public void CreateThreat()
{
threat = ScriptableObject.CreateInstance<Threat> ();
threat.setup (radarValues[threatIndex], weaponValues[threatIndex], enemies[threatIndex], names[threatIndex], "tiny");
threatIndex++;
GameObject.FindGameObjectWithTag("Desk").SendMessage("ActivateComputer");
//print(threat.ToString ());
}
//send in an enum for threat level
//return true if audio played else false
public Boolean PlayAudio(Threat threat, Position position)
{
if (threat != Threat.none) {
if (position == Position.Above) {
Console.WriteLine ("Descend");
} else {
Console.WriteLine ("Ascend");
}
return true;
} else {
return false;
}
}
//send in an enum for threat level
//return true if audio played else false
public Boolean PlayAudio (Threat threat, Position position)
{
if (threat != Threat.none) {
switch (threat) {
case Threat.yellow:
Trace.WriteLine ("Traffic! Traffic!");
break;
case Threat.orange:
Trace.WriteLine ("Warning! Warning!");
ReportCommand (position);
break;
case Threat.red:
Trace.WriteLine ("Take Evasive Action Now!");
ReportCommand (position);
break;
}
return true;
}
else{
return false;
}
}
//Currently using a second list to store the index of items to remove as removing from a single list will reorder the index.
//Remove any 3 or shorter threats that are not open
public List <Threat> FilterBoardThreats(int[,] board, int player)
{
List <Threat> threats = new List <Threat>();
threats = CheckBoardThreats(board, player);
List <Threat> workList = new List <Threat>();
for (int i = 0; i < threats.Count; i++)
{
Threat currentThreat = threats[i];
//Remove threats that have no open spaces to finish
if ((currentThreat.open == 0 & currentThreat.length < 4) || (currentThreat.length <= 1))
{
//Debug.Log("Removing threat of length: " + currentThreat.length);
workList.Add(currentThreat);
}
else
{
//Debug.Log("Criteria met. Index: " + i);
}
}
//Debug.Log("Before filter. Number of threats: " + threats.Count);
for (int i = 0; i < workList.Count; i++)
{
threats.Remove(workList[i]);
}
//Debug.Log("After filter. Number of threats: " + threats.Count);
return(threats);
}
private bool HandleUnassignedThreat(IThreatModel target, Threat threat, IThreatType threatType, IPropertySchema schema)
{
bool result = false;
using (var dialog = new ThreatAssignmentDialog(target))
{
dialog.Initialize(threat.ToString(), threat.GetValueFromLabel("Description"));
if (dialog.ShowDialog(Form.ActiveForm) == DialogResult.OK)
{
var identity = dialog.SelectedIdentity;
if (identity != null)
{
if (identity is IEntity entity)
{
var threatEvent = entity.AddThreatEvent(threatType);
if (threatEvent != null)
{
Importer.AddProperties(threatEvent, threat, schema);
result = true;
}
}
else if (identity is IDataFlow dataFlow)
{
var threatEvent = dataFlow.AddThreatEvent(threatType);
if (threatEvent != null)
{
Importer.AddProperties(threatEvent, threat, schema);
result = true;
}
}
}
}
}
return(result);
}
public void SetThread(System.Windows.Controls.TextBox[] textBoxes, ComboBox[] comboBox)
{
Threat threat = new Threat();
foreach (var item in textBoxes)
{
switch (item.Name)
{
case "numberFSTEK":
threat.Number = item.Text;
break;
case "name":
threat.Name = item.Text;
break;
case "verReal":
threat.Probability = Double(item.Text);
break;
case "uwerb":
threat.Damage = Double(item.Text);
break;
default:
break;
}
}
foreach (var item in comboBox)
{
switch (item.Name)
{
case "actual":
if (item.Text == "Актуальная")
{
threat.Relevance = Relevance.Актуальная;
}
else
{
threat.Relevance = Relevance.НеАктуальная;
}
break;
default:
break;
}
}
List <StatisticData> statisticDatas = new List <StatisticData>();
if (PathToData != null)
{
statisticDatas = SetStatisticData();
//foreach (var statisticData in statisticDatas)
//{
// db.StatisticData.Add(statisticData);
//}
threat.Data = statisticDatas;
}
db.Threats.Add(threat);
db.SaveChanges();
var modelDB = db.Models.Where(m => m.Id == ModelThreat.Id).FirstOrDefault();
modelDB.Threats.Add(threat);
db.SaveChanges();
}
public void SendCrewOnMission(CrewDie crew, Threat threat)
{
threat.AwayMissions.First(a => a.Type == crew.Type && !a.IsAssigned).IsAssigned = true;
crew.State = CrewState.Mission;
crew.MissionName = threat.Name;
}
public IEnumerator DeployThreat(Threat threat)
{
if (threat.threatType != StaticDb.ThreatType.remote)
{
threat.aiController.BeforeDeploy();
}
yield return(new WaitWhile(() => threat.aiController.pathUpdated));
//CHECK IF PLAYER IS NEAR OBJECTIVE; IF NOT THREAT NOT ELIGIBLE TO DEPLOY
//BYPASS THIS CHECK IF THREAT IS REMOTE
if (threat.aiController.ThreatDeployEligibility())
{
if (threat.threatType != StaticDb.ThreatType.fakeLocal)
{
//THREAT WITH INTERN ATTACKER; CHECK IF CORRUPTION ATTEMPT IS SUCCESSFUL
if (threat.threatAttacker == StaticDb.ThreatAttacker.intern &&
(threat.aiController.isTrusted || (int)threat.threatDanger < (int)threat.aiController.dangerResistance))
{
if (threat.threatType == StaticDb.ThreatType.remote)
{
gameData.remoteThreats.Remove(threat);
}
else
{
gameData.localThreats.Remove(threat);
}
gameData.totalThreat += 1;
UpdateReputation(threat, StaticDb.ThreatStatus.unarmed);
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartFailedCorruption();
yield break;
}
//REMOTE THREAT; CHECK IF FIREWALL INTERCEPT BEFORE DEPLOY
if (threat.threatType == StaticDb.ThreatType.remote &&
Random.Range(0, 100) < gameData.firewallSuccessRate &&
gameData.isFirewallActive)
{
gameData.remoteThreats.Remove(threat);
gameData.totalThreat += 1;
UpdateReputation(threat, StaticDb.ThreatStatus.unarmed);
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
yield break;
}
}
bool deployed = BeforeDeployThreat(threat);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
if (!deployed)
{
//WRITE LOG
ClassDb.logManager.StartWritePlayerLogRoutine(StaticDb.player, StaticDb.logEvent.GameEvent, threat.threatAttack.ToString().ToUpper() + " STOPPED");
yield break;
}
//WRITE LOG
ClassDb.logManager.StartWritePlayerLogRoutine(StaticDb.player, StaticDb.logEvent.GameEvent, threat.threatAttack.ToString().ToUpper() + " DEPLOYED");
//Set flag to start evaluate threat management result
if (threat.threatType != StaticDb.ThreatType.fakeLocal)
{
//SET FLAGS TO INFORM ABOUT DEPLOYED THREAT
gameData.hasThreatDeployed = true;
gameData.lastThreatDeployed = threat;
gameData.hasThreatManaged = false;
StartThreatManagementResultData(threat);
}
float moneyLoss;
switch (threat.threatAttack)
{
case StaticDb.ThreatAttack.dos:
//Stop all time events before setting money loss
ClassDb.timeEventManager.StopTimeEventList(gameData.timeEventList);
//Set money loss for rebooting and check flag to start money loss
gameData.moneyLossList[StaticDb.ThreatAttack.dos] += threat.moneyLossPerMinute * gameData.totalMoneyEarnPerMinute;
if (gameData.isFirstDos)
{
gameData.isFirstDos = false;
//SHOW THE RIGHT LESSON
ClassDb.levelMessageManager.StartShowLessonFirstTime(threat);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
}
break;
case StaticDb.ThreatAttack.phishing:
//Calculate money loss according to the formula moneyLossPerMinute * 60 * threat number of hour
moneyLoss = threat.moneyLossPerMinute * 60 * threat.deployTime;
//Inform how much money has been lost
ClassDb.levelMessageManager.StartMoneyLoss(threat.threatType, moneyLoss);
//Decreasing money by moneyLoss amount
gameData.money -= moneyLoss;
//gameData.hasPhishingDeployed = false;
if (gameData.isFirstPhishing)
{
gameData.isFirstPhishing = false;
//SHOW THE RIGHT LESSON
ClassDb.levelMessageManager.StartShowLessonFirstTime(threat);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
}
break;
case StaticDb.ThreatAttack.replay:
//Stop all time events before setting money loss
ClassDb.timeEventManager.StopTimeEventList(gameData.timeEventList);
//flag to inform about check plant by phone
gameData.hasPlantChecked = false;
//set money loss until check network cfg has been executed and check flag to start money loss
gameData.moneyLossList[StaticDb.ThreatAttack.replay] += threat.moneyLossPerMinute * gameData.totalMoneyEarnPerMinute;
if (gameData.isFirstReplay)
{
gameData.isFirstReplay = false;
//SHOW THE RIGHT LESSON
ClassDb.levelMessageManager.StartShowLessonFirstTime(threat);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
}
break;
case StaticDb.ThreatAttack.mitm:
//Stop all time events before setting money loss
ClassDb.timeEventManager.StopTimeEventList(gameData.timeEventList);
//set money loss until check network cfg has been executed and check flag to start money loss
gameData.moneyLossList[StaticDb.ThreatAttack.mitm] += threat.moneyLossPerMinute * gameData.totalMoneyEarnPerMinute;
if (gameData.isFirstMitm)
{
gameData.isFirstMitm = false;
//SHOW THE RIGHT LESSON
ClassDb.levelMessageManager.StartShowLessonFirstTime(threat);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
}
break;
case StaticDb.ThreatAttack.stuxnet:
//Stop all time events before setting money loss
ClassDb.timeEventManager.StopTimeEventList(gameData.timeEventList);
//flag to inform about check plant by phone
gameData.hasPlantChecked = false;
//set money loss until scan has been executed and check flag to start money loss
gameData.moneyLossList[StaticDb.ThreatAttack.stuxnet] += threat.moneyLossPerMinute * gameData.totalMoneyEarnPerMinute;
if (gameData.isFirstStuxnet)
{
gameData.isFirstStuxnet = false;
//SHOW THE RIGHT LESSON
ClassDb.levelMessageManager.StartShowLessonFirstTime(threat);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
}
break;
case StaticDb.ThreatAttack.dragonfly:
//Stop all time events before setting money loss
ClassDb.timeEventManager.StopTimeEventList(gameData.timeEventList);
//flag to inform about check malware
gameData.hasMalwareChecked = false;
//set money loss until scan has been executed and check flag to start money loss
gameData.moneyLossList[StaticDb.ThreatAttack.dragonfly] += threat.moneyLossPerMinute * gameData.totalMoneyEarnPerMinute;
//Calculate money loss according to the formula moneyLossPerMinute * 60 * threat number of hour
moneyLoss = threat.moneyLossPerMinute * 60 * threat.deployTime;
//Inform how much money has been lost
ClassDb.levelMessageManager.StartMoneyLoss(threat.threatType, moneyLoss);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
//Decreasing money by moneyloss amount
gameData.money -= moneyLoss;
if (gameData.isFirstDragonfly)
{
gameData.isFirstDragonfly = false;
//SHOW THE CORRISPONDENT LESSON
ClassDb.levelMessageManager.StartShowLessonFirstTime(threat);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
}
break;
case StaticDb.ThreatAttack.malware:
//Stop all time events before setting money loss
ClassDb.timeEventManager.StopTimeEventList(gameData.timeEventList);
//set money loss until scan has been executed and check flag to start money loss
gameData.moneyLossList[StaticDb.ThreatAttack.malware] += threat.moneyLossPerMinute * gameData.totalMoneyEarnPerMinute;
//Calculate money loss according to the formula moneyLossPerMinute * 60 * threat number of hour
moneyLoss = threat.moneyLossPerMinute * 60 * threat.deployTime;
//Inform how much money has been lost
ClassDb.levelMessageManager.StartMoneyLoss(threat.threatType, moneyLoss);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
//Decreasing money by moneyloss amount
gameData.money -= moneyLoss;
if (gameData.isFirstMalware)
{
gameData.isFirstMalware = false;
//SHOW THE CORRISPONDENT LESSON
ClassDb.levelMessageManager.StartShowLessonFirstTime(threat);
//wait for closing dialog box
yield return(new WaitWhile(() => gameData.dialogEnabled));
}
break;
case StaticDb.ThreatAttack.createRemote:
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
//WAIT BEFORE CREATE NEW THREAT
yield return(new WaitWhile(() => threat.aiController.pathUpdated));
gameData.localThreats.Remove(threat);
Threat newThreat = ClassDb.threatManager.NewFromCreateRemoteThreat();
InstantiateNewThreat(newThreat);
yield break;
case StaticDb.ThreatAttack.timeEvent:
break;
case StaticDb.ThreatAttack.fakeLocal:
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
gameData.localThreats.Remove(threat);
//Calculate money earn according to the formula moneyLossPerMinute * 60 * threat number of hour
int moneyEarn = (int)(threat.moneyLossPerMinute * 60 * threat.deployTime);
gameData.money += moneyEarn;
yield break;
default:
throw new ArgumentOutOfRangeException();
}
//check if threat was originated from create remote
if (threat.fromCreateRemote)
{
//show dialog to display lesson about mixed attack
ClassDb.levelMessageManager.StartShowLessonFromRemote();
}
AfterDeployThreat(threat);
}
else
{
switch (threat.threatType)
{
case StaticDb.ThreatType.local:
threat.aiController.onClickAi = false;
StopLocalThreat(threat);
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
yield break;
case StaticDb.ThreatType.remote:
yield break;
case StaticDb.ThreatType.fakeLocal:
threat.aiController.onClickAi = false;
StopLocalThreat(threat);
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartFakeThreatStopped(threat);
yield break;
case StaticDb.ThreatType.timeEvent:
yield break;
default:
throw new ArgumentOutOfRangeException();
}
}
}
public void StartThreatManagementResultData(Threat threat)
{
threatManagementRoutine = ThreatManagementResultData(threat);
StartCoroutine(threatManagementRoutine);
}
public DefaultThreatEvent(Threat threat)
{
Threat = threat;
}
public ThreatWindow(Threat threat)
{
InitializeComponent();
_threat.Add(threat);
dataGrid.DataContext = _threat;
}
public bool IsMatch(Threat threat)
{
return(threat.ThreatName.ToLower().Contains("boy"));
}
public bool IsMatch(Threat threat)
{
return(threat.ThreatName.ToLower().Contains("man") && !threat.ThreatName.ToLower().Contains("wo"));
}
private ThreatList SearchBoards(Coordinate node)
{
ThreatList res = new ThreatList ();
int turn = attacker;
Item tmpval;
int digit1 = 0;
int digit2 = 0;
int digit3 = 0;
int digit4 = 0;
for (int j = 8; j >= 0; --j)
{
if (j + node.X - 4 >= 0 && j + node.X - 4 < board.GetLength(0))
{
digit1 += board[node.X + j - 4, node.Y] * turn + 1;
// Console.WriteLine("Grabbing {0}/{1}", node.move.x + j - 4, node.move.y);
}
else digit1 += 3;
if (j + node.Y - 4 >= 0 && j + node.Y - 4 < board.GetLength(1))
{
digit2 += board[node.X, node.Y + j - 4] * turn + 1;
// Console.WriteLine("Grabbing {0}/{1}", node.move.x , node.move.y + j -4);
}
else digit2 += 3;
if (node.X + j - 4 >= 0 && node.X + j - 4 < board.GetLength(0) &&
node.Y + j - 4 >= 0 && node.Y + j - 4 < board.GetLength(1) )
{
digit3 += board[node.X + j - 4, node.Y + j - 4] * turn + 1;
// Console.WriteLine("Grabbing {0}/{1}", node.move.x + j - 4, node.move.y + j - 4);
}
else digit3 += 3;
if (node.X - j + 4 >= 0 && node.X - j + 4 < board.GetLength(0) &&
node.Y + j - 4 >= 0 && node.Y + j - 4 < board.GetLength(1) )
{
digit4 += board[node.X - j + 4, node.Y + j - 4] * turn + 1;
// Console.WriteLine("Grabbing {0}/{1}", node.move.x - j + 4, node.move.y + j - 4);
}
else digit4 += 3;
if (j != 0)
{
digit1 <<= 2;
digit2 <<= 2;
digit3 <<= 2;
digit4 <<= 2;
}
}
tmpval = table[digit1];
if (tmpval != null && (tmpval.create == false || create == true))
{
//Console.WriteLine("horz category: {0}", tmpval.category);
ArrayList moves = new ArrayList();
foreach(int field in tmpval.fields)
{
moves.Add(new Coordinate(node.X + tmpval.offset + field, node.Y));
}
Threat t = new Threat(node, tmpval.category, moves, tmpval.create);
res.Add(t);
}
tmpval = table[digit2];
if (tmpval != null && (tmpval.create == false || create == true))
{
//Console.WriteLine("vert category: {0}", tmpval.category);
//Console.WriteLine("Node: {0}", node);
//Console.WriteLine("offset: {0}", tmpval.offset);
ArrayList moves = new ArrayList();
foreach(int field in tmpval.fields)
{
//Coordinate tmp = new Coordinate(node.X , node.Y + tmpval.offset + field);
//Console.WriteLine("adding move: {0}", tmp);
moves.Add(new Coordinate(node.X, node.Y + tmpval.offset + field));
}
Threat t = new Threat(node, tmpval.category, moves, tmpval.create);
res.Add(t);
}
tmpval = table[digit3];
if (tmpval != null && (tmpval.create == false || create == true))
{
//Console.WriteLine("diag 1 category: {0}", tmpval.category);
ArrayList moves = new ArrayList();
foreach(int field in tmpval.fields)
{
moves.Add(new Coordinate(node.X + tmpval.offset + field, node.Y + tmpval.offset + field));
}
Threat t = new Threat(node, tmpval.category, moves, tmpval.create);
res.Add(t);
}
tmpval = table[digit4];
if (tmpval != null && (tmpval.create == false || create == true))
{
//Console.WriteLine("diag 2 category: {0}", tmpval.category);
//Console.WriteLine("Node: {0}", node);
//Console.WriteLine("offset: {0}", tmpval.offset);
ArrayList moves = new ArrayList();
foreach(int field in tmpval.fields)
{
//Coordinate tmp = new Coordinate(node.X -(tmpval.offset + field), node.Y + tmpval.offset + field);
//Console.WriteLine("adding move: {0}", tmp);
moves.Add(new Coordinate(node.X -(tmpval.offset + field), node.Y + tmpval.offset + field));
}
Threat t = new Threat(node, tmpval.category, moves, tmpval.create);
res.Add(t);
}
return res;
}
//Method to check for horizontal win. Check is performed to right left of last placed piece.
//Need to implement a check for gap in line that doesnt flag as win.
public Threat CheckHorizontal(int[,] gameBoard, int player, int xPos, int yPos)
{
int connectScore = 0;
Threat newThreat = new Threat(connectScore, player, 0, 1);
//Starting at (xPos, yPos), check to right
//----------------------------------------------------------------------------------------------------------
for (int x = xPos; x < gameBoard.GetLength(0); x++)
{
//Compare state of cell with the desired state. If they match, increment score
if (gameBoard[x, yPos] == player)
{
connectScore++;
}
//If an opponent's piece is found, break.
else if (gameBoard[x, yPos] == (3 - player))
{
break;
}
//If an empty space is found, set threat status to open and break.
//Commented code below would check for a break in a line of pieces. However this leads to false win detections.
else if (gameBoard[x, yPos] == 0)
{
/*//If not the edge of the board
* if (x+1 < gameBoard.GetLength(0))
* {
* //If there is an empty space, check the next space too (used to find threats with gaps in them)
* if (gameBoard[x + 1, yPos] != player)
* {
* newThreat.open++;
* break;
* }
* }
*
* else
* {
* newThreat.open++;
* break;
* }*/
newThreat.open++;
break;
}
}
//----------------------------------------------------------------------------------------------------------
//Starting at position to left of (xPos, yPos) (so that the piece does not get counted twice), check to left
//----------------------------------------------------------------------------------------------------------
for (int x = xPos - 1; x >= 0; x--)
{
//Compare state of cell with the desired state. If they match, increment score
if (gameBoard[x, yPos] == player)
{
connectScore++;
}
//If an opponent's piece is found, break.
else if (gameBoard[x, yPos] == (3 - player))
{
break;
}
//If an empty space is found, set threat status to open and break.
else if (gameBoard[x, yPos] == 0)
{
newThreat.open++;
break;
}
}
//----------------------------------------------------------------------------------------------------------
newThreat.length = connectScore;
return(newThreat);
}
public LoseException(Threat threat)
{
Threat = threat;
}
public object Clone()
{
Threat res = new Threat(cause, category, (ArrayList)fields.Clone(), create);
return res;
}
private void refreshThreatDBToolStripMenuItem_Click(object sender, EventArgs e)
{
// Обновить список угроз
if (MessageBox.Show("Будет проведено сравнение локальной базы угроз с данными из файла \"thrlist.xlsx\" и автоматическое обновление данных.\nПродолжить?", "Ахтунг!", MessageBoxButtons.YesNo, MessageBoxIcon.Question) == DialogResult.Yes)
{
using (KPSZIContext db = new KPSZIContext())
{
try
{
FileInfo fi = new FileInfo("thrlist.xlsx");
List <Threat> listThreatsFromFile = Threat.GetThreatsFromXlsx(fi, db);
List <Threat> listThreatsFromDB = db.Threats.OrderBy(t => t.ThreatNumber).ToList();
DateTime lastUpdateOfLocalDB;
if (listThreatsFromDB != null)
{
// Получение даты последнего обновления угроз из БД
lastUpdateOfLocalDB = listThreatsFromDB.Select(t => t.DateOfChange).Max();
}
else
{
lastUpdateOfLocalDB = DateTime.MinValue;
}
// Получение даты последнего обновления угроз из актуального файла с угрозами
DateTime lastUpdateOfFile = listThreatsFromFile.Select(t => t.DateOfChange).Max();
// Если нет изменений, то прекратить обновление
if (lastUpdateOfLocalDB == lastUpdateOfFile)
{
MessageBox.Show("База угроз не требует обновления!", "КПСЗИ", MessageBoxButtons.OK, MessageBoxIcon.Information);
return;
}
// Отбор угроз, претерпевших изменения
List <Threat> listChangedOrAddedThreats = listThreatsFromFile.Where(t => t.DateOfChange > lastUpdateOfLocalDB).ToList();
// Внесение изменений
foreach (Threat thr in listChangedOrAddedThreats)
{
Threat ThrFromDB = listThreatsFromDB.Where(t => t.ThreatNumber == thr.ThreatNumber).FirstOrDefault();
if (ThrFromDB == null)
{
//listThreatsFromDB.Add(thr);
db.Threats.Add(thr);
continue;
}
ThrFromDB.AvailabilityViolation = thr.AvailabilityViolation;
ThrFromDB.ConfidenceViolation = thr.ConfidenceViolation;
ThrFromDB.DateOfAdd = thr.DateOfAdd;
ThrFromDB.DateOfChange = thr.DateOfChange;
ThrFromDB.Description = thr.Description;
ThrFromDB.IntegrityViolation = thr.IntegrityViolation;
ThrFromDB.Name = thr.Name;
ThrFromDB.ObjectOfInfluence = thr.Name;
ThrFromDB.ThreatNumber = thr.ThreatNumber;
ThrFromDB.ThreatSources = thr.ThreatSources;
}
db.SaveChanges();
}
catch (Exception ex)
{
MessageBox.Show("В refreshThreatDBToolStripMenuItem_Click Exception!\n" + ex.Message, "Ахтунг!", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
}
MessageBox.Show("Список угроз обновлен", "Это успех, парень!", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
}
public Threat NewRandomLevel1Threat()
{
int id = ++manager.GetGameData().lastThreatId;
StaticDb.ThreatType threatType = (StaticDb.ThreatType)Random.Range(0, 3);
float deployTime = Random.Range(2f, 6f);
StaticDb.ThreatAttacker threatAttacker;
switch (threatType)
{
case StaticDb.ThreatType.local:
threatAttacker = (StaticDb.ThreatAttacker)Random.Range(0, 2);
break;
case StaticDb.ThreatType.remote:
threatAttacker = StaticDb.ThreatAttacker.external;
break;
case StaticDb.ThreatType.fakeLocal:
threatAttacker = StaticDb.ThreatAttacker.intern;
break;
default:
throw new ArgumentOutOfRangeException();
}
StaticDb.ThreatAttack threatAttack;
switch (threatType)
{
case StaticDb.ThreatType.local:
do
{
threatAttack = (StaticDb.ThreatAttack)manager.GetGameData().threatRandomizer.GetNext();
} while ((int)threatAttack < 3 ||
threatAttack == StaticDb.ThreatAttack.stuxnet ||
threatAttack == StaticDb.ThreatAttack.dragonfly ||
threatAttack == StaticDb.ThreatAttack.createRemote);
break;
case StaticDb.ThreatType.remote:
do
{
threatAttack = (StaticDb.ThreatAttack)manager.GetGameData().threatRandomizer.GetNext();
} while ((int)threatAttack > 5 ||
threatAttack == StaticDb.ThreatAttack.replay ||
threatAttack == StaticDb.ThreatAttack.stuxnet ||
threatAttack == StaticDb.ThreatAttack.dragonfly);
break;
case StaticDb.ThreatType.fakeLocal:
threatAttack = StaticDb.ThreatAttack.fakeLocal;
break;
case StaticDb.ThreatType.timeEvent:
threatAttack = StaticDb.ThreatAttack.timeEvent;
break;
default:
throw new ArgumentOutOfRangeException();
}
StaticDb.ThreatDanger threatDanger = threatType == StaticDb.ThreatType.fakeLocal
? StaticDb.ThreatDanger.fakeLocal
: (StaticDb.ThreatDanger)Random.Range(0, 3);
float moneyLossPerMinute;
switch (threatDanger)
{
case StaticDb.ThreatDanger.low:
moneyLossPerMinute = Random.Range(2f, 2.5f);
break;
case StaticDb.ThreatDanger.medium:
moneyLossPerMinute = Random.Range(3f, 3.5f);
break;
case StaticDb.ThreatDanger.high:
moneyLossPerMinute = Random.Range(4f, 4.5f);
break;
case StaticDb.ThreatDanger.fakeLocal:
moneyLossPerMinute = Random.Range(4f, 4.5f);
break;
case StaticDb.ThreatDanger.timeEvent:
moneyLossPerMinute = 0;
break;
default:
moneyLossPerMinute = 0;
break;
}
WeightedRandomizer <int> rand = new WeightedRandomizer <int>();
rand.AddOrUpdateWeight((int)StaticDb.ThreatAttack.dos, 0.1f);
Threat threat = new Threat(id, threatType, deployTime, threatAttacker, threatDanger, threatAttack, moneyLossPerMinute, false);
//Debug.Log(threat);
return(threat);
}
public void RegisterThreatSolution(UserAction action, Threat threat, bool isThreatDetected)
{
List <StaticDb.ThreatSolution> threatSolutions = new List <StaticDb.ThreatSolution>();
if (isThreatDetected)
{
//THE RIGHT ACTION IS TO CHECK IDS
threatSolutions.Add(StaticDb.ThreatSolution.idsClean);
}
else
{
//RIGHT ACTION DEPENDS TO THREAT ATTACK TYPE
switch (threat.threatAttack)
{
case StaticDb.ThreatAttack.dos:
threatSolutions.Add(StaticDb.ThreatSolution.reboot);
break;
case StaticDb.ThreatAttack.phishing:
break;
case StaticDb.ThreatAttack.replay:
threatSolutions.Add(StaticDb.ThreatSolution.plantCheck);
threatSolutions.Add(StaticDb.ThreatSolution.networkCheck);
break;
case StaticDb.ThreatAttack.mitm:
threatSolutions.Add(StaticDb.ThreatSolution.networkCheck);
break;
case StaticDb.ThreatAttack.stuxnet:
threatSolutions.Add(StaticDb.ThreatSolution.plantCheck);
threatSolutions.Add(StaticDb.ThreatSolution.malwareScan);
break;
case StaticDb.ThreatAttack.dragonfly:
threatSolutions.Add(StaticDb.ThreatSolution.malwareScan);
threatSolutions.Add(StaticDb.ThreatSolution.networkCheck);
break;
case StaticDb.ThreatAttack.malware:
threatSolutions.Add(StaticDb.ThreatSolution.malwareScan);
break;
case StaticDb.ThreatAttack.createRemote:
break;
case StaticDb.ThreatAttack.fakeLocal:
break;
case StaticDb.ThreatAttack.timeEvent:
break;
default:
throw new ArgumentOutOfRangeException();
}
}
foreach (StaticDb.ThreatSolution threatSolution in threatSolutions)
{
ClassDb.logManager.StartWritePlayerLogRoutine(StaticDb.player, StaticDb.logEvent.UserEvent,
action.solution == threatSolution ? "CORRECT ACTION" : "WRONG ACTION");
}
}
public void StartThreatDeployed(Threat threat)
{
deployRoutine = ThreatDeployed(threat);
StartCoroutine(deployRoutine);
}
public void NewThreat()
{
Threat threat = ClassDb.threatManager.NewRandomLevel1Threat();
InstantiateNewThreat(threat);
}
public void StartThreatStopped(Threat threat)
{
stopRoutine = ThreatStopped(threat);
StartCoroutine(stopRoutine);
}
//REMOVE AI AND POP UP A DIALOG BOX
public bool BeforeDeployThreat(Threat threat)
{
if (threat.threatType == StaticDb.ThreatType.remote && !gameData.isFirewallActive)
{
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatDeployed(threat);
return(true);
}
float threatSuccessRate = Random.Range(0, 100);
switch (threat.threatAttack)
{
case StaticDb.ThreatAttack.dos:
if (!(threatSuccessRate < gameData.defenseDos))
{
break;
}
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
return(false);
case StaticDb.ThreatAttack.phishing:
if (!(threatSuccessRate < gameData.defensePhishing))
{
break;
}
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
return(false);
case StaticDb.ThreatAttack.replay:
if (!(threatSuccessRate < gameData.defenseReplay))
{
break;
}
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
return(false);
case StaticDb.ThreatAttack.mitm:
if (!(threatSuccessRate < gameData.defenseMitm))
{
break;
}
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
return(false);
case StaticDb.ThreatAttack.stuxnet:
if (!(threatSuccessRate < gameData.defenseStuxnet))
{
break;
}
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
return(false);
case StaticDb.ThreatAttack.dragonfly:
if (!(threatSuccessRate < gameData.defenseDragonfly))
{
break;
}
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
return(false);
case StaticDb.ThreatAttack.malware:
if (!(threatSuccessRate < gameData.defenseMalware))
{
break;
}
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
return(false);
case StaticDb.ThreatAttack.createRemote:
if (!(threatSuccessRate < gameData.defenseCreateRemote))
{
break;
}
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatStopped(threat);
return(false);
case StaticDb.ThreatAttack.fakeLocal:
break;
case StaticDb.ThreatAttack.timeEvent:
break;
default:
throw new ArgumentOutOfRangeException();
}
threat.aiController.onClickAi = false;
ClassDb.spawnCharacter.RemoveAi(threat.aiController.gameObject);
ClassDb.levelMessageManager.StartThreatDeployed(threat);
return(true);
}
private IEnumerator ThreatStopped(Threat threat)
{
yield return(new WaitForSeconds(messageDelay));
manager.GetGameData().lastThreatStopped = threat;
Canvas dialog = ClassDb.dialogBoxManager.OpenDialog();
DialogBoxMessage message;
switch (threat.threatType)
{
case StaticDb.ThreatType.local:
message = MessageFromJson(Resources.Load <TextAsset>(StaticDb.localStopped));
break;
case StaticDb.ThreatType.remote:
message = MessageFromJson(Resources.Load <TextAsset>(StaticDb.remoteStopped));
break;
case StaticDb.ThreatType.fakeLocal:
message = MessageFromJson(Resources.Load <TextAsset>(StaticDb.fakeLocalStopped));
break;
case StaticDb.ThreatType.timeEvent:
ClassDb.dialogBoxManager.CloseDialog(dialog);
yield break;
default:
throw new ArgumentOutOfRangeException();
}
DialogBoxMessage messageIntern;
if (threat.threatType != StaticDb.ThreatType.fakeLocal)
{
messageIntern = threat.threatAttacker == StaticDb.ThreatAttacker.intern
? MessageFromJson(Resources.Load <TextAsset>(StaticDb.internalMessage))
: StaticDb.emptyMessage;
}
else
{
messageIntern = StaticDb.emptyMessage;
}
dialog.GetComponent <DialogBoxManager>().SetDialog(
message.head,
message.body + "\n" + messageIntern.body,
message.backBtn,
message.nextBtn,
dialog
);
dialog.GetComponent <DialogBoxManager>().dialogBoxBtnNext.onClick.RemoveAllListeners();
dialog.GetComponent <DialogBoxManager>().dialogBoxBtnNext.gameObject.SetActive(true);
dialog.GetComponent <DialogBoxManager>().dialogBoxBtnNext.onClick.AddListener(delegate
{
ClassDb.dialogBoxManager.CloseDialog(dialog);
});
dialog.GetComponent <DialogBoxManager>().dialogBoxBtnBack.onClick.RemoveAllListeners();
dialog.GetComponent <DialogBoxManager>().dialogBoxBtnBack.gameObject.SetActive(false);
}
public void ReturnCrewFromMission(CrewDie crew, Threat threat)
{
crew.State = CrewState.Returning;
crew.MissionName = string.Empty;
_eventManager.Trigger("RemoveCrewFromMission", new RemoveCrewFromMissionEvent(threat.Name, crew.Type));
}
public void StartFakeThreatStopped(Threat threat)
{
fakeStopRoutine = FakeThreatStopped(threat);
StartCoroutine(fakeStopRoutine);
}
public bool TryParseThreats(FileInfo file, out List <Threat> list)
{
list = new List <Threat>();
ExcelPackage.LicenseContext = LicenseContext.NonCommercial;
using (ExcelPackage excelPkg = new ExcelPackage(file))
{
ExcelWorksheet worksheet;
try
{
worksheet = excelPkg.Workbook.Worksheets.First();
}
catch (Exception)
{
return(false);
}
int totalRows = worksheet.Dimension.End.Row;
if (!(worksheet.Cells[2, 1].Value.ToString() == ("Идентификатор УБИ") &&
worksheet.Cells[2, 2].Value.ToString() == ("Наименование УБИ") &&
worksheet.Cells[2, 3].Value.ToString() == ("Описание") &&
worksheet.Cells[2, 4].Value.ToString() == ("Источник угрозы (характеристика и потенциал нарушителя)") &&
worksheet.Cells[2, 5].Value.ToString() == ("Объект воздействия") &&
worksheet.Cells[2, 6].Value.ToString() == ("Нарушение конфиденциальности") &&
worksheet.Cells[2, 7].Value.ToString() == ("Нарушение целостности") &&
worksheet.Cells[2, 8].Value.ToString() == ("Нарушение доступности")
))
{
return(false);
}
for (int rowId = 3; rowId <= totalRows; rowId++)
{
try
{
long id = long.Parse(worksheet.Cells[rowId, 1].Text);
string name = worksheet.Cells[rowId, 2].Text;
string description = worksheet.Cells[rowId, 3].Text;
string source = worksheet.Cells[rowId, 4].Text;
string actObject = worksheet.Cells[rowId, 5].Text;
string privacyViolation, integrityViolation, availabilityViolation;
string tmp = worksheet.Cells[rowId, 6].Text;
if (tmp == "1")
{
privacyViolation = "да";
}
else if (tmp == "0")
{
privacyViolation = "нет";
}
else
{
throw new FormatException();
}
tmp = worksheet.Cells[rowId, 7].Text;
if (tmp == "1")
{
integrityViolation = "да";
}
else if (tmp == "0")
{
integrityViolation = "нет";
}
else
{
throw new FormatException();
}
tmp = worksheet.Cells[rowId, 8].Text;
if (tmp == "1")
{
availabilityViolation = "да";
}
else if (tmp == "0")
{
availabilityViolation = "нет";
}
else
{
throw new FormatException();
}
Threat threat = new Threat(id, name, description, source, actObject, privacyViolation, integrityViolation, availabilityViolation);
list.Add(threat);
}
catch (FormatException)
{
return(false);
}
}
return(true);
}
}
public void StartShowLessonFirstTime(Threat threat)
{
showLessonFirstTimeRoutine = ShowLessonFirstTime(threat);
StartCoroutine(showLessonFirstTimeRoutine);
}
//Method to check for right diagonal win. Check is performed to bottom left and top right of last placed piece
public Threat CheckDiagonalRight(int[,] gameBoard, int player, int xPos, int yPos)
{
int connectScore = 0;
int y = yPos;
Threat newThreat = new Threat(connectScore, player, 0, 3);
//Starting at position of last piece placed, check to top right
//----------------------------------------------------------------------------------------------------------
for (int x = xPos; x < gameBoard.GetLength(0); x++)
{
//Compare state of cell with the desired state. If they match, increment score
if (gameBoard[x, y] == player)
{
connectScore++;
}
//If an opponent's piece is found, break.
else if (gameBoard[x, y] == (3 - player))
{
break;
}
//If an empty space is found, set threat status to open and break.
else if (gameBoard[x, y] == 0)
{
newThreat.open++;
break;
}
//Move y position up one place for next check
if (y < 5)
{
y++;
}
//If top of board, break.
else
{
break;
}
}
//----------------------------------------------------------------------------------------------------------
//Starting at position to bottom left of last piece placed, check to bottom left
//----------------------------------------------------------------------------------------------------------
//Reset y position and minus 1 so that the piece does not get counted twice
y = yPos - 1;
if (y >= 0)
{
for (int x = xPos - 1; x >= 0; x--)
{
//Compare state of cell with the desired state. If they match, increment score
if (gameBoard[x, y] == player)
{
connectScore++;
}
//If an opponent's piece is found, break.
else if (gameBoard[x, y] == (3 - player))
{
break;
}
//If an empty space is found, set threat status to open and break.
else if (gameBoard[x, y] == 0)
{
newThreat.open++;
break;
}
//Move y position down one place for next check
if (y > 0)
{
y--;
}
//If bottom of board, break.
else
{
break;
}
}
}
//----------------------------------------------------------------------------------------------------------
newThreat.length = connectScore;
return(newThreat);
}
public ThreatViewModel(Threat model, string RiskResult)
{
m_RiskGroupResult = RiskResult;
m_Model = model;
}
public UpdateReport AutomationUpdate()
{
//TODO: доделать успешность обновления
var report = new UpdateReport()
{
IsSuccessed = true
};
using (var client = new WebClient())
{
try
{
client.DownloadFile(sourceFileUrl, sourceFileName);
}
catch (ArgumentNullException)
{
report.IsSuccessed = false;
report.ErrorMessage = "Отсутствует Url адреса для скачивания файла.";
return(report);
}
catch (WebException)
{
report.IsSuccessed = false;
report.ErrorMessage = "Возможные проблемы: отсутствие интернета, некорректный Url адрес для скачивания файла, файл для сохранения уже существует и используется другой программой.";
return(report);
}
catch (Exception ex)
{
report.IsSuccessed = false;
report.ErrorMessage = ex.Message;
return(report);
}
}
var oldThreatsAsEnumerable = threatRepository.GetAllThreats();
List <Threat> oldThreats = oldThreatsAsEnumerable != null? new List <Threat>(oldThreatsAsEnumerable):null;
var newThreats = new List <Threat>();
ExcelPackage package;
try
{
package = new ExcelPackage(new FileInfo(sourceFileName));
}
catch (Exception)
{
report.IsSuccessed = false;
report.ErrorMessage = "Загруженный файл повреждён или имеет неверный формат.";
return(report);
}
var sheet = package.Workbook.Worksheets.FirstOrDefault();
int row = 3;
while (true)
{
var cells = sheet.Cells;
if (cells[row, 1].Value == null)
{
break;
}
Threat threat;
try
{
var id = int.Parse(cells[row, 1].Value.ToString());
var name = cells[row, 2].Value.ToString();
var description = cells[row, 3].Value.ToString();
var source = cells[row, 4].Value.ToString();
var influenceObject = cells[row, 5].Value.ToString();
var confidentialityViolation = int.Parse(cells[row, 6].Value.ToString()) == 1;
var integrityViolation = int.Parse(cells[row, 7].Value.ToString()) == 1;
var accessibilityViolation = int.Parse(cells[row, 8].Value.ToString()) == 1;
threat = new Threat()
{
Id = id,
Name = name,
Description = description,
Source = source,
InfluenceObject = influenceObject,
ConfidentialityViolation = confidentialityViolation,
IntegrityViolation = integrityViolation,
AccessibilityViolation = accessibilityViolation
};
}
catch (Exception)
{
report.IsSuccessed = false;
report.ErrorMessage = "Загруженный файл повреждён или имеет неверный формат.";
return(report);
}
if (oldThreats != null && row - 3 < oldThreats.Count)
{
var index = row - 3;
if (index < oldThreats.Count && !oldThreats[index].Equals(threat))
{
report.Logs.Add(new ModifiedThreatLog()
{
NewThreat = threat.ToString(), OldThreat = oldThreats[index].ToString(), ThreatId = threat.Id
});
}
}
else
{
report.Logs.Add(new ModifiedThreatLog()
{
NewThreat = threat.ToString(), OldThreat = null, ThreatId = threat.Id
});
}
newThreats.Add(threat);
row++;
}
if (oldThreats != null && row - 3 < oldThreats.Count)
{
for (int i = row - 3; i < oldThreats.Count; i++)
{
report.Logs.Add(new ModifiedThreatLog()
{
NewThreat = null, OldThreat = oldThreats[i].ToString(), ThreatId = oldThreats[i].Id
});
}
}
SaveThreats(newThreats);
return(report);
}
public bool InvestigateThreat(Threat threat)
{
var isMatch = _threatRules.FirstOrDefault(r => r.IsMatch(threat));
return(isMatch != null?IndentifyAsHuman(isMatch) : true);
}
public static List <Threat> GetFirstThreats(User u)
{
List <Threat> result = new List <Threat>();
string name = "Угроза деструктивного изменения конфигурации среды ПО";
Threat threat = new Threat(name, Rating.Low, Rating.Low, new List <Asset> {
u.GetAsset(3)
});
result.Add(threat);
name = "Угроза перехвата управления информационной системы";
threat = new Threat(name, Rating.Low, Rating.Low, new List <Asset> {
u.GetAsset(3)
});
result.Add(threat);
name = "Угроза хищения средств, хранения, обработки и (или) ввода/вывода/передачи информации";
threat = new Threat(name, Rating.Low, Rating.High, new List <Asset> {
u.GetAsset(2), u.GetAsset(4)
});
result.Add(threat);
name = "Угроза физического выведения из стро средств хранения обработки и(или) ввода/вывода/передачи информации";
threat = new Threat(name, Rating.Medium, Rating.High, new List <Asset> {
u.GetAsset(2), u.GetAsset(4), u.GetAsset(7), u.GetAsset(8)
});
result.Add(threat);
name = "Угроза изменения компонентов системы";
threat = new Threat(name, Rating.Low, Rating.Low, new List <Asset> {
u.GetAsset(2), u.GetAsset(4), u.GetAsset(7), u.GetAsset(8)
});
result.Add(threat);
name = "Угроза нарушение энергоснабжения";
threat = new Threat(name, Rating.Medium, Rating.High, new List <Asset> {
u.GetAsset(2), u.GetAsset(4), u.GetAsset(8)
});
result.Add(threat);
name = "Угроза перехвата компрометирующих помех";
threat = new Threat(name, Rating.Medium, Rating.Low, new List <Asset> {
u.GetAsset(0), u.GetAsset(1)
});
result.Add(threat);
name = "Угроза нарушения функционирования программного обеспечения";
threat = new Threat(name, Rating.Medium, Rating.Medium, new List <Asset> {
u.GetAsset(3)
});
result.Add(threat);
name = "Угроза физического повреждения";
threat = new Threat(name, Rating.Medium, Rating.Medium, new List <Asset> {
u.GetAsset(6)
});
result.Add(threat);
name = "Угроза нарушения работоспособности персонала";
threat = new Threat(name, Rating.Medium, Rating.High, new List <Asset> {
u.GetAsset(5)
});
result.Add(threat);
return(result);
}
protected override void OnAwake()
{
base.OnAwake();
threat = new Threat(this);
}