Examples of edu.brown.utils.PartitionSet

edu.brown.utils.PartitionSet
Container class that represents a list of partitionIds This is the fastest way to represent a list of partitions in the system. @author pavlo

        Collection<AbstractTransaction> added = this.loadQueue(10);
        assertEquals(added.size(), this.queue.size());
        
        LocalTransaction toOffer = new LocalTransaction(this.hstore_site);
        Long txnId = this.idManager.getNextUniqueTransactionId();
        toOffer.testInit(txnId, 0, new PartitionSet(1), this.catalog_proc);
        assertFalse(this.queue.contains(toOffer));
        
        Set<AbstractTransaction> found = new HashSet<AbstractTransaction>();
        for (AbstractTransaction txn : this.queue) {
            if (found.isEmpty()) this.queue.offer(toOffer, false);

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            // Ok so where's what going on here. We need to send back
            // an abort message, so we're going use the builder that we've been 
            // working on and send out the bomb back to the base partition tells it that this
            // transaction is kaput at this HStoreSite.
            this.builder.clearPartitions();
            PartitionSet partitions = this.getPartitions();
            for (int partition : partitions.values()) {
                assert(this.hstore_site.isLocalPartition(partition));
                this.builder.addPartitions(partition);
            } // FOR


            assert(this.builder.getPartitionsList() != null) :

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            // Make sure that it identifies that we are a distributed transaction and 
            // that we expect to touch both the W_ID partition and the REMOTE_W_ID partition
            Estimate est = state.getInitialEstimate();
            assertNotNull(est);
            PartitionSet partitions = est.getTouchedPartitions(thresholds);
            assertEquals(2, partitions.size());
            for (int expected : new int[]{ w_id, remote_w_id }) {
                expected = hasher.hash(expected);
                assertTrue(Integer.toString(expected) + "->" + partitions, partitions.contains(expected));
            } // FOR
            assertEquals(hasher.hash(w_id), state.getBasePartition());
            txn_id++;
        } // FOR
    }

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            // We have to inject at least one path through the system first
            // so that it knows what Statements it should be considering
            if (first) {
                assertEquals(estimate.toString(), 0, estimate.getMarkovPath().size());
                Histogram<Statement> stmtCounter = new ObjectHistogram<Statement>();
                PartitionSet allPartitions = new PartitionSet();
                for (QueryTrace qt : tt.getQueries()) {
                    Statement stmt = qt.getCatalogItem(catalogContext.database);
                    int stmtCnt = (int)stmtCounter.get(stmt, 0);
                    PartitionSet partitions = new PartitionSet(); 
                    p_estimator.getAllPartitions(partitions, qt, BASE_PARTITION);
                    
                    MarkovVertex next_v = new MarkovVertex(stmt,
                                                           MarkovVertex.Type.QUERY,
                                                           stmtCnt,

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        assertEquals(start, CollectionUtil.first(path));
        assertEquals(commit, CollectionUtil.last(path));
        assertFalse(path.contains(abort));
        
        // All of the vertices should only have the base partition in their partition set
        PartitionSet touched_partitions = new PartitionSet();
        for (MarkovVertex v : path) {
            touched_partitions.addAll(v.getPartitions());
        } // FOR
//        System.err.println("Expected Partitions: " + multip_partitions);
//        System.err.println("Touched Partitions:  " + touched_partitions);
//        System.err.println("MULTI-PARTITION PATH: " + path);

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        return (traces);
    }


    private AbstractTransaction createTransaction(TransactionTrace txn_trace) throws Exception {
        PartitionSet partitions = new PartitionSet(); 
        int base_partition = p_estimator.getBasePartition(txn_trace);
        p_estimator.getAllPartitions(partitions, txn_trace);
        LocalTransaction ts = new LocalTransaction(this.hstore_site);
        ts.testInit(txn_trace.getTransactionId(),
                    base_partition,

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    public void testNonConflictingReadOnly() throws Exception {
        // Quickly check that two read-only txns are non-conflicting 
        // even without a txn estimate
        Procedure proc = this.getProcedure(slev.class);
        int basePartition = 0;
        PartitionSet partitions = catalogContext.getAllPartitionIds(); 
        
        LocalTransaction ts0 = new LocalTransaction(this.hstore_site);
        Object params0[] = new Object[]{ 0, 1, 2 };
        ts0.testInit(10000l, basePartition, partitions, proc, params0);

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     */
    public void testNonConflictingDisparateTables() throws Exception {
        // Quickly check that two read-only txns are non-conflicting 
        // even without a txn estimate
        int basePartition = 0;
        PartitionSet partitions = catalogContext.getAllPartitionIds(); 


        Procedure proc0 = this.getProcedure(paymentByCustomerId.class);
        LocalTransaction ts0 = new LocalTransaction(this.hstore_site);
        Object params0[] = new Object[]{ 0, 1, 2 };
        ts0.testInit(10000l, basePartition, partitions, proc0, params0);

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    // ----------------------------------------------------------------------------------
    // HELPER METHODS
    // ----------------------------------------------------------------------------------


    private LocalTransaction createTransaction(Procedure catalog_proc) throws Exception {
        PartitionSet partitions = new PartitionSet(BASE_PARTITION); 
        LocalTransaction ts = new LocalTransaction(this.hstore_site);
        ts.testInit(this.nextTxnId++,
                    BASE_PARTITION,
                    partitions,
                    catalog_proc,

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                LocalTransaction copy = new LocalTransaction(hstore_site);
                copy.init(ts.getTransactionId(),
                          ts.getInitiateTime(),
                          ts.getClientHandle(),
                          ts.getBasePartition(),
                          new PartitionSet(ts.getPredictTouchedPartitions()),
                          ts.isPredictReadOnly(),
                          ts.isPredictAbortable(),
                          ts.getProcedure(),
                          ts.getProcedureParameters(),
                          null);

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edu.brown.catalog.ClusterConfiguration

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edu.brown.costmodel.TestMarkovCostModel

edu.brown.designer.partitioners.TestVerticalPartitionerUtil

edu.brown.designer.placement.TransformTransactionTraces

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