161847f8eSopenharmony_ci/*
261847f8eSopenharmony_ci * Copyright (c) 2023 Huawei Device Co., Ltd.
361847f8eSopenharmony_ci * Licensed under the Apache License, Version 2.0 (the "License");
461847f8eSopenharmony_ci * you may not use this file except in compliance with the License.
561847f8eSopenharmony_ci * You may obtain a copy of the License at
661847f8eSopenharmony_ci *
761847f8eSopenharmony_ci *     http://www.apache.org/licenses/LICENSE-2.0
861847f8eSopenharmony_ci *
961847f8eSopenharmony_ci * Unless required by applicable law or agreed to in writing, software
1061847f8eSopenharmony_ci * distributed under the License is distributed on an "AS IS" BASIS,
1161847f8eSopenharmony_ci * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
1261847f8eSopenharmony_ci * See the License for the specific language governing permissions and
1361847f8eSopenharmony_ci * limitations under the License.
1461847f8eSopenharmony_ci */
1561847f8eSopenharmony_ci
1661847f8eSopenharmony_ci/**
1761847f8eSopenharmony_ci * @file
1861847f8eSopenharmony_ci * @kit BasicServicesKit
1961847f8eSopenharmony_ci */
2061847f8eSopenharmony_ci
2161847f8eSopenharmony_ciimport { AsyncCallback, BusinessError, Callback } from './@ohos.base';
2261847f8eSopenharmony_ci
2361847f8eSopenharmony_ci/**
2461847f8eSopenharmony_ci * Provides thermal level-related callback and query APIs to obtain the information required for
2561847f8eSopenharmony_ci * temperature control. The APIs are as follows:
2661847f8eSopenharmony_ci * {@link registerThermalLevelCallback}: subscribes to callbacks of thermal level changes.
2761847f8eSopenharmony_ci * {@link getLevel}: obtains the thermal level of the system in real time.
2861847f8eSopenharmony_ci *
2961847f8eSopenharmony_ci * @namespace thermal
3061847f8eSopenharmony_ci * @syscap SystemCapability.PowerManager.ThermalManager
3161847f8eSopenharmony_ci * @since 8
3261847f8eSopenharmony_ci */
3361847f8eSopenharmony_cideclare namespace thermal {
3461847f8eSopenharmony_ci  /**
3561847f8eSopenharmony_ci   * Enumerates the {@link ThermalLevel} types.
3661847f8eSopenharmony_ci   *
3761847f8eSopenharmony_ci   * @enum {number}
3861847f8eSopenharmony_ci   * @syscap SystemCapability.PowerManager.ThermalManager
3961847f8eSopenharmony_ci   * @since 8
4061847f8eSopenharmony_ci   */
4161847f8eSopenharmony_ci  export enum ThermalLevel {
4261847f8eSopenharmony_ci    /**
4361847f8eSopenharmony_ci     * The device is cool, and services are not restricted.
4461847f8eSopenharmony_ci     *
4561847f8eSopenharmony_ci     * @syscap SystemCapability.PowerManager.ThermalManager
4661847f8eSopenharmony_ci     * @since 8
4761847f8eSopenharmony_ci     */
4861847f8eSopenharmony_ci    COOL = 0,
4961847f8eSopenharmony_ci    /**
5061847f8eSopenharmony_ci     * The device is operational but is not cool. You need to pay attention to its heating.
5161847f8eSopenharmony_ci     *
5261847f8eSopenharmony_ci     * @syscap SystemCapability.PowerManager.ThermalManager
5361847f8eSopenharmony_ci     * @since 8
5461847f8eSopenharmony_ci     */
5561847f8eSopenharmony_ci    NORMAL = 1,
5661847f8eSopenharmony_ci    /**
5761847f8eSopenharmony_ci     * The device is warm. You need to stop or delay some imperceptible services.
5861847f8eSopenharmony_ci     *
5961847f8eSopenharmony_ci     * @syscap SystemCapability.PowerManager.ThermalManager
6061847f8eSopenharmony_ci     * @since 8
6161847f8eSopenharmony_ci     */
6261847f8eSopenharmony_ci    WARM = 2,
6361847f8eSopenharmony_ci    /**
6461847f8eSopenharmony_ci     * The device is heating up. You need to stop all imperceptible services and downgrade
6561847f8eSopenharmony_ci     * or reduce the load of other services.
6661847f8eSopenharmony_ci     *
6761847f8eSopenharmony_ci     * @syscap SystemCapability.PowerManager.ThermalManager
6861847f8eSopenharmony_ci     * @since 8
6961847f8eSopenharmony_ci     */
7061847f8eSopenharmony_ci    HOT = 3,
7161847f8eSopenharmony_ci    /**
7261847f8eSopenharmony_ci     * The device is overheated. You need to stop all imperceptible services and downgrade
7361847f8eSopenharmony_ci     * or reduce the load of major services.
7461847f8eSopenharmony_ci     *
7561847f8eSopenharmony_ci     * @syscap SystemCapability.PowerManager.ThermalManager
7661847f8eSopenharmony_ci     * @since 8
7761847f8eSopenharmony_ci     */
7861847f8eSopenharmony_ci    OVERHEATED = 4,
7961847f8eSopenharmony_ci    /**
8061847f8eSopenharmony_ci     * The device is overheated and is about to enter the emergency state. You need to stop
8161847f8eSopenharmony_ci     * all imperceptible services and downgrade major services to the maximum extent.
8261847f8eSopenharmony_ci     *
8361847f8eSopenharmony_ci     * @syscap SystemCapability.PowerManager.ThermalManager
8461847f8eSopenharmony_ci     * @since 8
8561847f8eSopenharmony_ci     */
8661847f8eSopenharmony_ci    WARNING = 5,
8761847f8eSopenharmony_ci    /**
8861847f8eSopenharmony_ci     * The device has entered the emergency state. The supply of equipment resources has been
8961847f8eSopenharmony_ci     * minimized, leaving only the basic functions available.
9061847f8eSopenharmony_ci     *
9161847f8eSopenharmony_ci     * @syscap SystemCapability.PowerManager.ThermalManager
9261847f8eSopenharmony_ci     * @since 8
9361847f8eSopenharmony_ci     */
9461847f8eSopenharmony_ci    EMERGENCY = 6,
9561847f8eSopenharmony_ci    /**
9661847f8eSopenharmony_ci     * The device is about to enter a thermal escape state. All abilities will be forcibly 
9761847f8eSopenharmony_ci     * stopped, you need to implement escape measures.
9861847f8eSopenharmony_ci     *
9961847f8eSopenharmony_ci     * @syscap SystemCapability.PowerManager.ThermalManager
10061847f8eSopenharmony_ci     * @since 11
10161847f8eSopenharmony_ci     */
10261847f8eSopenharmony_ci    ESCAPE = 7
10361847f8eSopenharmony_ci  }
10461847f8eSopenharmony_ci
10561847f8eSopenharmony_ci  /**
10661847f8eSopenharmony_ci   * Subscribes to callbacks of thermal level changes.
10761847f8eSopenharmony_ci   *
10861847f8eSopenharmony_ci   * @param { AsyncCallback<ThermalLevel> } callback Callback of thermal level changes. Returns the thermal level.
10961847f8eSopenharmony_ci   * @syscap SystemCapability.PowerManager.ThermalManager
11061847f8eSopenharmony_ci   * @since 8
11161847f8eSopenharmony_ci   * @deprecated since 9
11261847f8eSopenharmony_ci   * @useinstead thermal#registerThermalLevelCallback
11361847f8eSopenharmony_ci   */
11461847f8eSopenharmony_ci  function subscribeThermalLevel(callback: AsyncCallback<ThermalLevel>): void;
11561847f8eSopenharmony_ci
11661847f8eSopenharmony_ci  /**
11761847f8eSopenharmony_ci   * Registers to callbacks of thermal level changes.
11861847f8eSopenharmony_ci   *
11961847f8eSopenharmony_ci   * @param { Callback<ThermalLevel> } callback Callback of thermal level changes.
12061847f8eSopenharmony_ci   * this param is a function type.
12161847f8eSopenharmony_ci   * @throws { BusinessError } 401 - Parameter error. Possible causes: 1. Incorrect parameter types;
12261847f8eSopenharmony_ci   * @throws { BusinessError } 4800101 - Failed to connect to the service.
12361847f8eSopenharmony_ci   * @syscap SystemCapability.PowerManager.ThermalManager
12461847f8eSopenharmony_ci   * @since 9
12561847f8eSopenharmony_ci   */
12661847f8eSopenharmony_ci  function registerThermalLevelCallback(callback: Callback<ThermalLevel>): void;
12761847f8eSopenharmony_ci
12861847f8eSopenharmony_ci  /**
12961847f8eSopenharmony_ci   * Unsubscribes from the callbacks of thermal level changes.
13061847f8eSopenharmony_ci   *
13161847f8eSopenharmony_ci   * @param { AsyncCallback<void> } callback Callback of thermal level changes.
13261847f8eSopenharmony_ci   * @syscap SystemCapability.PowerManager.ThermalManager
13361847f8eSopenharmony_ci   * @since 8
13461847f8eSopenharmony_ci   * @deprecated since 9
13561847f8eSopenharmony_ci   * @useinstead thermal#unregisterThermalLevelCallback
13661847f8eSopenharmony_ci   */
13761847f8eSopenharmony_ci  function unsubscribeThermalLevel(callback?: AsyncCallback<void>): void;
13861847f8eSopenharmony_ci
13961847f8eSopenharmony_ci  /**
14061847f8eSopenharmony_ci   * Unregisters from the callbacks of thermal level changes.
14161847f8eSopenharmony_ci   *
14261847f8eSopenharmony_ci   * @param { Callback<void> } callback Callback of thermal level changes.
14361847f8eSopenharmony_ci   * @throws { BusinessError } 401 - Parameter error. Possible causes: 1. Incorrect parameter types;
14461847f8eSopenharmony_ci   * @throws { BusinessError } 4800101 - Failed to connect to the service.
14561847f8eSopenharmony_ci   * @syscap SystemCapability.PowerManager.ThermalManager
14661847f8eSopenharmony_ci   * @since 9
14761847f8eSopenharmony_ci   */
14861847f8eSopenharmony_ci  function unregisterThermalLevelCallback(callback?: Callback<void>): void;
14961847f8eSopenharmony_ci
15061847f8eSopenharmony_ci  /**
15161847f8eSopenharmony_ci   * Obtains the current thermal level.
15261847f8eSopenharmony_ci   *
15361847f8eSopenharmony_ci   * @returns { ThermalLevel } Returns the thermal level.
15461847f8eSopenharmony_ci   * @syscap SystemCapability.PowerManager.ThermalManager
15561847f8eSopenharmony_ci   * @since 8
15661847f8eSopenharmony_ci   * @deprecated since 9
15761847f8eSopenharmony_ci   * @useinstead thermal#getLevel
15861847f8eSopenharmony_ci   */
15961847f8eSopenharmony_ci  function getThermalLevel(): ThermalLevel;
16061847f8eSopenharmony_ci
16161847f8eSopenharmony_ci  /**
16261847f8eSopenharmony_ci   * Obtains the current thermal level.
16361847f8eSopenharmony_ci   *
16461847f8eSopenharmony_ci   * @returns { ThermalLevel } The thermal level.
16561847f8eSopenharmony_ci   * @throws { BusinessError } 4800101 - Failed to connect to the service.
16661847f8eSopenharmony_ci   * @syscap SystemCapability.PowerManager.ThermalManager
16761847f8eSopenharmony_ci   * @since 9
16861847f8eSopenharmony_ci   */
16961847f8eSopenharmony_ci  function getLevel(): ThermalLevel;
17061847f8eSopenharmony_ci}
17161847f8eSopenharmony_ciexport default thermal;
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