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--------------------------------------- How to Build --------------------------------------- - download and install RaspberryPi Toolchain: http://gnutoolchains.com/raspberry/ - download and install GNU ARM Embedded Toolchain: https://developer.arm.com/open-source/gnu-toolchain/gnu-rm/downloads - build OrangePi binary file: cd sm-miner-master make -j8 - build STM binary file: cd sm-miner-slave make -j8 - download and install ST-LINK Utility: http://www.st.com/en/embedded-software/stsw-link004.html - flash STM on MotherBoard: st-link_cli.exe -c SWD -Q -P sm-miner-slave.bin 0x08000000 -Rst --------------------------------------- How to Run --------------------------------------- ./sm-miner-master -psu_v 48 -osc 50 -log_chip_stat --------------------------------------- Explaining CLI --------------------------------------- Usage (expected arguments): usage: -help Display this screen (command line usage) pool: -host <hostname> Set pool hostname (default: [stratum.slushpool.com]) -port <port> Set pool port (default: [3333]) -user <username> Set pool username (default: [swtest.def1024]) -pswd <password> Set pool password (default: [1]) -exit_on_errors Exit if pool rejects our shares -connect_attempts <n> Exit if cannot connect after <n> attempts (default: 1000000) -auth_t <n> Authorization timeout in seconds (default: 45) -subscribe_t <n> Subscription timeout in seconds (default: 45) -start_diff <n> Initial pool difficulty (default: 1024) psu: -no_psu <x> No PSU (external power): do not wait for power ack -psu_fan_user PSU FAN: user speed control -psu_fan PSU FAN: speed in percents (default: 100%) -psu_v <v> PSU: full power voltage (default: 42.0V) -psu_min_v <v> PSU: minimal voltage (default: 42.0V) -psu_t <sec> PSU: on/off delay per unit (default: 5 sec) -psu_start_v <v> PSU: initial voltage (default: 44.0V) -psu_start_t <sec> PSU: initial voltage hold time (default: 1 sec) -psu_dv <vp> <vn> PSU: inc/dec voltage per second (default: 0.1/0.5 V) -psu_max_i <i> <di> PSU: current limit thresholds (default: 70.0 +/- 5.0 A) psu log: -pl_on <n> PSU log: turn on(1)/off(0) logging (default: 1) -pl_all <n> PSU log: log all messages (default: 0) -pl_depth <n> PSU log: msgs to log before and after event (default: 20) -pl_dev <k> PSU log: deviation from prev status (default: 0.10) -pl_vi_min <V> PSU log: V in min (default: 200.0V) -pl_vi_max <V> PSU log: V in max (default: 260.0V) -pl_vo_min <V> PSU log: V out min (default: 40.0V) -pl_vo_max <V> PSU log: V out max (default: 60.0V) -pl_io_min <A> PSU log: I out min (default: 40.0A) -pl_io_max <A> PSU log: I out max (default: 60.0A) grid/env: -mb_hw_ver <dm> Use mb hw ver: 0xff-auto, 0xf-6 boards, 0x1-24 boards (default: 255) -slave_mask <bin> Set slave mask (default: 11111111111111111111111111111111) -board_mask <bin> Set board mask (type A + B) (default: 11111111111100000000000000000000) -board_mask_b <bin> Set board mask (type B) (default: 00000000000000000000000000000000) -slave_spi_drv <dm> Master SPI: drv mode 0-hw, 1-sw, 2-auto (default: 2) -slave_spi_speed <n> Master SPI: speed in Hz (default: 2000000) -ms_spi_debug Master-Slave SPI debug mode -psu_v <x> Set PSU voltage (default: 42.0) -fan_v <x> Set FAN voltage (default: 12.0) stats export/events: -alive_event_dt <n> Report miner-alive event each <n> seconds (default: 3600) pwc config: -spi_t_rst <t0> SPI timing rst in MCU clycles (default: 2) -spi_t_tx <t0/t1/t2> SPI timing tx time in MCU clycles (default: 2/2/4) -spi_t_rx <t0/t1> SPI timing rx time in MCU clycles (default: 10/30) -spi_reset <cycles> SPI chip reset cycles (default: 512) -pwc_clock_cfg <n> PWC cpu clock cfg (default: 32) cfg/MHz: 0/82, 32/136, 40/165, 42/172 chip: -osc <n> OSC: static oscillator register (default: 0) -jt <n> OSC: base job time in ms (default: 100) -ao_mode <n> Auto OSC: mode: 0 - static, 1 - rough osc (default: 0) -ro_osc_min <n> Rough OSC: min osc (default: 46) -ro_osc_max <n> Rough OSC: max osc (default: 52) -ro_eff_z0 <n> Rough OSC: zone 0 efficiency level (to dec osc) (default: 50) -ro_eff_z1 <n> Rough OSC: zone 1 efficiency level (to inc osc) (default: 98) -ro_deltas_dec <n> Rough OSC: deltas to stay at zone to dec osc (default: 2) -ro_deltas_inc <n> Rough OSC: deltas to stay at zone to inc osc (default: 5) slave mcu: -mcu_log_chip_stat MCU serial: log chip stats -mcu_log_stratum MCU serial: log stratum -mcu_log_spi <spi> <seq> MCU serial: log spi data from chip -slave_log_adc Log all ADC periodically -slave_test_pwr_sw Turn on/off power switch periodically pwc: -pwc_btc_ser_cfg <n> BTC serial config (default: 0x00100011) board: -brd_ocp <n> Over Current Protection: max current per power line (default: 0x60) -brd_pwr_off <n> Turn OFF board power (0 based sequence) -brd_pwr_off_all Turn OFF all boards power board user spec: -user_slot_mask <bin> User slot mask (example: 101) -user_brd_rev <n> User board: revision id -user_brd_if_found User board: apply config if board detected -user_brd_spi_num <n> User board: num of spi -user_brd_spi_len <n> User board: len of spi -user_brd_spi_mask <bin> User board: spi lines mask (example: 101) -user_brd_pwr_num <n> User board: num of power lines -user_brd_pwr_len <n> User board: len of power lines -user_brd_btc_num <n> User board: num of btc per power chip -user_brd_btc_mask <bin> User board: btc lines mask (example: 01111110) board pwr switch monitoring: -ps_oh_curr <amp> Low current threshold (0-no cooling) (default: 1000 ma) -ps_oh_t <sec> Low current period (default: 20 sec) -ps_temp_lo <C> Lo temp threshold to allow power ON (default: 60C) -ps_temp_hi <C> Hi temp threshold to power OFF (default: 90C) other: -polling_delay <ms> Polling delay in milliseconds (default: 2) statistics: -log_delay <sec> Logging delay in seconds (default: 10) -log_chip_stat Log chip statistics logging: -trace Enable trace level logging -trace_stratum Dump stratum protocol communication -log_slave <level> Dump slave mcu protocol communication test modes: -test Server test mode -test_cb Chip Board test mode -test_mb Mother Board flashing / test mode -test_fb Fan Board flashing / test mode slave test config: -test_btc_t <ms> Test: btc test time (default: 3000 ms) -test_fan_dt <ms> Test: delay between pwr setup and measurements (default: 500 ms) test options: -test_num <n> Test: number of test iterations (default: 3) -test_t <sec> Test: time in seconds (default: 60 sec) -test_cooling_t <sec> Test: timeout to cool boards (default: 10 sec) -test_fan_wait_i <a> Test: wait fan current before test (default: 3.0 A) -test_mb_hw_ver <n> Test MB: hw ver (default: 0xf) -test_slave_hw_ver <n> Test NB: slave hw ver (default: 0xe) -test_brd_rev <n> Test BRD: expected revision (default: 26) -test_temp_min <n> Test BRD: min temperature (default: 20) -test_temp_max <n> Test BRD: max temperature (default: 40) -test_no_hs Test BRD: missing heatsink -test_no_hs_n_max <n> Test BRD: max number of heatsink err pin transitions (default: 0) -test_hs_n_min <n> Test BRD: min number of heatsink err pin transitions (default: 10) -test_volt_min <n> Test BRD: min voltage (default: 42000) -test_volt_max <n> Test BRD: max voltage (default: 45000) -test_curr_min <n> Test BRD: min current (default: 7000) -test_curr_max <n> Test BRD: max current (default: 11000) -test_volt2_min <n> Test BRD: min voltage (default: 42000) -test_volt2_max <n> Test BRD: max voltage (default: 45000) -test_curr2_min <n> Test BRD: min current (default: 6000) -test_curr2_max <n> Test BRD: max current (default: 9000) -test_ocp_min <n> Test BRD: min ocp off (default: 0x0a) -test_ocp_max <n> Test BRD: max ocp off (default: 0x15) -tm_btc_no_sol <n> Test BTC: max no solutions chips (default: 5) -tm_btc_no_js <n> Test BTC: max no job switch chips (default: 0) -tm_btc_no_resp <n> Test BTC: max no response chips (default: 0) -test_warn <0|1> Test: print warnings fan test config: -test_fan_on_v_dev <k> Fan test: fan on, max voltage deviation get/cfg (default: 0.20) -test_fan_on_i_min <a> Fan test: fan on, min current (default: 3.0 A) -test_fan_on_i_max <a> Fan test: fan on, max current (default: 7.0 A) special: -no_mcu_reset Disable MCU reset on start-up log levels: 0 - NONE, 1 - INFO, 2 - DEBUG, 3 - TRACE Board revisions table: Rev ADC Rev SPI (mask) PWR BTC (mask) Volt Flags adcKu adcKi Human Name 940 - 1040 40 1 x 12 (0x1) 1 x 12 8 (0xff) 48 0x09 16.00 10.00 48V 1L12x8 v1 500 - 560 41 1 x 12 (0x1) 1 x 12 8 (0xff) 48 0x39 16.00 10.00 48V 1L12x8 v2 125 - 145 45 1 x 1 (0x1) 1 x 1 1 (0x1) 4 0x39 8.00 8.00 4V 1L1x1 TST --------------------------------------- Explaining Output --------------------------------------- *** CHIPS STAT TOTAL (30 sec): BRD SPI CHIP OSC READ SOL ERR E/S SPEED EFF REJ TST OK R/J HWE SE JSE JN JT SPEED CR 5 0 0/0 | 0 672 | 165 14 8% 23.62 GHs 96% | 0 14 0 0% 0 | 0 2 | 172 145 24.53 GHs 0 5 0 0/1 | 0 659 | 168 10 6% 24.05 GHs 96% | 0 10 0 0% 0 | 0 1 | 175 142 24.96 GHs 0 BTC chip stat conatins information for each BTC chip. Table has following columns: BRD board id starting from 0 SPI always 0 CHIP pwc id / btc id OSC curent OSC set READ num of polling iterations while BTC chip switches task SOL num of correct solutions with diff 1 ERR num of errors E/S error rate (err / (err + sol)) SPEED speed by sol: chip speed based on solution rate EFF efficiency: speed by sol / speed by job REJ num of shares rejected for recovery due to luck of computing resources TST num of shares processed in recovery module OK num of recovedred shares R/J recovery rate: num of recovery / num of jobs HWE hw errors: num of errors in recovery module (for debug only, should be zero) SE num of errors on serial line between PWC and BTC chips JSE num of errors in task switch sequence JN num of processed jobs JT job time in ms SPEED speed by job: chip speed based on job rate CR num of chip restarts (for debug only, not applicable) *** POWER CHIP STAT: BRD PWC F T CFG BF CNST UNQ TOTAL UNIQUE STAT LOAD SHIFT TIME CPU SS SD 5 0/ 0 | 1 255 1 | 142 142 142 142 0x8125667f | 141 142 0 25 138 MHz | 6 0 5 0/ 1 | 1 255 1 | 142 142 142 142 0xd7aad973 | 141 142 0 25 139 MHz | 5 0 PWC chip stat conatins information for each PWC chip. Table has following columns: BRD board id starting from 0 PWC spi id (always zero) / pwc id F is chip found (got response during initial setup) T memory test result CFG is config loaded BF num of successefull reads of vendor id register CNST num of successefull reads of constant memory cell UNQ num of successefull reads of unused memory cell TOTAL num of reads of above registers / memory cells UNIQUE value of unused memory cell on start up STAT num of successefull loads of stats LOAD num of attempts to load stats SHIFT num of pwc id mismatch during loading stats TIME pwc uptime in sec CPU pwc core clock SS shares sent SD shares droped *** BOARDS SYS INFO (1 boards, 96 chips): BRD FOUND REV SPI PWR CHIPS OhN OhT loI T, C TA RevADC OCP HE U, mV I, mA P, Wt 5 1 BREV:40 1x12 1x12x8 96 0 0 0 31 90( 0) 987 0x60 0 (0) 44448 I0: 6190 275 BRD board id starting from 0 FOUND is board found during initial setup REV board revision id SPI spi configuration (1x12 - 1 spi with 12 pwc) PWR spi configuration (1x12x8 - 1 power line with 12 pwc with 8 btc per each pwc) CHIPS num of btc chips per board OhN number of overheats: num of board power off due to hi temperature OhT overheats time: num of seconds spent to cool board loI low current: num of board power restarts due to low current T, C board temperature TA tmp75 alert register value / num of writes to register RevADC board rev in adc OCP over current protection HE heatsink error / num of 0-1 transitions U, mV board voltage I, mA board current P, Wt board power *** BOARDS STAT TOTAL (30 secs, 1 boards, 96 chips): BRD SOL ERR bySol E/S JOBS CR W/GHs EPWC 5 15676 960 2244 GH/s 6% 16670 4 0.123 0 BRD board id starting from 0 SOL num of solutions ERR num of errors bySol board speed by solutions E/S error rate JOBS number of processed jobs CR number of chip restarts W/GHs current board power divided by speed EPWC number of error pwc (no reponse from pwc) *** MASTER STATS PER INTERVAL: INTERVAL sec bySol byDiff byPool byJobs CHIP GHs W/GHs SOL ERR ERR(%) CR 30 sec 10s 2752.7 2935.2 3155.1 2935.0 28.67 0.106 6409 359 5.3% 0 5 min 30s 2244.3 2151.2 2151.2 2377.7 23.38 0.129 15676 960 5.8% 4 15 min 30s 2244.3 2151.2 2151.2 2377.7 23.38 0.129 15676 960 5.8% 4 1 hour 30s 2244.3 2151.2 2151.2 2377.7 23.38 0.129 15676 960 5.8% 4 total 30s 2244.3 2151.2 2151.2 2377.7 23.38 0.129 15676 960 5.8% 4 INTERVAL interval human name sec actual interval size bySol speed by solutions byDiff speed by difficulty (shares filtered out by pool diff) byPool speed by pool (shares accepted by pool) byJobs speed by jobs CHIP GHs avg BTC chip speed W/GHs current power divided by speed SOL num of solutions ERR num of errors ERR(%) error rate CR number of chip restarts *** MASTER STATS: Date: 2017-06-11 02:10:32, UpTime: 30 secs, mbHwVer: 0x1, osc: 0 Found boards: 1 Broken SPI: 0 *** POOL STATS: Pool: host:port: stratum.slushpool.com:3333, user: swtest.def1024, diff: 1369 extraNonce1: 0265080048fdb1, extraNonce2Size: 4, jobs: 1 INTERVAL sec JOBS clean SHARES ok err POOL sol loss INSERVICE % 30 sec 10s 1 1 18 20 0 7346 0.0% 10s 100.0% 5 min 30s 2 2 50 50 0 15026 0.0% 30s 98.6% 15 min 30s 2 2 50 50 0 15026 0.0% 30s 98.6% 1 hour 30s 2 2 50 50 0 15026 0.0% 30s 98.6% total 30s 2 2 50 50 0 15026 0.0% 30s 98.6% INTERVAL interval human name sec actual interval size JOBS num of stratum jobs from pool clean num of stratum jobs from pool with clean flag SHARES num of shares sent to pool ok num of shares accepted by pool err num of shares rejected by pool POOL sol sum of all shares diff sent to pool loss loss of shares due to pool rejects INSERVICE period while miner is connected to pool % percent of uptime while miner is connected to pool *** EVENT STATS: Legend: SE - subbsribe error (initialising issue) DIFF - diff changes, REC - reconnects, RECE - reconnects on error SHARES - sent to pool, PSS - pwc shares sent, PSD - pwc shares dropped DJS - default job shares, SJS - stale job shares, DUP - duplicates, LDS - low diff shares INTERVAL sec SE DIFF REC RECE SHARES PSS PSD DJS SJS DUP LDS 30 sec 10s 0 1 0 0 18 18 0 0 0 0 0 5 min 30s 0 2 0 0 50 50 0 0 0 0 0 15 min 30s 0 2 0 0 50 50 0 0 0 0 0 1 hour 30s 0 2 0 0 50 50 0 0 0 0 0 total 30s 0 2 0 0 50 50 0 0 0 0 0 *** SYSTEM STATS: PSU Serial Part Version Date Desc 1 0000164071006218 241119.105 3.4 2016-10-11 FLATPACK2 48/3000 HE 0 0000000000000000 0000-00-00 PSU Serial State Time Set,V U,V I,A P,Wt Uin,V Tin Tout LED UpTime FSR FS Status Rx Alarm 1 0000164071006218 FULL_PWER 25 42.0 44.0 6.6 290.5 212.0 34 40 G-- 0 20 34 Normal 27 0 0000000000000000 FULL_PWER 25 42.0 0.0 0.0 0.0 0.0 0 0 --- 0 0 0 Error 0 PSU psu id Serial psu serial number State power state (power on, power off, etc.) Time num of sec in current power state Set,V set psu voltage U,V output voltage I,A output current P,Wt output power (U*I) Uin,V input voltage Tin input air temperature Tout output air temperature LED leds state (green/yellow/red) UpTime psu up time (for debug purpose) FSR speed of fan set by software (in percent of 20000 RPM) FS actual fan speed (in percent of 20000 RPM) Status psu status Rx num of status messages received from psu Alarm alarm errors if present FAN INFO: SetU | GetU GetI 11.980V | 11.977V 0.855A POWER INFO: Set Voltage: 42.0 V U, V I, A P, kW W/GHs PSU 44.0 6.6 0.29 0.129 Board 44.4 6.2 0.28 0.123 Temp(C) (min/avr/max): 31 / 31 / 31 *** MASTER-SLAVE SPI BUS STATS: SLAVE UID VER TIME PING M=>S rx err % S=>M rx err % SS SD 0 24004B001151343034323933 0x08160100 30 328 499 267 0 0.0% 267 267 0 0.0% 50 0 Total packets: 499 in 28717 ms, speed: 17.38 packets/sec
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