mmgen-wallet/scripts/test-release.sh

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#!/bin/bash
# Tested on Linux, MinGW-64
# MinGW's bash 3.1.17 doesn't do ${var^^}
export MMGEN_TEST_SUITE=1
export MMGEN_NO_LICENSE=1
export PYTHONPATH=.
test_py='test/test.py'
objtest_py='test/objtest.py'
tooltest_py='test/tooltest.py'
gentest_py='test/gentest.py'
scrambletest_py='test/scrambletest.py'
mmgen_tool='cmds/mmgen-tool'
mmgen_keygen='cmds/mmgen-keygen'
python='python'
rounds=100 rounds_low=20 rounds_spec=500 gen_rounds=10
monero_addrs='3,99,2,22-24,101-104'
dfl_tests='obj sha256 alts monero eth autosign btc btc_tn btc_rt bch bch_rt ltc ltc_tn ltc_rt tool gen'
PROGNAME=$(basename $0)
while getopts hCfilnPt OPT
do
case "$OPT" in
h) printf " %-16s Test MMGen release\n" "${PROGNAME}:"
echo " USAGE: $PROGNAME [options] [branch] [tests]"
echo " OPTIONS: '-h' Print this help message"
echo " '-C' Run tests in coverage mode"
echo " '-f' Speed up the tests by using fewer rounds"
echo " '-i' Install only; don't run tests"
echo " '-l' List the test name symbols"
echo " '-n' Don't install; test in place"
echo " '-P' Don't pause between tests"
echo " '-t' Print the tests without running them"
echo " AVAILABLE TESTS:"
echo " obj - data objects"
echo " sha256 - MMGen sha256 implementation"
echo " alts - operations for all supported gen-only altcoins"
echo " monero - operations for Monero"
echo " eth - operations for Ethereum"
echo " autosign - autosign"
echo " btc - bitcoin"
echo " btc_tn - bitcoin testnet"
echo " btc_rt - bitcoin regtest"
echo " bch - bitcoin cash (BCH)"
echo " bch_rt - bitcoin cash (BCH) regtest"
# echo " b2x - bitcoin 2x (B2X)"
# echo " b2x_rt - bitcoin 2x (B2X) regtest"
echo " ltc - litecoin"
echo " ltc_tn - litecoin testnet"
echo " ltc_rt - litecoin regtest"
echo " tool - tooltest (all supported coins)"
echo " gen - gentest (all supported coins)"
echo " By default, all tests are run"
exit ;;
C) mkdir -p 'test/trace'
touch 'test/trace.acc'
test_py="$test_py --coverage"
tooltest_py="$tooltest_py --coverage"
scrambletest_py="$scrambletest_py --coverage"
python="python -m trace --count --file=test/trace.acc --coverdir=test/trace"
objtest_py="$python $objtest_py"
gentest_py="$python $gentest_py"
mmgen_tool="$python $mmgen_tool"
mmgen_keygen="$python $mmgen_keygen"
rounds=2 rounds_low=2 rounds_spec=2 gen_rounds=2 monero_addrs='3,23,105' ;;
f) rounds=2 rounds_low=2 rounds_spec=2 gen_rounds=2 monero_addrs='3,23,105' ;;
i) INSTALL_ONLY=1 ;;
l) echo $dfl_tests; exit ;;
n) NO_INSTALL=1 ;;
P) NO_PAUSE=1 ;;
t) TESTING=1 ;;
*) exit ;;
esac
done
shift $((OPTIND-1))
REFDIR='test/ref'
if uname -a | grep -qi mingw; then SUDO='' MINGW=1; else SUDO='sudo' MINGW=''; fi
[ "$MINGW" ] || RED="\e[31;1m" GREEN="\e[32;1m" YELLOW="\e[33;1m" RESET="\e[0m"
set -e
[ "$NO_INSTALL" ] || {
BRANCH=$1; shift
BRANCHES=$(git branch)
FOUND_BRANCH=$(for b in ${BRANCHES/\*}; do [ "$b" == "$BRANCH" ] && echo ok; done)
[ "$FOUND_BRANCH" ] || { echo "Branch '$BRANCH' not found!"; exit; }
}
check() {
[ "$BRANCH" ] || { echo 'No branch specified. Exiting'; exit; }
[ "$(git diff $BRANCH)" == "" ] || {
echo "Unmerged changes from branch '$BRANCH'. Exiting"
exit
}
git diff $BRANCH >/dev/null 2>&1 || exit
}
install() {
set -x
eval "$SUDO rm -rf .test-release"
git clone --branch $BRANCH --single-branch . .test-release
cd .test-release
./setup.py sdist
mkdir pydist && cd pydist
if [ "$MINGW" ]; then unzip ../dist/mmgen-*.zip; else tar zxvf ../dist/mmgen-*gz; fi
cd mmgen-*
scripts/deinstall.sh
[ "$MINGW" ] && ./setup.py build --compiler=mingw32
eval "$SUDO ./setup.py install"
}
do_test() {
set +x
for i in "$@"; do
LS='\n'
[ "$TESTING" ] && LS=''
echo $i | grep -q 'gentest' && LS=''
echo -e "$LS${GREEN}Running:$RESET $YELLOW$i$RESET"
[ "$TESTING" ] || eval "$i" || { echo -e $RED"Test $CUR_TEST failed at command '$i'"$RESET; exit; }
done
}
i_obj='Data object'
s_obj='Testing data objects'
t_obj=(
"$objtest_py --coin=btc -S"
"$objtest_py --coin=btc --testnet=1 -S"
"$objtest_py --coin=ltc -S"
"$objtest_py --coin=ltc --testnet=1 -S")
f_obj='Data object test complete'
i_sha256='MMGen sha256 implementation'
s_sha256='Testing sha256 implementation'
t_sha256=("$python test/sha256test.py $rounds_spec")
f_sha256='Sha256 test complete'
i_alts='Gen-only altcoin'
s_alts='The following tests will test generation operations for all supported altcoins'
t_alts=(
"$scrambletest_py"
"$test_py -n ref_alt"
"$gentest_py --coin=btc 2 $rounds"
"$gentest_py --coin=btc --type=compressed 2 $rounds"
"$gentest_py --coin=btc --type=segwit 2 $rounds"
"$gentest_py --coin=btc --type=bech32 2 $rounds"
"$gentest_py --coin=ltc 2 $rounds"
"$gentest_py --coin=ltc --type=compressed 2 $rounds"
"$gentest_py --coin=ltc --type=segwit 2 $rounds"
"$gentest_py --coin=ltc --type=bech32 2 $rounds"
"$gentest_py --coin=etc 2 $rounds"
"$gentest_py --coin=eth 2 $rounds"
"$gentest_py --coin=zec 2 $rounds"
"$gentest_py --coin=zec --type=zcash_z 2 $rounds_spec"
"$gentest_py --coin=btc 2:ext $rounds"
"$gentest_py --coin=btc --type=compressed 2:ext $rounds"
"$gentest_py --coin=btc --type=segwit 2:ext $rounds"
"$gentest_py --coin=ltc 2:ext $rounds"
"$gentest_py --coin=ltc --type=compressed 2:ext $rounds"
# "$gentest_py --coin=ltc --type=segwit 2:ext $rounds" # pycoin generates old-style LTC Segwit addrs
"$gentest_py --coin=etc 2:ext $rounds"
"$gentest_py --coin=eth 2:ext $rounds"
"$gentest_py --coin=zec 2:ext $rounds"
"$gentest_py --coin=zec --type=zcash_z 2:ext $rounds_spec"
"$gentest_py --all 2:pycoin $rounds_low"
"$gentest_py --all 2:pyethereum $rounds_low"
"$gentest_py --all 2:keyconv $rounds_low"
"$gentest_py --all 2:zcash_mini $rounds_low")
if [ "$MINGW" ]; then
t_alts[13]="# MSWin platform: skipping zcash z-addr generation and altcoin verification with third-party tools"
i=14 end=${#t_alts[*]}
while [ $i -lt $end ]; do unset t_alts[$i]; let i++; done
fi
f_alts='Gen-only altcoin tests completed'
if [ "$MINGW" ]; then
TMPDIR='/tmp/mmgen-test-release'
else
TMPDIR='/tmp/mmgen-test-release-'$(cat /dev/urandom | base32 - | head -n1 | cut -b 1-16)
fi
mkdir -p $TMPDIR
i_monero='Monero'
s_monero='Testing key-address file generation and wallet creation and sync operations for Monero'
s_monero='The monerod (mainnet) daemon must be running for the following tests'
t_monero=(
"mmgen-walletgen -q -r0 -p1 -Llabel --outdir $TMPDIR -o words"
"$mmgen_keygen -q --accept-defaults --outdir $TMPDIR --coin=xmr $TMPDIR/*.mmwords $monero_addrs"
'cs1=$(mmgen-tool -q --accept-defaults --coin=xmr keyaddrfile_chksum $TMPDIR/*-XMR*.akeys)'
"$mmgen_keygen -q --use-internal-ed25519-mod --accept-defaults --outdir $TMPDIR --coin=xmr $TMPDIR/*.mmwords $monero_addrs"
'cs2=$(mmgen-tool -q --accept-defaults --coin=xmr keyaddrfile_chksum $TMPDIR/*-XMR*.akeys)'
'[ "$cs1" == "$cs2" ] || false'
"$mmgen_tool -q --accept-defaults --outdir $TMPDIR keyaddrlist2monerowallets $TMPDIR/*-XMR*.akeys addrs=23"
"$mmgen_tool -q --accept-defaults --outdir $TMPDIR keyaddrlist2monerowallets $TMPDIR/*-XMR*.akeys addrs=103-200"
'rm $TMPDIR/*-MoneroWallet*'
"$mmgen_tool -q --accept-defaults --outdir $TMPDIR keyaddrlist2monerowallets $TMPDIR/*-XMR*.akeys"
"$mmgen_tool -q --accept-defaults --outdir $TMPDIR syncmonerowallets $TMPDIR/*-XMR*.akeys addrs=3"
"$mmgen_tool -q --accept-defaults --outdir $TMPDIR syncmonerowallets $TMPDIR/*-XMR*.akeys addrs=23-29"
"$mmgen_tool -q --accept-defaults --outdir $TMPDIR syncmonerowallets $TMPDIR/*-XMR*.akeys"
)
[ "$MINGW" ] && {
t_monero[2]="# MSWin platform: skipping Monero wallet creation and sync tests; NOT verifying key-addr list"
i=3 end=${#t_monero[*]}
while [ $i -lt $end ]; do unset t_monero[$i]; let i++; done
}
f_monero='Monero tests completed'
i_eth='Ethereum'
s_eth='Testing transaction and tracking wallet operations for Ethereum'
t_eth=(
"$test_py -On --coin=eth ref_tx_chk"
"$test_py -On --coin=eth --testnet=1 ref_tx_chk"
"$test_py -On ethdev"
)
f_eth='Ethereum tests completed'
i_autosign='Autosign'
s_autosign='The bitcoin, bitcoin-abc and litecoin (mainnet) daemons must be running for the following test'
t_autosign=("$test_py -On autosign")
f_autosign='Autosign test complete'
i_btc='Bitcoin mainnet'
s_btc='The bitcoin (mainnet) daemon must both be running for the following tests'
t_btc=(
"$test_py -On"
"$test_py -On --segwit dfl_wallet main ref ref_files"
"$test_py -On --segwit-random dfl_wallet main"
"$test_py -On --bech32 dfl_wallet main ref ref_files"
"$tooltest_py rpc"
"$python scripts/compute-file-chksum.py $REFDIR/*testnet.rawtx >/dev/null 2>&1")
f_btc='You may stop the bitcoin (mainnet) daemon if you wish'
i_btc_tn='Bitcoin testnet'
s_btc_tn='The bitcoin testnet daemon must both be running for the following tests'
t_btc_tn=(
"$test_py -On --testnet=1"
"$test_py -On --testnet=1 --segwit dfl_wallet main ref ref_files"
"$test_py -On --testnet=1 --segwit-random dfl_wallet main"
"$test_py -On --testnet=1 --bech32 dfl_wallet main ref ref_files"
"$tooltest_py --testnet=1 rpc")
f_btc_tn='You may stop the bitcoin testnet daemon if you wish'
i_btc_rt='Bitcoin regtest'
s_btc_rt="The following tests will test MMGen's regtest (Bob and Alice) mode"
t_btc_rt=(
"$test_py -On regtest"
# "$test_py -On regtest_split" # no official B2X support, so skip
)
f_btc_rt='Regtest (Bob and Alice) mode tests for BTC completed'
i_bch='Bitcoin cash (BCH)'
s_bch='The bitcoin cash daemon (Bitcoin ABC) must both be running for the following tests'
t_bch=("$test_py -On --coin=bch dfl_wallet main ref ref_files")
f_bch='You may stop the Bitcoin ABC daemon if you wish'
i_bch_rt='Bitcoin cash (BCH) regtest'
s_bch_rt="The following tests will test MMGen's regtest (Bob and Alice) mode"
t_bch_rt=("$test_py --coin=bch -On regtest")
f_bch_rt='Regtest (Bob and Alice) mode tests for BCH completed'
i_b2x='Bitcoin 2X (B2X)'
s_b2x='The bitcoin 2X daemon (BTC1) must both be running for the following tests'
t_b2x=("$test_py -On --coin=b2x dfl_wallet main ref ref_files")
f_b2x='You may stop the Bitcoin 2X daemon if you wish'
i_b2x_rt='Bitcoin 2X (B2X) regtest'
s_b2x_rt="The following tests will test MMGen's regtest (Bob and Alice) mode"
t_b2x_rt=("$test_py --coin=b2x -On regtest")
f_b2x_rt='Regtest (Bob and Alice) mode tests for B2X completed'
i_ltc='Litecoin'
s_ltc='The litecoin daemon must both be running for the following tests'
t_ltc=(
"$test_py --coin=ltc -On dfl_wallet main ref ref_files"
"$test_py --coin=ltc -On --segwit dfl_wallet main ref ref_files"
"$test_py --coin=ltc -On --segwit-random dfl_wallet main"
"$test_py --coin=ltc -On --bech32 dfl_wallet main ref ref_files"
"$tooltest_py --coin=ltc rpc"
)
f_ltc='You may stop the litecoin daemon if you wish'
i_ltc_tn='Litecoin testnet'
s_ltc_tn='The litecoin testnet daemon must both be running for the following tests'
t_ltc_tn=(
"$test_py --coin=ltc -On --testnet=1"
"$test_py --coin=ltc -On --testnet=1 --segwit dfl_wallet main ref ref_files"
"$test_py --coin=ltc -On --testnet=1 --segwit-random dfl_wallet main"
"$test_py --coin=ltc -On --testnet=1 --bech32 dfl_wallet main ref ref_files"
"$tooltest_py --coin=ltc --testnet=1 rpc")
f_ltc_tn='You may stop the litecoin testnet daemon if you wish'
i_ltc_rt='Litecoin regtest'
s_ltc_rt="The following tests will test MMGen's regtest (Bob and Alice) mode"
t_ltc_rt=("$test_py --coin=ltc -On regtest")
f_ltc_rt='Regtest (Bob and Alice) mode tests for LTC completed'
i_tool='Tooltest'
s_tool="The following tests will run '$tooltest_py' for all supported coins"
t_tool=(
"$tooltest_py --coin=btc util"
"$tooltest_py --coin=btc cryptocoin"
"$tooltest_py --coin=btc mnemonic"
"$tooltest_py --coin=ltc cryptocoin"
"$tooltest_py --coin=eth cryptocoin"
"$tooltest_py --coin=etc cryptocoin"
"$tooltest_py --coin=dash cryptocoin"
"$tooltest_py --coin=doge cryptocoin"
"$tooltest_py --coin=emc cryptocoin"
"$tooltest_py --coin=zec cryptocoin")
[ "$MINGW" ] || {
t_tool_len=${#t_tool[*]}
t_tool[$t_tool_len]="$tooltest_py --coin=zec --type=zcash_z cryptocoin"
}
f_tool='tooltest tests completed'
i_gen='Gentest'
s_gen="The following tests will run '$gentest_py' on mainnet and testnet for all supported coins"
t_gen=(
"$gentest_py -q 2 $REFDIR/btcwallet.dump"
"$gentest_py -q --type=segwit 2 $REFDIR/btcwallet-segwit.dump"
"$gentest_py -q --type=bech32 2 $REFDIR/btcwallet-bech32.dump"
"$gentest_py -q 1:2 $gen_rounds"
"$gentest_py -q --type=segwit 1:2 $gen_rounds"
"$gentest_py -q --type=bech32 1:2 $gen_rounds"
"$gentest_py -q --testnet=1 2 $REFDIR/btcwallet-testnet.dump"
"$gentest_py -q --testnet=1 1:2 $gen_rounds"
"$gentest_py -q --testnet=1 --type=segwit 1:2 $gen_rounds"
"$gentest_py -q --coin=ltc 2 $REFDIR/litecoin/ltcwallet.dump"
"$gentest_py -q --coin=ltc --type=segwit 2 $REFDIR/litecoin/ltcwallet-segwit.dump"
"$gentest_py -q --coin=ltc --type=bech32 2 $REFDIR/litecoin/ltcwallet-bech32.dump"
"$gentest_py -q --coin=ltc 1:2 $gen_rounds"
"$gentest_py -q --coin=ltc --type=segwit 1:2 $gen_rounds"
"$gentest_py -q --coin=ltc --testnet=1 2 $REFDIR/litecoin/ltcwallet-testnet.dump"
"$gentest_py -q --coin=ltc --testnet=1 1:2 $gen_rounds"
"$gentest_py -q --coin=ltc --testnet=1 --type=segwit 1:2 $gen_rounds")
f_gen='gentest tests completed'
[ -d .git -a -z "$NO_INSTALL" -a -z "$TESTING" ] && {
check
(install)
eval "cd .test-release/pydist/mmgen-*"
}
[ "$INSTALL_ONLY" ] && exit
skip_maybe() {
echo -n "Enter 's' to skip, or ENTER to continue: "; read
[ "$REPLY" == 's' ] && return 0
return 1
}
run_tests() {
for t in $1; do
eval echo -e \${GREEN}'###' Running $(echo \$i_$t) tests\$RESET
[ "$PAUSE" ] && { eval echo $(echo \$s_$t); skip_maybe && continue; }
# echo RUNNING
CUR_TEST=$t
eval "do_test \"\${t_$t[@]}\""
eval echo -e \$GREEN$(echo \$f_$t)\$RESET
done
}
check_args() {
for i in $tests; do
echo "$dfl_tests" | grep -q "\<$i\>" || { echo "$i: unrecognized argument"; exit; }
done
}
tests=$dfl_tests
[ "$*" ] && tests="$*"
[ "$NO_PAUSE" ] || PAUSE=1
check_args
echo "Running tests: $tests"
run_tests "$tests"
rm -rf /tmp/mmgen-test-release-*
echo -e "${GREEN}All OK$RESET"