forked from LBRYCommunity/lbry-sdk
wip, see jack
This commit is contained in:
Victor Shyba
parent
41ecb70297
commit
e8261b000e
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@ -513,7 +513,7 @@ class Ledger(metaclass=LedgerRegistry):
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)
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return True
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acquire_lock_tasks = []
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synced_txs = []
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to_request = {}
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pending_synced_history = {}
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updated_cached_items = {}
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@ -531,20 +531,6 @@ class Ledger(metaclass=LedgerRegistry):
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cache_item = TransactionCacheItem()
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self._tx_cache[txid] = cache_item
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unsynced_offset = already_synced_offset
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for txid, remote_height in remote_history[already_synced_offset:]:
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cache_item = self._tx_cache[txid]
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if cache_item.tx is not None and cache_item.tx.height >= remote_height \
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and (not cache_item.tx.is_verified or remote_height < 1):
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pending_synced_history[unsynced_offset] = f'{txid}:{cache_item.tx.height}:'
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already_synced.add((txid, cache_item.tx.height))
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else:
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acquire_lock_tasks.append(asyncio.create_task(cache_item.lock.acquire()))
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unsynced_offset += 1
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if acquire_lock_tasks:
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await asyncio.wait(acquire_lock_tasks)
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tx_indexes = {}
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for i, (txid, remote_height) in enumerate(remote_history):
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@ -556,17 +542,24 @@ class Ledger(metaclass=LedgerRegistry):
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updated_cached_items[txid] = cache_item
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assert cache_item is not None, 'cache item is none'
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assert cache_item.lock.locked(), 'cache lock is not held?'
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# tx = cache_item.tx
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# if cache_item.tx is not None and \
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# cache_item.tx.height >= remote_height and \
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# (cache_item.tx.is_verified or remote_height < 1):
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# synced_txs.append(cache_item.tx) # cached tx is already up-to-date
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# pending_synced_history[i] = f'{tx.id}:{tx.height}:'
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# continue
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to_request[i] = (txid, remote_height)
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log.debug(
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"request %i transactions, %i/%i for %s are already synced", len(to_request),
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len(pending_synced_history), len(remote_history), address
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)
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requested_txes = await self._request_transaction_batch(to_request, len(remote_history), address)
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remote_history_txids = set(txid for txid, _ in remote_history)
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requested_txes = await self._request_transaction_batch(to_request, remote_history_txids, address)
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for tx in requested_txes:
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pending_synced_history[tx_indexes[tx.id]] = f"{tx.id}:{tx.height}:"
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synced_txs.append(tx)
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assert len(pending_synced_history) == len(remote_history), \
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f"{len(pending_synced_history)} vs {len(remote_history)}"
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@ -584,14 +577,14 @@ class Ledger(metaclass=LedgerRegistry):
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if cache_item.pending_verifications < 0:
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log.warning("config value tx cache size %i needs to be increased", cache_size)
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cache_item.pending_verifications = 0
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try:
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cache_item.lock.release()
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except RuntimeError:
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log.warning("lock was already released?")
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await self.db.save_transaction_io_batch(
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[], address, self.address_to_hash160(address), synced_history
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requested_txes, address, self.address_to_hash160(address), synced_history
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)
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await asyncio.wait([
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self._on_transaction_controller.add(TransactionEvent(address, tx))
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for tx in requested_txes
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])
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if address_manager is None:
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address_manager = await self.get_address_manager_for_address(address)
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@ -654,35 +647,7 @@ class Ledger(metaclass=LedgerRegistry):
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tx.position = merkle['pos']
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tx.is_verified = merkle_root == header['merkle_root']
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async def _single_batch(self, batch, remote_heights, header_cache, transactions):
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batch_result = await self.network.retriable_call(
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self.network.get_transaction_batch, batch
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)
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for txid, (raw, merkle) in batch_result.items():
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remote_height = remote_heights[txid]
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merkle_height = merkle['block_height']
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cache_item = self._tx_cache.get(txid)
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if cache_item is None:
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cache_item = TransactionCacheItem()
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self._tx_cache[txid] = cache_item
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tx = cache_item.tx or Transaction(bytes.fromhex(raw.decode() if isinstance(raw, bytes) else raw),
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height=remote_height)
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tx.height = remote_height
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cache_item.tx = tx
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if 'merkle' in merkle and remote_heights[txid] > 0:
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merkle_root = self.get_root_of_merkle_tree(merkle['merkle'], merkle['pos'], tx.hash)
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try:
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header = header_cache.get(remote_heights[txid]) or (await self.headers.get(merkle_height))
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except IndexError:
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log.warning("failed to verify %s at height %i", tx.id, merkle_height)
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else:
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header_cache[remote_heights[txid]] = header
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tx.position = merkle['pos']
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tx.is_verified = merkle_root == header['merkle_root']
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transactions.append(tx)
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return transactions
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async def request_transactions_for_inflate(self, to_request: Tuple[Tuple[str, int], ...]):
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async def request_transactions_for_inflate(self, to_request: Tuple[Tuple[str, int], ...], session_override=None):
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header_cache = {}
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batches = [[]]
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remote_heights = {}
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@ -702,21 +667,57 @@ class Ledger(metaclass=LedgerRegistry):
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if not batches[-1]:
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batches.pop()
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async def _single_batch(batch):
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if session_override:
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batch_result = await self.network.get_transaction_batch(
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batch, restricted=False, session=session_override
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)
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else:
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batch_result = await self.network.retriable_call(self.network.get_transaction_batch, batch)
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for txid, (raw, merkle) in batch_result.items():
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remote_height = remote_heights[txid]
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merkle_height = merkle['block_height']
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cache_item = self._tx_cache.get(txid)
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if cache_item is None:
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cache_item = TransactionCacheItem()
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self._tx_cache[txid] = cache_item
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tx = cache_item.tx or Transaction(unhexlify(raw), height=remote_height)
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tx.height = remote_height
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cache_item.tx = tx
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if 'merkle' in merkle and remote_heights[txid] > 0:
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merkle_root = self.get_root_of_merkle_tree(merkle['merkle'], merkle['pos'], tx.hash)
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try:
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header = header_cache.get(remote_heights[txid]) or (await self.headers.get(merkle_height))
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except IndexError:
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log.warning("failed to verify %s at height %i", tx.id, merkle_height)
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else:
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header_cache[remote_heights[txid]] = header
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tx.position = merkle['pos']
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tx.is_verified = merkle_root == header['merkle_root']
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transactions.append(tx)
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for batch in batches:
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await self._single_batch(batch, remote_heights, header_cache, transactions)
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await _single_batch(batch)
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return transactions
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async def _request_transaction_batch(self, to_request, remote_history_size, address):
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async def _request_transaction_batch(self, to_request, remote_history, address):
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header_cache = {}
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batches = [[]]
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remote_heights = {}
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synced_txs = []
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pending_sync = []
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heights_in_batch = 0
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last_height = 0
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for idx in sorted(to_request):
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txid = to_request[idx][0]
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height = to_request[idx][1]
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remote_heights[txid] = height
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if txid not in self._tx_cache:
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self._tx_cache[txid] = TransactionCacheItem()
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elif self._tx_cache[txid].tx is not None and self._tx_cache[txid].tx.is_verified:
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log.warning("has: %s", txid)
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pending_sync.append(self._tx_cache[txid].tx)
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continue
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if height != last_height:
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heights_in_batch += 1
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last_height = height
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@ -730,59 +731,73 @@ class Ledger(metaclass=LedgerRegistry):
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last_showed_synced_count = 0
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async def _single_batch(batch):
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transactions = await self._single_batch(batch, remote_heights, header_cache, [])
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this_batch_synced = []
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for tx in transactions:
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check_db_for_txos = []
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for txi in tx.inputs:
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if txi.txo_ref.txo is not None:
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continue
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cache_item = self._tx_cache.get(txi.txo_ref.tx_ref.id)
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if cache_item is not None:
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if cache_item.tx is not None:
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txi.txo_ref = cache_item.tx.outputs[txi.txo_ref.position].ref
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batch_result = await self.network.retriable_call(self.network.get_transaction_batch, batch)
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for txid, (raw, merkle) in batch_result.items():
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log.warning("arrived batch %s", txid)
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remote_height = remote_heights[txid]
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merkle_height = merkle['block_height']
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tx = Transaction(unhexlify(raw), height=remote_height)
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tx.height = remote_height
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if 'merkle' in merkle and remote_heights[txid] > 0:
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merkle_root = self.get_root_of_merkle_tree(merkle['merkle'], merkle['pos'], tx.hash)
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try:
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header = header_cache.get(remote_heights[txid]) or (await self.headers.get(merkle_height))
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except IndexError:
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log.warning("failed to verify %s at height %i", tx.id, merkle_height)
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else:
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check_db_for_txos.append(txi.txo_ref.id)
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header_cache[remote_heights[txid]] = header
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tx.position = merkle['pos']
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tx.is_verified = merkle_root == header['merkle_root']
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self._tx_cache[txid].tx = tx
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pending_sync.append(tx)
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referenced_txos = {} if not check_db_for_txos else {
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txo.id: txo for txo in await self.db.get_txos(
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txoid__in=check_db_for_txos, order_by='txo.txoid', no_tx=True
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)
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}
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async def __sync(tx):
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check_db_for_txos = []
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log.warning("%s", tx.id)
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for txi in tx.inputs:
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if txi.txo_ref.txo is not None:
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continue
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if txi.txo_ref.tx_ref.id not in remote_history:
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continue
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if txi.txo_ref.tx_ref.id in self._tx_cache:
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continue
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else:
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check_db_for_txos.append(txi.txo_ref.id)
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for txi in tx.inputs:
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if txi.txo_ref.txo is not None:
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continue
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referenced_txo = referenced_txos.get(txi.txo_ref.id)
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if referenced_txo is not None:
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txi.txo_ref = referenced_txo.ref
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continue
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cache_item = self._tx_cache.get(txi.txo_ref.id)
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if cache_item is None:
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cache_item = self._tx_cache[txi.txo_ref.id] = TransactionCacheItem()
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if cache_item.tx is not None:
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txi.txo_ref = cache_item.tx.ref
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referenced_txos = {} if not check_db_for_txos else {
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txo.id: txo for txo in await self.db.get_txos(
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txoid__in=check_db_for_txos, order_by='txo.txoid', no_tx=True
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)
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}
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synced_txs.append(tx)
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this_batch_synced.append(tx)
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for txi in tx.inputs:
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if txi.txo_ref.txo is not None:
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continue
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if txi.txo_ref.tx_ref.id not in remote_history:
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continue
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referenced_txo = referenced_txos.get(txi.txo_ref.id)
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if referenced_txo is not None:
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txi.txo_ref = referenced_txo.ref
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continue
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wanted_txid = txi.txo_ref.tx_ref.id
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if wanted_txid in self._tx_cache:
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log.warning("waiting on %s", wanted_txid)
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self.pending += 1
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log.warning("total pending %s", self.pending)
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await self._tx_cache[wanted_txid].has_tx.wait()
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log.warning("got %s", wanted_txid)
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self.pending -= 1
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log.warning("total pending %s", self.pending)
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txi.txo_ref = self._tx_cache[wanted_txid].tx.outputs[txi.txo_ref.position].ref
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await self.db.save_transaction_io_batch(
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this_batch_synced, address, self.address_to_hash160(address), ""
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)
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await asyncio.wait([
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self._on_transaction_controller.add(TransactionEvent(address, tx))
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for tx in this_batch_synced
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])
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synced_txs.append(tx)
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nonlocal last_showed_synced_count
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if last_showed_synced_count + 100 < len(synced_txs):
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log.info("synced %i/%i transactions for %s", len(synced_txs), remote_history_size, address)
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log.info("synced %i/%i transactions for %s", len(synced_txs), len(remote_history), address)
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last_showed_synced_count = len(synced_txs)
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for batch in batches:
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await _single_batch(batch)
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await asyncio.gather(*(__sync(tx) for tx in pending_sync))
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return synced_txs
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async def get_address_manager_for_address(self, address) -> Optional[AddressManager]:
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@ -848,13 +863,17 @@ class Ledger(metaclass=LedgerRegistry):
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include_is_my_output=False,
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include_sent_supports=False,
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include_sent_tips=False,
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include_received_tips=False) -> Tuple[List[Output], dict, int, int]:
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include_received_tips=False,
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session_override=None) -> Tuple[List[Output], dict, int, int]:
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encoded_outputs = await query
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outputs = Outputs.from_base64(encoded_outputs or b'') # TODO: why is the server returning None?
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txs = []
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if len(outputs.txs) > 0:
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txs: List[Transaction] = []
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txs.extend((await self.request_transactions_for_inflate(tuple(outputs.txs))))
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if session_override:
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txs.extend((await self.request_transactions_for_inflate(tuple(outputs.txs), session_override)))
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else:
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txs.extend((await asyncio.gather(*(self.cache_transaction(*tx) for tx in outputs.txs))))
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_txos, blocked = outputs.inflate(txs)
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@ -929,17 +948,25 @@ class Ledger(metaclass=LedgerRegistry):
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async def resolve(self, accounts, urls, new_sdk_server=None, **kwargs):
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txos = []
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urls_copy = list(urls)
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if new_sdk_server:
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resolve = partial(self.network.new_resolve, new_sdk_server)
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while urls_copy:
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batch, urls_copy = urls_copy[:500], urls_copy[500:]
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txos.extend(
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(await self._inflate_outputs(
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resolve(batch), accounts, **kwargs
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))[0]
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)
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else:
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resolve = partial(self.network.retriable_call, self.network.resolve)
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while urls_copy:
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batch, urls_copy = urls_copy[:100], urls_copy[100:]
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txos.extend(
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(await self._inflate_outputs(
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resolve(batch), accounts, **kwargs
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))[0]
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)
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async with self.network.single_call_context(self.network.resolve) as (resolve, session):
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while urls_copy:
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batch, urls_copy = urls_copy[:500], urls_copy[500:]
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txos.extend(
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(await self._inflate_outputs(
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resolve(batch), accounts, session_override=session, **kwargs
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))[0]
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)
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assert len(urls) == len(txos), "Mismatch between urls requested for resolve and responses received."
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result = {}
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@ -961,13 +988,17 @@ class Ledger(metaclass=LedgerRegistry):
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new_sdk_server=None, **kwargs) -> Tuple[List[Output], dict, int, int]:
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if new_sdk_server:
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claim_search = partial(self.network.new_claim_search, new_sdk_server)
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else:
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claim_search = self.network.claim_search
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return await self._inflate_outputs(
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claim_search(**kwargs), accounts,
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include_purchase_receipt=include_purchase_receipt,
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include_is_my_output=include_is_my_output,
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)
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return await self._inflate_outputs(
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claim_search(**kwargs), accounts,
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include_purchase_receipt=include_purchase_receipt,
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include_is_my_output=include_is_my_output,
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)
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async with self.network.single_call_context(self.network.claim_search) as (claim_search, session):
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return await self._inflate_outputs(
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claim_search(**kwargs), accounts, session_override=session,
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include_purchase_receipt=include_purchase_receipt,
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include_is_my_output=include_is_my_output,
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)
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async def get_claim_by_claim_id(self, accounts, claim_id, **kwargs) -> Output:
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for claim in (await self.claim_search(accounts, claim_id=claim_id, **kwargs))[0]:
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