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sayali #63

Merged
Sayli.Parab merged 2 commits from sayali into main 2025-04-04 07:31:58 +00:00
Conversation 0 Commits 2 Files Changed 1 +90 -680
1 changed files with 90 additions and 680 deletions
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770
app/Http/Controllers/APIS/CustomerApi/UserAssetLinkController.php
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@@ -148,701 +148,111 @@ class UserAssetLinkController extends Controller
// }
// public function index()
// {
// try {
// $token = readHeaderToken();
// // Fetch user with assets and device counts
// $user = User::with(['assets.devices'])
// ->withCount([
// 'assets as active_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 1);
// });
// },
// 'assets as inactive_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 0);
// });
// }
// ])
// ->where('id', $token['sub'])
// ->first();
// if (!$user) {
// return response()->json(['error' => 'User not found'], 404);
// }
// $bearerToken = $this->adminService->getToken();
// $apiBaseUrl = env('THINGSBOARD_URL', 'http://65.0.131.117:8080');
// foreach ($user->assets->flatMap->devices as $device) {
// $device->health_status = null;
// $device->online = null;
// $device->has_alarm = false; // Initialize alarm status to false
// // Fetch device details from API using customer_id
// $deviceResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/customer/{$device->customer_id}/deviceInfos", [
// 'pageSize' => 100,
// 'page' => 0
// ]);
// if (!$deviceResponse->successful()) {
// Log::error("Failed to fetch device info for Customer ID: {$device->customer_id}, Error: " . $deviceResponse->body());
// continue;
// }
// $deviceData = collect($deviceResponse->json()['data'] ?? []);
// $matchingDevice = $deviceData->firstWhere('id.id', $device->id);
// // Set online status
// $device->online = $matchingDevice['active'] ?? null;
// // Fetch alarm data for the device (last 24 hours)
// $twentyFourHoursAgo = (time() - 86400) * 1000; // 24 hours ago in milliseconds
// $currentTime = time() * 1000; // current time in milliseconds
// $alarmResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/alarm/DEVICE/{$device->id}", [
// 'pageSize' => 100,
// 'page' => 0,
// 'startTime' => $twentyFourHoursAgo,
// 'endTime' => $currentTime,
// 'fetchOriginator' => 'false',
// 'searchStatus' => 'ACTIVE,ACKNOWLEDGED,CLEARED'
// ]);
// if ($alarmResponse->successful()) {
// $alarms = $alarmResponse->json()['data'] ?? [];
// $device->has_alarm = !empty($alarms); // Set to true if any alarms exist
// } else {
// Log::error("Failed to fetch alarms for Device ID: {$device->id}, Error: " . $alarmResponse->body());
// }
// // Fetch telemetry data for the device
// $telemetryResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/plugins/telemetry/DEVICE/{$device->id}/values/timeseries", [
// 'useStrictDataTypes' => 'false'
// ]);
// if (!$telemetryResponse->successful()) {
// Log::error("Failed to fetch telemetry for Device ID: {$device->id}, Error: " . $telemetryResponse->body());
// continue;
// }
// $telemetryData = $telemetryResponse->json();
// $engineName = $telemetryData['Engine_Name'][0]['value'] ?? null;
// // Extract values from telemetry data
// $mechanicalHealthValue1 = isset($telemetryData['MechanicalHealth_value'][0]['value'])
// ? (float) $telemetryData['MechanicalHealth_value'][0]['value']
// : null;
// $engineEfficiencyValue1 = isset($telemetryData['EngineEfficiency_value'][0]['value'])
// ? (float) $telemetryData['EngineEfficiency_value'][0]['value']
// : null;
// $engineEfficiencyValue4 = isset($telemetryData['EngineEfficiency_valueInHealth'][0]['value'])
// ? (float) $telemetryData['EngineEfficiency_valueInHealth'][0]['value']
// : null;
// $powerLossValue1 = isset($telemetryData['PowerLoss_value'][0]['value'])
// ? (float) $telemetryData['PowerLoss_value'][0]['value']
// : null;
// // Default health status
// $healthStatusColor = '#0EC23E'; // Green
// if ($engineName === "Torque") {
// $healthStatusColor = '#0EC23E'; // Green
// } elseif (
// ($mechanicalHealthValue1 > 0 && $mechanicalHealthValue1 < 31) ||
// ($engineEfficiencyValue1 > 0 && $engineEfficiencyValue1 < 31) ||
// ($engineEfficiencyValue4 > 0 && $engineEfficiencyValue4 < 31) ||
// ($powerLossValue1 > 0 && $powerLossValue1 < 31)
// ) {
// $healthStatusColor = '#EF7F30'; // Red
// } elseif (
// ($mechanicalHealthValue1 > 30 && $mechanicalHealthValue1 < 71) ||
// ($engineEfficiencyValue1 > 30 && $engineEfficiencyValue1 < 71) ||
// ($engineEfficiencyValue4 > 30 && $engineEfficiencyValue4 < 71) ||
// ($powerLossValue1 > 30 && $powerLossValue1 < 71)
// ) {
// $healthStatusColor = '#FFC164'; // Yellow
// }
// $device->health_status = "<div style='height: 10px; width: 10px; border-radius: 50%; display: inline-block; margin-left: 10px; background-color: $healthStatusColor'></div>";
// }
// return response()->json($user);
// } catch (Exception $e) {
// Log::error('Error fetching telemetry data: ' . $e->getMessage());
// return response()->json(['error' => 'Failed to fetch data'], 500);
// }
// }
//original
// public function index()
// {
// try {
// $token = readHeaderToken();
// // Fetch user with assets and device counts
// $user = User::with(['assets.devices'])
// ->withCount([
// 'assets as active_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 1);
// });
// },
// 'assets as inactive_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 0);
// });
// }
// ])
// ->where('id', $token['sub'])
// ->first();
// if (!$user) {
// return response()->json(['error' => 'User not found'], 404);
// }
// $bearerToken = $this->adminService->getToken();
// $apiBaseUrl = env('THINGSBOARD_URL', 'http://65.0.131.117:8080');
// foreach ($user->assets->flatMap->devices as $device) {
// $device->health_status = null;
// $device->online = null;
// $device->has_alarm = false;
// // 1. First check if device exists in ThingsBoard
// $deviceCheckResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/device/{$device->id}");
// if (!$deviceCheckResponse->successful()) {
// Log::warning("Device not found in ThingsBoard: {$device->id}");
// continue; // Skip this device
// }
// // Fetch device details from API using customer_id
// $deviceResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/customer/{$device->customer_id}/deviceInfos", [
// 'pageSize' => 100,
// 'page' => 0
// ]);
// if (!$deviceResponse->successful()) {
// Log::error("Failed to fetch device info for Customer ID: {$device->customer_id}, Error: " . $deviceResponse->body());
// continue;
// }
// $deviceData = collect($deviceResponse->json()['data'] ?? []);
// $matchingDevice = $deviceData->firstWhere('id.id', $device->id);
// // Set online status
// $device->online = $matchingDevice['active'] ?? null;
// // Fetch alarm data for the device (last 24 hours)
// $twentyFourHoursAgo = (time() - 86400) * 1000;
// $currentTime = time() * 1000;
// // Fixed: Use separate API calls for each alarm status
// $alarmStatuses = ['ACTIVE', 'ACKNOWLEDGED', 'CLEARED'];
// $hasAlarm = false;
// foreach ($alarmStatuses as $status) {
// $alarmResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/alarm/DEVICE/{$device->id}", [
// 'pageSize' => 100,
// 'page' => 0,
// 'startTime' => $twentyFourHoursAgo,
// 'endTime' => $currentTime,
// 'fetchOriginator' => 'false',
// 'searchStatus' => $status
// ]);
// if ($alarmResponse->successful()) {
// $alarms = $alarmResponse->json()['data'] ?? [];
// if (!empty($alarms)) {
// $hasAlarm = true;
// break; // No need to check other statuses if we found an alarm
// }
// } else {
// Log::error("Failed to fetch $status alarms for Device ID: {$device->id}, Error: " . $alarmResponse->body());
// }
// }
// $device->has_alarm = $hasAlarm;
// // Fetch telemetry data for the device
// $telemetryResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/plugins/telemetry/DEVICE/{$device->id}/values/timeseries", [
// 'useStrictDataTypes' => 'false'
// ]);
// if (!$telemetryResponse->successful()) {
// Log::error("Failed to fetch telemetry for Device ID: {$device->id}, Error: " . $telemetryResponse->body());
// continue;
// }
// $telemetryData = $telemetryResponse->json();
// $engineName = $telemetryData['Engine_Name'][0]['value'] ?? null;
// // Extract values from telemetry data
// $mechanicalHealthValue1 = isset($telemetryData['MechanicalHealth_value'][0]['value'])
// ? (float) $telemetryData['MechanicalHealth_value'][0]['value']
// : null;
// $engineEfficiencyValue1 = isset($telemetryData['EngineEfficiency_value'][0]['value'])
// ? (float) $telemetryData['EngineEfficiency_value'][0]['value']
// : null;
// $engineEfficiencyValue4 = isset($telemetryData['EngineEfficiency_valueInHealth'][0]['value'])
// ? (float) $telemetryData['EngineEfficiency_valueInHealth'][0]['value']
// : null;
// $powerLossValue1 = isset($telemetryData['PowerLoss_value'][0]['value'])
// ? (float) $telemetryData['PowerLoss_value'][0]['value']
// : null;
// // Default health status
// $healthStatusColor = '#0EC23E'; // Green
// if ($engineName === "Torque") {
// $healthStatusColor = '#0EC23E'; // Green
// } elseif (
// ($mechanicalHealthValue1 > 0 && $mechanicalHealthValue1 < 31) ||
// ($engineEfficiencyValue1 > 0 && $engineEfficiencyValue1 < 31) ||
// ($engineEfficiencyValue4 > 0 && $engineEfficiencyValue4 < 31) ||
// ($powerLossValue1 > 0 && $powerLossValue1 < 31)
// ) {
// $healthStatusColor = '#EF7F30'; // Red
// } elseif (
// ($mechanicalHealthValue1 > 30 && $mechanicalHealthValue1 < 71) ||
// ($engineEfficiencyValue1 > 30 && $engineEfficiencyValue1 < 71) ||
// ($engineEfficiencyValue4 > 30 && $engineEfficiencyValue4 < 71) ||
// ($powerLossValue1 > 30 && $powerLossValue1 < 71)
// ) {
// $healthStatusColor = '#FFC164'; // Yellow
// }
// $device->health_status = "<div style='height: 10px; width: 10px; border-radius: 50%; display: inline-block; margin-left: 10px; background-color: $healthStatusColor'></div>";
// }
// return response()->json($user);
// } catch (Exception $e) {
// Log::error('Error fetching telemetry data: ' . $e->getMessage());
// return response()->json(['error' => 'Failed to fetch data'], 500);
// }
// }
//for engine health
// public function index()
// {
// try {
// $token = readHeaderToken();
// // Fetch user with assets and device counts
// $user = User::with(['assets.devices'])
// ->withCount([
// 'assets as active_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 1);
// });
// },
// 'assets as inactive_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 0);
// });
// }
// ])
// ->where('id', $token['sub'])
// ->first();
// if (!$user) {
// return response()->json(['error' => 'User not found'], 404);
// }
// $bearerToken = $this->adminService->getToken();
// $apiBaseUrl = env('THINGSBOARD_URL', 'http://65.0.131.117:8080');
// foreach ($user->assets->flatMap->devices as $device) {
// $device->celebration_message = null;
// $device->celebration_icon = null;
// // Fetch telemetry data
// $telemetryResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/plugins/telemetry/DEVICE/{$device->id}/values/timeseries", [
// 'useStrictDataTypes' => 'false'
// ]);
// if (!$telemetryResponse->successful()) {
// Log::error("Failed to fetch telemetry for Device ID: {$device->id}, Error: " . $telemetryResponse->body());
// continue;
// }
// $telemetryData = $telemetryResponse->json();
// $daysInMonth = now()->daysInMonth;
// // Calculate averages
// $mechanicalHealthAvg = collect($telemetryData['MechanicalHealth_valueInPercent'] ?? [])
// ->pluck('value')->map(fn($v) => (float)$v)->avg();
// $engineEfficiencyAvg = collect($telemetryData['EngineEfficiency_valueInPercent'] ?? [])
// ->pluck('value')->map(fn($v) => (float)$v)->avg();
// $powerLossAvg = collect($telemetryData['PowerLoss_value'] ?? [])
// ->pluck('value')->map(fn($v) => (float)$v)->avg();
// // Check conditions for celebration message
// if ($mechanicalHealthAvg > 70 || $engineEfficiencyAvg > 70 || $powerLossAvg > 70) {
// $device->celebration_icon = '🎉';
// if ($device->type === 'Engine Health') {
// $device->celebration_message = 'Excellent Engine Health!';
// } elseif ($device->type === 'Combustion Condition') {
// $device->celebration_message = 'Great Combustion Condition!';
// } elseif ($device->type === 'Increase in Fuel Consumption') {
// $device->celebration_message = 'Increase in Fuel Consumption Efficiency!';
// } else {
// $device->celebration_message = 'Outstanding Performance!';
// }
// }
// }
// return response()->json($user);
// } catch (Exception $e) {
// Log::error('Error fetching telemetry data: ' . $e->getMessage());
// return response()->json(['error' => 'Failed to fetch data'], 500);
// }
// }
//for type engine and steamtubine
// public function index()
// {
// try {
// $token = readHeaderToken();
// // Fetch user with assets and device counts
// $user = User::with(['assets.devices'])
// ->withCount([
// 'assets as active_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 1);
// });
// },
// 'assets as inactive_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 0);
// });
// }
// ])
// ->where('id', $token['sub'])
// ->first();
// if (!$user) {
// return response()->json(['error' => 'User not found'], 404);
// }
// $bearerToken = $this->adminService->getToken();
// $apiBaseUrl = env('THINGSBOARD_URL', 'http://65.0.131.117:8080');
// $thirtyDaysAgo = now()->subDays(30)->timestamp * 1000;
// $currentTime = now()->timestamp * 1000;
// foreach ($user->assets as $asset) {
// $asset->celebration_message = null;
// $healthyDevices = [];
// foreach ($asset->devices as $device) {
// $device->celebration_message = null;
// $device->celebration_icon = null;
// // Fetch telemetry data for the past 30 days
// $telemetryResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/plugins/telemetry/DEVICE/{$device->id}/values/timeseries", [
// 'startTs' => $thirtyDaysAgo,
// 'endTs' => $currentTime,
// 'useStrictDataTypes' => 'false'
// ]);
// if (!$telemetryResponse->successful()) {
// Log::error("Failed to fetch telemetry for Device ID: {$device->id}, Error: " . $telemetryResponse->body());
// continue;
// }
// $telemetryData = $telemetryResponse->json();
// // Calculate averages for different parameters
// $parameters = [
// 'MechanicalHealth_valueInPercent',
// 'EngineEfficiency_valueInPercent',
// 'PowerLoss_value',
// 'RegularityDeviation_valueInPercent',
// 'BearingStatus_valueInPercent',
// 'BladeStatus_valueInPercent',
// 'TurbineCoupling_valueInPercent'
// ];
// $averages = [];
// foreach ($parameters as $param) {
// $averages[$param] = collect($telemetryData[$param] ?? [])
// ->pluck('value')->map(fn($v) => (float)$v)->avg();
// }
// // Check conditions for celebration message
// if (collect($averages)->filter(fn($avg) => $avg > 70)->isNotEmpty()) {
// $device->celebration_icon = '🎉';
// $device->celebration_message = "Your device '{$device->name}' has maintained good health for the past 30 days.";
// $healthyDevices[] = $device->name;
// }
// }
// if (!empty($healthyDevices)) {
// $asset->celebration_message = "Your asset '{$asset->name}' has maintained good health for the past 30 days, along with the following devices: " . implode(", ", $healthyDevices) . ".";
// }
// }
// return response()->json($user);
// } catch (Exception $e) {
// Log::error('Error fetching telemetry data: ' . $e->getMessage());
// return response()->json(['error' => 'Failed to fetch data'], 500);
// }
// }
//for device type
// public function index()
// {
// try {
// $token = readHeaderToken();
// // Fetch user with assets and device counts
// $user = User::with(['assets.devices'])
// ->withCount([
// 'assets as active_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 1);
// });
// },
// 'assets as inactive_devices_count' => function ($query) {
// $query->whereHas('devices', function ($q) {
// $q->where('active', 0);
// });
// }
// ])
// ->where('id', $token['sub'])
// ->first();
// if (!$user) {
// return response()->json(['error' => 'User not found'], 404);
// }
// $bearerToken = $this->adminService->getToken();
// $apiBaseUrl = env('THINGSBOARD_URL', 'http://65.0.131.117:8080');
// $thirtyDaysAgo = now()->subDays(30)->timestamp * 1000;
// $currentTime = now()->timestamp * 1000;
// foreach ($user->assets as $asset) {
// $asset->celebration_message = null;
// $healthyDevices = [];
// foreach ($asset->devices as $device) {
// $device->celebration_message = null;
// $device->celebration_icon = null;
// // Fetch telemetry data for the past 30 days
// $telemetryResponse = Http::withHeaders([
// 'accept' => 'application/json',
// 'Authorization' => 'Bearer ' . $bearerToken,
// ])->get("$apiBaseUrl/api/plugins/telemetry/DEVICE/{$device->id}/values/timeseries", [
// 'startTs' => $thirtyDaysAgo,
// 'endTs' => $currentTime,
// 'useStrictDataTypes' => 'false'
// ]);
// if (!$telemetryResponse->successful()) {
// Log::error("Failed to fetch telemetry for Device ID: {$device->id}, Error: " . $telemetryResponse->body());
// continue;
// }
// $telemetryData = $telemetryResponse->json();
// // Calculate averages for different parameters
// $parameters = [
// 'RegularityDeviation_valueInPercent',
// 'BearingStatus_valueInPercent',
// 'BladeStatusGas_valueInPercent',
// 'CombustionKit_valueInPercent',
// 'TurbineCoupling_valueInPercent',
// 'MElectromag_valueInPercent',
// 'MStressStability_valueInPercent',
// 'MBearing_valueInPercent',
// 'BearingGlobal_valueInPercent',
// 'GlobalMixed_valueInPercent',
// 'GlobalKurto_valueInPercent',
// '2KMixed_valueInPercent',
// '4KMixed_valueInPercent',
// '8KMixed_valueInPercent'
// ];
// $averages = [];
// foreach ($parameters as $param) {
// $averages[$param] = collect($telemetryData[$param] ?? [])
// ->pluck('value')->map(fn($v) => (float)$v)->avg();
// }
// // Check conditions for celebration message
// if (collect($averages)->filter(fn($avg) => $avg > 70)->isNotEmpty()) {
// $device->celebration_icon = '🎉';
// $device->celebration_message = "Your device '{$device->name}' has maintained good health for the past 30 days.";
// $healthyDevices[] = $device->name;
// }
// }
// if (!empty($healthyDevices)) {
// $asset->celebration_message = "Your asset '{$asset->name}' has maintained good health for the past 30 days, along with the following devices: " . implode(", ", $healthyDevices) . ".";
// }
// }
// return response()->json($user);
// } catch (Exception $e) {
// Log::error('Error fetching telemetry data: ' . $e->getMessage());
// return response()->json(['error' => 'Failed to fetch data'], 500);
// }
// }
public function index()
{
try {
$token = readHeaderToken();
{
try {
$token = readHeaderToken();
// Fetch user with assets and device counts
$user = User::with(['assets.devices'])
->withCount([
'assets as active_devices_count' => function ($query) {
$query->whereHas('devices', function ($q) {
$q->where('active', 1);
});
},
'assets as inactive_devices_count' => function ($query) {
$query->whereHas('devices', function ($q) {
$q->where('active', 0);
});
}
])
->where('id', $token['sub'])
->first();
$user = User::with(['assets.devices'])
->withCount([
'assets as active_devices_count' => function ($query) {
$query->whereHas('devices', function ($q) {
$q->where('active', 1);
});
},
'assets as inactive_devices_count' => function ($query) {
$query->whereHas('devices', function ($q) {
$q->where('active', 0);
});
}
])
->where('id', $token['sub'])
->first();
if (!$user) {
return response()->json(['error' => 'User not found'], 404);
}
if (!$user) {
return response()->json(['error' => 'User not found'], 404);
}
$bearerToken = $this->adminService->getToken();
$apiBaseUrl = env('THINGSBOARD_URL', 'http://65.0.131.117:8080');
$thirtyDaysAgo = now()->subDays(30)->timestamp * 1000;
$currentTime = now()->timestamp * 1000;
$bearerToken = $this->adminService->getToken();
$apiBaseUrl = env('THINGSBOARD_URL', 'http://65.0.131.117:8080');
$thirtyDaysAgo = now()->subDays(30)->timestamp * 1000;
$currentTime = now()->timestamp * 1000;
// Define device types and their respective parameters
$deviceParameters = [
'Regularity/Deviation' => ['RegularityDeviation_valueInPercent','BearingStatus_valueInPercent','BladeStatusGas_valueInPercent','CombustionKit_valueInPercent','TurbineCoupling_valueInPercent'],
'Bearing Status' => ['BearingStatus_valueInPercent','RegularityDeviation_valueInPercent','BladeStatusGas_valueInPercent','CombustionKit_valueInPercent','TurbineCoupling_valueInPercent'],
'Shaft/Blades Health' => ['BladeStatusGas_valueInPercent', 'RegularityDeviation_valueInPercent','BearingStatus_valueInPercent','CombustionKit_valueInPercent','TurbineCoupling_valueInPercent'],
'Combustion Kit' => ['CombustionKit_valueInPercent'],
'Coupling/Alignment' => ['TurbineCoupling_valueInPercent'],
'Electromagnetic Stress' => ['MElectromag_valueInPercent'],
'Stability' => ['MStressStability_valueInPercent'],
'Bearing' => ['MBearing_valueInPercent'],
'Mechanical Health' => ['BearingGlobal_valueInPercent', 'MechanicalHealth_valueInPercent'],
'Global(Umbalance/Alignment/Loosness)' => ['GlobalMixed_valueInPercent'],
'Shock Index' => ['GlobalKurto_valueInPercent'],
'Shaft/Clearance' => ['2KMixed_valueInPercent'],
'Bearings' => ['4KMixed_valueInPercent'],
'Friction' => ['8KMixed_valueInPercent'],
'Engine Health' => ['MechanicalHealth_valueInPercent'],
'Combustion Condition' => ['EngineEfficiency_valueInPercent'],
'Increase in Fuel Consumption' => ['PowerLoss_value']
];
// $deviceParameters = [
// 'Engine Health' => ['MechanicalHealth_valueInPercent', 'EngineEfficiency_valueInPercent', 'PowerLoss_value'],
// 'Bearing' => ['MBearing_valueInPercent', 'MElectromag_valueInPercent', 'MStressStability_valueInPercent'],
// 'Mechanical Health' => ['BearingGlobal_valueInPercent', 'GlobalMixed_valueInPercent', 'GlobalKurto_valueInPercent', '2KMixed_valueInPercent', '4KMixed_valueInPercent', '8KMixed_valueInPercent'],
// ];
$deviceParameters = [
'Engine Health' => ['MechanicalHealth_valueInPercent', 'EngineEfficiency_valueInPercent', 'PowerLoss_value'],
'Bearing' => ['MBearing_valueInPercent', 'MElectromag_valueInPercent', 'MStressStability_valueInPercent'],
'Mechanical Health' => ['BearingGlobal_valueInPercent', 'GlobalMixed_valueInPercent', 'GlobalKurto_valueInPercent', '2KMixed_valueInPercent', '4KMixed_valueInPercent', '8KMixed_valueInPercent'],
'Regularity/Deviation' => ['RegularityDeviation_valueInPercent', 'BearingStatus_valueInPercent', 'BladeStatusGas_valueInPercent', 'CombustionKit_valueInPercent', 'TurbineCoupling_valueInPercent'],
'Bearing Status' => ['BearingStatus_valueInPercent', 'RegularityDeviation_valueInPercent', 'BladeStatusGas_valueInPercent', 'CombustionKit_valueInPercent', 'TurbineCoupling_valueInPercent'],
'Shaft/Blades Health' => ['BladeStatusGas_valueInPercent', 'RegularityDeviation_valueInPercent', 'BearingStatus_valueInPercent', 'CombustionKit_valueInPercent', 'TurbineCoupling_valueInPercent'],
'Combustion Kit' => ['CombustionKit_valueInPercent', 'RegularityDeviation_valueInPercent', 'BearingStatus_valueInPercent', 'BladeStatusGas_valueInPercent', 'TurbineCoupling_valueInPercent'],
'Coupling/Alignment' => ['TurbineCoupling_valueInPercent', 'RegularityDeviation_valueInPercent', 'BearingStatus_valueInPercent', 'BladeStatusGas_valueInPercent', 'CombustionKit_valueInPercent'],
'Electromagnetic Stress' => ['MElectromag_valueInPercent', 'MStressStability_valueInPercent', 'MBearing_valueInPercent'],
'Stability' => ['MStressStability_valueInPercent', 'MElectromag_valueInPercent', 'MBearing_valueInPercent'],
'Global (Unbalance/Alignment/Looseness)' => ['GlobalMixed_valueInPercent', 'BearingGlobal_valueInPercent', 'GlobalKurto_valueInPercent', '2KMixed_valueInPercent', '4KMixed_valueInPercent', '8KMixed_valueInPercent'],
'Shock Index' => ['GlobalKurto_valueInPercent', 'BearingGlobal_valueInPercent', 'GlobalMixed_valueInPercent', '2KMixed_valueInPercent', '4KMixed_valueInPercent', '8KMixed_valueInPercent'],
'Shaft/Clearance' => ['2KMixed_valueInPercent', 'BearingGlobal_valueInPercent', 'GlobalMixed_valueInPercent', 'GlobalKurto_valueInPercent', '4KMixed_valueInPercent', '8KMixed_valueInPercent'],
'Bearings' => ['4KMixed_valueInPercent', 'BearingGlobal_valueInPercent', 'GlobalMixed_valueInPercent', 'GlobalKurto_valueInPercent', '2KMixed_valueInPercent', '8KMixed_valueInPercent'],
'Friction' => ['8KMixed_valueInPercent', 'BearingGlobal_valueInPercent', 'GlobalMixed_valueInPercent', 'GlobalKurto_valueInPercent', '2KMixed_valueInPercent', '4KMixed_valueInPercent'],
];
foreach ($user->assets as $asset) {
$asset->celebration_message = null;
$healthyDevices = [];
foreach ($user->assets as $asset) {
$asset->celebration_message = null;
$asset->celebration_icon = false; // Default to false
$healthyDevices = [];
foreach ($asset->devices as $device) {
$device->celebration_message = null;
$device->celebration_icon = null;
foreach ($asset->devices as $device) {
$device->celebration_message = null;
$device->celebration_icon = false; // Default to false
// Fetch telemetry data for the past 30 days
$telemetryResponse = Http::withHeaders([
'accept' => 'application/json',
'Authorization' => 'Bearer ' . $bearerToken,
])->get("$apiBaseUrl/api/plugins/telemetry/DEVICE/{$device->id}/values/timeseries", [
'startTs' => $thirtyDaysAgo,
'endTs' => $currentTime,
'useStrictDataTypes' => 'false'
]);
$telemetryResponse = Http::withHeaders([
'accept' => 'application/json',
'Authorization' => 'Bearer ' . $bearerToken,
])->get("$apiBaseUrl/api/plugins/telemetry/DEVICE/{$device->id}/values/timeseries", [
'startTs' => $thirtyDaysAgo,
'endTs' => $currentTime,
'useStrictDataTypes' => 'false'
]);
if (!$telemetryResponse->successful()) {
Log::error("Failed to fetch telemetry for Device ID: {$device->id}, Error: " . $telemetryResponse->body());
continue;
if (!$telemetryResponse->successful()) {
Log::error("Failed to fetch telemetry for Device ID: {$device->id}, Error: " . $telemetryResponse->body());
continue;
}
$telemetryData = $telemetryResponse->json();
$deviceType = trim($device->type) ?? 'Unknown';
$parameters = $deviceParameters[$deviceType] ?? [];
$averages = [];
foreach ($parameters as $param) {
$averages[$param] = collect($telemetryData[$param] ?? [])
->pluck('value')->map(fn($v) => (float)$v)->avg();
}
if (collect($averages)->filter(fn($avg) => $avg > 70)->isNotEmpty()) {
$device->celebration_icon = true; // Set to true
$device->celebration_message = "Your device '{$device->name}' has maintained good health for the past 30 days.";
$healthyDevices[] = $device->name;
}
}
$telemetryData = $telemetryResponse->json();
// Identify device type and related parameters
$deviceType = $device->type ?? 'Unknown';
$parameters = $deviceParameters[$deviceType] ?? [];
$averages = [];
foreach ($parameters as $param) {
$averages[$param] = collect($telemetryData[$param] ?? [])
->pluck('value')->map(fn($v) => (float)$v)->avg();
}
Log::info("Device ID: {$device->id}, Type: {$deviceType}, Averages: " . json_encode($averages));
// Check conditions for celebration message
if (collect($averages)->filter(fn($avg) => $avg > 70)->isNotEmpty()) {
$device->celebration_icon = '🎉';
$device->celebration_message = "Your device '{$device->name}' has maintained good health for the past 30 days.";
$healthyDevices[] = $device->name;
Log::info("Celebration Assigned: Device {$device->name} - Message: {$device->celebration_message}, Icon: {$device->celebration_icon}");
if (!empty($healthyDevices)) {
$asset->celebration_icon = true; // Set to true
$asset->celebration_message = "Your asset '{$asset->name}' has maintained good health for the past 30 days, along with the following devices: " . implode(", ", $healthyDevices) . ".";
}
}
if (!empty($healthyDevices)) {
$asset->celebration_message = "Your asset '{$asset->name}' has maintained good health for the past 30 days, along with the following devices: " . implode(", ", $healthyDevices) . ".";
Log::info("Asset Celebration Assigned: Asset {$asset->name} - Message: {$asset->celebration_message}");
}
return response()->json($user);
} catch (Exception $e) {
Log::error('Error fetching telemetry data: ' . $e->getMessage());
return response()->json(['error' => 'Failed to fetch data'], 500);
}
return response()->json($user);
} catch (Exception $e) {
Log::error('Error fetching telemetry data: ' . $e->getMessage());
return response()->json(['error' => 'Failed to fetch data'], 500);
}
}
}