Tạo đầu ra có cấu trúc cho trải nghiệm kết hợp trong các ứng dụng Android

import com.google.firebase.Firebase
import com.google.firebase.ai.type.GenerativeBackend
import com.google.firebase.ai.InferenceMode
import com.google.firebase.ai.OnDeviceConfig
import com.google.firebase.ai.annotations.Generable
import com.google.firebase.ai.annotations.Guide
import com.google.firebase.ai.ai
import kotlinx.serialization.Serializable

// Define data classes representing the schema, annotated with @Serializable and @Generable.
// You can provide descriptions on @Generable and @Guide to guide the model's output.
@Serializable
@Generable(description = "A character profile for a fantasy story")
data class Character(
    val name: String,
    val age: Int,
    val species: String,
    // Use @Guide to add property descriptions, value bounds (minimum/maximum), or formats.
    // Properties with default values or nullable types are treated as optional in the schema.
    @Guide(description = "An accessory the character wears or carries")
    val accessory: String? = null
) {
    // An empty companion object is required for KSP to generate the firebaseAISchema() extension.
    companion object
}

@Serializable
@Generable(description = "A list of character profiles")
data class CharacterList(
    // Use minItems or maxItems to specify collection size bounds for the model.
    @Guide(description = "List of characters", minItems = 1)
    val characters: List<Character>
) {
    // An empty companion object is required for KSP to generate the firebaseAISchema() extension.
    companion object
}

// Initialize the Gemini Developer API backend service.
// Create a GenerativeModel instance configured for hybrid inference (like PREFER_ON_DEVICE).
val model = Firebase.ai(backend = GenerativeBackend.googleAI())
    .generativeModel(
        modelName = "CLOUD_MODEL_NAME",
        onDeviceConfig = OnDeviceConfig(mode = InferenceMode.INFERENCE_MODE)
    )

// Obtain the schema generated by KSP via the firebaseAISchema() extension.
val schema = CharacterList.firebaseAISchema()
val prompt = "Create profiles for some characters for a fantasy story."

// Generate the structured object (the SDK applies the schema to on-device or cloud models).
val response = model.generateObject(schema, prompt)

// Access the strongly-typed deserialized object directly via getObject().
val characterList: CharacterList? = response.getObject()
characterList?.characters?.forEach { character ->
    println("Name: ${character.name}, Species: ${character.species}, Age: ${character.age}")
    println("Accessory: ${character.accessory ?: "None"}")
}

import com.google.firebase.Firebase
import com.google.firebase.ai.type.GenerativeBackend
import com.google.firebase.ai.InferenceMode
import com.google.firebase.ai.OnDeviceConfig
import com.google.firebase.ai.ai
import com.google.firebase.ai.type.JsonSchema

// Define the schema manually using JsonSchema helper methods.
// Properties are required by default unless specified in optionalProperties.
val jsonSchema = JsonSchema.obj(
    properties = mapOf(
        "characters" to JsonSchema.array(
            items = JsonSchema.obj(
                properties = mapOf(
                    "name" to JsonSchema.string(),
                    "accessory" to JsonSchema.string(),
                    "age" to JsonSchema.integer(),
                    "species" to JsonSchema.string()
                ),
                optionalProperties = listOf("accessory")
            )
        )
    )
)

// Initialize the Gemini Developer API backend service.
// Manual schemas are only supported for cloud-based inference (specifically, ONLY_IN_CLOUD).
val model = Firebase.ai(backend = GenerativeBackend.googleAI())
    .generativeModel(
        modelName = "CLOUD_MODEL_NAME",
        onDeviceConfig = OnDeviceConfig(mode = InferenceMode.ONLY_IN_CLOUD)
    )

// Call generateObject() with the manual schema and prompt.
val response = model.generateObject(
    jsonSchema,
    "Create profiles for some characters for a fantasy story."
)

// Access the generated JSON string conforming to the schema from response.response.text.
println(response.response.text)

import com.google.firebase.Firebase
import com.google.firebase.ai.type.GenerativeBackend
import com.google.firebase.ai.InferenceMode
import com.google.firebase.ai.OnDeviceConfig
import com.google.firebase.ai.annotations.Generable
import com.google.firebase.ai.annotations.Guide
import com.google.firebase.ai.ai
import kotlinx.serialization.Serializable

// Define an enum class representing the allowed options.
@Serializable
enum class FilmGenre {
    DRAMA,
    COMEDY,
    DOCUMENTARY
}

// Wrap the enum in a data class annotated with @Serializable and @Generable.
// On-device inference requires an @Generable data class.
// Direct enum annotations are not supported on-device.
@Serializable
@Generable(description = "The classification result for the film")
data class FilmClassification(
    @Guide(description = "The genre of the film")
    val genre: FilmGenre
) {
    // An empty companion object is required for KSP to generate the firebaseAISchema() extension.
    companion object
}

// Initialize the Gemini Developer API backend service.
// Create a GenerativeModel instance configured for hybrid inference (like PREFER_ON_DEVICE).
val model = Firebase.ai(backend = GenerativeBackend.googleAI())
    .generativeModel(
        modelName = "CLOUD_MODEL_NAME",
        onDeviceConfig = OnDeviceConfig(mode = InferenceMode.INFERENCE_MODE)
    )

// Obtain the schema generated by KSP via the firebaseAISchema() extension.
val schema = FilmClassification.firebaseAISchema()
val prompt = """
    The film aims to educate and inform viewers about real-life subjects, events, or people.
    It offers a factual record of a particular topic by combining interviews, historical footage,
    and narration. The primary purpose of a film is to present information and provide insights
    into various aspects of reality.
    """

// Generate the structured object (the SDK applies the schema to on-device or cloud models).
val response = model.generateObject(schema, prompt)

// Access the strongly-typed deserialized object and enum value directly via getObject().
val classification: FilmClassification? = response.getObject()
val genre: FilmGenre? = classification?.genre
println("Selected genre: $genre")

import com.google.firebase.Firebase
import com.google.firebase.ai.type.GenerativeBackend
import com.google.firebase.ai.InferenceMode
import com.google.firebase.ai.OnDeviceConfig
import com.google.firebase.ai.ai
import com.google.firebase.ai.type.JsonSchema

// Define an enum schema with allowed string values and a description.
val enumSchema = JsonSchema.enumeration(
    values = listOf("drama", "comedy", "documentary"),
    description = "The genre of the film"
)

// Initialize the Gemini Developer API backend service.
// Manual schemas are only supported for cloud-based inference (specifically, ONLY_IN_CLOUD).
val model = Firebase.ai(backend = GenerativeBackend.googleAI())
    .generativeModel(
        modelName = "CLOUD_MODEL_NAME",
        onDeviceConfig = OnDeviceConfig(mode = InferenceMode.ONLY_IN_CLOUD)
    )

val prompt = """
    The film aims to educate and inform viewers about real-life subjects, events, or people.
    It offers a factual record of a particular topic by combining interviews, historical footage,
    and narration. The primary purpose of a film is to present information and provide insights
    into various aspects of reality.
    """

// Call generateObject() with the enum schema and prompt.
val response = model.generateObject(enumSchema, prompt)

// Access the selected enum value string from response.response.text.
println(response.response.text)