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#!/bin/bash
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# Ethermine.org stats and power cost calculations script
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#
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# v0.1 	proof of concept
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# v0.2 	adds time to next Ether calculation with human-friendly timeframe and datestamps
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#      	adds number padding to prettify output and permit later addition of multiple currencies
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#      	reordered output for aesthetic reasons; tabbed data first
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#	adds separate padding function for fiat currencies; work to two decimal places
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# v0.3	brings energy cost calcs into a function, avoids dependence on a separate script
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#	- despite the variable names, this supports any input currency known to fixer.io
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#	- simplified function to avoid needing external commands to extract data from it
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#	- adds power reporting in kWh, not just USD power cost
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# v0.4	improves multi-currency support
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#	- fetch a currency conversion rate for power costs only if currency != USD
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#	- fetch currency conversion data once per script run, not recursively within functions
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#	- add functions to return a conversion from USD to local currency and vice versa
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#	- add conversion of gross returns to local currency in which power cost is given
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#	- show the conversion rate from local to USD alongside
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#	- add reporting of power costs in local currency before USD conversion
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#	- add conversion of net returns to local currency
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#	- tested with USD, GBP, CAD, AUD, EUR, others probably work
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# v0.5	improves relevance of output in light of multi-currency support
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#	- suppress redundant output where currency = USD, use local currency when relevant
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#	- show currency conversion workings alongside returns in local currency
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#	- suppress redundant output where currency != USD and workings shown alongside
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#	- suppress 4 lines of output for power costs in non-local currency
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#	- suppress 4 lines of output for power costs in kWh; workings alongside fiat costs
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#	- process work data from last 100 rounds for average hashrate
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#	- tidy up the output
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# v0.6	- if we have a /tmp/wattage file, let it override the command line variable. This
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# 	allows us to vary the specified wattage on the fly once the script is running e.g.
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#	when running in screen, basically to set wattage in line with variable rig usage
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#	or clock speeds.
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#	- add calculation for watts per MH/s
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#	- add more explanatory notes as to data sources; add long padding function
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# v0.7	Fixed average hash rate to use the 24h average from the pool rather than data from
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#	the last 100 rounds. Oops. Tidied up formatting a bit, prettified. Still no worker
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#	data as yet; this is pitched at global statistics so far.
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#	- suppress redundant currency conversions in power costs
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#	- add net estimate calculations for ETH and BTC values alongside gross estimates
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# v0.8	Adds support for output equivalents in altcoin using the ShapeShift HTTP API. The
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#	initial implementation adds an ETH-DASH conversion for comparison with X11 mining.
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#	- change description to "exchange" where a third-party exchange rate is involved
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#	- add exchange rate for BTC from Shapeshift.io; see how far it deviates from pool
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#	- add exchange rate for XMR from Shapeshift.io, because we can
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#	- support addresses with or without a leading 0x
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#	- add some help text, trigger it on improper or inadequate input
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#	- removed surplus blank lines
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version="0.8";
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watts=$2;
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[ -r /tmp/wattage ] && watts=`cat /tmp/wattage`;
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function help {
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 echo "";
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 echo "Usage: ./ethermine_stats <address> <total_wattage> <cost_per_kwh> <currency_code>";
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 echo "";
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 echo "where";
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 echo "";
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 echo "<address>		your miner address as used at the pool";
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 echo "<total_wattage>		power consumption in watts of the mining rigs on this address";
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 echo "<cost_per_kwh>		as a decimal price per kWh, such as 0.10629 or whatever";
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 echo "<currency_code>		your local currency: USD, GBP, EUR, CAD, AUD etc.";
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 echo "";
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 echo "You can use expressions for cost_per_kWh, such as 0.10629*1.05*0.98, if for instance";
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 echo "you have a base cost per kWh on which you pay 5% VAT but get 2% cashback on the total";
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 echo "amount (as happens to apply to the author). Examples:";
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 echo ""
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 echo "./ethermine_stats 0xc91B3f6a889a9963c7eaE2d5BD5Ca88a6Ae2d2EA 506 0.10629*1.05*0.98 GBP"
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 echo "";
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 echo "./ethermine_stats 0xc91B3f6a889a9963c7eaE2d5BD5Ca88a6Ae2d2EA 500 0.12 USD"
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 echo "";
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 echo "./ethermine_stats 0xc91B3f6a889a9963c7eaE2d5BD5Ca88a6Ae2d2EA 500 0.14 EUR"
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 echo "";
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 echo "The intention is that this script will typically be run at regular intervals, such as";
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 echo "with 'watch -n60 ./ethermine_stats [args]' and that it should remain compatible with";
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 echo "such use as part of a 'screen' session running ethminer and a host of other scripts.";
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 echo ""
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 echo "For the same reason, output is sized to fit in one page of a 140-character (or more)"
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 echo "terminal window. More functionality is planned, including per-worker statistics, use"
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 echo "of payouts data and potentially interfaces to other third-party services, but these"
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 echo "will most likely be implemented as separate functions to the main statistics page."
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}
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function lineohash {
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for ((i=0;i<139;i++)); do echo -n "#"; done; echo "#";
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}
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function lineodash {
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for ((i=0;i<139;i++)); do echo -n "-"; done; echo "-";
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}
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lineodash
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echo "ethermine.org pool, power and profitability statistics for Linux, version $version (`date`)"
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lineodash
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[[ "$4" == "" ]] && help && exit 0;
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[[ "$3" == "" ]] && help && exit 0;
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[[ "$2" == "" ]] && help && exit 0;
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[[ "$1" == "" ]] && help && exit 0;
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function energycosts {
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	WATTS=$1
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	PERKWH=$2
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	CUR=$3
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	VAR=$4
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	GBPKWH="`bc <<< "scale=6; x=$PERKWH; if(x<1) print 0; x"`";
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	[[ "$CUR" == "USD" ]] && GBPTOUSD="1.0" || GBPTOUSD=$(loc2usd 1);
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	USDKWH="`bc <<< "scale=6; x=$PERKWH*$GBPTOUSD; if(x<1) print 0; x"`";
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	KWHDAY="`/usr/bin/bc <<< "scale=3; x=$WATTS*24/1000; if(x<1) print 0; x"`";
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	USDDAY="`/usr/bin/bc <<< "scale=2; x=$KWHDAY*$USDKWH/1; if(x<1) print 0; x"`";
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	GBPDAY="`/usr/bin/bc <<< "scale=2; x=$KWHDAY*$GBPKWH/1; if(x<1) print 0; x"`";
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	KWHWEEK="`/usr/bin/bc <<< "scale=3; x=$WATTS*24*7/1000; if(x<1) print 0; x"`";
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	USDWEEK="`/usr/bin/bc <<< "scale=2; x=$KWHDAY*$USDKWH*7/1; if(x<1) print 0; x"`";
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	GBPWEEK="`/usr/bin/bc <<< "scale=2; x=$KWHDAY*$GBPKWH*7/1; if(x<1) print 0; x"`";
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	KWHYEAR="`/usr/bin/bc <<< "scale=3; x=$KWHDAY*365.25; if(x<1) print 0; x"`";
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	USDYEAR="`/usr/bin/bc <<< "scale=2; x=$USDDAY*365.25; if(x<1) print 0; x"`";
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	GBPYEAR="`/usr/bin/bc <<< "scale=2; x=$GBPDAY*365.25; if(x<1) print 0; x"`";
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	KWHMO="`/usr/bin/bc <<< "scale=3; x=$KWHYEAR/12; if(x<1) print 0; x"`";
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	USDMO="`/usr/bin/bc <<< "scale=2; x=$USDYEAR/12; if(x<1) print 0; x"`";
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	GBPMO="`/usr/bin/bc <<< "scale=2; x=$GBPYEAR/12; if(x<1) print 0; x"`";
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case "$5" in
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	"$CUR")
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	[[ "$4" == "day" ]] && echo $GBPDAY;
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	[[ "$4" == "week" ]] && echo $GBPWEEK;
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	[[ "$4" == "month" ]] && echo $GBPMO;
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	[[ "$4" == "year" ]] && echo $GBPYEAR;
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	;;
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	"kWh")
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	[[ "$4" == "day" ]] && echo $KWHDAY;
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	[[ "$4" == "week" ]] && echo $KWHWEEK;
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	[[ "$4" == "month" ]] && echo $KWHMO;
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	[[ "$4" == "year" ]] && echo $KWHYEAR;
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	;;
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	*)
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	[[ "$4" == "day" ]] && echo $USDDAY;
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	[[ "$4" == "week" ]] && echo $USDWEEK;
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	[[ "$4" == "month" ]] && echo $USDMO;
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	[[ "$4" == "year" ]] && echo $USDYEAR;
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	;;
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esac
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}
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function pad {
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 	out="`echo $1 | sed -e :a -e 's/^.\{1,13\}$/& /;ta'`";
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	echo "$out";
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}
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function p {
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 	out="`echo $1 | sed -e :a -e 's/^.\{1,12\}$/& /;ta'`";
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	echo "$out";
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}
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function pl {
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 	out="`echo $1 | sed -e :a -e 's/^.\{1,27\}$/& /;ta'`";
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	echo "$out";
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}
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function padf {
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	#Version for fiat currency, work to two decimal places
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 	out="`printf %.2f $(echo $1 | bc -l) | sed -e :a -e 's/^.\{1,13\}$/& /;ta'`";
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	echo "$out";
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}
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function truncf {
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	#Version for fiat currency, work to two decimal places
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 	out="`printf %.2f $(echo $1 | bc -l)`";
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	echo "$out";
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}
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case $4 in
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	"USD")
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	LOC2USD=1;
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	USD2LOC=1;
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	;;
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	*)
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	LOC2USD=`wget -q -O- "http://api.fixer.io/latest?base=$4&symbols=USD" | jq .rates.USD`
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	USD2LOC=`wget -q -O- "http://api.fixer.io/latest?base=USD&symbols=$4" | jq .rates.$4`
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	;;
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esac
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function loc2usd {
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	usd=`bc <<< "scale=8; x=$1*$LOC2USD; if(x<1) print 0; x"`;
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	echo $usd;
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}
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function usd2loc {
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	loc=`bc <<< "scale=8; x=$1*$USD2LOC; if(x<1) print 0; x"`;
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	echo $loc;
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}
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ETH2DASH=`wget -q -O- https://shapeshift.io/marketinfo/eth_dash | jq .rate`;
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ETH2BTC=`wget -q -O- https://shapeshift.io/marketinfo/eth_btc | jq .rate`;
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ETH2XMR=`wget -q -O- https://shapeshift.io/marketinfo/eth_xmr | jq .rate`;
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function eth2alt {
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	amount=$1;
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	dest=$2;
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	[[ "$dest" == "DASH" ]] && rate="$ETH2DASH";
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	[[ "$dest" == "BTC" ]] && rate="$ETH2BTC";
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	[[ "$dest" == "XMR" ]] && rate="$ETH2XMR";
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	alt=`bc <<< "scale=8; x=$amount*$rate; if(x<1) print 0; x"`;
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	echo $alt;
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}
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address="`echo $1 | sed -e 's/0x//g'`";
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w=$2
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perkwh=`bc <<< "scale=8; x=$3; if(x<1) print 0; x"`
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cur=$4
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json="`wget -q -O - http://ethermine.org/api/miner_new/$address`";
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hashrate=`echo "$json" | jq .hashRate | sed -e s/\"//g | awk {'print $1'}`;
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hashrate0=$(bc <<< "scale=2; x=$hashrate; x");
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avghashrate=`echo "$json" | jq .avgHashrate | sed -e s/\"//g | awk {'print $1'}`;
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avghashrate0=$(bc <<< "scale=1; x=$avghashrate/1000000; x");
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padhashrate=$(pad $hashrate);
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#workdata="`echo "$json" | jq .rounds | grep work | egrep -o [0-9]+`"
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#x=0;
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##echo "$workdata" | while read v; do x=$(($x + $v)); done;
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#for v in `echo $workdata`; do x=$(($x + $v)); done;
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#avghash=`bc <<< "scale=1; x=$x/100; x"`;
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epm=`echo "$json" | jq .ethPerMin`;
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bpm=`echo "$json" | jq .btcPerMin`;
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upm=`echo "$json" | jq .usdPerMin`;
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bpm=`echo "${bpm}" | sed -e 's/[eE]+*/\\*10\\^/'`
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unpaidf=`echo "$json" | jq .unpaid`;
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unpaid=$(pad `bc <<< "scale=8; x=$unpaidf/1000000000000000000; if(x<1) print 0; x"`);
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tomine=`bc <<< "scale=8; x=1-$unpaid; if(x<1) print 0; x"`;
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minstomine=`bc <<< "scale=0; x=$tomine/$epm; if(x<1) print 0; x"`;
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hourstomine=`bc <<< "scale=0; x=$minstomine/60; if(x<1) print 0; x"`;
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daystomine=`bc <<< "scale=0; x=$minstomine/60/24; x"`;
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timeframe="";
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[[ "$daystomine" -gt "0" ]] && timeframe="$daystomine days";
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[[ "$daystomine" -eq "0" ]] && [[ "$hourstomine" -gt "0" ]] && timeframe="$hourstomine hours";
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[[ "$daystomine" -eq "0" ]] && [[ "$hourstomine" -eq "0" ]] && timeframe="$minstomin minutes.";
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[[ "$daystomine" -gt 0 ]] && remainderhours="`bc <<< "scale=0; x=$hourstomine-($daystomine*24); x"`" && timeframe="$timeframe, $remainderhours hours";
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[[ "$hourstomine" -gt 0 ]] && remainder="`bc <<< "scale=0; x=$minstomine-($hourstomine*60); x"`" && timeframe="$timeframe, $remainder minutes";
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timestampnow="`date +%s`";
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timestampnext="`bc <<< "scale=0; x=$timestampnow+($minstomine*60); x"`";
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timestamp="`date -d "@$timestampnext"`";
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eph=`bc <<< "scale=2; x=$epm*60/1; if(x<1) print 0; x"`;
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epd=`bc <<< "scale=8; x=$epm*60*24/1; if(x<1) print 0; x"`;
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epw=`bc <<< "scale=8; x=$epm*60*24*7/1; if(x<1) print 0; x"`;
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epy=`bc <<< "scale=8; x=$epm*60*24*365.25/1; if(x<1) print 0; x"`;
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epmo=`bc <<< "scale=8; x=$epy/12; if(x<1) print 0; x"`;
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uph=`bc <<< "scale=2; x=$upm*60/1; if(x<1) print 0; x"`;
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upd=`bc <<< "scale=8; x=$upm*60*24/1; if(x<1) print 0; x"`;
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upw=`bc <<< "scale=8; x=$upm*60*24*7/1; if(x<1) print 0; x"`;
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upy=`bc <<< "scale=8; x=$upm*60*24*365.25/1; if(x<1) print 0; x"`;
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upmo=`bc <<< "scale=8; x=$upy/12; if(x<1) print 0; x"`;
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bph=`bc <<< "scale=2; x=$bpm*60/1; if(x<1) print 0; x"`;
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bpd=`bc <<< "scale=8; x=$bpm*60*24/1; if(x<1) print 0; x"`;
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bpw=`bc <<< "scale=8; x=$bpm*60*24*7/1; if(x<1) print 0; x"`;
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bpy=`bc <<< "scale=8; x=$bpm*60*24*365.25/1; if(x<1) print 0; x"`;
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bpmo=`bc <<< "scale=8; x=$bpy/12; if(x<1) print 0; x"`;
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cpd=$(energycosts "$watts" "$3" "$4" "day")
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cpw=$(energycosts "$watts" "$3" "$4" "week")
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cpm=$(energycosts "$watts" "$3" "$4" "month")
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cpy=$(energycosts "$watts" "$3" "$4" "year")
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lcpd=$(energycosts "$watts" "$3" "$4" "day" "$4")
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lcpw=$(energycosts "$watts" "$3" "$4" "week" "$4")
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lcpm=$(energycosts "$watts" "$3" "$4" "month" "$4")
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lcpy=$(energycosts "$watts" "$3" "$4" "year" "$4")
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wpd=$(energycosts "$watts" "$3" "$4" "day" "kWh")
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wpw=$(energycosts "$watts" "$3" "$4" "week" "kWh")
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wpm=$(energycosts "$watts" "$3" "$4" "month" "kWh")
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wpy=$(energycosts "$watts" "$3" "$4" "year" "kWh")
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pct=$(truncf `bc <<< "scale=5; x=(($cpy/$upy)*100); x"`);
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keep=$(truncf `bc <<< "scale=5; x=(100-$pct); x"`);
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wpmhs=$(truncf `bc <<< "scale=5; x=($watts/$avghashrate0); x"`);
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nepd=`bc <<< "scale=8; x=$epd*($keep/100); if(x<1) print 0; x"`;
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nepw=`bc <<< "scale=8; x=$epw*($keep/100); if(x<1) print 0; x"`;
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nepy=`bc <<< "scale=8; x=$epy*($keep/100); if(x<1) print 0; x"`;
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nepmo=`bc <<< "scale=8; x=$epmo*($keep/100); if(x<1) print 0; x"`;
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nbpd=`bc <<< "scale=8; x=$bpd*($keep/100); if(x<1) print 0; x"`;
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nbpw=`bc <<< "scale=8; x=$bpw*($keep/100); if(x<1) print 0; x"`;
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nbpy=`bc <<< "scale=8; x=$bpy*($keep/100); if(x<1) print 0; x"`;
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nbpmo=`bc <<< "scale=8; x=$bpmo*($keep/100); if(x<1) print 0; x"`;
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lineodash
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echo "Hash rate and power consumption"
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lineodash
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echo ""
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echo "Hashrate:        $(pad $avghashrate0) $(p MH/sec) (average hash rate over the last 24 hours)"
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echo "                 $(pad $hashrate0) $(p MH/sec) (current hash rate over the last few minutes)"
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echo ""
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echo "Electricity:     $(pl "$watts watts continuous load")"
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echo "                 $(pl "$wpmhs watts per MH/sec")"
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echo "                 $(pl "Power costs $pct% of output") (calculated from USD power cost as percentage of USD returns)"
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echo ""
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echo "Unpaid:          $(pad $unpaid) $(p ETH) (amount accumulated at the pool towards next payout)";
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echo ""
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echo "Next Ether in:   $(pl "$timeframe") (estimate: $timestamp)";
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#echo "           at:   $timestamp";
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echo ""
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lineodash
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echo "Estimated rewards"
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lineodash
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echo ""
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echo "Output (ETH):    $(pad $epd) $(p ETH/day) (net: $nepd ETH/day after power cost)"
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echo "                 $(pad $epw) $(p ETH/week) (net: $nepw ETH/week)"
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echo "                 $(pad $epmo) $(p ETH/month) (net: $nepmo ETH/month)"
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echo "                 $(pad $epy) $(p ETH/year) (net: $nepy ETH/year)"
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echo "Output (BTC):    $(pad $bpd) $(p BTC/day) (net: $nbpd BTC/day)"
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echo "                 $(pad $bpw) $(p BTC/week) (net: $nbpw BTC/week)"
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echo "                 $(pad $bpmo) $(p BTC/month) (net: $nbpmo BTC/month)"
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echo "                 $(pad $bpy) $(p BTC/year) (net: $nbpy BTC/year)"
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echo "Exchange (DASH): $(pad $(eth2alt $epd DASH)) $(p DASH/day) (net: $(eth2alt $nepd DASH) DASH/day @ $ETH2DASH DASH/ETH; exchange rate: shapeshift.io)"
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echo "                 $(pad $(eth2alt $epw DASH)) $(p DASH/week) (net: $(eth2alt $nepw DASH) DASH/week)"
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echo "                 $(pad $(eth2alt $epmo DASH)) $(p DASH/month) (net: $(eth2alt $nepmo DASH) DASH/month)"
291
echo "                 $(pad $(eth2alt $epy DASH)) $(p DASH/year) (net: $(eth2alt $nepy DASH) DASH/year)"
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echo "Exchange (XMR):  $(pad $(eth2alt $epd XMR)) $(p XMR/day) (net: $(eth2alt $nepd XMR) XMR/day @ $ETH2XMR XMR/ETH; exchange rate: shapeshift.io)"
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echo "                 $(pad $(eth2alt $epw XMR)) $(p XMR/week) (net: $(eth2alt $nepw XMR) XMR/week)"
294
echo "                 $(pad $(eth2alt $epmo XMR)) $(p XMR/month) (net: $(eth2alt $nepmo XMR) XMR/month)"
295
echo "                 $(pad $(eth2alt $epy XMR)) $(p XMR/year) (net: $(eth2alt $nepy XMR) XMR/year)"
296
echo "Exchange (BTC):  $(pad $(eth2alt $epd BTC)) $(p BTC/day) (net: $(eth2alt $nepd BTC) BTC/day @ $ETH2BTC BTC/ETH; exchange rate: shapeshift.io)"
297
echo "                 $(pad $(eth2alt $epw BTC)) $(p BTC/week) (net: $(eth2alt $nepw BTC) BTC/week)"
298
echo "                 $(pad $(eth2alt $epmo BTC)) $(p BTC/month) (net: $(eth2alt $nepmo BTC) BTC/month)"
299
echo "                 $(pad $(eth2alt $epy BTC)) $(p BTC/year) (net: $(eth2alt $nepy BTC) BTC/year)"
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case $4 in
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	"USD")
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echo "Output (USD):    $(padf $upd) $(p USD/day) (estimated from current performance, with data & exchange rates supplied by the pool)"
303
echo "                 $(padf $upw) USD/week"
304
echo "                 $(padf $upmo) USD/month"
305
echo "                 $(padf $upy) USD/year"
306
	;;
307
	*)
308
echo "Exchange ($4):  $(padf $(usd2loc $upd)) $(p $4/day) (converted from $(truncf "scale=2; $upd"|bc) USD @ $(usd2loc 1) USD/$4; exchange rate: fixer.io)"
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echo "                 $(padf $(usd2loc $upw)) $(p $4/week) (converted from $(truncf "scale=2; $upw"|bc) USD @ $(usd2loc 1) USD/$4)"
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echo "                 $(padf $(usd2loc $upmo)) $(p $4/month) (converted from $(truncf "scale=2; $upmo"|bc) USD @ $(usd2loc 1) USD/$4)"
311
echo "                 $(padf $(usd2loc $upy)) $(p $4/year) (converted from $(truncf "scale=2; $upy"|bc) USD @ $(usd2loc 1) USD/$4)"
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	;;
313
esac
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#echo "Power (kWh):     $(padf $wpd) kWh/day"
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#echo "                 $(padf $wpw) kWh/week"
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#echo "                 $(padf $wpm) kWh/month"
317
#echo "                 $(padf $wpy) kWh/year"
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case $4 in
319
	"USD")
320
echo "Power (USD):     $(padf $cpd) $(p USD/day) ($wpd kWh/day @ $perkwh $4/kWh)"
321
echo "                 $(padf $cpw) $(p USD/week) ($wpw kWh/week @ $perkwh $4/kWh)"
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echo "                 $(padf $cpm) $(p USD/month) ($wpm kWh/month @ $perkwh $4/kWh)"
323
echo "                 $(padf $cpy) $(p USD/year) ($wpy kWh/year @ $perkwh $4/kWh)"
324
	;;
325
	*)
326
echo "Power ($4):     $(padf $lcpd) $(p $4/day) ($wpd kWh/day @ $perkwh$4/kWh = $cpd USD/day @ $(loc2usd 1) $4/USD = $(loc2usd $perkwh) USD/kWh)"
327
echo "                 $(padf $lcpw) $(p $4/week) ($wpw kWh/week @ $perkwh$4/kWh = $cpw USD/week"
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echo "                 $(padf $lcpm) $(p $4/month) ($wpm kWh/month @ $perkwh$4/kWh = $cpm USD/month"
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echo "                 $(padf $lcpy) $(p $4/year) ($wpy kWh/year @ $perkwh$4/kWh = $cpy USD/year"
330
	;;
331
esac
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lineodash
333
case $4 in
334
	"USD")
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	echo "Net (USD):       $(padf `echo "scale=2; $upd-$cpd"|bc`) USD/day";
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	echo "                 $(padf `echo "scale=2; $upw-$cpw"|bc`) USD/week";
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	echo "                 $(padf `echo "scale=2; $upmo-$cpm"|bc`) USD/month";
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	echo "                 $(padf `echo "scale=2; $upy-$cpy"|bc`) USD/year";
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	;;
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	*)
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	echo "Net ($4):       $(padf `echo "scale=2; ($upd-$cpd)*$USD2LOC"|bc`) $(p $4/day) (converted from $(truncf "scale=2; $upd-$cpd"|bc) USD @ $(usd2loc 1) USD/$4; exchange rate: fixer.io)";
342
	echo "                 $(padf `echo "scale=2; ($upw-$cpw)*$USD2LOC"|bc`) $(p $4/week) (converted from $(truncf "scale=2; $upw-$cpw"|bc) USD @ $(usd2loc 1) USD/$4)";
343
	echo "                 $(padf `echo "scale=2; ($upmo-$cpm)*$USD2LOC"|bc`) $(p $4/month) (converted from $(truncf "scale=2; $upmo-$cpm"|bc) USD @ $(usd2loc 1) USD/$4)";
344
	echo "                 $(padf `echo "scale=2; ($upy-$cpy)*$USD2LOC"|bc`) $(p $4/year) (converted from $(truncf "scale=2; $upy-$cpy"|bc) USD @ $(usd2loc 1) USD/$4)";
345
	;;
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esac
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lineodash
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echo ""
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