uniot Namespace Reference

Contains all classes and functions related to the Uniot Core. More...

Namespaces
namespace	events
namespace	JSON
namespace	lisp
	Contains type definitions and utilities for interacting with the Lisp interpreter.
namespace	primitive
	Contains descriptions and implementations of primitive functions for hardware interaction.

Classes
class	AppKit
class	Array
class	Button
class	CallbackEventListener
class	CallbackMQTTDevice
class	CBORObject
class	CBORStorage
class	ConfigCaptivePortal
	Complete captive portal implementation for device configuration. More...
class	COSEMessage
	Implementation of COSE_Sign1 message format as specified in RFC 8152. More...
class	CrashStorage
	Handles crash data storage and retrieval for ESP8266. More...
class	Credentials
	Manages device identity and cryptographic credentials for Uniot devices. More...
class	DataChannels
class	Date
class	DetailedAsyncWebServer
	Extended AsyncWebServer with status monitoring capabilities. More...
class	ESP32Task
class	ESP32WifiScan
	WiFi network scanner implementation for ESP32. More...
class	ESP8266Task
class	ESP8266WifiScan
	WiFi network scanner implementation for ESP8266. More...
class	EventBus
class	EventEmitter
class	EventEntity
	Entity that can connect to and interact with EventBus instances. More...
class	EventListener
class	GlobalBufferMemoryManager
class	GpioRegister
class	ICOSESigner
	Interface for CBOR Object Signing and Encryption (COSE) signing operations. More...
class	IEventBusConnectionKit
class	IExecutor
	Interface for executing tasks in the scheduler system. More...
class	IncomingEventManager
class	ISchedulerConnectionKit
	Interface for connecting components to the TaskScheduler. More...
class	IWithType
	Interface for objects that expose their runtime type information. More...
class	Lisp
	Utility class for working with Lisp objects in C++. More...
class	LispDevice
struct	LispEvent
class	Map
class	MQTTDevice
class	MQTTKit
class	MQTTPath
class	NetworkController
	Network management controller with user interface integration. More...
class	NetworkScheduler
	Complete WiFi network management and configuration scheduler. More...
class	NVSFile
class	NVSFileSystem
class	ObjectRegister
class	ObjectRegisterRecord
class	PrimitiveExpeditor
class	Register
class	RegisterManager
class	RegisterManagerProxy
class	SchedulerTask
class	SimpleNTP
class	Singleton
class	Storage
class	TaskScheduler
class	TopDevice
class	Type
	Utility class providing static methods for runtime type identification and safe casting. More...
class	unLisp
class	WifiStorage

Typedefs
using	LispEventInterceptor = std::function<bool(const LispEvent &event)>
typedef enum uniot::COSETag	COSETag
typedef enum uniot::COSEHeaderLabel	COSEHeaderLabel
typedef enum uniot::COSEAlgorithm	COSEAlgorithm
using	CoreCallbackEventListener = CallbackEventListener<unsigned int, int, Bytes>
	Convenience alias for the most common usage of CallbackEventListener.
using	CoreEventBus = EventBus<unsigned int, int, Bytes>
	Standard EventBus configuration used throughout the core system.
using	CoreEventEmitter = EventEmitter<unsigned int, int, Bytes>
	A specialized EventEmitter for core system events.
using	CoreEventListener = EventListener<unsigned int, int, Bytes>
	Type alias for the common EventListener configuration used in the core system.
using	ICoreEventBusConnectionKit = IEventBusConnectionKit<unsigned int, int, Bytes>
	A specific instance of IEventBusConnectionKit for core system events.
using	RecordPtr = ObjectRegisterRecord *
	Type alias for ObjectRegisterRecord pointers for better readability.
typedef struct _ETSTIMER_	ETSTimer
using	Task = ESP8266Task
typedef const void *	type_id
	Type alias for a unique type identifier.

Enumerations
enum	COSETag {   Sign = 98 , Sign1 = 18 , Encrypted = 96 , Encrypted1 = 16 ,   Mac = 97 , Mac0 = 17 }
	CBOR tag values that identify the type of COSE message. More...
enum	COSEHeaderLabel {   Algorithm = 1 , Critical = 2 , ContentType = 3 , KeyIdentifier = 4 ,   IV = 5 , PartialIV = 6 , CounterSignature = 7 , CounterSignature0 = 9 }
	Common header parameter labels for COSE messages. More...
enum	COSEAlgorithm {   PS256 = -37 , PS384 = -38 , PS512 = -39 , ES256 = -7 ,   ES384 = -35 , ES512 = -36 , EdDSA = -8 }
	Cryptographic algorithm identifiers for COSE. More...

Functions
void	uniotCrashCallback (struct rst_info *resetInfo, uint32_t stackStart, uint32_t stackEnd)
	ESP8266 crash callback function registered with system.
size_t	alignSize (size_t size)
	Align a size value to a 4-byte boundary.

Variables
NVSFileSystem	NVSFS
	Global NVS file system instance.
template<typename T>
using	UniquePointer = std::unique_ptr<T>
	Type alias for std::unique_ptr with cleaner syntax.
template<typename T>
using	SharedPointer = std::shared_ptr<T>
	Type alias for std::shared_ptr with cleaner syntax.
template<typename T_First, typename T_Second>
using	Pair = std::pair<T_First, T_Second>
	Type alias for std::pair with cleaner syntax.
template<typename T, typename... Args>
auto	MakeShared (Args &&...args) -> decltype(std::make_shared< T >(std::forward< Args >(args)...))
	Creates a shared pointer instance, alias for std::make_shared.
template<typename T, typename... Args>
auto	MakeUnique (Args &&...args) -> decltype(std::make_unique< T >(std::forward< Args >(args)...))
	Creates a unique pointer instance, alias for std::make_unique.
template<typename... Args>
auto	MakePair (Args &&...args) -> decltype(std::make_pair(std::forward< Args >(args)...))
	Creates a pair instance, alias for std::make_pair.

Detailed Description

Contains all classes and functions related to the Uniot Core.

Typedef Documentation

COSEAlgorithm

typedef enum uniot::COSEAlgorithm uniot::COSEAlgorithm

COSEHeaderLabel

typedef enum uniot::COSEHeaderLabel uniot::COSEHeaderLabel

COSETag

typedef enum uniot::COSETag uniot::COSETag

ETSTimer

typedef struct _ETSTIMER_ uniot::ETSTimer

LispEventInterceptor

using uniot::LispEventInterceptor = std::function<bool(const LispEvent &event)>

Task

using uniot::Task = ESP8266Task

Variable Documentation

NVSFS

NVSFileSystem uniot::NVSFS

Global NVS file system instance.

Provides a global NVSFS object that can be used as a drop-in replacement for SPIFFS or LittleFS in the Storage class and other file system operations.

Usage example:

#define FileFS NVSFS  // Use NVS instead of SPIFFS/LittleFS