#include "herder/Herder.h"

namespace stellar

{

std::chrono::milliseconds const

Herder::TARGET_LEDGER_CLOSE_TIME_BEFORE_PROTOCOL_VERSION_23_MS(5000);

std::chrono::seconds const Herder::MAX_SCP_TIMEOUT_SECONDS(240);

std::chrono::seconds const Herder::CONSENSUS_STUCK_TIMEOUT_SECONDS(35);

std::chrono::seconds const Herder::OUT_OF_SYNC_RECOVERY_TIMER =

std::chrono::seconds(10);

std::chrono::seconds const Herder::SEND_LATEST_CHECKPOINT_DELAY =

std::chrono::seconds(2);

std::chrono::seconds constexpr Herder::MAX_TIME_SLIP_SECONDS;

std::chrono::seconds const Herder::NODE_EXPIRATION_SECONDS(240);

// the value of LEDGER_VALIDITY_BRACKET should be in the order of

// how many ledgers can close ahead given CONSENSUS_STUCK_TIMEOUT_SECONDS

uint32 const Herder::LEDGER_VALIDITY_BRACKET = 100;

std::chrono::nanoseconds const Herder::TIMERS_THRESHOLD_NANOSEC(5000000);

uint32 const Herder::SCP_EXTRA_LOOKBACK_LEDGERS = 3u;

std::chrono::minutes const Herder::TX_SET_GC_DELAY(1);

std::chrono::minutes const Herder::CHECK_FOR_DEAD_NODES_MINUTES(15);

uint32 const Herder::FLOW_CONTROL_BYTES_EXTRA_BUFFER(2000);

}