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driver-bitfury16.h
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driver-bitfury16.h
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#ifndef BITFURY16_H
#define BITFURY16_H
#include "miner.h"
#include "bf16-bitfury16.h"
/* file contains device build revision: one of following */
/* #define MINER_X5 */
/* #define MINER_X6 */
/* #include "bf16-devicerev.h" */
#define MINER_X6
#if defined(MINER_X5) && defined(MINER_X6)
#error "MINER_X5 and MINER_X6 can not be defined both"
#endif
#if !defined(MINER_X5) && !defined(MINER_X6)
#error "At least one of MINER_X5 and MINER_X6 should be defined"
#endif
#define CHIPBOARD_NUM 2 /* chipboard number */
#define BF16_NUM 11 /* chips number per BTC250 concentrator */
#ifdef MINER_X5
#define BCM250_NUM 3 /* BCM250 chips per chipboard */
#define CHANNEL_DEPTH 2 /* maximum channel length */
#define CHIPS_NUM 26 /* BF16 chips per chipboard */
#endif
#ifdef MINER_X6
#define BCM250_NUM 6 /* BCM250 chips per chipboard */
#define CHANNEL_DEPTH 4 /* maximum channel length */
#define CHIPS_NUM 52 /* BF16 chips per chipboard */
#endif
#define FILELOG
enum bf_opt_renonce {
RENONCE_DISABLED,
RENONCE_ONE_CHIP,
RENONCE_CHIP_PER_BOARD
};
/* chip structure */
typedef struct {
uint8_t clock;
bf_chip_status_t status;
uint8_t curr_buff;
uint8_t task_processed;
/* nonces list to extract dups */
bf_list_t* nonce_list;
/* chip statistics */
float nonces;
float task_switch;
float status_cmd;
float status_cmd_none;
uint32_t nonces_dx;
uint32_t nonces_good_dx;
uint32_t nonces_diff_dx;
uint32_t nonces_bad_dx;
uint32_t nonces_re_dx;
uint32_t nonces_re_good_dx;
uint32_t nonces_re_bad_dx;
uint32_t task_switch_dx;
uint32_t status_cmd_dx;
uint32_t status_cmd_none_dx;
float hashrate;
float hashrate_good;
float hashrate_diff;
float hashrate_bad;
float hashrate_re;
float hashrate_re_good;
float hashrate_re_bad;
uint32_t errors; /* error counter */
uint32_t error_rate; /* error rate */
time_t last_error_time;/* time since last error */
uint16_t recovery_count;
time_t last_nonce_time;/* time since last good nonce */
struct timeval status_time; /* time since last status cmd */
struct timeval switch_time; /* time since last task switch */
/* command stuff */
bf_works_t owork; /* old work */
bf_works_t cwork; /* current work */
uint32_t rx[12];
uint32_t rx_prev[12];
} bf_chip_t;
/* chip concentrator init map structure */
typedef struct {
uint8_t channel_path[CHANNEL_DEPTH];
uint8_t first_good_chip;
uint8_t last_good_chip;
uint8_t chips_num;
} bf_bcm250_map_t;
/* chip concentrator structure */
typedef struct {
uint8_t* channel_path; /* channel path to chip concentrator */
uint8_t channel_depth;
uint8_t first_good_chip;
uint8_t last_good_chip;
uint8_t chips_num;
uint8_t chips_failed;
bf_chip_t chips[BF16_NUM];
/* chip statistics */
float nonces;
float task_switch;
float status_cmd;
float status_cmd_none;
uint32_t nonces_dx;
uint32_t nonces_good_dx;
uint32_t nonces_diff_dx;
uint32_t nonces_bad_dx;
uint32_t nonces_re_dx;
uint32_t nonces_re_good_dx;
uint32_t nonces_re_bad_dx;
uint32_t task_switch_dx;
uint32_t status_cmd_dx;
uint32_t status_cmd_none_dx;
float hashrate;
float hashrate_good;
float hashrate_diff;
float hashrate_bad;
float hashrate_re;
float hashrate_re_good;
float hashrate_re_bad;
} bf_bcm250_t;
/* pid structure */
typedef struct {
int16_t i_state; /* integrator state */
int16_t i_max; /* maximum allowable integrator state */
int16_t i_min; /* minimum allowable integrator state */
} bf_pid_t;
typedef enum {
CHIPBOARD_X5,
CHIPBOARD_X6
} bf_chipboard_type_t;
typedef enum {
CHIPBOARD_REV1,
CHIPBOARD_REV2,
CHIPBOARD_REV3
} bf_chipboard_rev_t;
/* chipboard structure */
typedef struct {
bool detected;
bool active;
bf_pid_t pid;
bf_chipboard_type_t board_type;
bf_chipboard_rev_t board_rev;
/* MSP version data */
uint32_t board_ver;
uint32_t board_fwver;
char board_hwid[32];
/* MSP hw data */
float temp;
float u_board;
float p_board;
uint8_t p_chain1_enabled;
uint8_t p_chain2_enabled;
float u_chain1;
float u_chain2;
float i_chain1;
float i_chain2;
float p_chain1;
float p_chain2;
float p_fan;
uint32_t rpm;
uint8_t fan_speed;
float i_alarm;
float t_alarm;
float t_gisteresis;
char fan_mode;
float target_temp;
uint8_t a_temp;
uint8_t a_ichain1;
uint8_t a_ichain2;
uint8_t bcm250_num;
uint8_t chips_num;
uint8_t chips_failed;
uint8_t chips_disabled;
bf_bcm250_t* bcm250;
#ifdef MINER_X5
bool power_disabled;
uint32_t power_disable_count;
time_t power_disable_time;
time_t power_enable_time;
#endif
#ifdef MINER_X6
bool power1_disabled;
bool power2_disabled;
uint32_t power1_disable_count;
uint32_t power2_disable_count;
time_t power1_disable_time;
time_t power2_disable_time;
time_t power1_enable_time;
time_t power2_enable_time;
#endif
bf_cmd_buffer_t cmd_buffer;
/* chip statistics */
float nonces;
float task_switch;
float status_cmd;
float status_cmd_none;
uint32_t nonces_dx;
uint32_t nonces_good_dx;
uint32_t nonces_diff_dx;
uint32_t nonces_bad_dx;
uint32_t nonces_re_dx;
uint32_t nonces_re_good_dx;
uint32_t nonces_re_bad_dx;
uint32_t task_switch_dx;
uint32_t status_cmd_dx;
uint32_t status_cmd_none_dx;
float hashrate;
float hashrate_good;
float hashrate_diff;
float hashrate_bad;
float hashrate_re;
float hashrate_re_good;
float hashrate_re_bad;
float txrx_speed;
uint32_t bytes_transmitted_dx;
uint64_t bytes_transmitted;
} bf_chipboard_t;
struct bitfury16_info {
struct thr_info *thr;
struct thr_info chipworker_thr;
struct thr_info nonceworker_thr;
struct thr_info renonceworker_thr;
struct thr_info hwmonitor_thr;
struct thr_info alarm_thr;
struct thr_info statistics_thr;
#ifdef FILELOG
FILE* logfile;
pthread_mutex_t logfile_mutex;
#endif
uint8_t chipboard_num;
/* boards with all sensors in propriate state */
uint8_t active_chipboard_num;
uint8_t chips_num;
uint8_t chips_failed;
uint8_t chips_disabled;
uint8_t renonce_chips;
bf_chipboard_t* chipboard;
/* work list */
bf_list_t* work_list;
/* work list */
bf_list_t* stale_work_list;
/* nonces for calculation */
bf_list_t* noncework_list;
/* renonces for calculation */
bf_list_t* renoncework_list;
/* nonces for recalculation */
uint32_t renonce_id;
bf_list_t* renonce_list;
uint32_t stage0_match;
uint32_t stage0_mismatch;
uint32_t stage1_match;
uint32_t stage1_mismatch;
uint32_t stage2_match;
uint32_t stage2_mismatch;
uint32_t stage3_match;
uint32_t stage3_mismatch;
uint32_t unmatched;
uint8_t channel_length;
/* driver statistics */
float nonces;
float task_switch;
float status_cmd;
float status_cmd_none;
uint32_t nonces_dx;
uint32_t nonces_good_dx;
uint32_t nonces_diff_dx;
uint32_t nonces_bad_dx;
uint32_t nonces_re_dx;
uint32_t nonces_re_good_dx;
uint32_t nonces_re_bad_dx;
uint32_t task_switch_dx;
uint32_t status_cmd_dx;
uint32_t status_cmd_none_dx;
float hashrate;
float hashrate_good;
float hashrate_diff;
float hashrate_bad;
float hashrate_re;
float hashrate_re_good;
float hashrate_re_bad;
pthread_mutex_t nonces_good_lock;
uint32_t nonces_good_cg;
float u_avg;
float i_total;
float p_total;
float u_chip;
float p_chip;
bool a_temp;
bool a_ichain;
bool a_net;
time_t ialarm_start;
uint16_t ialarm_count;
bool ialarm_buzzer;
bool led_red_enabled;
struct timeval led_red_switch;
bool led_green_enabled;
struct timeval led_green_switch;
bool buzzer_enabled;
struct timeval buzzer_switch;
bool initialised;
};
/* set clock to all chips and exit */
extern bool opt_bf16_set_clock;
/* enable board mining statistics output */
extern bool opt_bf16_stats_enabled;
/* chip clock value */
extern char* opt_bf16_clock;
extern uint8_t bf16_chip_clock;
/* renonce chip clock value */
extern char* opt_bf16_renonce_clock;
extern uint8_t bf16_renonce_chip_clock;
/* renonce configuration */
extern int opt_bf16_renonce;
/* manual PID enabled */
#ifdef MINER_X5
extern bool opt_bf16_manual_pid_enabled;
#endif
#ifdef MINER_X6
extern bool opt_bf16_manual_pid_disabled;
#endif
/* disable automatic power management */
extern bool opt_bf16_power_management_disabled;
/* fan speed */
extern int opt_bf16_fan_speed;
/* target temp */
extern int opt_bf16_target_temp;
/* alarm temp */
extern int opt_bf16_alarm_temp;
/* test chip communication */
extern char* opt_bf16_test_chip;
#endif /* BITFURY16_H */