Gateway Server APIs

List of Gateway Server APIs.

The `Gs` service

Method	`Gs.GetGatewayConnectionStats`
Description	Get statistics about the current gateway connection to the Gateway Server. This is not persisted between reconnects.
Request type	`GatewayIdentifiers`
Response type	`GatewayConnectionStats`
HTTP bindings	`GET` `/api/v3/gs/gateways/{gateway_id}/connection/stats`

Method	`Gs.BatchGetGatewayConnectionStats`
Description	Get statistics about gateway connections to the Gateway Server of a batch of gateways. Statistics are not persisted between reconnects. Gateways that are not connected or are part of a different cluster are ignored. The client should ensure that the requested gateways are in the requested cluster. The client should have the right to get the gateway connection stats on all requested gateways.
Request type	`BatchGetGatewayConnectionStatsRequest`
Response type	`BatchGetGatewayConnectionStatsResponse`
HTTP bindings	`POST` `/api/v3/gs/gateways/connection/stats`

The `GatewayConfigurationService` service

Method	`GatewayConfigurationService.GetGatewayConfiguration`
Request type	`GetGatewayConfigurationRequest`
Response type	`GetGatewayConfigurationResponse`
HTTP bindings	`/api/v3` `GET` `/api/v3/gcs/gateways/configuration/{gateway_ids.gateway_id}/{format}/{filename}` `GET` `/api/v3/gcs/gateways/configuration/{gateway_ids.gateway_id}/{format}/{type}/{filename}`

The `GtwGs` service

Method	`GtwGs.LinkGateway`
Description	Link a gateway to the Gateway Server for streaming upstream messages and downstream messages.
Request type	Stream of `GatewayUp`
Response type	Stream of `GatewayDown`
HTTP bindings

Method	`GtwGs.GetConcentratorConfig`
Description	Get configuration for the concentrator.
Request type	`google.protobuf.Empty`
Response type	`ConcentratorConfig`
HTTP bindings

Method	`GtwGs.GetMQTTConnectionInfo`
Description	Get connection information to connect an MQTT gateway.
Request type	`GatewayIdentifiers`
Response type	`MQTTConnectionInfo`
HTTP bindings	`GET` `/api/v3/gs/gateways/{gateway_id}/mqtt-connection-info`

Method	`GtwGs.GetMQTTV2ConnectionInfo`
Description	Get legacy connection information to connect a The Things Network Stack V2 MQTT gateway.
Request type	`GatewayIdentifiers`
Response type	`MQTTConnectionInfo`
HTTP bindings	`GET` `/api/v3/gs/gateways/{gateway_id}/mqttv2-connection-info`

The `GsNs` service

Method	`GsNs.HandleUplink`
Description	Called by the Gateway Server when an uplink message arrives.
Request type	`UplinkMessage`
Response type	`google.protobuf.Empty`
HTTP bindings

Method	`GsNs.ReportTxAcknowledgment`
Description	Called by the Gateway Server when a Tx acknowledgment arrives.
Request type	`GatewayTxAcknowledgment`
Response type	`google.protobuf.Empty`
HTTP bindings

Messages

Message `ApplicationIdentifiers`

Show object example

{
  "application_id": "",
}

Fields:

Field application_id

Type string

Description

Field	`application_id`
Type	`string`
Description	`max_len`: `36` `pattern`: `^[a-z0-9](?:[-]?[a-z0-9]){2,}$`

max_len: 36

pattern: ^[a-z0-9](?:[-]?[a-z0-9]){2,}$

Message `BatchGetGatewayConnectionStatsRequest`

Show object example

{
  "gateway_ids": [],
  "field_mask": {},
}

Fields:

Field gateway_ids

Type repeated GatewayIdentifiers

Description

max_items: 100

min_items: 1

Field	`field_mask`
Type	`google.protobuf. FieldMask`
Description	The names of the gateway stats fields that should be returned. This mask will be applied on each entry returned.

Message `BatchGetGatewayConnectionStatsResponse`

Show object example

{
  "entries": {},
}

Fields:

Field	`entries`
Type	map of `string` to `GatewayConnectionStats`
Description	The map key is the gateway identifier.

Message `CFList`

Show object example

{
  "type": "FREQUENCIES",
  "freq": [],
  "ch_masks": [],
}

Fields:

Field	`type`
Type	`CFListType`
Description	`defined_only`

Field	`freq`
Type	repeated `uint32`
Description	Frequencies to be broadcasted, in hecto-Hz. These values are broadcasted as 24 bits unsigned integers. This field should not contain default values.

Field	`ch_masks`
Type	repeated `bool`
Description	ChMasks controlling the channels to be used. Length of this field must be equal to the amount of uplink channels defined by the selected frequency plan.

Message `ConcentratorConfig`

Show object example

{
  "channels": [],
  "lora_standard_channel": {},
  "fsk_channel": {},
  "lbt": {},
  "ping_slot": {},
  "radios": [],
  "clock_source": 0,
}

Fields:

Field	`channels`
Type	repeated `ConcentratorConfig.Channel`
Description

Field	`lora_standard_channel`
Type	`ConcentratorConfig.LoRaStandardChannel`

Field	`fsk_channel`
Type	`ConcentratorConfig.FSKChannel`

Field	`lbt`
Type	`ConcentratorConfig.LBTConfiguration`

Field	`ping_slot`
Type	`ConcentratorConfig.Channel`

Field	`radios`
Type	repeated `GatewayRadio`
Description

Field	`clock_source`
Type	`uint32`

Message `ConcentratorConfig.Channel`

Show object example

{
  "frequency": 0,
  "radio": 0,
}

Fields:

Field	`frequency`
Type	`uint64`
Description	Frequency (Hz).

Field	`radio`
Type	`uint32`

Message `ConcentratorConfig.LoRaStandardChannel`

Show object example

{
  "frequency": 0,
  "radio": 0,
  "bandwidth": 0,
  "spreading_factor": 0,
}

Fields:

Field	`frequency`
Type	`uint64`
Description	Frequency (Hz).

Field	`radio`
Type	`uint32`

Field	`bandwidth`
Type	`uint32`
Description	Bandwidth (Hz).

Field	`spreading_factor`
Type	`uint32`

Message `ConcentratorConfig.FSKChannel`

Show object example

{
  "frequency": 0,
  "radio": 0,
}

Fields:

Field	`frequency`
Type	`uint64`
Description	Frequency (Hz).

Field	`radio`
Type	`uint32`

Message `ConcentratorConfig.LBTConfiguration`

Show object example

{
  "rssi_target": 0,
  "rssi_offset": 0,
  "scan_time": "0s",
}

Fields:

Field	`rssi_target`
Type	`float`
Description	Received signal strength (dBm).

Field	`rssi_offset`
Type	`float`
Description	Received signal strength offset (dBm).

Field	`scan_time`
Type	`google.protobuf. Duration`

Message `DownlinkPath`

Restrictions:

Only one of uplink_token, fixed can be set.

Show object example

{
  "uplink_token": "",
  "fixed": {},
}

Fields:

Field	`uplink_token`
Type	`bytes`

Field	`fixed`
Type	`GatewayAntennaIdentifiers`

Message `DataRate`

Restrictions:

Only one of lora, fsk, lrfhss can be set.

Show object example

{
  "lora": {},
  "fsk": {},
  "lrfhss": {},
}

Fields:

Field	`lora`
Type	`LoRaDataRate`

Field	`fsk`
Type	`FSKDataRate`

Field	`lrfhss`
Type	`LRFHSSDataRate`

Message `DLSettings`

Show object example

{
  "rx1_dr_offset": "DATA_RATE_OFFSET_0",
  "rx2_dr": "DATA_RATE_0",
  "opt_neg": false,
}

Fields:

Field	`rx1_dr_offset`
Type	`DataRateOffset`
Description	`defined_only`

Field	`rx2_dr`
Type	`DataRateIndex`
Description	`defined_only`

Field	`opt_neg`
Type	`bool`
Description	OptNeg is set if Network Server implements LoRaWAN 1.1 or greater.

Message `DownlinkMessage`

Downlink message from the network to the end device

Restrictions:

Only one of request, scheduled can be set.

Show object example

{
  "raw_payload": "",
  "payload": {},
  "end_device_ids": {},
  "request": {},
  "scheduled": {},
  "correlation_ids": [],
  "session_key_id": "",
}

Fields:

Field	`raw_payload`
Type	`bytes`

Field	`payload`
Type	`Message`

Field	`end_device_ids`
Type	`EndDeviceIdentifiers`

Field	`request`
Type	`TxRequest`

Field	`scheduled`
Type	`TxSettings`

Field	`correlation_ids`
Type	repeated `string`
Description	`max_len`: `100`

Field	`session_key_id`
Type	`bytes`
Description	`max_len`: `2048`

Message `EndDeviceIdentifiers`

Show object example

{
  "device_id": "",
  "application_ids": {},
  "dev_eui": "",
  "join_eui": "",
  "dev_addr": "",
}

Fields:

Field device_id

Type string

Description

Field	`device_id`
Type	`string`
Description	`max_len`: `36` `pattern`: `^[a-z0-9](?:[-]?[a-z0-9]){2,}$`

max_len: 36

pattern: ^[a-z0-9](?:[-]?[a-z0-9]){2,}$

Field	`application_ids`
Type	`ApplicationIdentifiers`
Description	`required`

Field dev_eui

Type bytes

Description

The LoRaWAN DevEUI.

ignore_empty

len: 8

Field join_eui

Type bytes

Description

The LoRaWAN JoinEUI (AppEUI until LoRaWAN 1.0.3 end devices).

ignore_empty

len: 8

Field dev_addr

Type bytes

Description

The LoRaWAN DevAddr.

ignore_empty

len: 4

Message `FHDR`

Show object example

{
  "dev_addr": "",
  "f_ctrl": {},
  "f_cnt": 0,
  "f_opts": "",
}

Fields:

Field dev_addr

Type bytes

Description

ignore_empty

len: 4

Field	`f_ctrl`
Type	`FCtrl`
Description	`required`

Field	`f_cnt`
Type	`uint32`
Description	`lte`: `65535`

Field	`f_opts`
Type	`bytes`
Description	`max_len`: `15`

Message `FCtrl`

Show object example

{
  "adr": false,
  "adr_ack_req": false,
  "ack": false,
  "f_pending": false,
  "class_b": false,
}

Fields:

Field	`adr`
Type	`bool`

Field	`adr_ack_req`
Type	`bool`
Description	Only on uplink.

Field	`ack`
Type	`bool`

Field	`f_pending`
Type	`bool`
Description	Only on downlink.

Field	`class_b`
Type	`bool`
Description	Only on uplink.

Message `FSKDataRate`

Show object example

{
  "bit_rate": 0,
}

Fields:

Field	`bit_rate`
Type	`uint32`
Description	Bit rate (bps).

Message `GatewayAntennaIdentifiers`

Show object example

{
  "gateway_ids": {},
  "antenna_index": 0,
}

Fields:

Field	`gateway_ids`
Type	`GatewayIdentifiers`
Description	`required`

Field	`antenna_index`
Type	`uint32`

Message `GatewayIdentifiers`

Show object example

{
  "gateway_id": "",
  "eui": "",
}

Fields:

Field gateway_id

Type string

Description

max_len: 36

pattern: ^[a-z0-9](?:[-]?[a-z0-9]){2,}$

Field eui

Type bytes

Description

Secondary identifier, which can only be used in specific requests.

ignore_empty

len: 8

Message `GetGatewayConfigurationRequest`

Show object example

{
  "gateway_ids": {},
  "format": "",
  "type": "",
  "filename": "",
}

Fields:

Field	`gateway_ids`
Type	`GatewayIdentifiers`
Description	`required`

Field format

Type string

Description

max_len: 36

pattern: ^[a-z0-9](?:[-]?[a-z0-9]){2,}$|^$

Field type

Type string

Description

max_len: 36

pattern: ^[a-z0-9](?:[-]?[a-z0-9]){2,}$|^$

Field filename

Type string

Description

max_len: 36

pattern: ^[a-z0-9](?:[-._]?[a-z0-9]){2,}$|^$

Message `GetGatewayConfigurationResponse`

Show object example

{
  "contents": "",
}

Fields:

Field	`contents`
Type	`bytes`

Message `GatewayConnectionStats`

Connection stats as monitored by the Gateway Server.

Show object example

{
  "connected_at": "0001-01-01T00:00:00Z",
  "disconnected_at": "0001-01-01T00:00:00Z",
  "protocol": "",
  "last_status_received_at": "0001-01-01T00:00:00Z",
  "last_status": {},
  "last_uplink_received_at": "0001-01-01T00:00:00Z",
  "uplink_count": 0,
  "last_downlink_received_at": "0001-01-01T00:00:00Z",
  "downlink_count": 0,
  "last_tx_acknowledgment_received_at": "0001-01-01T00:00:00Z",
  "tx_acknowledgment_count": 0,
  "round_trip_times": {},
  "sub_bands": [],
  "gateway_remote_address": {},
}

Fields:

Field	`connected_at`
Type	`google.protobuf. Timestamp`

Field	`disconnected_at`
Type	`google.protobuf. Timestamp`

Field	`protocol`
Type	`string`
Description	Protocol used to connect (for example, udp, mqtt, grpc)

Field	`last_status_received_at`
Type	`google.protobuf. Timestamp`

Field	`last_status`
Type	`GatewayStatus`

Field	`last_uplink_received_at`
Type	`google.protobuf. Timestamp`

Field	`uplink_count`
Type	`uint64`

Field	`last_downlink_received_at`
Type	`google.protobuf. Timestamp`

Field	`downlink_count`
Type	`uint64`

Field	`last_tx_acknowledgment_received_at`
Type	`google.protobuf. Timestamp`

Field	`tx_acknowledgment_count`
Type	`uint64`

Field	`round_trip_times`
Type	`GatewayConnectionStats.RoundTripTimes`

Field	`sub_bands`
Type	repeated `GatewayConnectionStats.SubBand`
Description	Statistics for each sub band.

Field	`gateway_remote_address`
Type	`GatewayRemoteAddress`
Description	Gateway Remote Address.

Message `GatewayConnectionStats.RoundTripTimes`

Show object example

{
  "min": "0s",
  "max": "0s",
  "median": "0s",
  "count": 0,
}

Fields:

Field	`min`
Type	`google.protobuf. Duration`

Field	`max`
Type	`google.protobuf. Duration`

Field	`median`
Type	`google.protobuf. Duration`

Field	`count`
Type	`uint32`

Message `GatewayConnectionStats.SubBand`

Show object example

{
  "min_frequency": 0,
  "max_frequency": 0,
  "downlink_utilization_limit": 0,
  "downlink_utilization": 0,
}

Fields:

Field	`min_frequency`
Type	`uint64`

Field	`max_frequency`
Type	`uint64`

Field	`downlink_utilization_limit`
Type	`float`
Description	Duty-cycle limit of the sub-band as a fraction of time.

Field	`downlink_utilization`
Type	`float`
Description	Utilization rate of the available duty-cycle. This value should not exceed downlink_utilization_limit.

Message `GatewayDown`

GatewayDown contains downlink messages for the gateway.

Show object example

{
  "downlink_message": {},
}

Fields:

Field	`downlink_message`
Type	`DownlinkMessage`
Description	DownlinkMessage for the gateway.

Message `GatewayStatus`

Show object example

{
  "time": "0001-01-01T00:00:00Z",
  "boot_time": "0001-01-01T00:00:00Z",
  "versions": {},
  "antenna_locations": [],
  "ip": [],
  "metrics": {},
  "advanced": {},
}

Fields:

Field	`time`
Type	`google.protobuf. Timestamp`
Description	Current time of the gateway

Field boot_time

Type google.protobuf. Timestamp

Description

Boot time of the gateway

can be left out to save bandwidth; old value will be kept

Field versions

Type map of string to string

Description

Versions of gateway subsystems

each field can be left out to save bandwidth; old value will be kept
map keys are written in snake_case
for example: firmware: “2.0.4” forwarder: “v2-3.3.1” fpga: “48” dsp: “27” hal: “v2-3.5.0”

max_pairs: 10

max_len (key): 36

pattern (key): ^[a-z0-9](?:[_-]?[a-z0-9]){2,}$

max_len (value): 128

Field antenna_locations

Type repeated Location

Description

Location of each gateway’s antenna

if left out, server uses registry-set location as fallback

max_items: 8

Field ip

Type repeated string

Description

IP addresses of this gateway. Repeated addresses can be used to communicate addresses of multiple interfaces (LAN, Public IP, …).

max_items: 10

ip

Field metrics

Type map of string to float

Description

Metrics

can be used for forwarding gateway metrics such as temperatures or performance metrics
map keys are written in snake_case

max_pairs: 32

max_len (key): 36

pattern (key): ^[a-z0-9](?:[_-]?[a-z0-9]){2,}$

Field advanced

Type google.protobuf. Struct

Description

Advanced metadata fields

can be used for advanced information or experimental features that are not yet formally defined in the API
field names are written in snake_case

Message `GatewayRadio`

Show object example

{
  "enable": false,
  "chip_type": "",
  "frequency": 0,
  "rssi_offset": 0,
  "tx_configuration": {},
}

Fields:

Field	`enable`
Type	`bool`

Field	`chip_type`
Type	`string`

Field	`frequency`
Type	`uint64`

Field	`rssi_offset`
Type	`float`

Field	`tx_configuration`
Type	`GatewayRadio.TxConfiguration`

Message `GatewayRadio.TxConfiguration`

Show object example

{
  "min_frequency": 0,
  "max_frequency": 0,
  "notch_frequency": 0,
}

Fields:

Field	`min_frequency`
Type	`uint64`

Field	`max_frequency`
Type	`uint64`

Field	`notch_frequency`
Type	`uint64`

Message `GatewayRemoteAddress`

Remote Address of the Gateway, as seen by the Gateway Server.

Show object example

{
  "ip": "",
}

Fields:

Field	`ip`
Type	`string`
Description	IPv4 or IPv6 address.

Message `GatewayTxAcknowledgment`

Show object example

{
  "gateway_ids": {},
  "tx_ack": {},
}

Fields:

Field	`gateway_ids`
Type	`GatewayIdentifiers`

Field	`tx_ack`
Type	`TxAcknowledgment`

Message `GatewayUp`

GatewayUp may contain zero or more uplink messages and/or a status message for the gateway.

Show object example

{
  "uplink_messages": [],
  "gateway_status": {},
  "tx_acknowledgment": {},
}

Fields:

Field	`uplink_messages`
Type	repeated `UplinkMessage`
Description	Uplink messages received by the gateway.

Field	`gateway_status`
Type	`GatewayStatus`
Description	Gateway status produced by the gateway.

Field	`tx_acknowledgment`
Type	`TxAcknowledgment`
Description	A Tx acknowledgment or error.

Message `JoinAcceptPayload`

Show object example

{
  "encrypted": "",
  "join_nonce": "",
  "net_id": "",
  "dev_addr": "",
  "dl_settings": {},
  "rx_delay": "RX_DELAY_0",
  "cf_list": {},
}

Fields:

Field	`encrypted`
Type	`bytes`

Field join_nonce

Type bytes

Description

ignore_empty

len: 3

Field net_id

Type bytes

Description

ignore_empty

len: 3

Field dev_addr

Type bytes

Description

ignore_empty

len: 4

Field	`dl_settings`
Type	`DLSettings`
Description	`required`

Field	`rx_delay`
Type	`RxDelay`
Description	`defined_only`

Field	`cf_list`
Type	`CFList`

Message `JoinRequestPayload`

Show object example

{
  "join_eui": "",
  "dev_eui": "",
  "dev_nonce": "",
}

Fields:

Field join_eui

Type bytes

Description

ignore_empty

len: 8

Field dev_eui

Type bytes

Description

ignore_empty

len: 8

Field dev_nonce

Type bytes

Description

ignore_empty

len: 2

Message `Location`

Show object example

{
  "latitude": 0,
  "longitude": 0,
  "altitude": 0,
  "accuracy": 0,
  "source": "SOURCE_UNKNOWN",
}

Fields:

Field latitude

Type double

Description

The North–South position (degrees; -90 to +90), where 0 is the equator, North pole is positive, South pole is negative.

gte: -90

lte: 90

Field longitude

Type double

Description

The East-West position (degrees; -180 to +180), where 0 is the Prime Meridian (Greenwich), East is positive , West is negative.

gte: -180

lte: 180

Field	`altitude`
Type	`int32`
Description	The altitude (meters), where 0 is the mean sea level.

Field	`accuracy`
Type	`int32`
Description	The accuracy of the location (meters).

Field source

Type LocationSource

Description

Source of the location information.

defined_only

Message `LoRaDataRate`

Show object example

{
  "bandwidth": 0,
  "spreading_factor": 0,
  "coding_rate": "",
}

Fields:

Field	`bandwidth`
Type	`uint32`
Description	Bandwidth (Hz).

Field	`spreading_factor`
Type	`uint32`

Field	`coding_rate`
Type	`string`

Message `LRFHSSDataRate`

Show object example

{
  "modulation_type": 0,
  "operating_channel_width": 0,
  "coding_rate": "",
}

Fields:

Field	`modulation_type`
Type	`uint32`

Field	`operating_channel_width`
Type	`uint32`
Description	Operating Channel Width (Hz).

Field	`coding_rate`
Type	`string`

Message `MACPayload`

Show object example

{
  "f_hdr": {},
  "f_port": 0,
  "frm_payload": "",
  "decoded_payload": {},
  "full_f_cnt": 0,
}

Fields:

Field	`f_hdr`
Type	`FHDR`
Description	`required`

Field	`f_port`
Type	`uint32`
Description	`lte`: `255`

Field	`frm_payload`
Type	`bytes`

Field	`decoded_payload`
Type	`google.protobuf. Struct`

Field	`full_f_cnt`
Type	`uint32`
Description	Full 32-bit FCnt value. Used internally by Network Server.

Message `Message`

Message represents a LoRaWAN message

Restrictions:

Only one of mac_payload, join_request_payload, join_accept_payload, rejoin_request_payload can be set.

Show object example

{
  "m_hdr": {},
  "mic": "",
  "mac_payload": {},
  "join_request_payload": {},
  "join_accept_payload": {},
  "rejoin_request_payload": {},
}

Fields:

Field	`m_hdr`
Type	`MHDR`
Description	`required`

Field	`mic`
Type	`bytes`
Description	`max_len`: `4`

Field	`mac_payload`
Type	`MACPayload`

Field	`join_request_payload`
Type	`JoinRequestPayload`

Field	`join_accept_payload`
Type	`JoinAcceptPayload`

Field	`rejoin_request_payload`
Type	`RejoinRequestPayload`

Message `MHDR`

Show object example

{
  "m_type": "JOIN_REQUEST",
  "major": "LORAWAN_R1",
}

Fields:

Field	`m_type`
Type	`MType`
Description	`defined_only`

Field	`major`
Type	`Major`
Description	`defined_only`

Message `MQTTConnectionInfo`

The connection information of an MQTT frontend.

Show object example

{
  "public_address": "",
  "public_tls_address": "",
  "username": "",
}

Fields:

Field public_address

Type string

Description

The public listen address of the frontend.

pattern: ^(?:(?:[a-zA-Z0-9]|[a-zA-Z0-9][a-zA-Z0-9\-]*[a-zA-Z0-9])\.)*(?:[A-Za-z0-9]|[A-Za-z0-9][A-Za-z0-9\-]*[A-Za-z0-9])(?::[0-9]{1,5})?$|^$

Field public_tls_address

Type string

Description

The public listen address of the TLS frontend.

pattern: ^(?:(?:[a-zA-Z0-9]|[a-zA-Z0-9][a-zA-Z0-9\-]*[a-zA-Z0-9])\.)*(?:[A-Za-z0-9]|[A-Za-z0-9][A-Za-z0-9\-]*[A-Za-z0-9])(?::[0-9]{1,5})?$|^$

Field	`username`
Type	`string`
Description	The username to be used for authentication.

Message `PullGatewayConfigurationRequest`

Show object example

{
  "gateway_ids": {},
  "field_mask": {},
}

Fields:

Field	`gateway_ids`
Type	`GatewayIdentifiers`

Field	`field_mask`
Type	`google.protobuf. FieldMask`

Message `PacketBrokerMetadata`

Show object example

{
  "message_id": "",
  "forwarder_net_id": "",
  "forwarder_tenant_id": "",
  "forwarder_cluster_id": "",
  "forwarder_gateway_eui": "",
  "forwarder_gateway_id": null,
  "home_network_net_id": "",
  "home_network_tenant_id": "",
  "home_network_cluster_id": "",
  "hops": [],
}

Fields:

Field	`message_id`
Type	`string`
Description	Message identifier generated by Packet Broker Router.

Field forwarder_net_id

Type bytes

Description

LoRa Alliance NetID of the Packet Broker Forwarder Member.

ignore_empty

len: 3

Field	`forwarder_tenant_id`
Type	`string`
Description	Tenant ID managed by the Packet Broker Forwarder Member.

Field	`forwarder_cluster_id`
Type	`string`
Description	Forwarder Cluster ID of the Packet Broker Forwarder.

Field forwarder_gateway_eui

Type bytes

Description

Forwarder gateway EUI.

ignore_empty

len: 8

Field	`forwarder_gateway_id`
Type	`google.protobuf. StringValue`
Description	Forwarder gateway ID.

Field home_network_net_id

Type bytes

Description

LoRa Alliance NetID of the Packet Broker Home Network Member.

ignore_empty

len: 3

Field	`home_network_tenant_id`
Type	`string`
Description	Tenant ID managed by the Packet Broker Home Network Member. This value is empty if it cannot be determined by the Packet Broker Router.

Field	`home_network_cluster_id`
Type	`string`
Description	Home Network Cluster ID of the Packet Broker Home Network.

Field	`hops`
Type	repeated `PacketBrokerRouteHop`
Description	Hops that the message passed. Each Packet Broker Router service appends an entry.

Message `PacketBrokerRouteHop`

Show object example

{
  "received_at": "0001-01-01T00:00:00Z",
  "sender_name": "",
  "sender_address": "",
  "receiver_name": "",
  "receiver_agent": "",
}

Fields:

Field	`received_at`
Type	`google.protobuf. Timestamp`
Description	Time when the service received the message.

Field	`sender_name`
Type	`string`
Description	Sender of the message, typically the authorized client identifier.

Field	`sender_address`
Type	`string`
Description	Sender IP address or host name.

Field	`receiver_name`
Type	`string`
Description	Receiver of the message.

Field	`receiver_agent`
Type	`string`
Description	Receiver agent.

Message `RejoinRequestPayload`

Show object example

{
  "rejoin_type": "CONTEXT",
  "net_id": "",
  "join_eui": "",
  "dev_eui": "",
  "rejoin_cnt": 0,
}

Fields:

Field	`rejoin_type`
Type	`RejoinRequestType`
Description	`defined_only`

Field net_id

Type bytes

Description

ignore_empty

len: 3

Field join_eui

Type bytes

Description

ignore_empty

len: 8

Field dev_eui

Type bytes

Description

ignore_empty

len: 8

Field	`rejoin_cnt`
Type	`uint32`
Description	Contains RJCount0 or RJCount1 depending on rejoin_type.

Message `RelayMetadata`

Show object example

{
  "device_id": "",
  "wor_channel": "RELAY_WOR_CHANNEL_DEFAULT",
}

Fields:

Field device_id

Type string

Description

End device identifiers of the relay.

max_len: 36

pattern: ^[a-z0-9](?:[-]?[a-z0-9]){2,}$

Field wor_channel

Type RelayWORChannel

Description

Wake on radio channel.

defined_only

Message `RxMetadata`

Contains metadata for a received message. Each antenna that receives a message corresponds to one RxMetadata.

Show object example

{
  "gateway_ids": {},
  "packet_broker": {},
  "relay": {},
  "antenna_index": 0,
  "time": "0001-01-01T00:00:00Z",
  "timestamp": 0,
  "fine_timestamp": 0,
  "encrypted_fine_timestamp": "",
  "encrypted_fine_timestamp_key_id": "",
  "rssi": 0,
  "signal_rssi": null,
  "channel_rssi": 0,
  "rssi_standard_deviation": 0,
  "snr": 0,
  "frequency_offset": 0,
  "location": {},
  "downlink_path_constraint": "DOWNLINK_PATH_CONSTRAINT_NONE",
  "uplink_token": "",
  "channel_index": 0,
  "hopping_width": 0,
  "frequency_drift": 0,
  "gps_time": "0001-01-01T00:00:00Z",
  "received_at": "0001-01-01T00:00:00Z",
  "advanced": {},
}

Fields:

Field	`gateway_ids`
Type	`GatewayIdentifiers`
Description	`required`

Field	`packet_broker`
Type	`PacketBrokerMetadata`

Field	`relay`
Type	`RelayMetadata`

Field	`antenna_index`
Type	`uint32`

Field	`time`
Type	`google.protobuf. Timestamp`
Description	Timestamp at the end of the transmission, provided by the gateway. The accuracy is undefined.

Field	`timestamp`
Type	`uint32`
Description	Gateway concentrator timestamp when the Rx finished (microseconds).

Field	`fine_timestamp`
Type	`uint64`
Description	Gateway’s internal fine timestamp when the Rx finished (nanoseconds).

Field	`encrypted_fine_timestamp`
Type	`bytes`
Description	Encrypted gateway’s internal fine timestamp when the Rx finished (nanoseconds).

Field	`encrypted_fine_timestamp_key_id`
Type	`string`

Field	`rssi`
Type	`float`
Description	Received signal strength indicator (dBm). This value equals `channel_rssi`.

Field	`signal_rssi`
Type	`google.protobuf. FloatValue`
Description	Received signal strength indicator of the signal (dBm).

Field	`channel_rssi`
Type	`float`
Description	Received signal strength indicator of the channel (dBm).

Field	`rssi_standard_deviation`
Type	`float`
Description	Standard deviation of the RSSI during preamble.

Field	`snr`
Type	`float`
Description	Signal-to-noise ratio (dB).

Field	`frequency_offset`
Type	`int64`
Description	Frequency offset (Hz).

Field	`location`
Type	`Location`
Description	Antenna location; injected by the Gateway Server.

Field downlink_path_constraint

Type DownlinkPathConstraint

Description

Gateway downlink path constraint; injected by the Gateway Server.

defined_only

Field	`uplink_token`
Type	`bytes`
Description	Uplink token to be included in the Tx request in class A downlink; injected by gateway, Gateway Server or fNS.

Field channel_index

Type uint32

Description

Index of the gateway channel that received the message.

lte: 255

Field	`hopping_width`
Type	`uint32`
Description	Hopping width; a number describing the number of steps of the LR-FHSS grid.

Field	`frequency_drift`
Type	`int32`
Description	Frequency drift in Hz between start and end of an LR-FHSS packet (signed).

Field	`gps_time`
Type	`google.protobuf. Timestamp`
Description	Timestamp at the end of the transmission, provided by the gateway. Guaranteed to be based on a GPS PPS signal, with an accuracy of 1 millisecond.

Field	`received_at`
Type	`google.protobuf. Timestamp`
Description	Timestamp at which the Gateway Server has received the message.

Field advanced

Type google.protobuf. Struct

Description

Advanced metadata fields

can be used for advanced information or experimental features that are not yet formally defined in the API
field names are written in snake_case

Message `UplinkMessage`

Uplink message from the end device to the network

Show object example

{
  "raw_payload": "",
  "payload": {},
  "settings": {},
  "rx_metadata": [],
  "received_at": "0001-01-01T00:00:00Z",
  "correlation_ids": [],
  "device_channel_index": 0,
  "consumed_airtime": "0s",
  "crc_status": null,
}

Fields:

Field	`raw_payload`
Type	`bytes`

Field	`payload`
Type	`Message`

Field	`settings`
Type	`TxSettings`
Description	`required`

Field	`rx_metadata`
Type	repeated `RxMetadata`
Description

Field	`received_at`
Type	`google.protobuf. Timestamp`
Description	Server time when a component received the message. The Gateway Server and Network Server set this value to their local server time of reception.

Field	`correlation_ids`
Type	repeated `string`
Description	`max_len`: `100`

Field device_channel_index

Type uint32

Description

Index of the device channel that received the message. Set by Network Server.

lte: 255

Field	`consumed_airtime`
Type	`google.protobuf. Duration`
Description	Consumed airtime for the transmission of the uplink message. Calculated by Network Server using the RawPayload size and the transmission settings.

Field	`crc_status`
Type	`google.protobuf. BoolValue`
Description	Cyclic Redundancy Check (CRC) status of demodulating the frame. If unset, the modulation does not support CRC or the gateway did not provide a CRC status. If set to false, this message should not be processed.

Message `TxAcknowledgment`

Show object example

{
  "correlation_ids": [],
  "result": "SUCCESS",
  "downlink_message": {},
}

Fields:

Field correlation_ids

Type repeated string

Description

Correlation IDs for the downlink message. Set automatically by the UDP and LBS frontends. For gRPC and the MQTT v3 frontends, the correlation IDs must match the ones of the downlink message the Tx acknowledgment message refers to.

max_len: 100

Field	`result`
Type	`TxAcknowledgment.Result`
Description	`defined_only`

Field	`downlink_message`
Type	`DownlinkMessage`
Description	The acknowledged downlink message. Set by the Gateway Server.

Message `TxSettings.Downlink`

Transmission settings for downlink.

Show object example

{
  "antenna_index": 0,
  "tx_power": 0,
  "invert_polarization": false,
}

Fields:

Field	`antenna_index`
Type	`uint32`
Description	Index of the antenna on which the uplink was received and/or downlink must be sent.

Field	`tx_power`
Type	`float`
Description	Transmission power (dBm). Only on downlink.

Field	`invert_polarization`
Type	`bool`
Description	Invert LoRa polarization; false for LoRaWAN uplink, true for downlink.

Message `TxRequest`

TxRequest is a request for transmission. If sent to a roaming partner, this request is used to generate the DLMetadata Object (see Backend Interfaces 1.0, Table 22). If the gateway has a scheduler, this request is sent to the gateway, in the order of gateway_ids. Otherwise, the Gateway Server attempts to schedule the request and creates the TxSettings.

Show object example

{
  "class": "CLASS_A",
  "downlink_paths": [],
  "rx1_delay": "RX_DELAY_0",
  "rx1_data_rate": {},
  "rx1_frequency": 0,
  "rx2_data_rate": {},
  "rx2_frequency": 0,
  "priority": "LOWEST",
  "absolute_time": "0001-01-01T00:00:00Z",
  "frequency_plan_id": "",
  "advanced": {},
}

Fields:

Field	`class`
Type	`Class`

Field	`downlink_paths`
Type	repeated `DownlinkPath`
Description	Downlink paths used to select a gateway for downlink. In class A, the downlink paths are required to only contain uplink tokens. In class B and C, the downlink paths may contain uplink tokens and fixed gateways antenna identifiers.

Field rx1_delay

Type RxDelay

Description

Rx1 delay (Rx2 delay is Rx1 delay + 1 second).

defined_only

Field	`rx1_data_rate`
Type	`DataRate`
Description	LoRaWAN data rate for Rx1.

Field	`rx1_frequency`
Type	`uint64`
Description	Frequency (Hz) for Rx1.

Field	`rx2_data_rate`
Type	`DataRate`
Description	LoRaWAN data rate for Rx2.

Field	`rx2_frequency`
Type	`uint64`
Description	Frequency (Hz) for Rx2.

Field priority

Type TxSchedulePriority

Description

Priority for scheduling. Requests with a higher priority are allocated more channel time than messages with a lower priority, in duty-cycle limited regions. A priority of HIGH or higher sets the HiPriorityFlag in the DLMetadata Object.

defined_only

Field	`absolute_time`
Type	`google.protobuf. Timestamp`
Description	Time when the downlink message should be transmitted. This value is only valid for class C downlink; class A downlink uses uplink tokens and class B downlink is scheduled on ping slots. This requires the gateway to have GPS time sychronization. If the absolute time is not set, the first available time will be used that does not conflict or violate regional limitations.

Field frequency_plan_id

Type string

Description

Frequency plan ID from which the frequencies in this message are retrieved.

max_len: 64

Field advanced

Type google.protobuf. Struct

Description

Advanced metadata fields

can be used for advanced information or experimental features that are not yet formally defined in the API
field names are written in snake_case

Message `TxRequest`

TxRequest is a request for transmission. If sent to a roaming partner, this request is used to generate the DLMetadata Object (see Backend Interfaces 1.0, Table 22). If the gateway has a scheduler, this request is sent to the gateway, in the order of gateway_ids. Otherwise, the Gateway Server attempts to schedule the request and creates the TxSettings.

Show object example

{
  "class": "CLASS_A",
  "downlink_paths": [],
  "rx1_delay": "RX_DELAY_0",
  "rx1_data_rate": {},
  "rx1_frequency": 0,
  "rx2_data_rate": {},
  "rx2_frequency": 0,
  "priority": "LOWEST",
  "absolute_time": "0001-01-01T00:00:00Z",
  "frequency_plan_id": "",
  "advanced": {},
}

Fields:

Field	`class`
Type	`Class`

Field	`downlink_paths`
Type	repeated `DownlinkPath`
Description	Downlink paths used to select a gateway for downlink. In class A, the downlink paths are required to only contain uplink tokens. In class B and C, the downlink paths may contain uplink tokens and fixed gateways antenna identifiers.

Field rx1_delay

Type RxDelay

Description

Rx1 delay (Rx2 delay is Rx1 delay + 1 second).

defined_only

Field	`rx1_data_rate`
Type	`DataRate`
Description	LoRaWAN data rate for Rx1.

Field	`rx1_frequency`
Type	`uint64`
Description	Frequency (Hz) for Rx1.

Field	`rx2_data_rate`
Type	`DataRate`
Description	LoRaWAN data rate for Rx2.

Field	`rx2_frequency`
Type	`uint64`
Description	Frequency (Hz) for Rx2.

Field priority

Type TxSchedulePriority

Description

Priority for scheduling. Requests with a higher priority are allocated more channel time than messages with a lower priority, in duty-cycle limited regions. A priority of HIGH or higher sets the HiPriorityFlag in the DLMetadata Object.

defined_only

Field	`absolute_time`
Type	`google.protobuf. Timestamp`
Description	Time when the downlink message should be transmitted. This value is only valid for class C downlink; class A downlink uses uplink tokens and class B downlink is scheduled on ping slots. This requires the gateway to have GPS time sychronization. If the absolute time is not set, the first available time will be used that does not conflict or violate regional limitations.

Field frequency_plan_id

Type string

Description

Frequency plan ID from which the frequencies in this message are retrieved.

max_len: 64

Field advanced

Type google.protobuf. Struct

Description

Advanced metadata fields

can be used for advanced information or experimental features that are not yet formally defined in the API
field names are written in snake_case

Message `TxSettings`

TxSettings contains the settings for a transmission. This message is used on both uplink and downlink. On downlink, this is a scheduled transmission.

Show object example

{
  "data_rate": {},
  "frequency": 0,
  "enable_crc": false,
  "timestamp": 0,
  "time": "0001-01-01T00:00:00Z",
  "downlink": {},
  "concentrator_timestamp": 0,
}

Fields:

Field data_rate

Type DataRate

Description

Data rate.

required

Field frequency

Type uint64

Description

Frequency (Hz).

gte: 100000

Field	`enable_crc`
Type	`bool`
Description	Send a CRC in the packet; only on uplink; on downlink, CRC should not be enabled.

Field	`timestamp`
Type	`uint32`
Description	Timestamp of the gateway concentrator when the uplink message was received, or when the downlink message should be transmitted (microseconds). On downlink, set timestamp to 0 and time to null to use immediate scheduling.

Field	`time`
Type	`google.protobuf. Timestamp`
Description	Time of the gateway when the uplink message was received, or when the downlink message should be transmitted. For downlink, this requires the gateway to have GPS time synchronization.

Field	`downlink`
Type	`TxSettings.Downlink`
Description	Transmission settings for downlink.

Field	`concentrator_timestamp`
Type	`int64`
Description	Concentrator timestamp for the downlink as calculated by the Gateway Server scheduler. This value takes into account necessary offsets such as the RTT (Round Trip Time) and TOA (Time Of Arrival). This field is set and used only by the Gateway Server.

Enums

Enum `Class`

Name	Value	Description
`CLASS_A`	`0`
`CLASS_B`	`1`
`CLASS_C`	`2`

Enum `CFListType`

Name	Value	Description
`FREQUENCIES`	`0`
`CHANNEL_MASKS`	`1`

Enum `DataRateIndex`

Name	Value	Description
`DATA_RATE_0`	`0`
`DATA_RATE_1`	`1`
`DATA_RATE_2`	`2`
`DATA_RATE_3`	`3`
`DATA_RATE_4`	`4`
`DATA_RATE_5`	`5`
`DATA_RATE_6`	`6`
`DATA_RATE_7`	`7`
`DATA_RATE_8`	`8`
`DATA_RATE_9`	`9`
`DATA_RATE_10`	`10`
`DATA_RATE_11`	`11`
`DATA_RATE_12`	`12`
`DATA_RATE_13`	`13`
`DATA_RATE_14`	`14`
`DATA_RATE_15`	`15`

Enum `DataRateOffset`

Name	Value	Description
`DATA_RATE_OFFSET_0`	`0`
`DATA_RATE_OFFSET_1`	`1`
`DATA_RATE_OFFSET_2`	`2`
`DATA_RATE_OFFSET_3`	`3`
`DATA_RATE_OFFSET_4`	`4`
`DATA_RATE_OFFSET_5`	`5`
`DATA_RATE_OFFSET_6`	`6`
`DATA_RATE_OFFSET_7`	`7`

Enum `DownlinkPathConstraint`

Name	Value	Description
`DOWNLINK_PATH_CONSTRAINT_NONE`	`0`	Indicates that the gateway can be selected for downlink without constraints by the Network Server.
`DOWNLINK_PATH_CONSTRAINT_PREFER_OTHER`	`1`	Indicates that the gateway can be selected for downlink only if no other or better gateway can be selected.
`DOWNLINK_PATH_CONSTRAINT_NEVER`	`2`	Indicates that this gateway will never be selected for downlink, even if that results in no available downlink path.

Enum `LocationSource`

Name	Value	Description
`SOURCE_UNKNOWN`	`0`	The source of the location is not known or not set.
`SOURCE_GPS`	`1`	The location is determined by GPS.
`SOURCE_REGISTRY`	`3`	The location is set in and updated from a registry.
`SOURCE_IP_GEOLOCATION`	`4`	The location is estimated with IP geolocation.
`SOURCE_WIFI_RSSI_GEOLOCATION`	`5`	The location is estimated with WiFi RSSI geolocation.
`SOURCE_BT_RSSI_GEOLOCATION`	`6`	The location is estimated with BT/BLE RSSI geolocation.
`SOURCE_LORA_RSSI_GEOLOCATION`	`7`	The location is estimated with LoRa RSSI geolocation.
`SOURCE_LORA_TDOA_GEOLOCATION`	`8`	The location is estimated with LoRa TDOA geolocation.
`SOURCE_COMBINED_GEOLOCATION`	`9`	The location is estimated by a combination of geolocation sources.

Enum `Major`

Name	Value	Description
`LORAWAN_R1`	`0`

Enum `MType`

Name	Value	Description
`JOIN_REQUEST`	`0`
`JOIN_ACCEPT`	`1`
`UNCONFIRMED_UP`	`2`
`UNCONFIRMED_DOWN`	`3`
`CONFIRMED_UP`	`4`
`CONFIRMED_DOWN`	`5`
`REJOIN_REQUEST`	`6`
`PROPRIETARY`	`7`

Enum `RejoinRequestType`

Name	Value	Description
`CONTEXT`	`0`	Resets DevAddr, Session Keys, Frame Counters, Radio Parameters.
`SESSION`	`1`	Equivalent to the initial JoinRequest.
`KEYS`	`2`	Resets DevAddr, Session Keys, Frame Counters, while keeping the Radio Parameters.

Enum `RelayWORChannel`

Name	Value	Description
`RELAY_WOR_CHANNEL_DEFAULT`	`0`
`RELAY_WOR_CHANNEL_SECONDARY`	`1`

Enum `RxDelay`

Name	Value	Description
`RX_DELAY_0`	`0`	1 second.
`RX_DELAY_1`	`1`	1 second.
`RX_DELAY_2`	`2`	2 seconds.
`RX_DELAY_3`	`3`	3 seconds.
`RX_DELAY_4`	`4`	4 seconds.
`RX_DELAY_5`	`5`	5 seconds.
`RX_DELAY_6`	`6`	6 seconds.
`RX_DELAY_7`	`7`	7 seconds.
`RX_DELAY_8`	`8`	8 seconds.
`RX_DELAY_9`	`9`	9 seconds.
`RX_DELAY_10`	`10`	10 seconds.
`RX_DELAY_11`	`11`	11 seconds.
`RX_DELAY_12`	`12`	12 seconds.
`RX_DELAY_13`	`13`	13 seconds.
`RX_DELAY_14`	`14`	14 seconds.
`RX_DELAY_15`	`15`	15 seconds.

Enum `TxAcknowledgment.Result`

Name	Value	Description
`SUCCESS`	`0`
`UNKNOWN_ERROR`	`1`
`TOO_LATE`	`2`
`TOO_EARLY`	`3`
`COLLISION_PACKET`	`4`
`COLLISION_BEACON`	`5`
`TX_FREQ`	`6`
`TX_POWER`	`7`
`GPS_UNLOCKED`	`8`

Enum `TxSchedulePriority`

Name	Value	Description
`LOWEST`	`0`
`LOW`	`1`
`BELOW_NORMAL`	`2`
`NORMAL`	`3`
`ABOVE_NORMAL`	`4`
`HIGH`	`5`
`HIGHEST`	`6`

← Gateway APIs Identity Server APIs →

Gateway Server APIs

The Gs service

The GatewayConfigurationService service

The GtwGs service

The GsNs service

Messages

Message ApplicationIdentifiers

Message BatchGetGatewayConnectionStatsRequest

Message BatchGetGatewayConnectionStatsResponse

Message CFList

Message ConcentratorConfig

Message ConcentratorConfig.Channel

Message ConcentratorConfig.LoRaStandardChannel

Message ConcentratorConfig.FSKChannel

Message ConcentratorConfig.LBTConfiguration

Message DownlinkPath

Message DataRate

Message DLSettings

Message DownlinkMessage

Message EndDeviceIdentifiers

Message FHDR

Message FCtrl

Message FSKDataRate

Message GatewayAntennaIdentifiers

Message GatewayIdentifiers

Message GetGatewayConfigurationRequest

Message GetGatewayConfigurationResponse

Message GatewayConnectionStats

Message GatewayConnectionStats.RoundTripTimes

Message GatewayConnectionStats.SubBand

Message GatewayDown

Message GatewayStatus

Message GatewayRadio

Message GatewayRadio.TxConfiguration

Message GatewayRemoteAddress

Message GatewayTxAcknowledgment

Message GatewayUp

Message JoinAcceptPayload

Message JoinRequestPayload

Message Location

Message LoRaDataRate

Message LRFHSSDataRate

Message MACPayload

Message Message

Message MHDR

Message MQTTConnectionInfo

Message PullGatewayConfigurationRequest

Message PacketBrokerMetadata

Message PacketBrokerRouteHop

Message RejoinRequestPayload

Message RelayMetadata

Message RxMetadata

Message UplinkMessage

Message TxAcknowledgment

Message TxSettings.Downlink

Message TxRequest

Message TxRequest

Message TxSettings

Enums

Enum Class

Enum CFListType

Enum DataRateIndex

Enum DataRateOffset

Enum DownlinkPathConstraint

Enum LocationSource

Enum Major

Enum MType

Enum RejoinRequestType

Enum RelayWORChannel

Enum RxDelay

Enum TxAcknowledgment.Result

Enum TxSchedulePriority

The `Gs` service

The `GatewayConfigurationService` service

The `GtwGs` service

The `GsNs` service

Message `ApplicationIdentifiers`

Message `BatchGetGatewayConnectionStatsRequest`

Message `BatchGetGatewayConnectionStatsResponse`

Message `CFList`

Message `ConcentratorConfig`

Message `ConcentratorConfig.Channel`

Message `ConcentratorConfig.LoRaStandardChannel`

Message `ConcentratorConfig.FSKChannel`

Message `ConcentratorConfig.LBTConfiguration`

Message `DownlinkPath`

Message `DataRate`

Message `DLSettings`

Message `DownlinkMessage`

Message `EndDeviceIdentifiers`

Message `FHDR`

Message `FCtrl`

Message `FSKDataRate`

Message `GatewayAntennaIdentifiers`

Message `GatewayIdentifiers`

Message `GetGatewayConfigurationRequest`

Message `GetGatewayConfigurationResponse`

Message `GatewayConnectionStats`

Message `GatewayConnectionStats.RoundTripTimes`

Message `GatewayConnectionStats.SubBand`

Message `GatewayDown`

Message `GatewayStatus`

Message `GatewayRadio`

Message `GatewayRadio.TxConfiguration`

Message `GatewayRemoteAddress`

Message `GatewayTxAcknowledgment`

Message `GatewayUp`

Message `JoinAcceptPayload`

Message `JoinRequestPayload`

Message `Location`

Message `LoRaDataRate`

Message `LRFHSSDataRate`

Message `MACPayload`

Message `Message`

Message `MHDR`

Message `MQTTConnectionInfo`

Message `PullGatewayConfigurationRequest`

Message `PacketBrokerMetadata`

Message `PacketBrokerRouteHop`

Message `RejoinRequestPayload`

Message `RelayMetadata`

Message `RxMetadata`

Message `UplinkMessage`

Message `TxAcknowledgment`

Message `TxSettings.Downlink`

Message `TxRequest`

Message `TxRequest`

Message `TxSettings`

Enum `Class`

Enum `CFListType`

Enum `DataRateIndex`

Enum `DataRateOffset`

Enum `DownlinkPathConstraint`

Enum `LocationSource`

Enum `Major`

Enum `MType`

Enum `RejoinRequestType`

Enum `RelayWORChannel`

Enum `RxDelay`

Enum `TxAcknowledgment.Result`

Enum `TxSchedulePriority`