ammar/backend
1
0
Fork 0
mirror of https://github.com/SyncrowIOT/backend.git synced 2025-07-10 15:17:41 +00:00
Code Issues Packages Projects Releases Wiki Activity

Merge pull request #413 from SyncrowIOT/fix-staging-insirt-logs-data

Browse Source 
Fix-staging-insirt-logs-data
This commit is contained in:
faljawhary
2025-06-18 07:35:30 -06:00
committed by GitHub
parent 7520b8d9c7 7dc28d0cb3
commit 92d102d08f
3 changed files with 135 additions and 69 deletions
Download Patch File Download Diff File Expand all files Collapse all files

1
libs/common/src/firebase/devices-status/dtos/add.devices-status.dto.ts
View File

@ -13,6 +13,7 @@ class StatusDto {
@IsNotEmpty()
value: any;
t?: string | number | Date;
}
export class AddDeviceStatusDto {

164
libs/common/src/firebase/devices-status/services/devices-status.service.ts
View File

@ -28,6 +28,8 @@ import { AqiDataService } from '@app/common/helper/services/aqi.data.service';
export class DeviceStatusFirebaseService {
private tuya: TuyaContext;
private firebaseDb: Database;
private readonly isDevEnv: boolean;
constructor(
private readonly configService: ConfigService,
private readonly deviceRepository: DeviceRepository,
@ -47,6 +49,8 @@ export class DeviceStatusFirebaseService {
// Initialize firebaseDb using firebaseDataBase function
this.firebaseDb = firebaseDataBase(this.configService);
this.isDevEnv =
this.configService.get<string>('NODE_ENV') === 'development';
}
async addDeviceStatusByDeviceUuid(
deviceTuyaUuid: string,
@ -61,7 +65,7 @@ export class DeviceStatusFirebaseService {
const deviceStatusSaved = await this.createDeviceStatusFirebase({
deviceUuid: device.uuid,
deviceTuyaUuid: deviceTuyaUuid,
status: deviceStatus.status,
status: deviceStatus?.status,
productUuid: deviceStatus.productUuid,
productType: deviceStatus.productType,
});
@ -122,7 +126,7 @@ export class DeviceStatusFirebaseService {
return {
productUuid: deviceDetails.productDevice.uuid,
productType: deviceDetails.productDevice.prodType,
status: deviceStatus.result[0].status,
status: deviceStatus.result[0]?.status,
};
} catch (error) {
throw new HttpException(
@ -187,18 +191,18 @@ export class DeviceStatusFirebaseService {
if (!existingData.productType) {
existingData.productType = addDeviceStatusDto.productType;
}
if (!existingData.status) {
if (!existingData?.status) {
existingData.status = [];
}
// Create a map to track existing status codes
const statusMap = new Map(
existingData.status.map((item) => [item.code, item.value]),
existingData?.status.map((item) => [item.code, item.value]),
);
// Update or add status codes
for (const statusItem of addDeviceStatusDto.status) {
for (const statusItem of addDeviceStatusDto?.status) {
statusMap.set(statusItem.code, statusItem.value);
}
@ -211,64 +215,126 @@ export class DeviceStatusFirebaseService {
return existingData;
});
// Save logs to your repository
const newLogs = addDeviceStatusDto.log.properties.map((property) => {
return this.deviceStatusLogRepository.create({
deviceId: addDeviceStatusDto.deviceUuid,
deviceTuyaId: addDeviceStatusDto.deviceTuyaUuid,
productId: addDeviceStatusDto.log.productId,
log: addDeviceStatusDto.log,
code: property.code,
value: property.value,
eventId: addDeviceStatusDto.log.dataId,
eventTime: new Date(property.time).toISOString(),
if (this.isDevEnv) {
// Save logs to your repository
const newLogs = addDeviceStatusDto.log.properties.map((property) => {
return this.deviceStatusLogRepository.create({
deviceId: addDeviceStatusDto.deviceUuid,
deviceTuyaId: addDeviceStatusDto.deviceTuyaUuid,
productId: addDeviceStatusDto.log.productId,
log: addDeviceStatusDto.log,
code: property.code,
value: property.value,
eventId: addDeviceStatusDto.log.dataId,
eventTime: new Date(property.time).toISOString(),
});
});
});
await this.deviceStatusLogRepository.save(newLogs);
await this.deviceStatusLogRepository.save(newLogs);
if (addDeviceStatusDto.productType === ProductType.PC) {
const energyCodes = new Set([
PowerClampEnergyEnum.ENERGY_CONSUMED,
PowerClampEnergyEnum.ENERGY_CONSUMED_A,
PowerClampEnergyEnum.ENERGY_CONSUMED_B,
PowerClampEnergyEnum.ENERGY_CONSUMED_C,
]);
if (addDeviceStatusDto.productType === ProductType.PC) {
const energyCodes = new Set([
PowerClampEnergyEnum.ENERGY_CONSUMED,
PowerClampEnergyEnum.ENERGY_CONSUMED_A,
PowerClampEnergyEnum.ENERGY_CONSUMED_B,
PowerClampEnergyEnum.ENERGY_CONSUMED_C,
]);
const energyStatus = addDeviceStatusDto?.log?.properties?.find((status) =>
energyCodes.has(status.code),
);
const energyStatus = addDeviceStatusDto?.log?.properties?.find(
(status) => energyCodes.has(status.code),
);
if (energyStatus) {
await this.powerClampService.updateEnergyConsumedHistoricalData(
if (energyStatus) {
await this.powerClampService.updateEnergyConsumedHistoricalData(
addDeviceStatusDto.deviceUuid,
);
}
}
if (
addDeviceStatusDto.productType === ProductType.CPS ||
addDeviceStatusDto.productType === ProductType.WPS
) {
const occupancyCodes = new Set([PresenceSensorEnum.PRESENCE_STATE]);
const occupancyStatus = addDeviceStatusDto?.log?.properties?.find(
(status) => occupancyCodes.has(status.code),
);
if (occupancyStatus) {
await this.occupancyService.updateOccupancySensorHistoricalData(
addDeviceStatusDto.deviceUuid,
);
await this.occupancyService.updateOccupancySensorHistoricalDurationData(
addDeviceStatusDto.deviceUuid,
);
}
}
if (addDeviceStatusDto.productType === ProductType.AQI) {
await this.aqiDataService.updateAQISensorHistoricalData(
addDeviceStatusDto.deviceUuid,
);
}
}
} else {
// Save logs to your repository
const newLogs = addDeviceStatusDto?.status.map((property) => {
return this.deviceStatusLogRepository.create({
deviceId: addDeviceStatusDto.deviceUuid,
deviceTuyaId: addDeviceStatusDto.deviceTuyaUuid,
productId: addDeviceStatusDto.log.productKey,
log: addDeviceStatusDto.log,
code: property.code,
value: property.value,
eventId: addDeviceStatusDto.log.dataId,
eventTime: new Date(property.t).toISOString(),
});
});
await this.deviceStatusLogRepository.save(newLogs);
if (
addDeviceStatusDto.productType === ProductType.CPS ||
addDeviceStatusDto.productType === ProductType.WPS
) {
const occupancyCodes = new Set([PresenceSensorEnum.PRESENCE_STATE]);
if (addDeviceStatusDto.productType === ProductType.PC) {
const energyCodes = new Set([
PowerClampEnergyEnum.ENERGY_CONSUMED,
PowerClampEnergyEnum.ENERGY_CONSUMED_A,
PowerClampEnergyEnum.ENERGY_CONSUMED_B,
PowerClampEnergyEnum.ENERGY_CONSUMED_C,
]);
const occupancyStatus = addDeviceStatusDto?.log?.properties?.find(
(status) => occupancyCodes.has(status.code),
);
const energyStatus = addDeviceStatusDto?.status?.find((status) => {
return energyCodes.has(status.code as PowerClampEnergyEnum);
});
if (occupancyStatus) {
await this.occupancyService.updateOccupancySensorHistoricalData(
addDeviceStatusDto.deviceUuid,
);
await this.occupancyService.updateOccupancySensorHistoricalDurationData(
if (energyStatus) {
await this.powerClampService.updateEnergyConsumedHistoricalData(
addDeviceStatusDto.deviceUuid,
);
}
}
if (
addDeviceStatusDto.productType === ProductType.CPS ||
addDeviceStatusDto.productType === ProductType.WPS
) {
const occupancyCodes = new Set([PresenceSensorEnum.PRESENCE_STATE]);
const occupancyStatus = addDeviceStatusDto?.status?.find((status) => {
return occupancyCodes.has(status.code as PresenceSensorEnum);
});
if (occupancyStatus) {
await this.occupancyService.updateOccupancySensorHistoricalData(
addDeviceStatusDto.deviceUuid,
);
await this.occupancyService.updateOccupancySensorHistoricalDurationData(
addDeviceStatusDto.deviceUuid,
);
}
}
if (addDeviceStatusDto.productType === ProductType.AQI) {
await this.aqiDataService.updateAQISensorHistoricalData(
addDeviceStatusDto.deviceUuid,
);
}
}
if (addDeviceStatusDto.productType === ProductType.AQI) {
await this.aqiDataService.updateAQISensorHistoricalData(
addDeviceStatusDto.deviceUuid,
);
}
// Return the updated data
const snapshot: DataSnapshot = await get(dataRef);
return snapshot.val();

39
libs/common/src/helper/services/power.clamp.service.ts
View File

@ -22,21 +22,20 @@ export class PowerClampService {
})
.replace('/', '-'); // MM-YYYY
await this.executeProcedure('fact_hourly_energy_consumed_procedure', [
deviceUuid,
dateStr,
hour,
]);
await this.executeProcedure(
'fact_hourly_device_energy_consumed_procedure',
[deviceUuid, dateStr, hour],
);
await this.executeProcedure('fact_daily_energy_consumed_procedure', [
deviceUuid,
dateStr,
]);
await this.executeProcedure(
'fact_daily_device_energy_consumed_procedure',
[deviceUuid, dateStr],
);
await this.executeProcedure('fact_monthly_energy_consumed_procedure', [
deviceUuid,
monthYear,
]);
await this.executeProcedure(
'fact_monthly_device_energy_consumed_procedure',
[deviceUuid, monthYear],
);
} catch (err) {
console.error('Failed to insert or update energy data:', err);
throw err;
@ -47,15 +46,15 @@ export class PowerClampService {
procedureFileName: string,
params: (string | number | null)[],
): Promise<void> {
const query = this.loadQuery(procedureFileName);
const query = this.loadQuery(
'fact_device_energy_consumed',
procedureFileName,
);
await this.dataSource.query(query, params);
console.log(`Procedure ${procedureFileName} executed successfully.`);
}
private loadQuery(fileName: string): string {
return this.sqlLoader.loadQuery(
'fact_energy_consumed',
fileName,
SQL_PROCEDURES_PATH,
);
private loadQuery(folderName: string, fileName: string): string {
return this.sqlLoader.loadQuery(folderName, fileName, SQL_PROCEDURES_PATH);
}
}