public async Task ComputeThreatListDiffAsync() { Mock <WebRiskServiceV1Beta1.WebRiskServiceV1Beta1Client> mockGrpcClient = new Mock <WebRiskServiceV1Beta1.WebRiskServiceV1Beta1Client>(MockBehavior.Strict); ComputeThreatListDiffRequest expectedRequest = new ComputeThreatListDiffRequest { ThreatType = ThreatType.Unspecified, VersionToken = ByteString.CopyFromUtf8("-46"), Constraints = new ComputeThreatListDiffRequest.Types.Constraints(), }; ComputeThreatListDiffResponse expectedResponse = new ComputeThreatListDiffResponse { NewVersionToken = ByteString.CopyFromUtf8("115"), }; mockGrpcClient.Setup(x => x.ComputeThreatListDiffAsync(expectedRequest, It.IsAny <CallOptions>())) .Returns(new Grpc.Core.AsyncUnaryCall <ComputeThreatListDiffResponse>(Task.FromResult(expectedResponse), null, null, null, null)); WebRiskServiceV1Beta1Client client = new WebRiskServiceV1Beta1ClientImpl(mockGrpcClient.Object, null); ThreatType threatType = ThreatType.Unspecified; ByteString versionToken = ByteString.CopyFromUtf8("-46"); ComputeThreatListDiffRequest.Types.Constraints constraints = new ComputeThreatListDiffRequest.Types.Constraints(); ComputeThreatListDiffResponse response = await client.ComputeThreatListDiffAsync(threatType, versionToken, constraints); Assert.Same(expectedResponse, response); mockGrpcClient.VerifyAll(); }
protected InternalThreat(ThreatType type, ThreatDifficulty difficulty, int health, int speed, int timeAppears, StationLocation currentStation, PlayerAction actionType, ISittingDuck sittingDuck) : base(type, difficulty, health, speed, timeAppears, sittingDuck) { CurrentStation = currentStation; sittingDuck.StationByLocation[currentStation].Threats.Add(this); ActionType = actionType; }
public RoleForm(IRole r, ThreatType type) { this.InitializeComponent(); List <RoleType> roleTypes = new List <RoleType>(); switch (type) { case ThreatType.Creature: { roleTypes.Add(RoleType.Artillery); roleTypes.Add(RoleType.Brute); roleTypes.Add(RoleType.Controller); roleTypes.Add(RoleType.Lurker); roleTypes.Add(RoleType.Skirmisher); roleTypes.Add(RoleType.Soldier); break; } case ThreatType.Trap: { roleTypes.Add(RoleType.Blaster); roleTypes.Add(RoleType.Lurker); roleTypes.Add(RoleType.Obstacle); roleTypes.Add(RoleType.Warder); this.LeaderBox.Text = "This trap is a leader"; break; } } foreach (RoleType roleType in roleTypes) { this.RoleBox.Items.Add(roleType); this.MinionRoleBox.Items.Add(roleType); } foreach (RoleFlag value in Enum.GetValues(typeof(RoleFlag))) { this.ModBox.Items.Add(value); } Application.Idle += new EventHandler(this.Application_Idle); this.fRole = r.Copy(); if (this.fRole is ComplexRole) { this.StandardBtn.Checked = true; ComplexRole complexRole = this.fRole as ComplexRole; this.RoleBox.SelectedItem = complexRole.Type; this.MinionRoleBox.SelectedItem = complexRole.Type; this.ModBox.SelectedItem = complexRole.Flag; this.LeaderBox.Checked = complexRole.Leader; this.HasRoleBox.Checked = false; } if (this.fRole is Minion) { this.MinionBtn.Checked = true; Minion minion = this.fRole as Minion; this.RoleBox.SelectedItem = minion.Type; this.MinionRoleBox.SelectedItem = minion.Type; this.ModBox.SelectedItem = RoleFlag.Standard; this.LeaderBox.Checked = false; this.HasRoleBox.Checked = minion.HasRole; } }
protected InternalThreat(ThreatType threatType, ThreatDifficulty difficulty, int health, int speed, StationLocation currentStation, PlayerActionType?actionType, int?inaccessibility) : this(threatType, difficulty, health, speed, new List <StationLocation> { currentStation }, actionType) { TotalInaccessibility = RemainingInaccessibility = inaccessibility; }
/// <summary> /// Create a Threat Type Model. /// </summary> /// <param name="this"> /// A <see cref="ThreatType" />. /// </param> /// <returns> /// A string identifying a <see cref="ThreatType" />. /// </returns> internal static string AsThreatTypeModel(this ThreatType @this) { string threatTypeModel; switch (@this) { case ThreatType.Malware: threatTypeModel = "MALWARE"; break; case ThreatType.PotentiallyHarmfulApplication: threatTypeModel = "POTENTIALLY_HARMFUL_APPLICATION"; break; case ThreatType.SocialEngineering: threatTypeModel = "SOCIAL_ENGINEERING"; break; case ThreatType.Unknown: threatTypeModel = "THREAT_TYPE_UNSPECIFIED"; break; case ThreatType.UnwantedSoftware: threatTypeModel = "UNWANTED_SOFTWARE"; break; default: threatTypeModel = "THREAT_TYPE_UNSPECIFIED"; break; } return(threatTypeModel); }
/// <summary> /// Gets the most recent threat list diffs. /// </summary> /// <param name="threatType"> /// The ThreatList to update. /// </param> /// <param name="versionToken"> /// The current version token of the client for the requested list (the /// client version that was received from the last successful diff). /// </param> /// <param name="constraints"> /// Required. The constraints associated with this request. /// </param> /// <param name="callSettings">If not null, applies overrides to this RPC call.</param> /// <returns>The RPC response.</returns> public virtual ComputeThreatListDiffResponse ComputeThreatListDiff(ThreatType threatType, proto::ByteString versionToken, ComputeThreatListDiffRequest.Types.Constraints constraints, gaxgrpc::CallSettings callSettings = null) => ComputeThreatListDiff(new ComputeThreatListDiffRequest { ThreatType = threatType, VersionToken = versionToken ?? proto::ByteString.Empty, Constraints = gax::GaxPreconditions.CheckNotNull(constraints, nameof(constraints)), }, callSettings);
protected Threat(ThreatType threatType, ThreatDifficulty difficulty, int health, int speed) { Difficulty = difficulty; ThreatType = threatType; TotalHealth = RemainingHealth = health; Speed = speed; }
protected InternalThreat(ThreatType type, ThreatDifficulty difficulty, int health, int speed, int timeAppears, IList<StationLocation> currentStations, PlayerAction actionType, ISittingDuck sittingDuck) : base(type, difficulty, health, speed, timeAppears, sittingDuck) { CurrentStations = currentStations; foreach (var currentStation in CurrentStations) sittingDuck.StationByLocation[currentStation].Threats.Add(this); ActionType = actionType; }
protected Threat(ThreatType type, ThreatDifficulty difficulty, int health, int speed, int timeAppears, ISittingDuck sittingDuck) { this.difficulty = difficulty; this.type = type; TotalHealth = RemainingHealth = health; Speed = speed; TimeAppears = timeAppears; this.sittingDuck = sittingDuck; }
/// <summary> /// Gets the most recent threat list diffs. /// </summary> /// <param name="threatType"> /// Required. The ThreatList to update. /// </param> /// <param name="versionToken"> /// The current version token of the client for the requested list (the /// client version that was received from the last successful diff). /// </param> /// <param name="constraints"> /// The constraints associated with this request. /// </param> /// <param name="cancellationToken"> /// A <see cref="st::CancellationToken"/> to use for this RPC. /// </param> /// <returns> /// A Task containing the RPC response. /// </returns> public virtual stt::Task <ComputeThreatListDiffResponse> ComputeThreatListDiffAsync( ThreatType threatType, pb::ByteString versionToken, ComputeThreatListDiffRequest.Types.Constraints constraints, st::CancellationToken cancellationToken) => ComputeThreatListDiffAsync( threatType, versionToken, constraints, gaxgrpc::CallSettings.FromCancellationToken(cancellationToken));
/// <summary> /// Restrict Updates. /// </summary> /// <param name="threatType"> /// A <see cref="ThreatType" /> identifying a <see cref="ThreatList" /> to restrict updates to. /// </param> /// <param name="platformType"> /// A <see cref="PlatformType" /> identifying a <see cref="ThreatList" /> to restrict updates to. /// </param> /// <param name="threatEntryType"> /// A <see cref="ThreatEntryType" /> identifying a <see cref="ThreatList" /> to restrict updates to. /// </param> /// <param name="updateConstraints"> /// The <see cref="ThreatListUpdateConstraints" /> to apply when the <see cref="ThreatList" /> identified /// by <paramref name="threatType" />, <paramref name="platformType" />, and /// <paramref name="threatEntryType" /> is retrieved. /// </param> /// <returns> /// This managed service builder. /// </returns> /// <exception cref="System.ArgumentNullException"> /// Thrown if <paramref name="updateConstraints" /> is a null reference. /// </exception> public ManagedBrowsingServiceBuilder RestrictUpdatesTo(ThreatType threatType, PlatformType platformType, ThreatEntryType threatEntryType, ThreatListUpdateConstraints updateConstraints) { Guard.ThrowIf(nameof(updateConstraints), updateConstraints).Null(); var threatListDescriptor = new ThreatListDescriptor(threatType, platformType, threatEntryType); this.UpdateConstraints[threatListDescriptor] = updateConstraints; return(this); }
public Square(SquareType type, ThreatType threat, int posX, int posY, int?number) { Type = type; Threat = threat; PosX = posX; PosY = posY; Number = number; FlagTotal = 0; IsPotentialFlag = false; }
protected InternalThreat(ThreatType type, ThreatDifficulty difficulty, int health, int speed, int timeAppears, IList <StationLocation> currentStations, PlayerAction actionType, ISittingDuck sittingDuck) : base(type, difficulty, health, speed, timeAppears, sittingDuck) { CurrentStations = currentStations; foreach (var currentStation in CurrentStations) { sittingDuck.StationByLocation[currentStation].Threats.Add(this); } ActionType = actionType; }
/// <summary> /// Add Query. /// </summary> /// <param name="threatType"> /// A <see cref="ThreatType" /> identifying the <see cref="ThreatList" /> to query. /// </param> /// <param name="platformType"> /// A <see cref="PlatformType" /> identifying the <see cref="ThreatList" /> to query. /// </param> /// <param name="threatEntryType"> /// A <see cref="ThreatEntryType" /> identifying the <see cref="ThreatList" /> to query. /// </param> /// <param name="threatListState"> /// The state, formatted as a hexadecimal encoded string, of the <see cref="ThreatList" /> identified by /// <paramref name="threatType" />, <paramref name="platformType" />, and /// <paramref name="threatEntryType" />. /// </param> /// <returns> /// This full hash request builder. /// </returns> /// <exception cref="System.ArgumentNullException"> /// Thrown if <paramref name="threatListState" /> is a null reference. /// </exception> /// <exception cref="System.FormatException"> /// Thrown if <paramref name="threatListState" /> is not hexadecimal encoded. /// </exception> public FullHashRequestBuilder AddQuery(ThreatType threatType, PlatformType platformType, ThreatEntryType threatEntryType, string threatListState) { // ... // // Throws an exception if the operation fails. var query = new FullHashQuery(threatType, platformType, threatEntryType, threatListState); this.Queries.Add(query); return(this); }
Threat makeRandomThreat(PlayerName player) { ThreatType type = level.sampleRandomThreatType(player); Threat newThreat = null; if (type == ThreatType.Music) { var info = new ThreatMusicInfo(level, player); newThreat = new Threat(info); } return(newThreat); }
public IThreatType AddThreatType([Required] string name, [NotNull] ISeverity severity) { IThreatType result = null; if (GetThreatType(name) == null) { result = new ThreatType(this, name, severity); Add(result); RegisterEvents(result); } return(result); }
/// <summary>Snippet for ComputeThreatListDiff</summary> public void ComputeThreatListDiff() { // Snippet: ComputeThreatListDiff(ThreatType, ByteString, ComputeThreatListDiffRequest.Types.Constraints, CallSettings) // Create client WebRiskServiceV1Beta1Client webRiskServiceV1Beta1Client = WebRiskServiceV1Beta1Client.Create(); // Initialize request argument(s) ThreatType threatType = ThreatType.Unspecified; ByteString versionToken = ByteString.Empty; ComputeThreatListDiffRequest.Types.Constraints constraints = new ComputeThreatListDiffRequest.Types.Constraints(); // Make the request ComputeThreatListDiffResponse response = webRiskServiceV1Beta1Client.ComputeThreatListDiff(threatType, versionToken, constraints); // End snippet }
/// <summary> /// Restrict Updates. /// </summary> /// <param name="threatType"> /// A <see cref="ThreatType" /> identifying a <see cref="ThreatList" /> to restrict updates to. /// </param> /// <param name="platformType"> /// A <see cref="PlatformType" /> identifying a <see cref="ThreatList" /> to restrict updates to. /// </param> /// <param name="threatEntryType"> /// A <see cref="ThreatEntryType" /> identifying a <see cref="ThreatList" /> to restrict updates to. /// </param> /// <param name="updateConstraintsAction"> /// An action to create the <see cref="ThreatListUpdateConstraints" /> to apply when the /// <see cref="ThreatList" /> identified by <paramref name="threatType" />, /// <paramref name="platformType" />, and <paramref name="threatEntryType" /> is retrieved. /// </param> /// <returns> /// This managed service builder. /// </returns> /// <exception cref="System.ArgumentNullException"> /// Thrown if <paramref name="updateConstraintsAction" /> is a null reference. /// </exception> public ManagedBrowsingServiceBuilder RestrictUpdatesTo(ThreatType threatType, PlatformType platformType, ThreatEntryType threatEntryType, Func <ThreatListUpdateConstraintsBuilder, ThreatListUpdateConstraints> updateConstraintsAction) { Guard.ThrowIf(nameof(updateConstraintsAction), updateConstraintsAction).Null(); // ... // // Throws an exception if the operation fails. var threatListUpdateConstraintsBuilder = ThreatListUpdateConstraints.Build(); var threatListUpdateConstraints = updateConstraintsAction(threatListUpdateConstraintsBuilder); this.RestrictUpdatesTo(threatType, platformType, threatEntryType, threatListUpdateConstraints); return(this); }
/// <summary>Snippet for SearchUris</summary> public void SearchUris() { // Snippet: SearchUris(string, IEnumerable<ThreatType>, CallSettings) // Create client WebRiskServiceV1Beta1Client webRiskServiceV1Beta1Client = WebRiskServiceV1Beta1Client.Create(); // Initialize request argument(s) string uri = ""; IEnumerable <ThreatType> threatTypes = new ThreatType[] { ThreatType.Unspecified, }; // Make the request SearchUrisResponse response = webRiskServiceV1Beta1Client.SearchUris(uri, threatTypes); // End snippet }
/// <summary>Snippet for SearchHashes</summary> public void SearchHashes() { // Snippet: SearchHashes(ByteString, IEnumerable<ThreatType>, CallSettings) // Create client WebRiskServiceV1Beta1Client webRiskServiceV1Beta1Client = WebRiskServiceV1Beta1Client.Create(); // Initialize request argument(s) ByteString hashPrefix = ByteString.Empty; IEnumerable <ThreatType> threatTypes = new ThreatType[] { ThreatType.Unspecified, }; // Make the request SearchHashesResponse response = webRiskServiceV1Beta1Client.SearchHashes(hashPrefix, threatTypes); // End snippet }
public static int ThreatPoints(this ThreatType threatType) { switch (threatType) { case ThreatType.MinorExternal: case ThreatType.MinorInternal: return(1); case ThreatType.SeriousExternal: case ThreatType.SeriousInternal: return(2); default: throw new InvalidOperationException(); } }
private void CreateGenerationRule([NotNull] ThreatModel model, [NotNull] ThreatType source, [NotNull] IThreatType target) { SelectionRuleNode include = AnalyzeGenerationRule(model, target.Model, source.IncludeFilter); SelectionRuleNode exclude = AnalyzeGenerationRule(model, target.Model, source.ExcludeFilter); SelectionRule rule = null; var andNode = new AndRuleNode() { Name = "AND" }; if (include != null) { andNode.Children.Add(include); } if (exclude != null) { andNode.Children.Add(new NotRuleNode() { Name = "NOT", Child = exclude }); } if (andNode.Children.Any()) { andNode.Children.Add(new BooleanRuleNode("Out of Scope", Resources.DefaultNamespace, Resources.TmtFlowPropertySchema, false) { Scope = AutoThreatGeneration.Engine.Scope.Object }); rule = new SelectionRule() { Root = andNode }; var schemaManager = new AutoThreatGenPropertySchemaManager(target.Model); var propertyType = schemaManager.GetPropertyType(); var property = target.GetProperty(propertyType) ?? target.AddProperty(propertyType, null); if (property is IPropertyJsonSerializableObject jsonSerializableObject) { jsonSerializableObject.Value = rule; } } }
/// <summary>Snippet for ComputeThreatListDiffAsync</summary> public async Task ComputeThreatListDiffAsync() { // Snippet: ComputeThreatListDiffAsync(ThreatType, ByteString, ComputeThreatListDiffRequest.Types.Constraints, CallSettings) // Additional: ComputeThreatListDiffAsync(ThreatType, ByteString, ComputeThreatListDiffRequest.Types.Constraints, CancellationToken) // Create client WebRiskServiceV1Beta1Client webRiskServiceV1Beta1Client = await WebRiskServiceV1Beta1Client.CreateAsync(); // Initialize request argument(s) ThreatType threatType = ThreatType.Unspecified; ByteString versionToken = ByteString.Empty; ComputeThreatListDiffRequest.Types.Constraints constraints = new ComputeThreatListDiffRequest.Types.Constraints(); // Make the request ComputeThreatListDiffResponse response = await webRiskServiceV1Beta1Client.ComputeThreatListDiffAsync(threatType, versionToken, constraints); // End snippet }
private void SetThreatPickerItemSource(ThreatType threatType) { NewThreatPicker.ItemsSource = threatsByType[threatType]; switch (threatType) { case ThreatType.MinorExternal: case ThreatType.SeriousExternal: NewThreatZonePicker.IsEnabled = true; NewThreatZonePicker.Text = ""; break; case ThreatType.MinorInternal: case ThreatType.SeriousInternal: NewThreatZonePicker.IsEnabled = false; NewThreatZonePicker.Text = "internal"; break; } }
/// <summary>Snippet for SearchHashesAsync</summary> public async Task SearchHashesAsync() { // Snippet: SearchHashesAsync(ByteString, IEnumerable<ThreatType>, CallSettings) // Additional: SearchHashesAsync(ByteString, IEnumerable<ThreatType>, CancellationToken) // Create client WebRiskServiceV1Beta1Client webRiskServiceV1Beta1Client = await WebRiskServiceV1Beta1Client.CreateAsync(); // Initialize request argument(s) ByteString hashPrefix = ByteString.Empty; IEnumerable <ThreatType> threatTypes = new ThreatType[] { ThreatType.Unspecified, }; // Make the request SearchHashesResponse response = await webRiskServiceV1Beta1Client.SearchHashesAsync(hashPrefix, threatTypes); // End snippet }
/// <summary>Snippet for SearchUrisAsync</summary> public async Task SearchUrisAsync() { // Snippet: SearchUrisAsync(string, IEnumerable<ThreatType>, CallSettings) // Additional: SearchUrisAsync(string, IEnumerable<ThreatType>, CancellationToken) // Create client WebRiskServiceV1Beta1Client webRiskServiceV1Beta1Client = await WebRiskServiceV1Beta1Client.CreateAsync(); // Initialize request argument(s) string uri = ""; IEnumerable <ThreatType> threatTypes = new ThreatType[] { ThreatType.Unspecified, }; // Make the request SearchUrisResponse response = await webRiskServiceV1Beta1Client.SearchUrisAsync(uri, threatTypes); // End snippet }
public static Threat GetThreat(ThreatType threatType, Action <Threat> action) { switch (threatType) { case ThreatType.PULSE: { return(new RectanglePulse(action)); } case ThreatType.YIN_AND_YANG: { return(new YinAndYang(action)); } case ThreatType.RECTANGLE: default: { return(new Rectangle(action)); } } }
public static Threat GetThreat(ThreatType threatType) { switch (threatType) { case ThreatType.Xss: return(new Threat() { Id = (int)ThreatType.Xss, Description = "Xss" }); case ThreatType.SqlInjection: return(new Threat() { Id = (int)ThreatType.SqlInjection, Description = "Sql Injection" }); case ThreatType.CSRF: return(new Threat() { Id = (int)ThreatType.CSRF, Description = "Cross-Site Request Forgery" }); case ThreatType.Ddos: return(new Threat() { Id = (int)ThreatType.Ddos, Description = "Ddos" }); default: return(new Threat() { Id = (int)ThreatType.Unknown, Description = "Unknown" }); } }
/// <summary> /// Create a Full Hash Query. /// </summary> /// <param name="threatType"> /// A <see cref="ThreatType" /> identifying the <see cref="ThreatList" /> to query. /// </param> /// <param name="platformType"> /// A <see cref="PlatformType" /> identifying the <see cref="ThreatList" /> to query. /// </param> /// <param name="threatEntryType"> /// A <see cref="ThreatEntryType" /> identifying the <see cref="ThreatList" /> to query. /// </param> /// <param name="threatListState"> /// The state, formatted as a hexadecimal encoded string, of the <see cref="ThreatList" /> identified by /// <paramref name="threatType" />, <paramref name="platformType" />, and /// <paramref name="threatEntryType" />. /// </param> /// <exception cref="System.ArgumentNullException"> /// Thrown if <paramref name="threatListState" /> is a null reference. /// </exception> /// <exception cref="System.FormatException"> /// Thrown if <paramref name="threatListState" /> is not hexadecimal encoded. /// </exception> public FullHashQuery(ThreatType threatType, PlatformType platformType, ThreatEntryType threatEntryType, string threatListState) { this.ThreatListDescriptor = new ThreatListDescriptor(threatType, platformType, threatEntryType); this.ThreatListState = CreateThreatListState(threatListState); // <summary> // Create Threat List State. // </summary> string CreateThreatListState(string cThreatListState) { // ... // // Throws an exception if the operation fails. var cIsThreatListStateHexadecimalEncoded = cThreatListState.IsHexadecimalEncoded(); if (!cIsThreatListStateHexadecimalEncoded) { var cDetailMessage = $"A threat list state ({cThreatListState}) is not hexadecimal encoded."; throw new FormatException(cDetailMessage); } return(cThreatListState); } }
internal Sabotage(ThreatType threatType, ThreatDifficulty threatDifficulty, StationLocation currentStation, PlayerActionType actionType, CyberGremlin cyberGremlin) : base(threatType, threatDifficulty, 1, 0, currentStation, actionType) { Parent = cyberGremlin; }
public LevelThreatInfo(ThreatType _type, double _frequency) { type = _type; frequency = _frequency; }
public static int GetPointsForDefeating(ThreatType type, ThreatDifficulty difficulty) { return GetPointsForSurviving(type, difficulty) * 2; }
protected ExternalThreat(ThreatType type, ThreatDifficulty difficulty, int shields, int health, int speed, int timeAppears, ZoneLocation currentZone, ISittingDuck sittingDuck) : base(type, difficulty, health, speed, timeAppears, sittingDuck) { this.shields = shields; CurrentZone = currentZone; }
public static int GetPointsForSurviving(ThreatType type, ThreatDifficulty difficulty) { return PointsForSurviving[Tuple.Create(type, difficulty)]; }