thingsboard/ui-ngx/src/app/shared/models/device.models.ts

849 lines
26 KiB
TypeScript
Raw Blame History

This file contains ambiguous Unicode characters

This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

///
/// Copyright © 2016-2023 The Thingsboard Authors
///
/// Licensed under the Apache License, Version 2.0 (the "License");
/// you may not use this file except in compliance with the License.
/// You may obtain a copy of the License at
///
/// http://www.apache.org/licenses/LICENSE-2.0
///
/// Unless required by applicable law or agreed to in writing, software
/// distributed under the License is distributed on an "AS IS" BASIS,
/// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
/// See the License for the specific language governing permissions and
/// limitations under the License.
///
import { BaseData, ExportableEntity } from '@shared/models/base-data';
import { DeviceId } from './id/device-id';
import { TenantId } from '@shared/models/id/tenant-id';
import { CustomerId } from '@shared/models/id/customer-id';
import { DeviceCredentialsId } from '@shared/models/id/device-credentials-id';
import { EntitySearchQuery } from '@shared/models/relation.models';
import { DeviceProfileId } from '@shared/models/id/device-profile-id';
import { RuleChainId } from '@shared/models/id/rule-chain-id';
import { EntityInfoData } from '@shared/models/entity.models';
import { FilterPredicateValue, KeyFilter } from '@shared/models/query/query.models';
import { TimeUnit } from '@shared/models/time/time.models';
import * as _moment from 'moment';
import { AbstractControl, ValidationErrors } from '@angular/forms';
import { OtaPackageId } from '@shared/models/id/ota-package-id';
import { DashboardId } from '@shared/models/id/dashboard-id';
import { DataType } from '@shared/models/constants';
import {
getDefaultProfileClientLwM2mSettingsConfig,
getDefaultProfileObserveAttrConfig,
PowerMode
} from '@home/components/profile/device/lwm2m/lwm2m-profile-config.models';
export enum DeviceProfileType {
DEFAULT = 'DEFAULT',
SNMP = 'SNMP'
}
export enum DeviceTransportType {
DEFAULT = 'DEFAULT',
MQTT = 'MQTT',
COAP = 'COAP',
LWM2M = 'LWM2M',
SNMP = 'SNMP'
}
export enum TransportPayloadType {
JSON = 'JSON',
PROTOBUF = 'PROTOBUF'
}
export enum CoapTransportDeviceType {
DEFAULT = 'DEFAULT',
EFENTO = 'EFENTO'
}
export enum DeviceProvisionType {
DISABLED = 'DISABLED',
ALLOW_CREATE_NEW_DEVICES = 'ALLOW_CREATE_NEW_DEVICES',
CHECK_PRE_PROVISIONED_DEVICES = 'CHECK_PRE_PROVISIONED_DEVICES',
X509_CERTIFICATE_CHAIN = 'X509_CERTIFICATE_CHAIN'
}
export interface DeviceConfigurationFormInfo {
hasProfileConfiguration: boolean;
hasDeviceConfiguration: boolean;
}
export const deviceProfileTypeTranslationMap = new Map<DeviceProfileType, string>(
[
[DeviceProfileType.DEFAULT, 'device-profile.type-default']
]
);
export const deviceProfileTypeConfigurationInfoMap = new Map<DeviceProfileType, DeviceConfigurationFormInfo>(
[
[
DeviceProfileType.DEFAULT,
{
hasProfileConfiguration: false,
hasDeviceConfiguration: false,
}
],
[
DeviceProfileType.SNMP,
{
hasProfileConfiguration: true,
hasDeviceConfiguration: true,
}
]
]
);
export const deviceTransportTypeTranslationMap = new Map<DeviceTransportType, string>(
[
[DeviceTransportType.DEFAULT, 'device-profile.transport-type-default'],
[DeviceTransportType.MQTT, 'device-profile.transport-type-mqtt'],
[DeviceTransportType.COAP, 'device-profile.transport-type-coap'],
[DeviceTransportType.LWM2M, 'device-profile.transport-type-lwm2m'],
[DeviceTransportType.SNMP, 'device-profile.transport-type-snmp']
]
);
export const deviceProvisionTypeTranslationMap = new Map<DeviceProvisionType, string>(
[
[DeviceProvisionType.DISABLED, 'device-profile.provision-strategy-disabled'],
[DeviceProvisionType.ALLOW_CREATE_NEW_DEVICES, 'device-profile.provision-strategy-created-new'],
[DeviceProvisionType.CHECK_PRE_PROVISIONED_DEVICES, 'device-profile.provision-strategy-check-pre-provisioned'],
[DeviceProvisionType.X509_CERTIFICATE_CHAIN, 'device-profile.provision-strategy-x509.certificate-chain']
]
);
export const deviceTransportTypeHintMap = new Map<DeviceTransportType, string>(
[
[DeviceTransportType.DEFAULT, 'device-profile.transport-type-default-hint'],
[DeviceTransportType.MQTT, 'device-profile.transport-type-mqtt-hint'],
[DeviceTransportType.COAP, 'device-profile.transport-type-coap-hint'],
[DeviceTransportType.LWM2M, 'device-profile.transport-type-lwm2m-hint'],
[DeviceTransportType.SNMP, 'device-profile.transport-type-snmp-hint']
]
);
export const transportPayloadTypeTranslationMap = new Map<TransportPayloadType, string>(
[
[TransportPayloadType.JSON, 'device-profile.transport-device-payload-type-json'],
[TransportPayloadType.PROTOBUF, 'device-profile.transport-device-payload-type-proto']
]
);
export const defaultTelemetrySchema =
'syntax ="proto3";\n' +
'package telemetry;\n' +
'\n' +
'message SensorDataReading {\n' +
'\n' +
' optional double temperature = 1;\n' +
' optional double humidity = 2;\n' +
' InnerObject innerObject = 3;\n' +
'\n' +
' message InnerObject {\n' +
' optional string key1 = 1;\n' +
' optional bool key2 = 2;\n' +
' optional double key3 = 3;\n' +
' optional int32 key4 = 4;\n' +
' optional string key5 = 5;\n' +
' }\n' +
'}\n';
export const defaultAttributesSchema =
'syntax ="proto3";\n' +
'package attributes;\n' +
'\n' +
'message SensorConfiguration {\n' +
' optional string firmwareVersion = 1;\n' +
' optional string serialNumber = 2;\n' +
'}';
export const defaultRpcRequestSchema =
'syntax ="proto3";\n' +
'package rpc;\n' +
'\n' +
'message RpcRequestMsg {\n' +
' optional string method = 1;\n' +
' optional int32 requestId = 2;\n' +
' optional string params = 3;\n' +
'}';
export const defaultRpcResponseSchema =
'syntax ="proto3";\n' +
'package rpc;\n' +
'\n' +
'message RpcResponseMsg {\n' +
' optional string payload = 1;\n' +
'}';
export const coapDeviceTypeTranslationMap = new Map<CoapTransportDeviceType, string>(
[
[CoapTransportDeviceType.DEFAULT, 'device-profile.coap-device-type-default'],
[CoapTransportDeviceType.EFENTO, 'device-profile.coap-device-type-efento']
]
);
export const deviceTransportTypeConfigurationInfoMap = new Map<DeviceTransportType, DeviceConfigurationFormInfo>(
[
[
DeviceTransportType.DEFAULT,
{
hasProfileConfiguration: false,
hasDeviceConfiguration: false,
}
],
[
DeviceTransportType.MQTT,
{
hasProfileConfiguration: true,
hasDeviceConfiguration: false,
}
],
[
DeviceTransportType.LWM2M,
{
hasProfileConfiguration: true,
hasDeviceConfiguration: true,
}
],
[
DeviceTransportType.COAP,
{
hasProfileConfiguration: true,
hasDeviceConfiguration: true,
}
],
[
DeviceTransportType.SNMP,
{
hasProfileConfiguration: true,
hasDeviceConfiguration: true
}
]
]
);
export interface DefaultDeviceProfileConfiguration {
[key: string]: any;
}
export type DeviceProfileConfigurations = DefaultDeviceProfileConfiguration;
export interface DeviceProfileConfiguration extends DeviceProfileConfigurations {
type: DeviceProfileType;
}
export interface DefaultDeviceProfileTransportConfiguration {
[key: string]: any;
}
export interface MqttDeviceProfileTransportConfiguration {
deviceTelemetryTopic?: string;
deviceAttributesTopic?: string;
sparkplug?: boolean;
sendAckOnValidationException?: boolean;
transportPayloadTypeConfiguration?: {
transportPayloadType?: TransportPayloadType;
enableCompatibilityWithJsonPayloadFormat?: boolean;
useJsonPayloadFormatForDefaultDownlinkTopics?: boolean;
};
[key: string]: any;
}
export interface CoapClientSetting {
powerMode?: PowerMode | null;
edrxCycle?: number;
pagingTransmissionWindow?: number;
psmActivityTimer?: number;
}
export interface CoapDeviceProfileTransportConfiguration {
coapDeviceTypeConfiguration?: {
coapDeviceType?: CoapTransportDeviceType;
transportPayloadTypeConfiguration?: {
transportPayloadType?: TransportPayloadType;
[key: string]: any;
};
};
clientSettings?: CoapClientSetting;
}
export interface Lwm2mDeviceProfileTransportConfiguration {
[key: string]: any;
}
export interface SnmpDeviceProfileTransportConfiguration {
timeoutMs?: number;
retries?: number;
communicationConfigs?: SnmpCommunicationConfig[];
}
export enum SnmpSpecType {
TELEMETRY_QUERYING = 'TELEMETRY_QUERYING',
CLIENT_ATTRIBUTES_QUERYING = 'CLIENT_ATTRIBUTES_QUERYING',
SHARED_ATTRIBUTES_SETTING = 'SHARED_ATTRIBUTES_SETTING',
TO_DEVICE_RPC_REQUEST = 'TO_DEVICE_RPC_REQUEST'
}
export const SnmpSpecTypeTranslationMap = new Map<SnmpSpecType, string>([
[SnmpSpecType.TELEMETRY_QUERYING, ' Telemetry'],
[SnmpSpecType.CLIENT_ATTRIBUTES_QUERYING, 'Client attributes'],
[SnmpSpecType.SHARED_ATTRIBUTES_SETTING, 'Shared attributes'],
[SnmpSpecType.TO_DEVICE_RPC_REQUEST, 'RPC request']
]);
export interface SnmpCommunicationConfig {
spec: SnmpSpecType;
mappings: SnmpMapping[];
queryingFrequencyMs?: number;
}
export interface SnmpMapping {
oid: string;
key: string;
dataType: DataType;
}
export type DeviceProfileTransportConfigurations = DefaultDeviceProfileTransportConfiguration &
MqttDeviceProfileTransportConfiguration &
CoapDeviceProfileTransportConfiguration &
Lwm2mDeviceProfileTransportConfiguration &
SnmpDeviceProfileTransportConfiguration;
export interface DeviceProfileTransportConfiguration extends DeviceProfileTransportConfigurations {
type: DeviceTransportType;
}
export interface DeviceProvisionConfiguration {
type: DeviceProvisionType;
provisionDeviceSecret?: string;
provisionDeviceKey?: string;
certificateValue?: string;
certificateRegExPattern?: string;
allowCreateNewDevicesByX509Certificate?: boolean;
}
export function createDeviceProfileConfiguration(type: DeviceProfileType): DeviceProfileConfiguration {
let configuration: DeviceProfileConfiguration = null;
if (type) {
switch (type) {
case DeviceProfileType.DEFAULT:
const defaultConfiguration: DefaultDeviceProfileConfiguration = {};
configuration = {...defaultConfiguration, type: DeviceProfileType.DEFAULT};
break;
}
}
return configuration;
}
export function createDeviceConfiguration(type: DeviceProfileType): DeviceConfiguration {
let configuration: DeviceConfiguration = null;
if (type) {
switch (type) {
case DeviceProfileType.DEFAULT:
const defaultConfiguration: DefaultDeviceConfiguration = {};
configuration = {...defaultConfiguration, type: DeviceProfileType.DEFAULT};
break;
}
}
return configuration;
}
export function createDeviceProfileTransportConfiguration(type: DeviceTransportType): DeviceProfileTransportConfiguration {
let transportConfiguration: DeviceProfileTransportConfiguration = null;
if (type) {
switch (type) {
case DeviceTransportType.DEFAULT:
const defaultTransportConfiguration: DefaultDeviceProfileTransportConfiguration = {};
transportConfiguration = {...defaultTransportConfiguration, type: DeviceTransportType.DEFAULT};
break;
case DeviceTransportType.MQTT:
const mqttTransportConfiguration: MqttDeviceProfileTransportConfiguration = {
deviceTelemetryTopic: 'v1/devices/me/telemetry',
deviceAttributesTopic: 'v1/devices/me/attributes',
sparkplug: false,
sendAckOnValidationException: false,
transportPayloadTypeConfiguration: {
transportPayloadType: TransportPayloadType.JSON,
enableCompatibilityWithJsonPayloadFormat: false,
useJsonPayloadFormatForDefaultDownlinkTopics: false,
}
};
transportConfiguration = {...mqttTransportConfiguration, type: DeviceTransportType.MQTT};
break;
case DeviceTransportType.COAP:
const coapTransportConfiguration: CoapDeviceProfileTransportConfiguration = {
coapDeviceTypeConfiguration: {
coapDeviceType: CoapTransportDeviceType.DEFAULT,
transportPayloadTypeConfiguration: {transportPayloadType: TransportPayloadType.JSON}
},
clientSettings: {
powerMode: PowerMode.DRX
}
};
transportConfiguration = {...coapTransportConfiguration, type: DeviceTransportType.COAP};
break;
case DeviceTransportType.LWM2M:
const lwm2mTransportConfiguration: Lwm2mDeviceProfileTransportConfiguration = {
observeAttr: getDefaultProfileObserveAttrConfig(),
bootstrap: [],
clientLwM2mSettings: getDefaultProfileClientLwM2mSettingsConfig()
};
transportConfiguration = {...lwm2mTransportConfiguration, type: DeviceTransportType.LWM2M};
break;
case DeviceTransportType.SNMP:
const snmpTransportConfiguration: SnmpDeviceProfileTransportConfiguration = {
timeoutMs: 500,
retries: 0,
communicationConfigs: null
};
transportConfiguration = {...snmpTransportConfiguration, type: DeviceTransportType.SNMP};
break;
}
}
return transportConfiguration;
}
export function createDeviceTransportConfiguration(type: DeviceTransportType): DeviceTransportConfiguration {
let transportConfiguration: DeviceTransportConfiguration = null;
if (type) {
switch (type) {
case DeviceTransportType.DEFAULT:
const defaultTransportConfiguration: DefaultDeviceTransportConfiguration = {};
transportConfiguration = {...defaultTransportConfiguration, type: DeviceTransportType.DEFAULT};
break;
case DeviceTransportType.MQTT:
const mqttTransportConfiguration: MqttDeviceTransportConfiguration = {};
transportConfiguration = {...mqttTransportConfiguration, type: DeviceTransportType.MQTT};
break;
case DeviceTransportType.COAP:
const coapTransportConfiguration: CoapDeviceTransportConfiguration = {
powerMode: null
};
transportConfiguration = {...coapTransportConfiguration, type: DeviceTransportType.COAP};
break;
case DeviceTransportType.LWM2M:
const lwm2mTransportConfiguration: Lwm2mDeviceTransportConfiguration = {
powerMode: null
};
transportConfiguration = {...lwm2mTransportConfiguration, type: DeviceTransportType.LWM2M};
break;
case DeviceTransportType.SNMP:
const snmpTransportConfiguration: SnmpDeviceTransportConfiguration = {
host: 'localhost',
port: 161,
protocolVersion: SnmpDeviceProtocolVersion.V2C,
community: 'public'
};
transportConfiguration = {...snmpTransportConfiguration, type: DeviceTransportType.SNMP};
break;
}
}
return transportConfiguration;
}
export enum AlarmConditionType {
SIMPLE = 'SIMPLE',
DURATION = 'DURATION',
REPEATING = 'REPEATING'
}
export const AlarmConditionTypeTranslationMap = new Map<AlarmConditionType, string>(
[
[AlarmConditionType.SIMPLE, 'device-profile.condition-type-simple'],
[AlarmConditionType.DURATION, 'device-profile.condition-type-duration'],
[AlarmConditionType.REPEATING, 'device-profile.condition-type-repeating']
]
);
export interface AlarmConditionSpec{
type?: AlarmConditionType;
unit?: TimeUnit;
predicate: FilterPredicateValue<number>;
}
export interface AlarmCondition {
condition: Array<KeyFilter>;
spec?: AlarmConditionSpec;
}
export enum AlarmScheduleType {
ANY_TIME = 'ANY_TIME',
SPECIFIC_TIME = 'SPECIFIC_TIME',
CUSTOM = 'CUSTOM'
}
export const AlarmScheduleTypeTranslationMap = new Map<AlarmScheduleType, string>(
[
[AlarmScheduleType.ANY_TIME, 'device-profile.schedule-any-time'],
[AlarmScheduleType.SPECIFIC_TIME, 'device-profile.schedule-specific-time'],
[AlarmScheduleType.CUSTOM, 'device-profile.schedule-custom']
]
);
export interface AlarmSchedule{
dynamicValue?: {
sourceAttribute: string,
sourceType: string;
};
type: AlarmScheduleType;
timezone?: string;
daysOfWeek?: number[];
startsOn?: number;
endsOn?: number;
items?: CustomTimeSchedulerItem[];
}
export interface CustomTimeSchedulerItem{
enabled: boolean;
dayOfWeek: number;
startsOn: number;
endsOn: number;
}
interface AlarmRule {
condition: AlarmCondition;
alarmDetails?: string;
dashboardId?: DashboardId;
schedule?: AlarmSchedule;
}
export { AlarmRule as DeviceProfileAlarmRule };
export function alarmRuleValidator(control: AbstractControl): ValidationErrors | null {
const alarmRule: AlarmRule = control.value;
return alarmRuleValid(alarmRule) ? null : {alarmRule: true};
}
function alarmRuleValid(alarmRule: AlarmRule): boolean {
if (!alarmRule || !alarmRule.condition || !alarmRule.condition.condition || !alarmRule.condition.condition.length) {
return false;
}
return true;
}
export interface DeviceProfileAlarm {
id: string;
alarmType: string;
createRules: {[severity: string]: AlarmRule};
clearRule?: AlarmRule;
propagate?: boolean;
propagateToOwner?: boolean;
propagateToTenant?: boolean;
propagateRelationTypes?: Array<string>;
}
export function deviceProfileAlarmValidator(control: AbstractControl): ValidationErrors | null {
const deviceProfileAlarm: DeviceProfileAlarm = control.value;
if (deviceProfileAlarm && deviceProfileAlarm.id && deviceProfileAlarm.alarmType &&
deviceProfileAlarm.createRules) {
const severities = Object.keys(deviceProfileAlarm.createRules);
if (severities.length) {
let alarmRulesValid = true;
for (const severity of severities) {
const alarmRule = deviceProfileAlarm.createRules[severity];
if (!alarmRuleValid(alarmRule)) {
alarmRulesValid = false;
break;
}
}
if (alarmRulesValid) {
if (deviceProfileAlarm.clearRule && !alarmRuleValid(deviceProfileAlarm.clearRule)) {
alarmRulesValid = false;
}
}
if (alarmRulesValid) {
return null;
}
}
}
return {deviceProfileAlarm: true};
}
export interface DeviceProfileData {
configuration: DeviceProfileConfiguration;
transportConfiguration: DeviceProfileTransportConfiguration;
alarms?: Array<DeviceProfileAlarm>;
provisionConfiguration?: DeviceProvisionConfiguration;
}
export interface DeviceProfile extends BaseData<DeviceProfileId>, ExportableEntity<DeviceProfileId> {
tenantId?: TenantId;
name: string;
description?: string;
default?: boolean;
type: DeviceProfileType;
image?: string;
transportType: DeviceTransportType;
provisionType: DeviceProvisionType;
provisionDeviceKey?: string;
defaultRuleChainId?: RuleChainId;
defaultDashboardId?: DashboardId;
defaultQueueName?: string;
firmwareId?: OtaPackageId;
softwareId?: OtaPackageId;
profileData: DeviceProfileData;
defaultEdgeRuleChainId?: RuleChainId;
}
export interface DeviceProfileInfo extends EntityInfoData {
tenantId?: TenantId;
type: DeviceProfileType;
transportType: DeviceTransportType;
image?: string;
defaultDashboardId?: DashboardId;
}
export interface DefaultDeviceConfiguration {
[key: string]: any;
}
export type DeviceConfigurations = DefaultDeviceConfiguration;
export interface DeviceConfiguration extends DeviceConfigurations {
type: DeviceProfileType;
}
export interface DefaultDeviceTransportConfiguration {
[key: string]: any;
}
export interface MqttDeviceTransportConfiguration {
[key: string]: any;
}
export interface CoapDeviceTransportConfiguration {
powerMode?: PowerMode | null;
edrxCycle?: number;
pagingTransmissionWindow?: number;
psmActivityTimer?: number;
}
export interface Lwm2mDeviceTransportConfiguration {
powerMode?: PowerMode | null;
edrxCycle?: number;
pagingTransmissionWindow?: number;
psmActivityTimer?: number;
}
export enum SnmpDeviceProtocolVersion {
V1 = 'V1',
V2C = 'V2C',
V3 = 'V3'
}
export enum SnmpAuthenticationProtocol {
SHA_1 = 'SHA_1',
SHA_224 = 'SHA_224',
SHA_256 = 'SHA_256',
SHA_384 = 'SHA_384',
SHA_512 = 'SHA_512',
MD5 = 'MD%'
}
export const SnmpAuthenticationProtocolTranslationMap = new Map<SnmpAuthenticationProtocol, string>([
[SnmpAuthenticationProtocol.SHA_1, 'SHA-1'],
[SnmpAuthenticationProtocol.SHA_224, 'SHA-224'],
[SnmpAuthenticationProtocol.SHA_256, 'SHA-256'],
[SnmpAuthenticationProtocol.SHA_384, 'SHA-384'],
[SnmpAuthenticationProtocol.SHA_512, 'SHA-512'],
[SnmpAuthenticationProtocol.MD5, 'MD5']
]);
export enum SnmpPrivacyProtocol {
DES = 'DES',
AES_128 = 'AES_128',
AES_192 = 'AES_192',
AES_256 = 'AES_256'
}
export const SnmpPrivacyProtocolTranslationMap = new Map<SnmpPrivacyProtocol, string>([
[SnmpPrivacyProtocol.DES, 'DES'],
[SnmpPrivacyProtocol.AES_128, 'AES-128'],
[SnmpPrivacyProtocol.AES_192, 'AES-192'],
[SnmpPrivacyProtocol.AES_256, 'AES-256'],
]);
export interface SnmpDeviceTransportConfiguration {
host?: string;
port?: number;
protocolVersion?: SnmpDeviceProtocolVersion;
community?: string;
username?: string;
securityName?: string;
contextName?: string;
authenticationProtocol?: SnmpAuthenticationProtocol;
authenticationPassphrase?: string;
privacyProtocol?: SnmpPrivacyProtocol;
privacyPassphrase?: string;
engineId?: string;
}
export type DeviceTransportConfigurations = DefaultDeviceTransportConfiguration &
MqttDeviceTransportConfiguration &
CoapDeviceTransportConfiguration &
Lwm2mDeviceTransportConfiguration &
SnmpDeviceTransportConfiguration;
export interface DeviceTransportConfiguration extends DeviceTransportConfigurations {
type: DeviceTransportType;
}
export interface DeviceData {
configuration: DeviceConfiguration;
transportConfiguration: DeviceTransportConfiguration;
}
export interface Device extends BaseData<DeviceId>, ExportableEntity<DeviceId> {
tenantId?: TenantId;
customerId?: CustomerId;
name: string;
type: string;
label: string;
firmwareId?: OtaPackageId;
softwareId?: OtaPackageId;
deviceProfileId?: DeviceProfileId;
deviceData?: DeviceData;
additionalInfo?: any;
}
export interface DeviceInfo extends Device {
customerTitle: string;
customerIsPublic: boolean;
deviceProfileName: string;
}
export enum DeviceCredentialsType {
ACCESS_TOKEN = 'ACCESS_TOKEN',
X509_CERTIFICATE = 'X509_CERTIFICATE',
MQTT_BASIC = 'MQTT_BASIC',
LWM2M_CREDENTIALS = 'LWM2M_CREDENTIALS'
}
export const credentialTypeNames = new Map<DeviceCredentialsType, string>(
[
[DeviceCredentialsType.ACCESS_TOKEN, 'Access token'],
[DeviceCredentialsType.X509_CERTIFICATE, 'X.509'],
[DeviceCredentialsType.MQTT_BASIC, 'MQTT Basic'],
[DeviceCredentialsType.LWM2M_CREDENTIALS, 'LwM2M Credentials']
]
);
export const credentialTypesByTransportType = new Map<DeviceTransportType, DeviceCredentialsType[]>(
[
[DeviceTransportType.DEFAULT, [
DeviceCredentialsType.ACCESS_TOKEN, DeviceCredentialsType.X509_CERTIFICATE, DeviceCredentialsType.MQTT_BASIC
]],
[DeviceTransportType.MQTT, [
DeviceCredentialsType.ACCESS_TOKEN, DeviceCredentialsType.X509_CERTIFICATE, DeviceCredentialsType.MQTT_BASIC
]],
[DeviceTransportType.COAP, [DeviceCredentialsType.ACCESS_TOKEN, DeviceCredentialsType.X509_CERTIFICATE]],
[DeviceTransportType.LWM2M, [DeviceCredentialsType.LWM2M_CREDENTIALS]],
[DeviceTransportType.SNMP, [DeviceCredentialsType.ACCESS_TOKEN]]
]
);
export interface DeviceCredentials extends BaseData<DeviceCredentialsId> {
deviceId: DeviceId;
credentialsType: DeviceCredentialsType;
credentialsId: string;
credentialsValue: string;
}
export interface DeviceCredentialMQTTBasic {
clientId: string;
userName: string;
password: string;
}
export function getDeviceCredentialMQTTDefault(): DeviceCredentialMQTTBasic {
return {
clientId: '',
userName: '',
password: ''
};
}
export interface DeviceSearchQuery extends EntitySearchQuery {
deviceTypes: Array<string>;
}
export interface ClaimRequest {
secretKey: string;
}
export enum ClaimResponse {
SUCCESS = 'SUCCESS',
FAILURE = 'FAILURE',
CLAIMED = 'CLAIMED'
}
export interface ClaimResult {
device: Device;
response: ClaimResponse;
}
export const dayOfWeekTranslations = new Array<string>(
'device-profile.schedule-day.monday',
'device-profile.schedule-day.tuesday',
'device-profile.schedule-day.wednesday',
'device-profile.schedule-day.thursday',
'device-profile.schedule-day.friday',
'device-profile.schedule-day.saturday',
'device-profile.schedule-day.sunday'
);
export function getDayString(day: number): string {
switch (day) {
case 0:
return 'device-profile.schedule-day.monday';
case 1:
return this.translate.instant('device-profile.schedule-day.tuesday');
case 2:
return this.translate.instant('device-profile.schedule-day.wednesday');
case 3:
return this.translate.instant('device-profile.schedule-day.thursday');
case 4:
return this.translate.instant('device-profile.schedule-day.friday');
case 5:
return this.translate.instant('device-profile.schedule-day.saturday');
case 6:
return this.translate.instant('device-profile.schedule-day.sunday');
}
}
export function timeOfDayToUTCTimestamp(date: Date | number): number {
if (typeof date === 'number' || date === null) {
return 0;
}
return _moment.utc([1970, 0, 1, date.getHours(), date.getMinutes(), date.getSeconds(), 0]).valueOf();
}
export function utcTimestampToTimeOfDay(time = 0): Date {
return new Date(time + new Date(time).getTimezoneOffset() * 60 * 1000);
}
function timeOfDayToMoment(date: Date | number): _moment.Moment {
if (typeof date === 'number' || date === null) {
return _moment([1970, 0, 1, 0, 0, 0, 0]);
}
return _moment([1970, 0, 1, date.getHours(), date.getMinutes(), 0, 0]);
}
export function getAlarmScheduleRangeText(startsOn: Date | number, endsOn: Date | number): string {
const start = timeOfDayToMoment(startsOn);
const end = timeOfDayToMoment(endsOn);
if (start < end) {
return `<span><span class="nowrap">${start.format('hh:mm A')}</span> <span class="nowrap">${end.format('hh:mm A')}</span></span>`;
} else if (start.valueOf() === 0 && end.valueOf() === 0 || start.isSame(_moment([1970, 0])) && end.isSame(_moment([1970, 0]))) {
return '<span><span class="nowrap">12:00 AM</span> <span class="nowrap">12:00 PM</span></span>';
}
return `<span><span class="nowrap">12:00 AM</span> <span class="nowrap">${end.format('hh:mm A')}</span>` +
` and <span class="nowrap">${start.format('hh:mm A')}</span> <span class="nowrap">12:00 PM</span></span>`;
}