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api: Remove Python proto folder.

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There is no point in tracking this folder in git, as on each make we
will copy it from the original api/proto folder.
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Orne Brocaar 2024-04-04 14:30:03 +01:00
parent ac9923e120
commit f283261636
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1098
api/python/proto/chirpstack-api/api/application.proto vendored
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api/python/proto/chirpstack-api/api/device.proto vendored
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syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "DeviceProto";
option csharp_namespace = "Chirpstack.Api";
import "chirpstack-api/common/common.proto";
import "google/api/annotations.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/struct.proto";
import "google/protobuf/empty.proto";
// DeviceService is the service providing API methods for managing devices.
service DeviceService {
// Create the given device.
rpc Create(CreateDeviceRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
post : "/api/devices"
body : "*"
};
}
// Get returns the device for the given DevEUI.
rpc Get(GetDeviceRequest) returns (GetDeviceResponse) {
option (google.api.http) = {
get : "/api/devices/{dev_eui}"
};
}
// Update the given device.
rpc Update(UpdateDeviceRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
put : "/api/devices/{device.dev_eui}"
body : "*"
};
}
// Delete the device with the given DevEUI.
rpc Delete(DeleteDeviceRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
delete : "/api/devices/{dev_eui}"
};
}
// Get the list of devices.
rpc List(ListDevicesRequest) returns (ListDevicesResponse) {
option (google.api.http) = {
get : "/api/devices"
};
}
// Create the given device-keys.
rpc CreateKeys(CreateDeviceKeysRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
post : "/api/devices/{device_keys.dev_eui}/keys"
body : "*"
};
}
// Get the device-keys for the given DevEUI.
rpc GetKeys(GetDeviceKeysRequest) returns (GetDeviceKeysResponse) {
option (google.api.http) = {
get : "/api/devices/{dev_eui}/keys"
};
}
// Update the given device-keys.
rpc UpdateKeys(UpdateDeviceKeysRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
put : "/api/devices/{device_keys.dev_eui}/keys"
body : "*"
};
}
// Delete the device-keys for the given DevEUI.
rpc DeleteKeys(DeleteDeviceKeysRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
delete : "/api/devices/{dev_eui}/keys"
};
}
// FlushDevNonces flushes the OTAA device nonces.
rpc FlushDevNonces(FlushDevNoncesRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
delete : "/api/devices/{dev_eui}/dev-nonces"
};
}
// Activate (re)activates the device with the given parameters (for ABP or for
// importing OTAA activations).
rpc Activate(ActivateDeviceRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
post : "/api/devices/{device_activation.dev_eui}/activate"
body : "*"
};
}
// Deactivate de-activates the device.
rpc Deactivate(DeactivateDeviceRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
delete : "/api/devices/{dev_eui}/activation"
};
}
// GetActivation returns the current activation details of the device (OTAA or
// ABP).
rpc GetActivation(GetDeviceActivationRequest)
returns (GetDeviceActivationResponse) {
option (google.api.http) = {
get : "/api/devices/{dev_eui}/activation"
};
}
// GetRandomDevAddr returns a random DevAddr taking the NwkID prefix into
// account.
rpc GetRandomDevAddr(GetRandomDevAddrRequest)
returns (GetRandomDevAddrResponse) {
option (google.api.http) = {
post : "/api/devices/{dev_eui}/get-random-dev-addr"
};
}
// GetMetrics returns the device metrics.
// Note that this requires a device-profile with codec and measurements
// configured.
rpc GetMetrics(GetDeviceMetricsRequest) returns (GetDeviceMetricsResponse) {
option (google.api.http) = {
get : "/api/devices/{dev_eui}/metrics"
};
}
// GetLinkMetrics returns the device link metrics.
// This includes uplinks, downlinks, RSSI, SNR, etc...
rpc GetLinkMetrics(GetDeviceLinkMetricsRequest)
returns (GetDeviceLinkMetricsResponse) {
option (google.api.http) = {
get : "/api/devices/{dev_eui}/link-metrics"
};
}
// Enqueue adds the given item to the downlink queue.
rpc Enqueue(EnqueueDeviceQueueItemRequest)
returns (EnqueueDeviceQueueItemResponse) {
option (google.api.http) = {
post : "/api/devices/{queue_item.dev_eui}/queue"
body : "*"
};
}
// FlushQueue flushes the downlink device-queue.
rpc FlushQueue(FlushDeviceQueueRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
delete : "/api/devices/{dev_eui}/queue"
};
}
// GetQueue returns the downlink device-queue.
rpc GetQueue(GetDeviceQueueItemsRequest)
returns (GetDeviceQueueItemsResponse) {
option (google.api.http) = {
get : "/api/devices/{dev_eui}/queue"
};
}
// GetNextFCntDown returns the next FCntDown to use for enqueing encrypted
// downlinks. The difference with the DeviceActivation f_cont_down is that
// this method takes potential existing queue-items into account.
rpc GetNextFCntDown(GetDeviceNextFCntDownRequest)
returns (GetDeviceNextFCntDownResponse) {
option (google.api.http) = {
post : "/api/devices/{dev_eui}/get-next-f-cnt-down"
body : "*"
};
}
}
message Device {
// DevEUI (EUI64).
string dev_eui = 1;
// Name.
string name = 2;
// Description.
string description = 3;
// Application ID (UUID).
string application_id = 4;
// Device-profile ID (UUID).
string device_profile_id = 5;
// Skip frame-counter checks (this is insecure, but could be helpful for
// debugging).
bool skip_fcnt_check = 6;
// Device is disabled.
bool is_disabled = 7;
// Variables (user defined).
// These variables can be used together with integrations to store tokens /
// secrets that must be configured per device. These variables are not
// exposed in the event payloads.
map<string, string> variables = 8;
// Tags (user defined).
// These tags can be used to add additional information to the device.
// These tags are exposed in all the integration events.
map<string, string> tags = 9;
// JoinEUI (optional, EUI64).
// This field will be automatically set / updated on OTAA. However, in some
// cases it must be pre-configured. For example to allow OTAA using a Relay.
// In this case the Relay needs to know the JoinEUI + DevEUI combinations
// of the devices for which it needs to forward uplinks.
string join_eui = 10;
}
message DeviceStatus {
// The device margin status
// -32..32: The demodulation SNR ration in dB
int32 margin = 1;
// Device is connected to an external power source.
bool external_power_source = 2;
// Device battery level as a percentage.
// -1 when the battery level is not available.
float battery_level = 3;
}
message DeviceListItem {
// DevEUI (EUI64).
string dev_eui = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
// Last seen at timestamp.
google.protobuf.Timestamp last_seen_at = 4;
// Name.
string name = 5;
// Description.
string description = 6;
// Device-profile ID (UUID).
string device_profile_id = 7;
// Device-profile name.
string device_profile_name = 8;
// Device status.
DeviceStatus device_status = 9;
}
message DeviceKeys {
// DevEUI (EUI64).
string dev_eui = 1;
// Network root key (128 bit).
// Note: For LoRaWAN 1.0.x, use this field for the LoRaWAN 1.0.x 'AppKey`!
string nwk_key = 2;
// Application root key (128 bit).
// Note: This field only needs to be set for LoRaWAN 1.1.x devices!
string app_key = 3;
}
message CreateDeviceRequest {
// Device object.
Device device = 1;
}
message GetDeviceRequest {
// DevEUI (EUI64).
string dev_eui = 1;
}
message GetDeviceResponse {
// Device object.
Device device = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
// Last seen at timestamp.
google.protobuf.Timestamp last_seen_at = 4;
// Device status.
DeviceStatus device_status = 5;
// Enabled device class.
common.DeviceClass class_enabled = 6;
}
message UpdateDeviceRequest {
// Device object.
Device device = 1;
}
message DeleteDeviceRequest {
// DevEUI (EUI64).
string dev_eui = 1;
}
message ListDevicesRequest {
// Max number of devices to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
// If set, the given string will be used to search on name (optional).
string search = 3;
// Application ID (UUID) to filter devices on.
string application_id = 4;
// Multicst-group ID (UUID) to filter devices on.
string multicast_group_id = 5;
}
message ListDevicesResponse {
// Total number of devices.
uint32 total_count = 1;
// Result-set.
repeated DeviceListItem result = 2;
}
message CreateDeviceKeysRequest {
// Device-keys object.
DeviceKeys device_keys = 1;
}
message GetDeviceKeysRequest {
// DevEUI (EUI64).
string dev_eui = 1;
}
message GetDeviceKeysResponse {
// Device-keys object.
DeviceKeys device_keys = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
}
message UpdateDeviceKeysRequest {
// Device-keys object.
DeviceKeys device_keys = 1;
}
message DeleteDeviceKeysRequest {
// DevEUI (EUI64).
string dev_eui = 1;
}
message DeviceActivation {
// Device EUI (EUI64).
string dev_eui = 1;
// Device address (HEX encoded).
string dev_addr = 2;
// Application session key (HEX encoded).
string app_s_key = 3;
// Network session encryption key (HEX encoded).
string nwk_s_enc_key = 4;
// Serving network session integrity key (HEX encoded).
string s_nwk_s_int_key = 8;
// Forwarding network session integrity key (HEX encoded).
string f_nwk_s_int_key = 9;
// Uplink frame-counter.
uint32 f_cnt_up = 5;
// Downlink network frame-counter.
uint32 n_f_cnt_down = 6;
// Downlink application frame-counter.
uint32 a_f_cnt_down = 10;
}
message ActivateDeviceRequest {
// Device activation object.
DeviceActivation device_activation = 1;
}
message DeactivateDeviceRequest {
// DevEUI (EUI64).
string dev_eui = 1;
}
message GetDeviceActivationRequest {
// DevEUI (EUI64).
string dev_eui = 1;
}
message GetDeviceActivationResponse {
// Device activation object.
DeviceActivation device_activation = 1;
// Join-Server context.
// A non-empty value indicatest that ChirpStack does not have access to
// the AppSKey and that the encryption / decryption of the payloads is
// the responsibility of the end-application.
common.JoinServerContext join_server_context = 2;
}
message GetRandomDevAddrRequest {
// DevEUI (EUI64).
string dev_eui = 1;
}
message GetRandomDevAddrResponse {
// DevAddr.
string dev_addr = 1;
}
message GetDeviceMetricsRequest {
// DevEUI (EUI64).
string dev_eui = 1;
// Interval start timestamp.
google.protobuf.Timestamp start = 2;
// Interval end timestamp.
google.protobuf.Timestamp end = 3;
// Aggregation.
common.Aggregation aggregation = 4;
}
message GetDeviceMetricsResponse {
map<string, common.Metric> metrics = 1;
map<string, DeviceState> states = 2;
}
message DeviceState {
// Name.
string name = 2;
// Value.
string value = 3;
}
message GetDeviceLinkMetricsRequest {
// DevEUI (EUI64).
string dev_eui = 1;
// Interval start timestamp.
google.protobuf.Timestamp start = 2;
// Interval end timestamp.
google.protobuf.Timestamp end = 3;
// Aggregation.
common.Aggregation aggregation = 4;
}
message GetDeviceLinkMetricsResponse {
// Packets received from the device.
common.Metric rx_packets = 1;
// RSSI (as reported by the gateway(s)).
common.Metric gw_rssi = 2;
// SNR (as reported by the gateway(s)).
common.Metric gw_snr = 3;
// Packets received by frequency.
common.Metric rx_packets_per_freq = 4;
// Packets received by DR.
common.Metric rx_packets_per_dr = 5;
// Errors.
common.Metric errors = 6;
}
message DeviceQueueItem {
// ID (UUID).
// This is automatically generated on enqueue.
string id = 1;
// Device EUI (EUI64).
string dev_eui = 2;
// Confirmed.
bool confirmed = 3;
// FPort (must be > 0).
uint32 f_port = 4;
// Data.
// Or use the json_object field when a codec has been configured.
bytes data = 5;
// Only use this when a codec has been configured that can encode this
// object to bytes.
google.protobuf.Struct object = 6;
// Is pending.
// This is set by ChirpStack to true when the downlink is pending (e.g. it
// has been sent, but a confirmation is still pending).
bool is_pending = 7;
// Downlink frame-counter.
// Do not set this for plain-text data payloads. It will be automatically set
// by ChirpStack when the payload has been sent as downlink.
uint32 f_cnt_down = 8;
// Is encrypted.
// This must be set to true if the end-application has already encrypted
// the data payload. In this case, the f_cnt_down field must be set to
// the corresponding frame-counter which has been used during the encryption.
bool is_encrypted = 9;
}
message EnqueueDeviceQueueItemRequest { DeviceQueueItem queue_item = 1; }
message EnqueueDeviceQueueItemResponse {
// ID (UUID).
string id = 1;
}
message FlushDeviceQueueRequest {
// Device EUI (EUI64).
string dev_eui = 1;
}
message GetDeviceQueueItemsRequest {
// Device EUI (EUI64).
string dev_eui = 1;
// Return only the count, not the result-set.
bool count_only = 2;
}
message GetDeviceQueueItemsResponse {
// Total number of queue items.
uint32 total_count = 1;
// Result-set.
repeated DeviceQueueItem result = 2;
}
message FlushDevNoncesRequest {
// Device EUI (EUI64).
string dev_eui = 1;
}
message GetDeviceNextFCntDownRequest {
// Device EUI (EUI64).
string dev_eui = 1;
}
message GetDeviceNextFCntDownResponse {
// FCntDown.
uint32 f_cnt_down = 1;
}

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api/python/proto/chirpstack-api/api/device_profile.proto vendored
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syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "DeviceProfileProto";
option csharp_namespace = "Chirpstack.Api";
import "google/api/annotations.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/empty.proto";
import "chirpstack-api/common/common.proto";
enum CodecRuntime {
// None.
NONE = 0;
// Cayenne LPP.
CAYENNE_LPP = 1;
// JavaScript.
JS = 2;
}
enum MeasurementKind {
// Unknown (in which case it is not tracked).
UNKNOWN = 0;
// Incrementing counters that never decrease (these are not reset on each
// reading).
COUNTER = 1;
// Counters that do get reset upon reading.
ABSOLUTE = 2;
// E.g. a temperature value.
GAUGE = 3;
// E.g. a firmware version, true / false value.
STRING = 4;
}
enum CadPeriodicity {
// 1 second.
SEC_1 = 0;
// 500 milliseconds
MS_500 = 1;
// 250 milliseconds
MS_250 = 2;
// 100 milliseconds
MS_100 = 3;
// 50 milliseconds
MS_50 = 4;
// 20 milliseconds
MS_20 = 5;
}
enum SecondChAckOffset {
// 0 kHz.
KHZ_0 = 0;
// 200 kHz.
KHZ_200 = 1;
// 400 kHz.
KHZ_400 = 2;
// 800 kHz.
KHZ_800 = 3;
// 1600 kHz.
KHZ_1600 = 4;
// 3200 kHz.
KHZ_3200 = 5;
}
enum RelayModeActivation {
// Disable the relay mode.
DISABLE_RELAY_MODE = 0;
// Enable the relay model.
ENABLE_RELAY_MODE = 1;
// Dynamic.
DYNAMIC = 2;
// End-device controlled.
END_DEVICE_CONTROLLED = 3;
}
// DeviceProfileService is the service providing API methods for managing
// device-profiles.
service DeviceProfileService {
// Create the given device-profile.
rpc Create(CreateDeviceProfileRequest) returns (CreateDeviceProfileResponse) {
option (google.api.http) = {
post : "/api/device-profiles"
body : "*"
};
}
// Get the device-profile for the given ID.
rpc Get(GetDeviceProfileRequest) returns (GetDeviceProfileResponse) {
option (google.api.http) = {
get : "/api/device-profiles/{id}"
};
}
// Update the given device-profile.
rpc Update(UpdateDeviceProfileRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
put : "/api/device-profiles/{device_profile.id}"
body : "*"
};
}
// Delete the device-profile with the given ID.
rpc Delete(DeleteDeviceProfileRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
delete : "/api/device-profiles/{id}"
};
}
// List the available device-profiles.
rpc List(ListDeviceProfilesRequest) returns (ListDeviceProfilesResponse) {
option (google.api.http) = {
get : "/api/device-profiles"
};
}
// List available ADR algorithms.
rpc ListAdrAlgorithms(google.protobuf.Empty)
returns (ListDeviceProfileAdrAlgorithmsResponse) {
option (google.api.http) = {
get : "/api/device-profiles/adr-algorithms"
};
}
}
message DeviceProfile {
// Device-profile ID (UUID).
// Note: on create this will be automatically generated.
string id = 1;
// Tenant ID (UUID).
string tenant_id = 2;
// Name.
string name = 3;
// Description.
string description = 26;
// Region.
common.Region region = 4;
// LoRaWAN mac-version.
common.MacVersion mac_version = 5;
// Regional parameters revision.
common.RegParamsRevision reg_params_revision = 6;
// ADR algorithm ID.
string adr_algorithm_id = 7;
// Payload codec runtime.
CodecRuntime payload_codec_runtime = 8;
// Payload codec script.
string payload_codec_script = 9;
// Flush queue on device activation.
bool flush_queue_on_activate = 10;
// Uplink interval (seconds).
// This defines the expected uplink interval which the device uses for
// communication. If the uplink interval has expired and no uplink has
// been received, the device is considered inactive.
uint32 uplink_interval = 11;
// Device-status request interval (times / day).
// This defines the times per day that ChirpStack will request the
// device-status from the device.
uint32 device_status_req_interval = 12;
// Supports OTAA.
bool supports_otaa = 13;
// Supports Class B.
bool supports_class_b = 14;
// Supports Class-C.
bool supports_class_c = 15;
// Class-B timeout (seconds).
// This is the maximum time ChirpStack will wait to receive an acknowledgement
// from the device (if requested).
uint32 class_b_timeout = 16;
// Class-B ping-slots per beacon period.
// Valid options are: 0 - 7.
//
// The actual number of ping-slots per beacon period equals to 2^k.
uint32 class_b_ping_slot_nb_k = 17;
// Class-B ping-slot DR.
uint32 class_b_ping_slot_dr = 18;
// Class-B ping-slot freq (Hz).
uint32 class_b_ping_slot_freq = 19;
// Class-C timeout (seconds).
// This is the maximum time ChirpStack will wait to receive an acknowledgement
// from the device (if requested).
uint32 class_c_timeout = 20;
// RX1 delay (for ABP).
uint32 abp_rx1_delay = 21;
// RX1 DR offset (for ABP).
uint32 abp_rx1_dr_offset = 22;
// RX2 DR (for ABP).
uint32 abp_rx2_dr = 23;
// RX2 frequency (for ABP, Hz).
uint32 abp_rx2_freq = 24;
// Tags (user defined).
// These tags can be used to add additional information the the
// device-profile. These tags are exposed in all the integration events of
// devices using this device-profile.
map<string, string> tags = 25;
// Measurements.
// If defined, ChirpStack will visualize these metrics in the web-interface.
map<string, Measurement> measurements = 27;
// Auto-detect measurements.
// If set to true, measurements will be automatically added based on the
// keys of the decoded payload. In cases where the decoded payload contains
// random keys in the data, you want to set this to false.
bool auto_detect_measurements = 28;
// Region configuration ID.
// If set, devices will only use the associated region. If let blank, then
// devices will use all regions matching the selected common-name. Note
// that multiple region configurations can exist for the same common-name,
// e.g. to provide an 8 channel and 16 channel configuration for the US915
// band.
string region_config_id = 29;
// Device is a Relay device.
// Enable this in case the device is a Relay. A Relay device implements TS011
// and is able to relay data from relay capable devices.
// See for more information the TS011 specification.
bool is_relay = 30;
// Device is a Relay end-device.
// Enable this in case the device is an end-device that can operate under a
// Relay. Please refer to the TS011 specification for more information.
bool is_relay_ed = 31;
// End-device only accept data through relay.
// Only accept data for this device through a relay. This setting is useful
// for testing as in case of a test-setup, the end-device is usually within
// range of the gateway.
bool relay_ed_relay_only = 32;
// Relay must be enabled.
bool relay_enabled = 33;
// Relay CAD periodicity.
CadPeriodicity relay_cad_periodicity = 34;
// Relay default channel index.
// Valid values are 0 and 1, please refer to the RP002 specification for
// the meaning of these values.
uint32 relay_default_channel_index = 35;
// Relay second channel frequency (Hz).
uint32 relay_second_channel_freq = 36;
// Relay second channel DR.
uint32 relay_second_channel_dr = 37;
// Relay second channel ACK offset.
SecondChAckOffset relay_second_channel_ack_offset = 38;
// Relay end-device activation mode.
RelayModeActivation relay_ed_activation_mode = 39;
// Relay end-device smart-enable level.
uint32 relay_ed_smart_enable_level = 40;
// Relay end-device back-off (in case it does not receive WOR ACK frame).
// 0 = Always send a LoRaWAN uplink
// 1..63 = Send a LoRaWAN uplink after X WOR frames without a WOR ACK
uint32 relay_ed_back_off = 41;
// Relay end-device uplink limit bucket size.
//
// This field indicates the multiplier to determine the bucket size
// according to the following formula:
// BucketSize TOKEN = _reload_rate x _bucket_size
//
// Valid values (0 - 3):
// 0 = 1
// 1 = 2
// 2 = 4
// 3 = 12
uint32 relay_ed_uplink_limit_bucket_size = 42;
// Relay end-device uplink limit reload rate.
//
// Valid values:
// * 0 - 62 = X tokens every hour
// * 63 = no limitation
uint32 relay_ed_uplink_limit_reload_rate = 43;
// Relay join-request limit reload rate.
//
// Valid values:
// * 0 - 126 = X tokens every hour
// * 127 = no limitation
uint32 relay_join_req_limit_reload_rate = 44;
// Relay notify limit reload rate.
//
// Valid values:
// * 0 - 126 = X tokens every hour
// * 127 = no limitation
uint32 relay_notify_limit_reload_rate = 45;
// Relay global uplink limit reload rate.
//
// Valid values:
// * 0 - 126 = X tokens every hour
// * 127 = no limitation
uint32 relay_global_uplink_limit_reload_rate = 46;
// Relay overall limit reload rate.
//
// Valid values:
// * 0 - 126 = X tokens every hour
// * 127 = no limitation
uint32 relay_overall_limit_reload_rate = 47;
// Relay join-request limit bucket size.
//
// This field indicates the multiplier to determine the bucket size
// according to the following formula:
// BucketSize TOKEN = _reload_rate x _bucket_size
//
// Valid values (0 - 3):
// 0 = 1
// 1 = 2
// 2 = 4
// 3 = 12
uint32 relay_join_req_limit_bucket_size = 48;
// Relay notify limit bucket size.
//
// This field indicates the multiplier to determine the bucket size
// according to the following formula:
// BucketSize TOKEN = _reload_rate x _bucket_size
//
// Valid values (0 - 3):
// 0 = 1
// 1 = 2
// 2 = 4
// 3 = 12
uint32 relay_notify_limit_bucket_size = 49;
// Relay globak uplink limit bucket size.
//
// This field indicates the multiplier to determine the bucket size
// according to the following formula:
// BucketSize TOKEN = _reload_rate x _bucket_size
//
// Valid values (0 - 3):
// 0 = 1
// 1 = 2
// 2 = 4
// 3 = 12
uint32 relay_global_uplink_limit_bucket_size = 50;
// Relay overall limit bucket size.
//
// This field indicates the multiplier to determine the bucket size
// according to the following formula:
// BucketSize TOKEN = _reload_rate x _bucket_size
//
// Valid values (0 - 3):
// 0 = 1
// 1 = 2
// 2 = 4
// 3 = 12
uint32 relay_overall_limit_bucket_size = 51;
// Allow roaming.
//
// If set to true, it means that the device is allowed to use roaming.
bool allow_roaming = 52;
}
message Measurement {
// Name (user defined).
string name = 2;
// Kind.
MeasurementKind kind = 3;
}
message DeviceProfileListItem {
// Device-profile ID (UUID).
string id = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
// Name.
string name = 4;
// Region.
common.Region region = 5;
// LoRaWAN mac-version.
common.MacVersion mac_version = 6;
// Regional parameters revision.
common.RegParamsRevision reg_params_revision = 7;
// Supports OTAA.
bool supports_otaa = 8;
// Supports Class-B.
bool supports_class_b = 9;
// Supports Class-C.
bool supports_class_c = 10;
}
message CreateDeviceProfileRequest {
// Object to create.
DeviceProfile device_profile = 1;
}
message CreateDeviceProfileResponse {
// ID (UUID).
string id = 1;
}
message GetDeviceProfileRequest {
// ID (UUID).
string id = 1;
}
message GetDeviceProfileResponse {
// Device-profile object.
DeviceProfile device_profile = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
}
message UpdateDeviceProfileRequest {
// Device-profile object.
DeviceProfile device_profile = 1;
}
message DeleteDeviceProfileRequest {
// ID (UUID).
string id = 1;
}
message ListDeviceProfilesRequest {
// Max number of device-profiles to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
// If set, the given string will be used to search on name.
string search = 3;
// Tenant ID to list the device-profiles for.
string tenant_id = 4;
}
message ListDeviceProfilesResponse {
// Total number of device-profiles.
uint32 total_count = 1;
// Result-set.
repeated DeviceProfileListItem result = 2;
}
message ListDeviceProfileAdrAlgorithmsResponse {
// Total number of algorithms.
uint32 total_count = 1;
// Result-set.
repeated AdrAlgorithmListItem result = 2;
}
message AdrAlgorithmListItem {
// Algorithm ID.
string id = 1;
// Algorithm name.
string name = 2;
}

244
api/python/proto/chirpstack-api/api/device_profile_template.proto vendored
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@ -1,244 +0,0 @@
syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "DeviceProfileTemplateProto";
option csharp_namespace = "Chirpstack.Api";
import "google/api/annotations.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/empty.proto";
import "chirpstack-api/common/common.proto";
import "chirpstack-api/api/device_profile.proto";
// DeviceProfileTemplateService is the service providing API methods for managing device-profile templates.
service DeviceProfileTemplateService {
// Create the given device-profile template.
rpc Create(CreateDeviceProfileTemplateRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
post: "/api/device-profile-templates"
body: "*"
};
}
// Get the device-profile template for the given ID.
rpc Get(GetDeviceProfileTemplateRequest) returns (GetDeviceProfileTemplateResponse) {
option(google.api.http) = {
get: "/api/device-profile-templates/{id}"
};
}
// Update the given device-profile template.
rpc Update(UpdateDeviceProfileTemplateRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
put: "/api/device-profile-templates/{device_profile_template.id}"
body: "*"
};
}
// Delete the device-profile template with the given ID.
rpc Delete(DeleteDeviceProfileTemplateRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
delete: "/api/device-profile-templates/{id}"
};
}
// List the available device-profile templates.
rpc List(ListDeviceProfileTemplatesRequest) returns (ListDeviceProfileTemplatesResponse) {
option(google.api.http) = {
get: "/api/device-profile-templates"
};
}
}
message DeviceProfileTemplate {
// Device-profile template ID.
string id = 1;
// Name.
string name = 2;
// Description.
string description = 3;
// Vendor.
string vendor = 4;
// Firmware.
string firmware = 5;
// Region.
common.Region region = 6;
// LoRaWAN mac-version.
common.MacVersion mac_version = 7;
// Regional parameters revision.
common.RegParamsRevision reg_params_revision = 8;
// ADR algorithm ID.
string adr_algorithm_id = 9;
// Payload codec runtime.
CodecRuntime payload_codec_runtime = 10;
// Payload codec script.
string payload_codec_script = 11;
// Flush queue on device activation.
bool flush_queue_on_activate = 12;
// Uplink interval (seconds).
// This defines the expected uplink interval which the device uses for
// communication. When the uplink interval has expired and no uplink has
// been received, the device is considered inactive.
uint32 uplink_interval = 13;
// Device-status request interval (times / day).
// This defines the times per day that ChirpStack will request the device-status
// from the device.
uint32 device_status_req_interval = 14;
// Supports OTAA.
bool supports_otaa = 15;
// Supports Class B.
bool supports_class_b = 16;
// Supports Class-C.
bool supports_class_c = 17;
// Class-B timeout (seconds).
// This is the maximum time ChirpStack will wait to receive an acknowledgement from the device (if requested).
uint32 class_b_timeout = 18;
// Class-B ping-slots per beacon period.
// Valid options are: 0 - 7.
//
// The actual number of ping-slots per beacon period equals to 2^k.
uint32 class_b_ping_slot_nb_k = 19;
// Class-B ping-slot DR.
uint32 class_b_ping_slot_dr = 20;
// Class-B ping-slot freq (Hz).
uint32 class_b_ping_slot_freq = 21;
// Class-C timeout (seconds).
// This is the maximum time ChirpStack will wait to receive an acknowledgement from the device (if requested).
uint32 class_c_timeout = 22;
// RX1 delay (for ABP).
uint32 abp_rx1_delay = 23;
// RX1 DR offset (for ABP).
uint32 abp_rx1_dr_offset = 24;
// RX2 DR (for ABP).
uint32 abp_rx2_dr = 25;
// RX2 frequency (for ABP, Hz).
uint32 abp_rx2_freq = 26;
// User defined tags.
map<string, string> tags = 27;
// Measurements.
// If defined, ChirpStack will visualize these metrics in the web-interface.
map<string, Measurement> measurements = 28;
// Auto-detect measurements.
// If set to true, measurements will be automatically added based on the
// keys of the decoded payload. In cases where the decoded payload contains
// random keys in the data, you want to set this to false.
bool auto_detect_measurements = 29;
}
message DeviceProfileTemplateListItem {
// Device-profile template ID.
string id = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
// Name.
string name = 4;
// Vendor.
string vendor = 5;
// Firmware.
string firmware = 6;
// Region.
common.Region region = 7;
// LoRaWAN mac-version.
common.MacVersion mac_version = 8;
// Regional parameters revision.
common.RegParamsRevision reg_params_revision = 9;
// Supports OTAA.
bool supports_otaa = 10;
// Supports Class-B.
bool supports_class_b = 11;
// Supports Class-C.
bool supports_class_c = 12;
}
message CreateDeviceProfileTemplateRequest {
// Object to create.
DeviceProfileTemplate device_profile_template = 1;
}
message GetDeviceProfileTemplateRequest {
// ID.
string id = 1;
}
message GetDeviceProfileTemplateResponse {
// Device-profile template object.
DeviceProfileTemplate device_profile_template = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
}
message UpdateDeviceProfileTemplateRequest {
// Object to update.
DeviceProfileTemplate device_profile_template = 1;
}
message DeleteDeviceProfileTemplateRequest {
// ID.
string id = 1;
}
message ListDeviceProfileTemplatesRequest {
// Max number of device-profile templates to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
}
message ListDeviceProfileTemplatesResponse {
// Total number of device-profile templates.
uint32 total_count = 1;
// Result-set.
repeated DeviceProfileTemplateListItem result = 2;
}

257
api/python/proto/chirpstack-api/api/gateway.proto vendored
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@ -1,257 +0,0 @@
syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "GatewayProto";
option csharp_namespace = "Chirpstack.Api";
import "google/api/annotations.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/empty.proto";
import "chirpstack-api/common/common.proto";
// GatewayService is the service providing API methods for managing gateways.
service GatewayService {
// Create creates the given gateway.
rpc Create(CreateGatewayRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
post: "/api/gateways"
body: "*"
};
}
// Get returns the gateway for the given Gateway ID.
rpc Get(GetGatewayRequest) returns (GetGatewayResponse) {
option(google.api.http) = {
get: "/api/gateways/{gateway_id}"
};
}
// Update updates the given gateway.
rpc Update(UpdateGatewayRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
put: "/api/gateways/{gateway.gateway_id}"
body: "*"
};
}
// Delete deletes the gateway matching the given Gateway ID.
rpc Delete(DeleteGatewayRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
delete: "/api/gateways/{gateway_id}"
};
}
// Get the list of gateways.
rpc List(ListGatewaysRequest) returns (ListGatewaysResponse) {
option(google.api.http) = {
get: "/api/gateways"
};
}
// Generate client-certificate for the gateway.
rpc GenerateClientCertificate(GenerateGatewayClientCertificateRequest) returns (GenerateGatewayClientCertificateResponse) {
option(google.api.http) = {
post: "/api/gateways/{gateway_id}/generate-certificate"
};
}
// GetMetrics returns the gateway metrics.
rpc GetMetrics(GetGatewayMetricsRequest) returns (GetGatewayMetricsResponse) {
option(google.api.http) = {
get: "/api/gateways/{gateway_id}/metrics"
};
}
}
enum GatewayState {
// The gateway has never sent any stats.
NEVER_SEEN = 0;
// Online.
ONLINE = 1;
// Offline.
OFFLINE = 2;
}
message Gateway {
// Gateway ID (EUI64).
string gateway_id = 1;
// Name.
string name = 2;
// Description.
string description = 3;
// Gateway location.
common.Location location = 4;
// Tenant ID (UUID).
string tenant_id = 5;
// Tags.
map<string, string> tags = 6;
// Metadata (provided by the gateway).
map<string, string> metadata = 7;
// Stats interval (seconds).
// This defines the expected interval in which the gateway sends its
// statistics.
uint32 stats_interval = 8;
}
message GatewayListItem {
// Tenant ID.
string tenant_id = 1;
// Gateway ID (EUI64).
string gateway_id = 2;
// Name.
string name = 3;
// Description.
string description = 4;
// Location.
common.Location location = 5;
// Gateway properties.
map<string, string> properties = 6;
// Created at timestamp.
google.protobuf.Timestamp created_at = 7;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 8;
// Last seen at timestamp.
google.protobuf.Timestamp last_seen_at = 9;
// Gateway state.
// Please note that the state of the gateway is driven by the stats
// packages that are sent by the gateway.
GatewayState state = 10;
}
message CreateGatewayRequest {
// Gateway object.
Gateway gateway = 1;
}
message GetGatewayRequest {
// Gateway ID (EUI64).
string gateway_id = 1;
}
message GetGatewayResponse {
// Gateway object.
Gateway gateway = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
// Last seen at timestamp.
google.protobuf.Timestamp last_seen_at = 4;
}
message UpdateGatewayRequest {
// Gateway object.
Gateway gateway = 1;
}
message DeleteGatewayRequest {
// Gateway ID (EUI64).
string gateway_id = 1;
}
message ListGatewaysRequest {
// Max number of gateways to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
// If set, the given string will be used to search on name (optional).
string search = 3;
// Tenant ID (UUID) to filter gateways on.
// To list all gateways as a global admin user, this field can be left blank.
string tenant_id = 4;
// Multicast-group ID (UUID) to filter gateways on.
string multicast_group_id = 5;
}
message ListGatewaysResponse {
// Total number of gateways.
uint32 total_count = 1;
// Result-set.
repeated GatewayListItem result = 2;
}
message GenerateGatewayClientCertificateRequest {
// Gateway ID (EUI64).
string gateway_id = 1;
}
message GenerateGatewayClientCertificateResponse {
// TLS certificate.
string tls_cert = 1;
// TLS key.
string tls_key = 2;
// CA certificate.
string ca_cert = 3;
// Expires at defines the expiration date of the certificate.
google.protobuf.Timestamp expires_at = 4;
}
message GetGatewayMetricsRequest {
// Gateway ID (EUI64).
string gateway_id = 1;
// Interval start timestamp.
google.protobuf.Timestamp start = 2;
// Interval end timestamp.
google.protobuf.Timestamp end = 3;
// Aggregation.
common.Aggregation aggregation = 4;
}
message GetGatewayMetricsResponse {
// RX packets.
common.Metric rx_packets = 1;
// TX packets.
common.Metric tx_packets = 2;
// TX packets / frequency.
common.Metric tx_packets_per_freq = 3;
// RX packets / frequency.
common.Metric rx_packets_per_freq = 4;
// TX packets / DR.
common.Metric tx_packets_per_dr = 5;
// RX packets / DR.
common.Metric rx_packets_per_dr = 6;
// TX packets per status.
common.Metric tx_packets_per_status = 7;
}

424
api/python/proto/chirpstack-api/api/internal.proto vendored
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@ -1,424 +0,0 @@
syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "InternalProto";
option csharp_namespace = "Chirpstack.Api";
import "google/protobuf/timestamp.proto";
import "google/protobuf/empty.proto";
import "chirpstack-api/common/common.proto";
import "chirpstack-api/api/user.proto";
// InternalService is the service providing API endpoints for internal usage.
service InternalService {
// Log in a user
rpc Login(LoginRequest) returns (LoginResponse) {}
// Get the current user's profile
rpc Profile(google.protobuf.Empty) returns (ProfileResponse) {}
// Perform a global search.
rpc GlobalSearch(GlobalSearchRequest) returns (GlobalSearchResponse) {}
// CreateApiKey creates the given API key.
rpc CreateApiKey(CreateApiKeyRequest) returns (CreateApiKeyResponse) {}
// DeleteApiKey deletes the API key.
rpc DeleteApiKey(DeleteApiKeyRequest) returns (google.protobuf.Empty) {}
// ListApiKeys lists the available API keys.
rpc ListApiKeys(ListApiKeysRequest) returns (ListApiKeysResponse) {}
// Get the global settings.
rpc Settings(google.protobuf.Empty) returns (SettingsResponse) {}
// OpenId Connect login.
rpc OpenIdConnectLogin(OpenIdConnectLoginRequest)
returns (OpenIdConnectLoginResponse) {}
// OAuth2 login.
rpc OAuth2Login(OAuth2LoginRequest) returns (OAuth2LoginResponse) {}
// GetDevicesSummary returns an aggregated summary of the devices.
rpc GetDevicesSummary(GetDevicesSummaryRequest)
returns (GetDevicesSummaryResponse) {}
// GetGatewaysSummary returns an aggregated summary of the gateways.
rpc GetGatewaysSummary(GetGatewaysSummaryRequest)
returns (GetGatewaysSummaryResponse) {}
// Stream frame for the given Gateway ID.
rpc StreamGatewayFrames(StreamGatewayFramesRequest) returns (stream LogItem) {
}
// Stream frames for the given Device EUI.
rpc StreamDeviceFrames(StreamDeviceFramesRequest) returns (stream LogItem) {}
// Stream events for the given Device EUI.
rpc StreamDeviceEvents(StreamDeviceEventsRequest) returns (stream LogItem) {}
// ListRegions lists the available (configured) regions.
rpc ListRegions(google.protobuf.Empty) returns (ListRegionsResponse) {}
// GetRegion returns the region details for the given region.
rpc GetRegion(GetRegionRequest) returns (GetRegionResponse) {}
// GetVersion returns the ChirpStack version.
rpc GetVersion(google.protobuf.Empty) returns (GetVersionResponse) {}
}
message ApiKey {
// API key ID.
// This value will be automatically generated on create.
string id = 1;
// Name.
string name = 2;
// Is global admin key.
bool is_admin = 3;
// Tenant ID.
// In case the API key is intended to manage resources under a single tenant.
string tenant_id = 4;
}
message CreateApiKeyRequest {
// The API key to create.
ApiKey api_key = 1;
}
message CreateApiKeyResponse {
// API key ID.
string id = 1;
// API token for authentication API requests.
string token = 2;
}
message DeleteApiKeyRequest {
// API key ID.
string id = 1;
}
message ListApiKeysRequest {
// Max number of items to return.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
// Return only admin keys.
bool is_admin = 3;
// Filter on tenant ID.
string tenant_id = 4;
}
message ListApiKeysResponse {
// Total number of API keys.
uint32 total_count = 1;
repeated ApiKey result = 2;
}
// Defines a tenant to which the user is associated.
message UserTenantLink {
// Created at timestamp.
google.protobuf.Timestamp created_at = 1;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 2;
// Tenant ID.
string tenant_id = 3;
// User is admin within the context of this tenant.
// There is no need to set the is_device_admin and is_gateway_admin flags.
bool is_admin = 4;
// User is able to modify device related resources (applications,
// device-profiles, devices, multicast-groups).
bool is_device_admin = 5;
// User is able to modify gateways.
bool is_gateway_admin = 6;
}
message LoginRequest {
// Email of the user.
string email = 1;
// Password of the user.
string password = 2;
}
message LoginResponse {
// The JWT tag to be used to access chirpstack-application-server interfaces.
string jwt = 1;
}
message ProfileResponse {
// User object.
User user = 1;
// Tenants to which the user is associated.
repeated UserTenantLink tenants = 3;
}
message GlobalSearchRequest {
// Search query.
string search = 1;
// Max number of results to return.
int64 limit = 2;
// Offset offset of the result-set (for pagination).
int64 offset = 3;
}
message GlobalSearchResponse { repeated GlobalSearchResult result = 1; }
message GlobalSearchResult {
// Record kind.
string kind = 1;
// Search score.
float score = 2;
// Organization id.
string tenant_id = 3;
// Organization name.
string tenant_name = 4;
// Application id.
string application_id = 5;
// Application name.
string application_name = 6;
// Device DevEUI (hex encoded).
string device_dev_eui = 7;
// Device name.
string device_name = 8;
// Gateway MAC (hex encoded).
string gateway_id = 9;
// Gateway name.
string gateway_name = 10;
}
message SettingsResponse {
// OpenId Connect settings.
OpenIdConnect openid_connect = 1;
// OAuth2 settings.
OAuth2 oauth2 = 2;
}
message OpenIdConnect {
// Enable OpenId Connect authentication.
bool enabled = 1;
// Login url.
string login_url = 2;
// Login label.
string login_label = 3;
// Logout url.
string logout_url = 4;
// Login redirect.
bool login_redirect = 5;
}
message OAuth2 {
// OAuth2 is enabled.
bool enabled = 1;
// Login url.
string login_url = 2;
// Login label.
string login_label = 3;
// Logout url.
string logout_url = 4;
// Login redirect.
bool login_redirect = 5;
}
message OpenIdConnectLoginRequest {
// OpenId Connect callback code.
string code = 1;
// OpenId Connect callback state.
string state = 2;
}
message OpenIdConnectLoginResponse {
// Token to use for authentication.
string token = 1;
}
message OAuth2LoginRequest {
// OAuth2 callback code.
string code = 1;
// OAuth2 callback state.
string state = 2;
}
message OAuth2LoginResponse {
// Token to use for authentication.
string token = 1;
}
message GetDevicesSummaryRequest {
// Tenant ID (UUID).
string tenant_id = 1;
}
message GetDevicesSummaryResponse {
// Active count.
uint32 active_count = 1;
// Inactive count.
uint32 inactive_count = 2;
// per data-rate count.
// Devices that have never been seen are excluded.
map<uint32, uint32> dr_count = 3;
// Never seen count.
uint32 never_seen_count = 4;
}
message GetGatewaysSummaryRequest {
// Tenant ID (UUID).
string tenant_id = 1;
}
message GetGatewaysSummaryResponse {
// Online count.
uint32 online_count = 1;
// Offline count.
uint32 offline_count = 2;
// Never seen count.
uint32 never_seen_count = 3;
}
message LogItem {
// ID.
string id = 1;
// Timestamp.
google.protobuf.Timestamp time = 2;
// Message.
string description = 3;
// Body.
string body = 4;
// Properties.
map<string, string> properties = 5;
}
message StreamGatewayFramesRequest {
// Gateway ID (EUI64).
string gateway_id = 1;
}
message StreamDeviceFramesRequest {
// Device EUI.
string dev_eui = 1;
}
message StreamDeviceEventsRequest {
// Device EUI.
string dev_eui = 1;
}
message ListRegionsResponse {
// Configured regions.
repeated RegionListItem regions = 1;
}
message RegionListItem {
// ID.
string id = 1;
// Region.
common.Region region = 2;
// Description.
string description = 3;
}
message GetRegionRequest {
// Region ID.
string id = 1;
}
message GetRegionResponse {
// ID.
string id = 1;
// Region.
common.Region region = 2;
// User information.
string user_info = 3;
// Uplink channels.
repeated RegionChannel uplink_channels = 4;
// RX1 delay.
uint32 rx1_delay = 5;
// RX1 data-rate offset.
uint32 rx1_dr_offset = 6;
// RX2 DR.
uint32 rx2_dr = 7;
// RX2 frequency.
uint32 rx2_frequency = 8;
// Class-B ping-slot DR.
uint32 class_b_ping_slot_dr = 9;
// Class-B ping-slot frequency.
uint32 class_b_ping_slot_frequency = 10;
// Region description.
string description = 11;
}
message RegionChannel {
// Frequency (Hz).
uint32 frequency = 1;
// Min DR.
uint32 dr_min = 2;
// Max DR.
uint32 dr_max = 3;
}
message GetVersionResponse {
// version
string version = 1;
}

327
api/python/proto/chirpstack-api/api/multicast_group.proto vendored
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@ -1,327 +0,0 @@
syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "MulticastGroupProto";
option csharp_namespace = "Chirpstack.Api";
import "google/api/annotations.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/empty.proto";
import "chirpstack-api/common/common.proto";
// MulticastGroupService is the service managing multicast-groups.
service MulticastGroupService {
// Create the given multicast group.
rpc Create(CreateMulticastGroupRequest) returns (CreateMulticastGroupResponse) {
option(google.api.http) = {
post: "/api/multicast-groups"
body: "*"
};
}
// Get returns the multicast group for the given ID.
rpc Get(GetMulticastGroupRequest) returns (GetMulticastGroupResponse) {
option(google.api.http) = {
get: "/api/multicast-groups/{id}"
};
}
// Update the given multicast group.
rpc Update(UpdateMulticastGroupRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
put: "/api/multicast-groups/{multicast_group.id}"
body: "*"
};
}
// Delete the multicast-group with the given ID.
rpc Delete(DeleteMulticastGroupRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
delete: "/api/multicast-groups/{id}"
};
}
// List the available multicast groups.
rpc List(ListMulticastGroupsRequest) returns (ListMulticastGroupsResponse) {
option(google.api.http) = {
get: "/api/multicast-groups"
};
}
// Add a device to the multicast group.
rpc AddDevice(AddDeviceToMulticastGroupRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
post: "/api/multicast-groups/{multicast_group_id}/devices"
body: "*"
};
}
// Remove a device from the multicast group.
rpc RemoveDevice(RemoveDeviceFromMulticastGroupRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
delete: "/api/multicast-groups/{multicast_group_id}/devices/{dev_eui}"
};
}
// Add a gateway to the multicast group.
rpc AddGateway(AddGatewayToMulticastGroupRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
post: "/api/multicast-groups/{multicast_group_id}/gateways"
body: "*"
};
}
// Remove a gateway from the multicast group.
rpc RemoveGateway(RemoveGatewayFromMulticastGroupRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
delete: "/api/multicast-groups/{multicast_group_id}/gateways/{gateway_id}"
};
}
// Add the given item to the multicast group queue.
rpc Enqueue(EnqueueMulticastGroupQueueItemRequest) returns (EnqueueMulticastGroupQueueItemResponse) {
option(google.api.http) = {
post: "/api/multicast-groups/{queue_item.multicast_group_id}/queue"
body: "*"
};
}
// Flush the queue for the given multicast group.
rpc FlushQueue(FlushMulticastGroupQueueRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
delete: "/api/multicast-groups/{multicast_group_id}/queue"
};
}
// List the items in the multicast group queue.
rpc ListQueue(ListMulticastGroupQueueRequest) returns (ListMulticastGroupQueueResponse) {
option(google.api.http) = {
get: "/api/multicast-groups/{multicast_group_id}/queue"
};
}
}
enum MulticastGroupType {
// Class C.
CLASS_C = 0;
// Class-B.
CLASS_B = 1;
}
enum MulticastGroupSchedulingType {
// Delay.
// If multicast downlinks must be sent through multiple gateways, then
// these will be sent one by one with a delay between each gateway.
DELAY = 0;
// Time.
// If multicast downlinks must be sent through multiple gateways, then
// these will be sent simultaneously using GPS time synchronization.
// Note that this does require GPS time-synchronized LoRa gateways.
GPS_TIME = 1;
}
message MulticastGroup {
// ID (UUID).
// This will be generated automatically on create.
string id = 1;
// Name.
string name = 2;
// Application ID.
// After creation, this can not be updated.
string application_id = 3;
// Region.
common.Region region = 4;
// Multicast address (HEX encoded DevAddr).
string mc_addr = 5;
// Multicast network session key (HEX encoded AES128 key).
string mc_nwk_s_key = 6;
// Multicast application session key (HEX encoded AES128 key).
string mc_app_s_key = 7;
// Frame-counter.
uint32 f_cnt = 8;
// Multicast group type.
MulticastGroupType group_type = 9;
// Data-rate.
uint32 dr = 10;
// Frequency (Hz).
uint32 frequency = 11;
// Ping-slot period (only for Class-B).
// Deprecated: use class_b_ping_slot_nb_k.
uint32 class_b_ping_slot_period = 12;
// Class-B ping-slots per beacon period (only for Class-B).
// Valid options are: 0 - 7;
//
// The actual number of ping-slots per beacon period equals to 2^k.
uint32 class_b_ping_slot_nb_k = 14;
// Scheduling type (only for Class-C).
MulticastGroupSchedulingType class_c_scheduling_type = 13;
}
message MulticastGroupListItem {
// ID.
string id = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
// Name.
string name = 4;
// Region.
common.Region region = 5;
// Multicast group type.
MulticastGroupType group_type = 6;
}
message CreateMulticastGroupRequest {
// Multicast group to create.
MulticastGroup multicast_group = 1;
}
message CreateMulticastGroupResponse {
// ID of created multicast group (UUID).
string id = 1;
}
message GetMulticastGroupRequest {
// Multicast group ID.
string id = 1;
}
message GetMulticastGroupResponse {
// Multicast group object.
MulticastGroup multicast_group = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
}
message UpdateMulticastGroupRequest {
// Multicast group object to update.
MulticastGroup multicast_group = 1;
}
message DeleteMulticastGroupRequest {
// Multicast group iD.
string id = 1;
}
message ListMulticastGroupsRequest {
// Max number of multicast groups to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
// If set, the given string will be used to search on name.
string search = 3;
// Application ID to list the multicast groups for.
string application_id = 4;
}
message ListMulticastGroupsResponse {
// Total number of multicast groups.
uint32 total_count = 1;
// Result-test.
repeated MulticastGroupListItem result = 2;
}
message AddDeviceToMulticastGroupRequest {
// Multicast group ID.
string multicast_group_id = 1;
// Device EUI (HEX encoded).
string dev_eui = 2;
}
message RemoveDeviceFromMulticastGroupRequest {
// Multicast group ID.
string multicast_group_id = 1;
// Device EUI (HEX encoded).
string dev_eui = 2;
}
message AddGatewayToMulticastGroupRequest {
// Multicast group ID.
string multicast_group_id = 1;
// Gateway ID (HEX encoded).
string gateway_id = 2;
}
message RemoveGatewayFromMulticastGroupRequest {
// Multicast group ID.
string multicast_group_id = 1;
// Gateway ID (HEX encoded).
string gateway_id = 2;
}
message MulticastGroupQueueItem {
// Multicast group ID.
string multicast_group_id = 1;
// Downlink frame-counter.
// This will be automatically set on enqueue.
uint32 f_cnt = 2;
// FPort (must be > 0).
uint32 f_port = 3;
// Payload.
bytes data = 4;
}
message EnqueueMulticastGroupQueueItemRequest {
// Multicast queue-item to enqueue.
MulticastGroupQueueItem queue_item = 1;
}
message EnqueueMulticastGroupQueueItemResponse {
// Frame-counter of the enqueued payload.
uint32 f_cnt = 1;
}
message FlushMulticastGroupQueueRequest {
// Multicast group ID.
string multicast_group_id = 1;
}
message ListMulticastGroupQueueRequest {
// Multicast group ID.
string multicast_group_id = 1;
}
message ListMulticastGroupQueueResponse {
repeated MulticastGroupQueueItem items = 1;
}

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api/python/proto/chirpstack-api/api/relay.proto vendored
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@ -1,119 +0,0 @@
syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "RelayProto";
option csharp_namespace = "Chirpstack.Api";
import "google/api/annotations.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/empty.proto";
// RelayService is the service providing API methos for managing relays.
service RelayService {
// List lists the relays for the given application id.
rpc List(ListRelaysRequest) returns (ListRelaysResponse) {
option(google.api.http) = {
get: "/api/relays"
};
}
// AddDevice adds the given device to the relay.
rpc AddDevice(AddRelayDeviceRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
post: "/api/relays/{relay_dev_eui}/devices"
body: "*"
};
}
// RemoveDevice removes the given device from the relay.
rpc RemoveDevice(RemoveRelayDeviceRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
delete: "/api/relays/{relay_dev_eui}/devices/{dev_eui}"
};
};
// ListDevices lists the devices for the given relay.
rpc ListDevices(ListRelayDevicesRequest) returns (ListRelayDevicesResponse) {
option(google.api.http) = {
get: "/api/relays/{relay_dev_eui}/devices"
};
};
}
message RelayListItem {
// DevEUI (EUI64).
string dev_eui = 1;
// Name.
string name = 2;
}
message ListRelaysRequest {
// Max number of devices to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
// Application ID (UUID).
string application_id = 3;
}
message ListRelaysResponse {
// Total number of relays.
uint32 total_count = 1;
// Result-set.
repeated RelayListItem result = 2;
}
message AddRelayDeviceRequest {
// Relay DevEUI (EUI64).
string relay_dev_eui = 1;
// Device DevEUI (EUI64).
string device_dev_eui = 2;
}
message RemoveRelayDeviceRequest {
// Relay DevEUI (EUI64).
string relay_dev_eui = 1;
// Device DevEUI (EUI64).
string device_dev_eui = 2;
}
message ListRelayDevicesRequest {
// Max number of multicast groups to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
// Relay DevEUI (EUI64).
string relay_dev_eui = 3;
}
message RelayDeviceListItem {
// DevEUI (EUI64).
string dev_eui = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Device name.
string name = 3;
}
message ListRelayDevicesResponse {
// Total number of devices.
uint32 total_count = 1;
// Result-set.
repeated RelayDeviceListItem result = 2;
}

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api/python/proto/chirpstack-api/api/tenant.proto vendored
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@ -1,326 +0,0 @@
syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "TenantProto";
option csharp_namespace = "Chirpstack.Api";
import "google/api/annotations.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/empty.proto";
// TenantService is the service providing API methods for managing tenants.
service TenantService {
// Create a new tenant.
rpc Create(CreateTenantRequest) returns (CreateTenantResponse) {
option (google.api.http) = {
post : "/api/tenants"
body : "*"
};
}
// Get the tenant for the given ID.
rpc Get(GetTenantRequest) returns (GetTenantResponse) {
option (google.api.http) = {
get : "/api/tenants/{id}"
};
}
// Update the given tenant.
rpc Update(UpdateTenantRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
put : "/api/tenants/{tenant.id}"
body : "*"
};
}
// Delete the tenant with the given ID.
rpc Delete(DeleteTenantRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
delete : "/api/tenants/{id}"
};
}
// Get the list of tenants.
rpc List(ListTenantsRequest) returns (ListTenantsResponse) {
option (google.api.http) = {
get : "/api/tenants"
};
}
// Add an user to the tenant.
// Note: the user must already exist.
rpc AddUser(AddTenantUserRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
post : "/api/tenants/{tenant_user.tenant_id}/users"
body : "*"
};
}
// Get the the tenant user for the given tenant and user IDs.
rpc GetUser(GetTenantUserRequest) returns (GetTenantUserResponse) {
option (google.api.http) = {
get : "/api/tenants/{tenant_id}/users/{user_id}"
};
}
// Update the given tenant user.
rpc UpdateUser(UpdateTenantUserRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
put : "/api/tenants/{tenant_user.tenant_id}/users/{tenant_user.user_id}"
body : "*"
};
}
// Delete the given tenant user.
rpc DeleteUser(DeleteTenantUserRequest) returns (google.protobuf.Empty) {
option (google.api.http) = {
delete : "/api/tenants/{tenant_id}/users/{user_id}"
};
}
// Get the list of tenant users.
rpc ListUsers(ListTenantUsersRequest) returns (ListTenantUsersResponse) {
option (google.api.http) = {
get : "/api/tenants/{tenant_id}/users"
};
}
}
message Tenant {
// Tenant ID (UUID).
// Note: this value will be automatically generated on create.
string id = 1;
// Tenant name,
string name = 2;
// Tenant description.
string description = 3;
// Can the tenant create and "own" Gateways?
bool can_have_gateways = 4;
// Max. gateway count for tenant.
// When set to 0, the tenant can have unlimited gateways.
uint32 max_gateway_count = 5;
// Max. device count for tenant.
// When set to 0, the tenant can have unlimited devices.
uint32 max_device_count = 6;
// Private gateways (uplink).
// If enabled, then uplink messages will not be shared with other tenants.
bool private_gateways_up = 7;
// Private gateways (downlink).
// If enabled, then other tenants will not be able to schedule downlink
// messages through the gateways of this tenant. For example, in case you
// do want to share uplinks with other tenants (private_gateways_up=false),
// but you want to prevent other tenants from using gateway airtime.
bool private_gateways_down = 8;
// Tags (user defined).
// These tags can be used to add additional information to the tenant. These
// tags are NOT exposed in the integration events.
map<string, string> tags = 9;
}
message TenantListItem {
// Tenant ID (UUID).
string id = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
// Tenant name.
string name = 4;
// Can the tenant create and "own" Gateways?
bool can_have_gateways = 5;
// Private gateways (uplink).
bool private_gateways_up = 6;
// Private gateways (downlink).
bool private_gateways_down = 9;
// Max gateway count.
// 0 = unlimited.
uint32 max_gateway_count = 7;
// Max device count.
// 0 = unlimited.
uint32 max_device_count = 8;
}
message CreateTenantRequest {
// Tenant object to create.
Tenant tenant = 1;
}
message CreateTenantResponse {
// Tenant ID.
string id = 1;
}
message GetTenantRequest {
// Tenant ID.
string id = 1;
}
message GetTenantResponse {
// Tenant object.
Tenant tenant = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
}
message UpdateTenantRequest {
// Tenant object.
Tenant tenant = 1;
}
message DeleteTenantRequest {
// Tenant ID.
string id = 1;
}
message ListTenantsRequest {
// Max number of tenants to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
// If set, the given string will be used to search on name.
string search = 3;
// If set, filters the result set to the tenants of the user.
// Only global API keys are able to filter by this field.
string user_id = 4;
}
message ListTenantsResponse {
// Total number of tenants.
uint32 total_count = 1;
// Result-set.
repeated TenantListItem result = 2;
}
message TenantUser {
// Tenant ID (UUID).
string tenant_id = 1;
// User ID (UUID).
string user_id = 2;
// User is admin within the context of the tenant.
// There is no need to set the is_device_admin and is_gateway_admin flags.
bool is_admin = 3;
// User is able to modify device related resources (applications,
// device-profiles, devices, multicast-groups).
bool is_device_admin = 4;
// User is able to modify gateways.
bool is_gateway_admin = 5;
// Email (only used on get and when adding a user to a tenant).
string email = 6;
}
message TenantUserListItem {
// Tenant ID (UUID).
string tenant_id = 1;
// User ID (UUID).
string user_id = 2;
// Created at timestamp.
google.protobuf.Timestamp created_at = 3;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 4;
// Email.
string email = 5;
// User is admin within the context of the tenant.
// There is no need to set the is_device_admin and is_gateway_admin flags.
bool is_admin = 6;
// User is able to modify device related resources (applications,
// device-profiles, devices, multicast-groups).
bool is_device_admin = 7;
// User is able to modify gateways.
bool is_gateway_admin = 8;
}
message AddTenantUserRequest {
// Tenant user object.
TenantUser tenant_user = 1;
}
message GetTenantUserRequest {
// Tenant ID (UUID).
string tenant_id = 1;
// User ID (UUID).
string user_id = 2;
}
message GetTenantUserResponse {
// Tenant user object.
TenantUser tenant_user = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
}
message UpdateTenantUserRequest {
// Tenant user object.
TenantUser tenant_user = 1;
}
message DeleteTenantUserRequest {
// Tenant ID (UUID).
string tenant_id = 1;
// User ID (UUID).
string user_id = 2;
}
message ListTenantUsersRequest {
// Tenant ID (UUID).
string tenant_id = 1;
// Max number of tenants to return in the result-set.
uint32 limit = 2;
// Offset in the result-set (for pagination).
uint32 offset = 3;
}
message ListTenantUsersResponse {
// Total number of tenants.
uint32 total_count = 1;
// Result-set.
repeated TenantUserListItem result = 2;
}

182
api/python/proto/chirpstack-api/api/user.proto vendored
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@ -1,182 +0,0 @@
syntax = "proto3";
package api;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/api";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "UserProto";
option csharp_namespace = "Chirpstack.Api";
import "google/api/annotations.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/empty.proto";
// UserService is the service providing API methods for managing users.
service UserService {
// Create a new user.
rpc Create(CreateUserRequest) returns (CreateUserResponse) {
option(google.api.http) = {
post: "/api/users"
body: "*"
};
}
// Get the user for the given ID.
rpc Get(GetUserRequest) returns (GetUserResponse) {
option(google.api.http) = {
get: "/api/users/{id}"
};
}
// Update the given user.
rpc Update(UpdateUserRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
put: "/api/users/{user.id}"
body: "*"
};
}
// Delete the user with the given ID.
rpc Delete(DeleteUserRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
delete: "/api/users/{id}"
};
}
// Get the list of users.
rpc List(ListUsersRequest) returns (ListUsersResponse) {
option(google.api.http) = {
get: "/api/users"
};
}
// Update the password for the given user.
rpc UpdatePassword(UpdateUserPasswordRequest) returns (google.protobuf.Empty) {
option(google.api.http) = {
post: "/api/users/{user_id}/password"
body: "*"
};
}
}
message User {
// User ID (UUID).
// Will be set automatically on create.
string id = 1;
// Set to true to make the user a global administrator.
bool is_admin = 4;
// Set to false to disable the user.
bool is_active = 5;
// E-mail of the user.
string email = 6;
// Optional note to store with the user.
string note = 7;
}
message UserListItem {
// User ID (UUID).
string id = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
// Email of the user.
string email = 4;
// Set to true to make the user a global administrator.
bool is_admin = 5;
// Set to false to disable the user.
bool is_active = 6;
}
message UserTenant {
// Tenant ID.
string tenant_id = 1;
// User is admin within the context of the tenant.
// There is no need to set the is_device_admin and is_gateway_admin flags.
bool is_admin = 2;
// User is able to modify device related resources (applications,
// device-profiles, devices, multicast-groups).
bool is_device_admin = 3;
// User is able to modify gateways.
bool is_gateway_admin = 4;
}
message CreateUserRequest {
// User object to create.
User user = 1;
// Password to set for the user.
string password = 2;
// Add the user to the following tenants.
repeated UserTenant tenants = 3;
}
message CreateUserResponse {
// User ID.
string id = 1;
}
message GetUserRequest {
// User ID.
string id = 1;
}
message GetUserResponse {
// User object.
User user = 1;
// Created at timestamp.
google.protobuf.Timestamp created_at = 2;
// Last update timestamp.
google.protobuf.Timestamp updated_at = 3;
}
message UpdateUserRequest {
// User object.
User user = 1;
}
message DeleteUserRequest {
// User ID.
string id = 1;
}
message ListUsersRequest {
// Max number of tenants to return in the result-set.
uint32 limit = 1;
// Offset in the result-set (for pagination).
uint32 offset = 2;
}
message ListUsersResponse {
// Total number of users.
uint32 total_count = 1;
// Result-set.
repeated UserListItem result = 2;
}
message UpdateUserPasswordRequest {
// User ID.
string user_id = 1;
// Password to set.
string password = 2;
}

232
api/python/proto/chirpstack-api/common/common.proto vendored
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syntax = "proto3";
package common;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/common";
option java_package = "io.chirpstack.api";
option java_multiple_files = true;
option java_outer_classname = "CommonProto";
option csharp_namespace = "Chirpstack.Common";
import "google/protobuf/timestamp.proto";
enum Modulation {
// LoRa
LORA = 0;
// FSK
FSK = 1;
// LR-FHSS
LR_FHSS = 2;
}
enum Region {
// EU868
EU868 = 0;
// US915
US915 = 2;
// CN779
CN779 = 3;
// EU433
EU433 = 4;
// AU915
AU915 = 5;
// CN470
CN470 = 6;
// AS923
AS923 = 7;
// AS923 with -1.80 MHz frequency offset
AS923_2 = 12;
// AS923 with -6.60 MHz frequency offset
AS923_3 = 13;
// (AS923 with -5.90 MHz frequency offset).
AS923_4 = 14;
// KR920
KR920 = 8;
// IN865
IN865 = 9;
// RU864
RU864 = 10;
// ISM2400 (LoRaWAN 2.4 GHz)
ISM2400 = 11;
}
enum MType {
// JoinRequest.
JOIN_REQUEST = 0;
// JoinAccept.
JOIN_ACCEPT = 1;
// UnconfirmedDataUp.
UNCONFIRMED_DATA_UP = 2;
// UnconfirmedDataDown.
UNCONFIRMED_DATA_DOWN = 3;
// ConfirmedDataUp.
CONFIRMED_DATA_UP = 4;
// ConfirmedDataDown.
CONFIRMED_DATA_DOWN = 5;
// RejoinRequest.
REJOIN_REQUEST = 6;
// Proprietary.
PROPRIETARY = 7;
}
enum MacVersion {
LORAWAN_1_0_0 = 0;
LORAWAN_1_0_1 = 1;
LORAWAN_1_0_2 = 2;
LORAWAN_1_0_3 = 3;
LORAWAN_1_0_4 = 4;
LORAWAN_1_1_0 = 5;
}
enum RegParamsRevision {
A = 0;
B = 1;
RP002_1_0_0 = 2;
RP002_1_0_1 = 3;
RP002_1_0_2 = 4;
RP002_1_0_3 = 5;
}
enum LocationSource {
// Unknown.
UNKNOWN = 0;
// GPS.
GPS = 1;
// Manually configured.
CONFIG = 2;
// Geo resolver (TDOA).
GEO_RESOLVER_TDOA = 3;
// Geo resolver (RSSI).
GEO_RESOLVER_RSSI = 4;
// Geo resolver (GNSS).
GEO_RESOLVER_GNSS = 5;
// Geo resolver (WIFI).
GEO_RESOLVER_WIFI = 6;
}
enum Aggregation {
// Hour.
HOUR = 0;
// Day.
DAY = 1;
// Month.
MONTH = 2;
}
enum MetricKind {
// Incrementing counters that never decrease (these are not reset on each
// reading).
COUNTER = 0;
// Counters that do get reset upon reading.
ABSOLUTE = 1;
// E.g. a temperature value.
GAUGE = 2;
}
enum Regulation {
// Unknown.
REGULATION_UNKNOWN = 0;
// ETSI EN 300 220.
ETSI_EN_300_220 = 1;
}
message Location {
// Latitude.
double latitude = 1;
// Longitude.
double longitude = 2;
// Altitude.
double altitude = 3;
// Location source.
LocationSource source = 4;
// Accuracy.
float accuracy = 5;
}
message KeyEnvelope {
// KEK label.
string kek_label = 1;
// AES key (when the kek_label is set, this value must first be decrypted).
bytes aes_key = 2;
}
message Metric {
// Name.
string name = 1;
// Timestamps.
repeated google.protobuf.Timestamp timestamps = 2;
// Datasets.
repeated MetricDataset datasets = 3;
// Kind.
MetricKind kind = 4;
}
message MetricDataset {
// Label.
string label = 1;
// Data.
// Each value index corresponds with the same timestamp index of the Metric.
repeated float data = 2;
}
enum DeviceClass {
// Class-A.
CLASS_A = 0;
// Class-B.
CLASS_B = 1;
// Class-C.
CLASS_C = 2;
}
// Join-Server context.
message JoinServerContext {
// Session-key ID.
string session_key_id = 1;
// AppSKey envelope.
KeyEnvelope app_s_key = 2;
}

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syntax = "proto3";
package gw;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/gw";
option java_package = "io.chirpstack.api.gw";
option java_multiple_files = true;
option java_outer_classname = "GatewayProto";
option csharp_namespace = "Chirpstack.Gateway";
import "chirpstack-api/common/common.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/duration.proto";
import "google/protobuf/struct.proto";
enum CodeRate {
CR_UNDEFINED = 0;
CR_4_5 = 1; // LoRa
CR_4_6 = 2;
CR_4_7 = 3;
CR_4_8 = 4;
CR_3_8 = 5; // LR-FHSS
CR_2_6 = 6;
CR_1_4 = 7;
CR_1_6 = 8;
CR_5_6 = 9;
CR_LI_4_5 = 10; // LoRa 2.4 gHz
CR_LI_4_6 = 11;
CR_LI_4_8 = 12;
}
enum DownlinkTiming {
// Send the downlink immediately.
IMMEDIATELY = 0;
// Send downlink at the given delay (based on provided context).
DELAY = 1;
// Send at given GPS epoch value.
GPS_EPOCH = 2;
}
enum FineTimestampType {
// No fine-timestamp available.
NONE = 0;
// Encrypted fine-timestamp.
ENCRYPTED = 1;
// Plain fine-timestamp.
PLAIN = 2;
}
enum CRCStatus {
// No CRC.
NO_CRC = 0;
// Bad CRC.
BAD_CRC = 1;
// CRC OK.
CRC_OK = 2;
}
enum TxAckStatus {
// Ignored (when a previous item was already emitted).
IGNORED = 0;
// Packet has been programmed for downlink.
OK = 1;
// Rejected because it was already too late to program this packet for
// downlink.
TOO_LATE = 2;
// Rejected because downlink packet timestamp is too much in advance.
TOO_EARLY = 3;
// Rejected because there was already a packet programmed in requested
// timeframe.
COLLISION_PACKET = 4;
// Rejected because there was already a beacon planned in requested timeframe.
COLLISION_BEACON = 5;
// Rejected because requested frequency is not supported by TX RF chain.
TX_FREQ = 6;
// Rejected because requested power is not supported by gateway.
TX_POWER = 7;
// Rejected because GPS is unlocked, so GPS timestamp cannot be used.
GPS_UNLOCKED = 8;
// Downlink queue is full.
QUEUE_FULL = 9;
// Internal error.
INTERNAL_ERROR = 10;
// Duty-cycle overflow.
DUTY_CYCLE_OVERFLOW = 11;
}
message Modulation {
oneof parameters {
// LoRa modulation information.
LoraModulationInfo lora = 3;
// FSK modulation information.
FskModulationInfo fsk = 4;
// LR-FHSS modulation information.
LrFhssModulationInfo lr_fhss = 5;
}
}
message UplinkTxInfoLegacy {
// Frequency (Hz).
uint32 frequency = 1;
// Modulation.
common.Modulation modulation = 2;
oneof modulation_info {
// LoRa modulation information.
LoraModulationInfo lora_modulation_info = 3;
// FSK modulation information.
FskModulationInfo fsk_modulation_info = 4;
// LR-FHSS modulation information.
LrFhssModulationInfo lr_fhss_modulation_info = 5;
}
}
message UplinkTxInfo {
// Frequency (Hz).
uint32 frequency = 1;
// Modulation.
Modulation modulation = 2;
}
message LoraModulationInfo {
// Bandwidth.
uint32 bandwidth = 1;
// Speading-factor.
uint32 spreading_factor = 2;
// Code-rate.
string code_rate_legacy = 3;
// Code-rate.
CodeRate code_rate = 5;
// Polarization inversion.
bool polarization_inversion = 4;
// Preamble length (for TX).
uint32 preamble = 6;
// No CRC (for TX).
// If true, do not send a CRC in the packet.
bool no_crc = 7;
}
message FskModulationInfo {
// Frequency deviation.
uint32 frequency_deviation = 1;
// FSK datarate (bits / sec).
uint32 datarate = 2;
}
message LrFhssModulationInfo {
// Operating channel width (OCW) in Hz.
uint32 operating_channel_width = 1;
// Code-rate.
// Deprecated: use code_rate.
string code_rate_legacy = 2;
// Code-rate.
CodeRate code_rate = 4;
// Hopping grid number of steps.
uint32 grid_steps = 3;
}
message EncryptedFineTimestamp {
// AES key index used for encrypting the fine timestamp.
uint32 aes_key_index = 1;
// Encrypted 'main' fine-timestamp (ns precision part of the timestamp).
bytes encrypted_ns = 2;
// FPGA ID.
bytes fpga_id = 3;
}
message PlainFineTimestamp {
// Full timestamp.
google.protobuf.Timestamp time = 1;
}
message GatewayStats {
// Gateway ID.
// Deprecated: use gateway_id.
bytes gateway_id_legacy = 1;
// Gateway ID.
string gateway_id = 17;
// Gateway time.
google.protobuf.Timestamp time = 2;
// Gateway location.
common.Location location = 3;
// Gateway configuration version (this maps to the config_version sent
// by ChirpStack to the gateway).
string config_version = 4;
// Number of radio packets received.
uint32 rx_packets_received = 5;
// Number of radio packets received with valid PHY CRC.
uint32 rx_packets_received_ok = 6;
// Number of downlink packets received for transmission.
uint32 tx_packets_received = 7;
// Number of downlink packets emitted.
uint32 tx_packets_emitted = 8;
// Additional gateway meta-data.
map<string, string> metadata = 10;
// Tx packets per frequency.
map<uint32, uint32> tx_packets_per_frequency = 12;
// Rx packets per frequency.
map<uint32, uint32> rx_packets_per_frequency = 13;
// Tx packets per modulation parameters.
repeated PerModulationCount tx_packets_per_modulation = 14;
// Rx packets per modulation parameters.
repeated PerModulationCount rx_packets_per_modulation = 15;
// Tx packets per status.
map<string, uint32> tx_packets_per_status = 16;
// Duty-cycle statistics (Concentratord only).
DutyCycleStats duty_cycle_stats = 18;
}
message PerModulationCount {
// Modulation.
Modulation modulation = 1;
// Count.
uint32 count = 2;
}
message DutyCycleStats {
// Implemented regulation.
common.Regulation regulation = 1;
// Bands.
repeated DutyCycleBand bands = 2;
}
message DutyCycleBand {
// Band name.
string name = 1;
// Min frequency for this band.
uint32 frequency_min = 2;
// Max frequency for this band.
uint32 frequency_max = 3;
// Max. allowed load.
google.protobuf.Duration load_max = 4;
// Tracked load (within the window of the regionlation).
google.protobuf.Duration load_tracked = 5;
}
message UplinkRxInfoLegacy {
// Gateway ID.
bytes gateway_id = 1;
// RX time (only set when the gateway has a GPS module).
google.protobuf.Timestamp time = 2;
// RX time since GPS epoch (only set when the gateway has a GPS module).
google.protobuf.Duration time_since_gps_epoch = 3;
// RSSI.
int32 rssi = 5;
// LoRa SNR.
double lora_snr = 6;
// Channel.
uint32 channel = 7;
// RF Chain.
uint32 rf_chain = 8;
// Board.
uint32 board = 9;
// Antenna.
uint32 antenna = 10;
// Location.
common.Location location = 11;
// Fine-timestamp type.
FineTimestampType fine_timestamp_type = 12;
// Fine-timestamp data.
oneof fine_timestamp {
// Encrypted fine-timestamp data.
EncryptedFineTimestamp encrypted_fine_timestamp = 13;
// Plain fine-timestamp data.
PlainFineTimestamp plain_fine_timestamp = 14;
}
// Gateway specific context.
bytes context = 15;
// Uplink ID (UUID bytes).
// Unique and random ID which can be used to correlate the uplink across
// multiple logs.
bytes uplink_id = 16;
// CRC status.
CRCStatus crc_status = 17;
// Optional meta-data map.
map<string, string> metadata = 18;
}
message UplinkRxInfo {
// Gateway ID.
string gateway_id = 1;
// Uplink ID.
uint32 uplink_id = 2;
// Gateway RX time (set if the gateway has a GNSS module).
google.protobuf.Timestamp gw_time = 3;
// Network Server RX time (set by the NS on receiving the uplink).
google.protobuf.Timestamp ns_time = 17;
// RX time as time since GPS epoch (set if the gateway has a GNSS module).
google.protobuf.Duration time_since_gps_epoch = 4;
// Fine-timestamp.
// This timestamp can be used for TDOA based geolocation.
google.protobuf.Duration fine_time_since_gps_epoch = 5;
// RSSI.
int32 rssi = 6;
// SNR.
// Note: only available for LoRa modulation.
float snr = 7;
// Channel.
uint32 channel = 8;
// RF chain.
uint32 rf_chain = 9;
// Board.
uint32 board = 10;
// Antenna.
uint32 antenna = 11;
// Location.
common.Location location = 12;
// Gateway specific context.
// This value must be returned to the gateway on (Class-A) downlink.
bytes context = 13;
// Additional gateway meta-data.
map<string, string> metadata = 15;
// CRC status.
CRCStatus crc_status = 16;
}
message DownlinkTxInfoLegacy {
// Gateway ID.
// Deprecated: replaced by gateway_id in DownlinkFrame.
bytes gateway_id = 1;
// TX frequency (in Hz).
uint32 frequency = 5;
// TX power (in dBm EIRP).
int32 power = 6;
// Modulation.
common.Modulation modulation = 7;
oneof modulation_info {
// LoRa modulation information.
LoraModulationInfo lora_modulation_info = 8;
// FSK modulation information.
FskModulationInfo fsk_modulation_info = 9;
}
// The board identifier for emitting the frame.
uint32 board = 10;
// The antenna identifier for emitting the frame.
uint32 antenna = 11;
// Timing defines the downlink timing to use.
DownlinkTiming timing = 12;
oneof timing_info {
// Immediately timing information.
ImmediatelyTimingInfo immediately_timing_info = 13;
// Context based delay timing information.
DelayTimingInfo delay_timing_info = 14;
// GPS Epoch timing information.
GPSEpochTimingInfo gps_epoch_timing_info = 15;
}
// Gateway specific context.
// In case of a Class-A downlink, this contains a copy of the uplink context.
bytes context = 16;
}
message DownlinkTxInfo {
// TX frequency (in Hz).
uint32 frequency = 1;
// TX power (in dBm EIRP).
int32 power = 2;
// Modulation.
Modulation modulation = 3;
// The board identifier for emitting the frame.
uint32 board = 4;
// The antenna identifier for emitting the frame.
uint32 antenna = 5;
// Timing.
Timing timing = 6;
// Gateway specific context.
// In case of a Class-A downlink, this contains a copy of the uplink context.
bytes context = 7;
}
message Timing {
oneof parameters {
// Immediately timing information.
ImmediatelyTimingInfo immediately = 1;
// Context based delay timing information.
DelayTimingInfo delay = 2;
// GPS Epoch timing information.
GPSEpochTimingInfo gps_epoch = 3;
}
}
message ImmediatelyTimingInfo {
// Not implemented yet.
}
message DelayTimingInfo {
// Delay (duration).
// The delay will be added to the gateway internal timing, provided by the
// context object.
google.protobuf.Duration delay = 1;
}
message GPSEpochTimingInfo {
// Duration since GPS Epoch.
google.protobuf.Duration time_since_gps_epoch = 1;
}
message UplinkFrame {
// PHYPayload.
bytes phy_payload = 1;
// TX meta-data (deprecated).
UplinkTxInfoLegacy tx_info_legacy = 2;
// RX meta-data (deprecated).
UplinkRxInfoLegacy rx_info_legacy = 3;
// Tx meta-data.
UplinkTxInfo tx_info = 4;
// Rx meta-data.
UplinkRxInfo rx_info = 5;
}
message UplinkFrameSet {
// PHYPayload.
bytes phy_payload = 1;
// TX meta-data.
UplinkTxInfo tx_info = 2;
// RX meta-data set.
repeated UplinkRxInfo rx_info = 3;
}
message DownlinkFrame {
// Downlink ID.
uint32 downlink_id = 3;
// Downlink ID (UUID).
// Deprecated: use downlink_id.
bytes downlink_id_legacy = 4;
// Downlink frame items.
// This makes it possible to send multiple downlink opportunities to the
// gateway at once (e.g. RX1 and RX2 in LoRaWAN). The first item has the
// highest priority, the last the lowest. The gateway will emit at most
// one item.
repeated DownlinkFrameItem items = 5;
// Gateway ID.
// Deprecated: use gateway_id
bytes gateway_id_legacy = 6;
// Gateway ID.
string gateway_id = 7;
}
message DownlinkFrameItem {
// PHYPayload.
bytes phy_payload = 1;
// TX meta-data (deprecated).
DownlinkTxInfoLegacy tx_info_legacy = 2;
// Tx meta-data.
DownlinkTxInfo tx_info = 3;
}
message DownlinkTxAck {
// Gateway ID (deprecated).
bytes gateway_id_legacy = 1;
// Gateway ID.
string gateway_id = 6;
// Downlink ID.
uint32 downlink_id = 2;
// Downlink ID (deprecated).
bytes downlink_id_legacy = 4;
// Downlink frame items.
// This list has the same length as the request and indicates which
// downlink frame has been emitted of the requested list (or why it failed).
// Note that at most one item has a positive acknowledgement.
repeated DownlinkTxAckItem items = 5;
}
message DownlinkTxAckItem {
// The Ack status of this item.
TxAckStatus status = 1;
}
message GatewayConfiguration {
// Gateway ID.
// Deprecated: use gateway_id.
bytes gateway_id_legacy = 1;
// Gateway ID.
string gateway_id = 5;
// Configuration version.
string version = 2;
// Channels.
repeated ChannelConfiguration channels = 3;
// Stats interval.
google.protobuf.Duration stats_interval = 4;
}
message ChannelConfiguration {
// Frequency (Hz).
uint32 frequency = 1;
// Modulation (deprecated).
common.Modulation modulation_legacy = 2;
oneof modulation_config {
// LoRa modulation config.
LoraModulationConfig lora_modulation_config = 3;
// FSK modulation config.
FskModulationConfig fsk_modulation_config = 4;
}
// Board index.
uint32 board = 5;
// Demodulator index (of the given board).
uint32 demodulator = 6;
}
message LoraModulationConfig {
// Bandwidth (kHz).
// Deprecated: use bandwidth.
uint32 bandwidth_legacy = 1;
// Bandwidth (Hz).
uint32 bandwidth = 3;
// Spreading-factors.
repeated uint32 spreading_factors = 2;
}
message FskModulationConfig {
// Bandwidth (kHz).
// Deprecated: use bandwidth.
uint32 bandwidth_legacy = 1;
// Bandwidth (Hz).
uint32 bandwidth = 3;
// Bitrate.
uint32 bitrate = 2;
}
message GatewayCommandExecRequest {
// Gateway ID.
// Deprecated: use gateway_id.
bytes gateway_id_legacy = 1;
// Gateway ID.
string gateway_id = 6;
// Command to execute.
// This command must be pre-configured in the LoRa Gateway Bridge
// configuration.
string command = 2;
// Execution request ID.
// The same will be returned when the execution of the command has
// completed.
uint32 exec_id = 7;
// Standard input.
bytes stdin = 4;
// Environment variables.
map<string, string> environment = 5;
}
message GatewayCommandExecResponse {
// Gateway ID.
// Deprecated: use gateway_id.
bytes gateway_id_legacy = 1;
// Gateway ID.
string gateway_id = 6;
// Execution request ID.
uint32 exec_id = 7;
// Standard output.
bytes stdout = 3;
// Standard error.
bytes stderr = 4;
// Error message.
string error = 5;
}
// RawPacketForwarderEvent contains a raw packet-forwarder event.
// It can be used to access packet-forwarder features that are not (fully)
// integrated with the ChirpStack Gateway Bridge.
message RawPacketForwarderEvent {
// Gateway ID.
// Deprecated: use gateway_id.
bytes gateway_id_legacy = 1;
// Gateway ID.
string gateway_id = 4;
// Payload contains the raw payload.
bytes payload = 3;
}
// RawPacketForwarderEvent contains a raw packet-forwarder command.
// It can be used to access packet-forwarder features that are not (fully)
// integrated with the ChirpStack Gateway Bridge.
message RawPacketForwarderCommand {
// Gateway ID.
// Deprecated: use gateway_id.
bytes gateway_id_legacy = 1;
// Gateway ID.
string gateway_id = 4;
// Payload contains the raw payload.
bytes payload = 3;
}
// ConnState contains the connection state of a gateway.
message ConnState {
// Gateway ID.
// Deprecated: use gateway_id.
bytes gateway_id_legacy = 1;
// Gateway ID.
string gateway_id = 3;
enum State {
OFFLINE = 0;
ONLINE = 1;
}
State state = 2;
}

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@ -1,350 +0,0 @@
syntax = "proto3";
package integration;
option go_package = "github.com/brocaar/chirpstack/api/go/v4/integration";
option java_package = "io.chirpstack.api.integration";
option java_multiple_files = true;
option java_outer_classname = "IntegrationProto";
option csharp_namespace = "Chirpstack.Integration";
import "chirpstack-api/common/common.proto";
import "chirpstack-api/gw/gw.proto";
import "google/protobuf/timestamp.proto";
import "google/protobuf/struct.proto";
enum LogLevel {
// Info.
INFO = 0;
// Warning.
WARNING = 1;
// Error.
ERROR = 2;
}
enum LogCode {
// Unknown type.
UNKNOWN = 0;
// Error related to the downlink payload size.
// Usually seen when the payload exceeded the maximum allowed payload size.
DOWNLINK_PAYLOAD_SIZE = 1;
// Uplink codec error.
UPLINK_CODEC = 2;
// Downlink codec error.
DOWNLINK_CODEC = 3;
// OTAA error.
OTAA = 4;
// Uplink frame-counter was reset.
UPLINK_F_CNT_RESET = 5;
// Uplink MIC error.
UPLINK_MIC = 6;
// Uplink frame-counter retransmission.
UPLINK_F_CNT_RETRANSMISSION = 7;
// Downlink gateway error.
DOWNLINK_GATEWAY = 8;
// Relay new end-device.
RELAY_NEW_END_DEVICE = 9;
// Downlink frame-counter.
F_CNT_DOWN = 10;
}
// Device information.
message DeviceInfo {
// Tenant ID (UUID).
string tenant_id = 1;
// Tenant name.
string tenant_name = 2;
// Application ID (UUID).
string application_id = 3;
// Application name.
string application_name = 4;
// Device-profile ID (UUID).
string device_profile_id = 5;
// Device-profile name.
string device_profile_name = 6;
// Device name.
string device_name = 7;
// Device EUI.
string dev_eui = 8;
// Device class.
common.DeviceClass device_class_enabled = 10;
// Device-profile and device tags.
map<string, string> tags = 9;
}
// Uplink relay RX information.
message UplinkRelayRxInfo {
// Relay DevEUI.
string dev_eui = 1;
// Frequency.
uint32 frequency = 2;
// Data-rate.
uint32 dr = 3;
// SNR.
int32 snr = 4;
// RSSI.
int32 rssi = 5;
// WOR channel.
uint32 wor_channel = 6;
}
// UplinkEvent is the message sent when an uplink payload has been received.
message UplinkEvent {
// Deduplication ID (UUID).
string deduplication_id = 1;
// Timestamp.
google.protobuf.Timestamp time = 2;
// Device information.
DeviceInfo device_info = 3;
// Device address.
string dev_addr = 4;
// Device has ADR bit set.
bool adr = 5;
// Data-rate.
uint32 dr = 6;
// Frame counter.
uint32 f_cnt = 7;
// Frame port.
uint32 f_port = 8;
// Uplink was of type confirmed.
bool confirmed = 9;
// FRMPayload data.
bytes data = 10;
// Note that this is only set when a codec is configured in the Device
// Profile.
google.protobuf.Struct object = 11;
// Receiving gateway RX info.
repeated gw.UplinkRxInfo rx_info = 12;
// TX info.
gw.UplinkTxInfo tx_info = 13;
// Relay info.
UplinkRelayRxInfo relay_rx_info = 14;
// Join-Server context.
// A non-empty value indicatest that ChirpStack does not have access to
// the AppSKey and that the encryption / decryption of the payloads is
// the responsibility of the end-application.
common.JoinServerContext join_server_context = 15;
}
// JoinEvent is the message sent when a device joined the network.
// Note: this event is sent at the first uplink after OTAA.
message JoinEvent {
// Deduplication ID (UUID).
string deduplication_id = 1;
// Timestamp.
google.protobuf.Timestamp time = 2;
// Device info.
DeviceInfo device_info = 3;
// Device address.
string dev_addr = 4;
// Relay info.
UplinkRelayRxInfo relay_rx_info = 5;
// Join-Server context.
// A non-empty value indicatest that ChirpStack does not have access to
// the AppSKey and that the encryption / decryption of the payloads is
// the responsibility of the end-application.
common.JoinServerContext join_server_context = 6;
}
// AckEvent is the message sent when a confirmation on a confirmed downlink
// has been received -or- when the downlink timed out.
message AckEvent {
// Deduplication ID (UUID).
string deduplication_id = 1;
// Timestamp.
google.protobuf.Timestamp time = 2;
// Device info.
DeviceInfo device_info = 3;
// Downlink queue item ID (UUID).
string queue_item_id = 4;
// Frame was acknowledged.
bool acknowledged = 5;
// Downlink frame counter to which the acknowledgement relates.
uint32 f_cnt_down = 6;
}
// TxAckEvent is the message sent when a downlink was acknowledged by the
// gateway for transmission. As a downlink can be scheduled in the future, this
// event does not confirm that the message has already been transmitted.
message TxAckEvent {
// Downlink ID.
uint32 downlink_id = 1;
// Timestamp.
google.protobuf.Timestamp time = 2;
// Device info.
DeviceInfo device_info = 3;
// Downlink queue item ID (UUID).
string queue_item_id = 4;
// Downlink frame-counter.
uint32 f_cnt_down = 5;
// Gateway ID.
string gateway_id = 6;
// TX info.
gw.DownlinkTxInfo tx_info = 7;
}
// LogEvent is the message sent when a device-related log was sent.
message LogEvent {
// Timestamp.
google.protobuf.Timestamp time = 1;
// Device info.
DeviceInfo device_info = 2;
// Log level.
LogLevel level = 3;
// Log code.
LogCode code = 4;
// Description message.
string description = 5;
// Context map.
map<string, string> context = 6;
}
// StatusEvent is the message sent when a device-status mac-command was sent
// by the device.
message StatusEvent {
// Deduplication ID (UUID).
string deduplication_id = 1;
// Timestamp.
google.protobuf.Timestamp time = 2;
// Device info.
DeviceInfo device_info = 3;
// The demodulation signal-to-noise ratio in dB for the last successfully
// received device-status request by the Network Server.
int32 margin = 5;
// Device is connected to an external power source.
bool external_power_source = 6;
// Battery level is not available.
bool battery_level_unavailable = 7;
// Battery level.
float battery_level = 8;
}
// LocationEvent is the message sent when a geolocation resolve was returned.
message LocationEvent {
// Deduplication ID (UUID).
string deduplication_id = 1;
// Timestamp.
google.protobuf.Timestamp time = 2;
// Device info.
DeviceInfo device_info = 3;
// Location.
common.Location location = 4;
}
// IntegrationEvent is the message that can be sent by an integration.
// It allows for sending events which are provided by an external integration
// which are "not native" to ChirpStack.
message IntegrationEvent {
// Deduplication ID (UUID).
string deduplication_id = 1;
// Timestamp.
google.protobuf.Timestamp time = 2;
// Device info.
DeviceInfo device_info = 3;
// Integration name.
string integration_name = 4;
// Event type.
string event_type = 5;
// Struct containing the event object.
google.protobuf.Struct object = 6;
}
// DownlinkCommand is the command to enqueue a downlink payload for the given
// device.
message DownlinkCommand {
// ID (UUID).
// If left blank, a random UUID will be generated.
string id = 1;
// Device EUI (EUI64).
string dev_eui = 2;
// Confirmed.
bool confirmed = 3;
// FPort (must be > 0).
uint32 f_port = 4;
// Data.
// Or use the json_object field when a codec has been configured.
bytes data = 5;
// Only use this when a codec has been configured that can encode this
// object to bytes.
google.protobuf.Struct object = 6;
}

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syntax = "proto3";
package internal;
import "chirpstack-api/common/common.proto";
import "chirpstack-api/gw/gw.proto";
import "google/protobuf/timestamp.proto";
message DeviceSession {
// Device address.
bytes dev_addr = 2;
// LoRaWAN mac-version.
common.MacVersion mac_version = 4;
// FNwkSIntKey.
bytes f_nwk_s_int_key = 5;
// SNwkSIntKey.
bytes s_nwk_s_int_key = 6;
// NwkSEncKey.
bytes nwk_s_enc_key = 7;
// AppSKey envelope.
common.KeyEnvelope app_s_key = 8;
// JS Session Key ID.
bytes js_session_key_id = 42;
// Uplink frame-counter.
uint32 f_cnt_up = 9;
// Downlink frame-counter (ns).
uint32 n_f_cnt_down = 10;
// Downlink frame-counter (as).
uint32 a_f_cnt_down = 11;
// Frame-counter holding the last confirmed downlink frame (n_f_cnt_down or
// a_f_cnt_down).
uint32 conf_f_cnt = 12;
// Skip uplink frame-counter validation.
bool skip_f_cnt_check = 13;
// RX1 delay.
uint32 rx1_delay = 14;
// RX1 data-rate offset.
uint32 rx1_dr_offset = 15;
// RX2 data-rate.
uint32 rx2_dr = 16;
// RX2 frequency.
uint32 rx2_frequency = 17;
// Enabled uplink channels.
repeated uint32 enabled_uplink_channel_indices = 18;
// Extra user-defined uplink channels.
map<uint32, DeviceSessionChannel> extra_uplink_channels = 19;
// Class-B ping-slot data-rate.
uint32 class_b_ping_slot_dr = 20;
// Class-B ping-slot frequency.
uint32 class_b_ping_slot_freq = 21;
// Class-B ping-slot nb.
uint32 class_b_ping_slot_nb = 22;
// Nb. transmissions.
uint32 nb_trans = 23;
// TXPowerIndex which the node is using. The possible values are defined
// by the lorawan/band package and are region specific. By default it is
// assumed that the node is using TXPower 0. This value is controlled by
// the ADR engine.
uint32 tx_power_index = 24;
// DR defines the (last known) data-rate at which the node is operating.
// This value is controlled by the ADR engine.
uint32 dr = 25;
// ADR defines if the device has ADR enabled.
bool adr = 26;
// MaxSupportedTXPowerIndex defines the maximum supported tx-power index
// by the node, or 0 when not set.
uint32 max_supported_tx_power_index = 27;
// MinSupportedTXPowerIndex defines the minimum supported tx-power index
// by the node (default 0).
uint32 min_supported_tx_power_index = 28;
// Pending rejoin device-session contains a device-session which has not
// yet been activated by the device (by sending a first uplink).
DeviceSession pending_rejoin_device_session = 29;
// Uplink history for ADR (last 20 uplink transmissions).
// This table is reset in case one of parameters has changed:
// * DR
// * TxPower
// * NbTrans
repeated UplinkAdrHistory uplink_adr_history = 30;
// Mac-command error count.
map<uint32, uint32> mac_command_error_count = 31;
// Last device-status request.
google.protobuf.Timestamp last_device_status_request = 32;
// RejoinRequestEnabled defines if the rejoin-request is enabled on the
// device.
bool rejoin_request_enabled = 33;
// RejoinRequestMaxCountN defines the 2^(C+4) uplink message interval for
// the rejoin-request.
uint32 rejoin_request_max_count_n = 34;
// RejoinRequestMaxTimeN defines the 2^(T+10) time interval (seconds)
// for the rejoin-request.
uint32 rejoin_request_max_time_n = 35;
// Rejoin counter (RJCount0).
// This counter is reset to 0 after each successful join-accept.
uint32 rejoin_count_0 = 36;
// Uplink dwell time.
bool uplink_dwell_time_400ms = 37;
// Downlink dwell time.
bool downlink_dwell_time_400ms = 38;
// Uplink max. EIRP index.
uint32 uplink_max_eirp_index = 39;
// Region configuration ID.
string region_config_id = 40;
// Relay state.
Relay relay = 41;
}
message UplinkAdrHistory {
// Uplink frame-counter.
uint32 f_cnt = 1;
// Max SNR (of deduplicated frames received by one or multiple gateways).
float max_snr = 2;
// Max RSSI.
int32 max_rssi = 5;
// TX Power (as known by the network-server).
uint32 tx_power_index = 3;
// Number of receiving gateways.
uint32 gateway_count = 4;
}
message Relay {
// Devices provisioned on the relay.
repeated RelayDevice devices = 1;
// Filter list.
repeated RelayFilter filters = 2;
// Relay is enabled.
bool enabled = 3;
// CAD periodicity.
uint32 cad_periodicity = 4;
// Default channel index.
uint32 default_channel_index = 5;
// Second channel freq.
uint32 second_channel_freq = 6;
// Second channel DR.
uint32 second_channel_dr = 7;
// Second channel ACK offset.
uint32 second_channel_ack_offset = 8;
// End-device activation mode.
uint32 ed_activation_mode = 9;
// End-device smart-enable level.
uint32 ed_smart_enable_level = 10;
// End-device back-off.
uint32 ed_back_off = 11;
// Join-request limit reload rate.
uint32 join_req_limit_reload_rate = 12;
// Notify limit reload rate.
uint32 notify_limit_reload_rate = 13;
// Global uplink limit reload rate.
uint32 global_uplink_limit_reload_rate = 14;
// Overall limit reload rate.
uint32 overall_limit_reload_rate = 15;
// Join-request limit bucket size.
uint32 join_req_limit_bucket_size = 16;
// Notify limit bucket size.
uint32 notify_limit_bucket_size = 17;
// Global uplink limit bucket size.
uint32 global_uplink_limit_bucket_size = 18;
// Overall limit bucket size.
uint32 overall_limit_bucket_size = 19;
// End-device must communicate through relay only.
// This is stored in the device-session as we need to validate on retrieving
// the device-session.
bool ed_relay_only = 20;
// End-device WFCnt.
// This holds the last known WFCnt value. ChirpStack will periodically read
// this value from the Relay.
uint32 w_f_cnt = 21;
}
message RelayDevice {
// Index (used for filter and uplink filters).
// This must be between 0 - 15.
uint32 index = 1;
// JoinEUI (EUI64).
bytes join_eui = 2;
// DevEUI (EUI64).
bytes dev_eui = 3;
// DevAddr.
bytes dev_addr = 4;
// RootWorSKey.
bytes root_wor_s_key = 5;
// Provisioned.
bool provisioned = 6;
// Uplink limit bucket size.
uint32 uplink_limit_bucket_size = 7;
// Uplink limit reload rate.
uint32 uplink_limit_reload_rate = 8;
// Timestamp of the last WFCnt request.
// Note that ChirpStack periodically requests the WFCnt from the relay.
google.protobuf.Timestamp w_f_cnt_last_request = 9;
}
message RelayFilter {
// Index.
// This must be between 0 - 15.
uint32 index = 1;
// Action.
// * 0: No Rule
// * 1: Forward
// * 2: Filter
uint32 action = 2;
// DevEUI (EUI64).
bytes dev_eui = 3;
// JoinEUI (EUI64).
bytes join_eui = 4;
// Provisioned.
bool provisioned = 5;
}
message DeviceSessionChannel {
// Frequency Hz.
uint32 frequency = 1;
// Min. data-rate.
uint32 min_dr = 2;
// Max. data-rate.
uint32 max_dr = 3;
}
message DeviceGatewayRxInfo {
// DevEUI (EUI64).
bytes dev_eui = 1;
// Data-rate.
uint32 dr = 2;
// Gateway RxInfo elements.
repeated DeviceGatewayRxInfoItem items = 3;
}
message DeviceGatewayRxInfoItem {
// Gateway ID (EUI64).
bytes gateway_id = 1;
// RSSI.
int32 rssi = 2;
// LoRa SNR.
float lora_snr = 3;
// Antenna.
uint32 antenna = 4;
// Board.
uint32 board = 5;
// Context blob.
bytes context = 6;
// Gateway is private (uplink).
bool is_private_up = 7;
// Gateway is private (downlink).
bool is_private_down = 8;
// Tenant ID (UUID).
bytes tenant_id = 9;
}
message DownlinkFrame {
// Downlink ID.
uint32 downlink_id = 1;
// DevEUI.
bytes dev_eui = 2;
// Device queue item ID.
bytes device_queue_item_id = 3;
// Multicast Group ID.
bytes multicast_group_id = 4;
// Multicast queue item ID.
bytes multicast_group_queue_item_id = 5;
// Downlink frames.
gw.DownlinkFrame downlink_frame = 6;
// Encrypted FOpts (LoRaWAN 1.1).
bool encrypted_fopts = 8;
// Network session encryption key (for FOpts and FRMPayload mac-commands).
bytes nwk_s_enc_key = 9;
// NFCntDown (for decrypting mac-commands).
uint32 n_f_cnt_down = 10;
// AFCntDown (for decrypting FRMPayload in case of Relay).
uint32 a_f_cnt_down = 11;
// DevEUI of relayed device.
bytes dev_eui_relayed = 12;
}
message LoraCloudGeolocBuffer {
// Uplinks in buffer.
repeated LoraCloudGeolocBufferUplink uplinks = 1;
}
message LoraCloudGeolocBufferUplink {
// RxInfo set for a single uplink.
repeated gw.UplinkRxInfo rx_info = 1;
}
message PassiveRoamingDeviceSession {
// Session ID (UUID).
// Unfortunately we can not use the DevEUI as unique identifier
// as the PRStartAns DevEUI field is optional.
bytes session_id = 1;
// NetID of the hNS.
bytes net_id = 2;
// DevAddr of the device.
bytes dev_addr = 3;
// DevEUI of the device (optional).
bytes dev_eui = 4;
// LoRaWAN 1.1.
bool lorawan_1_1 = 5;
// LoRaWAN 1.0 NwkSKey / LoRaWAN 1.1 FNwkSIntKey.
bytes f_nwk_s_int_key = 6;
// Lifetime.
google.protobuf.Timestamp lifetime = 7;
// Uplink frame-counter.
uint32 f_cnt_up = 8;
// Validate MIC.
bool validate_mic = 9;
}

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syntax = "proto3";
package stream;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/stream";
option java_package = "io.chirpstack.api.stream";
option java_multiple_files = true;
option java_outer_classname = "ApiRequestProto";
option csharp_namespace = "Chirpstack.Stream";
import "google/protobuf/timestamp.proto";
import "chirpstack-api/common/common.proto";
import "chirpstack-api/gw/gw.proto";
message ApiRequestLog {
// API service name.
string service = 1;
// API method name.
string method = 2;
// Metadata.
map<string, string> metadata = 3;
}

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syntax = "proto3";
package stream;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/stream";
option java_package = "io.chirpstack.api.stream";
option java_multiple_files = true;
option java_outer_classname = "BackendInterfacesProto";
option csharp_namespace = "Chirpstack.Stream";
import "google/protobuf/timestamp.proto";
message BackendInterfacesRequest {
// Sender ID.
string sender_id = 1;
// Receiver ID.
string receiver_id = 2;
// Timestamp.
google.protobuf.Timestamp time = 3;
// Transaction ID.
uint32 transaction_id = 4;
// Message-type.
string message_type = 5;
// Result code.
string result_code = 6;
// Request body.
string request_body = 7;
// Request error.
string request_error = 8;
// Response body.
string response_body = 9;
}

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syntax = "proto3";
package stream;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/stream";
option java_package = "io.chirpstack.api.stream";
option java_multiple_files = true;
option java_outer_classname = "FrameProto";
option csharp_namespace = "Chirpstack.Stream";
import "google/protobuf/timestamp.proto";
import "chirpstack-api/common/common.proto";
import "chirpstack-api/gw/gw.proto";
message UplinkFrameLog {
// PHYPayload.
bytes phy_payload = 1;
// TX meta-data.
gw.UplinkTxInfo tx_info = 2;
// RX meta-data.
repeated gw.UplinkRxInfo rx_info = 3;
// Message type.
common.MType m_type = 4;
// Device address (optional).
string dev_addr = 5;
// Device EUI (optional).
string dev_eui = 6;
// Time.
google.protobuf.Timestamp time = 7;
// Plaintext f_opts mac-commands.
bool plaintext_f_opts = 8;
// Plaintext frm_payload.
bool plaintext_frm_payload = 9;
}
message DownlinkFrameLog {
// Time.
google.protobuf.Timestamp time = 1;
// PHYPayload.
bytes phy_payload = 2;
// TX meta-data.
gw.DownlinkTxInfo tx_info = 3;
// Downlink ID.
uint32 downlink_id = 4;
// Gateway ID (EUI64).
string gateway_id = 5;
// Message type.
common.MType m_type = 6;
// Device address (optional).
string dev_addr = 7;
// Device EUI (optional).
string dev_eui = 8;
// Plaintext f_opts mac-commands.
bool plaintext_f_opts = 9;
// Plaintext frm_payload.
bool plaintext_frm_payload = 10;
}

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syntax = "proto3";
package stream;
option go_package = "github.com/chirpstack/chirpstack/api/go/v4/stream";
option java_package = "io.chirpstack.api.stream";
option java_multiple_files = true;
option java_outer_classname = "MetaProto";
option csharp_namespace = "Chirpstack.Stream";
import "chirpstack-api/common/common.proto";
import "chirpstack-api/gw/gw.proto";
message UplinkMeta {
// Device EUI (EUI64).
string dev_eui = 1;
// TX meta-data.
gw.UplinkTxInfo tx_info = 2;
// RX meta-data.
repeated gw.UplinkRxInfo rx_info = 3;
// PHYPayload byte count.
uint32 phy_payload_byte_count = 4;
// MAC-Command byte count.
uint32 mac_command_byte_count = 5;
// Application payload byte count.
uint32 application_payload_byte_count = 6;
// Message type.
common.MType message_type = 7;
}
message DownlinkMeta {
// Device EUI (EUI64).
string dev_eui = 1;
// Multicast Group ID (UUID).
string multicast_group_id = 2;
// TX meta-data.
gw.DownlinkTxInfo tx_info = 3;
// PHYPayload byte count.
uint32 phy_payload_byte_count = 4;
// MAC-Command byte count.
uint32 mac_command_byte_count = 5;
// Application payload byte count.
uint32 application_payload_byte_count = 6;
// Message type.
common.MType message_type = 7;
// Gateway ID (EUI64).
string gateway_id = 8;
}