230 lines
23 KiB
Go
230 lines
23 KiB
Go
package easee
|
|
|
|
import (
|
|
"strconv"
|
|
"time"
|
|
)
|
|
|
|
type Observation struct {
|
|
Mid string
|
|
DataType DataType
|
|
ID ObservationID
|
|
Timestamp time.Time
|
|
Value string
|
|
}
|
|
|
|
func (o *Observation) TypedValue() (any, error) {
|
|
switch o.DataType {
|
|
case Boolean:
|
|
return o.Value == "1", nil
|
|
case Double:
|
|
return strconv.ParseFloat(o.Value, 64)
|
|
case Integer:
|
|
return strconv.Atoi(o.Value)
|
|
case String:
|
|
fallthrough
|
|
default:
|
|
return o.Value, nil
|
|
}
|
|
}
|
|
|
|
type SignalRCommandResponse struct {
|
|
SerialNumber string
|
|
ID int
|
|
Timestamp time.Time
|
|
DeliveredAt time.Time
|
|
WasAccepted bool
|
|
ResultCode int
|
|
Comment string
|
|
Ticks int64
|
|
}
|
|
|
|
type RestCommandResponse struct {
|
|
Device string
|
|
CommandId int
|
|
Ticks int64
|
|
}
|
|
|
|
type DataType int
|
|
|
|
// https://github.com/Masterloop/Masterloop.Core.Types/blob/master/src/Masterloop.Core.Types/Base/DataType.cs
|
|
const (
|
|
_ DataType = iota
|
|
Binary // 1
|
|
Boolean // 2
|
|
Double // 3
|
|
Integer // 4
|
|
Position // 5
|
|
String // 6
|
|
Statistics // 7
|
|
)
|
|
|
|
// https://www.notion.so/Charger-template-c6a20ff7cfea41e2b5f80b00afb34af5
|
|
type ObservationID int
|
|
|
|
//go:generate go tool enumer -type ObservationID
|
|
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]
|
|
)
|