C# Health Deepsy API

To work with Deepsy Health service it is necessary to use HealthManager located in GMV.ITS.HAL.DEEPSY.Health.Facade for getting the initial HealthManager object. More...

Collaboration diagram for C# Health Deepsy API:

Modules
	Enumerations
	List of enumerations available for configuration or GNSS events.

Classes
interface	IHealthManager
	Health Manager interface for interacting with Deepsy health service More...

Detailed Description

HealthManager healthManager = new HealthManager("");

HealthManager has an optional parameter indicating the ip address of remote service. For instance:

HealthManager healthManager = new HealthManager("172.22.198.103");

HealthManager implements IDisposable. It can hold resources (such as socket handles) until it is disposed. The Dispose method is automatically called when existing a using or try / catch block, for which the object has been declared. This construction ensures prompt release, avoiding resource exhaustion exceptions and errors that may otherwise occur.

• * HealthManager healthManager= null;
    try{
        healthManager = new HealthManager("172.22.198.103");
        healthManager.GetPendingStatusList();
    } catch (Exception e) {
            throw e;
    } 
    healthManager.Dispose();

Examples

• Report new status to health service and retrieve list of pending status
  

  using GMV.ITS.HAL.DEEPSY.Health.Dto;
  using GMV.ITS.HAL.DEEPSY.Health.Enum;
  using GMV.ITS.HAL.DEEPSY.Health.Facade;
  using System;
  using System.Collections.Generic;
  using System.Threading;
   
  namespace GMV.ITS.HAL.DEEPSY.Examples.Health
  {
      class ReportNewStatus
      {
          static void Main(string[] args)
          {
              using (HealthManager healthManager = new HealthManager("172.22.198.103"))
              {
                  healthManager.ReportNewStatus("PROJECT_ROUTE_NUMBER", "146", HealthStatusPriority.Priority.NORMAL);
                  healthManager.ReportNewStatus("PROJECT_PASSENGER_QTY", "35", HealthStatusPriority.Priority.NORMAL);
                  Console.WriteLine("Project status reported correctly to Health system");
   
                  Thread.Sleep(2000);
                  IEnumerable<IHealthStatus> currentStatusList = healthManager.GetCurrentStatusList();
                  Console.WriteLine("Current status list is:");
                  foreach (IHealthStatus currentStatus in currentStatusList)
                  {
                      Console.WriteLine($"Status Key: {currentStatus.Key}. Value: {currentStatus.Value}");
                  }
   
                  IEnumerable<IHealthStatus> pendingStatusList = healthManager.GetPendingStatusList();
                  Console.WriteLine("Pending status to report are:");
                  foreach (IHealthStatus pendingStatus in pendingStatusList)
                  {
                      Console.WriteLine($"Status Key: {pendingStatus.Key}. Value: {pendingStatus.Value}");
                  }
              }
              Console.WriteLine($"Press any key for exit");
              Console.ReadKey();
          }
      }
  }

  
  

• Request information for all peripherals, including their parent-child relationships
  

  using GMV.ITS.HAL.DEEPSY.Health.Dto;
  using GMV.ITS.HAL.DEEPSY.Health.Enum;
  using GMV.ITS.HAL.DEEPSY.Health.Facade;
  using System;
  using System.Collections.Generic;
  using System.Threading;
  using System.Linq;
   
  namespace GMV.ITS.HAL.DEEPSY.Examples.Health
  {
      class GetDeviceInformation
      {
          static void Main(string[] args)
          {
              using (HealthManager healthManager = new HealthManager("192.168.1.140")) //172.22.198.103
              {
                  Console.WriteLine("Getting the information of all the peripherals...");
                  IEnumerable<IDeviceInformation> deviceInfoList = healthManager.GetDeviceInfoList();
                  if (deviceInfoList.Any())
                  {
                      const int width = 50;
                      Console.WriteLine("Parent ID".PadRight(width) + "Serial Number".PadRight(width) + "Firmware Version".PadRight(width) + "Others".PadRight(width));
                      Console.WriteLine(new string('-', width * 4));
                      foreach (IDeviceInformation deviceInfo in deviceInfoList)
                      {
                          Console.WriteLine(
                              deviceInfo.ParentId.PadRight(width) +
                              deviceInfo.SerialNumber.PadRight(width) +
                              deviceInfo.FwVersion.PadRight(width) +
                              deviceInfo.Others.PadRight(width)
                          );
                      }
                  }
                  else
                  {
                      Console.WriteLine("There are not devices available");
                  }
   
              }
              Console.WriteLine($"Press any key for exit");
              Console.ReadKey();
          }
      }
  }