def run_test(self):
n = self.nodes[0]
n.generate(200)
# waitFor throws on timeout, failing the test
waitFor(10, lambda: compare(n, "index_height", n.getblockcount()))
waitFor(10, lambda: compare(n, "mempool_count", 0, True))
n.sendtoaddress(n.getnewaddress(), 1)
assert_equal(1, len(n.getrawmempool()))
waitFor(10, lambda: compare(n, "mempool_count", 1, True))
blocks = n.generate(50)
waitFor(10, lambda: compare(n, "index_height", n.getblockcount()))
waitFor(10, lambda: compare(n, "mempool_count", 0, True))
logging.info("invalidating %d blocks", len(blocks))
n.invalidateblock(blocks[0])
# electrum server should trim its chain as well and see our
# transaction go back into mempool
waitFor(10, lambda: compare(n, "index_height", n.getblockcount()))
waitFor(10, lambda: compare(n, "mempool_count", 1, True))
n.generate(50)
waitFor(10, lambda: compare(n, "index_height", n.getblockcount()))
waitFor(10, lambda: compare(n, "mempool_count", 0, True))
def run_test(self):
n = self.nodes[0]
logging.info("Checking that blocks are indexed")
n.generate(200)
# waitFor throws on timeout, failing the test
waitFor(10, lambda: compare(n, "index_height", n.getblockcount()))
waitFor(
10,
lambda: compare(n, "index_txns",
n.getblockcount() + 1, True)) # +1 is genesis tx
waitFor(10, lambda: compare(n, "mempool_count", 0, True))
logging.info("Check that mempool is communicated")
n.sendtoaddress(n.getnewaddress(), 1)
assert_equal(1, len(n.getrawmempool()))
waitFor(10, lambda: compare(n, "mempool_count", 1, True))
n.generate(1)
assert_equal(0, len(n.getrawmempool()))
waitFor(10, lambda: compare(n, "index_height", n.getblockcount()))
waitFor(10, lambda: compare(n, "mempool_count", 0, True))
waitFor(10, lambda: compare(n, "index_txns",
n.getblockcount() + 2, True))
def sync_electrs(self, n):
waitFor(10, lambda: compare(n, "index_height", n.getblockcount()))