import type * as Phonic from "../index.mjs";
export interface Agent {
    /** The ID of the agent. */
    id: string;
    /** The name of the agent. */
    name: string;
    /** The phone number that the agent uses to accept calls. `null` if the agent is not associated with a phone number, in which can the agent can be used via WebSockets. This field is deprecated. Use `phone_numbers` instead. */
    phone_number: string | null;
    /** Array of phone numbers that the agent uses to accept phone calls. */
    phone_numbers: string[];
    /** The project the agent belongs to. */
    project: Agent.Project;
    /** The timezone of the agent. Used to format system variables like `{{system_time}}`. */
    timezone: string;
    /** The voice ID of the agent. */
    voice_id: string;
    /** The audio format of the agent. If the agent has a phone number, the audio format will be `mulaw_8000`. */
    audio_format: Agent.AudioFormat;
    /** The audio speed of the agent. Must be a multiple of 0.1. */
    audio_speed: number;
    /** The background noise level of the agent. Must be between 0 and 1. */
    background_noise_level: number;
    /** The background noise type. Can be "office", "call-center", "coffee-shop", or null. */
    background_noise: Agent.BackgroundNoise | null;
    /** When `true`, the welcome message will be automatically generated and the `welcome_message` field will be ignored. */
    generate_welcome_message: boolean;
    /** When `false`, the welcome message will not be interruptible by the user. */
    is_welcome_message_interruptible: boolean;
    /** Number of seconds of inactivity before the conversation WebSocket is closed. */
    websocket_timeout_sec?: number | undefined;
    /** Message to play when the conversation starts. Ignored when `generate_welcome_message` is `true`. */
    welcome_message: string | null;
    /** Instructions for the conversation. */
    system_prompt: string;
    /** Template variables that the agent can use in the welcome message and the system prompt. */
    template_variables: Record<string, Agent.TemplateVariables.Value>;
    /** List of tools available to the agent. */
    tools: Agent.Tools.Item[];
    /** Tasks for the agent to complete during the conversation. */
    tasks: Phonic.Task[];
    /** Whether to have the no-input poke text be generated by AI. */
    generate_no_input_poke_text: boolean;
    /** Number of seconds of silence before sending a poke message. `null` disables the poke message. */
    no_input_poke_sec: number | null;
    /** The message to send after the specified silence. Ignored when generate_no_input_poke_text is true. */
    no_input_poke_text: string;
    /** Seconds of silence before ending the conversation. */
    no_input_end_conversation_sec: number;
    /** ISO 639-1 language code that sets the agent's default language to recognize and speak. Welcome message and no input poke text should be in this language. */
    default_language: Phonic.LanguageCode;
    /** Array of additional ISO 639-1 language codes that the agent should be able to recognize and speak. Should not include `default_language`. When `multilingual_mode` is `"auto"`, a maximum of 2 additional languages is allowed. */
    additional_languages: Phonic.LanguageCode[];
    /** Array of ISO 639-1 language codes that the agent should be able to recognize. This field is deprecated. Use `default_language` and `additional_languages` instead. */
    languages?: Phonic.LanguageCode[] | undefined;
    /** If `"auto"`, each user audio is automatically identified for the language to respond in. If `"request"`, user must request to change language (recommended). If `"initial"` the first turn user audio determines the language for the rest of the conversation. */
    multilingual_mode: Agent.MultilingualMode;
    /** Push to talk mode. User must send mute/unmute messages to turn on/off listening to audio. Defaults to false. */
    push_to_talk: boolean;
    /** The intelligence level of the agent. `high` uses a more capable model for more complex reasoning, while `standard` is optimized for lower latency. */
    intelligence_level: Agent.IntelligenceLevel;
    /** These words, or short phrases, will be more accurately recognized by the agent. */
    boosted_keywords: string[];
    /** Names of observability integrations enabled for the agent. Each must be one of the supported providers. */
    observability_integrations?: "braintrust"[] | undefined;
    /** Array of `{ word, pronunciation }` entries. Words must be unique. */
    pronunciation_dictionary: Agent.PronunciationDictionary.Item[];
    /** Minimum number of words required to interrupt the assistant. */
    min_words_to_interrupt: number;
    /** When not `null`, the agent will call this endpoint to get configuration options. */
    configuration_endpoint: Agent.ConfigurationEndpoint | null;
    /** Float between 0.0 and 1.0 representing the percentage of inbound calls handled by Agent. Requires `phone_number` to be set when less than 1.0. */
    inbound_rollout?: number | undefined;
    /** E.164 formatted phone number where non-agent calls will be forwarded. Required when `inbound_rollout < 1.0`, must be `null` when `inbound_rollout = 1.0`. */
    inbound_rollout_forward_phone_number?: (string | null) | undefined;
    /** Voice activity detection prebuffer duration in milliseconds. */
    vad_prebuffer_duration_ms?: number | undefined;
    /** Minimum speech duration for voice activity detection in milliseconds. */
    vad_min_speech_duration_ms?: number | undefined;
    /** Minimum silence duration for voice activity detection in milliseconds. */
    vad_min_silence_duration_ms?: number | undefined;
    /** Voice activity detection threshold. */
    vad_threshold?: number | undefined;
    /** When `true`, PII and PHI are redacted from text transcripts (e.g. replaced with tags like `[PHONE NUMBER]`) and bleeped from audio recordings after the conversation ends. */
    enable_redaction?: boolean | undefined;
    /** The URL-friendly slug of the agent. */
    slug?: string | undefined;
    /** When `true`, the assistant emits backchannel cues (e.g. "mm-hmm") while the user is speaking. */
    enable_assistant_backchannel?: boolean | undefined;
    /** How aggressively the assistant backchannels, from 0 to 1. */
    assistant_backchannel_aggressiveness?: number | undefined;
    /** Third-party integrations enabled for the agent. */
    integrations?: Phonic.AgentIntegration[] | undefined;
    data_retention_policy?: Phonic.DataRetentionPolicy | undefined;
}
export declare namespace Agent {
    /**
     * The project the agent belongs to.
     */
    interface Project {
        id: string;
        name: string;
    }
    /** The audio format of the agent. If the agent has a phone number, the audio format will be `mulaw_8000`. */
    const AudioFormat: {
        readonly Pcm44100: "pcm_44100";
        readonly Pcm24000: "pcm_24000";
        readonly Pcm16000: "pcm_16000";
        readonly Pcm8000: "pcm_8000";
        readonly Mulaw8000: "mulaw_8000";
    };
    type AudioFormat = (typeof AudioFormat)[keyof typeof AudioFormat];
    /** The background noise type. Can be "office", "call-center", "coffee-shop", or null. */
    const BackgroundNoise: {
        readonly Office: "office";
        readonly CallCenter: "call-center";
        readonly CoffeeShop: "coffee-shop";
    };
    type BackgroundNoise = (typeof BackgroundNoise)[keyof typeof BackgroundNoise];
    namespace TemplateVariables {
        interface Value {
            default_value: string | null;
        }
    }
    type Tools = Tools.Item[];
    namespace Tools {
        type Item = "keypad_input" | "natural_conversation_ending"
        /**
         * Custom tool */
         | string;
    }
    /** If `"auto"`, each user audio is automatically identified for the language to respond in. If `"request"`, user must request to change language (recommended). If `"initial"` the first turn user audio determines the language for the rest of the conversation. */
    const MultilingualMode: {
        readonly Auto: "auto";
        readonly Request: "request";
        readonly Initial: "initial";
    };
    type MultilingualMode = (typeof MultilingualMode)[keyof typeof MultilingualMode];
    /** The intelligence level of the agent. `high` uses a more capable model for more complex reasoning, while `standard` is optimized for lower latency. */
    const IntelligenceLevel: {
        readonly Standard: "standard";
        readonly High: "high";
    };
    type IntelligenceLevel = (typeof IntelligenceLevel)[keyof typeof IntelligenceLevel];
    type PronunciationDictionary = PronunciationDictionary.Item[];
    namespace PronunciationDictionary {
        interface Item {
            word: string;
            pronunciation: string;
        }
    }
    /**
     * When not `null`, the agent will call this endpoint to get configuration options.
     */
    interface ConfigurationEndpoint {
        url: string;
        headers: Record<string, string>;
        /** The timeout for the configuration endpoint in milliseconds. */
        timeout_ms: number;
    }
}