Topic: [ANN] Bitfury ASIC sales in EU and Europe - page 63. (Read 250482 times)

Chip #          Settings        avg. noncerate  avg. hashrate   Nonces/round    Falses/round    Falses %        SPI errors      MISO errors    
18              AIfDSo          0.765           1.442           373             303             44.82%          0               0              
19              AIfDSo          1.648           1.821           799             102             11.32%          1               0              
20              AIfDSo          1.954           1.994           946             3               0.32%           0               0              
21              AIfDSo          1.737           1.786           842             7               0.82%           0               0              
22              AIfDSo          1.64            1.788           793             3               0.38%           0               0              
23              AIfDSo          1.877           1.95            910             6               0.66%           0               0              
24              AIfDSo          1.989           1.96            964             6               0.62%           0               0              
25              AIfDSo          1.655           1.676           801             5               0.62%           0               0              
26              AIfDSo          1.535           1.629           743             22              2.88%           0               0              
27              AIfDSo          1.659           1.697           803             0               0%              0               0              
28              AIfDSo          1.247           2.079           606             420             40.94%          1               0              
29              AIfDSo          1.852           2.051           898             93              9.38%           0               0              
30              AIfDSo          0.109           0.305           53              41              43.62%          0               0              
31              AIfDSo          1.927           1.903           933             2               0.21%           0               0              
32              AIfDSo          2.014           2.037           977             19              1.91%           0               0              
17              AIfDSo          1.928           1.963           799             3               0.37%           0               0    

Chip #          Settings        avg. noncerate  avg. hashrate   Nonces/round    Falses/round    Falses %        SPI errors      MISO errors    
2               aifdso          0               0               0               0               0%              0               0              
3               AIfDSo          1.449           2.108           297             109             26.85%          0               0              
4               AIfDSo          0.394           1.277           80              112             58.33%          0               0              
5               AIfDSo          1.873           1.858           384             8               2.04%           0               0              
6               AIfDSo          1.958           1.984           401             1               0.25%           0               6              
7               AIfDSo          1.592           1.632           326             7               2.1%            0               4              
8               AIfDSo          1.915           1.721           392             0               0%              0               2              
9               AIfDSo          1.443           1.703           295             2               0.67%           0               0              
10              AIfDSo          1.485           1.441           303             3               0.98%           1               0              
11              AIfDSo          1.744           1.978           357             32              8.23%           0               0              
12              AIfDSo          0.322           0.35            66              3               4.35%           0               0              
13              AIfDSo          1.607           1.847           327             69              17.42%          2               6              
14              Aifdso          1.172           1.256           237             2               0.84%           0               0              
15              aifdso          0               0               0               0               0%              0               0              
16              AIfDSo          0.964           0.918           128             4               3.03%           0               2              
1               AIfDSo          2.123           2.087           286             10              3.38%           0               2      

#!/bin/bash
# Bitfury chainminer logfile consolidation script
# Jlsminingcorp and Isokivi, September 2013
# Version 1.3

# User configurable variables
# $logfile is the path to the bitfury chainminer log file
# $output is the path to the board-data output file that you would like to write to
# $outputdir is the directory to store output in
# $logtime is the time (in minutes) to collect data for
# $numboards is the number of H-boards your the miner
logfile="/run/shm/.stat.log"
output="./boards.log"
outputdir="."
logtime="20"
numboards="2"

# Timestamps
datestamp=$(ls --full-time "$logfile" | awk '{print $6}')
timestamp=$(ls --full-time "$logfile" | awk '{print $7}' | awk -F"." '{print $1}')

# If log file or output files don't exist then take appropriate action
if [ ! -e "$logfile" ]; then
    echo "$(date)"" : ""Logfile does not exist in the specified location"
    echo "$(date)"" : ""Logfile does not exist in the specified location" >> "$output"
    exit 1
fi

if [ ! -e "$output" ]; then
    echo "Date,Time,Board Position,Speed,Noncerate [GH/s],Hashrate [GH/s],Good,Errors,SPI-Errors,Miso-Errors" > "$output"
fi

for (( i=1; i<="$numboards"; i++)); do
    chipout="$outputdir""/chips_board_""$i"
    if [ ! -e "$chipout" ]; then
        echo "Chip stats for board: ""$i" > "$chipout"
        echo "Date,Time,Chip,ProgParams,Speed,Noncerate,Hashrate,Nonces/round,False nonce,SPIerr,MISOerr,Jobs/5min (hash rate),ChipID,CoresOK" >> "$chipout"
    fi
done

echo "Starting to log data"
echo "Time to collect data for: ""$logtime"" minutes"

# During the data collection period (set by $logtime) parse data from the logfile to the output files
let countdown="$logtime"*"60"
while [ "$countdown" -ge "0" ]; do

    # If timestamp in the log file is the same as the timestamp on the last entry in the output file then sleep for a while
    # Should make sure that we're somewhere in the middle of the 5 minute chainminer logging period
    # Could use "while" here, but risk getting stuck in a never-ending loop if log file is not being updated
    prevtimestamp=$(tail -n 1 "$output" | awk -F"," '{print $2}')
    if [ "$timestamp" == "$prevtimestamp" ]; then
        echo "Chainminer log file not yet updated. Will now sleep for a short while."
        echo "Chainminer log file not yet updated. Will now sleep for a short while." >> "$output"
        sleep 60
        timestamp=$(ls --full-time "$logfile" | awk '{print $7}' | awk -F"." '{print $1}')
    fi

    # Strip board data out of the chainminer log file and copy to the output file
    IFS=$'\r\n' datalines=($(grep -A "$numboards" record "$logfile" | tail -n "$numboards" ))
    for i in "${datalines[@]}"; do
        echo -ne "$datestamp","$timestamp", >> "$output"
        echo "$i" | tr ":" " " | awk '{$1=$1}1' OFS="," >> "$output"
    done

    # Strip chip data out of the chainminer log file and copy to chip output files (one for each H-board)
    for (( i=1; i<="$numboards"; i++)); do
        chipout="$outputdir""/chips_board_""$i"
        let startline="$i"*"16"-"15"
        let endline="$i"*"16"
        while read line; do
            echo -ne "$datestamp","$timestamp", >> "$chipout"
            echo "$line" | awk '{for (i=1; i<=12; i++) printf("%s%s", $(i), i<12 ? OFS="," : "\n"); }'  >> "$chipout"
        done < <(awk 'NR==v1,NR==v2' v1="${startline}" v2="${endline}" "$logfile")
    done

    echo "Time remaining: ""$countdown"" seconds"
    if [ "$countdown" -gt "0" ]; then
        sleep 300
    fi
    let countdown="$countdown"-"300"
    timestamp=$(ls --full-time "$logfile" | awk '{print $7}' | awk -F"." '{print $1}')

done

echo "Finished logging data"
exit 0

#!/bin/bash
# Bitfury chainminer logfile consolidation script
# Jlsminingcorp and Isokivi, September 2013
# Version 1.3

# User configurable variables
# $logfile is the path to the bitfury chainminer log file
# $output is the path to the board-data output file that you would like to write to
# $outputdir is the directory to store output in
# $logtime is the time (in minutes) to collect data for
# $numboards is the number of H-boards your the miner
logfile="/run/shm/.stat.log"
output="./boards.log"
outputdir="."
logtime="20"
numboards="2"

# Timestamps
datestamp=$(ls --full-time "$logfile" | awk '{print $6}')
timestamp=$(ls --full-time "$logfile" | awk '{print $7}' | awk -F"." '{print $1}')

# If log file or output files don't exist then take appropriate action
if [ ! -e "$logfile" ]; then
    echo "$(date)"" : ""Logfile does not exist in the specified location"
    echo "$(date)"" : ""Logfile does not exist in the specified location" >> "$output"
    exit 1
fi

if [ ! -e "$output" ]; then
    echo "Date,Time,Board Position,Speed,Noncerate [GH/s],Hashrate [GH/s],Good,Errors,SPI-Errors,Miso-Errors" > "$output"
fi

for (( i=1; i<="$numboards"; i++)); do
    chipout="$outputdir""/chips_board_""$i"
    if [ ! -e "$chipout" ]; then
        echo "Chip stats for board: ""$i" > "$chipout"
        echo "Date,Time,Chip,ProgParams,Speed,Noncerate,Hashrate,Nonces/round,False nonce,SPIerr,MISOerr,Jobs/5min (hash rate),ChipID,CoresOK" >> "$chipout"
    fi
done

echo "Starting to log data"
echo "Time to collect data for: ""$logtime"" minutes"

# During the data collection period (set by $logtime) parse data from the logfile to the output files
let countdown="$logtime"*"60"
while [ "$countdown" -ge "0" ]; do

    # If timestamp in the log file is the same as the timestamp on the last entry in the output file then sleep for a while
    # Should make sure that we're somewhere in the middle of the 5 minute chainminer logging period
    # Could use "while" here, but risk getting stuck in a never-ending loop if log file is not being updated
    prevtimestamp=$(tail -n 1 "$output" | awk -F"," '{print $2}')
    if [ "$timestamp" == "$prevtimestamp" ]; then
        echo "Chainminer log file not yet updated. Will now sleep for a short while."
        echo "Chainminer log file not yet updated. Will now sleep for a short while." >> "$output"
        sleep 60
        timestamp=$(ls --full-time "$logfile" | awk '{print $7}' | awk -F"." '{print $1}')
    fi

    # Strip board data out of the chainminer log file and copy to the output file
    IFS=$'\r\n' datalines=($(grep -A "$numboards" record "$logfile" | tail -n "$numboards" ))
    for i in "${datalines[@]}"; do
        echo -ne "$datestamp","$timestamp", >> "$output"
        echo "$i" | tr ":" " " | awk '{$1=$1}1' OFS="," >> "$output"
    done

    # Strip chip data out of the chainminer log file and copy to chip output files (one for each H-board)
    for (( i=1; i<="$numboards"; i++)); do
        chipout="$outputdir""/chips_board_""$i"
        let startline="$i"*"16"-"15"
        let endline="$i"*"16"
        while read line; do
            echo -ne "$datestamp","$timestamp", >> "$chipout"
            echo "$line" | awk '{for (i=1; i<=12; i++) printf("%s%s", $(i), i<12 ? OFS="," : "\n"); }'  >> "$chipout"
        done < <(awk 'NR==v1,NR==v2' v1="${startline}" v2="${endline}" "$logfile")
    done

    echo "Time remaining: ""$countdown"" seconds"
    if [ "$countdown" -gt "0" ]; then
        sleep 300
    fi
    let countdown="$countdown"-"300"
    timestamp=$(ls --full-time "$logfile" | awk '{print $7}' | awk -F"." '{print $1}')

done

echo "Finished logging data"
exit 0