forked from Qortal/qortal
501 lines
12 KiB
Perl
Executable File
501 lines
12 KiB
Perl
Executable File
#!/usr/bin/env perl
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# v4.0.2
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use JSON;
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use warnings;
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use strict;
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use Getopt::Std;
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use File::Basename;
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use Digest::SHA qw( sha256 sha256_hex );
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use Crypt::RIPEMD160;
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our %opt;
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getopts('dpst', \%opt);
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my $proc = basename($0);
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my $dirname = dirname($0);
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my $OPENSSL_SIGN = "${dirname}/openssl-sign.sh";
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my $OPENSSL_PRIV_TO_PUB = index(`$ENV{SHELL} -i -c 'openssl version;exit' 2>/dev/null`, 'OpenSSL 3.') != -1;
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if (@ARGV < 1) {
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print STDERR "usage: $proc [-d] [-p] [-s] [-t] <tx-type> <privkey> <values> [<key-value pairs>]\n";
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print STDERR "-d: debug, -p: process (broadcast) transaction, -s: sign, -t: testnet\n";
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print STDERR "example: $proc PAYMENT P22kW91AJfDNBj32nVii292hhfo5AgvUYPz5W12ExsjE QxxQZiK7LZBjmpGjRz1FAZSx9MJDCoaHqz 0.1\n";
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print STDERR "example: $proc JOIN_GROUP X92h3hf9k20kBj32nVnoh3XT14o5AgvUYPz5W12ExsjE 3\n";
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print STDERR "example: BASE_URL=node10.qortal.org $proc JOIN_GROUP CB2DW91AJfd47432nVnoh3XT14o5AgvUYPz5W12ExsjE 3\n";
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print STDERR "example: $proc -p sign C4ifh827ffDNBj32nVnoh3XT14o5AgvUYPz5W12ExsjE 111jivxUwerRw...Fjtu\n";
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print STDERR "for help: $proc all\n";
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print STDERR "for help: $proc REGISTER_NAME\n";
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exit 2;
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}
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our @b58 = qw{
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1 2 3 4 5 6 7 8 9
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A B C D E F G H J K L M N P Q R S T U V W X Y Z
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a b c d e f g h i j k m n o p q r s t u v w x y z
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};
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our %b58 = map { $b58[$_] => $_ } 0 .. 57;
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our %reverseb58 = reverse %b58;
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our $BASE_URL = $ENV{BASE_URL} || ($opt{t} ? 'http://localhost:62391' : 'http://localhost:12391');
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our $DEFAULT_FEE = 0.01;
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our %TRANSACTION_TYPES = (
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payment => {
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url => 'payments/pay',
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required => [qw(recipient amount)],
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key_name => 'senderPublicKey',
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},
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# groups
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set_group => {
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url => 'groups/setdefault',
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required => [qw(defaultGroupId)],
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key_name => 'creatorPublicKey',
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},
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create_group => {
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url => 'groups/create',
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required => [qw(groupName description isOpen approvalThreshold)],
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defaults => { minimumBlockDelay => 10, maximumBlockDelay => 30 },
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key_name => 'creatorPublicKey',
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},
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update_group => {
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url => 'groups/update',
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required => [qw(groupId newOwner newDescription newIsOpen newApprovalThreshold)],
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key_name => 'ownerPublicKey',
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},
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join_group => {
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url => 'groups/join',
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required => [qw(groupId)],
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key_name => 'joinerPublicKey',
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},
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leave_group => {
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url => 'groups/leave',
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required => [qw(groupId)],
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key_name => 'leaverPublicKey',
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},
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group_invite => {
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url => 'groups/invite',
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required => [qw(groupId invitee)],
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key_name => 'adminPublicKey',
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},
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group_kick => {
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url => 'groups/kick',
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required => [qw(groupId member reason)],
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key_name => 'adminPublicKey',
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},
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add_group_admin => {
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url => 'groups/addadmin',
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required => [qw(groupId txGroupId member)],
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key_name => 'ownerPublicKey',
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},
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remove_group_admin => {
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url => 'groups/removeadmin',
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required => [qw(groupId txGroupId admin)],
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key_name => 'ownerPublicKey',
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},
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group_approval => {
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url => 'groups/approval',
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required => [qw(pendingSignature approval)],
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key_name => 'adminPublicKey',
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},
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# assets
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issue_asset => {
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url => 'assets/issue',
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required => [qw(assetName description quantity isDivisible)],
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key_name => 'issuerPublicKey',
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},
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update_asset => {
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url => 'assets/update',
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required => [qw(assetId newOwner)],
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key_name => 'ownerPublicKey',
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},
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transfer_asset => {
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url => 'assets/transfer',
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required => [qw(recipient amount assetId)],
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key_name => 'senderPublicKey',
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},
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create_order => {
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url => 'assets/order',
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required => [qw(haveAssetId wantAssetId amount price)],
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key_name => 'creatorPublicKey',
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},
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# names
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register_name => {
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url => 'names/register',
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required => [qw(name data)],
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key_name => 'registrantPublicKey',
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},
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update_name => {
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url => 'names/update',
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required => [qw(name newName newData)],
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key_name => 'ownerPublicKey',
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},
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# reward-shares
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reward_share => {
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url => 'addresses/rewardshare',
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required => [qw(recipient rewardSharePublicKey sharePercent)],
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key_name => 'minterPublicKey',
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},
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# arbitrary
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arbitrary => {
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url => 'arbitrary',
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required => [qw(service dataType data)],
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key_name => 'senderPublicKey',
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},
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# chat
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chat => {
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url => 'chat',
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required => [qw(data)],
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optional => [qw(recipient isText isEncrypted)],
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key_name => 'senderPublicKey',
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defaults => { isText => 'true' },
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pow_url => 'chat/compute',
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},
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# misc
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publicize => {
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url => 'addresses/publicize',
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required => [],
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key_name => 'senderPublicKey',
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pow_url => 'addresses/publicize/compute',
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},
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# AT
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deploy_at => {
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url => 'at',
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required => [qw(name description aTType tags creationBytes amount)],
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optional => [qw(assetId)],
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key_name => 'creatorPublicKey',
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defaults => { assetId => 0 },
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},
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# Cross-chain trading
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create_trade => {
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url => 'crosschain/tradebot/create',
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required => [qw(qortAmount fundingQortAmount foreignAmount receivingAddress)],
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optional => [qw(tradeTimeout foreignBlockchain)],
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key_name => 'creatorPublicKey',
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defaults => { tradeTimeout => 1440, foreignBlockchain => 'LITECOIN' },
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},
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trade_recipient => {
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url => 'crosschain/tradeoffer/recipient',
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required => [qw(atAddress recipient)],
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key_name => 'creatorPublicKey',
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remove => [qw(timestamp reference fee)],
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},
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trade_secret => {
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url => 'crosschain/tradeoffer/secret',
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required => [qw(atAddress secret)],
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key_name => 'recipientPublicKey',
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remove => [qw(timestamp reference fee)],
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},
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# These are fake transaction types to provide utility functions:
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sign => {
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url => 'transactions/sign',
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required => [qw{transactionBytes}],
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},
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);
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my $tx_type = lc(shift(@ARGV));
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if ($tx_type eq 'all') {
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printf STDERR "Transaction types: %s\n", join(', ', sort { $a cmp $b } keys %TRANSACTION_TYPES);
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exit 2;
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}
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my $tx_info = $TRANSACTION_TYPES{$tx_type};
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if (!$tx_info) {
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printf STDERR "Transaction type '%s' unknown\n", uc($tx_type);
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exit 1;
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}
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my @required = @{$tx_info->{required}};
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if (@ARGV < @required + 1) {
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printf STDERR "usage: %s %s <privkey> %s", $proc, uc($tx_type), join(' ', map { "<$_>"} @required);
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printf STDERR " %s", join(' ', map { "[$_ <$_>]" } @{$tx_info->{optional}}) if exists $tx_info->{optional};
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print "\n";
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exit 2;
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}
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my $priv_key = shift @ARGV;
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my $account;
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my $raw;
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if ($tx_type ne 'sign') {
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my %extras;
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foreach my $required_arg (@required) {
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$extras{$required_arg} = shift @ARGV;
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}
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# For CHAT we use a random reference
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if ($tx_type eq 'chat') {
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$extras{reference} = api('utils/random?length=64');
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}
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%extras = (%extras, %{$tx_info->{defaults}}) if exists $tx_info->{defaults};
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%extras = (%extras, @ARGV);
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$account = account($priv_key, %extras);
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$raw = build_raw($tx_type, $account, %extras);
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printf "Raw: %s\n", $raw if $opt{d} || (!$opt{s} && !$opt{p});
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# Some transaction types require proof-of-work, e.g. CHAT
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if (exists $tx_info->{pow_url}) {
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$raw = api($tx_info->{pow_url}, $raw);
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printf "Raw with PoW: %s\n", $raw if $opt{d};
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}
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} else {
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$raw = shift @ARGV;
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$opt{s}++;
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}
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if ($opt{s}) {
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my $signed = sign($priv_key, $raw);
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printf "Signed: %s\n", $signed if $opt{d} || $tx_type eq 'sign';
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if ($opt{p}) {
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my $processed = process($signed);
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printf "Processed: %s\n", $processed if $opt{d};
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}
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my $hex = api('utils/frombase58', $signed);
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# sig is last 64 bytes / 128 chars
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my $sighex = substr($hex, -128);
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my $sig58 = api('utils/tobase58/{hex}', '', '{hex}', $sighex);
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printf "Signature: %s\n", $sig58;
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}
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sub account {
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my ($privkey, %extras) = @_;
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my $account = { private => $privkey };
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$account->{public} = $extras{publickey} || priv_to_pub($privkey);
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$account->{address} = $extras{address} || pubkey_to_address($account->{public}); # api('addresses/convert/{publickey}', '', '{publickey}', $account->{public});
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return $account;
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}
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sub priv_to_pub {
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my ($privkey) = @_;
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if ($OPENSSL_PRIV_TO_PUB) {
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return openssl_priv_to_pub($privkey);
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} else {
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return api('utils/publickey', $privkey);
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}
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}
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sub build_raw {
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my ($type, $account, %extras) = @_;
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my $tx_info = $TRANSACTION_TYPES{$type};
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die("unknown tx type: $type\n") unless defined $tx_info;
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my $ref = exists $extras{reference} ? $extras{reference} : lastref($account->{address});
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my %json = (
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timestamp => time * 1000,
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reference => $ref,
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fee => $DEFAULT_FEE,
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);
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$json{$tx_info->{key_name}} = $account->{public} if exists $tx_info->{key_name};
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foreach my $required (@{$tx_info->{required}}) {
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die("missing tx field: $required\n") unless exists $extras{$required};
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}
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while (my ($key, $value) = each %extras) {
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$json{$key} = $value;
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}
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if (exists $tx_info->{remove}) {
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foreach my $key (@{$tx_info->{remove}}) {
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delete $json{$key};
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}
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}
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my $json = "{\n";
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while (my ($key, $value) = each %json) {
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if (ref($value) eq 'ARRAY') {
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$json .= "\t\"$key\": [],\n";
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} else {
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$json .= "\t\"$key\": \"$value\",\n";
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}
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}
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# remove final comma
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substr($json, -2, 1) = '';
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$json .= "}\n";
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printf "%s:\n%s\n", $type, $json if $opt{d};
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my $raw = api($tx_info->{url}, $json);
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return $raw;
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}
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sub sign {
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my ($private, $raw) = @_;
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if (-x "$OPENSSL_SIGN") {
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my $private_hex = decode_base58($private);
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chomp $private_hex;
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my $raw_hex = decode_base58($raw);
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chomp $raw_hex;
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my $sig = `${OPENSSL_SIGN} ${private_hex} ${raw_hex}`;
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chomp $sig;
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my $sig58 = encode_base58(${raw_hex} . ${sig});
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chomp $sig58;
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return $sig58;
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}
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my $json = <<" __JSON__";
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{
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"privateKey": "$private",
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"transactionBytes": "$raw"
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}
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__JSON__
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return api('transactions/sign', $json);
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}
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sub process {
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my ($signed) = @_;
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return api('transactions/process', $signed);
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}
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sub lastref {
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my ($address) = @_;
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return api('addresses/lastreference/{address}', '', '{address}', $address)
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}
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sub api {
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my ($endpoint, $postdata, @args) = @_;
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my $url = $endpoint;
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my $method = 'GET';
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for (my $i = 0; $i < @args; $i += 2) {
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my $placemarker = $args[$i];
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my $value = $args[$i + 1];
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$url =~ s/$placemarker/$value/g;
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}
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my $curl = "curl --silent --output - --url '$BASE_URL/$url'";
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if (defined $postdata && $postdata ne '') {
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$postdata =~ tr|\n| |s;
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if ($postdata =~ /^\s*\{/so) {
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$curl .= " --header 'Content-Type: application/json'";
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} else {
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$curl .= " --header 'Content-Type: text/plain'";
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}
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$curl .= " --data-binary '$postdata'";
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$method = 'POST';
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}
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my $response = `$curl 2>/dev/null`;
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chomp $response;
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if ($response eq '' || substr($response, 0, 6) eq '<html>' || $response =~ m/(^\{|,)"error":(\d+)[,}]/) {
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die("API call '$method $BASE_URL/$endpoint' failed:\n$response\n");
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}
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return $response;
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}
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sub encode_base58 {
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use integer;
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my @in = map { hex($_) } ($_[0] =~ /(..)/g);
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my $bzeros = length($1) if join('', @in) =~ /^(0*)/;
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my @out;
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my $size = 2 * scalar @in;
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for my $c (@in) {
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for (my $j = $size; $j--; ) {
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$c += 256 * ($out[$j] // 0);
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$out[$j] = $c % 58;
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$c /= 58;
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}
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}
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my $out = join('', map { $reverseb58{$_} } @out);
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return $1 if $out =~ /(1{$bzeros}[^1].*)/;
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return $1 if $out =~ /(1{$bzeros})/;
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die "Invalid base58!\n";
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}
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sub decode_base58 {
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use integer;
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my @out;
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my $azeros = length($1) if $_[0] =~ /^(1*)/;
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for my $c ( map { $b58{$_} } $_[0] =~ /./g ) {
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die("Invalid character!\n") unless defined $c;
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for (my $j = length($_[0]); $j--; ) {
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$c += 58 * ($out[$j] // 0);
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$out[$j] = $c % 256;
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$c /= 256;
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}
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}
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shift @out while @out && $out[0] == 0;
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unshift(@out, (0) x $azeros);
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return sprintf('%02x' x @out, @out);
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}
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sub openssl_priv_to_pub {
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my ($privkey) = @_;
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my $privkey_hex = decode_base58($privkey);
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my $key_type = "04"; # hex
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my $length = "20"; # hex
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my $asn1 = <<"__ASN1__";
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asn1=SEQUENCE:private_key
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[private_key]
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version=INTEGER:0
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included=SEQUENCE:key_info
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raw=FORMAT:HEX,OCTETSTRING:${key_type}${length}${privkey_hex}
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[key_info]
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type=OBJECT:ED25519
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__ASN1__
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my $output = `echo "${asn1}" | openssl asn1parse -i -genconf - -out - | openssl pkey -in - -inform der -noout -text_pub`;
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# remove colons
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my $pubkey = '';
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$pubkey .= $1 while $output =~ m/([0-9a-f]{2})(?::|$)/g;
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return encode_base58($pubkey);
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}
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sub pubkey_to_address {
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my ($pubkey) = @_;
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my $pubkey_hex = decode_base58($pubkey);
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my $pubkey_raw = pack('H*', $pubkey_hex);
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my $pkh_hex = Crypt::RIPEMD160->hexhash(sha256($pubkey_raw));
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$pkh_hex =~ tr/ //ds;
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my $version = '3a'; # hex
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my $raw = pack('H*', $version . $pkh_hex);
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my $chksum = substr(sha256_hex(sha256($raw)), 0, 8);
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return encode_base58($version . $pkh_hex . $chksum);
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}
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