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#pragma once /** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. */ #include #include #include #include #include #include namespace Aws { namespace Crt { /** * Detail level control for logging output */ enum class LogLevel { None = AWS_LL_NONE, Fatal = AWS_LL_FATAL, Error = AWS_LL_ERROR, Warn = AWS_LL_WARN, Info = AWS_LL_INFO, Debug = AWS_LL_DEBUG, Trace = AWS_LL_TRACE, Count }; /** * Should the API Handle destructor block on all shutdown/thread completion logic or not? */ enum class ApiHandleShutdownBehavior { Blocking, NonBlocking }; /** * A singleton object representing the init/cleanup state of the entire CRT. It's invalid to have more than one * active simultaneously and it's also invalid to use CRT functionality without one active. */ class AWS_CRT_CPP_API ApiHandle { public: /** * Customize the ApiAllocator(), which is be used by any objects * constructed without an explicit allocator. */ ApiHandle(Allocator *allocator) noexcept; ApiHandle() noexcept; ~ApiHandle(); ApiHandle(const ApiHandle &) = delete; ApiHandle(ApiHandle &&) = delete; ApiHandle &operator=(const ApiHandle &) = delete; ApiHandle &operator=(ApiHandle &&) = delete; /** * Initialize logging in awscrt. * @param level: Display messages of this importance and higher. LogLevel.NoLogs will disable * logging. * @param filename: Logging destination, a file path from the disk. */ void InitializeLogging(LogLevel level, const char *filename); /** * Initialize logging in awscrt. * @param level: Display messages of this importance and higher. LogLevel.NoLogs will disable * logging. * @param fp: The FILE object for logging destination. */ void InitializeLogging(LogLevel level, FILE *fp); /** * Configures the shutdown behavior of the api handle instance * @param behavior desired shutdown behavior */ void SetShutdownBehavior(ApiHandleShutdownBehavior behavior); /** * BYO_CRYPTO: set callback for creating MD5 hashes. * If using BYO_CRYPTO, you must call this. */ void SetBYOCryptoNewMD5Callback(Crypto::CreateHashCallback &&callback); /** * BYO_CRYPTO: set callback for creating SHA256 hashes. * If using BYO_CRYPTO, you must call this. */ void SetBYOCryptoNewSHA256Callback(Crypto::CreateHashCallback &&callback); /** * BYO_CRYPTO: set callback for creating SHA256 hashes. * If using BYO_CRYPTO, you must call this. */ void SetBYOCryptoNewSHA512Callback(Crypto::CreateHashCallback &&callback); /** * BYO_CRYPTO: set callback for creating SHA1 hashes. * If using BYO_CRYPTO, you must call this. */ void SetBYOCryptoNewSHA1Callback(Crypto::CreateHashCallback &&callback); /** * BYO_CRYPTO: set callback for creating Streaming SHA256 HMAC objects. * If using BYO_CRYPTO, you must call this. */ void SetBYOCryptoNewSHA256HMACCallback(Crypto::CreateHMACCallback &&callback); /** * BYO_CRYPTO: set callback for creating Streaming SHA512 HMAC objects. * If using BYO_CRYPTO, you must call this. */ void SetBYOCryptoNewSHA512HMACCallback(Crypto::CreateHMACCallback &&callback); /** * BYO_CRYPTO: set callback for creating a ClientTlsChannelHandler. * If using BYO_CRYPTO, you must call this prior to creating any client channels in the * application. */ void SetBYOCryptoClientTlsCallback(Io::NewClientTlsHandlerCallback &&callback); /** * BYO_CRYPTO: set callbacks for the TlsContext. * If using BYO_CRYPTO, you need to call this function prior to creating a TlsContext. * * @param newCallback Create custom implementation object, to be stored inside TlsContext. * Return nullptr if failure occurs. * @param deleteCallback Destroy object that was created by newCallback. * @param alpnCallback Return whether ALPN is supported. */ void SetBYOCryptoTlsContextCallbacks( Io::NewTlsContextImplCallback &&newCallback, Io::DeleteTlsContextImplCallback &&deleteCallback, Io::IsTlsAlpnSupportedCallback &&alpnCallback); /// @private static const Io::NewTlsContextImplCallback &GetBYOCryptoNewTlsContextImplCallback(); /// @private static const Io::DeleteTlsContextImplCallback &GetBYOCryptoDeleteTlsContextImplCallback(); /// @private static const Io::IsTlsAlpnSupportedCallback &GetBYOCryptoIsTlsAlpnSupportedCallback(); /** * Gets the static default ClientBootstrap, creating it if necessary. * * This default will be used when a ClientBootstrap is not explicitly passed but is needed * to allow the process to function. An example of this would be in the MQTT connection creation workflow. * The default ClientBootstrap will use the default EventLoopGroup and HostResolver, creating them if * necessary. * * The default ClientBootstrap will be automatically managed and released by the API handle when it's * resources are being freed, not requiring any manual memory management. * * @return ClientBootstrap* A pointer to the static default ClientBootstrap */ static Io::ClientBootstrap *GetOrCreateStaticDefaultClientBootstrap(); /** * Gets the static default EventLoopGroup, creating it if necessary. * * This default will be used when a EventLoopGroup is not explicitly passed but is needed * to allow the process to function. An example of this would be in the MQTT connection creation workflow. * * The EventLoopGroup will automatically pick a default number of threads based on the system. You can * manually adjust the number of threads being used by creating a EventLoopGroup and passing it through * the SetDefaultEventLoopGroup function. * * The default EventLoopGroup will be automatically managed and released by the API handle when it's * resources are being freed, not requiring any manual memory management. * * @return EventLoopGroup* A pointer to the static default EventLoopGroup */ static Io::EventLoopGroup *GetOrCreateStaticDefaultEventLoopGroup(); /** * Gets the static default HostResolver, creating it if necessary. * * This default will be used when a HostResolver is not explicitly passed but is needed * to allow the process to function. An example of this would be in the MQTT connection creation workflow. * * The HostResolver will be set to have a maximum of 8 entries by default. You can * manually adjust the maximum number of entries being used by creating a HostResolver and passing it * through the SetDefaultEventLoopGroup function. * * The default HostResolver will be automatically managed and released by the API handle when it's * resources are being freed, not requiring any manual memory management. * * @return HostResolver* A pointer to the static default HostResolver */ static Io::HostResolver *GetOrCreateStaticDefaultHostResolver(); #pragma pack(push, 1) struct Version { uint16_t major; uint16_t minor; uint16_t patch; }; #pragma pack(pop) /** * Gets the version of the AWS-CRT-CPP library * @return Version representing the library version */ Version GetCrtVersion() const; private: void InitializeLoggingCommon(struct aws_logger_standard_options &options); aws_logger m_logger; ApiHandleShutdownBehavior m_shutdownBehavior; static Io::ClientBootstrap *s_static_bootstrap; static std::mutex s_lock_client_bootstrap; static void ReleaseStaticDefaultClientBootstrap(); static Io::EventLoopGroup *s_static_event_loop_group; static std::mutex s_lock_event_loop_group; static void ReleaseStaticDefaultEventLoopGroup(); static int s_host_resolver_default_max_hosts; static Io::HostResolver *s_static_default_host_resolver; static std::mutex s_lock_default_host_resolver; static void ReleaseStaticDefaultHostResolver(); Version m_version = {0, 0, 0}; }; /** * Gets a string description of a CRT error code * @param error error code to get a descriptive string for * @return a string description of the error code */ AWS_CRT_CPP_API const char *ErrorDebugString(int error) noexcept; /** * @return the value of the last aws error on the current thread. Return 0 if no aws-error raised before. */ AWS_CRT_CPP_API int LastError() noexcept; /** * @return the value of the last aws error on the current thread. Return AWS_ERROR_UNKNOWN, if no aws-error * raised before. */ AWS_CRT_CPP_API int LastErrorOrUnknown() noexcept; } // namespace Crt } // namespace Aws