easee

package
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 Go to latest Published: Dec 2, 2024 License: MIT Imports: 11 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	ChargeStart        = "start_charging"
	ChargeStop         = "stop_charging"
	ChargePause        = "pause_charging"
	ChargeResume       = "resume_charging"
	PollLifetimeEnergy = "poll_lifetimeenergy"
)
View Source 
const (
	ModeOffline                int = 0
	ModeDisconnected           int = 1
	ModeAwaitingStart          int = 2
	ModeCharging               int = 3
	ModeCompleted              int = 4
	ModeError                  int = 5
	ModeReadyToCharge          int = 6
	ModeAwaitingAuthentication int = 7
	ModeDeauthenticating       int = 8
)

charge mode definition

View Source 
const API = "https://api.easee.com/api"

API is the Easee API endpoint

Variables

This section is empty.

Functions

func ObservationIDStrings 

func ObservationIDStrings() []string

ObservationIDStrings returns a slice of all String values of the enum

func SignalrLogger 

func SignalrLogger(log Logger) signalr.StructuredLogger

func TokenSource 

func TokenSource(log *util.Logger, user, password string) (oauth2.TokenSource, error)

TokenSource creates an Easee token source

Types

type Charger 

type Charger struct {
	ID   string
	Name string
}

Charger is the charger type

type ChargerConfig 

type ChargerConfig struct {
	IsEnabled                    bool
	LockCablePermanently         bool
	AuthorizationRequired        bool
	RemoteStartRequired          bool
	SmartButtonEnabled           bool
	WiFiSSID                     string
	DetectedPowerGridType        int
	OfflineChargingMode          int
	CircuitMaxCurrentP1          float64
	CircuitMaxCurrentP2          float64
	CircuitMaxCurrentP3          float64
	EnableIdleCurrent            bool
	LimitToSinglePhaseCharging   bool
	PhaseMode                    int
	LocalNodeType                int
	LocalAuthorizationRequired   bool
	LocalRadioChannel            int
	LocalShortAddress            int
	LocalParentAddrOrNumOfNodes  int
	LocalPreAuthorizeEnabled     bool
	LocalAuthorizeOfflineEnabled bool
	AllowOfflineTxForUnknownId   bool
	MaxChargerCurrent            float64
	LedStripBrightness           int
}

type ChargerSettings 

type ChargerSettings struct {
	Enabled                      *bool    `json:"enabled,omitempty"`
	EnableIdleCurrent            *bool    `json:"enableIdleCurrent,omitempty"`
	LimitToSinglePhaseCharging   *bool    `json:"limitToSinglePhaseCharging,omitempty"`
	LockCablePermanently         *bool    `json:"lockCablePermanently,omitempty"`
	SmartButtonEnabled           *bool    `json:"smartButtonEnabled,omitempty"`
	PhaseMode                    *int     `json:"phaseMode,omitempty"`
	SmartCharging                *bool    `json:"smartCharging,omitempty"`
	LocalPreAuthorizeEnabled     *bool    `json:"localPreAuthorizeEnabled,omitempty"`
	LocalAuthorizeOfflineEnabled *bool    `json:"localAuthorizeOfflineEnabled,omitempty"`
	AllowOfflineTxForUnknownID   *bool    `json:"allowOfflineTxForUnknownId,omitempty"`
	OfflineChargingMode          *int     `json:"offlineChargingMode,omitempty"`
	AuthorizationRequired        *bool    `json:"authorizationRequired,omitempty"`
	RemoteStartRequired          *bool    `json:"remoteStartRequired,omitempty"`
	LedStripBrightness           *int     `json:"ledStripBrightness,omitempty"`
	MaxChargerCurrent            *int     `json:"maxChargerCurrent,omitempty"`
	DynamicChargerCurrent        *float64 `json:"dynamicChargerCurrent,omitempty"`
}

ChargerSettings is the charger settings type

type ChargerStatus 

type ChargerStatus struct {
	SmartCharging                                bool
	CableLocked                                  bool
	ChargerOpMode                                int
	TotalPower                                   float64
	SessionEnergy                                float64
	EnergyPerHour                                float64
	WiFiRSSI                                     int
	CellRSSI                                     int
	LocalRSSI                                    int
	OutputPhase                                  int
	DynamicCircuitCurrentP1                      float64
	DynamicCircuitCurrentP2                      float64
	DynamicCircuitCurrentP3                      float64
	LatestPulse                                  string
	ChargerFirmware                              int
	LatestFirmware                               int
	Voltage                                      float64
	ChargerRAT                                   int
	LockCablePermanently                         bool
	InCurrentT2                                  float64
	InCurrentT3                                  float64
	InCurrentT4                                  float64
	InCurrentT5                                  float64
	OutputCurrent                                float64
	IsOnline                                     bool
	InVoltageT1T2                                float64
	InVoltageT1T3                                float64
	InVoltageT1T4                                float64
	InVoltageT1T5                                float64
	InVoltageT2T3                                float64
	InVoltageT2T4                                float64
	InVoltageT2T5                                float64
	InVoltageT3T4                                float64
	InVoltageT3T5                                float64
	InVoltageT4T5                                float64
	LedMode                                      int
	CableRating                                  float64
	DynamicChargerCurrent                        float64
	CircuitTotalAllocatedPhaseConductorCurrentL1 float64
	CircuitTotalAllocatedPhaseConductorCurrentL2 float64
	CircuitTotalAllocatedPhaseConductorCurrentL3 float64
	CircuitTotalPhaseConductorCurrentL1          float64
	CircuitTotalPhaseConductorCurrentL2          float64
	CircuitTotalPhaseConductorCurrentL3          float64
	ReasonForNoCurrent                           int
	WiFiAPEnabled                                bool
	LifetimeEnergy                               float64
	OfflineMaxCircuitCurrentP1                   int
	OfflineMaxCircuitCurrentP2                   int
	OfflineMaxCircuitCurrentP3                   int
}

ChargerStatus is the charger status type

type Circuit 

type Circuit struct {
	ID               int
	SiteID           int
	CircuitPanelID   int
	PanelName        string
	RatedCurrent     float64
	UseDynamicMaster bool
	ParentCircuitID  int
	Chargers         []Charger
}

Circuit is the circuit type

type CircuitSettings 

type CircuitSettings struct {
	DynamicCircuitCurrentP1    *float64 `json:"dynamicCircuitCurrentP1,omitempty"`
	DynamicCircuitCurrentP2    *float64 `json:"dynamicCircuitCurrentP2,omitempty"`
	DynamicCircuitCurrentP3    *float64 `json:"dynamicCircuitCurrentP3,omitempty"`
	MaxCircuitCurrentP1        *float64 `json:"maxCircuitCurrentP1,omitempty"`
	MaxCircuitCurrentP2        *float64 `json:"maxCircuitCurrentP2,omitempty"`
	MaxCircuitCurrentP3        *float64 `json:"maxCircuitCurrentP3,omitempty"`
	EnableIdleCurrent          *bool    `json:"enableIdleCurrent,omitempty"`
	OfflineMaxCircuitCurrentP1 *int     `json:"offlineMaxCircuitCurrentP1,omitempty"`
	OfflineMaxCircuitCurrentP2 *int     `json:"offlineMaxCircuitCurrentP2,omitempty"`
	OfflineMaxCircuitCurrentP3 *int     `json:"offlineMaxCircuitCurrentP3,omitempty"`
}

CircuitSettings is the circuit settings type

type DataType 

type DataType int
const (
	Binary     DataType // 1
	Boolean             // 2
	Double              // 3
	Integer             // 4
	Position            // 5
	String              // 6
	Statistics          // 7
)

https://github.com/Masterloop/Masterloop.Core.Types/blob/master/src/Masterloop.Core.Types/Base/DataType.cs

type Logger 

type Logger interface {
	Println(v ...interface{})
}

Logger is a simple logger interface

type Observation 

type Observation struct {
	Mid       string
	DataType  DataType
	ID        ObservationID
	Timestamp time.Time
	Value     string
}

func (*Observation) TypedValue 

func (o *Observation) TypedValue() (interface{}, error)

type ObservationID 

type ObservationID int

https://www.notion.so/Charger-template-c6a20ff7cfea41e2b5f80b00afb34af5 

const (
	SELF_TEST_RESULT                                   ObservationID = 1   // PASSED or error codes [String]
	SELF_TEST_DETAILS                                  ObservationID = 2   // JSON with details from self-test [String]
	WIFI_EVENT                                         ObservationID = 10  // Enum with WiFi event codes. Requires telemetry debug mode. Will be updated on WiFi events when using cellular,  will otherwise be reported in ChargerOfflineReason [Integer]
	CHARGER_OFFLINE_REASON                             ObservationID = 11  // Enum describing why charger is offline [Integer]
	EASEE_LINK_COMMAND_RESPONSE                        ObservationID = 13  // Response on a EaseeLink command sent to another devic [Integer]
	EASEE_LINK_DATA_RECEIVED                           ObservationID = 14  // Data received on EaseeLink from another device [String]
	LOCAL_PRE_AUTHORIZE_ENABLED                        ObservationID = 15  // Preauthorize with whitelist enabled. Readback on setting [event] [Boolean]
	LOCAL_AUTHORIZE_OFFLINE_ENABLED                    ObservationID = 16  // Allow offline charging for whitelisted RFID token. Readback on setting [event] [Boolean]
	ALLOW_OFFLINE_TX_FOR_UNKNOWN_ID                    ObservationID = 17  // Allow offline charging for all RFID tokens. Readback on setting [event] [Boolean]
	ERRATIC_EVMAX_TOGGLES                              ObservationID = 18  // 0 == erratic checking disabled, otherwise the number of toggles between states Charging and Charging Complete that will trigger an error [Integer]
	BACKPLATE_TYPE                                     ObservationID = 19  // Readback on backplate type [Integer]
	SITE_STRUCTURE                                     ObservationID = 20  // Site Structure [boot] [String]
	DETECTED_POWER_GRID_TYPE                           ObservationID = 21  // Detected power grid type according to PowerGridType table [boot] [Integer]
	CIRCUIT_MAX_CURRENT_P1                             ObservationID = 22  // Set circuit maximum current [Amperes] [Double]
	CIRCUIT_MAX_CURRENT_P2                             ObservationID = 23  // Set circuit maximum current [Amperes] [Double]
	CIRCUIT_MAX_CURRENT_P3                             ObservationID = 24  // Set circuit maximum current [Amperes] [Double]
	LOCATION                                           ObservationID = 25  // Location coordinate [event] [Position]
	SITE_IDSTRING                                      ObservationID = 26  // Site ID string [event] [String]
	SITE_IDNUMERIC                                     ObservationID = 27  // Site ID numeric value [event] [Integer]
	LOCK_CABLE_PERMANENTLY                             ObservationID = 30  // Lock type2 cable permanently [Boolean]
	IS_ENABLED                                         ObservationID = 31  // Set true to enable charger, false disables charger [Boolean]
	CIRCUIT_SEQUENCE_NUMBER                            ObservationID = 33  // Charger sequence number on circuit [Integer]
	SINGLE_PHASE_NUMBER                                ObservationID = 34  // Phase to use in 1-phase charging [Integer]
	ENABLE3_PHASES_DEPRECATED                          ObservationID = 35  // Allow charging using 3-phases [Boolean]
	WI_FI_SSID                                         ObservationID = 36  // WiFi SSID name [String]
	ENABLE_IDLE_CURRENT                                ObservationID = 37  // Charger signals available current when EV is done charging [user option] [event] [Boolean]
	PHASE_MODE                                         ObservationID = 38  // Phase mode on this charger. 1-Locked to 1-Phase, 2-Auto, 3-Locked to 3-phase(only Home) [Integer]
	FORCED_THREE_PHASE_ON_ITWITH_GND_FAULT             ObservationID = 39  // Default disabled. Must be set manually if grid type is indeed three phase IT [Boolean]
	LED_STRIP_BRIGHTNESS                               ObservationID = 40  // LED strip brightness, 0-100% [Integer]
	LOCAL_AUTHORIZATION_REQUIRED                       ObservationID = 41  // Local RFID authorization is required for charging [user options] [event] [Boolean]
	AUTHORIZATION_REQUIRED                             ObservationID = 42  // Authorization is required for charging [Boolean]
	REMOTE_START_REQUIRED                              ObservationID = 43  // Remote start required flag [event] [Boolean]
	SMART_BUTTON_ENABLED                               ObservationID = 44  // Smart button is enabled [Boolean]
	OFFLINE_CHARGING_MODE                              ObservationID = 45  // Charger behavior when offline [Integer]
	LEDMODE                                            ObservationID = 46  // Charger LED mode [event] [Integer]
	MAX_CHARGER_CURRENT                                ObservationID = 47  // Max current this charger is allowed to offer to car (A). Non volatile. [Double]
	DYNAMIC_CHARGER_CURRENT                            ObservationID = 48  // Max current this charger is allowed to offer to car (A). Volatile [Double]
	MAX_CURRENT_OFFLINE_FALLBACK_P1                    ObservationID = 50  // Maximum circuit current P1 when offline [event] [Integer]
	MAX_CURRENT_OFFLINE_FALLBACK_P2                    ObservationID = 51  // Maximum circuit current P2 when offline [event] [Integer]
	MAX_CURRENT_OFFLINE_FALLBACK_P3                    ObservationID = 52  // Maximum circuit current P3 when offline [event] [Integer]
	CHARGING_SCHEDULE                                  ObservationID = 62  // Charging schedule [json] [String]
	PAIRED_EQUALIZER                                   ObservationID = 65  // Paired equalizer details [String]
	WI_FI_APENABLED                                    ObservationID = 68  // True if WiFi Access Point is enabled, otherwise false [Boolean]
	PAIRED_USER_IDTOKEN                                ObservationID = 69  // Observed user token when charger put in RFID pairing mode [event] [String]
	CIRCUIT_TOTAL_ALLOCATED_PHASE_CONDUCTOR_CURRENT_L1 ObservationID = 70  // Total current allocated to L1 by all chargers on the circuit. Sent in by master only [Double]
	CIRCUIT_TOTAL_ALLOCATED_PHASE_CONDUCTOR_CURRENT_L2 ObservationID = 71  // Total current allocated to L2 by all chargers on the circuit. Sent in by master only [Double]
	CIRCUIT_TOTAL_ALLOCATED_PHASE_CONDUCTOR_CURRENT_L3 ObservationID = 72  // Total current allocated to L3 by all chargers on the circuit. Sent in by master only [Double]
	CIRCUIT_TOTAL_PHASE_CONDUCTOR_CURRENT_L1           ObservationID = 73  // Total current in L1 (sum of all chargers on the circuit) Sent in by master only [Double]
	CIRCUIT_TOTAL_PHASE_CONDUCTOR_CURRENT_L2           ObservationID = 74  // Total current in L2 (sum of all chargers on the circuit) Sent in by master only [Double]
	CIRCUIT_TOTAL_PHASE_CONDUCTOR_CURRENT_L3           ObservationID = 75  // Total current in L3 (sum of all chargers on the circuit) Sent in by master only [Double]
	NUMBER_OF_CARS_CONNECTED                           ObservationID = 76  // Number of cars connected to this circuit [Integer]
	NUMBER_OF_CARS_CHARGING                            ObservationID = 77  // Number of cars currently charging [Integer]
	NUMBER_OF_CARS_IN_QUEUE                            ObservationID = 78  // Number of cars currently in queue, waiting to be allocated power [Integer]
	NUMBER_OF_CARS_FULLY_CHARGED                       ObservationID = 79  // Number of cars that appear to be fully charged [Integer]
	SOFTWARE_RELEASE                                   ObservationID = 80  // Embedded software package release id [boot] [Integer]
	ICCID                                              ObservationID = 81  // SIM integrated circuit card identifier [String]
	MODEM_FW_ID                                        ObservationID = 82  // Modem firmware version [String]
	OTAERROR_CODE                                      ObservationID = 83  // OTA error code, see table [event] [Integer]
	MOBILE_NETWORK_OPERATOR                            ObservationID = 84  // Current mobile network operator [pollable] [String]
	REBOOT_REASON                                      ObservationID = 89  // Reason of reboot. Bitmask of flags. [Integer]
	POWER_PCBVERSION                                   ObservationID = 90  // Power PCB hardware version [Integer]
	COM_PCBVERSION                                     ObservationID = 91  // Communication PCB hardware version [Integer]
	REASON_FOR_NO_CURRENT                              ObservationID = 96  // Enum describing why a charger with a car connected is not offering current to the car [Integer]
	LOAD_BALANCING_NUMBER_OF_CONNECTED_CHARGERS        ObservationID = 97  // Number of connected chargers in the load balancin. Including the master. Sent from Master only. [Integer]
	UDPNUM_OF_CONNECTED_NODES                          ObservationID = 98  // Number of chargers connected to master through UDP / WIFI [Integer]
	LOCAL_CONNECTION                                   ObservationID = 99  // Slaves only. Current connection to master, 0 = None, 1= Radio, 2 = WIFI UDP, 3 = Radio and WIFI UDP [Integer]
	PILOT_MODE                                         ObservationID = 100 // Pilot Mode Letter (A-F) [event] [String]
	CAR_CONNECTED_DEPRECATED                           ObservationID = 101 // Car connection state [Boolean]
	SMART_CHARGING                                     ObservationID = 102 // Smart charging state enabled by capacitive touch button [event] [Boolean]
	CABLE_LOCKED                                       ObservationID = 103 // Cable lock state [event] [Boolean]
	CABLE_RATING                                       ObservationID = 104 // Cable rating read [Amperes] [event] [Double]
	PILOT_HIGH                                         ObservationID = 105 // Pilot signal high [Volt] [debug] [Double]
	PILOT_LOW                                          ObservationID = 106 // Pilot signal low [Volt] [debug] [Double]
	BACK_PLATE_ID                                      ObservationID = 107 // Back Plate RFID of charger [boot] [String]
	USER_IDTOKEN_REVERSED                              ObservationID = 108 // User ID token string from RFID reading [event] (NB! Must reverse these strings) [String]
	CHARGER_OP_MODE                                    ObservationID = 109 // Charger operation mode according to charger mode table [event] [Integer]
	OUTPUT_PHASE                                       ObservationID = 110 // Active output phase(s) to EV according to output phase type table. [event] [Integer]
	DYNAMIC_CIRCUIT_CURRENT_P1                         ObservationID = 111 // Dynamically set circuit maximum current for phase 1 [Amperes] [event] [Double]
	DYNAMIC_CIRCUIT_CURRENT_P2                         ObservationID = 112 // Dynamically set circuit maximum current for phase 2 [Amperes] [event] [Double]
	DYNAMIC_CIRCUIT_CURRENT_P3                         ObservationID = 113 // Dynamically set circuit maximum current for phase 3 [Amperes] [event] [Double]
	OUTPUT_CURRENT                                     ObservationID = 114 // Available current signaled to car with pilot tone [Double]
	DERATED_CURRENT                                    ObservationID = 115 // Available current after derating [A] [Double]
	DERATING_ACTIVE                                    ObservationID = 116 // Available current is limited by the charger due to high temperature [event] [Boolean]
	DEBUG_STRING                                       ObservationID = 117 // Debug string [String]
	ERROR_STRING                                       ObservationID = 118 // Descriptive error string [event] [String]
	ERROR_CODE                                         ObservationID = 119 // Error code according to error code table [event] [Integer]
	TOTAL_POWER                                        ObservationID = 120 // Total power [kW] [telemetry] [Double]
	SESSION_ENERGY                                     ObservationID = 121 // Session accumulated energy [kWh] [telemetry] [Double]
	ENERGY_PER_HOUR                                    ObservationID = 122 // Accumulated energy per hour [kWh] [event] [Double]
	LEGACY_EV_STATUS                                   ObservationID = 123 // 0 = not legacy ev, 1 = legacy ev detected, 2 = reviving ev [Integer]
	LIFETIME_ENERGY                                    ObservationID = 124 // Accumulated energy in the lifetime of the charger [kWh] [Double]
	LIFETIME_RELAY_SWITCHES                            ObservationID = 125 // Total number of relay switches in the lifetime of the charger (irrespective of the number of phases used) [Integer]
	LIFETIME_HOURS                                     ObservationID = 126 // Total number of hours in operation [Integer]
	DYNAMIC_CURRENT_OFFLINE_FALLBACK_DEPRICATED        ObservationID = 127 // Maximum circuit current when offline [event] [Integer]
	USER_IDTOKEN                                       ObservationID = 128 // User ID token string from RFID reading [event] [String]
	CHARGING_SESSION                                   ObservationID = 129 // Charging sessions [json] [event] [String]
	CELL_RSSI                                          ObservationID = 130 // Cellular signal strength [dBm] [telemetry] [Integer]
	CELL_RAT                                           ObservationID = 131 // Cellular radio access technology according to RAT table [event] [Integer]
	WI_FI_RSSI                                         ObservationID = 132 // WiFi signal strength [dBm] [telemetry] [Integer]
	CELL_ADDRESS                                       ObservationID = 133 // IP address assigned by cellular network [debug] [String]
	WI_FI_ADDRESS                                      ObservationID = 134 // IP address assigned by WiFi network [debug] [String]
	WI_FI_TYPE                                         ObservationID = 135 // WiFi network type letters (G, N, AC, etc) [debug] [String]
	LOCAL_RSSI                                         ObservationID = 136 // Local radio signal strength [dBm] [telemetry] [Integer]
	MASTER_BACK_PLATE_ID                               ObservationID = 137 // Back Plate RFID of master [event] [String]
	LOCAL_TX_POWER                                     ObservationID = 138 // Local radio transmission power [dBm] [telemetry] [Integer]
	LOCAL_STATE                                        ObservationID = 139 // Local radio state [event] [String]
	FOUND_WI_FI                                        ObservationID = 140 // List of found WiFi SSID and RSSI values [event] [String]
	CHARGER_RAT                                        ObservationID = 141 // Radio access technology in use: 0 = cellular, 1 = wifi [Integer]
	CELLULAR_INTERFACE_ERROR_COUNT                     ObservationID = 142 // The number of times since boot the system has reported an error on this interface [poll] [Integer]
	CELLULAR_INTERFACE_RESET_COUNT                     ObservationID = 143 // The number of times since boot the interface was reset due to high error count [poll] [Integer]
	WIFI_INTERFACE_ERROR_COUNT                         ObservationID = 144 // The number of times since boot the system has reported an error on this interface [poll] [Integer]
	WIFI_INTERFACE_RESET_COUNT                         ObservationID = 145 // The number of times since boot the interface was reset due to high error count [poll] [Integer]
	LOCAL_NODE_TYPE                                    ObservationID = 146 // 0-Unconfigured, 1-Master, 2-Extender, 3-End device [Integer]
	LOCAL_RADIO_CHANNEL                                ObservationID = 147 // Channel nr 0 - 11 [Integer]
	LOCAL_SHORT_ADDRESS                                ObservationID = 148 // Address of charger on local radio network [Integer]
	LOCAL_PARENT_ADDR_OR_NUM_OF_NODES                  ObservationID = 149 // If master-Number of slaves connected, If slave- Address parent [Integer]
	TEMP_MAX                                           ObservationID = 150 // Maximum temperature for all sensors [Celsius] [telemetry] [Double]
	TEMP_AMBIENT_POWER_BOARD                           ObservationID = 151 // Temperature measured by ambient sensor on power board [Celsius] [event] [Double]
	TEMP_INPUT_T2                                      ObservationID = 152 // Temperature at input T2 [Celsius] [event] [Double]
	TEMP_INPUT_T3                                      ObservationID = 153 // Temperature at input T3 [Celsius] [event] [Double]
	TEMP_INPUT_T4                                      ObservationID = 154 // Temperature at input T4 [Celsius] [event] [Double]
	TEMP_INPUT_T5                                      ObservationID = 155 // Temperature at input T5 [Celsius] [event] [Double]
	TEMP_OUTPUT_N                                      ObservationID = 160 // Temperature at type 2 connector plug for N [Celsius] [event] [Double]
	TEMP_OUTPUT_L1                                     ObservationID = 161 // Temperature at type 2 connector plug for L1 [Celsius] [event] [Double]
	TEMP_OUTPUT_L2                                     ObservationID = 162 // Temperature at type 2 connector plug for L2 [Celsius] [event] [Double]
	TEMP_OUTPUT_L3                                     ObservationID = 163 // Temperature at type 2 connector plug for L3 [Celsius] [event] [Double]
	TEMP_AMBIENT                                       ObservationID = 170 // Ambient temperature [Celsius] [event] [Double]
	LIGHT_AMBIENT                                      ObservationID = 171 // Ambient light from front side [Percent] [debug] [Integer]
	INT_REL_HUMIDITY                                   ObservationID = 172 // Internal relative humidity [Percent] [event] [Integer]
	BACK_PLATE_LOCKED                                  ObservationID = 173 // Back plate confirmed locked [event] [Boolean]
	CURRENT_MOTOR                                      ObservationID = 174 // Motor current draw [debug] [Double]
	BACK_PLATE_HALL_SENSOR                             ObservationID = 175 // Raw sensor value [mV] [Integer]
	IN_CURRENT_T2                                      ObservationID = 182 // Calculated current RMS for input T2 [Amperes] [telemetry] [Double]
	IN_CURRENT_T3                                      ObservationID = 183 // Current RMS for input T3 [Amperes] [telemetry] [Double]
	IN_CURRENT_T4                                      ObservationID = 184 // Current RMS for input T4 [Amperes] [telemetry] [Double]
	IN_CURRENT_T5                                      ObservationID = 185 // Current RMS for input T5 [Amperes] [telemetry] [Double]
	IN_VOLT_T1_T2                                      ObservationID = 190 // Input voltage RMS between T1 and T2 [Volt] [telemetry] [Double]
	IN_VOLT_T1_T3                                      ObservationID = 191 // Input voltage RMS between T1 and T3 [Volt] [telemetry] [Double]
	IN_VOLT_T1_T4                                      ObservationID = 192 // Input voltage RMS between T1 and T4 [Volt] [telemetry] [Double]
	IN_VOLT_T1_T5                                      ObservationID = 193 // Input voltage RMS between T1 and T5 [Volt] [telemetry] [Double]
	IN_VOLT_T2_T3                                      ObservationID = 194 // Input voltage RMS between T2 and T3 [Volt] [telemetry] [Double]
	IN_VOLT_T2_T4                                      ObservationID = 195 // Input voltage RMS between T2 and T4 [Volt] [telemetry] [Double]
	IN_VOLT_T2_T5                                      ObservationID = 196 // Input voltage RMS between T2 and T5 [Volt] [telemetry] [Double]
	IN_VOLT_T3_T4                                      ObservationID = 197 // Input voltage RMS between T3 and T4 [Volt] [telemetry] [Double]
	IN_VOLT_T3_T5                                      ObservationID = 198 // Input voltage RMS between T3 and T5 [Volt] [telemetry] [Double]
	IN_VOLT_T4_T5                                      ObservationID = 199 // Input voltage RMS between T4 and T5 [Volt] [telemetry] [Double]
	OUT_VOLT_PIN1_2                                    ObservationID = 202 // Output voltage RMS between type 2 pin 1 and 2 [Volt] [telemetry] [Double]
	OUT_VOLT_PIN1_3                                    ObservationID = 203 // Output voltage RMS between type 2 pin 1 and 3 [Volt] [telemetry] [Double]
	OUT_VOLT_PIN1_4                                    ObservationID = 204 // Output voltage RMS between type 2 pin 1 and 4 [Volt] [telemetry] [Double]
	OUT_VOLT_PIN1_5                                    ObservationID = 205 // Output voltage RMS between type 2 pin 1 and 5 [Volt] [telemetry] [Double]
	VOLT_LEVEL33                                       ObservationID = 210 // 3.3 Volt Level [Volt] [telemetry] [Double]
	VOLT_LEVEL5                                        ObservationID = 211 // 5 Volt Level [Volt] [telemetry] [Double]
	VOLT_LEVEL12                                       ObservationID = 212 // 12 Volt Level [Volt] [telemetry] [Double]
	LTE_RSRP                                           ObservationID = 220 // Reference Signal Received Power (LTE) [-144 .. -44 dBm] [Integer]
	LTE_SINR                                           ObservationID = 221 // Signal to Interference plus Noise Ratio (LTE) [-20 .. +30 dB] [Integer]
	LTE_RSRQ                                           ObservationID = 222 // Reference Signal Received Quality (LTE) [-19 .. -3 dB] [Integer]
	EQ_AVAILABLE_CURRENT_P1                            ObservationID = 230 // Available current for charging on P1 according to Equalizer [Double]
	EQ_AVAILABLE_CURRENT_P2                            ObservationID = 231 // Available current for charging on P2 according to Equalizer [Double]
	EQ_AVAILABLE_CURRENT_P3                            ObservationID = 232 // Available current for charging on P3 according to Equalizer [Double]
	CONNECTED_TO_CLOUD                                 ObservationID = 250 // If charger connected to cloud or not
	CLOUD_DISCONNECT_REASON                            ObservationID = 251 // Reason why charger disconnected from cloud
	LISTEN_TO_CONTROL_PULSE                            ObservationID = 56  // True = charger needs control pulse to consider itself online. Readback on charger setting [event] [Boolean]
	CONTROL_PULSE_RTT                                  ObservationID = 57  // Control pulse round-trip time in milliseconds [Integer]
)

func ObservationIDString 

func ObservationIDString(s string) (ObservationID, error)

ObservationIDString retrieves an enum value from the enum constants string name. Throws an error if the param is not part of the enum.

func ObservationIDValues 

func ObservationIDValues() []ObservationID

ObservationIDValues returns all values of the enum

func (ObservationID) IsAObservationID 

func (i ObservationID) IsAObservationID() bool

IsAObservationID returns "true" if the value is listed in the enum definition. "false" otherwise

func (ObservationID) String 

func (i ObservationID) String() string

type RestCommandResponse 

type RestCommandResponse struct {
	Device    string
	CommandId int
	Ticks     int64
}

type SignalRCommandResponse 

type SignalRCommandResponse struct {
	SerialNumber string
	ID           int
	Timestamp    time.Time
	DeliveredAt  time.Time
	WasAccepted  bool
	ResultCode   int
	Comment      string
	Ticks        int64
}

type Site 

type Site struct {
	ID       int
	SiteKey  string
	Name     string
	Circuits []Circuit
}

Site is the site type

type Token 

type Token struct {
	AccessToken  string  `json:"accessToken"`
	ExpiresIn    float32 `json:"expiresIn"`
	TokenType    string  `json:"tokenType"`
	RefreshToken string  `json:"refreshToken"`
}

Token is the Easee Token

func (*Token) AsOAuth2Token 

func (t *Token) AsOAuth2Token() *oauth2.Token

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