import type { BootstrapConfig, CallAction, HandlerProperties, ICache, IMessage, IMessageHandler, IMessageSender, SystemConfig } from '@citrineos/base';
import { AbstractModule, OCPP1_6, OCPP2_0_1, OCPPValidator } from '@citrineos/base';
import type { IDeviceModelRepository, IOCPPMessageRepository, ISecurityEventRepository, IVariableMonitoringRepository } from '@citrineos/data';
import type { ILogObj } from 'tslog';
import { Logger } from 'tslog';
import { DeviceModelService } from './services.js';
/**
 * Component that handles provisioning related messages.
 */
export declare class ReportingModule extends AbstractModule {
    /**
     * Get Base Report variables. While NotifyReport requests correlated with a GetBaseReport's requestId
     * are still being sent, cache value is 'ongoing'. Once a NotifyReport with tbc === false (or undefined)
     * is received, cache value is 'complete'.
     */
    static readonly GET_BASE_REPORT_REQUEST_ID_MAX = 10000000;
    static readonly GET_BASE_REPORT_ONGOING_CACHE_VALUE = "ongoing";
    static readonly GET_BASE_REPORT_COMPLETE_CACHE_VALUE = "complete";
    _deviceModelService: DeviceModelService;
    /**
     * Fields
     */
    _requests: CallAction[];
    _responses: CallAction[];
    protected _securityEventRepository: ISecurityEventRepository;
    protected _variableMonitoringRepository: IVariableMonitoringRepository;
    protected _ocppMessageRepository: IOCPPMessageRepository;
    /**
     * This is the constructor function that initializes the {@link ReportingModule}.
     *
     * @param {BootstrapConfig & SystemConfig} config - The `config` contains configuration settings for the module.
     *
     * @param {ICache} [cache] - The cache instance which is shared among the modules & Central System to pass information such as blacklisted actions or boot status.
     *
     * @param {IMessageSender} [sender] - The `sender` parameter is an optional parameter that represents an instance of the {@link IMessageSender} interface.
     * It is used to send messages from the central system to external systems or devices. If no `sender` is provided, a default {@link RabbitMqSender} instance is created and used.
     *
     * @param {IMessageHandler} [handler] - The `handler` parameter is an optional parameter that represents an instance of the {@link IMessageHandler} interface.
     * It is used to handle incoming messages and dispatch them to the appropriate methods or functions. If no `handler` is provided, a default {@link RabbitMqReceiver} instance is created and used.
     *
     * @param {Logger<ILogObj>} [logger] - The `logger` parameter is an optional parameter that represents an instance of {@link Logger<ILogObj>}.
     * It is used to propagate system wide logger settings and will serve as the parent logger for any sub-component logging. If no `logger` is provided, a default {@link Logger<ILogObj>} instance is created and used.
     *
     * @param {IDeviceModelRepository} [deviceModelRepository] - An optional parameter of type {@link IDeviceModelRepository} which represents a repository for accessing and manipulating variable data.
     * If no `deviceModelRepository` is provided, a default {@link sequelize:deviceModelRepository} instance is created and used.
     *
     * @param {ISecurityEventRepository} [securityEventRepository] - An optional parameter of type {@link ISecurityEventRepository} which represents a repository for accessing security event notification data.
     *
     * @param {IVariableMonitoringRepository} [variableMonitoringRepository] - An optional parameter of type {@link IVariableMonitoringRepository} which represents a repository for accessing and manipulating monitoring data.
     */
    constructor(config: BootstrapConfig & SystemConfig, cache: ICache, sender: IMessageSender, handler: IMessageHandler, logger?: Logger<ILogObj>, ocppValidator?: OCPPValidator, deviceModelRepository?: IDeviceModelRepository, securityEventRepository?: ISecurityEventRepository, variableMonitoringRepository?: IVariableMonitoringRepository, ocppMessageRepository?: IOCPPMessageRepository);
    /**
     * Constructor
     */
    protected _deviceModelRepository: IDeviceModelRepository;
    get deviceModelRepository(): IDeviceModelRepository;
    /**
     * Handle Requests
     */
    protected _handleLogStatusNotification(message: IMessage<OCPP2_0_1.LogStatusNotificationRequest>, props?: HandlerProperties): Promise<void>;
    protected _handleNotifyCustomerInformation(message: IMessage<OCPP2_0_1.NotifyCustomerInformationRequest>, props?: HandlerProperties): Promise<void>;
    protected _handleNotifyMonitoringReport(message: IMessage<OCPP2_0_1.NotifyMonitoringReportRequest>, props?: HandlerProperties): Promise<void>;
    protected _handleNotifyReport(message: IMessage<OCPP2_0_1.NotifyReportRequest>, props?: HandlerProperties): Promise<void>;
    protected _handleSecurityEventNotification(message: IMessage<OCPP2_0_1.SecurityEventNotificationRequest>, props?: HandlerProperties): Promise<void>;
    /**
     * Handle responses
     */
    protected _handleGetBaseReport(message: IMessage<OCPP2_0_1.GetBaseReportResponse>, props?: HandlerProperties): void;
    protected _handleGetReport(message: IMessage<OCPP2_0_1.GetReportResponse>, props?: HandlerProperties): void;
    protected _handleGetMonitoringReport(message: IMessage<OCPP2_0_1.GetMonitoringReportResponse>, props?: HandlerProperties): Promise<void>;
    protected _handleGetLog(message: IMessage<OCPP2_0_1.GetLogResponse>, props?: HandlerProperties): void;
    protected _handleCustomerInformation(message: IMessage<OCPP2_0_1.CustomerInformationResponse>, props?: HandlerProperties): void;
    /**
     * OCPP 1.6 Handlers
     */
    protected _handleDiagnosticsStatusNotification(message: IMessage<OCPP1_6.DiagnosticsStatusNotificationRequest>, props?: HandlerProperties): Promise<void>;
    protected _handleGetDiagnostics(message: IMessage<OCPP1_6.GetDiagnosticsResponse>, props?: HandlerProperties): void;
}