Examples with AsyncNodeBlockProcessorListener co.rsk.net.utils.AsyncNodeBlockProcessorListener used on opensource projects

Example 6 with AsyncNodeBlockProcessorListener

use of co.rsk.net.utils.AsyncNodeBlockProcessorListener in project rskj by rsksmart.

the class AsyncNodeBlockProcessorUnclesTest method setUp.

@Before
public void setUp() {
    blockChainBuilder = new BlockChainBuilder();
    blockChain = blockChainBuilder.build();
    listener = new AsyncNodeBlockProcessorListener();
    processor = createAsyncNodeBlockProcessor(blockChain, listener);
    processor.start();
}

Example 7 with AsyncNodeBlockProcessorListener

use of co.rsk.net.utils.AsyncNodeBlockProcessorListener in project rskj by rsksmart.

the class AsyncNodeBlockProcessorTest method processTwoBlockListsAddingToBlockchain.

@Test(timeout = WAIT_TIME)
public void processTwoBlockListsAddingToBlockchain() throws InterruptedException {
    final Blockchain blockchain = new BlockChainBuilder().ofSize(0);
    final NetBlockStore store = new NetBlockStore();
    final Block genesis = blockchain.getBestBlock();
    final BlockGenerator blockGenerator = new BlockGenerator();
    final List<Block> blocks = blockGenerator.getBlockChain(genesis, 10);
    final List<Block> blocks2 = blockGenerator.getBlockChain(genesis, 20);
    final BlockNodeInformation nodeInformation = new BlockNodeInformation();
    final SyncConfiguration syncConfiguration = SyncConfiguration.IMMEDIATE_FOR_TESTING;
    final TestSystemProperties config = new TestSystemProperties();
    final BlockSyncService blockSyncService = new BlockSyncService(config, store, blockchain, nodeInformation, syncConfiguration, DummyBlockValidator.VALID_RESULT_INSTANCE);
    final AsyncNodeBlockProcessorListener listener = new AsyncNodeBlockProcessorListener();
    final AsyncNodeBlockProcessor processor = new AsyncNodeBlockProcessor(store, blockchain, nodeInformation, blockSyncService, syncConfiguration, DummyBlockValidator.VALID_RESULT_INSTANCE, DummyBlockValidator.VALID_RESULT_INSTANCE, listener);
    processor.start();
    BlockProcessResult blockProcessResult = processor.processBlock(null, genesis);
    if (blockProcessResult.isScheduledForProcessing()) {
        listener.waitForBlock(genesis.getHash());
    }
    Assert.assertEquals(0, store.size());
    Block blockToWait = null;
    for (Block b : blocks) {
        blockProcessResult = processor.processBlock(null, b);
        if (blockProcessResult.isScheduledForProcessing()) {
            blockToWait = b;
        }
    }
    for (Block b : blocks2) {
        blockProcessResult = processor.processBlock(null, b);
        if (blockProcessResult.isScheduledForProcessing()) {
            blockToWait = b;
        }
    }
    if (blockToWait != null) {
        listener.waitForBlock(blockToWait.getHash());
    }
    Assert.assertEquals(20, blockchain.getBestBlock().getNumber());
    Assert.assertEquals(0, store.size());
    processor.stopAndWait(WAIT_TIME);
}

Example 8 with AsyncNodeBlockProcessorListener

use of co.rsk.net.utils.AsyncNodeBlockProcessorListener in project rskj by rsksmart.

the class AsyncNodeBlockProcessorTest method processTenBlocksInverseOrderAddingToBlockchain.

@Test(timeout = WAIT_TIME)
public void processTenBlocksInverseOrderAddingToBlockchain() throws InterruptedException {
    final Blockchain blockchain = new BlockChainBuilder().ofSize(0);
    final NetBlockStore store = new NetBlockStore();
    final Block genesis = blockchain.getBestBlock();
    final List<Block> blocks = new BlockGenerator().getBlockChain(genesis, 10);
    final BlockNodeInformation nodeInformation = new BlockNodeInformation();
    final SyncConfiguration syncConfiguration = SyncConfiguration.IMMEDIATE_FOR_TESTING;
    final TestSystemProperties config = new TestSystemProperties();
    final BlockSyncService blockSyncService = new BlockSyncService(config, store, blockchain, nodeInformation, syncConfiguration, DummyBlockValidator.VALID_RESULT_INSTANCE);
    final AsyncNodeBlockProcessorListener listener = new AsyncNodeBlockProcessorListener();
    final AsyncNodeBlockProcessor processor = new AsyncNodeBlockProcessor(store, blockchain, nodeInformation, blockSyncService, syncConfiguration, DummyBlockValidator.VALID_RESULT_INSTANCE, DummyBlockValidator.VALID_RESULT_INSTANCE, listener);
    processor.start();
    BlockProcessResult blockProcessResult;
    Block blockToWait = null;
    for (int k = 0; k < 10; k++) {
        Block b = blocks.get(9 - k);
        blockProcessResult = processor.processBlock(null, b);
        if (blockProcessResult.isScheduledForProcessing()) {
            blockToWait = b;
        }
    }
    blockProcessResult = processor.processBlock(null, genesis);
    if (blockProcessResult.isScheduledForProcessing()) {
        blockToWait = genesis;
    }
    if (blockToWait != null) {
        listener.waitForBlock(blockToWait.getHash());
    }
    Assert.assertEquals(10, blockchain.getBestBlock().getNumber());
    Assert.assertEquals(0, store.size());
    processor.stopAndWait(WAIT_TIME);
}

Example 9 with AsyncNodeBlockProcessorListener

use of co.rsk.net.utils.AsyncNodeBlockProcessorListener in project rskj by rsksmart.

the class AsyncNodeBlockProcessorTest method processTenBlocksWithHoleAddingToBlockchain.

@Test(timeout = WAIT_TIME)
public void processTenBlocksWithHoleAddingToBlockchain() throws InterruptedException {
    final Blockchain blockchain = new BlockChainBuilder().ofSize(0);
    final NetBlockStore store = new NetBlockStore();
    final Block genesis = blockchain.getBestBlock();
    final List<Block> blocks = new BlockGenerator().getBlockChain(genesis, 10);
    final BlockNodeInformation nodeInformation = new BlockNodeInformation();
    final SyncConfiguration syncConfiguration = SyncConfiguration.IMMEDIATE_FOR_TESTING;
    final TestSystemProperties config = new TestSystemProperties();
    final BlockSyncService blockSyncService = new BlockSyncService(config, store, blockchain, nodeInformation, syncConfiguration, DummyBlockValidator.VALID_RESULT_INSTANCE);
    final AsyncNodeBlockProcessorListener listener = new AsyncNodeBlockProcessorListener();
    final AsyncNodeBlockProcessor processor = new AsyncNodeBlockProcessor(store, blockchain, nodeInformation, blockSyncService, syncConfiguration, DummyBlockValidator.VALID_RESULT_INSTANCE, DummyBlockValidator.VALID_RESULT_INSTANCE, listener);
    processor.start();
    BlockProcessResult blockProcessResult;
    Block blockToWait = null;
    for (int k = 0; k < 10; k++) {
        if (k != 5) {
            Block b = blocks.get(9 - k);
            blockProcessResult = processor.processBlock(null, b);
            if (blockProcessResult.isScheduledForProcessing()) {
                blockToWait = b;
            }
        }
    }
    blockProcessResult = processor.processBlock(null, genesis);
    if (blockProcessResult.isScheduledForProcessing()) {
        blockToWait = genesis;
    }
    blockProcessResult = processor.processBlock(null, blocks.get(4));
    if (blockProcessResult.isScheduledForProcessing()) {
        blockToWait = blocks.get(4);
    }
    if (blockToWait != null) {
        listener.waitForBlock(blockToWait.getHash());
    }
    Assert.assertEquals(10, blockchain.getBestBlock().getNumber());
    Assert.assertEquals(0, store.size());
    processor.stopAndWait(WAIT_TIME);
}