plat_status.h

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/*
 * Copyright (c) Meta Platforms, Inc. and affiliates.
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 * 
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */
 
#ifndef PLAT_STATUS_H
#define PLAT_STATUS_H
 
#include <stdint.h>
#include "plat_util.h"
#include "plat_threshold.h"
 
enum AALC_MODBUS_SENSOR_STATUS_E {
    RPU_FAN_STATUS, // 0x900E
    RPU_PUMP1_STATUS, // 0x9012
    RPU_PUMP2_STATUS, // 0x9013
    RPU_PUMP3_STATUS, // 0x9014
    RPU_RESERVOIR_STATUS, // 0x9016
    ALL_PUMP_STATUS, // 0x9018
    ALL_RPU_INTERNAL_FAN_STATUS, // 0x9019
    PUMP_FAN_STATUS, // 0xA080
    HEX_BLADDER_LEVEL_STATUS, // 0x9113
    AALC_SENSOR_ALARM, // 0x9200
    HEX_AIR_THERMOMETER_STATUS, // 0xA202
    AALC_STATUS_ALARM, // 0x9201
    HEX_FAN_ALARM_1, // 0x9203
    HEX_FAN_ALARM_2, // 0xA201
    HEX_FAN_COMMS_ALARM, // 0xA205
    HSC_POWER_STATUS, // 0xA203
    FB_HSC_POWER_STATUS, // 0xA204
    HSC_COMMS_STATUS, // 0xA206
    FB_HSC_COMMS_STATUS, // 0xA207
};
 
enum AALC_STICKY_STATUS_E {
    STICKY_ITRACK_CHASSIS0_LEAKAGE, // 0x19A1
    STICKY_ITRACK_CHASSIS1_LEAKAGE, // 0x19A2
    STICKY_ITRACK_CHASSIS2_LEAKAGE, // 0x19A3
    STICKY_ITRACK_CHASSIS3_LEAKAGE, // 0x19A4
    STICKY_RPU_INTERNAL_LEAKAGE_ABNORMAL, // 0x19A5
    STICKY_RPU_EXTERNAL_LEAKAGE_ABNORMAL, // 0x19A6
    STICKY_RPU_OPT_EXTERNAL_LEAKAGE1_ABNORMAL, // 0x19A7
    STICKY_RPU_OPT_EXTERNAL_LEAKAGE2_ABNORMAL, // 0x19A8
    STICKY_HEX_RACK_PAN_LEAKAGE, // 0x19A9
    STICKY_HEX_RACK_FLOOR_LEAKAGE, // 0x19AA
    STICKY_HEX_RACK_PAN_LEAKAGE_RELAY, // 0x19AB
    STICKY_HEX_RACK_FLOOR_LEAKAGE_RELAY, // 0x19AC
    STICKY_PUMP_1_SPEED_ABNORMAL, //0x1991 bit0
    STICKY_PUMP_1_SPEED_NOT_ACCESS, //0x1991 bit1
    STICKY_PUMP_2_SPEED_ABNORMAL, //0x1992 bit0
    STICKY_PUMP_2_SPEED_NOT_ACCESS, //0x1992 bit1
    STICKY_PUMP_3_SPEED_ABNORMAL, //0x1993 bit0
    STICKY_PUMP_3_SPEED_NOT_ACCESS, //0x1993 bit1
    STICKY_HEX_BLADDER_ABNORMAL, //0x1994 bit0
    STICKY_RPU_RESERVOIR_ABNORMAL, //0x1994 bit1
    STICKY_RPU_COOLANT_FLOW_BLOCKED, //0x1994 bit2
    STICKY_RPU_OUTLET_PRESSURE_HIGH, //0x1994 bit3
    STICKY_PUMP_1_SPEED_UCR, //0x1994 bit4
    STICKY_PUMP_2_SPEED_UCR, //0x1994 bit5
    STICKY_PUMP_3_SPEED_UCR, //0x1994 bit6
    STICKY_STATUS_MAX,
};
 
enum PUMP_STATUS_E {
    PUMP_STATUS_DISABLE = 0,
    PUMP_STATUS_REDAUNDANT = 1,
    PUMP_STATUS_ENABLE = 2,
    PUMP_STATUS_MAINTAIN = 3,
    PUMP_STATUS_ABNORMAL = 4,
};
 
enum AALC_STATUS_LEAK_E {
    AALC_STATUS_IT_LEAK_0 = 0,
    AALC_STATUS_IT_LEAK_1 = 1,
    AALC_STATUS_IT_LEAK_2 = 2,
    AALC_STATUS_IT_LEAK_3 = 3,
    AALC_STATUS_CDU_LEAKAGE = 4,
    AALC_STATUS_RACK_LEAKAGE = 5,
    AALC_STATUS_LEAK_E_MAX,
};
 
enum STATUS_FLAG_E {
    STATUS_FLAG_LEAK,
    STATUS_FLAG_FAILURE,
    STATUS_FLAG_AUTO_TUNE,
    STATUS_FLAG_PUMP_REDUNDANT,
    STATUS_FLAG_SYSTEM_READY,
    STATUS_FLAG_SETPOINT_FLAG,
    STATUS_FLAG_SPECIAL_MODE,
    STATUS_FLAG_HSC_FAIL,
    STATUS_FLAG_MAX,
};
 
enum PUMP_REDUNDANT_STATUS_E {
    PUMP_REDUNDANT_DISABLE,
    PUMP_REDUNDANT_12,
    PUMP_REDUNDANT_13,
    PUMP_REDUNDANT_23,
    PUMP_REDUNDANT_MAX,
};
 
enum FAILURE_STATUS_E {
    // 0
    PUMP_FAIL_EMERGENCY_BUTTON,
    PUMP_FAIL_LEAK,
    PUMP_FAIL_ABNORMAL_PRESS,
    PUMP_FAIL_ABNORMAL_FLOW_RATE,
    PUMP_FAIL_LOW_LEVEL,
    PUMP_FAIL_LOW_RPU_LEVEL,
    PUMP_FAIL_PUMP1_UCR,
    PUMP_FAIL_PUMP2_UCR,
    PUMP_FAIL_PUMP3_UCR,
    PUMP_FAIL_TWO_PUMP_X,
    PUMP_FAIL_CLOSE_PUMP,
    // 100
    PUMP_FAIL_TWO_HEX_FAN_FAILURE,
    PUMP_FAIL_ABNORMAL_COOLANT_INLET_TEMP,
    PUMP_FAIL_ABNORMAL_COOLANT_OUTLET_TEMP,
    PUMP_FAIL_ABNORMAL_AIR_INLET_TEMP,
    PUMP_FAIL_FLOW_RATE_NOT_ACCESS, // only pump
    HEX_FAN_FAIL_COOLANT_OUTLET_TEMP_NOT_ACCESS, // only hex fan
    // gpio
    GPIO_FAIL_BPB_HSC,
    FAILURE_STATUS_MAX,
};
 
enum SETPOINT_FLAG_STATUS_E {
    SETPOINT_FLAG_LPM,
    SETPOINT_FLAG_OUTLET_TEMP,
    SETPOINT_FLAG_MAX,
};
 
enum SPECIAL_MODE_STATUS_E {
    SPECIAL_MODE_PUMP_THRESHOLD_DEBUG,
    SPECIAL_MODE_2ND_BOOT_UPDATE,
    SPECIAL_MODE_MAX,
};
 
enum HSC_FAIL_STATUS_E {
    HSC_FAIL_BPB,
    HSC_FAIL_PUMP_1,
    HSC_FAIL_PUMP_2,
    HSC_FAIL_PUMP_3,
    HSC_FAIL_FB_1,
    HSC_FAIL_FB_2,
    HSC_FAIL_FB_3,
    HSC_FAIL_FB_4,
    HSC_FAIL_FB_5,
    HSC_FAIL_FB_6,
    HSC_FAIL_FB_7,
    HSC_FAIL_FB_8,
    HSC_FAIL_FB_9,
    HSC_FAIL_FB_10,
    HSC_FAIL_FB_11,
    HSC_FAIL_FB_12,
    HSC_FAIL_FB_13,
    HSC_FAIL_FB_14,
};
 
uint32_t get_status_flag(uint8_t idx);
void set_status_flag(uint8_t idx, uint8_t bit, uint32_t val);
uint16_t get_sticky_sensor_status(uint8_t idx);
bool set_sticky_sensor_status(uint8_t idx, uint16_t val);
uint16_t get_sensor_status_for_modbus_cmd(uint8_t status);
 
#endif //PLAT_STATUS_H