Classes
class	SmartSwitchController
	A high level transform designed to control a digital output (such as a relay) via manual button presses or programatic commands. More...
class	SystemStatusController
	Base class for a controller that can react to system status events. More...
class	MDNSDiscovery
class	HTTPAuthenticator
	HTTP Authenticator base class. More...
struct	NonceData
class	HTTPDigestAuthenticator
	HTTP Digest Authenticator class. More...
class	HTTPRequestHandler
	HTTP request handler storage class. More...
class	HTTPServer
	HTTP server class wrapping the esp-idf http server. More...
class	WiFiStateProducer
	Provide information about the current WiFi state. More...
class	AccessPointSettings
	Storage object for WiFi access point settings. More...
class	ClientSSIDConfig
	Storage object for WiFi client settings. More...
class	WiFiNetworkInfo
	WiFi Network Information storage class. More...
class	Networking
	Manages the ESP's connection to the Wifi network. More...
class	OTA
class	RouteDefinition
struct	StaticFileData
class	AnalogInput
	Sensor for reading the MCU analog input pins. More...
class	BaseAnalogReader
	Used by AnalogInput as a hardware abstraction layer. More...
class	ESP32AnalogReader
class	ConstantSensor
	ConstantSensor is the base class for virtual sensors that periodically emit a constant value. More...
class	DigitalInput
	DigitalInput is the base class for reading a digital GPIO pin. More...
class	DigitalInputState
	DigitalInputState polls the state of an input pin every read_delay ms. More...
class	DigitalInputCounter
	DigitalInputCounter counts interrupts and reports the count every read_delay ms. More...
class	DigitalInputDebounceCounter
	DigitalInputDebounceCounter counts interrupts and reports the count every read_delay ms, but ignores events that happen within ignore_interval_ms. More...
class	DigitalInputChange
	DigitalInputChange provides output whenever a digital pin changes its state. More...
class	DigitalOutput
	Sets a GPIO pin to whatever the input is (true = HIGH, false = LOW), and passes the value on to the next ValueConsumer. More...
class	SensorConfig
	The base class for all sensors. Used only as a base class - never instantiated directly in a project. More...
class	Sensor
	Sensor template class for any sensor producing actual values. More...
class	RepeatSensor
class	SystemHz
	Reports the current clock speed of the ESP. More...
class	FreeMem
	Reports the current amount of unused memory of the ESP. More...
class	Uptime
	Reports the number of seconds since the last restart of the ESP. More...
class	IPAddrDev
	Reports the IP address of the ESP once it's connected to wifi. More...
class	WiFiSignal
	Reports the current strength of the wifi signal that the ESP is connected to. More...
class	SKDeltaQueue
	Signal K delta queue. More...
class	SKEmitter
	A class that produces Signal K output to be forwarded to the Signal K server (if the system is connected to one). Signal K is reported via the as_signalK() method. More...
class	SKListener
	An Obervable class that listens for Signal K stream deltas and notifies any observers of value changes. This serves as a base class for code that needs to listen to the stream, with the most common descendant being SKValueListener. More...
class	SKMetadata
	Holds Signal K meta data that is associated with the sk_path an SKEmitter class may optionally send to the server. According to the official Signal K specification: "All keys in the Signal K specification must have a <tt>description</tt>, and where the key is a numeric value it must have <tt>units</tt>". Thus, any paths that you output that are not already part of the official Signal K specification should have these two fields defined as metadata. More...
class	SKOutput
	A specialized transform whose primary purpose is to output Signal K data on the Signal K network. More...
class	SKOutputRawJson
	Class for sending raw Json strings on a specific Signal K path. More...
class	SKOutputNumeric
	A special class for sending numeric values to the Signal K server on a specific Signal K path. More...
class	SKRequest
	A base class for all objects that are capable of sending "requests" to the SignalK server (and optionally receiving the responses) according to the specification located at https://signalk.org/specification/1.5.0/doc/request_response.html. More...
class	SKPutRequestBase
	A base class for all template variations of the PUT request class SKPutRequest. This base class keeps the compiler from generating reduntant object code for common functionality of each template version. More...
class	SKPutRequest
	Used to send requests to the server to change the value of the specified path to a specific value according to the specification at https://signalk.org/specification/1.5.0/doc/put.html. More...
class	SKPutListener
	An Obervable class that listens for Signal K PUT requests coming over the websocket connection and notifies observers of the change. More...
class	SKPutRequestListener
	An object that listens for PUT requests to come in for the specified SignalK path. The value is then emitted for further processing. More...
class	SKOutputTime
class	SKValueListener
	An ValueProducer that listens to specific Signal K paths and emits its value whenever it changes. More...
class	SKWSClient
	The websocket connection to the Signal K server. More...
class	AsyncResponseHandler
	Handle async command responses from remote systems. More...
class	BaseButtonHandler
	Base class for button handlers. More...
class	ButtonHandler
	Default Button Handler for SensESPApp applications. More...
struct	CRGB
	Minimal RGB color struct. More...
class	ExpiringValue
	Value container that keeps track of its expiration time. More...
class	Filesystem
class	LambdaConsumer
	Provides an easy way of calling a function based on the output of any ValueProducer. More...
class	BaseBlinker
	A base class for LED blinker classes. More...
class	LEDPatternFragment
class	LEDPattern
class	LEDBlinker
	Blink the LED with a pattern specified by a vector of callback functions. More...
class	LocalDebug
class	MinimalButtonHandler
	Minimal Button Handler. More...
class	Observable
	A base class which allow observers to attach callbacks to themselves. The callbacks will be called when the observable needs to notify the observers about some state change. More...
class	ObservableValue
	A value container that notifies its observers if it gets changed. More...
class	PersistingObservableValue
	An ObservableValue that saves its value to the configuration. More...
class	PWMOutput
	DEPRECATED. Use Android native ledcAttach and ledcWrite instead. More...
class	Resettable
	Automatic calling of the reset() method when the device needs to be reset. More...
class	ResettableCompare
class	RgbLed
	A special device object that can be used to control a multi-channel color rgb LED light using up to 3 digital output channels. A "color" is defined using the standard 24 bit color depth numbers composed of three 8 bit channels for Red, Green, and Blue (see https://techterms.com/definition/rgb). More...
class	Saveable
	Interface for saveable objects. More...
class	FileSystemSaveable
class	SemaphoreValue
	A value container wrapped in a semaphore. More...
class	Serializable
	Interface for serializable objects. More...
class	Startable
	Dummy Startable class for backward compatibility. More...
class	StreamCharProducer
	ValueProducer that reads from a Stream and produces each character. More...
class	StreamLineProducer
	ValueProducer that reads from a Stream and produces a full line. More...
class	BaseSystemStatusLed
	Consumes the networking and websocket states and delta counts and updates the device LED accordingly. More...
class	SystemStatusLed
	Monochromatic system status LED. More...
class	RGBSystemStatusLed
class	SafeQueue
	Thread-safe queue for inter-task communication. Works like std::queue. More...
class	TaskQueueProducer
	Producer class that works across task boundaries. More...
class	ValueProducer
	A base class for any sensor or piece of code that outputs a value for consumption elsewhere. More...
class	ValueConsumer
	A base class for piece of code (like a transform) that accepts data for input. ValueConsumers can accept one or more input values via the set() method. They are connected to ValueProducers via the connect_to() method. More...
class	Transform
	The main Transform class. A transform is identified primarily by the type of value that is produces (i.e. a Transform<float> is a ValueProducer<float> that generates float values). More...
class	AirDensity
	Transforms temperature, relative humidity and pressure in air density. More...
class	AnalogVoltage
	A transform that takes the output of an analog-to-digital converter and outputs the voltage that went into it. (This can be the built-in ADC on the ESP, or it can be an external ADC like the ADS1015/1115.). More...
class	AngleCorrection
	Add a value to an angle input (in radians). The output value is wrapped to a range between [0, 2*pi]. This transform is useful for correcting e.g. a heading or a wind direction reading. More...
class	ChangeFilter
	A float passthrough transform that will only pass that value through if it is "sufficiently different" from the last value passed through. More...
class	ClickType
	ClickType is a transform that consumes button clicks and translates them as events of type ClickTypes. Use AceButton instead. More...
class	CurveInterpolator
	Implement a piecewise linear interpolation transform. More...
class	Debounce
	Implements debounce code for a button or switch. More...
class	DewPoint
	Transforms temperature and relative humidity in dew point temperature. More...
class	Enable
	On/off switch for signals: input is emitted as-is if the enable flag is set in the web UI. More...
class	Filter
	Transform that only emits the output if the filter condition returns true. More...
class	Frequency
	Transforms its input into frequency (Hz: cycles per second). More...
class	HeatIndexTemperature
	Transforms temperature and relative humidity in heat index temperature. More...
class	HeatIndexEffect
	Transforms heat index temperature to heat index effect. More...
class	Hysteresis
	Hysteresis function. More...
class	Integrator
	Integrator integrates (accumulates) the incoming values. More...
class	JoinBase
class	Join
	Join two producer values into a tuple. More...
class	Join3
	Merge three producer values into a tuple. More...
class	Join4
	Merge four producer values into a tuple. More...
class	Join5
	Merge five producer values into a tuple. More...
struct	ParamInfo
class	LambdaTransform
	Construct a new transform based on a single function. More...
class	Linear
	Performs a linear transform on the input value: output_ = (input * multiplier) + offset. More...
class	Median
	Outputs the median value of sample_size inputs. More...
class	MovingAverage
	Outputs the moving average of the last sample_size inputs. More...
class	PressRepeater
	A transform that takes boolean inputs and adds button behaviors familiar to many device end users. DEPRECATED: use AceButton for button inputs. More...
class	Repeat
	Repeat the input at specific intervals. More...
class	RepeatReport
class	RepeatStopping
	Repeat transform that stops emitting if the value age exceeds max_age. More...
class	RepeatExpiring
	Repeat transform that emits an expired value if the value age exceeds max_age. More...
class	RepeatConstantRate
	Repeat transform that emits the last value at a constant interval. More...
class	ThresholdTransform
	A Transform base class that translates the value of type C into boolean. Base class for classes FloatThreshold and IntThreshold. More...
class	Throttle
	Throttle the input rate. More...
class	TimeCounter
	A transform that outputs the duration of the input value being true or non-null. More...
class	TimeString
	Consumes a time_t time object and produces a human readable string of the time for UTC in ISO 8601 format. More...
class	TransformBase
	The base class for all transforms. A transforms takes a value in, transforms it in some way, and outputs the transformed value. More...
class	SymmetricTransform
	A common type of transform that consumes, transforms, then outputs values of the same data type. More...
class	TextToTruth
	Consumes a string and outputs boolean "true" if the text represents a human readable version of "true". More...
class	TruthToText
	Consumes a boolean value and outputs one the appropriate truth string specified in the constructor. This is the inverse of TextToTruth. More...
class	Typecast
	Converts input from one data type to another, then outputs the new type. More...
class	RoundToInt
	Takes as its input a float, rounds it to the nearest whole number, then outputs it as an int. More...
class	VoltageMultiplier
	OBSOLETE: Since you can now apply an "output_scale" to the AnalogInput sensor, you don't need this transform anymore. See the description of "output_scale" in analog_input.h. More...
class	VoltageDividerR1
	Uses the voltage divider formula to calculate (and output) the resistance of R1 in the circuit. More...
class	VoltageDividerR2
	Uses the voltage divider formula to calculate (and output) the resistance of R2 in the circuit. More...
class	ZipBase
class	Zip
	Zip two producer values into a tuple. More...
class	Zip3
	Zip three producer values into a tuple. More...
class	Zip4
	Zip four producer values into a tuple. More...
class	Zip5
	Zip five producer values into a tuple. More...
class	Nullable
	Template class that supports a special invalid magic value for a type. More...
struct	Position
	Position data container. More...
struct	ENUVector
	Container for local tangent plane coordinates. More...
struct	AttitudeVector
	Container for attitude data. More...
class	ConfigItemT
	Class providing sufficient data for rendering a config card in the frontend. More...
class	ConfigItemBase
class	StatusPageItemBase
class	StatusPageItem
	Item that renders its own value on the web UI status page. More...
class	UIButton
	UIButton implements a button interface on the web UI. More...
class	StringConfig
class	NumberConfig
class	CheckboxConfig
class	SelectConfig
class	SensESPApp
class	SensESPAppBuilder
	A class for quickly configuring a SensESP application object before wiring up your sensors. More...
class	SensESPBaseApp
	The base class for SensESP applications. More...
class	SensESPBaseAppBuilder
	Abstract base class for other SensESP*AppBuilder classes. More...
class	SensESPMinimalApp
class	SensESPMinimalAppBuilder

Typedefs
typedef std::function< void()>	void_cb_func
using	WifiState = WiFiState
typedef ESP32AnalogReader	AnalogReader
typedef ConstantSensor< float >	FloatConstantSensor
typedef ConstantSensor< int >	IntConstantSensor
typedef ConstantSensor< bool >	BoolConstantSensor
typedef ConstantSensor< String >	StringConstantSensor
typedef Sensor< float >	FloatSensor
typedef Sensor< int >	IntSensor
typedef Sensor< bool >	BoolSensor
typedef Sensor< String >	StringSensor
typedef SKOutputNumeric< float >	SKOutputFloat
typedef SKOutputNumeric< int >	SKOutputInt
typedef SKOutput< bool >	SKOutputBool
typedef SKOutput< String >	SKOutputString
typedef SKPutRequest< float >	FloatSKPutRequest
typedef SKPutRequest< int >	IntSKPutRequest
typedef SKPutRequest< bool >	BoolSKPutRequest
typedef SKPutRequest< String >	StringSKPutRequest
typedef SKPutRequestListener< float >	FloatSKPutRequestListener
typedef SKPutRequestListener< int >	IntSKPutRequestListener
typedef SKPutRequestListener< bool >	BoolSKPutRequestListener
typedef SKPutRequestListener< String >	StringSKPutRequestListener
typedef SKOutput< Position >	SKOutputPosition
typedef SKOutput< ENUVector >	SKOutputENUVector
typedef SKOutput< AttitudeVector >	SKOutputAttitudeVector
typedef SKValueListener< float >	FloatSKListener
typedef SKValueListener< int >	IntSKListener
typedef SKValueListener< bool >	BoolSKListener
typedef SKValueListener< String >	StringSKListener
using	FragmentCallback = std::function<void(uint32_t, CRGB&)>
typedef ValueConsumer< float >	FloatConsumer
typedef ValueConsumer< int >	IntConsumer
typedef ValueConsumer< bool >	BoolConsumer
typedef ValueConsumer< String >	StringConsumer
typedef ValueProducer< float >	FloatProducer
typedef ValueProducer< int >	IntProducer
typedef ValueProducer< bool >	BoolProducer
typedef ValueProducer< String >	StringProducer
typedef Debounce< bool >	DebounceBool
typedef Debounce< int >	DebounceInt
typedef Debounce< float >	DebounceFloat
typedef Integrator< float, float >	FloatIntegrator
typedef Integrator< int, int >	Accumulator
typedef ThresholdTransform< float >	FloatThreshold
typedef ThresholdTransform< int >	IntThreshold
typedef SymmetricTransform< float >	FloatTransform
typedef SymmetricTransform< int >	IntegerTransform
typedef SymmetricTransform< bool >	BooleanTransform
typedef SymmetricTransform< String >	StringTransform
typedef Typecast< int, bool >	IntToBool
typedef Typecast< bool, int >	BoolToInt
typedef Typecast< int, float >	IntToFloat
typedef Typecast< float, int >	FloatToInt
typedef Nullable< int >	NullableInt
typedef Nullable< float >	NullableFloat
typedef Nullable< double >	NullableDouble
typedef Nullable< bool >	NullableBool

Enumerations
enum class	SystemStatus { kWifiNoAP = 100 , kWifiDisconnected , kWifiManagerActivated , kSKWSDisconnected , kSKWSAuthorizing , kSKWSConnecting , kSKWSConnected }
enum class	WiFiState { kWifiNoAP = 0 , kWifiDisconnected , kWifiConnectedToAP , kWifiManagerActivated , kWifiAPModeActivated }
enum class	SKWSConnectionState { kSKWSDisconnected , kSKWSAuthorizing , kSKWSConnecting , kSKWSConnected }
enum class	AsyncResponseStatus { kReady , kPending , kSuccess , kFailure , kTimeout }
enum class	ClickTypes { ButtonPress , ButtonRelease , SingleClick , LongSingleClick , UltraLongSingleClick , DoubleClick }
enum class	SelectType { kUndefined , kCheckbox , kSelect }

Functions
std::shared_ptr< reactesp::EventLoop >	event_loop ()
const String	ConfigSchema (const SmartSwitchController &obj)
String	get_random_hex_string ()
void	urldecode2 (char dst, const char src)
esp_err_t	call_request_dispatcher (httpd_req_t *req)
String	get_content_type (httpd_req_t *req)
const String	ConfigSchema (const HTTPServer &obj)
bool	ConfigRequiresRestart (const HTTPServer &obj)
const String	ConfigSchema (const Networking &obj)
bool	ConfigRequiresRestart (const Networking &obj)
void	add_tofu_reset_handler (std::shared_ptr< HTTPServer > &server)
void	add_scan_wifi_networks_handlers (std::shared_ptr< HTTPServer > &server, std::shared_ptr< Networking > &networking)
void	add_app_http_command_handlers (std::shared_ptr< HTTPServer > &server, std::shared_ptr< Networking > &networking)
void	add_http_reset_handler (std::shared_ptr< HTTPServer > &server)
void	add_http_restart_handler (std::shared_ptr< HTTPServer > &server)
void	add_http_info_handler (std::shared_ptr< HTTPServer > &server)
void	add_routes_handlers (std::shared_ptr< HTTPServer > &server)
void	add_base_app_http_command_handlers (std::shared_ptr< HTTPServer > &server)
bool	get_item_data (JsonDocument &doc, const std::shared_ptr< ConfigItemBase > &item)
esp_err_t	handle_config_item_list (httpd_req_t *req)
void	add_config_list_handler (std::shared_ptr< HTTPServer > &server)
void	add_config_get_handler (std::shared_ptr< HTTPServer > &server)
void	add_config_put_handler (std::shared_ptr< HTTPServer > &server)
void	add_config_handlers (std::shared_ptr< HTTPServer > &server)
	Handle HTTP requests to /config.
void	add_static_file_handlers (std::shared_ptr< HTTPServer > server)
	Provide handlers for static web content.
const String	ConfigSchema (AnalogInput &obj)
bool	ConfigRequiresRestart (const AnalogInput &obj)
template<typename T>
const String	ConfigSchemaSensorType (const T &obj)
template<>
const String	ConfigSchemaSensorType< int > (const int &obj)
template<>
const String	ConfigSchemaSensorType< float > (const float &obj)
template<>
const String	ConfigSchemaSensorType< String > (const String &obj)
template<>
const String	ConfigSchemaSensorType< bool > (const bool &obj)
template<typename T>
const String	ConfigSchema (const ConstantSensor< T > &obj)
const String	ConfigSchema (DigitalInputState &obj)
bool	ConfigRequiresRestart (const DigitalInputState &obj)
const String	ConfigSchema (const DigitalInputCounter &obj)
bool	ConfigRequiresRestart (const DigitalInputCounter &obj)
const String	ConfigSchema (const DigitalInputDebounceCounter &obj)
bool	ConfigRequiresRestart (const DigitalInputDebounceCounter &obj)
const String	ConfigSchema (const DigitalInputState &obj)
template<typename T>
void	connect_system_info_sensor (std::shared_ptr< ValueProducer< T > > &sensor, const String &prefix, const String &name)
	Connect a system information sensor to SKOutput.
const String	ConfigSchema (const SKListener &obj)
template<typename T>
const String	ConfigSchema (const SKOutput< T > &obj)
template<typename T>
bool	ConfigRequiresRestart (const SKOutput< T > &obj)
template<typename T>
const String	ConfigSchema (const SKPutRequest< T > &obj)
const String	ConfigSchema (const SKOutputTime &obj)
void	ExecuteWebSocketTask (void *)
const String	ConfigSchema (const SKWSClient &obj)
bool	ConfigRequiresRestart (const SKWSClient &obj)
uint8_t	gamma_correct (uint8_t value)
	Apply gamma correction to an 8-bit value.
uint8_t	apply_brightness (uint8_t value, uint8_t brightness)
	Apply gamma correction and brightness scaling to a color value.
uint8_t	rgb_to_luminance (uint8_t r, uint8_t g, uint8_t b)
	Convert RGB color to perceptual luminance.
CRGB	blend (const CRGB &p1, const CRGB &p2, uint8_t amountOfP2)
	Linear interpolation (blend) between two colors.
void	Sha1 (const String &payload_str, uint8_t *hash_output)
	SHA-1 hash function.
String	MD5 (const String &payload_str)
	MD5 hash function.
String	Base64Sha1 (const String &payload_str)
	A base64-encoded SHA-1 hash function.
LEDPatternFragment	frag_solid_color (uint32_t duration_ms, const CRGB &color)
LEDPatternFragment	frag_linear_fade (uint32_t duration_ms, uint32_t fade_duration_ms, const CRGB &target_color)
LEDPatternFragment	frag_linear_invert (uint32_t duration_ms, bool reverse)
LEDPatternFragment	frag_blend (uint32_t duration_ms, const CRGB &target_color, bool reverse)
LEDPatternFragment	frag_nop (uint32_t duration_ms)
template<class T>
bool	operator== (ObservableValue< T > const &lhs, T const &rhs)
template<class T>
bool	operator!= (ObservableValue< T > const &lhs, T const &rhs)
template<class T>
const String	ConfigSchema (const PersistingObservableValue< T > &obj)
const String	ConfigSchema (const RgbLed &obj)
String	generate_uuid4 ()
	Generate a random UUIDv4 string.
const String	ConfigSchema (const AnalogVoltage &obj)
const String	ConfigSchema (const AngleCorrection &obj)
const String	ConfigSchema (ChangeFilter &obj)
const String	ConfigSchema (const ClickType &obj)
const char *	ConfigSchema (const CurveInterpolator &obj)
template<typename T>
const String	ConfigSchema (const Debounce< T > &obj)
template<typename U>
const String	ConfigSchema (const Enable< U > &obj)
const String	ConfigSchema (const Frequency &obj)
template<typename T>
const String	ConfigSchema (const Integrator< T, T > &obj)
template<class IN, class OUT>
const String	ConfigSchema (const LambdaTransform< IN, OUT > &obj)
template<class IN, class OUT, class P1>
const String	ConfigSchema (const LambdaTransform< IN, OUT, P1 > &obj)
template<class IN, class OUT, class P1, class P2>
const String	ConfigSchema (const LambdaTransform< IN, OUT, P1, P2 > &obj)
template<class IN, class OUT, class P1, class P2, class P3>
const String	ConfigSchema (const LambdaTransform< IN, OUT, P1, P2, P3 > &obj)
template<class IN, class OUT, class P1, class P2, class P3, class P4>
const String	ConfigSchema (const LambdaTransform< IN, OUT, P1, P2, P3, P4 > &obj)
template<class IN, class OUT, class P1, class P2, class P3, class P4, class P5>
const String	ConfigSchema (const LambdaTransform< IN, OUT, P1, P2, P3, P4, P5 > *obj)
template<class IN, class OUT, class P1, class P2, class P3, class P4, class P5, class P6>
const String	ConfigSchema (const LambdaTransform< IN, OUT, P1, P2, P3, P4, P5, P6 > *obj)
const String	ConfigSchema (const Median &obj)
bool	ConfigRequiresRestart (const Median &obj)
const String	ConfigSchema (const MovingAverage &obj)
bool	ConfigRequiresRestart (const MovingAverage &obj)
const String	ConfigSchema (const PressRepeater &obj)
const String	ConfigSchema (const ThresholdTransform< float > &obj)
const String	ConfigSchema (const ThresholdTransform< int > &obj)
uint64_t ARDUINO_ISR_ATTR	millis64 ()
template<typename U>
const String	ConfigSchema (TimeCounter< U > &obj)
const String	ConfigSchema (const VoltageMultiplier &obj)
const String	ConfigSchema (const VoltageDividerR1 &obj)
const String	ConfigSchema (const VoltageDividerR2 &obj)
template<typename T>
void	convertFromJson (JsonVariantConst src, Nullable< T > &dst)
template<typename T>
void	convertToJson (const Nullable< T > &src, JsonVariant dst)
void	convertFromJson (JsonVariantConst src, Position &dst)
	Adds support in ArduinoJson to deserialize Position type data.
void	convertFromJson (JsonVariantConst src, ENUVector &dst)
void	convertFromJson (JsonVariantConst src, AttitudeVector &dst)
bool	canConvertFromJson (JsonVariantConst src, const Position &)
	Tells ArduinoJson whether the given JSON is a Position or not.
bool	canConvertFromJson (JsonVariantConst src, const ENUVector &)
bool	canConvertFromJson (JsonVariantConst src, const AttitudeVector &)
void	convertToJson (const Position &src, JsonVariant dst)
void	convertToJson (const ENUVector &src, JsonVariant dst)
void	convertToJson (const AttitudeVector &src, JsonVariant dst)
template<>
const char *	get_schema_type_string (const int)
template<>
const char *	get_schema_type_string (const float)
template<>
const char *	get_schema_type_string (const String &)
template<>
const char *	get_schema_type_string (const bool)
template<class T>
const char *	get_schema_type_string (const T dummy)
template<>
const char *	get_schema_type_string (const int dummy)
template<>
const char *	get_schema_type_string (const float dummy)
template<>
const char *	get_schema_type_string (const String &dummy)
template<>
const char *	get_schema_type_string (const bool dummy)
const String	ConfigSchema (const std::nullptr_t &obj)
	Provide a configuration schema for a ConfigItemT<nullptr>.
template<typename T>
bool	ConfigRequiresRestart (const T &obj)
template<typename T>
bool	ConfigRequiresRestart (const std::shared_ptr< T > &obj)
template<typename T>
std::shared_ptr< ConfigItemT< T > >	ConfigItem (std::shared_ptr< T > config_object)
	Register a ConfigItemT with the ConfigItemBase.
template<typename T>
std::shared_ptr< ConfigItemT< T > >	ConfigItem (T *config_object)
const String	ConfigSchema (const StringConfig &obj)
const String	ConfigSchema (const NumberConfig &obj)
const String	ConfigSchema (const CheckboxConfig &obj)
const String	ConfigSchema (const SelectConfig &obj)
void	SetupLogging (esp_log_level_t default_level=ESP_LOG_DEBUG)
void	SetupSerialDebug (uint32_t baudrate)

Variables
constexpr int	kMaxNumClientConfigs = 3
const StaticFileData	kFrontendFiles []
const char	kContentType [] = "Content-Type"
const char	kContentEncoding [] = "Content-Encoding"
const char *const	kSensESPVersion = "3.2.2"
constexpr int	kWsClientTaskStackSize = 8192
SKWSClient *	ws_client
constexpr uint8_t	kGammaTable [256]
	Gamma correction lookup table (γ=2.2, inverted).
constexpr int	kPWMResolution = 13
LEDPattern	no_ap_pattern
LEDPattern	wifi_disconnected_pattern
LEDPattern	wifi_connected_pattern
LEDPattern	ws_connecting_pattern
LEDPattern	ws_connected_pattern
LEDPattern	ws_disconnected_pattern
LEDPattern	ws_authorizing_pattern
LEDPattern	blip_pattern
constexpr double	kPi = 3.14159265358979323846
const ParamInfo	hysteresis_param_info [4]
template<typename T>
T	Nullable< T >::invalid_value_ = T{}
template<>
float	Nullable< float >::invalid_value_ = -1e9
template<>
double	Nullable< double >::invalid_value_ = -1e9
template<>
char	Nullable< char >::invalid_value_ = 0xff
template<>
uint8_t	Nullable< uint8_t >::invalid_value_ = 0xff
template<>
int8_t	Nullable< int8_t >::invalid_value_ = 0x7f
template<>
uint16_t	Nullable< uint16_t >::invalid_value_ = 0xffff
template<>
int16_t	Nullable< int16_t >::invalid_value_ = 0x7fff
template<>
uint32_t	Nullable< uint32_t >::invalid_value_ = 0xffffffff
template<>
int32_t	Nullable< int32_t >::invalid_value_ = 0x7fffffff
template<>
uint64_t	Nullable< uint64_t >::invalid_value_ = 0xffffffffffffffffLL
template<>
int64_t	Nullable< int64_t >::invalid_value_ = 0x7fffffffffffffffLL
template<>
bool	Nullable< bool >::invalid_value_ = false
constexpr double	kInvalidDouble = std::numeric_limits<double>::lowest()
	Value used to indicate an invalid or missing altitude.
constexpr float	kPositionInvalidAltitude = std::numeric_limits<float>::lowest()
constexpr char	kUIOutputDefaultGroup [] = "Default"
constexpr int	kUIOutputDefaultOrder = 1000
std::shared_ptr< SensESPApp >	sensesp_app
constexpr auto	kDefaultHostname = "SensESP"

Typedef Documentation

◆ Accumulator

typedef Integrator<int, int> sensesp::Accumulator

Definition at line 64 of file integrator.h.

◆ AnalogReader

typedef ESP32AnalogReader sensesp::AnalogReader

Definition at line 30 of file analog_reader.h.

◆ BoolConstantSensor

typedef ConstantSensor<bool> sensesp::BoolConstantSensor

Definition at line 118 of file constant_sensor.h.

◆ BoolConsumer

typedef ValueConsumer<bool> sensesp::BoolConsumer

Definition at line 49 of file valueconsumer.h.

◆ BooleanTransform

typedef SymmetricTransform<bool> sensesp::BooleanTransform

Definition at line 101 of file transform.h.

◆ BoolProducer

typedef ValueProducer<bool> sensesp::BoolProducer

Definition at line 106 of file valueproducer.h.

◆ BoolSensor

typedef Sensor<bool> sensesp::BoolSensor

Definition at line 48 of file sensor.h.

◆ BoolSKListener

typedef SKValueListener<bool> sensesp::BoolSKListener

Definition at line 39 of file signalk_value_listener.h.

◆ BoolSKPutRequest

typedef SKPutRequest<bool> sensesp::BoolSKPutRequest

Definition at line 180 of file signalk_put_request.h.

◆ BoolSKPutRequestListener

typedef SKPutRequestListener<bool> sensesp::BoolSKPutRequestListener

Definition at line 68 of file signalk_put_request_listener.h.

◆ BoolToInt

typedef Typecast<bool, int> sensesp::BoolToInt

Definition at line 43 of file typecast.h.

◆ DebounceBool

typedef Debounce<bool> sensesp::DebounceBool

Definition at line 87 of file debounce.h.

◆ DebounceFloat

typedef Debounce<float> sensesp::DebounceFloat

Definition at line 89 of file debounce.h.

◆ DebounceInt

typedef Debounce<int> sensesp::DebounceInt

Definition at line 88 of file debounce.h.

◆ FloatConstantSensor

typedef ConstantSensor<float> sensesp::FloatConstantSensor

Definition at line 116 of file constant_sensor.h.

◆ FloatConsumer

typedef ValueConsumer<float> sensesp::FloatConsumer

Definition at line 47 of file valueconsumer.h.

◆ FloatIntegrator

typedef Integrator<float, float> sensesp::FloatIntegrator

Definition at line 63 of file integrator.h.

◆ FloatProducer

typedef ValueProducer<float> sensesp::FloatProducer

Definition at line 104 of file valueproducer.h.

◆ FloatSensor

typedef Sensor<float> sensesp::FloatSensor

Definition at line 46 of file sensor.h.

◆ FloatSKListener

typedef SKValueListener<float> sensesp::FloatSKListener

Definition at line 37 of file signalk_value_listener.h.

◆ FloatSKPutRequest

typedef SKPutRequest<float> sensesp::FloatSKPutRequest

Definition at line 178 of file signalk_put_request.h.

◆ FloatSKPutRequestListener

typedef SKPutRequestListener<float> sensesp::FloatSKPutRequestListener

Definition at line 66 of file signalk_put_request_listener.h.

◆ FloatThreshold

typedef ThresholdTransform<float> sensesp::FloatThreshold

Definition at line 74 of file threshold.h.

◆ FloatToInt

typedef Typecast<float, int> sensesp::FloatToInt

Definition at line 46 of file typecast.h.

◆ FloatTransform

typedef SymmetricTransform<float> sensesp::FloatTransform

Definition at line 99 of file transform.h.

◆ FragmentCallback

using sensesp::FragmentCallback = std::function<void(uint32_t, CRGB&)>

Definition at line 103 of file led_blinker.h.

◆ IntConstantSensor

typedef ConstantSensor<int> sensesp::IntConstantSensor

Definition at line 117 of file constant_sensor.h.

◆ IntConsumer

typedef ValueConsumer<int> sensesp::IntConsumer

Definition at line 48 of file valueconsumer.h.

◆ IntegerTransform

typedef SymmetricTransform<int> sensesp::IntegerTransform

Definition at line 100 of file transform.h.

◆ IntProducer

typedef ValueProducer<int> sensesp::IntProducer

Definition at line 105 of file valueproducer.h.

◆ IntSensor

typedef Sensor<int> sensesp::IntSensor

Definition at line 47 of file sensor.h.

◆ IntSKListener

typedef SKValueListener<int> sensesp::IntSKListener

Definition at line 38 of file signalk_value_listener.h.

◆ IntSKPutRequest

typedef SKPutRequest<int> sensesp::IntSKPutRequest

Definition at line 179 of file signalk_put_request.h.

◆ IntSKPutRequestListener

typedef SKPutRequestListener<int> sensesp::IntSKPutRequestListener

Definition at line 67 of file signalk_put_request_listener.h.

◆ IntThreshold

typedef ThresholdTransform<int> sensesp::IntThreshold

Definition at line 75 of file threshold.h.

◆ IntToBool

typedef Typecast<int, bool> sensesp::IntToBool

Definition at line 42 of file typecast.h.

◆ IntToFloat

typedef Typecast<int, float> sensesp::IntToFloat

Definition at line 45 of file typecast.h.

◆ NullableBool

typedef Nullable<bool> sensesp::NullableBool

Definition at line 55 of file nullable.h.

◆ NullableDouble

typedef Nullable<double> sensesp::NullableDouble

Definition at line 54 of file nullable.h.

◆ NullableFloat

typedef Nullable<float> sensesp::NullableFloat

Definition at line 53 of file nullable.h.

◆ NullableInt

typedef Nullable<int> sensesp::NullableInt

Definition at line 52 of file nullable.h.

◆ SKOutputAttitudeVector

typedef SKOutput<AttitudeVector> sensesp::SKOutputAttitudeVector

Definition at line 22 of file signalk_types.h.

◆ SKOutputBool

typedef SKOutput<bool> sensesp::SKOutputBool

Definition at line 135 of file signalk_output.h.

◆ SKOutputENUVector

typedef SKOutput<ENUVector> sensesp::SKOutputENUVector

Definition at line 21 of file signalk_types.h.

◆ SKOutputFloat

typedef SKOutputNumeric<float> sensesp::SKOutputFloat

Definition at line 133 of file signalk_output.h.

◆ SKOutputInt

typedef SKOutputNumeric<int> sensesp::SKOutputInt

Definition at line 134 of file signalk_output.h.

◆ SKOutputPosition

typedef SKOutput<Position> sensesp::SKOutputPosition

Definition at line 20 of file signalk_types.h.

◆ SKOutputString

typedef SKOutput<String> sensesp::SKOutputString

Definition at line 136 of file signalk_output.h.

◆ StringConstantSensor

typedef ConstantSensor<String> sensesp::StringConstantSensor

Definition at line 119 of file constant_sensor.h.

◆ StringConsumer

typedef ValueConsumer<String> sensesp::StringConsumer

Definition at line 50 of file valueconsumer.h.

◆ StringProducer

typedef ValueProducer<String> sensesp::StringProducer

Definition at line 107 of file valueproducer.h.

◆ StringSensor

typedef Sensor<String> sensesp::StringSensor

Definition at line 49 of file sensor.h.

◆ StringSKListener

typedef SKValueListener<String> sensesp::StringSKListener

Definition at line 40 of file signalk_value_listener.h.

◆ StringSKPutRequest

typedef SKPutRequest<String> sensesp::StringSKPutRequest

Definition at line 181 of file signalk_put_request.h.

◆ StringSKPutRequestListener

typedef SKPutRequestListener<String> sensesp::StringSKPutRequestListener

Definition at line 69 of file signalk_put_request_listener.h.

◆ StringTransform

typedef SymmetricTransform<String> sensesp::StringTransform

Definition at line 102 of file transform.h.

◆ void_cb_func

typedef std::function<void()> sensesp::void_cb_func

Definition at line 21 of file sensesp.h.

◆ WifiState

using sensesp::WifiState = WiFiState

Definition at line 15 of file wifi_state.h.

Enumeration Type Documentation

◆ AsyncResponseStatus

enum class sensesp::AsyncResponseStatus

strong

Enumerator
kReady
kPending
kSuccess
kFailure
kTimeout

Definition at line 14 of file async_response_handler.h.

◆ ClickTypes

enum class sensesp::ClickTypes

strong

ClickTypes defines the types of clicks and button presses a ClickType transform can detect

Enumerator
ButtonPress
ButtonRelease
SingleClick
LongSingleClick
UltraLongSingleClick
DoubleClick

Definition at line 15 of file click_type.h.

◆ SelectType

enum class sensesp::SelectType

strong

Enumerator
kUndefined
kCheckbox
kSelect

Definition at line 80 of file ui_controls.h.

◆ SKWSConnectionState

enum class sensesp::SKWSConnectionState

strong

Enumerator
kSKWSDisconnected
kSKWSAuthorizing
kSKWSConnecting
kSKWSConnected

Definition at line 23 of file signalk_ws_client.h.

◆ SystemStatus

enum class sensesp::SystemStatus

strong

Enumerator
kWifiNoAP
kWifiDisconnected
kWifiManagerActivated
kSKWSDisconnected
kSKWSAuthorizing
kSKWSConnecting
kSKWSConnected

Definition at line 11 of file system_status_controller.h.

◆ WiFiState

enum class sensesp::WiFiState

strong

Enumerator
kWifiNoAP
kWifiDisconnected
kWifiConnectedToAP
kWifiManagerActivated
kWifiAPModeActivated

Definition at line 6 of file wifi_state.h.

Function Documentation

◆ add_app_http_command_handlers()

void sensesp::add_app_http_command_handlers	(	std::shared_ptr< HTTPServer > &	server,
		std::shared_ptr< Networking > &	networking )

Definition at line 73 of file app_command_handler.cpp.

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◆ add_base_app_http_command_handlers()

void sensesp::add_base_app_http_command_handlers ( std::shared_ptr< HTTPServer > & server )

Definition at line 117 of file base_command_handler.cpp.

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◆ add_config_get_handler()

void sensesp::add_config_get_handler ( std::shared_ptr< HTTPServer > & server )

Definition at line 88 of file config_handler.cpp.

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◆ add_config_handlers()

void sensesp::add_config_handlers ( std::shared_ptr< HTTPServer > & server )

Handle HTTP requests to /config.

This class handles HTTP requests to /config. It is used by the HTTPServer to provide a RESTful API for configuring Configurable objects.

Definition at line 207 of file config_handler.cpp.

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◆ add_config_list_handler()

void sensesp::add_config_list_handler ( std::shared_ptr< HTTPServer > & server )

Definition at line 82 of file config_handler.cpp.

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◆ add_config_put_handler()

void sensesp::add_config_put_handler ( std::shared_ptr< HTTPServer > & server )

Definition at line 131 of file config_handler.cpp.

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◆ add_http_info_handler()

void sensesp::add_http_info_handler ( std::shared_ptr< HTTPServer > & server )

Definition at line 31 of file base_command_handler.cpp.

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◆ add_http_reset_handler()

void sensesp::add_http_reset_handler ( std::shared_ptr< HTTPServer > & server )

Definition at line 8 of file base_command_handler.cpp.

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◆ add_http_restart_handler()

void sensesp::add_http_restart_handler ( std::shared_ptr< HTTPServer > & server )

Definition at line 21 of file base_command_handler.cpp.

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◆ add_routes_handlers()

void sensesp::add_routes_handlers ( std::shared_ptr< HTTPServer > & server )

Definition at line 53 of file base_command_handler.cpp.

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◆ add_scan_wifi_networks_handlers()

void sensesp::add_scan_wifi_networks_handlers	(	std::shared_ptr< HTTPServer > &	server,
		std::shared_ptr< Networking > &	networking )

Definition at line 28 of file app_command_handler.cpp.

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◆ add_static_file_handlers()

void sensesp::add_static_file_handlers ( std::shared_ptr< HTTPServer > server )

Provide handlers for static web content.

Definition at line 7 of file static_file_handler.cpp.

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◆ add_tofu_reset_handler()

void sensesp::add_tofu_reset_handler ( std::shared_ptr< HTTPServer > & server )

Definition at line 10 of file app_command_handler.cpp.

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◆ apply_brightness()

uint8_t sensesp::apply_brightness	(	uint8_t	value,
		uint8_t	brightness )

inline

Apply gamma correction and brightness scaling to a color value.

Gamma correction is applied first to ensure perceptually correct colors, then brightness scaling is applied as a linear dimming factor.

Parameters

value	Color value (0-255)
brightness	Brightness scale (0-255), where 255 = full brightness

Returns: Scaled value (0-255)

Definition at line 110 of file crgb.h.

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◆ Base64Sha1()

String sensesp::Base64Sha1 ( const String & payload_str )

A base64-encoded SHA-1 hash function.

For filesystem compatibility, the output string is further scrubbed to replace "/" with "_".

Parameters

payload_str

Returns: String

Definition at line 80 of file hash.cpp.

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◆ blend()

CRGB sensesp::blend	(	const CRGB &	p1,
		const CRGB &	p2,
		uint8_t	amountOfP2 )

inline

Linear interpolation (blend) between two colors.

Parameters

p1	First color (returned when amountOfP2 == 0)
p2	Second color (returned when amountOfP2 == 255)
amountOfP2	Blend amount: 0 = 100% p1, 255 = 100% p2

Returns: Blended color

Definition at line 137 of file crgb.h.

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◆ call_request_dispatcher()

esp_err_t sensesp::call_request_dispatcher ( httpd_req_t * req )

Definition at line 178 of file http_server.cpp.

◆ canConvertFromJson() [1/3]

bool sensesp::canConvertFromJson	(	JsonVariantConst	src,
		const AttitudeVector &	)

Definition at line 39 of file position.cpp.

◆ canConvertFromJson() [2/3]

bool sensesp::canConvertFromJson	(	JsonVariantConst	src,
		const ENUVector &	)

Definition at line 35 of file position.cpp.

◆ canConvertFromJson() [3/3]

bool sensesp::canConvertFromJson	(	JsonVariantConst	src,
		const Position &	)

Tells ArduinoJson whether the given JSON is a Position or not.

This function is automatically called by ArduinoJson whenever it has to convert a JSON to a Position struct.

Parameters

src	A JSON document

Returns: true if the given JSON contains "latitude" and "longitude" keys; false if the given JSON doesn't contain "latitude" or "longitude" keys

Definition at line 31 of file position.cpp.

◆ ConfigItem() [1/2]

template<typename T>

std::shared_ptr< ConfigItemT< T > > sensesp::ConfigItem ( std::shared_ptr< T > config_object )

Register a ConfigItemT with the ConfigItemBase.

Note, this function only exists to avoid having to provide the template argument when creating a ConfigItemT. It should be possible to remove it once C++17 is supported.

Template Parameters

T

Parameters

config_object
title
description
sort_order

Returns: T*

Definition at line 289 of file config_item.h.

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◆ ConfigItem() [2/2]

template<typename T>

std::shared_ptr< ConfigItemT< T > > sensesp::ConfigItem ( T * config_object )

Definition at line 300 of file config_item.h.

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◆ ConfigRequiresRestart() [1/12]

bool sensesp::ConfigRequiresRestart ( const AnalogInput & obj )

inline

Definition at line 61 of file analog_input.h.

◆ ConfigRequiresRestart() [2/12]

bool sensesp::ConfigRequiresRestart ( const DigitalInputCounter & obj )

Definition at line 85 of file digital_input.cpp.

◆ ConfigRequiresRestart() [3/12]

bool sensesp::ConfigRequiresRestart ( const DigitalInputDebounceCounter & obj )

Definition at line 93 of file digital_input.cpp.

◆ ConfigRequiresRestart() [4/12]

bool sensesp::ConfigRequiresRestart ( const DigitalInputState & obj )

Definition at line 77 of file digital_input.cpp.

◆ ConfigRequiresRestart() [5/12]

bool sensesp::ConfigRequiresRestart ( const HTTPServer & obj )

inline

Definition at line 185 of file http_server.h.

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◆ ConfigRequiresRestart() [6/12]

bool sensesp::ConfigRequiresRestart ( const Median & obj )

inline

Definition at line 35 of file median.h.

◆ ConfigRequiresRestart() [7/12]

bool sensesp::ConfigRequiresRestart ( const MovingAverage & obj )

inline

Definition at line 52 of file moving_average.h.

◆ ConfigRequiresRestart() [8/12]

bool sensesp::ConfigRequiresRestart ( const Networking & obj )

inline

Definition at line 290 of file networking.h.

◆ ConfigRequiresRestart() [9/12]

template<typename T>

bool sensesp::ConfigRequiresRestart ( const SKOutput< T > & obj )

Definition at line 88 of file signalk_output.h.

◆ ConfigRequiresRestart() [10/12]

bool sensesp::ConfigRequiresRestart ( const SKWSClient & obj )

inline

Definition at line 240 of file signalk_ws_client.h.

◆ ConfigRequiresRestart() [11/12]

template<typename T>

bool sensesp::ConfigRequiresRestart ( const std::shared_ptr< T > & obj )

Definition at line 57 of file config_item.h.

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◆ ConfigRequiresRestart() [12/12]

template<typename T>

bool sensesp::ConfigRequiresRestart ( const T & obj )

Definition at line 52 of file config_item.h.

◆ ConfigSchema() [1/46]

const String sensesp::ConfigSchema ( AnalogInput & obj )

Definition at line 40 of file analog_input.cpp.

◆ ConfigSchema() [2/46]

const String sensesp::ConfigSchema ( ChangeFilter & obj )

Definition at line 53 of file change_filter.cpp.

◆ ConfigSchema() [3/46]

const String sensesp::ConfigSchema ( const AnalogVoltage & obj )

Definition at line 39 of file analogvoltage.cpp.

◆ ConfigSchema() [4/46]

const String sensesp::ConfigSchema ( const AngleCorrection & obj )

Definition at line 43 of file angle_correction.cpp.

◆ ConfigSchema() [5/46]

const String sensesp::ConfigSchema ( const CheckboxConfig & obj )

inline

Definition at line 74 of file ui_controls.h.

◆ ConfigSchema() [6/46]

const String sensesp::ConfigSchema ( const ClickType & obj )

Definition at line 174 of file click_type.cpp.

◆ ConfigSchema() [7/46]

template<typename T>

const String sensesp::ConfigSchema ( const ConstantSensor< T > & obj )

Definition at line 105 of file constant_sensor.h.

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◆ ConfigSchema() [8/46]

const char * sensesp::ConfigSchema ( const CurveInterpolator & obj )

inline

Definition at line 91 of file curveinterpolator.h.

◆ ConfigSchema() [9/46]

template<typename T>

const String sensesp::ConfigSchema ( const Debounce< T > & obj )

Definition at line 83 of file debounce.h.

◆ ConfigSchema() [10/46]

const String sensesp::ConfigSchema ( const DigitalInputCounter & obj )

Definition at line 81 of file digital_input.cpp.

◆ ConfigSchema() [11/46]

const String sensesp::ConfigSchema ( const DigitalInputDebounceCounter & obj )

Definition at line 89 of file digital_input.cpp.

◆ ConfigSchema() [12/46]

const String sensesp::ConfigSchema ( const DigitalInputState & obj )

◆ ConfigSchema() [13/46]

template<typename U>

const String sensesp::ConfigSchema ( const Enable< U > & obj )

Definition at line 49 of file enable.h.

◆ ConfigSchema() [14/46]

const String sensesp::ConfigSchema ( const Frequency & obj )

Definition at line 37 of file frequency.cpp.

◆ ConfigSchema() [15/46]

const String sensesp::ConfigSchema ( const HTTPServer & obj )

inline

Definition at line 181 of file http_server.h.

◆ ConfigSchema() [16/46]

template<typename T>

const String sensesp::ConfigSchema ( const Integrator< T, T > & obj )

Definition at line 59 of file integrator.h.

◆ ConfigSchema() [17/46]

template<class IN, class OUT>

const String sensesp::ConfigSchema ( const LambdaTransform< IN, OUT > & obj )

Definition at line 279 of file lambda_transform.h.

◆ ConfigSchema() [18/46]

template<class IN, class OUT, class P1>

const String sensesp::ConfigSchema ( const LambdaTransform< IN, OUT, P1 > & obj )

Definition at line 286 of file lambda_transform.h.

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◆ ConfigSchema() [19/46]

template<class IN, class OUT, class P1, class P2>

const String sensesp::ConfigSchema ( const LambdaTransform< IN, OUT, P1, P2 > & obj )

Definition at line 298 of file lambda_transform.h.

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◆ ConfigSchema() [20/46]

template<class IN, class OUT, class P1, class P2, class P3>

const String sensesp::ConfigSchema ( const LambdaTransform< IN, OUT, P1, P2, P3 > & obj )

Definition at line 315 of file lambda_transform.h.

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◆ ConfigSchema() [21/46]

template<class IN, class OUT, class P1, class P2, class P3, class P4>

const String sensesp::ConfigSchema ( const LambdaTransform< IN, OUT, P1, P2, P3, P4 > & obj )

Definition at line 337 of file lambda_transform.h.

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◆ ConfigSchema() [22/46]

template<class IN, class OUT, class P1, class P2, class P3, class P4, class P5>

const String sensesp::ConfigSchema ( const LambdaTransform< IN, OUT, P1, P2, P3, P4, P5 > * obj )

Definition at line 363 of file lambda_transform.h.

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◆ ConfigSchema() [23/46]

template<class IN, class OUT, class P1, class P2, class P3, class P4, class P5, class P6>

const String sensesp::ConfigSchema ( const LambdaTransform< IN, OUT, P1, P2, P3, P4, P5, P6 > * obj )

Definition at line 395 of file lambda_transform.h.

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◆ ConfigSchema() [24/46]

const String sensesp::ConfigSchema ( const Median & obj )

Definition at line 45 of file median.cpp.

◆ ConfigSchema() [25/46]

const String sensesp::ConfigSchema ( const MovingAverage & obj )

Definition at line 62 of file moving_average.cpp.

◆ ConfigSchema() [26/46]

const String sensesp::ConfigSchema ( const Networking & obj )

inline

Definition at line 286 of file networking.h.

◆ ConfigSchema() [27/46]

const String sensesp::ConfigSchema ( const NumberConfig & obj )

inline

Definition at line 49 of file ui_controls.h.

◆ ConfigSchema() [28/46]

template<class T>

const String sensesp::ConfigSchema ( const PersistingObservableValue< T > & obj )

Definition at line 128 of file observablevalue.h.

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◆ ConfigSchema() [29/46]

const String sensesp::ConfigSchema ( const PressRepeater & obj )

Definition at line 66 of file press_repeater.cpp.

◆ ConfigSchema() [30/46]

const String sensesp::ConfigSchema ( const RgbLed & obj )

Definition at line 74 of file rgb_led.cpp.

◆ ConfigSchema() [31/46]

const String sensesp::ConfigSchema ( const SelectConfig & obj )

inline

Definition at line 112 of file ui_controls.h.

◆ ConfigSchema() [32/46]

const String sensesp::ConfigSchema ( const SKListener & obj )

Definition at line 45 of file signalk_listener.cpp.

◆ ConfigSchema() [33/46]

template<typename T>

const String sensesp::ConfigSchema ( const SKOutput< T > & obj )

Definition at line 83 of file signalk_output.h.

◆ ConfigSchema() [34/46]

const String sensesp::ConfigSchema ( const SKOutputTime & obj )

Definition at line 32 of file signalk_time.cpp.

◆ ConfigSchema() [35/46]

template<typename T>

const String sensesp::ConfigSchema ( const SKPutRequest< T > & obj )

Definition at line 173 of file signalk_put_request.h.

◆ ConfigSchema() [36/46]

const String sensesp::ConfigSchema ( const SKWSClient & obj )

inline

Definition at line 232 of file signalk_ws_client.h.

◆ ConfigSchema() [37/46]

const String sensesp::ConfigSchema ( const SmartSwitchController & obj )

inline

Definition at line 133 of file smart_switch_controller.h.

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◆ ConfigSchema() [38/46]

const String sensesp::ConfigSchema ( const std::nullptr_t & obj )

inline

Provide a configuration schema for a ConfigItemT<nullptr>.

For this to work, an overload or a specialization of this function must be provided for each type T that is used in a ConfigItemT<T>.

Template Parameters

T

Parameters

obj

Returns: const char*

Definition at line 47 of file config_item.h.

◆ ConfigSchema() [39/46]

const String sensesp::ConfigSchema ( const StringConfig & obj )

inline

Definition at line 27 of file ui_controls.h.

◆ ConfigSchema() [40/46]

const String sensesp::ConfigSchema ( const ThresholdTransform< float > & obj )

Definition at line 8 of file threshold.cpp.

◆ ConfigSchema() [41/46]

const String sensesp::ConfigSchema ( const ThresholdTransform< int > & obj )

Definition at line 14 of file threshold.cpp.

◆ ConfigSchema() [42/46]

const String sensesp::ConfigSchema ( const VoltageDividerR1 & obj )

Definition at line 39 of file voltagedivider.cpp.

◆ ConfigSchema() [43/46]

const String sensesp::ConfigSchema ( const VoltageDividerR2 & obj )

Definition at line 77 of file voltagedivider.cpp.

◆ ConfigSchema() [44/46]

const String sensesp::ConfigSchema ( const VoltageMultiplier & obj )

Definition at line 32 of file voltage_multiplier.cpp.

◆ ConfigSchema() [45/46]

const String sensesp::ConfigSchema ( DigitalInputState & obj )

Definition at line 73 of file digital_input.cpp.

◆ ConfigSchema() [46/46]

template<typename U>

const String sensesp::ConfigSchema ( TimeCounter< U > & obj )

Definition at line 95 of file time_counter.h.

◆ ConfigSchemaSensorType()

template<typename T>

const String sensesp::ConfigSchemaSensorType ( const T & obj )

Definition at line 84 of file constant_sensor.h.

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◆ ConfigSchemaSensorType< bool >()

template<>

const String sensesp::ConfigSchemaSensorType< bool > ( const bool & obj )

Definition at line 100 of file constant_sensor.h.

◆ ConfigSchemaSensorType< float >()

template<>

const String sensesp::ConfigSchemaSensorType< float > ( const float & obj )

Definition at line 92 of file constant_sensor.h.

◆ ConfigSchemaSensorType< int >()

template<>

const String sensesp::ConfigSchemaSensorType< int > ( const int & obj )

Definition at line 88 of file constant_sensor.h.

◆ ConfigSchemaSensorType< String >()

template<>

const String sensesp::ConfigSchemaSensorType< String > ( const String & obj )

Definition at line 96 of file constant_sensor.h.

◆ connect_system_info_sensor()

template<typename T>

void sensesp::connect_system_info_sensor	(	std::shared_ptr< ValueProducer< T > > &	sensor,
		const String &	prefix,
		const String &	name )

Connect a system information sensor to SKOutput.

Definition at line 18 of file system_info.h.

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◆ convertFromJson() [1/4]

void sensesp::convertFromJson	(	JsonVariantConst	src,
		AttitudeVector &	dst )

Definition at line 25 of file position.cpp.

◆ convertFromJson() [2/4]

void sensesp::convertFromJson	(	JsonVariantConst	src,
		ENUVector &	dst )

Definition at line 16 of file position.cpp.

◆ convertFromJson() [3/4]

template<typename T>

void sensesp::convertFromJson	(	JsonVariantConst	src,
		Nullable< T > &	dst )

Definition at line 58 of file nullable.h.

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◆ convertFromJson() [4/4]

void sensesp::convertFromJson	(	JsonVariantConst	src,
		Position &	dst )

Adds support in ArduinoJson to deserialize Position type data.

This is an ArduinoJson custom converter to convert position type data from JSON into a Position struct. The JSON data must at least contain "latitude" and "longitude", "altitude" is optional. ArduinoJson will automatically call this function whenever it has to convert a JSON to a Position struct. More info here: https://arduinojson.org/news/2021/05/04/version-6-18-0/

Parameters

src	The JSON document containing the position data
dst	The address to a Position struct to write the data to

Definition at line 7 of file position.cpp.

◆ convertToJson() [1/4]

void sensesp::convertToJson	(	const AttitudeVector &	src,
		JsonVariant	dst )

Definition at line 65 of file position.cpp.

◆ convertToJson() [2/4]

void sensesp::convertToJson	(	const ENUVector &	src,
		JsonVariant	dst )

Definition at line 55 of file position.cpp.

◆ convertToJson() [3/4]

template<typename T>

void sensesp::convertToJson	(	const Nullable< T > &	src,
		JsonVariant	dst )

Definition at line 67 of file nullable.h.

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◆ convertToJson() [4/4]

void sensesp::convertToJson	(	const Position &	src,
		JsonVariant	dst )

Definition at line 45 of file position.cpp.

◆ event_loop()

std::shared_ptr< reactesp::EventLoop > sensesp::event_loop ( )

Definition at line 9 of file sensesp.cpp.

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◆ ExecuteWebSocketTask()

void sensesp::ExecuteWebSocketTask ( void * )

Definition at line 135 of file signalk_ws_client.cpp.

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◆ frag_blend()

LEDPatternFragment sensesp::frag_blend	(	uint32_t	duration_ms,
		const CRGB &	target_color,
		bool	reverse )

Definition at line 59 of file led_blinker.cpp.

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◆ frag_linear_fade()

LEDPatternFragment sensesp::frag_linear_fade	(	uint32_t	duration_ms,
		uint32_t	fade_duration_ms,
		const CRGB &	target_color )

Definition at line 13 of file led_blinker.cpp.

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◆ frag_linear_invert()

LEDPatternFragment sensesp::frag_linear_invert	(	uint32_t	duration_ms,
		bool	reverse )

Definition at line 41 of file led_blinker.cpp.

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◆ frag_nop()

LEDPatternFragment sensesp::frag_nop ( uint32_t duration_ms )

Definition at line 75 of file led_blinker.cpp.

◆ frag_solid_color()

LEDPatternFragment sensesp::frag_solid_color	(	uint32_t	duration_ms,
		const CRGB &	color )

Definition at line 8 of file led_blinker.cpp.

◆ gamma_correct()

uint8_t sensesp::gamma_correct ( uint8_t value )

inline

Apply gamma correction to an 8-bit value.

LED brightness perception is non-linear - human eyes perceive brightness logarithmically. This function applies inverse gamma correction to boost low brightness values, making dim LEDs more visible.

Uses a lookup table for efficiency (called at 200Hz).

Parameters

value Linear input value (0-255)

Returns: Gamma-corrected value (0-255)

Definition at line 48 of file crgb.h.

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◆ generate_uuid4()

String sensesp::generate_uuid4 ( )

Generate a random UUIDv4 string.

Returns: Formatted UUID string.

Definition at line 5 of file uuid.cpp.

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◆ get_content_type()

String sensesp::get_content_type ( httpd_req_t * req )

Definition at line 183 of file http_server.cpp.

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◆ get_item_data()

bool sensesp::get_item_data	(	JsonDocument &	doc,
		const std::shared_ptr< ConfigItemBase > &	item )

Definition at line 11 of file config_handler.cpp.

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◆ get_random_hex_string()

String sensesp::get_random_hex_string ( )

Definition at line 5 of file http_authenticator.cpp.

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◆ get_schema_type_string() [1/9]

template<>

const char * sensesp::get_schema_type_string ( const bool dummy )

Definition at line 23 of file config_item.cpp.

◆ get_schema_type_string() [2/9]

template<>

const char * sensesp::get_schema_type_string ( const bool dummy )

Definition at line 23 of file config_item.cpp.

◆ get_schema_type_string() [3/9]

template<>

const char * sensesp::get_schema_type_string ( const float dummy )

Definition at line 13 of file config_item.cpp.

◆ get_schema_type_string() [4/9]

template<>

const char * sensesp::get_schema_type_string ( const float dummy )

Definition at line 13 of file config_item.cpp.

◆ get_schema_type_string() [5/9]

template<>

const char * sensesp::get_schema_type_string ( const int dummy )

Definition at line 8 of file config_item.cpp.

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◆ get_schema_type_string() [6/9]

template<>

const char * sensesp::get_schema_type_string ( const int dummy )

Definition at line 8 of file config_item.cpp.

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◆ get_schema_type_string() [7/9]

template<>

const char * sensesp::get_schema_type_string ( const String & dummy )

Definition at line 18 of file config_item.cpp.

◆ get_schema_type_string() [8/9]

template<>

const char * sensesp::get_schema_type_string ( const String & dummy )

Definition at line 18 of file config_item.cpp.

◆ get_schema_type_string() [9/9]

template<class T>

const char * sensesp::get_schema_type_string ( const T dummy )

Convert the variable type to a string representation of the type using template specializations.

Definition at line 21 of file config_item.h.

◆ handle_config_item_list()

esp_err_t sensesp::handle_config_item_list ( httpd_req_t * req )

Definition at line 39 of file config_handler.cpp.

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◆ MD5()

String sensesp::MD5 ( const String & payload_str )

MD5 hash function.

Calculate an MD5 hash of the given payload.

Parameters

payload_str

Definition at line 45 of file hash.cpp.

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◆ millis64()

uint64_t ARDUINO_ISR_ATTR sensesp::millis64 ( )

inline

Definition at line 9 of file time_counter.h.

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◆ operator!=()

template<class T>

bool sensesp::operator!=	(	ObservableValue< T > const &	lhs,
		T const &	rhs )

Definition at line 21 of file observablevalue.h.

◆ operator==()

template<class T>

bool sensesp::operator==	(	ObservableValue< T > const &	lhs,
		T const &	rhs )

Definition at line 16 of file observablevalue.h.

◆ rgb_to_luminance()

uint8_t sensesp::rgb_to_luminance	(	uint8_t	r,
		uint8_t	g,
		uint8_t	b )

inline

Convert RGB color to perceptual luminance.

Uses the standard luminance formula (ITU-R BT.709) that weights green most heavily, followed by red, then blue.

Parameters

r	Red component (0-255)
g	Green component (0-255)
b	Blue component (0-255)

Returns: Luminance value (0-255)

Definition at line 125 of file crgb.h.

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◆ SetupLogging()

void sensesp::SetupLogging ( esp_log_level_t default_level = ESP_LOG_DEBUG )

inline

Definition at line 22 of file sensesp_base_app.h.

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◆ SetupSerialDebug()

void sensesp::SetupSerialDebug ( uint32_t baudrate )

inline

Definition at line 26 of file sensesp_base_app.h.

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◆ Sha1()

void sensesp::Sha1	(	const String &	payload_str,
		uint8_t *	hash_output )

SHA-1 hash function.

Calculate a SHA-1 hash of the given payload.

Parameters

payload_str
hash_output	A 20-character binary output array

Definition at line 19 of file hash.cpp.

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◆ urldecode2()

void sensesp::urldecode2	(	char *	dst,
		const char *	src )

Definition at line 13 of file http_server.cpp.

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Variable Documentation

◆ blip_pattern

LEDPattern sensesp::blip_pattern

Initial value:

                        = {
    frag_blend(50, CRGB::Black),
    frag_blend(50, CRGB::Black, true),
}

Definition at line 57 of file system_status_led.cpp.

◆ hysteresis_param_info

const ParamInfo sensesp::hysteresis_param_info[4]

Initial value:

                                  = {
{"lower_threshold", "Lower threshold"},
{"upper_threshold", "Upper threshold"},
{"low_output", "Low output"},
{"high_output", "High output"}}

Definition at line 9 of file hysteresis.h.

◆ kContentEncoding

const char sensesp::kContentEncoding[] = "Content-Encoding"

Definition at line 7 of file static_file_data.h.

◆ kContentType

const char sensesp::kContentType[] = "Content-Type"

Definition at line 6 of file static_file_data.h.

◆ kDefaultHostname

auto sensesp::kDefaultHostname = "SensESP"

constexpr

Definition at line 20 of file sensesp_base_app.h.

◆ kFrontendFiles

const StaticFileData sensesp::kFrontendFiles[]

Definition at line 8 of file frontend_files.h.

◆ kGammaTable

uint8_t sensesp::kGammaTable[256]

constexpr

Initial value:

                              = {
    0,  21,  28,  34,  39,  43,  46,  50,  53,  56,  59,  61,  64,  66,  68,  70,
   72,  74,  76,  78,  80,  82,  84,  85,  87,  89,  90,  92,  93,  95,  96,  98,
   99, 101, 102, 103, 105, 106, 107, 109, 110, 111, 112, 114, 115, 116, 117, 118,
  119, 120, 122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 132, 133, 134, 135,
  136, 137, 138, 139, 140, 141, 142, 143, 144, 144, 145, 146, 147, 148, 149, 150,
  150, 151, 152, 153, 154, 155, 155, 156, 157, 158, 159, 159, 160, 161, 162, 162,
  163, 164, 165, 165, 166, 167, 167, 168, 169, 170, 170, 171, 172, 172, 173, 174,
  174, 175, 176, 176, 177, 178, 178, 179, 180, 180, 181, 181, 182, 183, 183, 184,
  185, 185, 186, 186, 187, 188, 188, 189, 189, 190, 190, 191, 192, 192, 193, 193,
  194, 194, 195, 196, 196, 197, 197, 198, 198, 199, 199, 200, 200, 201, 201, 202,
  202, 203, 203, 204, 204, 205, 205, 206, 206, 207, 207, 208, 208, 209, 209, 210,
  210, 211, 211, 212, 212, 213, 213, 214, 214, 215, 215, 215, 216, 216, 217, 217,
  218, 218, 219, 219, 219, 220, 220, 221, 221, 222, 222, 222, 223, 223, 224, 224,
  225, 225, 225, 226, 226, 227, 227, 227, 228, 228, 229, 229, 229, 230, 230, 231,
  231, 231, 232, 232, 233, 233, 233, 234, 234, 234, 235, 235, 236, 236, 236, 237,
  237, 237, 238, 238, 238, 239, 239, 240, 240, 240, 241, 241, 241, 242, 242, 255,
}

Gamma correction lookup table (γ=2.2, inverted).

Pre-computed values for inverse gamma correction to avoid expensive floating-point math in the hot path. Generated with: table[i] = round(pow(i/255.0, 1/2.2) * 255)

Definition at line 16 of file crgb.h.

◆ kInvalidDouble

double sensesp::kInvalidDouble = std::numeric_limits<double>::lowest()

constexpr

Value used to indicate an invalid or missing altitude.

Definition at line 10 of file position.h.

◆ kMaxNumClientConfigs

int sensesp::kMaxNumClientConfigs = 3

constexpr

Definition at line 18 of file networking.h.

◆ kPi

double sensesp::kPi = 3.14159265358979323846

constexpr

Definition at line 5 of file angle_correction.cpp.

◆ kPositionInvalidAltitude

float sensesp::kPositionInvalidAltitude = std::numeric_limits<float>::lowest()

constexpr

Definition at line 11 of file position.h.

◆ kPWMResolution

int sensesp::kPWMResolution = 13

constexpr

Definition at line 12 of file rgb_led.h.

◆ kSensESPVersion

const char* const sensesp::kSensESPVersion = "3.2.2"

Definition at line 6 of file sensesp_version.h.

◆ kUIOutputDefaultGroup

char sensesp::kUIOutputDefaultGroup[] = "Default"

constexpr

Definition at line 15 of file status_page_item.h.

◆ kUIOutputDefaultOrder

int sensesp::kUIOutputDefaultOrder = 1000

constexpr

Definition at line 16 of file status_page_item.h.

◆ kWsClientTaskStackSize

int sensesp::kWsClientTaskStackSize = 8192

constexpr

Definition at line 26 of file signalk_ws_client.cpp.

◆ no_ap_pattern

LEDPattern sensesp::no_ap_pattern

Initial value:

= {frag_linear_fade(100, 100, CRGB::Red),

frag_linear_fade(950, 200, CRGB::Black)}

sensesp::frag_linear_fade

LEDPatternFragment frag_linear_fade(uint32_t duration_ms, uint32_t fade_duration_ms, const CRGB &target_color)

Definition led_blinker.cpp:13

sensesp::CRGB::Red

static const CRGB Red

Definition crgb.h:89

Definition at line 6 of file system_status_led.cpp.

◆ Nullable< bool >::invalid_value_

template<>

bool sensesp::Nullable< bool >::invalid_value_ = false

Definition at line 40 of file nullable.cpp.

◆ Nullable< char >::invalid_value_

template<>

char sensesp::Nullable< char >::invalid_value_ = 0xff

Definition at line 17 of file nullable.cpp.

◆ Nullable< double >::invalid_value_

template<>

double sensesp::Nullable< double >::invalid_value_ = -1e9

Definition at line 15 of file nullable.cpp.

◆ Nullable< float >::invalid_value_

template<>

float sensesp::Nullable< float >::invalid_value_ = -1e9

Definition at line 13 of file nullable.cpp.

◆ Nullable< int16_t >::invalid_value_

template<>

int16_t sensesp::Nullable< int16_t >::invalid_value_ = 0x7fff

Definition at line 25 of file nullable.cpp.

◆ Nullable< int32_t >::invalid_value_

template<>

int32_t sensesp::Nullable< int32_t >::invalid_value_ = 0x7fffffff

Definition at line 29 of file nullable.cpp.

◆ Nullable< int64_t >::invalid_value_

template<>

int64_t sensesp::Nullable< int64_t >::invalid_value_ = 0x7fffffffffffffffLL

Definition at line 37 of file nullable.cpp.

◆ Nullable< int8_t >::invalid_value_

template<>

int8_t sensesp::Nullable< int8_t >::invalid_value_ = 0x7f

Definition at line 21 of file nullable.cpp.

◆ Nullable< T >::invalid_value_

template<typename T>

T sensesp::Nullable< T >::invalid_value_ = T{}

Definition at line 11 of file nullable.cpp.

◆ Nullable< uint16_t >::invalid_value_

template<>

uint16_t sensesp::Nullable< uint16_t >::invalid_value_ = 0xffff

Definition at line 23 of file nullable.cpp.

◆ Nullable< uint32_t >::invalid_value_

template<>

uint32_t sensesp::Nullable< uint32_t >::invalid_value_ = 0xffffffff

Definition at line 27 of file nullable.cpp.

◆ Nullable< uint64_t >::invalid_value_

template<>

uint64_t sensesp::Nullable< uint64_t >::invalid_value_ = 0xffffffffffffffffLL

Definition at line 35 of file nullable.cpp.

◆ Nullable< uint8_t >::invalid_value_

template<>

uint8_t sensesp::Nullable< uint8_t >::invalid_value_ = 0xff

Definition at line 19 of file nullable.cpp.

◆ sensesp_app

std::shared_ptr< SensESPApp > sensesp::sensesp_app

Definition at line 7 of file sensesp_app.cpp.

◆ wifi_connected_pattern

LEDPattern sensesp::wifi_connected_pattern

Initial value:

                                  = {
    frag_linear_fade(700, 200, CRGB::Yellow),
    frag_linear_fade(300, 100, CRGB::Black),
}

Definition at line 16 of file system_status_led.cpp.

◆ wifi_disconnected_pattern

LEDPattern sensesp::wifi_disconnected_pattern

Initial value:

                                     = {
    frag_linear_fade(300, 100, CRGB::Red),
    frag_linear_fade(700, 200, CRGB::Black),
}

Definition at line 10 of file system_status_led.cpp.

◆ ws_authorizing_pattern

LEDPattern sensesp::ws_authorizing_pattern

Initial value:

                                  = {
    frag_linear_fade(200, 200, CRGB::Yellow),
    frag_linear_fade(200, 200, CRGB::Black),
}

Definition at line 52 of file system_status_led.cpp.

◆ ws_client

SKWSClient* sensesp::ws_client

Definition at line 28 of file signalk_ws_client.cpp.

◆ ws_connected_pattern

LEDPattern sensesp::ws_connected_pattern

Initial value:

                                = {
    frag_linear_fade(900, 200, CRGB::Blue),
    frag_linear_fade(100, 100, CRGB::Black),
}

Definition at line 34 of file system_status_led.cpp.

◆ ws_connecting_pattern

LEDPattern sensesp::ws_connecting_pattern

Initial value:

                                 = {
    frag_linear_fade(650, 200, CRGB::Yellow),
    frag_linear_fade(50, 50, CRGB::Black),
    frag_linear_fade(50, 50, CRGB::Yellow),
    frag_linear_fade(50, 50, CRGB::Black),
    frag_linear_fade(50, 50, CRGB::Yellow),
    frag_linear_fade(50, 50, CRGB::Black),
    frag_linear_fade(50, 50, CRGB::Yellow),
    frag_linear_fade(50, 50, CRGB::Black),
}

Definition at line 22 of file system_status_led.cpp.

◆ ws_disconnected_pattern

LEDPattern sensesp::ws_disconnected_pattern

Initial value:

                                   = {
    frag_linear_fade(50, 50, CRGB::Yellow),
    frag_linear_fade(50, 50, CRGB::Black),
    frag_linear_fade(50, 50, CRGB::Yellow),
    frag_linear_fade(50, 50, CRGB::Black),
    frag_linear_fade(50, 50, CRGB::Yellow),
    frag_linear_fade(50, 50, CRGB::Black),
    frag_linear_fade(50, 50, CRGB::Yellow),
    frag_linear_fade(650, 200, CRGB::Black),
}

Definition at line 40 of file system_status_led.cpp.

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ Accumulator

◆ AnalogReader

◆ BoolConstantSensor

◆ BoolConsumer

◆ BooleanTransform

◆ BoolProducer

◆ BoolSensor

◆ BoolSKListener

◆ BoolSKPutRequest

◆ BoolSKPutRequestListener

◆ BoolToInt

◆ DebounceBool

◆ DebounceFloat

◆ DebounceInt

◆ FloatConstantSensor

◆ FloatConsumer

◆ FloatIntegrator

◆ FloatProducer

◆ FloatSensor

◆ FloatSKListener

◆ FloatSKPutRequest

◆ FloatSKPutRequestListener

◆ FloatThreshold

◆ FloatToInt

◆ FloatTransform

◆ FragmentCallback

◆ IntConstantSensor

◆ IntConsumer

◆ IntegerTransform

◆ IntProducer

◆ IntSensor

◆ IntSKListener

◆ IntSKPutRequest

◆ IntSKPutRequestListener

◆ IntThreshold

◆ IntToBool

◆ IntToFloat

◆ NullableBool

◆ NullableDouble

◆ NullableFloat

◆ NullableInt

◆ SKOutputAttitudeVector

◆ SKOutputBool

◆ SKOutputENUVector

◆ SKOutputFloat

◆ SKOutputInt

◆ SKOutputPosition

◆ SKOutputString

◆ StringConstantSensor

◆ StringConsumer

◆ StringProducer

◆ StringSensor

◆ StringSKListener

◆ StringSKPutRequest

◆ StringSKPutRequestListener

◆ StringTransform

◆ void_cb_func

◆ WifiState

Enumeration Type Documentation

◆ AsyncResponseStatus

◆ ClickTypes

◆ SelectType

◆ SKWSConnectionState

◆ SystemStatus

◆ WiFiState

Function Documentation

◆ add_app_http_command_handlers()

◆ add_base_app_http_command_handlers()

◆ add_config_get_handler()

◆ add_config_handlers()

◆ add_config_list_handler()

◆ add_config_put_handler()

◆ add_http_info_handler()

◆ add_http_reset_handler()