Step 2: Run Atlas Search Queries

In Atlas, go to the Clusters page for your project.

1. If it's not already displayed, select the organization that contains your desired project from the Organizations menu in the navigation bar.

2. If it's not already displayed, select your desired project from the Projects menu in the navigation bar.

3. If the Clusters page is not already displayed, click Database in the sidebar.

   The Clusters page displays.

Go to the Atlas Search page for your cluster.

You can go the Atlas Search page from the sidebar, the Data Explorer, or your cluster details page.

Go to the Search Tester.

Click the Query button to the right of the index to query.

View and edit the query syntax.

Click Edit Query to view a default query syntax sample in JSON format.

Run a simple Atlas Search query on the movies collection.

Copy and paste the following query into the Query Editor, and then click the Search button in the Query Editor.

[
  {
    $search: {
      index: "default",
      text: {
        query: "baseball",
        path: "plot"
      }
    }
  }
]

SCORE: 3.8531038761138916  _id:  "573a13b3f29313caabd3b409"
  fullplot: "Three guys, all their lives, have been living in the shadow of bullies…"
  imdb: Object
  year: 2006
SCORE: 3.6254453659057617  _id:  "573a1399f29313caabcee801"
  plot: "A young boy is bequeathed the ownership of a professional baseball tea..."
  genres: Array
  runtime: 119
SCORE: 3.6254453659057617  _id:  "573a139af29313caabcefe18"
  plot: "A trained chimpanzee plays third base for a minor-league baseball team..."
  genres: Array
  runtime: 94
SCORE: 3.489243507385254  _id:  "573a1393f29313caabcdca79"
  plot: "The story of the life and career of the famed baseball player, Lou Geh..."
  genres: Array
  runtime: 128
SCORE: 3.489243507385254  _id:  "573a1399f29313caabcecef1"
  plot: "Babe Ruth becomes a baseball legend but is unheroic to those who know ..."
  genres: Array
  runtime: 115
SCORE: 3.4249095916748047  _id:  "573a1398f29313caabcebccf"
  plot: "Two disquieted junior baseball players seek revenge on the local yakuz…"
  genres: Array
  runtime: 96
SCORE: 3.4249095916748047  _id:  "573a13bdf29313caabd5813d"
  plot: "Dominican baseball star Miguel "Sugar" Santos is recruited to play in …"
  genres: Array
  runtime: 114
SCORE: 3.3629050254821777  _id:  "573a139af29313caabcefe79"
  plot: "An all star baseball player becomes the unhealthy focus of a down on h…"
  genres: Array
  runtime: 116
SCORE: 3.303105354309082  _id:  "573a1399f29313caabced370"
  plot: "A fading baseball player is traded to a Japanese team and has trouble …"
  genres: Array
  runtime: 108
SCORE: 3.303105354309082  _id:  "573a13a0f29313caabd05773"
  fullplot: "The story of Baseball Hall-of-Famer Hank Greenberg is told through arc…"
  imdb: Object
  year: 1998

To learn more about the $search pipeline stage, see its reference page. For complete aggregation pipeline documentation, see the MongoDB Server Manual.

Expand your query results.

The Search Tester might not display all the fields in the documents it returns. To view all the fields, including the field that you specify in the query path, expand the document in the results.

Connect to your cluster in mongosh.

Open mongosh in a terminal window and connect to your cluster. For detailed instructions on connecting, see Connect via mongosh.

Use the sample_mflix database.

Run the following command at mongosh prompt:

use sample_mflix

Run a simple Atlas Search query on the movies collection.

The following query searches for the word baseball in the plot field. It includes a $limit stage to limit the output to 5 results and a $project stage to exclude all fields except title and plot.

db.movies.aggregate([
  {
    $search: {
      "text": {
        "query": "baseball",
        "path": "plot"
      }
    }
  },
  {
    $limit: 5
  },
  {
    $project: {
      "_id": 0,
      "title": 1,
      "plot": 1
    }
  }
])

{
  "plot" : "A trio of guys try and make up for missed
  opportunities in childhood by forming a three-player
  baseball team to compete against standard children
  baseball squads.",
  "title" : "The Benchwarmers"
}
{
  "plot" : "A young boy is bequeathed the ownership of a
  professional baseball team.",
  "title" : "Little Big League"
}
{
  "plot" : "A trained chimpanzee plays third base for a
  minor-league baseball team.",
  "title" : "Ed"
}
{
  "plot" : "The story of the life and career of the famed
  baseball player, Lou Gehrig.",
  "title" : "The Pride of the Yankees"
}
{
  "plot" : "Babe Ruth becomes a baseball legend but is
  unheroic to those who know him.",
  "title" : "The Babe"
}

For more information about the $search pipeline stage, see its reference page. For complete aggregation pipeline documentation, see the MongoDB Server Manual.

Run a complex Atlas Search query on the movies collection.

$search has several operators for constructing different types of queries. The following query uses the compound operator to combine several operators into a single query. It has the following search criteria:

• The plot field must contain either Hawaii or Alaska.

• The plot field must contain a four-digit number, such as a year.

• The genres field must not contain either Comedy or Romance.

• The title field must not contain Beach or Snow.

db.movies.aggregate([
  {
    $search: {
      "compound": {
        "must": [ {
          "text": {
            "query": ["Hawaii", "Alaska"],
            "path": "plot"
          },
        },
        {
          "regex": {
            "query": "([0-9]{4})",
            "path": "plot",
            "allowAnalyzedField": true
          }
        } ],
        "mustNot": [ {
          "text": {
            "query": ["Comedy", "Romance"],
            "path": "genres"
          }
        },
        {
          "text": {
            "query": ["Beach", "Snow"],
            "path": "title"
          }
        } ]
      }
    }
  },
  {
    $project: {
      "title": 1,
      "plot": 1,
      "genres": 1,
      "_id": 0
    }
  }
])

{
  "plot" : "A modern aircraft carrier is thrown back in time
  to 1941 near Hawaii, just hours before the Japanese attack
  on Pearl Harbor.",
  "genres" : [ "Action", "Sci-Fi" ],
  "title" : "The Final Countdown"
}
{
  "plot" : "Follows John McCain's 2008 presidential
  campaign, from his selection of Alaska Governor Sarah
  Palin as his running mate to their ultimate defeat in the
  general election.",
  "genres" : [ "Biography", "Drama", "History" ],
  "title" : "Game Change"
}
{
  "plot" : "A devastating and heartrending take on grizzly
  bear activists Timothy Treadwell and Amie Huguenard, who
  were killed in October of 2003 while living among
  grizzlies in Alaska.",
  "genres" : [ "Documentary", "Biography" ],
  "title" : "Grizzly Man"
}
{
  "plot" : "Truman Korovin is a lonely, sharp-witted cab
  driver in Fairbanks, Alaska, 1980. The usual routine of
  picking up fares and spending his nights at his favorite
  bar, the Boatel, is disrupted ...",
  "genres" : [ "Drama" ],
  "title" : "Chronic Town"
}

Connect to your cluster in MongoDB Compass.

Open MongoDB Compass and connect to your cluster. For detailed instructions on connecting, see Connect via Compass.

Use the movies collection in the sample_mflix database.

On the Database screen, click the sample_mflix database, then click the movies collection.

Run a simple Atlas Search query on the movies collection.

The following query searches for the word baseball in the plot field. It includes a $limit stage to limit the output to 5 results and a $project stage to exclude all fields except title and plot.

To run this simple Atlas Search query in MongoDB Compass:

1. Click the Aggregations tab.

2. Click Select..., then configure each of the following pipeline stages by selecting the stage from the dropdown and adding the query for that stage. Click Add Stage to add additional stages.

   Pipeline Stage	Query
   $search	{ "text": { "query": "baseball", "path": "plot" } }
   $limit	5
   $project	{ "_id": 0, "title": 1, "plot": 1 }

If you enabled Auto Preview, MongoDB Compass displays the following documents next to the $project pipeline stage:

 {
   "plot" : "A trio of guys try and make up for missed
   opportunities in childhood by forming a three-player
   baseball team to compete against standard children
   baseball squads.",
   "title" : "The Benchwarmers"
 }
 {
   "plot" : "A young boy is bequeathed the ownership of a
   professional baseball team.",
   "title" : "Little Big League"
 }
 {
   "plot" : "A trained chimpanzee plays third base for a
   minor-league baseball team.",
   "title" : "Ed"
 }
 {
   "plot" : "The story of the life and career of the famed
   baseball player, Lou Gehrig.",
   "title" : "The Pride of the Yankees"
 }
 {
   "plot" : "Babe Ruth becomes a baseball legend but is
   unheroic to those who know him.",
   "title" : "The Babe"
 }

For more information about the $search pipeline stage, see its reference page. For complete aggregation pipeline documentation, see the MongoDB Server Manual.

Run a complex Atlas Search query on the movies collection.

$search has several operators for constructing different types of queries. The following query uses the compound operator to combine several operators into a single query. It has the following search criteria:

• The plot field must contain either Hawaii or Alaska.

• The plot field must contain a four-digit number, such as a year.

• The genres field must not contain either Comedy or Romance.

• The title field must not contain Beach or Snow.

To run this complex Atlas Search query in MongoDB Compass:

1. Click the Aggregations tab.

2. Click Select..., then configure each of the following pipeline stages by selecting the stage from the dropdown and adding the query for that stage. Click Add Stage to add additional stages.

   Pipeline Stage	Query
   $search	{ "compound": { "must": [ { "text": { "query": ["Hawaii", "Alaska"], "path": "plot" }, }, { "regex": { "query": "([0-9]{4})", "path": "plot", "allowAnalyzedField": true } } ], "mustNot": [ { "text": { "query": ["Comedy", "Romance"], "path": "genres" } }, { "text": { "query": ["Beach", "Snow"], "path": "title" } } ] } }
   $project	{ "title": 1, "plot": 1, "genres": 1, "_id": 0 }

If you enabled Auto Preview, MongoDB Compass displays the following documents next to the $project pipeline stage:

 {
   "plot" : "A modern aircraft carrier is thrown back in time
   to 1941 near Hawaii, just hours before the Japanese attack
   on Pearl Harbor.",
   "genres" : [ "Action", "Sci-Fi" ],
   "title" : "The Final Countdown"
 }
 {
   "plot" : "Follows John McCain's 2008 presidential
   campaign, from his selection of Alaska Governor Sarah
   Palin as his running mate to their ultimate defeat in the
   general election.",
   "genres" : [ "Biography", "Drama", "History" ],
   "title" : "Game Change"
 }
 {
   "plot" : "A devastating and heartrending take on grizzly
   bear activists Timothy Treadwell and Amie Huguenard, who
   were killed in October of 2003 while living among
   grizzlies in Alaska.",
   "genres" : [ "Documentary", "Biography" ],
   "title" : "Grizzly Man"
 }
 {
   "plot" : "Truman Korovin is a lonely, sharp-witted cab
   driver in Fairbanks, Alaska, 1980. The usual routine of
   picking up fares and spending his nights at his favorite
   bar, the Boatel, is disrupted ...",
   "genres" : [ "Drama" ],
   "title" : "Chronic Town"
 }

Run a simple Atlas Search query on the movies collection.

1. Create a new directory called simple-query-example and initialize your project with the dotnet new command.

   mkdir simple-query-example
   cd simple-query-example
   dotnet new console

2. Add the .NET/C# Driver to your project as a dependency.

   dotnet add package MongoDB.Driver

3. Replace the contents of the Program.cs file with the following code.

   The code example performs the following tasks:

   • Imports mongodb packages and dependencies.

   • Establishes a connection to your Atlas cluster.

   • Searches for the word baseball in the plot field. It includes a:

     • $limit stage to limit the output to 5 results

     • $project stage to exclude all fields except title and plot

   • Iterates over the cursor to print the documents that match the query.

   1
   using MongoDB.Bson;
   2
   using MongoDB.Bson.Serialization.Attributes;
   3
   using MongoDB.Bson.Serialization.Conventions;
   4
   using MongoDB.Driver;
   5
   using MongoDB.Driver.Search;
   6
   7
   public class SimpleQuery
   8
   {
   9
       private const string MongoConnectionString = "<connection-string>";
   10
   11
       public static void Main(string[] args)
   12
       {
   13
           // allow automapping of the camelCase database fields to our MovieDocument
   14
           var camelCaseConvention = new ConventionPack { new CamelCaseElementNameConvention() };
   15
           ConventionRegistry.Register("CamelCase", camelCaseConvention, type => true);
   16
   17
           // connect to your Atlas cluster
   18
           var mongoClient = new MongoClient(MongoConnectionString);
   19
           var mflixDatabase = mongoClient.GetDatabase("sample_mflix");
   20
           var moviesCollection = mflixDatabase.GetCollection<MovieDocument>("movies");
   21
   22
           // define and run pipeline
   23
           var results = moviesCollection.Aggregate()
   24
               .Search(Builders<MovieDocument>.Search.Text(movie => movie.Plot, "baseball"))
   25
               .Project<MovieDocument>(Builders<MovieDocument>.Projection
   26
                   .Include(movie => movie.Plot)
   27
                   .Include(movie => movie.Title)
   28
                   .Exclude(movie => movie.Id))
   29
               .Limit(5)
   30
               .ToList();
   31
   32
           // print results
   33
           foreach (var movie in results)
   34
           {
   35
               Console.WriteLine(movie.ToJson());
   36
           }
   37
       }
   38
   }
   39
   40
   [BsonIgnoreExtraElements]
   41
   public class MovieDocument
   42
   {
   43
       [BsonIgnoreIfDefault]
   44
       public ObjectId Id { get; set; }
   45
       public string Plot { get; set; }
   46
       public string Title { get; set; }
   47
   }

4. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

5. Compile and run Program.cs file.

   dotnet run simple-query-example.csproj

   HIDE OUTPUT

   {
     "plot" : "A trio of guys try and make up for missed
     opportunities in childhood by forming a three-player
     baseball team to compete against standard children baseball
     squads.",
     "title" : "The Benchwarmers"
   }
   {
     "plot" : "A young boy is bequeathed the ownership of a
     professional baseball team.",
     "title" : "Little Big League"
   }
   {
     "plot" : "A trained chimpanzee plays third base for a
     minor-league baseball team.",
     "title" : "Ed"
   }
   {
     "plot" : "The story of the life and career of the famed
     baseball player, Lou Gehrig.",
     "title" : "The Pride of the Yankees"
   }
   {
     "plot" : "Babe Ruth becomes a baseball legend but is
     unheroic to those who know him.",
     "title" : "The Babe"
   }

Run a complex Atlas Search query on the movies collection.

1. Create a new directory called complex-query-example and initialize your project with the dotnet new command.

   mkdir complex-query-example
   cd complex-query-example
   dotnet new console

2. Add the .NET/C# Driver to your project as a dependency.

   dotnet add package MongoDB.Driver

3. Replace the contents of the Program.cs file with the following code.

   $search has several operators for constructing different types of queries. This code example uses the compound operator to combine several operators into a single query. It has the following search criteria:

   • The plot field must contain either Hawaii or Alaska.

   • The plot field must contain a four-digit number, such as a year.

   • The genres field must not contain either Comedy or Romance.

   • The title field must not contain Beach or Snow.

   1
   using MongoDB.Bson;
   2
   using MongoDB.Bson.Serialization.Attributes;
   3
   using MongoDB.Bson.Serialization.Conventions;
   4
   using MongoDB.Driver;
   5
   using MongoDB.Driver.Search;
   6
   7
   public class ComplexQuery
   8
   {
   9
       private const string MongoConnectionString = "<connection-string>";
   10
   11
       public static void Main(string[] args)
   12
       {
   13
           // allow automapping of the camelCase database fields to our MovieDocument
   14
           var camelCaseConvention = new ConventionPack { new CamelCaseElementNameConvention() };
   15
           ConventionRegistry.Register("CamelCase", camelCaseConvention, type => true);
   16
   17
           // connect to your Atlas cluster
   18
           var mongoClient = new MongoClient(MongoConnectionString);
   19
           var mflixDatabase = mongoClient.GetDatabase("sample_mflix");
   20
           var moviesCollection = mflixDatabase.GetCollection<MovieDocument>("movies");
   21
   22
           // declare data for the compound query
   23
           string[] terms = { "Hawaii", "Alaska" };
   24
           string[] genres = { "Comedy", "Romance" };
   25
           string[] titles = { "Beach", "Snow" };
   26
   27
           // define and run pipeline
   28
           var results = moviesCollection.Aggregate()
   29
               .Search(Builders<MovieDocument>.Search.Compound()
   30
                   .Must(Builders<MovieDocument>.Search.Text(movie => movie.Plot, terms))
   31
                   .Must(Builders<MovieDocument>.Search.Regex(movie => movie.Plot, "([0-9]{4})", true))
   32
                   .MustNot((Builders<MovieDocument>.Search.Text(movie => movie.Genres, genres)))
   33
                   .MustNot((Builders<MovieDocument>.Search.Text(movie => movie.Title, titles))))
   34
               .Project<MovieDocument>(Builders<MovieDocument>.Projection
   35
                   .Include(movie => movie.Genres)
   36
                   .Include(movie => movie.Plot)
   37
                   .Include(movie => movie.Title)
   38
                   .Exclude(movie => movie.Id))
   39
               .ToList();
   40
   41
           // print results
   42
           foreach (var movie in results)
   43
           {
   44
               Console.WriteLine(movie.ToJson());
   45
           }
   46
       }
   47
   }
   48
   49
   [BsonIgnoreExtraElements]
   50
   public class MovieDocument
   51
   {
   52
       [BsonIgnoreIfDefault]
   53
       public ObjectId Id { get; set; }
   54
       public string[] Genres { get; set; }
   55
       public string Plot { get; set; }
   56
       public string Title { get; set; }
   57
   }

4. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

5. Compile and run Program.cs file.

   dotnet run complex-query-example.csproj

   HIDE OUTPUT

   {
     "genres" : ["Action", "Sci-Fi"],
     "plot" : "A modern aircraft carrier is thrown back in time to 1941 near Hawaii, just hours before the Japanese attack on Pearl Harbor.",
     "title" : "The Final Countdown"
   }
   {
     "genres" : ["Biography", "Drama", "History"],
     "plot" : "Follows John McCain's 2008 presidential campaign,
     from his selection of Alaska Governor Sarah Palin as his
     running mate to their ultimate defeat in the general
     election.",
     "title" : "Game Change"
   }
   {
     "genres" : ["Documentary", "Biography"],
     "plot" : "A devastating and heartrending take on grizzly
     bear activists Timothy Treadwell and Amie Huguenard, who
     were killed in October of 2003 while living among grizzlies
     in Alaska.",
     "title" : "Grizzly Man"
   }
   {
     "genres" : ["Drama"],
     "plot" : "Truman Korovin is a lonely, sharp-witted cab
     driver in Fairbanks, Alaska, 1980. The usual routine of
     picking up fares and spending his nights at his favorite
     bar, the Boatel, is disrupted ...",
     "title" : "Chronic Town"
   }

Run a simple Atlas Search query on the movies collection.

1. Create a file named simple-query.go.

2. Copy and paste the code example into the simple-query.go file.

   The code example performs the following tasks:

   • Imports mongodb packages and dependencies.

   • Establishes a connection to your Atlas cluster.

   • Searches for the word baseball in the plot field. It includes the following stages:

     • $limit stage to limit the output to 5 results

     • $project stage to exclude all fields except title and plot

   • Iterates over the cursor to print the documents that match the query.

   1
   package main
   2
   import (
   3
   	"context"
   4
   	"fmt"
   5
   	"time"
   6
   7
   	"go.mongodb.org/mongo-driver/bson"
   8
   	"go.mongodb.org/mongo-driver/mongo"
   9
   	"go.mongodb.org/mongo-driver/mongo/options"
   10
   )
   11
   // define structure of movies collection
   12
   type MovieCollection struct {
   13
     title   string    `bson:"Title,omitempty"`
   14
     plot    string    `bson:"Plot,omitempty"`
   15
   }
   16
   func main() {
   17
     var err error
   18
     // connect to the Atlas cluster
   19
     ctx := context.Background()
   20
     client, err := mongo.Connect(ctx, options.Client().ApplyURI("<connection-string>"))
   21
     if err != nil {
   22
   	  panic(err)
   23
     }
   24
     defer client.Disconnect(ctx)
   25
     // set namespace
   26
     collection := client.Database("sample_mflix").Collection("movies")
   27
     // define pipeline
   28
     searchStage := bson.D{{"$search", bson.D{{"text", bson.D{{"path", "plot"},{"query", "baseball"}}}}}}
   29
     limitStage := bson.D{{"$limit", 5}}
   30
     projectStage := bson.D{{"$project", bson.D{{"title", 1}, {"plot", 1}, {"_id", 0}}}}
   31
     // specify the amount of time the operation can run on the server
   32
     opts := options.Aggregate().SetMaxTime(5 * time.Second)
   33
     // run pipeline
   34
     cursor, err := collection.Aggregate(ctx, mongo.Pipeline{searchStage, limitStage, projectStage}, opts)
   35
     if err != nil {
   36
   	  panic(err)
   37
     }
   38
     // print results
   39
     var results []bson.D
   40
     if err = cursor.All(context.TODO(), &results); err != nil {
   41
   	  panic(err)
   42
     }
   43
     for _, result := range results {
   44
   	  fmt.Println(result)
   45
     }
   46
   }

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

4. Run the following command to query your collection:

   go run simple-query.go

   HIDE OUTPUT

   [
     {plot A trio of guys try and make up for missed opportunities in childhood by forming a three-player baseball team to compete against standard children baseball squads.}
     {title The Benchwarmers}
   ]
   [
     {plot A young boy is bequeathed the ownership of a professional baseball team.}
     {title Little Big League}
   ]
   [
     {plot A trained chimpanzee plays third base for a minor-league baseball team.}
     {title Ed}
   ]
   [
     {plot The story of the life and career of the famed baseball player, Lou Gehrig.}
     {title The Pride of the Yankees}
   ]
   [
     {plot Babe Ruth becomes a baseball legend but is unheroic to those who know him.}
     {title The Babe}
   ]

Run a complex Atlas Search query on the movies collection.

1. Create a file named complex-query.go.

2. Copy and paste the code example into the complex-query.go file.

   $search has several operators for constructing different types of queries. This code example uses the compound operator to combine several operators into a single query. It has the following search criteria:

   • The plot field must contain either Hawaii or Alaska.

   • The plot field must contain a four-digit number, such as a year.

   • The genres field must not contain either Comedy or Romance.

   • The title field must not contain Beach or Snow.

   1
   package main
   2
   import (
   3
   	"context"
   4
   	"fmt"
   5
   	"time"
   6
   7
   	"go.mongodb.org/mongo-driver/bson"
   8
   	"go.mongodb.org/mongo-driver/mongo"
   9
   	"go.mongodb.org/mongo-driver/mongo/options"
   10
   )
   11
   // define structure of movies collection
   12
   type MovieCollection struct {
   13
     title   string      `bson:"Title,omitempty"`
   14
     plot    []string    `bson:"Plot,omitempty"`
   15
   }
   16
   func main() {
   17
     var err error
   18
     // connect to the Atlas cluster
   19
     ctx := context.Background()
   20
     client, err := mongo.Connect(ctx, options.Client().ApplyURI("<connection-string>"))
   21
     if err != nil {
   22
   	panic(err)
   23
     }
   24
     defer client.Disconnect(ctx)
   25
     // set namespace
   26
     collection := client.Database("sample_mflix").Collection("movies")
   27
     // define pipeline
   28
     searchStage := bson.D{{"$search", bson.M{
   29
   	"compound": bson.M{
   30
   	  "must": bson.A{
   31
   		bson.M{
   32
   		  "text": bson.D{
   33
   			{"path", "plot"},{"query", []string{"Hawaii", "Alaska"}},
   34
   		  },
   35
   		},
   36
   		bson.M{
   37
   		  "regex": bson.M{
   38
   		  "path": "plot","query": "([0-9]{4})","allowAnalyzedField": true,
   39
   		  },
   40
   		},
   41
   	  },
   42
   	  "mustNot": bson.A{
   43
   		bson.D{
   44
   		  {"text", bson.M{
   45
   			 "path": "genres","query": []string{"Comedy", "Romance"},
   46
   		  }},
   47
   		  {"text", bson.M{
   48
   			"path": "title","query": []string{"Beach", "Snow"},
   49
   		  }},
   50
   		},
   51
   	  },
   52
   	},
   53
     }}}
   54
     projectStage := bson.D{{"$project", bson.D{{"title", 1}, {"plot", 1}, {"genres", 1}, {"_id", 0}}}}
   55
     // specify the amount of time the operation can run on the server
   56
     opts := options.Aggregate().SetMaxTime(5 * time.Second)
   57
     // run pipeline
   58
     cursor, err := collection.Aggregate(ctx, mongo.Pipeline{searchStage, projectStage}, opts)
   59
     if err != nil {
   60
   	panic(err)
   61
     }
   62
     // print results
   63
     var results []bson.D
   64
     if err = cursor.All(context.TODO(), &results); err != nil {
   65
   	panic(err)
   66
     }
   67
     for _, result := range results {
   68
   	fmt.Println(result)
   69
     }
   70
   }

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

4. Run the following command to query your collection:

   go run complex-query.go

   HIDE OUTPUT

   [
     {plot A modern aircraft carrier is thrown back in time to 1941 near Hawaii, just hours before the Japanese attack on Pearl Harbor.}
     {genres [Action Sci-Fi]}
     {title The Final Countdown}
   ]
   [
     {plot Follows John McCain's 2008 presidential campaign, from his selection of Alaska Governor Sarah Palin as his running mate to their ultimate defeat in the general election.}
     {genres [Biography Drama History]}
     {title Game Change}
   ]
   [
     {plot A devastating and heartrending take on grizzly bear activists Timothy Treadwell and Amie Huguenard, who were killed in October of 2003 while living among grizzlies in Alaska.}
     {genres [Documentary Biography]}
     {title Grizzly Man}
   ]
   [
     {plot Truman Korovin is a lonely, sharp-witted cab driver in Fairbanks, Alaska, 1980. The usual routine of picking up fares and spending his nights at his favorite bar, the Boatel, is disrupted ...}
     {genres [Drama]}
     {title Chronic Town}
   ]

Ensure that your CLASSPATH contains the following libraries.

Run a simple Atlas Search query on the movies collection.

1. Create a file named SimpleQuery.java.

2. Copy and paste the following code into the SimpleQuery.java file.

   The code example performs the following tasks:

   • Imports mongodb packages and dependencies.

   • Establishes a connection to your Atlas cluster.

   • Searches for the word baseball in the plot field. It includes a:

     • $limit stage to limit the output to 5 results

     • $project stage to exclude all fields except title and plot

   • Iterates over the cursor to print the documents that match the query.

   1
   import java.util.Arrays;
   2
   import static com.mongodb.client.model.Filters.eq;
   3
   import static com.mongodb.client.model.Aggregates.limit;
   4
   import static com.mongodb.client.model.Aggregates.project;
   5
   import static com.mongodb.client.model.Projections.excludeId;
   6
   import static com.mongodb.client.model.Projections.fields;
   7
   import static com.mongodb.client.model.Projections.include;
   8
   import com.mongodb.client.MongoClient;
   9
   import com.mongodb.client.MongoClients;
   10
   import com.mongodb.client.MongoCollection;
   11
   import com.mongodb.client.MongoDatabase;
   12
   import org.bson.Document;
   13
   14
   public class SimpleQuery {
   15
     public static void main( String[] args ) {
   16
   	Document agg = new Document("query", "baseball").append("path","plot");
   17
   18
   	String uri = "<connection-string>";
   19
   20
   	try (MongoClient mongoClient = MongoClients.create(uri)) {
   21
   	  MongoDatabase database = mongoClient.getDatabase("sample_mflix");
   22
   	  MongoCollection<Document> collection = database.getCollection("movies");
   23
   					
   24
   	  collection.aggregate(Arrays.asList(
   25
           eq("$search", eq("text", agg)), 
   26
   	    limit(5), 
   27
   	    project(fields(excludeId(), include("title", "plot"))))
   28
   	  ).forEach(doc -> System.out.println(doc.toJson()));	
   29
   	}
   30
     }
   31
   }

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

4. Compile and run SimpleQuery.java file.

   javac SimpleQuery.java
   java SimpleQuery

   HIDE OUTPUT

   {
     "plot": "A trio of guys try and make up for missed opportunities in childhood by forming a three-player baseball team to compete against standard children baseball squads.",
     "title": "The Benchwarmers"
   }
   {
     "plot": "A young boy is bequeathed the ownership of a professional baseball team.",
     "title": "Little Big League"
   }
   {
     "plot": "A trained chimpanzee plays third base for a minor-league baseball team.",
     "title": "Ed"
   }
   {
     "plot": "The story of the life and career of the famed baseball player, Lou Gehrig.",
     "title": "The Pride of the Yankees"
   }
   {
     "plot": "Babe Ruth becomes a baseball legend but is unheroic to those who know him.",
     "title": "The Babe"
   }

Run a complex Atlas Search query on the movies collection.

1. Create a file named ComplexQuery.java.

2. Copy and paste the following code into the ComplexQuery.java file.

   $search has several operators for constructing different types of queries. This code example uses the compound operator to combine several operators into a single query. It has the following search criteria:

   • The plot field must contain either Hawaii or Alaska.

   • The plot field must contain a four-digit number, such as a year.

   • The genres field must not contain either Comedy or Romance.

   • The title field must not contain Beach or Snow.

   1
   import java.util.Arrays;
   2
   import static com.mongodb.client.model.Filters.eq;
   3
   import static com.mongodb.client.model.Aggregates.project;
   4
   import static com.mongodb.client.model.Projections.excludeId;
   5
   import static com.mongodb.client.model.Projections.fields;
   6
   import static com.mongodb.client.model.Projections.include;
   7
   import com.mongodb.client.MongoClient;
   8
   import com.mongodb.client.MongoClients;
   9
   import com.mongodb.client.MongoCollection;
   10
   import com.mongodb.client.MongoDatabase;
   11
   import org.bson.Document;
   12
   13
   public class ComplexQuery {
   14
     public static void main( String[] args ) {
   15
       Document agg = new Document("must", Arrays.asList(
   16
         new Document("text", new Document("query", Arrays.asList("Hawaii", "Alaska")).append("path", "plot")), 
   17
         new Document("regex", new Document("query", "([0-9]{4})").append("path", "plot").append("allowAnalyzedField", true))))
   18
           .append("mustNot", Arrays.asList(
   19
         new Document("text", new Document("query", Arrays.asList("Comedy", "Romance")).append("path", "genres")), 
   20
         new Document("text", new Document("query", Arrays.asList("Beach", "Snow")).append("path", "title"))));
   21
   		
   22
       String uri = "<connection-string>";
   23
   24
       try (MongoClient mongoClient = MongoClients.create(uri)) {
   25
         MongoDatabase database = mongoClient.getDatabase("sample_mflix");
   26
         MongoCollection<Document> collection = database.getCollection("movies");
   27
   					
   28
         collection.aggregate(Arrays.asList(
   29
           eq("$search", eq("compound", agg)), 
   30
           project(fields(excludeId(), include("title", "plot", "genres"))))
   31
         ).forEach(doc -> System.out.println(doc.toJson()));	
   32
       }
   33
     }
   34
   }

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

4. Compile and run ComplexQuery.java file.

   javac ComplexQuery.java
   java ComplexQuery

   HIDE OUTPUT

   {
     "plot": "A modern aircraft carrier is thrown back in time to 1941 near Hawaii, just hours before the Japanese attack on Pearl Harbor.",
     "genres": ["Action", "Sci-Fi"],
     "title": "The Final Countdown"
   }
   {
     "plot": "Follows John McCain's 2008 presidential campaign, from his selection of Alaska Governor Sarah Palin as his running mate to their ultimate defeat in the general election.",
     "genres": ["Biography", "Drama", "History"],
     "title": "Game Change"
   }
   {
     "plot": "A devastating and heartrending take on grizzly bear activists Timothy Treadwell and Amie Huguenard, who were killed in October of 2003 while living among grizzlies in Alaska.",
     "genres": ["Documentary", "Biography"],
     "title": "Grizzly Man"
   }
   {
     "plot": "Truman Korovin is a lonely, sharp-witted cab driver in Fairbanks, Alaska, 1980. The usual routine of picking up fares and spending his nights at his favorite bar, the Boatel, is disrupted ...",
     "genres": ["Drama"],
     "title": "Chronic Town"
   }

Ensure that you add the following dependency to your project.

Run a simple Atlas Search query on the movies collection.

1. Create a file named SimpleQuery.kt.

2. Copy and paste the following code into the SimpleQuery.kt file.

   The code example performs the following tasks:

   • Imports mongodb packages and dependencies.

   • Establishes a connection to your Atlas cluster.

   • Searches for the word baseball in the plot field. It includes a:

     • $limit stage to limit the output to 5 results

     • $project stage to exclude all fields except title and plot

   • Prints the documents that match the query from the AggregateFlow instance.

   1
   import com.mongodb.client.model.Aggregates.limit
   2
   import com.mongodb.client.model.Aggregates.project
   3
   import com.mongodb.client.model.Filters.eq
   4
   import com.mongodb.client.model.Projections.*
   5
   import com.mongodb.kotlin.client.coroutine.MongoClient
   6
   import kotlinx.coroutines.runBlocking
   7
   import org.bson.Document
   8
   9
   fun main() {
   10
       // establish connection and set namespace
   11
       val uri = "<connection-string>"
   12
       val mongoClient = MongoClient.create(uri)
   13
       val database = mongoClient.getDatabase("sample_mflix")
   14
       val collection = database.getCollection<Document>("movies")
   15
   16
       runBlocking {
   17
           // define query
   18
           val agg = Document("query", "baseball").append("path","plot")
   19
   20
           // run query and print results
   21
           val resultsFlow = collection.aggregate<Document>(
   22
               listOf(
   23
                   eq("\$search", eq("text", agg)),
   24
                   limit(5),
   25
                   project(fields(excludeId(), include("title", "plot")))
   26
               )
   27
           )
   28
           resultsFlow.collect { println(it) }
   29
       }
   30
       mongoClient.close()
   31
   }

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

4. Run the SimpleQuery.kt file.

   When you run the SimpleQuery.kt program in your IDE, it prints the following documents:

   Document{{plot=A trio of guys try and make up for missed opportunities in childhood by forming a three-player baseball team to compete against standard children baseball squads., title=The Benchwarmers}}
   Document{{plot=A young boy is bequeathed the ownership of a professional baseball team., title=Little Big League}}
   Document{{plot=A trained chimpanzee plays third base for a minor-league baseball team., title=Ed}}
   Document{{plot=Babe Ruth becomes a baseball legend but is unheroic to those who know him., title=The Babe}}
   Document{{plot=The story of the life and career of the famed baseball player, Lou Gehrig., title=The Pride of the Yankees}}

Run a complex Atlas Search query on the movies collection.

1. Create a file named ComplexQuery.kt.

2. Copy and paste the following code into the ComplexQuery.kt file.

   $search has several operators for constructing different types of queries. This code example uses the compound operator to combine several operators into a single query. It has the following search criteria:

   • The plot field must contain either Hawaii or Alaska.

   • The plot field must contain a four-digit number, such as a year.

   • The genres field must not contain either Comedy or Romance.

   • The title field must not contain Beach or Snow.

   1
   import com.mongodb.client.model.Aggregates.limit
   2
   import com.mongodb.client.model.Aggregates.project
   3
   import com.mongodb.client.model.Filters.eq
   4
   import com.mongodb.client.model.Projections.*
   5
   import com.mongodb.kotlin.client.coroutine.MongoClient
   6
   import kotlinx.coroutines.runBlocking
   7
   import org.bson.Document
   8
   9
   fun main() {
   10
       // establish connection and set namespace
   11
       val uri = "<connection-string>"
   12
       val mongoClient = MongoClient.create(uri)
   13
       val database = mongoClient.getDatabase("sample_mflix")
   14
       val collection = database.getCollection<Document>("movies")
   15
   16
       runBlocking {
   17
           // define query
   18
           val agg = Document(
   19
               "must", listOf(
   20
                   Document("text", Document("query", listOf("Hawaii", "Alaska"))
   21
                       .append("path", "plot")),
   22
                   Document(
   23
                       "regex",
   24
                       Document("query", "([0-9]{4})")
   25
                           .append("path", "plot")
   26
                           .append("allowAnalyzedField", true)
   27
                   )
   28
               )
   29
           )
   30
               .append(
   31
                   "mustNot", listOf(
   32
                       Document("text", Document("query", listOf("Comedy", "Romance"))
   33
                           .append("path", "genres")),
   34
                       Document("text", Document("query", listOf("Beach", "Snow"))
   35
                           .append("path", "title"))
   36
                   )
   37
               )
   38
   39
           // run query and print results
   40
           val resultsFlow = collection.aggregate<Document>(
   41
               listOf(
   42
                   eq("\$search", eq("compound", agg)),
   43
                   project(fields(
   44
                       excludeId(),
   45
                       include("title", "plot", "genres")
   46
                   ))
   47
               )
   48
           )
   49
           resultsFlow.collect { println(it) }
   50
       }
   51
       mongoClient.close()
   52
   }

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

4. Run the ComplexQuery.kt file.

   When you run the ComplexQuery.kt program in your IDE, it prints the following documents:

   Document{{plot=A modern aircraft carrier is thrown back in time to 1941 near Hawaii, just hours before the Japanese attack on Pearl Harbor., genres=[Action, Sci-Fi], title=The Final Countdown}}
   Document{{plot=Follows John McCain's 2008 presidential campaign, from his selection of Alaska Governor Sarah Palin as his running mate to their ultimate defeat in the general election., genres=[Biography, Drama, History], title=Game Change}}
   Document{{plot=A devastating and heartrending take on grizzly bear activists Timothy Treadwell and Amie Huguenard, who were killed in October of 2003 while living among grizzlies in Alaska., genres=[Documentary, Biography], title=Grizzly Man}}
   Document{{plot=Truman Korovin is a lonely, sharp-witted cab driver in Fairbanks, Alaska, 1980. The usual routine of picking up fares and spending his nights at his favorite bar, the Boatel, is disrupted ..., genres=[Drama], title=Chronic Town}}

Run a simple Atlas Search query on the movies collection.

1. Create a file named simple-query.js.

2. Copy and paste the code example into the simple-query.js file.

   The code example performs the following tasks:

   • Imports mongodb, MongoDB's Node.js driver.

   • Creates an instance of the MongoClient class to establish a connection to your Atlas cluster.

   • Searches for the word baseball in the plot field. It includes a $limit stage to limit the output to 5 results and a $project stage to exclude all fields except title and plot.

   • Iterates over the cursor to print the documents that match the query.

   1
   const MongoClient = require("mongodb").MongoClient;
   2
   const assert = require("assert");
   3
   4
   const agg = [
   5
     {
   6
       $search: {
   7
         text: {
   8
           query: "baseball",
   9
           path: "plot",
   10
         },
   11
       },
   12
     },
   13
     {
   14
       $limit: 5,
   15
     },
   16
     {
   17
       $project: {
   18
         _id: 0,
   19
         title: 1,
   20
         plot: 1,
   21
       },
   22
     },
   23
   ];
   24
   25
   MongoClient.connect(
   26
     "<connection-string>",
   27
     { useNewUrlParser: true, useUnifiedTopology: true },
   28
     async function (connectErr, client) {
   29
       assert.equal(null, connectErr);
   30
       const coll = client.db("sample_mflix").collection("movies");
   31
       let cursor = await coll.aggregate(agg);
   32
       await cursor.forEach((doc) => console.log(doc));
   33
       client.close();
   34
     }
   35
   );

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

4. Run the following command to query your collection:

   node simple-query.js

   HIDE OUTPUT

   {
     plot: 'A trio of guys try and make up for missed opportunities in childhood by forming a three-player baseball team to compete against standard children baseball squads.',
     title: 'The Benchwarmers'
   }
   {
     plot: 'A young boy is bequeathed the ownership of a professional baseball team.',
     title: 'Little Big League'
   }
   {
     plot: 'A trained chimpanzee plays third base for a minor-league baseball team.',
     title: 'Ed'
   }
   {
     plot: 'The story of the life and career of the famed baseball player, Lou Gehrig.',
     title: 'The Pride of the Yankees'
   }
   {
     plot: 'Babe Ruth becomes a baseball legend but is unheroic to those who know him.',
     title: 'The Babe'
   }

Run a complex Atlas Search query on the movies collection.

1. Create a file named complex-query.js.

2. Copy and paste the code example into the complex-query.js file.

   $search has several operators for constructing different types of queries. The code example uses the compound operator to combine several operators into a single query. It has the following search criteria:

   • The plot field must contain either Hawaii or Alaska.

   • The plot field must contain a four-digit number, such as a year.

   • The genres field must not contain either Comedy or Romance.

   • The title field must not contain Beach or Snow.

   1
   const MongoClient = require("mongodb").MongoClient;
   2
   const assert = require("assert");
   3
   4
   const agg = [
   5
     {
   6
       $search: {
   7
         compound: {
   8
           must: [
   9
             {
   10
               text: {
   11
                 query: ["Hawaii", "Alaska"],
   12
                 path: "plot",
   13
               },
   14
             },
   15
             {
   16
               regex: {
   17
                 query: "([0-9]{4})",
   18
                 path: "plot",
   19
                 allowAnalyzedField: true,
   20
               },
   21
             },
   22
           ],
   23
           mustNot: [
   24
             {
   25
               text: {
   26
                 query: ["Comedy", "Romance"],
   27
                 path: "genres",
   28
               },
   29
             },
   30
             {
   31
               text: {
   32
                 query: ["Beach", "Snow"],
   33
                 path: "title",
   34
               },
   35
             },
   36
           ],
   37
         },
   38
       },
   39
     },
   40
     {
   41
       $project: {
   42
         title: 1,
   43
         plot: 1,
   44
         genres: 1,
   45
         _id: 0,
   46
       },
   47
     },
   48
   ];
   49
   50
   MongoClient.connect(
   51
     "<connection-string>",
   52
     { useNewUrlParser: true, useUnifiedTopology: true },
   53
     async function (connectErr, client) {
   54
       assert.equal(null, connectErr);
   55
       const coll = client.db("sample_mflix").collection("movies");
   56
       let cursor = await coll.aggregate(agg);
   57
       await cursor.forEach((doc) => console.log(doc));
   58
       client.close();
   59
     }
   60
   );

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials.

4. Run the following command to query your collection:

   node complex-query.js

   HIDE OUTPUT

   {
     plot: 'A modern aircraft carrier is thrown back in time to 1941 near Hawaii, just hours before the Japanese attack on Pearl Harbor.',
     genres: [ 'Action', 'Sci-Fi' ],
     title: 'The Final Countdown'
   }
   {
     plot: "Follows John McCain's 2008 presidential campaign, from his selection of Alaska Governor Sarah Palin as his running mate to their ultimate defeat in the general election.",
     genres: [ 'Biography', 'Drama', 'History' ],
     title: 'Game Change'
   }
   {
     plot: 'A devastating and heartrending take on grizzly bear activists Timothy Treadwell and Amie Huguenard, who were killed in October of 2003 while living among grizzlies in Alaska.',
     genres: [ 'Documentary', 'Biography' ],
     title: 'Grizzly Man'
   }
   {
     plot: 'Truman Korovin is a lonely, sharp-witted cab driver in Fairbanks, Alaska, 1980. The usual routine of picking up fares and spending his nights at his favorite bar, the Boatel, is disrupted ...',
     genres: [ 'Drama' ],
     title: 'Chronic Town'
   }

Run a simple Atlas Search query on the movies collection.

1. Create a file named simple-query.py.

2. Copy and paste the code example into the simple-query.py file.

   The following code example:

   • Imports pymongo, MongoDB's Python driver, and the dns module, which is required to connect pymongo to Atlas using a DNS seed list connection string.

   • Creates an instance of the MongoClient class to establish a connection to your Atlas cluster.

   • Searches for the word baseball in the plot field. It includes a $limit stage to limit the output to 5 results and a $project stage to exclude all fields except title and plot.

   • Iterates over the cursor to print the documents that match the query.

   1
   import pymongo
   2
   import dns
   3
   4
   client = pymongo.MongoClient('<connection-string>')
   5
   result = client['sample_mflix']['movies'].aggregate([
   6
       {
   7
           '$search': {
   8
               'index': 'default',
   9
               'text': {
   10
                   'query': 'baseball',
   11
                   'path': 'plot'
   12
               }
   13
           }
   14
       }, {
   15
           '$limit': 5
   16
       }, {
   17
           '$project': {
   18
               '_id': 0,
   19
               'title': 1,
   20
               'plot': 1
   21
           }
   22
       }
   23
   ])
   24
   25
   for i in result:
   26
       print(i)

3. Before you run the sample, replace <connection-string> with your Atlas connection string. Ensure that your connection string includes your database user's credentials. To learn more, see Connect via Drivers.

4. Run the following command to query your collection:

   python simple-query.py

   HIDE OUTPUT

   {'plot': 'A trio of guys try and make up for missed opportunities in childhood by forming a three-player baseball team to compete against standard children baseball squads.', 'title': 'The Benchwarmers'}
   {'plot': 'A young boy is bequeathed the ownership of a professional baseball team.', 'title': 'Little Big League'}
   {'plot': 'A trained chimpanzee plays third base for a minor-league baseball team.', 'title': 'Ed'}
   {'plot': 'The story of the life and career of the famed baseball player, Lou Gehrig.', 'title': 'The Pride of the Yankees'}
   {'plot': 'Babe Ruth becomes a baseball legend but is unheroic to those who know him.', 'title': 'The Babe'}

Run a complex Atlas Search query on the movies collection.

1. Create a file named complex-query.py.

2. Copy and paste the code example into the complex-query.py file.

   $search has several operators for constructing different types of queries. The following query uses the compound operator to combine several operators into a single query. It has the following search criteria:

   • The plot field must contain either Hawaii or Alaska.

   • The plot field must contain a four-digit number, such as a year.

   • The genres field must not contain either Comedy or Romance.

   • The title field must not contain Beach or Snow.

   1
   import pymongo
   2
   import dns
   3
   4
   client = pymongo.MongoClient('<connection-string>')
   5
   result = client['sample_mflix']['movies'].aggregate([
   6
       {
   7
           '$search': {
   8
               'compound': {
   9
                   'must': [
   10
                       {
   11
                           'text': {
   12
                               'query': [
   13
                                   'Hawaii', 'Alaska'
   14
                               ],
   15
                               'path': 'plot'
   16
                           }
   17
                       }, {
   18
                           'regex': {
   19
                               'query': '([0-9]{4})',
   20
                               'path': 'plot',
   21
                               'allowAnalyzedField': True
   22
                           }
   23
                       }
   24
                   ],
   25
                   'mustNot': [
   26
                       {
   27
                           'text': {
   28
                               'query': [
   29
                                   'Comedy', 'Romance'
   30
                               ],
   31
                               'path': 'genres'
   32
                           }
   33
                       }, {
   34
                           'text': {
   35
                               'query': [
   36
                                   'Beach', 'Snow'
   37
                               ],
   38
                               'path': 'title'
   39
                           }
   40
                       }
   41
                   ]
   42
               }
   43
           }
   44
       }, {
   45
           '$project': {
   46
               'title': 1,
   47
               'plot': 1,
   48
               'genres': 1,
   49
               '_id': 0
   50
           }
   51
       }
   52
   ])
   53
   54
   for i in result:
   55
       print(i)

3. Run the following command to query your collection:

   python complex-query.py

   HIDE OUTPUT

   {'plot': 'A modern aircraft carrier is thrown back in time to 1941 near Hawaii, just hours before the Japanese attack on Pearl Harbor.', 'genres': ['Action', 'Sci-Fi'], 'title': 'The Final Countdown'}
   {'plot': "Follows John McCain's 2008 presidential campaign, from his selection of Alaska Governor Sarah Palin as his running mate to their ultimate defeat in the general election.", 'genres': ['Biography', 'Drama', 'History'], 'title': 'Game Change'}
   {'plot': 'A devastating and heartrending take on grizzly bear activists Timothy Treadwell and Amie Huguenard, who were killed in October of 2003 while living among grizzlies in Alaska.', 'genres': ['Documentary', 'Biography'], 'title': 'Grizzly Man'}
   {'plot': 'Truman Korovin is a lonely, sharp-witted cab driver in Fairbanks, Alaska, 1980. The usual routine of picking up fares and spending his nights at his favorite bar, the Boatel, is disrupted ...', 'genres': ['Drama'], 'title': 'Chronic Town'}