/// <summary>
/// Method that does the tracking of app usage on the system.
/// </summary>
protected void TrackAppUsage()
{
if (!this.IsUserIdle(IdleTimeout))
{
Process activeProcess = this.GetActiveProcess();
if (activeProcess == null)
{
return;
}
AppUsage appUsageToUpdate = this.AppUsages.Find(x => x.Name.Equals(activeProcess.ProcessName));
if (appUsageToUpdate != null)
{
appUsageToUpdate.TimeUsed += Interval;
}
else
{
AppUsage appUsage = new AppUsage
{
Name = activeProcess.ProcessName,
TimeUsed = Interval,
Environment = this.UserEnvironment,
};
this.AppUsages.Add(appUsage);
}
}
Thread.Sleep(Interval * 1000);
this.TimeSinceLastSent += Interval;
this.CheckAndSendToHost();
}
internal SKSAuthorizationDialog(int key_handle,
PassphraseFormat format,
Grouping grouping,
AppUsage app_usage,
int zero_or_retriesleft)
{
this.key_handle = key_handle;
this.retry_warning = zero_or_retriesleft != 0;
this.retriesleft = zero_or_retriesleft;
this.pin_format = format;
if (app_usage == AppUsage.SIGNATURE &&
(grouping == Grouping.UNIQUE || grouping == Grouping.SIGNATURE_PLUS_STANDARD))
{
show_picture = true;
add_on_dialog_header = " - SIGNATURE";
picture_resource = "sks.signsymb.gif";
picture_tooltip_text = "Signature operation requiring a specific PIN";
}
if (app_usage == AppUsage.AUTHENTICATION && grouping == Grouping.UNIQUE)
{
show_picture = true;
add_on_dialog_header = " - AUTHENTICATION";
picture_resource = "sks.idcard.gif";
picture_tooltip_text = "Authentication operation requiring a specific PIN";
}
if (app_usage == AppUsage.ENCRYPTION && grouping == Grouping.UNIQUE)
{
show_picture = true;
add_on_dialog_header = " - ENCRYPTION";
picture_resource = "sks.encrypt.gif";
picture_tooltip_text = "Encryption operation requiring a specific PIN";
}
pin_format = format;
InitializeComponent();
}
protected void GetAppDetails(AppUsage a)
{
KillRunningThreads();
AppDetailsViewSource.Source = null;
ProgressRing2.Visibility = Visibility.Visible;
Task.Run(() =>
{
threads.Add(Thread.CurrentThread);
List <AppDetail> details;
using (var db = new ArgonDB()) {
details = db.NetworkTraffic
.Where(x => x.Time.Between(DateFrom.Ticks, DateTo.Ticks) && x.FilePath == a.Path && x.ApplicationName == a.Name)
.Select(x => new AppDetail
{
SourceIP = x.SourceAddr,
SourcePort = x.SourcePort,
DestinationIP = x.DestAddr,
DestinationPort = x.DestPort
}).Distinct().ToList();
}
Dispatcher.BeginInvoke(new Action(() =>
{
ProgressRing2.Visibility = Visibility.Collapsed;
AppDetailsViewSource.Source = details;
}));
threads.Clear();
});
}
internal SKSAuthorizationDialog(int key_handle,
PassphraseFormat format,
Grouping grouping,
AppUsage app_usage,
int zero_or_retriesleft)
{
this.key_handle = key_handle;
this.retry_warning = zero_or_retriesleft != 0;
this.retriesleft = zero_or_retriesleft;
this.pin_format = format;
if (app_usage == AppUsage.SIGNATURE &&
(grouping == Grouping.UNIQUE || grouping == Grouping.SIGNATURE_PLUS_STANDARD))
{
show_picture = true;
add_on_dialog_header = " - SIGNATURE";
picture_resource = "sks.signsymb.gif";
picture_tooltip_text = "Signature operation requiring a specific PIN";
}
if (app_usage == AppUsage.AUTHENTICATION && grouping == Grouping.UNIQUE)
{
show_picture = true;
add_on_dialog_header = " - AUTHENTICATION";
picture_resource = "sks.idcard.gif";
picture_tooltip_text = "Authentication operation requiring a specific PIN";
}
if (app_usage == AppUsage.ENCRYPTION && grouping == Grouping.UNIQUE)
{
show_picture = true;
add_on_dialog_header = " - ENCRYPTION";
picture_resource = "sks.encrypt.gif";
picture_tooltip_text = "Encryption operation requiring a specific PIN";
}
pin_format = format;
InitializeComponent();
}
public void TestPostAppUsageNew_SunnyDay()
{
// Arrange
string userId = "TestUser";
string appName = "TestApp";
int timeUsed = 15;
AppEnvironment environment = AppEnvironment.Windows;
List <AppUsage> testAppUsages = new List <AppUsage>();
AppUsage testAppUsage = CreateAppUsage(appName, timeUsed, userId, environment);
testAppUsages.Add(testAppUsage);
var appUsageAdministratorMock = new Mock <IAppUsageAdministrator>();
appUsageAdministratorMock.Setup(admin => admin.SaveAppUsage(testAppUsage));
var appUsageProviderMock = new Mock <IAppUsageProvider>();
AppUsage nullAppUsage = null;
appUsageProviderMock.Setup(provider => provider.FindByUserAndName(userId, appName)).Returns(nullAppUsage);
AppUsageController appUsageController = new AppUsageController(appUsageProviderMock.Object, appUsageAdministratorMock.Object);
// Act
List <AppUsage> actualAppUsageResults = appUsageController.Post(testAppUsages);
// Assert
AppUsage actualAppUsage = actualAppUsageResults.Find(x => x.Name.Equals(appName));
}
public void TestGetByUser_SunnyDay()
{
// Arrange
string appName = "TestApp";
string userId = "TestUser";
int timeUsed = 15;
AppEnvironment environment = AppEnvironment.Windows;
var appUsageProviderMock = new Mock <AppUsageProvider>();
List <AppUsage> expectedAppUsages = new List <AppUsage>();
AppUsage expectedAppUsage = CreateAppUsage(appName, timeUsed, userId, environment);
expectedAppUsages.Add(expectedAppUsage);
appUsageProviderMock.Setup(provider => provider.FindByUser(userId)).Returns(expectedAppUsages);
// Act
AppUsageController appUsageController = new AppUsageController(appUsageProviderMock.Object, null);
List <AppUsage> appUsages = appUsageController.Get(userId);
AppUsage actualAppUsage = appUsages.Find(x => x.Name.Equals(appName));
// Assert
Assert.AreEqual(expectedAppUsage, actualAppUsage);
}
public AppUsageViewModel(AppUsage au) : base(au)
{
App = new AppViewModel(au.App);
EndTimestamp = au.EndTimestamp;
StartTimestamp = au.StartTimestamp;
UsageStartReason = au.UsageStartReason;
UsageEndReason = au.UsageEndReason;
UsageType = au.UsageType;
}
private static void LogAppSwitch(AppUsage prevAppUsage, App newApp)
{
Log.Information("[{start} - {end} ({duration})] {{{startReason}, {endReason}}} {prev} -> {new}",
prevAppUsage.StartTimestamp.ToString("HH:mm:ss.fff tt"),
prevAppUsage.EndTimestamp.ToString("HH:mm:ss.fff tt"),
prevAppUsage.EndTimestamp - prevAppUsage.StartTimestamp,
prevAppUsage.UsageStartReason,
prevAppUsage.UsageEndReason,
prevAppUsage.App.Path,
newApp?.Path);
}
/// <inheritdoc/>
public AppUsage FindByUserAndName(string userId, string appName)
{
AppUsage appUsage = new AppUsage
{
Name = "MockApp",
TimeUsed = 37,
UserId = "MockUser",
Environment = AppEnvironment.Windows,
};
return(appUsage);
}
public static AvayaResult MakeCall(string sourceExt, string dest)
{
AvayaResult result = new AvayaResult {
Extension = sourceExt, Destination = dest
};
if (String.IsNullOrEmpty(sourceExt) || String.IsNullOrEmpty(dest))
{
result.Error = new Exception("Invalid or Missing Parameters"); return(result);
}
Int32 e = 0;
if (!Int32.TryParse(sourceExt, out e))
{
return(MakeCallByUser(sourceExt, dest));
}
// take the incoming number and add any prefixes to it for out-dial
dest = PrefixDestination(sourceExt, dest);
AppUsage.Log("Avaya", DEFAULT_COMPANY, sourceExt, "MakeCall", dest);
//Establish Service
AvayaTSWS.TelephonyServiceService svc = new AvayaTSWS.TelephonyServiceService();
svc.Url = (string)Cache.MemoryCacher.GetValue(AVAYA_URL) ?? CommonLookup.GetLookups("BHCCRM", AVAYA_URL, true)[0].CodeDesc; // "http://192.168.101.26/axis/services/TelephonyService";
Cache.MemoryCacher.Add(AVAYA_URL, svc.Url);
//endpoints
AvayaTSWS.endpoints ep = new AvayaTSWS.endpoints();
ep.originatingExtension = sourceExt; // System.Configuration.ConfigurationManager.AppSettings.Get("ext").ToString();
ep.destinationNumber = dest;
try
{
//do work
System.Net.ServicePointManager.ServerCertificateValidationCallback = delegate(object sender, X509Certificate certificate, X509Chain chain, SslPolicyErrors sslPolicyErrors) { return(true); };
string sess = null;
svc.attach(sess);
svc.makeCall(ep);
}
catch (Exception ex)
{
result.Error = ex;
}
return(result);
}
/// <inheritdoc/>
public List <AppUsage> FindByUser(string userId)
{
List <AppUsage> appUsages = new List <AppUsage>();
AppUsage appUsage = new AppUsage
{
Name = "MockApp",
TimeUsed = 37,
UserId = "MockUser",
Environment = AppEnvironment.Windows,
};
appUsages.Add(appUsage);
return(appUsages);
}
public void AddAppUsage(AppUsage appUsage)
{
appUsage.Id = Insert("insert into AppUsage(" +
"Id, " +
"AppId, " +
"UsageType, " +
"StartTimestamp, " +
"EndTimestamp, " +
"UsageStartReason, " +
"UsageEndReason) " +
"values (?,?,?,?,?,?,?)",
null,
appUsage.App.Id,
(int)appUsage.UsageType,
appUsage.StartTimestamp.Ticks,
appUsage.EndTimestamp.Ticks,
(int)appUsage.UsageStartReason,
(int)appUsage.UsageEndReason);
}
public static void Save(this AppUsage usage, IDataService provider)
{
// get database instance
using (var database = ((DataProvider)provider).Database)
{
var usageR = database.All <AppUsageRealm>().FirstOrDefault();
if (usageR == null)
{
usageR = ObjectMapper.MapData <AppUsage, AppUsageRealm>(usage);
database.Write(() => database.Add(usageR, true));
}
else
{
database.Write(() =>
{
usageR.LastActivity = usage.LastActivity;
});
}
}
}
public async Task <IActionResult> CreateAppUsage(AppUsage AppUsage)
{
try
{
if (!ModelState.IsValid)
{
return(BadRequest(ModelState));
}
else
{
var result = await _masterRepository.CreateAppUsage(AppUsage);
return(Ok(result));
}
}
catch (Exception ex)
{
ErrorLog.WriteToFile("Master/CreateAppUsage", ex);
return(BadRequest(ex.Message));
}
}
public void TestPostAppUsageUpdate_SunnyDay()
{
// Arrange
string userId = "TestUser";
string appName = "TestApp";
int timeUsed = 15;
AppEnvironment environment = AppEnvironment.Windows;
int expectedTimeUsed = 30;
AppUsage appUsage = CreateAppUsage(appName, timeUsed, userId, environment);
List <AppUsage> appUsages = new List <AppUsage>
{
appUsage
};
AppUsage expectedAppUsage = CreateAppUsage(appName, expectedTimeUsed, userId, environment);
List <AppUsage> expectedAppUsages = new List <AppUsage>
{
expectedAppUsage
};
var appUsageProviderMock = new Mock <IAppUsageProvider>();
appUsageProviderMock.Setup(provider => provider.FindByUserAndName(userId, appName)).Returns(appUsage);
var appUsageAdministratorMock = new Mock <IAppUsageAdministrator>();
appUsageAdministratorMock.Setup(admin => admin.SaveAppUsage(new AppUsage()));
AppUsageController appUsageController = new AppUsageController(appUsageProviderMock.Object, appUsageAdministratorMock.Object);
// Act
List <AppUsage> actualAppUsages = appUsageController.Post(appUsages);
AppUsage actualAppUsage = actualAppUsages.Find(x => x.Name.Equals(appName));
// Assert
Assert.AreEqual(expectedAppUsage, actualAppUsage);
}
public ForegroundAppSwitchEventArgs(AppUsage prev, App newApp)
{
PreviousAppUsage = prev;
NewApp = newApp;
}
public AppSwitchMessage(AppUsage prev, App newApp)
{
PreviousAppUsage = prev;
NewApp = newApp;
}
/// <inheritdoc/>
public virtual void SaveAppUsage(AppUsage appUsage)
{
appUsage.Save();
}
