//
// GET: /Risk/
private ActionResult GenerateRiskFactor(string getinfor)
{
RiskCalculator _rcal = new RiskCalculator();
//string[] getrisks = str.Split('_');
int Diabetes = 0;
int Periodontal = 0;
int Sleep = 0;
foreach (char item in getinfor)
{
if (item == 't')
{
Periodontal++;
}
else if (item == 'e')
{
Diabetes++;
}
else
{
Sleep++;
}
}
_rcal.DiabetisResult = 84 + (84 * Diabetes) + "px";
_rcal.PeriodontalResult = 46.6 + (46.6 * Periodontal) + "px";
_rcal.SleepResult = 60 + (60 * Sleep) + "px";
System.IO.StreamReader myFile = new System.IO.StreamReader(Server.MapPath("~/Files/MedicalDisclaimer.txt"));
_rcal.MedicalDisclaimer = myFile.ReadToEnd();
System.IO.StreamReader myresult = new System.IO.StreamReader(Server.MapPath("~/Files/results.txt"));
_rcal.Results = myresult.ReadToEnd();
return(View(_rcal));
}
public void Init()
{
_riskCalculator = new RiskCalculator();
_exposureKeyMock = new ExposureKeyMock();
_rndGenerator = new MockRandomGenerator();
_key = _exposureKeyMock.CreateMockedExposureKey();
}
public Contracts.Control.Control Update(Contracts.Control.UpdateControl updateControl)
{
using (var db = new RAAPEntities(GetConnectionString()))
{
var process = db.Controls.FirstOrDefault(a => a.ControlId == updateControl.ControlId);
if (process == null)
{
throw new RAAPNotFoundException("Item not found.");
}
RiskCalculator.CheckRiskTypes(updateControl, db);
process.ApplyUpdate(updateControl, db);
db.SaveChanges();
return(process.ToContract(_userService));
}
}
public Contracts.Control.Control Create(Contracts.Control.CreateControl createControl)
{
using (var db = new RAAPEntities(GetConnectionString()))
{
if (db.Controls.Any(a => a.Name == createControl.Name))
{
throw new RAAPConflictException("Name is already in use, please try another name.");
}
RiskCalculator.CheckRiskTypes(createControl, db);
var process = createControl.ToDataModel(db);
db.Controls.Add(process);
db.SaveChanges();
return(process.ToContract(_userService));
}
}
public Contracts.Process.Process Update(Contracts.Process.UpdateProcess updateProcess)
{
using (var db = new RAAPEntities(GetConnectionString()))
{
var process = db.Processes.FirstOrDefault(a => a.ProcessId == updateProcess.ProcessId);
if (process == null)
{
throw new RAAPNotFoundException("Item not found.");
}
RiskCalculator.CheckRiskTypes(updateProcess, db);
process.ApplyUpdate(updateProcess, db);
RemoveUnusedAssets(process, updateProcess);
AddAssets(db, process, updateProcess.Assets);
RiskCalculator.CalculateRisk(process);
db.SaveChanges();
return(process.ToContract(_userService));
}
}
public Contracts.Threat.Threat Create(Contracts.Threat.CreateThreat createThreat)
{
using (var db = new RAAPEntities(GetConnectionString()))
{
if (db.Threats.Any(a => a.Name == createThreat.Name))
{
throw new RAAPConflictException("Name is already in use, please try another name.");
}
RiskCalculator.CheckRiskTypes(createThreat, db);
RiskCalculator.CalculateRisk(createThreat);
var threat = createThreat.ToDataModel(db);
db.Threats.Add(threat);
AddControls(db, threat, createThreat.Controls);
db.SaveChanges();
return(threat.ToContract(_userService));
}
}
private EuGatewayService CreateGatewayServiceAndDependencies(IGatewayHttpClient httpClient)
{
_keysRepository = new TemporaryExposureKeyRepository(_dbContext, _countryRepository, _temporaryExposureKeyRepositoryLogger.Object);
var signatureServiceMock = new Mock <ISignatureService>(MockBehavior.Strict);
var webContextReader = new GatewayWebContextReader(_autoMapper, _loggerGatewayWebContextReader.Object);
var epochConverter = new EpochConverter();
var keyValidator = new KeyValidator(epochConverter);
var exposureKeyMapper = new ExposureKeyMapper(_epochConverter);
var keyFilterLoggerMock = new Mock <ILogger <KeyFilter> >(MockBehavior.Loose);
var keyFilter = new KeyFilter(_autoMapper, keyValidator, exposureKeyMapper, keyFilterLoggerMock.Object, _keysRepository);
var storeServiceLoggerMock = new Mock <ILogger <EFGSKeyStoreService> >();
var riskCalculator = new RiskCalculator();
var dsosDecoder = new DaysSinceOnsetOfSymptomsDecoder();
var addTemporaryExposureKeyService = new Mock <IAddTemporaryExposureKeyService>(MockBehavior.Strict);
addTemporaryExposureKeyService
.Setup(x => x.FilterDuplicateKeysAsync(It.IsAny <List <TemporaryExposureKey> >()))
.ReturnsAsync((List <TemporaryExposureKey> argument) =>
{
return(argument);
});
var storeService = new EFGSKeyStoreService(keyFilter, _keysRepository, storeServiceLoggerMock.Object, riskCalculator, epochConverter, dsosDecoder, addTemporaryExposureKeyService.Object);
var gatewayServiceLoggerMock = new Mock <ILogger <EuGatewayService> >(MockBehavior.Loose);
return(CreateGatewayService(
_keysRepository,
signatureServiceMock.Object,
_autoMapper,
httpClient,
keyFilter,
webContextReader,
storeService,
gatewayServiceLoggerMock.Object,
epochConverter,
_config
));
}
public Contracts.Threat.Threat Update(Contracts.Threat.UpdateThreat updateThreat)
{
using (var db = new RAAPEntities(GetConnectionString()))
{
var threat = db.Threats.Include("Controls").FirstOrDefault(a => a.ThreatId == updateThreat.ThreatId);
if (threat == null)
{
throw new RAAPNotFoundException("Item not found.");
}
RiskCalculator.CheckRiskTypes(updateThreat, db);
threat.ApplyUpdate(updateThreat, db);
RemoveUnusedControls(threat, updateThreat);
AddControls(db, threat, updateThreat.Controls);
RiskCalculator.ResetCalculatedRisk(threat);
RiskCalculator.CalculateRisk(threat);
db.SaveChanges();
return(threat.ToContract(_userService));
}
}
public void Init()
{
_riskCalulator = new RiskCalculator();
_exposureKeyMock = new ExposureKeyMock();
_webContextMock = new WebContextMock();
_mockSetup = new SetupMockedServices();
_webContextReader = new Mock <IGatewayWebContextReader>(MockBehavior.Strict);
_keyFilter = new Mock <IKeyFilter>(MockBehavior.Strict);
_tempKeyRepository = new Mock <ITemporaryExposureKeyRepository>(MockBehavior.Strict);
_logger = new Mock <ILogger <EFGSKeyStoreService> >();
_epochConverter = new EpochConverter();
_onsetDaysDecoder = new DaysSinceOnsetOfSymptomsDecoder();
_mockSetup.SetupWebContextReaderMock(_webContextReader);
_mockSetup.SetupKeyFilterMock(_keyFilter);
_mockSetup.SetupTemopraryExposureKeyRepositoryMock(_tempKeyRepository);
_keyStoreService = new EFGSKeyStoreService(_webContextReader.Object, _keyFilter.Object, _tempKeyRepository.Object, _logger.Object, _riskCalulator, _epochConverter, _onsetDaysDecoder);
}
public async Task <ActionResult <PortfolioRiskStatsViewDto> > GetPortfolioMinuteRiskInfo(int id)
{
DateTime baseDate = DateTime.Now;
#if DEBUG
baseDate = new DateTime(2018, 08, 01);
#endif
List <double> fullReturnSet = await _portfolioContext.PortfolioMinuteReturns
.Where(p => p.PortfolioId == id)
.Where(p => p.DateTime < baseDate && p.DateTime >= baseDate.AddMonths(-1))
.OrderBy(p => p.Return)
.Select(p => p.Return)
.ToListAsync();
var partialResult = await RiskCalculator.GetAssetRiskStats(fullReturnSet);
PortfolioRiskStatsViewDto result = new PortfolioRiskStatsViewDto(
id, partialResult);
return(result);
}
public ScanResult ScanBrowsers()
{
var items = new ScanItem[]
{
new ScanItem("google.com", "*****@*****.**", "duplicate"),
new ScanItem("Site2.com", "User2", "duplicate"),
new ScanItem("Site3.com", "User3", "Password3"),
new ScanItem("Site4.com", "User1", "VERY_Str0ngPassword_And_long_as_fantasy_lets_to_type_as_much_letters_as_we_can!!!!"),
new ScanItem("Site5.com", "User2", "wek"),
new ScanItem("Site6.com", "User3", "wek"),
new ScanItem("Site7.com", "User1", "wek"),
new ScanItem("Site8.com", "User2", "weak4duplicate"),
new ScanItem("Site9.com", "User3", "weak4duplicate"),
};
items = new RiskCalculator().MarkDuplicates(items);
var res = new ScanResult(items);
new RegistryManager().PutScanSummaryToRegistry(res);
return(res);
}
public Contracts.Process.Process Create(Contracts.Process.CreateProcess createProcess)
{
using (var db = new RAAPEntities(GetConnectionString()))
{
if (db.Processes.Any(a => a.Name == createProcess.Name))
{
throw new RAAPConflictException("Name is already in use, please try another name.");
}
if (createProcess.Category == null)
{
throw new RAAPConflictException("Category is not selected.");
}
RiskCalculator.CheckRiskTypes(createProcess, db);
var process = createProcess.ToDataModel(db);
AddAssets(db, process, createProcess.Assets);
db.Processes.Add(process);
RiskCalculator.CalculateRisk(process);
db.SaveChanges();
return(process.ToContract(_userService));
}
}
public ActionScoreController(RiskCalculator riskScoreCalculator)
{
this.riskScoreCalculator = riskScoreCalculator;
}
public Contracts.Risk.RiskType CreateRiskType(Contracts.Risk.RiskType riskType)
{
if (string.IsNullOrWhiteSpace(riskType.Name))
{
throw new RAAPConflictException("Invalid/missing name");
}
using (var db = new RAAPEntities(GetConnectionString()))
{
if (db.RiskTypes.Any(r => r.Name == riskType.Name.Trim()))
{
throw new RAAPConflictException("Name is already in use, please try another name.");
}
var dbRiskType = riskType.ToDataModel();
db.RiskTypes.Add(dbRiskType);
foreach (var asset in db.Assets)
{
var threatRisk = new ThreatRisk()
{
RiskType = dbRiskType,
};
RiskCalculator.ResetRisk(threatRisk);
asset.ThreatRisks.Add(threatRisk);
}
foreach (var threat in db.Threats)
{
var threatRisk = new ThreatRisk()
{
RiskType = dbRiskType,
};
RiskCalculator.ResetRisk(threatRisk);
threat.ThreatRisks.Add(threatRisk);
}
foreach (var assetThreat in db.Asset_Threat)
{
var threatRisk = new ThreatRisk()
{
RiskType = dbRiskType,
};
RiskCalculator.ResetRisk(threatRisk);
assetThreat.ThreatRisks.Add(threatRisk);
}
foreach (var control in db.Controls)
{
var controlRisk = new ControlRisk()
{
RiskType = dbRiskType,
};
control.ControlRisks.Add(controlRisk);
}
foreach (var assetThreatControl in db.AssetThreat_Control)
{
var controlRisk = new ControlRisk()
{
RiskType = dbRiskType,
};
assetThreatControl.ControlRisks.Add(controlRisk);
}
db.SaveChanges();
return(dbRiskType.ToContract());
}
}
public PositiveRiskCheckBoxViewModel(int risk)
{
Risk = risk;
RiskCalculator.Note(this);// this - передаем тип самого класса, который унаследовани от соответсвующего позитивного или негативного интерфейса и тамк студия понимает метод реализации калькулятора , т.к. в зависимости от позитивного или негативного (есть два конструктора с разной реализацией методов)
}
internal static void RiskCalc(
int riskIndex,
int currentAge,
int projectionAge,
int menarcheAge,
int firstLiveBirthAge,
int everHadBiopsy,
int numberOfBiopsy,
int hyperPlasia,
int firstDegRelatives,
int race,
out double absoluteRisk,
out double averageRisk)
{
int ageIndicator;
double rHyperPlasia;
currentAge = BcptConvert.GetCurrentAge(currentAge);
menarcheAge = BcptConvert.MenarcheAge(menarcheAge);
firstLiveBirthAge = BcptConvert.FirstLiveBirthAge(firstLiveBirthAge);
everHadBiopsy = BcptConvert.EverHadBiopsy(everHadBiopsy);
numberOfBiopsy = BcptConvert.NumberOfBiopsy(numberOfBiopsy, everHadBiopsy);
hyperPlasia = BcptConvert.Hyperplasia(hyperPlasia, everHadBiopsy);
//firstDegRelatives = BcptConvert.FirstDegRelatives(firstDegRelatives);
race = BcptConvert.GetRace(race.ToString());
if (race < 7)
{
firstDegRelatives = BcptConvert.FirstDegRelatives(firstDegRelatives);
}
else
{
firstDegRelatives = BcptConvert.FirstDegRelatives(firstDegRelatives, race);
}
ageIndicator = BcptConvert.CurrentAgeIndicator(currentAge);
rHyperPlasia = BcptConvert.RHyperplasia(hyperPlasia, everHadBiopsy);
riskIndex = 1; //get absolute risk
RiskCalculator oBcpt = new RiskCalculator();
absoluteRisk = oBcpt.CalculateAbsoluteRisk(
currentAge //[t1]
, projectionAge //[t2]
, ageIndicator //[i0]
, numberOfBiopsy //[i2]
, menarcheAge //[i1]
, firstLiveBirthAge //[i3]
, firstDegRelatives //[i4]
, everHadBiopsy //[iever]
, hyperPlasia //[ihyp]
, rHyperPlasia //[rhyp]
, race //[race]
);
riskIndex = 2; //get average risk also
averageRisk = oBcpt.CalculateAeverageRisk(
currentAge //[t1]
, projectionAge //[t2]
, ageIndicator //[i0]
, numberOfBiopsy //[i2]
, menarcheAge //[i1]
, firstLiveBirthAge //[i3]
, firstDegRelatives //[i4]
, everHadBiopsy //[iever]
, hyperPlasia //[ihyp]
, rHyperPlasia //[rhyp]
, race //[race]
);
}