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crate::ix!();
//-------------------------------------------[.cpp/bitcoin/src/txorphanage.h]
//-------------------------------------------[.cpp/bitcoin/src/txorphanage.cpp]
//-------------------------------------------[.cpp/bitcoin/src/txrequest.h]
//-------------------------------------------[.cpp/bitcoin/src/txrequest.cpp]
///----------------------
pub type PeerManagerMapRelay = HashMap<u256,TransactionRef>;
pub type PeerManagerMapRelayIterator = (Arc<u256>,TransactionRef);
/**
| Map of all Peer objects, keyed by peer
| id. This map is protected by the m_peer_mutex.
| Once a shared pointer reference is taken,
| the lock may be released. Individual
| fields are protected by their own locks.
|
*/
pub type PeerMap = HashMap<NodeId,Amo<Peer>>;
lazy_static!{
pub static ref IMPORTING: AtomicBool = AtomicBool::new(false);
pub static ref REINDEX: AtomicBool = AtomicBool::new(false);
/* ---- Pruning-related variables and constants ---- */
/**
| True if any block files have ever been
| pruned.
|
*/
pub static ref HAVE_PRUNED: bool = false;
/**
| True if we're running in -prune mode.
|
*/
pub static ref PRUNE_MODE: bool = false;
/**
| Number of MiB of block files that we're
| trying to stay below.
|
*/
pub static ref N_PRUNE_TARGET: u64 = 0;
pub static ref CS_LAST_BLOCK_FILE: Amo<()> = Amo::<()>::none();
pub static ref VINFO_BLOCK_FILE: Vec<BlockFileInfo> = vec![];
pub static ref N_LAST_BLOCK_FILE: i32 = 0;
/**
| Global flag to indicate we should check
| to see if there are block/undo files
| that should be deleted. Set on startup
| or if we allocate more file space when
| we're in prune mode
|
*/
pub static ref CHECK_FOR_PRUNING: bool = false;
/**
| Dirty block index entries.
|
*/
pub static ref SET_DIRTY_BLOCK_INDEX: HashSet::<Option<Arc<BlockIndex>>> = Default::default();
/**
| Dirty block file entries.
|
*/
pub static ref SET_DIRTY_FILE_INFO: HashSet::<i32> = Default::default();
}
pub trait PeerManagerInterface:
StartScheduledTasks
+ GetNodeStateStats
+ IgnoresIncomingTxs
+ RelayTransaction
+ SendPings
+ SetBestHeight
+ Misbehaving
{}
pub struct PeerManager {
pub chainparams: Arc<ChainParams>,
pub connman: Amo<Connman>,
pub addrman: Amo<AddrMan>,
/**
| Pointer to this node's banman. May be
| nullptr - check existence before dereferencing.
|
*/
pub banman: Amo<BanMan>,
pub chainman: Amo<ChainstateManager>,
pub mempool: Amo<TxMemPool>,
/**
| The height of the best chain
|
*/
pub best_height: Atomic<i32>, // default = { -1 }
/**
| Next time to check for stale tip
|
*/
pub stale_tip_check_time: Atomic<OffsetDateTime>, // default = { 0 }
/**
| Whether this node is running in blocks
| only mode
|
*/
pub ignore_incoming_txs: bool,
/**
| Whether we've completed initial sync
| yet, for determining when to turn on
| extra block-relay-only peers.
|
*/
pub initial_sync_finished: AtomicBool, // default = { false }
/**
| Protects m_peer_map. This mutex must
| not be locked while holding a lock on
| any of the mutexes inside a Peer object.
|
*/
pub peer_map: Amo<PeerMap>,
/**
| Filter for transactions that have been
| recently confirmed.
|
| We use this to avoid requesting transactions
| that have already been confirnmed.
|
| Blocks don't typically have more than
| 4000 transactions, so this should be
| at least six blocks (~1 hr) worth of transactions
| that we can store, inserting both a txid
| and wtxid for every observed transaction.
|
| If the number of transactions appearing
| in a block goes up, or if we are seeing
| getdata requests more than an hour after
| initial announcement, we can increase
| this number.
|
| The false positive rate of 1/1M should
| come out to less than 1 transaction per
| day that would be inadvertently ignored
| (which is the same probability that
| we have in the reject filter).
|
*/
pub recent_confirmed_transactions_mutex: Amo<PeerManagerRecentConfirmedTransactions>,
/**
| When our tip was last updated.
|
*/
pub last_tip_update: Atomic<Option<OffsetDateTime>>, // default = { 0 }
/**
| Storage for orphan information
|
*/
pub orphanage: Arc<TxOrphanage>,
//#[GUARDED_BY(G_CS_ORPHANS)]
pub orphan_data: PeerManagerOrphans,
//TODO: #[GUARDED_BY(::CS_MAIN)]
pub inner: Arc<Mutex<PeerManagerInner>>,
}
impl PeerManager {
pub fn make(&mut self,
chainparams: &ChainParams,
connman: &mut Connman,
addrman: &mut AddrMan,
banman: *mut BanMan,
chainman: &mut ChainstateManager,
pool: &mut TxMemPool,
ignore_incoming_txs: bool) -> Box<PeerManager> {
Box::new(
PeerManager::new(
chainparams,
connman,
addrman,
banman,
chainman,
pool,
ignore_incoming_txs
)
)
}
pub fn new(
chainparams: &ChainParams,
connman: &mut Connman,
addrman: &mut AddrMan,
banman: *mut BanMan,
chainman: &mut ChainstateManager,
pool: &mut TxMemPool,
ignore_incoming_txs: bool) -> Self {
todo!();
/*
: chainparams(chainparams),
: connman(connman),
: addrman(addrman),
: banman(banman),
: chainman(chainman),
: mempool(pool),
: ignore_incoming_txs(ignore_incoming_txs),
*/
}
#[EXCLUSIVE_LOCKS_REQUIRED(CS_MAIN)]
pub fn relay_transaction_impl(&self,
txid: u256,
wtxid: u256) {
let mut relay_txn = move |pnode: Amo<Box<dyn NodeInterface>>| {
// EXCLUSIVE_LOCKS_REQUIRED(::CS_MAIN)
assert_lock_held!(CS_MAIN);
let state: Amo<NodeState> = create_state(pnode.get().get_id());
if state.is_none() {
return;
}
if state.get().wtxid_relay.load(atomic::Ordering::Relaxed) {
pnode.get_mut().push_tx_inventory(&wtxid);
} else {
pnode.get_mut().push_tx_inventory(&txid);
}
};
self.connman
.get_mut()
.for_each_node_mut(&mut relay_txn);
}
}