Documentation
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Index ¶
Constants ¶
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Variables ¶
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Functions ¶
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Types ¶
type AtrovanGenerator ¶
type AtrovanGenerator struct {
}
AtrovanGenerator generates data based on atrovan protocol and atrovan model.
func (AtrovanGenerator) Generate ¶
func (g AtrovanGenerator) Generate(input interface{}) ([]byte, error)
Generate generates atrovan message by converting input into telemetries json and using generator parameters.
func (AtrovanGenerator) Topic ¶
func (g AtrovanGenerator) Topic() string
Topic returns atrovan mqtt topic
type FancoGenerator ¶
type FancoGenerator struct {
ThingID string `mapstructure:"thingID"`
}
FancoGenerator generates data with allthingstalk format and sends them with pure json.
func (FancoGenerator) Generate ¶
func (g FancoGenerator) Generate(input interface{}) ([]byte, error)
Generate generates data message (in thing state format with all of its assets) in pure json.
func (FancoGenerator) Topic ¶
func (g FancoGenerator) Topic() string
Topic returns I1820 thing state topic. this topic sets thing state (with all of its assets) in I1820
type ISRCGenerator ¶
type ISRCGenerator struct {
ApplicationID int `mapstructure:"applicationID"`
ApplicationName string `mapstructure:"applicationName"`
DeviceName string `mapstructure:"deviceName"`
DevEUI string `mapstructure:"devEUI"`
GatewayMac string `mapstructure:"gatewayMAC"`
}
ISRCGenerator generates data based on RxMessage structure as is described above and then encode it with cbor(http://cbor.io/). for historical reasons for refer to it as ISRC protocol
func (ISRCGenerator) Generate ¶
func (g ISRCGenerator) Generate(input interface{}) ([]byte, error)
Generate generates lora message by converting input into cbor and generator parameters.
type RxInfo ¶
type RxInfo struct {
Mac string
Name string
Time time.Time
RSSI int `json:"rssi"`
LoRaSNR float64 `json:"LoRaSNR"`
}
RxInfo contains reception infomation of a lara gateway that payload is received from it.
type RxMessage ¶
type RxMessage struct {
ApplicationID string
ApplicationName string
DeviceName string
DevEUI string
FPort int
FCnt int
RxInfo []RxInfo
TxInfo TxInfo
Data []byte
}
RxMessage contains payloads received from your nodes in loraserver.io
type TTNGenerator ¶
type TTNGenerator struct {
ApplicationName string `mapstructure:"applicationName"`
ApplicationID string `mapstructure:"applicationID"`
DevEUI string `mapstructure:"devEUI"`
DeviceName string `mapstructure:"deviceName"`
}
TTNGenerator generates data based on TheThingsNetwork format for I1820 ttn integration mdoule.
func (TTNGenerator) Generate ¶
func (g TTNGenerator) Generate(input interface{}) ([]byte, error)
Generate generates lora message by converting input into cbor and generator parameters into ttn message format.
func (TTNGenerator) Topic ¶
func (g TTNGenerator) Topic() string
Topic returns ttn integration http topic
type TTNRequest ¶
type TTNRequest struct {
AppID string `json:"app_id"`
DevID string `json:"dev_id"`
HardwareSerial string `json:"hardware_serial"`
Port int `json:"port"`
Counter int `json:"counter"`
IsRetry bool `json:"is_retry"`
Confirmed bool `json:"confirmed"`
PayloadRaw []byte `json:"payload_raw"`
Metadata struct {
Time time.Time `json:"time"`
Frequency float64 `json:"frequency"`
Modulation string `json:"modulation"`
DataRate string `json:"data_rate"`
BitRate int `json:"bit_rate"`
CondingRate string `json:"conding_rate"`
Gateways []struct {
GatewayID string `json:"gtw_id"`
} `json:"gateways"`
} `json:"metadata"`
}
TTNRequest is a request structure of TTN integration module
Source Files