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Don't assume mainchain is Bitcoin

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This commit is contained in:
Steven Roose 2019-03-21 12:39:57 +00:00
parent cf77a238de
commit ade539cbb4
5 changed files with 19 additions and 19 deletions
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20
src/init.cpp
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@ -529,12 +529,12 @@ void SetupServerArgs()
std::vector<std::string> elements_hidden_args = {"-con_fpowallowmindifficultyblocks", "-con_fpownoretargeting", "-con_nsubsidyhalvinginterval", "-con_bip16exception", "-con_bip34height", "-con_bip65height", "-con_bip66height", "-con_npowtargettimespan", "-con_npowtargetspacing", "-con_nrulechangeactivationthreshold", "-con_nminerconfirmationwindow", "-con_powlimit", "-con_bip34hash", "-con_nminimumchainwork", "-con_defaultassumevalid", "-npruneafterheight", "-fdefaultconsistencychecks", "-fmineblocksondemand", "-fallback_fee_enabled", "-pchmessagestart"};
gArgs.AddArg("-initialfreecoins", strprintf("The amount of OP_TRUE coins created in the genesis block. Primarily for testing. (default: %d)", 0), true, OptionsCategory::DEBUG_TEST);
gArgs.AddArg("-validatepegin", "Validate peg-in claims. An RPC connection will be attempted to the trusted bitcoind using the `mainchain*` settings below. All functionaries must run this enabled. (default: true if chain has federated peg)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpchost=<host>", "The address which the daemon will try to connect to the trusted bitcoind to validate peg-ins, if enabled. (default: 127.0.0.1)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpcport=<n>", strprintf("The port which the daemon will try to connect to the trusted bitcoind to validate peg-ins, if enabled. (default: %u)", defaultBaseParams->MainchainRPCPort()), false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpcuser=<user>", "The rpc username that the daemon will use to connect to the trusted bitcoind to validate peg-ins, if enabled. (default: cookie auth)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpcpassword=<pwd>", "The rpc password which the daemon will use to connect to the trusted bitcoind to validate peg-ins, if enabled. (default: cookie auth)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpccookiefile=<file>", "The bitcoind cookie auth path which the daemon will use to connect to the trusted bitcoind to validate peg-ins. (default: `<datadir>/regtest/.cookie`)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-validatepegin", "Validate peg-in claims. An RPC connection will be attempted to the trusted mainchain daemon using the `mainchain*` settings below. All functionaries must run this enabled. (default: true if chain has federated peg)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpchost=<host>", "The address which the daemon will try to connect to the trusted mainchain daemon to validate peg-ins, if enabled. (default: 127.0.0.1)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpcport=<n>", strprintf("The port which the daemon will try to connect to the trusted mainchain daemon to validate peg-ins, if enabled. (default: %u)", defaultBaseParams->MainchainRPCPort()), false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpcuser=<user>", "The rpc username that the daemon will use to connect to the trusted mainchain daemon to validate peg-ins, if enabled. (default: cookie auth)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpcpassword=<pwd>", "The rpc password which the daemon will use to connect to the trusted mainchain daemon to validate peg-ins, if enabled. (default: cookie auth)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpccookiefile=<file>", "The bitcoind cookie auth path which the daemon will use to connect to the trusted mainchain daemon to validate peg-ins. (default: `<datadir>/regtest/.cookie`)", false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-mainchainrpctimeout=<n>", strprintf("Timeout in seconds during mainchain RPC requests, or 0 for no timeout. (default: %d)", DEFAULT_HTTP_CLIENT_TIMEOUT), false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-peginconfirmationdepth=<n>", strprintf("Pegin claims must be this deep to be considered valid. (default: %d)", DEFAULT_PEGIN_CONFIRMATION_DEPTH), false, OptionsCategory::ELEMENTS);
gArgs.AddArg("-recheckpeginblockinterval=<n>", strprintf("The interval in seconds at which a peg-in witness failing block is re-evaluated in case of intermittent peg-in witness failure. 0 means never. (default: %u)", 120), false, OptionsCategory::ELEMENTS);
@ -1866,14 +1866,14 @@ bool AppInitMain()
SetRPCWarmupFinished();
// ELEMENTS:
CScheduler::Function f2 = boost::bind(&BitcoindRPCCheck, false);
CScheduler::Function f2 = boost::bind(&MainchainRPCCheck, false);
unsigned int check_rpc_every = gArgs.GetArg("-recheckpeginblockinterval", 120);
if (check_rpc_every) {
scheduler.scheduleEvery(f2, check_rpc_every);
}
uiInterface.InitMessage(_("Awaiting bitcoind RPC warmup"));
if (!BitcoindRPCCheck(true)) { //Initial check, fail immediately
return InitError(_("ERROR: elementsd is set to verify pegins but cannot get valid response from bitcoind. Please check debug.log for more information."));
uiInterface.InitMessage(_("Awaiting mainchain RPC warmup"));
if (!MainchainRPCCheck(true)) { //Initial check, fail immediately
return InitError(_("ERROR: elementsd is set to verify pegins but cannot get valid response from the mainchain daemon. Please check debug.log for more information."));
}
uiInterface.InitMessage(_("Done loading"));