events.h

#ifndef XRPL_TEST_CSF_EVENTS_H_INCLUDED
#define XRPL_TEST_CSF_EVENTS_H_INCLUDED
 
#include <test/csf/Proposal.h>
#include <test/csf/Tx.h>
#include <test/csf/Validation.h>
#include <test/csf/ledgers.h>
 
#include <chrono>
 
namespace ripple {
namespace test {
namespace csf {
 
// Events are emitted by peers at a variety of points during the simulation.
// Each event is emitted by a particlar peer at a particular time. Collectors
// process these events, perhaps calculating statistics or storing events to
// a log for post-processing.
//
// The Event types can be arbitrary, but should be copyable and lightweight.
//
// Example collectors can be found in collectors.h, but have the general
// interface:
//
// @code
//     template <class T>
//     struct Collector
//     {
//        template <class Event>
//        void
//        on(peerID who, SimTime when, Event e);
//     };
// @endcode
//
// CollectorRef.f defines a type-erased holder for arbitrary Collectors.  If
// any new events are added, the interface there needs to be updated.
 
template <class V>
struct Share
{
    V val;
};
 
template <class V>
struct Relay
{
    PeerID to;
 
    V val;
};
 
template <class V>
struct Receive
{
    PeerID from;
 
    V val;
};
 
struct SubmitTx
{
    Tx tx;
};
 
struct StartRound
{
    Ledger::ID bestLedger;
 
    Ledger prevLedger;
};
 
struct CloseLedger
{
    // The ledger closed on
    Ledger prevLedger;
 
    // Initial txs for including in ledger
    TxSetType txs;
};
 
struct AcceptLedger
{
    // The newly created ledger
    Ledger ledger;
 
    // The prior ledger (this is a jump if prior.id() != ledger.parentID())
    Ledger prior;
};
 
struct WrongPrevLedger
{
    // ID of wrong ledger we had
    Ledger::ID wrong;
    // ID of what we think is the correct ledger
    Ledger::ID right;
};
 
struct FullyValidateLedger
{
    Ledger ledger;
 
    Ledger prior;
};
 
}  // namespace csf
}  // namespace test
}  // namespace ripple
 
#endif