global descriptor */
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typedef struct _iot_bsrm_global {
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/* extend branch signal recognition module task configuration */
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iot_task_config_t task_cfg;
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/* extend branch signal recognition module task handle */
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iot_task_h task_h;
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/* periodic timer */
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timer_id_t periodic_timer;
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/* handle of registered IPC */
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iot_ipc_h ipc_h;
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/* timer for check addr and tm */
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timer_id_t mr_timer;
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/* branch signal recognition module uart handle*/
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iot_uart_h handle;
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/* address, little endian */
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uint8_t addr[IOT_MAC_ADDR_LEN];
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/* correct time */
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iot_time_tm_t correct_tm;
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/* buffer is used to cache protocol data */
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uint8_t proto_buff[PROTO_645_MAX_PKT_LEN];
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/* read addr pend flag */
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uint8_t mr_addr_pend : 1,
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/* addr is valid */
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addr_valid : 1,
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/* sync tm status */
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sync_tm_state : 2,
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/* sync time done */
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sync_tm_done : 1,
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/* reserved for further use */
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rsvd : 3;
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/* mr time interval, unit: 1s */
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uint32_t mr_tm_interval;
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/* iot_pkt to be forwarded */
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iot_pkt_t *fwd_pkt;
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/* read meter data status on master mode */
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uint8_t mr_status;
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/* request tm and address count on master mode */
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uint8_t req_cnt;
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/* event data count */
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uint8_t data_cnt;
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/* store event entries */
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uint8_t *evt_buf;
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/* event trigger record time*/
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uint32_t evt_trig_cd;
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/* retry current ratio coefficient sync count */
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uint8_t coeff_sync_cnt;
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/* flag to mark if the event will be notified */
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uint8_t evt_nodify_pend : 1,
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/* event notification try count */
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evt_nodify_try_cnt : 4,
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/* current ratio coefficient sync status see: IOT_BSRM_SYNC_CUR_COEFF_XXX */
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cur_coeff_sync_sts : 2,
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/* reserved for further use */
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rsvd1 : 1;
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/* bsrm session mode */
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uint8_t session_mode;
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/* test status */
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iot_bsrm_check_ctrl_t check_crtl;
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/* br result record buffer */
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iot_bsrm_branch_info_entry_t br_rec_buf;
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/* br result record countdown */
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uint8_t br_rec_cd;
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/* br record fragment response control structure */
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iot_bsrm_br_rec_frag_ctrl_t br_rec_frag_ctrl;
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} iot_bsrm_global_t;
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#endif /* IOT_BSRM_MODE */
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#ifdef __cplusplus
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}
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#endif
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#endif /* IOT_BSRM_H */
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