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/**
Copyright (C) SYSTAP, LLC DBA Blazegraph 2006-2016. All rights reserved.
Contact:
SYSTAP, LLC DBA Blazegraph
2501 Calvert ST NW #106
Washington, DC 20008
[email protected]
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; version 2 of the License.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*/
/*
* Created on Mar 16, 2012
*/
package com.bigdata.rdf.sparql.ast.eval.update;
import java.util.HashMap;
import java.util.LinkedList;
import java.util.List;
import java.util.Map;
import org.apache.log4j.Logger;
import org.openrdf.model.impl.URIImpl;
import org.openrdf.model.vocabulary.RDF;
import org.openrdf.model.vocabulary.RDFS;
import com.bigdata.bop.BOp;
import com.bigdata.bop.Constant;
import com.bigdata.bop.IBindingSet;
import com.bigdata.bop.NV;
import com.bigdata.bop.PipelineOp;
import com.bigdata.bop.Var;
import com.bigdata.bop.bindingSet.ListBindingSet;
import com.bigdata.bop.engine.BOpStats;
import com.bigdata.bop.engine.IRunningQuery;
import com.bigdata.bop.rdf.update.ChunkedResolutionOp;
import com.bigdata.bop.rdf.update.CommitOp;
import com.bigdata.bop.rdf.update.InsertStatementsOp;
import com.bigdata.bop.rdf.update.ParseOp;
import com.bigdata.journal.ITx;
import com.bigdata.rdf.internal.IV;
import com.bigdata.rdf.model.BigdataLiteral;
import com.bigdata.rdf.model.BigdataURI;
import com.bigdata.rdf.model.BigdataValue;
import com.bigdata.rdf.model.BigdataValueFactory;
import com.bigdata.rdf.model.StatementEnum;
import com.bigdata.rdf.sparql.ast.ASTContainer;
import com.bigdata.rdf.sparql.ast.AbstractASTEvaluationTestCase;
import com.bigdata.rdf.sparql.ast.ConstantNode;
import com.bigdata.rdf.sparql.ast.InsertData;
import com.bigdata.rdf.sparql.ast.LoadGraph;
import com.bigdata.rdf.sparql.ast.UpdateRoot;
import com.bigdata.rdf.sparql.ast.eval.AST2BOpContext;
import com.bigdata.rdf.spo.ISPO;
import com.bigdata.rdf.spo.SPO;
/**
* Bootstrapped test suite for core UPDATE functionality based on BOP
* evaluation.
*
* Note: We are not using BOP evaluation for SPARQL UPDATE at this time, so this
* test is NOT being run in CI.
*
* @author Bryan Thompson
* @version $Id: TestUpdateBootstrap.java 6167 2012-03-20 17:47:30Z thompsonbry
* $
*/
public class TestUpdateBootstrap extends AbstractASTEvaluationTestCase {
private static final Logger log = Logger
.getLogger(TestUpdateBootstrap.class);
/**
*
*/
public TestUpdateBootstrap() {
}
/**
* @param name
*/
public TestUpdateBootstrap(String name) {
super(name);
}
/**
* Unit test for inserting ground triples or quads.
*
*
* @prefix : .
* @prefix rdfs: .
* @prefix foaf:
*/
@SuppressWarnings({ "rawtypes", "unchecked" })
public void test_insert_data() throws Exception {
final UpdateRoot updateRoot = new UpdateRoot();
final ISPO[] data;
{
final InsertData op = new InsertData();
updateRoot.addChild(op);
final IV g1 = makeIV(valueFactory.createURI("http://www.bigdata.com/g1"));
final IV mike = makeIV(valueFactory.createURI("http://www.bigdata.com/Mike"));
final IV bryan = makeIV(valueFactory.createURI("http://www.bigdata.com/Bryan"));
final IV dc = makeIV(valueFactory.createURI("http://www.bigdata.com/DC"));
final IV rdfType = makeIV(valueFactory.asValue(RDF.TYPE));
final IV rdfsLabel = makeIV(valueFactory.asValue(RDFS.LABEL));
final IV foafPerson = makeIV(valueFactory.createURI("http://xmlns.com/foaf/0.1/Person"));
final IV mikeL = makeIV(valueFactory.createLiteral("Mike"));
final IV bryanL = makeIV(valueFactory.createLiteral("Bryan"));
final IV dcL = makeIV(valueFactory.createLiteral("DC"));
data = new ISPO[] { //
new SPO(mike, rdfType, foafPerson, g1, StatementEnum.Explicit),//
new SPO(bryan, rdfType, foafPerson, g1, StatementEnum.Explicit),//
new SPO(mike, rdfsLabel, mikeL, g1, StatementEnum.Explicit),//
new SPO(bryan, rdfsLabel, bryanL, g1, StatementEnum.Explicit),//
new SPO(dc, rdfsLabel, dcL, g1, StatementEnum.Explicit),//
};
/*
* FIXME Finish this test up (again). It is running into a conflict
* with the Value to IV resolution. It seems that it should be using
* BigdataValues here since the lexicon add/resolve step has not yet
* been executed (it runs below). Note that this code is old. It was
* a mock up for the evaluation of SPARQL UPDATE on the query engine.
* We do not evaluate SPARQL update that way, so this class could just
* go away.
*
* @see
* NullPointerException when attempting to INSERT DATA containing a
* blank node
*/
//op.setData(data);
fail("Finish test");
}
/*
* Turn that AST Update operation into a pipeline bop to add the terms
* and write the statements. This will be done by AST2BOpUtility, but I
* can mock the translation target up first.
*/
final ASTContainer astContainer = new ASTContainer(updateRoot);
final AST2BOpContext context = new AST2BOpContext(astContainer, store);
final long txId = ITx.UNISOLATED;
int bopId = 1;
final int resolutionId = bopId++;
final int insertStatementsId = bopId++;
final int commitId = bopId++;
PipelineOp left = null;
/*
* Resolve/add terms against the lexicon.
*/
left = new ChunkedResolutionOp(leftOrEmpty(left), NV.asMap(//
new NV(BOp.Annotations.BOP_ID, resolutionId),//
new NV(ChunkedResolutionOp.Annotations.TIMESTAMP, txId),//
new NV(ChunkedResolutionOp.Annotations.RELATION_NAME,
new String[] { context.getLexiconNamespace() })//
));
/*
* Insert statements.
*
* Note: namespace is the triple store, not the spo relation. This is
* because insert is currently on the triple store for historical SIDs
* support.
*
* Note: This already does TM for SIDs mode.
*/
left = new InsertStatementsOp(leftOrEmpty(left), NV.asMap(new NV(
BOp.Annotations.BOP_ID, insertStatementsId),//
new NV(ChunkedResolutionOp.Annotations.TIMESTAMP, txId),//
new NV(ChunkedResolutionOp.Annotations.RELATION_NAME,
new String[] { context.getNamespace() })//
));
/*
* Commit.
*/
left = new CommitOp(leftOrEmpty(left), NV.asMap(//
new NV(BOp.Annotations.BOP_ID, commitId),//
new NV(CommitOp.Annotations.TIMESTAMP, txId),//
new NV(CommitOp.Annotations.PIPELINED, false)//
));
/*
* Populate the source solutions with the statements to be asserted.
*/
final List bsets = new LinkedList();
{
final Var s = Var.var("s"), p = Var.var("p"), o = Var
.var("o"), c = Var.var("c");
for(ISPO spo : data) {
final ListBindingSet bset = new ListBindingSet();
bset.set(s, new Constant(spo.s()));
bset.set(p, new Constant(spo.p()));
bset.set(o, new Constant(spo.o()));
if (spo.c() != null)
bset.set(c, new Constant(spo.c()));
bsets.add(bset);
}
}
// Run the update.
final IRunningQuery future = context.queryEngine.eval(left,
bsets.toArray(new IBindingSet[bsets.size()]));
// Look for errors.
future.get();
if (log.isInfoEnabled())
log.info(store.dumpStore());
{
final BigdataValueFactory f = store.getValueFactory();
final BigdataURI mike = f.createURI("http://www.bigdata.com/Mike");
final BigdataURI bryan = f.createURI("http://www.bigdata.com/Bryan");
final BigdataURI dc = f.createURI("http://www.bigdata.com/DC");
final BigdataURI g1 = f.createURI("http://www.bigdata.com/g1");
final BigdataURI rdfType = f.asValue(RDF.TYPE);
final BigdataURI rdfsLabel = f.asValue(RDFS.LABEL);
final BigdataURI foafPerson = f.createURI("http://xmlns.com/foaf/0.1/Person");
final BigdataLiteral mikeL = f.createLiteral("Mike");
final BigdataLiteral bryanL = f.createLiteral("Bryan");
final BigdataLiteral DCL = f.createLiteral("DC");
final BigdataValue[] values = new BigdataValue[] { mike, bryan, dc,
g1, rdfType, rdfsLabel, foafPerson, mikeL, bryanL, DCL };
// Batch resolve (read-only).
store.getLexiconRelation()
.addTerms(values, values.length, true/* readOnly */);
// Verify IV assignment.
for (BigdataValue v : values) {
final IV iv = v.getIV();
// a real IV.
assertFalse(iv.isNullIV());
}
/*
* Verify statements in the store.
*/
assertTrue(store.hasStatement(mike, rdfType, foafPerson, g1));
assertTrue(store.hasStatement(bryan, rdfType, foafPerson, g1));
assertTrue(store.hasStatement(mike, rdfsLabel, mikeL, g1));
assertTrue(store.hasStatement(bryan, rdfsLabel, bryanL, g1));
assertTrue(store.hasStatement(dc, rdfsLabel, DCL, g1));
/*
* Check the mutation counters for the lexicon.
*/
{
final BOpStats stats = future.getStats().get(resolutionId);
/*
* Note: This assumes that rdf:type and rdfs:label are not
* defined by the vocabulary. We have to subtract out each
* Value which was declared by the vocabulary or is otherwise
* represented as a fully inline IV.
*/
long expectedCount = values.length;
for (int i = 0; i < values.length; i++) {
if (values[i].getIV().isInline())
expectedCount--;
}
assertEquals("mutationCount", expectedCount,
stats.mutationCount.get());
}
/*
* Check the mutation counters for the statements relation.
*/
{
final BOpStats stats = future.getStats()
.get(insertStatementsId);
final long expectedCount = 5;
assertEquals("mutationCount", expectedCount,
stats.mutationCount.get());
}
}
}
/**
* Unit test for LOAD with quads.
*/
public void test_load_data() throws Exception {
final UpdateRoot updateRoot = new UpdateRoot();
final LoadGraph op;
{
op = new LoadGraph();
updateRoot.addChild(op);
op.setSourceGraph(new ConstantNode(
makeIV(new URIImpl(
"file:src/test/java/com/bigdata/rdf/sparql/ast/eval/update/load_01.trig"))));
/*
* Note: This is loading into an unspecified graph since the target
* was not set.
*/
}
/*
* Turn that AST Update operation into a pipeline bop to add the terms
* and write the statements. This will be done by AST2BOpUtility, but I
* can mock the translation target up first.
*/
final ASTContainer astContainer = new ASTContainer(updateRoot);
final AST2BOpContext context = new AST2BOpContext(astContainer, store);
final long txId = ITx.UNISOLATED;
int bopId = 1;
final int parseId = bopId++;
final int resolutionId = bopId++;
final int insertStatementsId = bopId++;
final int commitId = bopId++;
PipelineOp left = null;
/*
* Parse the file.
*
* Note: After the parse step, the remainder of the steps are just like
* INSERT DATA.
*/
{
final Map anns = new HashMap();
anns.put(BOp.Annotations.BOP_ID, parseId);
// required.
anns.put(ParseOp.Annotations.SOURCE_URI, op.getSourceGraph()
.getValue());
// optional.
if (op.getTargetGraph() != null)
anns.put(ParseOp.Annotations.TARGET_URI, op.getTargetGraph());
// required.
anns.put(ParseOp.Annotations.TIMESTAMP, txId);
anns.put(ParseOp.Annotations.RELATION_NAME,
new String[] { context.getNamespace() });
/*
* Note: 100k is the historical default for the data loader. We
* generally want to parse a lot of data at once and vector it in
* big chunks.
*/
anns.put(ParseOp.Annotations.CHUNK_CAPACITY, 100000);
left = new ParseOp(leftOrEmpty(left), anns);
}
/*
* Resolve/add terms against the lexicon.
*/
left = new ChunkedResolutionOp(leftOrEmpty(left), NV.asMap(//
new NV(ChunkedResolutionOp.Annotations.BOP_ID, resolutionId),//
new NV(ChunkedResolutionOp.Annotations.TIMESTAMP, txId),//
new NV(ChunkedResolutionOp.Annotations.RELATION_NAME,
new String[] { context.getLexiconNamespace() })//
));
/*
* Insert statements.
*/
left = new InsertStatementsOp(leftOrEmpty(left), NV.asMap(new NV(
BOp.Annotations.BOP_ID, insertStatementsId),//
new NV(InsertStatementsOp.Annotations.TIMESTAMP, txId),//
new NV(InsertStatementsOp.Annotations.RELATION_NAME,
new String[] { context.getNamespace() })//
));
/*
* Commit.
*/
left = new CommitOp(leftOrEmpty(left), NV.asMap(//
new NV(BOp.Annotations.BOP_ID, commitId),//
new NV(CommitOp.Annotations.TIMESTAMP, txId),//
new NV(CommitOp.Annotations.PIPELINED, false)//
));
// Run the update.
final IRunningQuery future = context.queryEngine.eval(left);
// Look for errors.
future.get();
if (log.isInfoEnabled())
log.info(store.dumpStore());
{
final BigdataValueFactory f = store.getValueFactory();
final BigdataURI mike = f.createURI("http://www.bigdata.com/Mike");
final BigdataURI bryan = f.createURI("http://www.bigdata.com/Bryan");
final BigdataURI dc = f.createURI("http://www.bigdata.com/DC");
final BigdataURI g1 = f.createURI("http://www.bigdata.com/g1");
final BigdataURI rdfType = f.asValue(RDF.TYPE);
final BigdataURI rdfsLabel = f.asValue(RDFS.LABEL);
final BigdataURI foafPerson = f.createURI("http://xmlns.com/foaf/0.1/Person");
final BigdataLiteral mikeL = f.createLiteral("Mike");
final BigdataLiteral bryanL = f.createLiteral("Bryan");
final BigdataLiteral DCL = f.createLiteral("DC");
final BigdataValue[] values = new BigdataValue[] { mike, bryan, dc,
g1, rdfType, rdfsLabel, foafPerson, mikeL, bryanL, DCL };
// Batch resolve (read-only).
store.getLexiconRelation()
.addTerms(values, values.length, true/* readOnly */);
// Verify IV assignment.
for (BigdataValue v : values) {
final IV iv = v.getIV();
// a real IV.
assertFalse(iv.isNullIV());
}
/*
* Verify statements in the store.
*/
assertTrue(store.hasStatement(mike, rdfType, foafPerson, g1));
assertTrue(store.hasStatement(bryan, rdfType, foafPerson, g1));
assertTrue(store.hasStatement(mike, rdfsLabel, mikeL, g1));
assertTrue(store.hasStatement(bryan, rdfsLabel, bryanL, g1));
assertTrue(store.hasStatement(dc, rdfsLabel, DCL, g1));
/*
* Check the mutation counters for the lexicon.
*/
{
final BOpStats stats = future.getStats().get(resolutionId);
/*
* Note: This assumes that rdf:type and rdfs:label are not
* defined by the vocabulary. We have to subtract out each
* Value which was declared by the vocabulary or is otherwise
* represented as a fully inline IV.
*/
long expectedCount = values.length;
for (int i = 0; i < values.length; i++) {
if (values[i].getIV().isInline())
expectedCount--;
}
assertEquals("mutationCount", expectedCount,
stats.mutationCount.get());
}
/*
* Check the mutation counters for the statements relation.
*/
{
final BOpStats stats = future.getStats()
.get(insertStatementsId);
final long expectedCount = 5;
assertEquals("mutationCount", expectedCount,
stats.mutationCount.get());
}
}
}
/**
* Return either left wrapped as the sole member of an array or
* {@link BOp#NOARGS} iff left is null.
*
* @param left
* The prior operator in the pipeline (optional).
* @return The array.
*/
static protected BOp[] leftOrEmpty(final PipelineOp left) {
return left == null ? BOp.NOARGS : new BOp[] { left };
}
}
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