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driver-avalon8.h
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driver-avalon8.h
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/*
* Copyright 2017 xuzhenxing <[email protected]>
* Copyright 2016-2017 Mikeqin <[email protected]>
* Copyright 2016 Con Kolivas <[email protected]>
*
* This program is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License as published by the Free
* Software Foundation; either version 3 of the License, or (at your option)
* any later version. See COPYING for more details.
*/
#ifndef _AVALON8_H_
#define _AVALON8_H_
#include "util.h"
#include "i2c-context.h"
#ifdef USE_AVALON8
#define AVA8_FREQUENCY_MAX 1404
#define AVA8_DEFAULT_FAN_MIN 5 /* % */
#define AVA8_DEFAULT_FAN_MAX 100
#define AVA8_DEFAULT_TEMP_TARGET 90
#define AVA8_DEFAULT_TEMP_OVERHEAT 105
#define AVA8_DEFAULT_VOLTAGE_LEVEL_MIN -15
#define AVA8_DEFAULT_VOLTAGE_LEVEL_MAX 15
#define AVA8_INVALID_VOLTAGE_LEVEL -16
#define AVA8_DEFAULT_VOLTAGE_LEVEL_OFFSET_MIN -2
#define AVA8_DEFAULT_VOLTAGE_LEVEL_OFFSET 0
#define AVA8_DEFAULT_VOLTAGE_LEVEL_OFFSET_MAX 1
#define AVA8_INVALID_ASIC_OTP -1
#define AVA8_DEFAULT_FACTORY_INFO_0_MIN -15
#define AVA8_DEFAULT_FACTORY_INFO_0 0
#define AVA8_DEFAULT_FACTORY_INFO_0_MAX 15
#define AVA8_DEFAULT_FACTORY_INFO_0_CNT 1
#define AVA8_DEFAULT_FACTORY_INFO_0_IGNORE 16
#define AVA8_DEFAULT_FACTORY_INFO_1_CNT 3
#define AVA8_DEFAULT_OVERCLOCKING_OFF 0
#define AVA8_DEFAULT_OVERCLOCKING_ON 1
#define AVA8_DEFAULT_FREQUENCY_0M 0
#define AVA8_DEFAULT_FREQUENCY_650M 650
#define AVA8_DEFAULT_FREQUENCY_725M 725
#define AVA8_DEFAULT_FREQUENCY_775M 775
#define AVA8_DEFAULT_FREQUENCY_850M 850
#define AVA8_DEFAULT_FREQUENCY_MAX 1200
#define AVA8_DEFAULT_FREQUENCY (AVA8_DEFAULT_FREQUENCY_MAX)
#define AVA8_DEFAULT_FREQUENCY_SEL 3
#define AVA8_DEFAULT_MODULARS 7 /* Only support 6 modules maximum with one AUC */
#define AVA8_DEFAULT_MINER_CNT 4
#define AVA8_DEFAULT_ASIC_MAX 26
#define AVA8_DEFAULT_PLL_CNT 4
#define AVA8_DEFAULT_PMU_CNT 2
#define AVA8_DEFAULT_CORE_VOLT_CNT 8
#define AVA8_DEFAULT_POLLING_DELAY 20 /* ms */
#define AVA8_DEFAULT_NTIME_OFFSET 2
#define AVA8_DEFAULT_SMARTSPEED_OFF 0
#define AVA8_DEFAULT_SMARTSPEED_MODE1 1
#define AVA8_DEFAULT_SMART_SPEED (AVA8_DEFAULT_SMARTSPEED_MODE1)
#define AVA8_DEFAULT_TH_PASS 160
#define AVA8_DEFAULT_TH_FAIL 8000
#define AVA8_DEFAULT_TH_INIT 32767
#define AVA8_DEFAULT_TH_ADD 1
#define AVA8_DEFAULT_TH_MS 5
#define AVA8_DEFAULT_TH_TIMEOUT 20000
#define AVA8_DEFAULT_NONCE_MASK 24
#define AVA8_DEFAULT_NONCE_CHECK 1
#define AVA8_DEFAULT_MUX_L2H 0
#define AVA8_DEFAULT_MUX_H2L 1
#define AVA8_DEFAULT_H2LTIME0_SPD 3
#define AVA8_DEFAULT_ROLL_ENABLE 1
#define AVA8_DEFAULT_SPDLOW 0
#define AVA8_DEFAULT_SPDHIGH 3
#define AVA8_INVALID_TH_PASS -1
#define AVA8_INVALID_TH_FAIL -1
#define AVA8_INVALID_TH_TIMEOUT -1
#define AVA8_INVALID_NONCE_MASK -1
#define AVA8_INVALID_SPDLOW -1
#define AVA851_DEFAULT_TH_PASS 200
#define AVA851_DEFAULT_TH_FAIL 7000
#define AVA851_DEFAULT_TH_TIMEOUT 16000
#define AVA851_DEFAULT_SPDLOW 2
#define AVA851_DEFAULT_NONCE_MASK 27
#define AVA831_DEFAULT_TH_PASS 200
#define AVA831_DEFAULT_TH_FAIL 7000
#define AVA831_DEFAULT_TH_TIMEOUT 16000
#define AVA831_DEFAULT_SPDLOW 2
#define AVA831_DEFAULT_NONCE_MASK 27
/* PID CONTROLLER*/
#define AVA8_DEFAULT_PID_P 2
#define AVA8_DEFAULT_PID_I 5
#define AVA8_DEFAULT_PID_D 0
#define AVA8_DEFAULT_PID_TEMP_MIN 50
#define AVA8_DEFAULT_PID_TEMP_MAX 100
#define AVA8_DEFAULT_IIC_DETECT false
#define AVA8_PWM_MAX 0x3FF
#define AVA8_DRV_DIFFMAX 2700
#define AVA8_ASIC_TIMEOUT_CONST 419430400 /* (2^32 * 1000) / (256 * 40) */
#define AVA8_MODULE_DETECT_INTERVAL 30 /* 30 s */
#define AVA8_AUC_VER_LEN 12 /* Version length: 12 (AUC-YYYYMMDD) */
#define AVA8_AUC_SPEED 400000
#define AVA8_AUC_XDELAY 19200 /* 4800 = 1ms in AUC (11U14) */
#define AVA8_AUC_P_SIZE 64
#define AVA8_CONNECTER_AUC 1
#define AVA8_CONNECTER_IIC 2
/* avalon8 protocol package type from MM protocol.h */
#define AVA8_MM_VER_LEN 15
#define AVA8_MM_DNA_LEN 8
#define AVA8_H1 'C'
#define AVA8_H2 'N'
#define AVA8_P_COINBASE_SIZE (6 * 1024 + 64)
#define AVA8_P_MERKLES_COUNT 30
#define AVA8_P_COUNT 40
#define AVA8_P_DATA_LEN 32
#define AVA8_OTP_LEN 32
/* Broadcase with block iic_write*/
#define AVA8_P_DETECT 0x10
/* Broadcase With non-block iic_write*/
#define AVA8_P_STATIC 0x11
#define AVA8_P_JOB_ID 0x12
#define AVA8_P_COINBASE 0x13
#define AVA8_P_MERKLES 0x14
#define AVA8_P_HEADER 0x15
#define AVA8_P_TARGET 0x16
#define AVA8_P_JOB_FIN 0x17
/* Broadcase or with I2C address */
#define AVA8_P_SET 0x20
#define AVA8_P_SET_FIN 0x21
#define AVA8_P_SET_VOLT 0x22
#define AVA8_P_SET_PMU 0x24
#define AVA8_P_SET_PLL 0x25
#define AVA8_P_SET_SS 0x26
/* 0x27 reserved */
#define AVA8_P_SET_FAC 0x28
#define AVA8_P_SET_OC 0x29
/* Have to send with I2C address */
#define AVA8_P_POLLING 0x30
#define AVA8_P_SYNC 0x31
#define AVA8_P_TEST 0x32
#define AVA8_P_RSTMMTX 0x33
#define AVA8_P_GET_VOLT 0x34
/* Back to host */
#define AVA8_P_ACKDETECT 0x40
#define AVA8_P_STATUS 0x41
#define AVA8_P_NONCE 0x42
#define AVA8_P_TEST_RET 0x43
#define AVA8_P_STATUS_VOLT 0x46
#define AVA8_P_STATUS_PMU 0x48
#define AVA8_P_STATUS_PLL 0x49
#define AVA8_P_STATUS_LOG 0x4a
#define AVA8_P_STATUS_ASIC 0x4b
#define AVA8_P_STATUS_PVT 0x4c
#define AVA8_P_STATUS_FAC 0x4d
#define AVA8_P_STATUS_OC 0x4e
#define AVA8_P_STATUS_OTP 0x4f
#define AVA8_P_SET_ASIC_OTP 0x50
#define AVA8_MODULE_BROADCAST 0
/* End of avalon8 protocol package type */
#define AVA8_IIC_RESET 0xa0
#define AVA8_IIC_INIT 0xa1
#define AVA8_IIC_DEINIT 0xa2
#define AVA8_IIC_XFER 0xa5
#define AVA8_IIC_INFO 0xa6
#define AVA8_FREQ_INIT_MODE 0x0
#define AVA8_FREQ_PLLADJ_MODE 0x1
#define AVA8_DEFAULT_FACTORY_INFO_CNT (AVA8_DEFAULT_FACTORY_INFO_0_CNT + AVA8_DEFAULT_FACTORY_INFO_1_CNT)
#define AVA8_DEFAULT_OVERCLOCKING_CNT 1
#define AVA8_MM821_VIN_ADC_RATIO (3.3 / 4095.0 * 25.62 / 5.62 * 1000.0 * 100.0)
#define AVA8_MM831_VIN_ADC_RATIO (3.3 / 4095.0 * 25.62 / 5.62 * 1000.0 * 100.0)
#define AVA8_MM841_VIN_ADC_RATIO (3.3 / 4095.0 * 25.62 / 5.62 * 1000.0 * 100.0)
#define AVA8_MM851_VIN_ADC_RATIO (3.3 / 4095.0 * 25.62 / 5.62 * 1000.0 * 100.0)
#define AVA8_MM821_VOUT_ADC_RATIO (3.3 / 4095.0 * 63.0 / 20.0 * 10000.0 * 100.0)
#define AVA8_MM831_VOUT_ADC_RATIO (3.3 / 4095.0 * 63.0 / 20.0 * 10000.0 * 100.0)
#define AVA8_MM841_VOUT_ADC_RATIO (3.3 / 4095.0 * 63.0 / 20.0 * 10000.0 * 100.0)
#define AVA8_MM851_VOUT_ADC_RATIO (3.3 / 4095.0 * 72.3 / 20.0 * 10000.0 * 100.0)
#define AVA8_OTP_INDEX_READ_STEP 27
#define AVA8_OTP_INDEX_ASIC_NUM 28
#define AVA8_OTP_INDEX_CYCLE_HIT 29
#define AVA8_OTP_INFO_LOTIDCRC_OFFSET 0
#define AVA8_OTP_INFO_LOTID_OFFSET 6
struct avalon8_pkg {
uint8_t head[2];
uint8_t type;
uint8_t opt;
uint8_t idx;
uint8_t cnt;
uint8_t data[32];
uint8_t crc[2];
};
#define avalon8_ret avalon8_pkg
struct avalon8_info {
/* Public data */
int64_t last_diff1;
int64_t pending_diff1;
double last_rej;
int mm_count;
int xfer_err_cnt;
int pool_no;
struct timeval firsthash;
struct timeval last_fan_adj;
struct timeval last_stratum;
struct timeval last_detect;
cglock_t update_lock;
struct pool pool0;
struct pool pool1;
struct pool pool2;
bool work_restart;
uint32_t last_jobid;
/* For connecter */
char auc_version[AVA8_AUC_VER_LEN + 1];
int auc_speed;
int auc_xdelay;
int auc_sensor;
struct i2c_ctx *i2c_slaves[AVA8_DEFAULT_MODULARS];
uint8_t connecter; /* AUC or IIC */
/* For modulars */
bool enable[AVA8_DEFAULT_MODULARS];
bool reboot[AVA8_DEFAULT_MODULARS];
struct timeval elapsed[AVA8_DEFAULT_MODULARS];
uint8_t mm_dna[AVA8_DEFAULT_MODULARS][AVA8_MM_DNA_LEN];
char mm_version[AVA8_DEFAULT_MODULARS][AVA8_MM_VER_LEN + 1]; /* It's a string */
uint32_t total_asics[AVA8_DEFAULT_MODULARS];
uint32_t max_ntime; /* Maximum: 7200 */
uint8_t otp_info[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT][AVA8_OTP_LEN + 1];
int mod_type[AVA8_DEFAULT_MODULARS];
uint8_t miner_count[AVA8_DEFAULT_MODULARS];
uint8_t asic_count[AVA8_DEFAULT_MODULARS];
uint32_t freq_mode[AVA8_DEFAULT_MODULARS];
int led_indicator[AVA8_DEFAULT_MODULARS];
int fan_pct[AVA8_DEFAULT_MODULARS];
int fan_cpm[AVA8_DEFAULT_MODULARS];
int temp[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT][AVA8_DEFAULT_ASIC_MAX];
int temp_mm[AVA8_DEFAULT_MODULARS];
uint32_t core_volt[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT] \
[AVA8_DEFAULT_ASIC_MAX][AVA8_DEFAULT_CORE_VOLT_CNT];
uint8_t cutoff[AVA8_DEFAULT_MODULARS];
int temp_target[AVA8_DEFAULT_MODULARS];
int temp_overheat[AVA8_DEFAULT_MODULARS];
/* pid controler*/
int pid_p[AVA8_DEFAULT_MODULARS];
int pid_i[AVA8_DEFAULT_MODULARS];
int pid_d[AVA8_DEFAULT_MODULARS];
double pid_u[AVA8_DEFAULT_MODULARS];
int pid_e[AVA8_DEFAULT_MODULARS][3];
int pid_0[AVA8_DEFAULT_MODULARS];
int set_voltage_level[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT];
uint32_t set_frequency[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT][AVA8_DEFAULT_PLL_CNT];
uint32_t get_frequency[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT][AVA8_DEFAULT_ASIC_MAX][AVA8_DEFAULT_PLL_CNT];
int set_asic_otp[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT];
uint16_t get_vin[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT];
uint32_t get_voltage[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT];
uint32_t get_pll[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT][AVA8_DEFAULT_PLL_CNT];
uint32_t get_asic[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT][AVA8_DEFAULT_ASIC_MAX][6];
int8_t factory_info[AVA8_DEFAULT_FACTORY_INFO_CNT];
int8_t overclocking_info[AVA8_DEFAULT_OVERCLOCKING_CNT];
uint64_t local_works[AVA8_DEFAULT_MODULARS];
uint64_t local_works_i[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT];
uint64_t hw_works[AVA8_DEFAULT_MODULARS];
uint64_t hw_works_i[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT];
uint64_t chip_matching_work[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT][AVA8_DEFAULT_ASIC_MAX];
uint32_t error_code[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT + 1];
uint32_t error_crc[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_MINER_CNT];
uint8_t error_polling_cnt[AVA8_DEFAULT_MODULARS];
uint8_t power_good[AVA8_DEFAULT_MODULARS];
char pmu_version[AVA8_DEFAULT_MODULARS][AVA8_DEFAULT_PMU_CNT][5];
uint64_t diff1[AVA8_DEFAULT_MODULARS];
uint16_t vin_adc_ratio[AVA8_DEFAULT_MODULARS];
uint16_t vout_adc_ratio[AVA8_DEFAULT_MODULARS];
bool conn_overloaded;
};
struct avalon8_iic_info {
uint8_t iic_op;
union {
uint32_t aucParam[2];
uint8_t slave_addr;
} iic_param;
};
struct avalon8_dev_description {
uint8_t dev_id_str[8];
int mod_type;
uint8_t miner_count; /* it should not greater than AVA8_DEFAULT_MINER_CNT */
uint8_t asic_count; /* asic count each miner, it should not great than AVA8_DEFAULT_ASIC_MAX */
uint16_t vin_adc_ratio;
uint16_t vout_adc_ratio;
int set_voltage_level;
uint16_t set_freq[AVA8_DEFAULT_PLL_CNT];
int set_asic_otp;
};
#define AVA8_WRITE_SIZE (sizeof(struct avalon8_pkg))
#define AVA8_READ_SIZE AVA8_WRITE_SIZE
#define AVA8_SEND_OK 0
#define AVA8_SEND_ERROR -1
extern char *set_avalon8_fan(char *arg);
extern char *set_avalon8_freq(char *arg);
extern char *set_avalon8_voltage_level(char *arg);
extern char *set_avalon8_voltage_level_offset(char *arg);
extern char *set_avalon8_asic_otp(char *arg);
extern int opt_avalon8_temp_target;
extern int opt_avalon8_polling_delay;
extern int opt_avalon8_aucspeed;
extern int opt_avalon8_aucxdelay;
extern int opt_avalon8_smart_speed;
extern bool opt_avalon8_iic_detect;
extern int opt_avalon8_freq_sel;
extern uint32_t opt_avalon8_th_pass;
extern uint32_t opt_avalon8_th_fail;
extern uint32_t opt_avalon8_th_init;
extern uint32_t opt_avalon8_th_ms;
extern uint32_t opt_avalon8_th_timeout;
extern uint32_t opt_avalon8_th_add;
extern uint32_t opt_avalon8_nonce_mask;
extern uint32_t opt_avalon8_nonce_check;
extern uint32_t opt_avalon8_mux_l2h;
extern uint32_t opt_avalon8_mux_h2l;
extern uint32_t opt_avalon8_h2ltime0_spd;
extern uint32_t opt_avalon8_roll_enable;
extern uint32_t opt_avalon8_spdlow;
extern uint32_t opt_avalon8_spdhigh;
extern uint32_t opt_avalon8_pid_p;
extern uint32_t opt_avalon8_pid_i;
extern uint32_t opt_avalon8_pid_d;
#endif /* USE_AVALON8 */
#endif /* _AVALON8_H_ */