private void ApplieFilter(FilterConfiguration filterConfig)
{
if (!filterEnabled)
{
return;
}
// Update enables
cmbFilterBoss.Enabled = filterConfig.BossEnabled;
cmbFilterDuration.Enabled = filterConfig.DurationEnabled;
txtFilterDuration.Enabled = filterConfig.DurationEnabled;
cmbFilterHp.Enabled = filterConfig.HPEnabled;
numFilterHpLeft.Enabled = filterConfig.HPEnabled;
rbFilterKill.Enabled = filterConfig.SuccsessEnabled;
rbFilterWipe.Enabled = filterConfig.SuccsessEnabled;
//generate filter string
var filter = Logic.GetFilter(filterConfig);
dataTable.DefaultView.RowFilter = filter;
//update shown
if (string.IsNullOrWhiteSpace(filter))
{
lblShowenCount.Visible = false;
lblShown.Visible = false;
}
else
{
lblShowenCount.Text = dataTable.DefaultView.Count.ToString();
lblShowenCount.Visible = true;
lblShown.Visible = true;
}
}
public void BuildFilterConfigHash_ShouldBeAffectedByEventLogName()
{
var original = new FilterConfiguration("filter", TimeSpan.FromHours(1), 100, "foobar", "bazqux");
var newConfig = new FilterConfiguration("filter", TimeSpan.FromHours(1), 100, "foobar", "foobar");
Assert.That(HashBuilder.BuildFilterConfigHash(original), Is.Not.EqualTo(HashBuilder.BuildFilterConfigHash(newConfig)));
}
public string GetFilter(FilterConfiguration filterConfiguration)
{
List <string> filters = new List <string>();
if (filterConfiguration.BossEnabled)
{
filters.Add(BossFilter(filterConfiguration.BossName));
}
if (filterConfiguration.DurationEnabled)
{
filters.Add(DurationFilter(filterConfiguration.DurationRelation, filterConfiguration.DurationValue));
}
if (filterConfiguration.HPEnabled)
{
filters.Add(HpFilter(filterConfiguration.HpRelation, filterConfiguration.HpValue));
}
if (filterConfiguration.DateFromEnabled)
{
filters.Add(DateFromFilter(filterConfiguration.DateFrom));
}
if (filterConfiguration.DateFromEnabled)
{
filters.Add(DateToFilter(filterConfiguration.DateTo));
}
if (filterConfiguration.SuccsessEnabled)
{
filters.Add(SuccsessFilter(filterConfiguration.Succsess));
}
return(string.Join(" AND ", filters));
}
private void UpdateFilter()
{
if (!filterEnabled)
{
return;
}
if (!TimeSpan.TryParse(txtFilterDuration.Text, out TimeSpan duration))
{
duration = new TimeSpan(1, 0, 0);
}
var filterConfig = new FilterConfiguration(
cbFilterBoss.Checked,
cmbFilterBoss.Text,
cbFilterHpLeft.Checked,
cmbFilterHp.Text,
(double)numFilterHpLeft.Value,
cbFilterDuration.Checked,
cmbFilterDuration.Text,
duration,
cbFilterSuccsess.Checked,
rbFilterKill.Checked,
dtpFilterFrom.Checked,
dtpFilterFrom.Value,
dtpFilterTo.Checked,
dtpFilterTo.Value
);
ApplieFilter(filterConfig);
}
public Configuration(IConfigurationDocument document, ILifetimeScope container)
{
Input = new InputConfiguration(document.Root.Element("Input"), container);
Filter = new FilterConfiguration(document.Root.Element("Filter"), container);
Output = new OutputConfiguration(document.Root.Element("Output"), container);
Patterns = new PatternsConfiguration(document.Root.Element("Patterns"));
}
public static FilterConfiguration InventoryFilter(this FilterConfiguration filterConfiguration)
{
return(filterConfiguration.RangeFacet <VariationContent, double>(x => x.TotalInStock(),
(builder, values) => builder
.And(x => x.TotalInStock().GreaterThan(values.Min() - 0.1))
.And(x => x.TotalInStock().LessThan(values.Max() + 0.1))));
}
public static FilterConfiguration DefaultPriceFilter(this FilterConfiguration filterConfiguration)
{
return(filterConfiguration.RangeFacet <VariationContent, double>(x => x.DefaultPrice(),
(builder, values) => builder
.And(x => x.DefaultPrice().GreaterThan(values.Min() - 0.1))
.And(x => x.DefaultPrice().LessThan(values.Max() + 0.1))));
}
protected void Application_Start()
{
AreaRegistration.RegisterAllAreas();
GlobalConfiguration.Configure(WebAPIConfiguration.Register);
FilterConfiguration.RegisterGlobalFilters(GlobalFilters.Filters);
RouteConfiguration.RegisterRoutes(RouteTable.Routes);
BundleConfiguration.RegisterBundles(BundleTable.Bundles);
}
private void SendReportUsingFilter(string filterString, EventSource source = EventSource.EventLog, string externalEvents = "")
{
var filterConfig = new FilterConfiguration(filterString, TimeSpan.FromHours(12), 100, "", "Security", eventSource: source, externalEventsXml: externalEvents);
var logEventFilter = new LogEventFilter(_eventReader, filterConfig);
_radonExecutor = new RadonExecutor(_currentEmailConfig, filterConfig, _mockEventIdentificationStore, logEventFilter);
_radonExecutor.SendReport(_radonExecutor.GetLogEvents());
}
public WorkOrderFilterProvider(IOptions <FilterConfiguration> options,
IScheduleOfRatesGateway scheduleOfRatesGateway,
ICurrentUserService currentUserService
)
{
_options = options.Value;
_scheduleOfRatesGateway = scheduleOfRatesGateway;
_currentUserService = currentUserService;
}
public FilterContainer(
FilterBuilder <TEntity> filterBuilder,
FilterConfiguration <TEntity> filterConfiguration)
{
FilterBuilder = filterBuilder;
FilterConfiguration = filterConfiguration;
FilterConfiguration.Configure(FilterBuilder);
}
private void RunGetDataPageTest(int pageNumber, int pageSize, int expectedLoaded, int expectedTotal,
FilterConfiguration <CustomerGridModel> filter)
{
var request = new DataRequest <CustomerGridModel>(pageNumber, pageSize, this.sort, filter);
var dataPage = this.GetService().GetDataPage(request);
dataPage.ShouldBeValid(pageNumber, pageSize, expectedLoaded, expectedTotal);
}
public void ShouldReturnStringEmptyForFilterStringIfNullPassed()
{
var filterConfiguration = new FilterConfiguration(null, _timeLimit, _maxMessages, _remoteMachine, _eventLogName);
Assert.That(filterConfiguration.FilterString, Is.EqualTo(string.Empty));
var otherConstructorFilterConfiguration = new FilterConfiguration(null, _timeLimit, _maxMessages, _remoteMachine, _eventLogName);
Assert.That(otherConstructorFilterConfiguration.FilterString, Is.EqualTo(string.Empty));
}
public PesterConfiguration()
{
Run = new RunConfiguration();
Filter = new FilterConfiguration();
CodeCoverage = new CodeCoverageConfiguration();
TestResult = new TestResultConfiguration();
Should = new ShouldConfiguration();
Debug = new DebugConfiguration();
Output = new OutputConfiguration();
}
public ContentFilterService(
FilterConfiguration filterConfiguration,
CheckedOptionsService filterModelFactory,
IContentRepository contentRepository,
ISynchronizedObjectInstanceCache synchronizedObjectInstanceCache,
SearchSortingService searchSorter,
ReferenceConverter referenceConverter,
IClient client)
: base(filterConfiguration, filterModelFactory, contentRepository, synchronizedObjectInstanceCache, searchSorter, referenceConverter, client)
{
}
public void ShouldNotTrimFilterString()
{
const string filterString = " filterString ";
var filterConfiguration = new FilterConfiguration(filterString, _timeLimit, _maxMessages, _remoteMachine, _eventLogName);
Assert.That(filterConfiguration.FilterString, Is.EqualTo(filterString));
var otherConstructorFilterConfiguration = new FilterConfiguration(filterString, _timeLimit, _maxMessages, _remoteMachine, _eventLogName);
Assert.That(otherConstructorFilterConfiguration.FilterString, Is.EqualTo(filterString));
}
/// <summary>
/// Creates a JSON object from a <see cref="FilterConfiguration"/> object.
/// </summary>
/// <param name="filterConfiguration"></param>
/// <returns></returns>
public void FromFilterConfiguration(FilterConfiguration filterConfiguration)
{
DataVersion = filterConfiguration.DataVersion;
ProhibitMlat = filterConfiguration.ProhibitMlat;
ProhibitIcaos = filterConfiguration.ProhibitIcaos;
var icaoLines = new List <string>(filterConfiguration.Icaos);
icaoLines.AddRange(filterConfiguration.IcaoRanges.Select(r => r.ToString()));
icaoLines.Sort((lhs, rhs) => String.Compare(lhs, rhs));
Icaos = String.Join("\n", icaoLines.ToArray());
}
public void ShouldNotUseMaxMessagesIfMaxMessagesIsLessThanOne(int maxMessages)
{
var filterConfiguration = new FilterConfiguration(_filterString, _timeLimit, maxMessages, _remoteMachine, _eventLogName);
Assert.That(filterConfiguration.MaxMessages, Is.EqualTo(maxMessages));
Assert.That(filterConfiguration.UseMaxMessages, Is.False);
var otherConstructorFilterConfiguration = new FilterConfiguration(_filterString, _timeLimit, maxMessages, _remoteMachine, _eventLogName);
Assert.That(otherConstructorFilterConfiguration.MaxMessages, Is.EqualTo(maxMessages));
Assert.That(otherConstructorFilterConfiguration.UseMaxMessages, Is.False);
}
public static PesterConfiguration ShallowClone(PesterConfiguration configuration)
{
var cfg = Default;
cfg.Run = RunConfiguration.ShallowClone(configuration.Run);
cfg.Filter = FilterConfiguration.ShallowClone(configuration.Filter);
cfg.CodeCoverage = CodeCoverageConfiguration.ShallowClone(configuration.CodeCoverage);
cfg.TestResult = TestResultConfiguration.ShallowClone(configuration.TestResult);
cfg.Should = ShouldConfiguration.ShallowClone(configuration.Should);
cfg.Debug = DebugConfiguration.ShallowClone(configuration.Debug);
cfg.Output = OutputConfiguration.ShallowClone(configuration.Output);
return(cfg);
}
private static void ValidateFilterConfiguration(FilterConfiguration filterConfiguration)
{
if (!Enum.IsDefined(typeof(FilterScope), filterConfiguration.FilterScope))
{
throw new ConfigurationErrorException(
$"Filter Scope '{filterConfiguration.FilterScope}' is not supported.");
}
if (filterConfiguration.FilterScope == FilterScope.Group && string.IsNullOrWhiteSpace(filterConfiguration.GroupId))
{
throw new ConfigurationErrorException("Group id can not be null, empty or white space for `Group` filter scope.");
}
}
/// <summary>
/// Creates a <see cref="FilterConfiguration"/> from the object.
/// </summary>
/// <param name="duplicateIcaos"></param>
/// <param name="invalidIcaos"></param>
/// <returns></returns>
public FilterConfiguration ToFilterConfiguration(List <string> duplicateIcaos, List <string> invalidIcaos)
{
var result = new FilterConfiguration()
{
DataVersion = DataVersion,
ProhibitMlat = ProhibitMlat,
ProhibitIcaos = ProhibitIcaos,
};
ParseIcaos(Icaos, result.Icaos, result.IcaoRanges, duplicateIcaos, invalidIcaos);
return(result);
}
public PesterConfiguration(IDictionary configuration)
{
if (configuration != null)
{
Run = new RunConfiguration(configuration.GetIDictionaryOrNull("Run"));
Filter = new FilterConfiguration(configuration.GetIDictionaryOrNull("Filter"));
CodeCoverage = new CodeCoverageConfiguration(configuration.GetIDictionaryOrNull("CodeCoverage"));
TestResult = new TestResultConfiguration(configuration.GetIDictionaryOrNull("TestResult"));
Should = new ShouldConfiguration(configuration.GetIDictionaryOrNull("Should"));
Debug = new DebugConfiguration(configuration.GetIDictionaryOrNull("Debug"));
Output = new OutputConfiguration(configuration.GetIDictionaryOrNull("Output"));
}
}
public void ShouldTrimRemoteMachineAndEventLogName()
{
const string remoteMachine = " remoteMachine ";
const string eventLogName = " eventLogName ";
var filterConfiguration = new FilterConfiguration(_filterString, _timeLimit, _maxMessages, remoteMachine, eventLogName);
Assert.That(filterConfiguration.RemoteMachine, Is.EqualTo(remoteMachine.Trim()));
Assert.That(filterConfiguration.EventLogName, Is.EqualTo(eventLogName.Trim()));
var otherConstructorFilterConfiguration = new FilterConfiguration(_filterString, _timeLimit, _maxMessages, remoteMachine, eventLogName);
Assert.That(otherConstructorFilterConfiguration.RemoteMachine, Is.EqualTo(remoteMachine.Trim()));
Assert.That(otherConstructorFilterConfiguration.EventLogName, Is.EqualTo(eventLogName.Trim()));
}
public PesterConfiguration(IDictionary configuration)
{
if (configuration != null)
{
Run = new RunConfiguration(configuration.GetIDictionaryOrNull(nameof(Run)));
Filter = new FilterConfiguration(configuration.GetIDictionaryOrNull(nameof(Filter)));
CodeCoverage = new CodeCoverageConfiguration(configuration.GetIDictionaryOrNull(nameof(CodeCoverage)));
TestResult = new TestResultConfiguration(configuration.GetIDictionaryOrNull(nameof(TestResult)));
Should = new ShouldConfiguration(configuration.GetIDictionaryOrNull(nameof(Should)));
Debug = new DebugConfiguration(configuration.GetIDictionaryOrNull(nameof(Debug)));
Output = new OutputConfiguration(configuration.GetIDictionaryOrNull(nameof(Output)));
TestDrive = new TestDriveConfiguration(configuration.GetIDictionaryOrNull(nameof(TestDrive)));
TestRegistry = new TestRegistryConfiguration(configuration.GetIDictionaryOrNull(nameof(TestRegistry)));
}
}
public DataRequest(int currentPageNumber, int pageSize,
SortConfiguration sortConfiguration, FilterConfiguration <TGridModel> filterConfiguration)
{
if (sortConfiguration == null)
{
throw new ArgumentException("sortConfiguration");
}
if (filterConfiguration == null)
{
throw new ArgumentNullException("filterConfiguration");
}
this.PageNumber = currentPageNumber;
this.PageSize = pageSize;
this.FilterConfiguration = filterConfiguration;
this.SortConfiguration = sortConfiguration;
}
public void ShouldUseExternalEventsSourceIfSelected()
{
var filterConfig = new FilterConfiguration("1=1", TimeSpan.FromHours(12), 100, "", Path.GetRandomFileName(), EventSource.External, "<Events><Event><Message>External event message</Message></Event></Events>");
var mockConfig = MockRepository.GenerateMock <IRadonConfigurationManager>();
mockConfig.Expect(c => c.GetEmailConfig()).Return(_currentEmailConfig);
mockConfig.Expect(c => c.GetFilterConfig()).Return(filterConfig);
_radonExecutor = new RadonExecutor(mockConfig);
_radonExecutor.SendReport(_radonExecutor.GetLogEvents());
Assert.That(_smtpServer.ReceivedEmailCount, Is.EqualTo(1), "An email should have been sent");
var body = SmtpSenderTest.ParseMessageBody(_smtpServer.ReceivedEmail.Single().Body);
Assert.That(body, Does.Contain("External event message"));
}
public JobManager(
IJobStore jobStore,
IJobExecutor jobExecutor,
ITypeFilterParser typeFilterParser,
IOptions <JobConfiguration> jobConfiguration,
IOptions <FilterConfiguration> filterConfiguration,
ILogger <JobManager> logger)
{
EnsureArg.IsNotNull(jobConfiguration, nameof(jobConfiguration));
EnsureArg.IsNotNull(filterConfiguration, nameof(filterConfiguration));
_jobConfiguration = jobConfiguration.Value;
_filterConfiguration = filterConfiguration.Value;
_jobStore = EnsureArg.IsNotNull(jobStore, nameof(jobStore));
_jobExecutor = EnsureArg.IsNotNull(jobExecutor, nameof(jobExecutor));
_typeFilterParser = EnsureArg.IsNotNull(typeFilterParser, nameof(typeFilterParser));
_logger = EnsureArg.IsNotNull(logger, nameof(logger));
}
protected FilteringServiceBase(
FilterConfiguration filterConfiguration,
CheckedOptionsService filterModelFactory,
IContentRepository contentRepository,
ISynchronizedObjectInstanceCache synchronizedObjectInstanceCache,
SearchSortingService searchSorter,
ReferenceConverter referenceConverter,
IClient client)
{
_filterConfiguration = filterConfiguration;
CheckedOptionsService = filterModelFactory;
ContentRepository = contentRepository;
_synchronizedObjectInstanceCache = synchronizedObjectInstanceCache;
SearchSortingService = searchSorter;
ReferenceConverter = referenceConverter;
Client = client;
//FilterContentsWithGenericTypes = new Lazy<IEnumerable<FilterContentModelType>>(FilterContentsWithGenericTypesValueFactory, false);
}
public static MutableSyncPoint WithFilterConfiguration(this MutableSyncPoint state, string name, FilterConfiguration filterConfiguration)
{
Dictionary<string, FilterConfiguration> current;
try
{
current = (Dictionary<string, FilterConfiguration>)state.FilterConfigurations;
}
catch (Exception)
{
current = null;
}
current = current ?? new Dictionary<string, FilterConfiguration>();
current.Add(name, filterConfiguration);
state.FilterConfigurations = current;
return state;
}
public void ShouldReturnCorrectValues()
{
var filterConfiguration = new FilterConfiguration(_filterString, _timeLimit, _maxMessages, _remoteMachine, _eventLogName);
Assert.That(filterConfiguration.FilterString, Is.EqualTo(_filterString));
Assert.That(filterConfiguration.TimeLimit, Is.EqualTo(_timeLimit));
Assert.That(filterConfiguration.MaxMessages, Is.EqualTo(_maxMessages));
Assert.That(filterConfiguration.UseMaxMessages, Is.True);
Assert.That(filterConfiguration.RemoteMachine, Is.EqualTo(_remoteMachine));
Assert.That(filterConfiguration.EventLogName, Is.EqualTo(_eventLogName));
var otherConstructorFilterConfiguration = new FilterConfiguration(_filterString, _timeLimit, _maxMessages, _remoteMachine, _eventLogName);
Assert.That(otherConstructorFilterConfiguration.FilterString, Is.EqualTo(_filterString));
Assert.That(otherConstructorFilterConfiguration.TimeLimit, Is.EqualTo(_timeLimit));
Assert.That(otherConstructorFilterConfiguration.MaxMessages, Is.EqualTo(_maxMessages));
Assert.That(otherConstructorFilterConfiguration.UseMaxMessages, Is.True);
Assert.That(otherConstructorFilterConfiguration.RemoteMachine, Is.EqualTo(_remoteMachine));
Assert.That(otherConstructorFilterConfiguration.EventLogName, Is.EqualTo(_eventLogName));
}
public IChangeFilter GetFilter(FilterConfiguration configuration)
{
if (configuration == null)
{
throw new ArgumentNullException(nameof(configuration));
}
switch (configuration.Type)
{
case FilterType.None:
if (m_EmptyChangeFilter == null)
{
m_EmptyChangeFilter = new EmptyChangeFilter();
}
return m_EmptyChangeFilter;
case FilterType.MicroscopeQuery:
return new MicroscopeChangeFilter(configuration.CustomData);
default:
throw new NotImplementedException();
}
}
public RadonConfigurationManager(EmailSettings email, FilterSettings filter)
{
_emailConfig = new EmailConfiguration(smtpServerName: email.SmtpServerName,
senderAddress: email.SenderAddress,
senderName: email.SenderName,
portNumber: email.PortNumber,
maxIdleTime: email.MaxIdleTime,
useWindowsCredentials: email.UseWindowsCredentials,
recipients: email.Recipients,
subject: email.Subject,
username: email.Username,
password: email.Password,
templateFile: email.TemplateFile,
useSsl: email.UseSsl);
_filterConfig = new FilterConfiguration(filterString: filter.FilterString,
timeLimit: filter.MaxTimespan,
maxMessages: filter.MaxMessages,
remoteMachine: filter.RemoteMachine,
eventLogName: filter.EventLogName,
eventSource: filter.EventSource,
externalEventsXml: filter.ExternalEventsXml);
}
