driver-sync/src/examples/tour/QuickTour.java
public static void main(final String[] args) {
        MongoClient mongoClient;

        if (args.length == 0) {
            // connect to the local database server
            mongoClient = MongoClients.create();
        } else {
            mongoClient = MongoClients.create(args[0]);
        }

        // get handle to "mydb" database
        MongoDatabase database = mongoClient.getDatabase("mydb");


        // get a handle to the "test" collection
        MongoCollection<Document> collection = database.getCollection("test");

        // drop all the data in it
        collection.drop();

        // make a document and insert it
        Document doc = new Document("name", "MongoDB")
                       .append("type", "database")
                       .append("count", 1)
                       .append("info", new Document("x", 203).append("y", 102));

        collection.insertOne(doc);

        // get it (since it's the only one in there since we dropped the rest earlier on)
        Document myDoc = collection.find().first();
        System.out.println(myDoc.toJson());

        // now, lets add lots of little documents to the collection so we can explore queries and cursors
        List<Document> documents = new ArrayList<Document>();
        for (int i = 0; i < 100; i++) {
            documents.add(new Document("i", i));
        }
        collection.insertMany(documents);
        System.out.println("total # of documents after inserting 100 small ones (should be 101) " + collection.countDocuments());

        // find first
        myDoc = collection.find().first();
        System.out.println(myDoc.toJson());

        // lets get all the documents in the collection and print them out
        MongoCursor<Document> cursor = collection.find().iterator();
        try {
            while (cursor.hasNext()) {
                System.out.println(cursor.next().toJson());
            }
        } finally {
            cursor.close();
        }

        for (Document cur : collection.find()) {
            System.out.println(cur.toJson());
        }

        // now use a query to get 1 document out
        myDoc = collection.find(eq("i", 71)).first();
        System.out.println(myDoc.toJson());

        // now use a range query to get a larger subset
        cursor = collection.find(gt("i", 50)).iterator();

        try {
            while (cursor.hasNext()) {
                System.out.println(cursor.next().toJson());
            }
        } finally {
            cursor.close();
        }

        // range query with multiple constraints
        cursor = collection.find(and(gt("i", 50), lte("i", 100))).iterator();

        try {
            while (cursor.hasNext()) {
                System.out.println(cursor.next().toJson());
            }
        } finally {
            cursor.close();
        }

        // Query Filters
        myDoc = collection.find(eq("i", 71)).first();
        System.out.println(myDoc.toJson());

        // now use a range query to get a larger subset
        Block<Document> printBlock = new Block<Document>() {
            @Override
            public void apply(final Document document) {
                System.out.println(document.toJson());
            }
        };
        collection.find(gt("i", 50)).forEach(printBlock);

        // filter where; 50 < i <= 100
        collection.find(and(gt("i", 50), lte("i", 100))).forEach(printBlock);

        // Sorting
        myDoc = collection.find(exists("i")).sort(descending("i")).first();
        System.out.println(myDoc.toJson());

        // Projection
        myDoc = collection.find().projection(excludeId()).first();
        System.out.println(myDoc.toJson());

        // Aggregation
        collection.aggregate(asList(
                match(gt("i", 0)),
                project(Document.parse("{ITimes10: {$multiply: ['$i', 10]}}")))
        ).forEach(printBlock);

        myDoc = collection.aggregate(singletonList(group(null, sum("total", "$i")))).first();
        System.out.println(myDoc.toJson());

        // Update One
        collection.updateOne(eq("i", 10), set("i", 110));

        // Update Many
        UpdateResult updateResult = collection.updateMany(lt("i", 100), inc("i", 100));
        System.out.println(updateResult.getModifiedCount());

        // Delete One
        collection.deleteOne(eq("i", 110));

        // Delete Many
        DeleteResult deleteResult = collection.deleteMany(gte("i", 100));
        System.out.println(deleteResult.getDeletedCount());

        collection.drop();

        // ordered bulk writes
        List<WriteModel<Document>> writes = new ArrayList<WriteModel<Document>>();
        writes.add(new InsertOneModel<Document>(new Document("_id", 4)));
        writes.add(new InsertOneModel<Document>(new Document("_id", 5)));
        writes.add(new InsertOneModel<Document>(new Document("_id", 6)));
        writes.add(new UpdateOneModel<Document>(new Document("_id", 1), new Document("$set", new Document("x", 2))));
        writes.add(new DeleteOneModel<Document>(new Document("_id", 2)));
        writes.add(new ReplaceOneModel<Document>(new Document("_id", 3), new Document("_id", 3).append("x", 4)));

        collection.bulkWrite(writes);

        collection.drop();

        collection.bulkWrite(writes, new BulkWriteOptions().ordered(false));
        //collection.find().forEach(printBlock);

        // Clean up
        database.drop();

        // release resources
        mongoClient.close();
    }
public static void main(final String[] args) {
        MongoClient mongoClient;

        if (args.length == 0) {
            // connect to the local database server
            mongoClient = MongoClients.create();
        } else {
            mongoClient = MongoClients.create(args[0]);
        }

        // get handle to "mydb" database
        MongoDatabase database = mongoClient.getDatabase("mydb");


        // get a handle to the "test" collection
        MongoCollection<Document> collection = database.getCollection("test");

        // drop all the data in it
        collection.drop();

        // make a document and insert it
        Document doc = new Document("name", "MongoDB")
                       .append("type", "database")
                       .append("count", 1)
                       .append("info", new Document("x", 203).append("y", 102));

        collection.insertOne(doc);

        // get it (since it's the only one in there since we dropped the rest earlier on)
        Document myDoc = collection.find().first();
        System.out.println(myDoc.toJson());

        // now, lets add lots of little documents to the collection so we can explore queries and cursors
        List<Document> documents = new ArrayList<Document>();
        for (int i = 0; i < 100; i++) {
            documents.add(new Document("i", i));
        }
        collection.insertMany(documents);
        System.out.println("total # of documents after inserting 100 small ones (should be 101) " + collection.countDocuments());

        // find first
        myDoc = collection.find().first();
        System.out.println(myDoc.toJson());

        // lets get all the documents in the collection and print them out
        MongoCursor<Document> cursor = collection.find().iterator();
        try {
            while (cursor.hasNext()) {
                System.out.println(cursor.next().toJson());
            }
        } finally {
            cursor.close();
        }

        for (Document cur : collection.find()) {
            System.out.println(cur.toJson());
        }

        // now use a query to get 1 document out
        myDoc = collection.find(eq("i", 71)).first();
        System.out.println(myDoc.toJson());

        // now use a range query to get a larger subset
        cursor = collection.find(gt("i", 50)).iterator();

        try {
            while (cursor.hasNext()) {
                System.out.println(cursor.next().toJson());
            }
        } finally {
            cursor.close();
        }

        // range query with multiple constraints
        cursor = collection.find(and(gt("i", 50), lte("i", 100))).iterator();

        try {
            while (cursor.hasNext()) {
                System.out.println(cursor.next().toJson());
            }
        } finally {
            cursor.close();
        }

        // Query Filters
        myDoc = collection.find(eq("i", 71)).first();
        System.out.println(myDoc.toJson());

        // now use a range query to get a larger subset
        Block<Document> printBlock = new Block<Document>() {
            @Override
            public void apply(final Document document) {
                System.out.println(document.toJson());
            }
        };
        collection.find(gt("i", 50)).forEach(printBlock);

        // filter where; 50 < i <= 100
        collection.find(and(gt("i", 50), lte("i", 100))).forEach(printBlock);

        // Sorting
        myDoc = collection.find(exists("i")).sort(descending("i")).first();
        System.out.println(myDoc.toJson());

        // Projection
        myDoc = collection.find().projection(excludeId()).first();
        System.out.println(myDoc.toJson());

        // Aggregation
        collection.aggregate(asList(
                match(gt("i", 0)),
                project(Document.parse("{ITimes10: {$multiply: ['$i', 10]}}")))
        ).forEach(printBlock);

        myDoc = collection.aggregate(singletonList(group(null, sum("total", "$i")))).first();
        System.out.println(myDoc.toJson());

        // Update One
        collection.updateOne(eq("i", 10), set("i", 110));

        // Update Many
        UpdateResult updateResult = collection.updateMany(lt("i", 100), inc("i", 100));
        System.out.println(updateResult.getModifiedCount());

        // Delete One
        collection.deleteOne(eq("i", 110));

        // Delete Many
        DeleteResult deleteResult = collection.deleteMany(gte("i", 100));
        System.out.println(deleteResult.getDeletedCount());

        collection.drop();

        // ordered bulk writes
        List<WriteModel<Document>> writes = new ArrayList<WriteModel<Document>>();
        writes.add(new InsertOneModel<Document>(new Document("_id", 4)));
        writes.add(new InsertOneModel<Document>(new Document("_id", 5)));
        writes.add(new InsertOneModel<Document>(new Document("_id", 6)));
        writes.add(new UpdateOneModel<Document>(new Document("_id", 1), new Document("$set", new Document("x", 2))));
        writes.add(new DeleteOneModel<Document>(new Document("_id", 2)));
        writes.add(new ReplaceOneModel<Document>(new Document("_id", 3), new Document("_id", 3).append("x", 4)));

        collection.bulkWrite(writes);

        collection.drop();

        collection.bulkWrite(writes, new BulkWriteOptions().ordered(false));
        //collection.find().forEach(printBlock);

        // Clean up
        database.drop();

        // release resources
        mongoClient.close();
    }
public static void main ( final String [ ] args ) { MongoClient mongoClient ; if ( args . length == 0 ) { // connect to the local database server mongoClient = MongoClients . create ( ) ; } else { mongoClient = MongoClients . create ( args [ 0 ] ) ; } // get handle to "mydb" database MongoDatabase database = mongoClient . getDatabase ( "mydb" ) ; // get a handle to the "test" collection MongoCollection < Document > collection = database . getCollection ( "test" ) ; // drop all the data in it collection . drop ( ) ; // make a document and insert it Document doc = new Document ( "name" , "MongoDB" ) . append ( "type" , "database" ) . append ( "count" , 1 ) . append ( "info" , new Document ( "x" , 203 ) . append ( "y" , 102 ) ) ; collection . insertOne ( doc ) ; // get it (since it's the only one in there since we dropped the rest earlier on) Document myDoc = collection . find ( ) . first ( ) ; System . out . println ( myDoc . toJson ( ) ) ; // now, lets add lots of little documents to the collection so we can explore queries and cursors List < Document > documents = new ArrayList < Document > ( ) ; for ( int i = 0 ; i < 100 ; i ++ ) { documents . add ( new Document ( "i" , i ) ) ; } collection . insertMany ( documents ) ; System . out . println ( "total # of documents after inserting 100 small ones (should be 101) " + collection . countDocuments ( ) ) ; // find first myDoc = collection . find ( ) . first ( ) ; System . out . println ( myDoc . toJson ( ) ) ; // lets get all the documents in the collection and print them out MongoCursor < Document > cursor = collection . find ( ) . iterator ( ) ; try { while ( cursor . hasNext ( ) ) { System . out . println ( cursor . next ( ) . toJson ( ) ) ; } } finally { cursor . close ( ) ; } for ( Document cur : collection . find ( ) ) { System . out . println ( cur . toJson ( ) ) ; } // now use a query to get 1 document out myDoc = collection . find ( eq ( "i" , 71 ) ) . first ( ) ; System . out . println ( myDoc . toJson ( ) ) ; // now use a range query to get a larger subset cursor = collection . find ( gt ( "i" , 50 ) ) . iterator ( ) ; try { while ( cursor . hasNext ( ) ) { System . out . println ( cursor . next ( ) . toJson ( ) ) ; } } finally { cursor . close ( ) ; } // range query with multiple constraints cursor = collection . find ( and ( gt ( "i" , 50 ) , lte ( "i" , 100 ) ) ) . iterator ( ) ; try { while ( cursor . hasNext ( ) ) { System . out . println ( cursor . next ( ) . toJson ( ) ) ; } } finally { cursor . close ( ) ; } // Query Filters myDoc = collection . find ( eq ( "i" , 71 ) ) . first ( ) ; System . out . println ( myDoc . toJson ( ) ) ; // now use a range query to get a larger subset Block < Document > printBlock = new Block < Document > ( ) { @ Override public void apply ( final Document document ) { System . out . println ( document . toJson ( ) ) ; } } ; collection . find ( gt ( "i" , 50 ) ) . forEach ( printBlock ) ; // filter where; 50 < i <= 100 collection . find ( and ( gt ( "i" , 50 ) , lte ( "i" , 100 ) ) ) . forEach ( printBlock ) ; // Sorting myDoc = collection . find ( exists ( "i" ) ) . sort ( descending ( "i" ) ) . first ( ) ; System . out . println ( myDoc . toJson ( ) ) ; // Projection myDoc = collection . find ( ) . projection ( excludeId ( ) ) . first ( ) ; System . out . println ( myDoc . toJson ( ) ) ; // Aggregation collection . aggregate ( asList ( match ( gt ( "i" , 0 ) ) , project ( Document . parse ( "{ITimes10: {$multiply: ['$i', 10]}}" ) ) ) ) . forEach ( printBlock ) ; myDoc = collection . aggregate ( singletonList ( group ( null , sum ( "total" , "$i" ) ) ) ) . first ( ) ; System . out . println ( myDoc . toJson ( ) ) ; // Update One collection . updateOne ( eq ( "i" , 10 ) , set ( "i" , 110 ) ) ; // Update Many UpdateResult updateResult = collection . updateMany ( lt ( "i" , 100 ) , inc ( "i" , 100 ) ) ; System . out . println ( updateResult . getModifiedCount ( ) ) ; // Delete One collection . deleteOne ( eq ( "i" , 110 ) ) ; // Delete Many DeleteResult deleteResult = collection . deleteMany ( gte ( "i" , 100 ) ) ; System . out . println ( deleteResult . getDeletedCount ( ) ) ; collection . drop ( ) ; // ordered bulk writes List < WriteModel < Document > > writes = new ArrayList < WriteModel < Document > > ( ) ; writes . add ( new InsertOneModel < Document > ( new Document ( "_id" , 4 ) ) ) ; writes . add ( new InsertOneModel < Document > ( new Document ( "_id" , 5 ) ) ) ; writes . add ( new InsertOneModel < Document > ( new Document ( "_id" , 6 ) ) ) ; writes . add ( new UpdateOneModel < Document > ( new Document ( "_id" , 1 ) , new Document ( "$set" , new Document ( "x" , 2 ) ) ) ) ; writes . add ( new DeleteOneModel < Document > ( new Document ( "_id" , 2 ) ) ) ; writes . add ( new ReplaceOneModel < Document > ( new Document ( "_id" , 3 ) , new Document ( "_id" , 3 ) . append ( "x" , 4 ) ) ) ; collection . bulkWrite ( writes ) ; collection . drop ( ) ; collection . bulkWrite ( writes , new BulkWriteOptions ( ) . ordered ( false ) ) ; //collection.find().forEach(printBlock); // Clean up database . drop ( ) ; // release resources mongoClient . close ( ) ; }
Run this main method to see the output of this quick example.

@param args takes an optional single argument for the connection string
Run this main method to see the output of this quick example .