public bool CheckThreatLevel(string SessionID, ulong RegionHandle, string function, ThreatLevel defaultThreatLevel)
{
GridRegistrationURLs urls = m_genericsConnector.GetGeneric <GridRegistrationURLs>(UUID.Zero,
"GridRegistrationUrls", RegionHandle.ToString(), new GridRegistrationURLs());
if (urls != null)
{
//Past time for it to expire
if (urls.Expiration < DateTime.Now)
{
RemoveUrlsForClient(SessionID, RegionHandle);
return(false);
}
//First find the threat level that this setting has to have do be able to run
ThreatLevel functionThreatLevel = PermissionSet.FindThreatLevelForFunction(function, defaultThreatLevel);
//Now find the permission for that threat level
//else, check it against the threat level that the region has
GridRegion region = FindRegion(RegionHandle);
if (region == null)
{
return(false);
}
string rThreat = region.GenericMap["ThreatLevel"].AsString();
ThreatLevel regionThreatLevel = m_defaultRegionThreatLevel;
if (rThreat != "")
{
regionThreatLevel = (ThreatLevel)Enum.Parse(typeof(ThreatLevel), rThreat);
}
//Return whether the region threat level is higher than the function threat level
return(functionThreatLevel <= regionThreatLevel);
}
return(false);
}
public ThreatLevelDefinition GetDefinition(ThreatLevel level)
{
switch (level)
{
case ThreatLevel.None:
return(m_threatLevelNone);
case ThreatLevel.Nuisance:
return(m_threatLevelNuisance);
case ThreatLevel.VeryLow:
return(m_threatLevelVeryLow);
case ThreatLevel.Low:
return(m_threatLevelLow);
case ThreatLevel.Moderate:
return(m_threatLevelModerate);
case ThreatLevel.High:
return(m_threatLevelHigh);
case ThreatLevel.VeryHigh:
return(m_threatLevelVeryHigh);
case ThreatLevel.Severe:
return(m_threatLevelSevere);
case ThreatLevel.NoAccess:
return(m_threatLevelNoAccess);
}
return(null);
}
public ThreatLevel GetThreatLevel()
{
if(m_MaxThreatLevel != 0)
return m_MaxThreatLevel;
string risk = m_config.GetString("FunctionThreatLevel", "VeryLow");
switch (risk)
{
case "None":
m_MaxThreatLevel = ThreatLevel.None;
break;
case "VeryLow":
m_MaxThreatLevel = ThreatLevel.VeryLow;
break;
case "Low":
m_MaxThreatLevel = ThreatLevel.Low;
break;
case "Moderate":
m_MaxThreatLevel = ThreatLevel.Moderate;
break;
case "High":
m_MaxThreatLevel = ThreatLevel.High;
break;
case "VeryHigh":
m_MaxThreatLevel = ThreatLevel.VeryHigh;
break;
case "Severe":
m_MaxThreatLevel = ThreatLevel.Severe;
break;
default:
break;
}
return m_MaxThreatLevel;
}
private ThreatLevel FindRegionThreatLevel(string SessionID)
{
ThreatLevel regionThreatLevel = m_defaultRegionThreatLevel;
if (m_cachedThreatLevels.TryGetValue(SessionID, out regionThreatLevel))
{
return(regionThreatLevel);
}
regionThreatLevel = m_defaultRegionThreatLevel;
ulong handle;
if (ulong.TryParse(SessionID, out handle))
{
int x;
int y;
Util.UlongToInts(handle, out x, out y);
GridRegion region = m_registry.RequestModuleInterface <IGridService> ().GetRegionByPosition(null, x, y);
if (region == null)
{
regionThreatLevel = ThreatLevel.None;
}
else
{
string rThreat = region.GenericMap["ThreatLevel"].AsString();
if (rThreat != "")
{
regionThreatLevel = (ThreatLevel)Enum.Parse(typeof(ThreatLevel), rThreat);
}
}
}
m_cachedThreatLevels[SessionID] = regionThreatLevel;
return(regionThreatLevel);
}
public static bool VerifyPassphrase(OpCore core, ThreatLevel threat)
{
//crit revise
if (threat != ThreatLevel.High)
{
return(true);
}
bool trying = true;
while (trying)
{
GetTextDialog form = new GetTextDialog(core, core.User.GetTitle(), "Enter Passphrase", "");
form.StartPosition = FormStartPosition.CenterScreen;
form.ResultBox.UseSystemPasswordChar = true;
if (form.ShowDialog() != DialogResult.OK)
{
return(false);
}
byte[] key = Utilities.GetPasswordKey(form.ResultBox.Text, core.User.PasswordSalt);
if (Utilities.MemCompare(core.User.PasswordKey, key))
{
return(true);
}
MessageBox.Show("Wrong passphrase", "DeOps");
}
return(false);
}
public bool CheckThreatLevel(string SessionID, string function, ThreatLevel defaultThreatLevel)
{
if (!m_useRegistrationService)
{
return(true);
}
GridRegistrationURLs urls = m_genericsConnector.GetGeneric <GridRegistrationURLs>(UUID.Zero,
"GridRegistrationUrls", SessionID);
if (urls != null)
{
//Past time for it to expire
if (m_useSessionTime && urls.Expiration < DateTime.UtcNow)
{
MainConsole.Instance.Warn("[GridRegService]: URLs expired for " + SessionID);
RemoveUrlsForClient(SessionID);
return(false);
}
//First find the threat level that this setting has to have do be able to run
ThreatLevel functionThreatLevel = PermissionSet.FindThreatLevelForFunction(function, defaultThreatLevel);
//Now find the permission for that threat level
//else, check it against the threat level that the region has
ThreatLevel regionThreatLevel = FindRegionThreatLevel(SessionID);
//Return whether the region threat level is higher than the function threat level
if (!(functionThreatLevel <= regionThreatLevel))
{
MainConsole.Instance.Warn("[GridRegService]: checkThreatLevel (" + function + ") failed for " + SessionID + ", fperm " + functionThreatLevel + ", rperm " + regionThreatLevel + "!");
}
return(functionThreatLevel <= regionThreatLevel);
}
MainConsole.Instance.Warn("[GridRegService]: Could not find URLs for checkThreatLevel for " + SessionID + "!");
return(false);
}
private ThreatLevel FindRegionThreatLevel(ulong RegionHandle)
{
ThreatLevel regionThreatLevel = m_defaultRegionThreatLevel;
if (m_cachedThreatLevels.TryGetValue(RegionHandle, out regionThreatLevel))
{
return(regionThreatLevel);
}
regionThreatLevel = m_defaultRegionThreatLevel;
int x, y;
Util.UlongToInts(RegionHandle, out x, out y);
GridRegion region = m_registry.RequestModuleInterface <IGridService>().GetRegionByPosition(UUID.Zero, x, y);
if (region == null)
{
regionThreatLevel = ThreatLevel.None;
}
else
{
string rThreat = region.GenericMap["ThreatLevel"].AsString();
if (rThreat != "")
{
regionThreatLevel = (ThreatLevel)Enum.Parse(typeof(ThreatLevel), rThreat);
}
}
m_cachedThreatLevels[RegionHandle] = regionThreatLevel;
return(regionThreatLevel);
}
private void MapTopRiskByScore(List <RiskEntity> riskEntities, Dashboard dashboard)
{
var highchart = new Highchart();
var series = new Series
{
Name = "Risks"
};
var risksByScoreDescending = riskEntities.OrderByDescending(r => r.FinalScore).ThenBy(r => Decrypt <string>(r.NameBytes)).ToList();
for (var index = 0; index < risksByScoreDescending.Count; index++)
{
var riskEntity = risksByScoreDescending[index];
var data = new Data
{
Id = riskEntity.Id.ToString(),
Name = $"{index + 1}. {Decrypt<string>(riskEntity.NameBytes)}", //include index so that duplicate names will be displayed
Value = riskEntity.FinalScore.GetValueOrDefault(),
Color = ThreatLevel.LookupByValue(riskEntity.FinalScore).Color,
SeverityName = ThreatLevel.LookupByValue(riskEntity.FinalScore).Name
};
series.Data.Add(data);
}
highchart.Series.Add(series);
dashboard.TopRiskByScore = highchart;
}
public void RemoveCard(ThreatLevel threatLevel)
{
var array = threatStack.ToArray();
var newStack = new Queue <ThreatCard>();
if (threatLevel == ThreatLevel.High)
{
array[0] = new ThreatCard(null, Card_basicBackground);
}
else
{
array[1] = new ThreatCard(null, Card_basicBackground);
}
newStack.Enqueue(array[0]);
newStack.Enqueue(array[1]);
threatStack = newStack;
foreach (var item in threatStack)
{
Debug.Log(item);
}
imageUpdateUI();
}
protected override void MapToModel(RiskEntity source, Risk destination)
{
destination.Id = source.Id.ToString();
destination.EngagementId = source.EngagementId.ToString();
destination.Phase = source.Phase?.Name ?? "Unknown";
destination.PhaseId = source.PhaseId.ToString();
destination.ResourceId = source.ResourceId;
destination.GroupId = source.GroupId;
destination.RemediationStatus = MitigationStatus.LookupByValue(source.RemediationStatusId.GetValueOrDefault())?.Name;
destination.RemediationStatusId = source.RemediationStatusId.ToString();
destination.Name = Decrypt <string>(source.NameBytes);
destination.Description = Decrypt <string>(source.DescriptionBytes);
destination.InherentRisk = source.InheritScore?.ToString("N1");
destination.InherentSeverity = ThreatLevel.LookupByValue(source.InheritScore).Name;
destination.Likelihood = source.Likelihood?.ToString("N1");
destination.LikelihoodSeverity = ThreatLevel.LookupByValue(source.Likelihood).Name;
destination.Recommendation = Decrypt <string>(source.RecommendationBytes);
destination.RemediationResource = GetRemediationResource(source);
destination.MitigationDate = source.MitigatedDate?.ToString("M/d/yyyy");
destination.TargetRemediationDate = source.TargetRemediationDate?.ToString("M/d/yyyy");
destination.AffectedSystemsCount = source.AffectedSystems?.ToString();
destination.PossibleAffectedSystemsCount = source.PossibleAffectedSystems?.ToString();
destination.Effectiveness = source.Effectiveness?.ToString("N1");
destination.ControlEffectiveness = source.ControlEffectiveness?.ToString("N1");
destination.Impact = source.Impact?.ToString("N1");
destination.ImpactSeverity = ThreatLevel.LookupByValue(source.Impact).Name;
destination.References = Decrypt <string>(source.ReferencesBytes);
destination.RiskScore = source.FinalScore?.ToString("N1");
destination.ScoreSeverity = ThreatLevel.LookupByValue(source.FinalScore).Name;
}
public static ThreatLevel FindThreatLevelForFunction(string function, ThreatLevel requestedLevel)
{
if (PermittedFunctions.ContainsKey(function))
{
return PermittedFunctions[function];
}
return requestedLevel;
}
public override void FromOSD(OSDMap map)
{
Connection = new IWCConnection();
Connection.FromOSD(map);
ValidUntil = map["ValidUntil"].AsDate();
Active = map["Active"].AsBoolean();
ThreatLevel = (ThreatLevel)map["ThreatLevel"].AsInteger();
}
public static ThreatLevel FindThreatLevelForFunction(string function, ThreatLevel requestedLevel)
{
if (PermittedFunctions.ContainsKey(function))
{
return(PermittedFunctions[function]);
}
return(requestedLevel);
}
private void UpdateThreatLevelSlider()
{
ThreatLevel threatLevel = GetCurrentThreatLevel();
threatSlider.value = threatLevel.level + 1;
threatLevelFill.color = threatLevel.color;
threatLevelText.text = THREAT_TEXT + threatLevel.threatLevelName;
}
public bool UserVerifyPass(ThreatLevel threatLevel)
{
if (VerifyPass != null)
{
return(VerifyPass(threatLevel));
}
return(false);
}
private void Awake()
{
if (instance == null)
{
instance = this;
}
slider = GetComponent <Slider>();
threat = slider.value;
}
public ThreatLevelDefinition GetThreatLevel()
{
if (m_MaxThreatLevel != 0)
{
return(GetDefinition(m_MaxThreatLevel));
}
string risk = m_config.GetString("FunctionThreatLevel", "VeryLow");
switch (risk)
{
case "NoAccess":
m_MaxThreatLevel = ThreatLevel.NoAccess;
break;
case "None":
m_MaxThreatLevel = ThreatLevel.None;
break;
case "Nuisance":
m_MaxThreatLevel = ThreatLevel.Nuisance;
break;
case "VeryLow":
m_MaxThreatLevel = ThreatLevel.VeryLow;
break;
case "Low":
m_MaxThreatLevel = ThreatLevel.Low;
break;
case "Moderate":
m_MaxThreatLevel = ThreatLevel.Moderate;
break;
case "High":
m_MaxThreatLevel = ThreatLevel.High;
break;
case "VeryHigh":
m_MaxThreatLevel = ThreatLevel.VeryHigh;
break;
case "Severe":
m_MaxThreatLevel = ThreatLevel.Severe;
break;
default:
break;
}
return(GetDefinition(m_MaxThreatLevel));
}
public void Initialize(IConfigSource source, IRegistryCore registry)
{
m_source = source;
m_config = source.Configs["AuroraInterWorldConnectors"];
if (m_config != null)
{
m_Enabled = m_config.GetBoolean("Enabled", false);
m_allowUntrustedConnections = m_config.GetBoolean("AllowUntrustedConnections", m_allowUntrustedConnections);
m_untrustedConnectionsDefaultTrust = (ThreatLevel)Enum.Parse(typeof(ThreatLevel), m_config.GetString("UntrustedConnectionsDefaultTrust", m_untrustedConnectionsDefaultTrust.ToString()));
registry.RegisterModuleInterface <ICommunicationService>(this);
registry.RegisterModuleInterface <InterWorldCommunications>(this);
m_registry = registry;
}
}
private void MapVulnerabilities(List <VulnerabilityEntity> vulnerabilityEntities, Dashboard dashboard)
{
var highchart = new Highchart();
// TODO: Make more efficient? Either filter by importId on the repository level or use Queryable clauses instead of this tedious mapping
List <VulnerabilityEntity> vulnerabilityEntitiesToKeep = new List <VulnerabilityEntity>();
foreach (var vulnerabilityEntity in vulnerabilityEntities)
{
var vulnerability = _vulnerabilityMapper.Map(vulnerabilityEntity);
List <HostVulnerabilityEntity> hostVulnerabilitiesToKeep = new List <HostVulnerabilityEntity>();
foreach (var hostVulnerability in vulnerabilityEntity.HostVulnerabilities)
{
hostVulnerabilitiesToKeep.Add(hostVulnerability);
}
vulnerabilityEntity.HostVulnerabilities = hostVulnerabilitiesToKeep;
vulnerabilityEntitiesToKeep.Add(vulnerabilityEntity);
}
var threatLevelGroups = vulnerabilityEntitiesToKeep
.OrderBy(x => x.CvssScore)
.GroupBy(x => ThreatLevel.LookupByValue(x.CvssScore));
foreach (var threatLevelGroup in threatLevelGroups)
{
var threatLevel = new Series
{
Name = threatLevelGroup.Key.Name,
Color = threatLevelGroup.Key.Color
};
var categories = threatLevelGroup
.OrderBy(v => v.VulnerabilityCategory)
.GroupBy(v => v.VulnerabilityCategory)
.Select(x => new Data
{
Name = x.Key,
Value = x.Count(),
Color = threatLevelGroup.Key.Color
});
threatLevel.Data.AddRange(categories);
highchart.Series.Add(threatLevel);
}
dashboard.Vulnerabilities = highchart;
}
private void MapRiskScoreByPhase(List <PhaseEntity> phaseEntities, Dashboard dashboard)
{
var highchart = new Highchart();
var series = new Series
{
Name = "Phases"
};
foreach (var phaseEntity in phaseEntities)
{
var data = new Data
{
Name = phaseEntity.Name,
Value = phaseEntity.RiskScore ?? 0,
Drilldown = phaseEntity.Name,
Color = ThreatLevel.LookupByValue(phaseEntity.RiskScore).Color
};
series.Data.Add(data);
//Order By Asc so that the severity levels will be drawn from low to high (left to right)
var riskSeverityPhaseGroups = phaseEntity.Risks.OrderBy(r => r.FinalScore).GroupBy(r => ThreatLevel.LookupByValue(r.FinalScore)).ToList();
if (riskSeverityPhaseGroups.Any())
{
var drilldownSeries = new Series
{
Name = phaseEntity.Name,
Id = phaseEntity.Name
};
foreach (var riskSeverityPhaseGroup in riskSeverityPhaseGroups)
{
var drilldownData = new Data
{
Name = riskSeverityPhaseGroup.Key.Name,
Value = riskSeverityPhaseGroup.Count(),
Color = riskSeverityPhaseGroup.Key.Color
};
drilldownSeries.Data.Add(drilldownData);
}
highchart.DrilldownSeries.Add(drilldownSeries);
}
}
highchart.Series.Add(series);
dashboard.RiskScoreByPhase = highchart;
}
private void deduceThreat(SnakeType snake, FoodType food)
{
int yClose = (int)(snake.Vector.Y - food.Vector.Y);
int xClose = (int)(snake.Vector.X - food.Vector.X);
if ((Math.Abs(yClose) <= innerZone) || (Math.Abs(xClose) <= innerZone))
{
threat = ThreatLevel.high;
}
else if ((Math.Abs(yClose) <= outerZone) || (Math.Abs(xClose) <= outerZone))
{
threat = ThreatLevel.medium;
}
else if ((Math.Abs(yClose) > outerZone) || (Math.Abs(xClose) > outerZone))
{
threat = ThreatLevel.low;
}
}
public ThreatLevelDefinition(ThreatLevel threatLevel, UserSet userSet, ScriptProtectionModule module)
{
m_threatLevel = threatLevel;
m_userSet = userSet;
m_scriptProtectionModule = module;
m_allowGroupPermissions = m_scriptProtectionModule.m_config.GetBoolean(
"AllowGroupThreatPermissionCheck", m_allowGroupPermissions);
string perm = m_scriptProtectionModule.m_config.GetString("Allow_" + m_threatLevel, "");
if (perm != "")
{
string[] ids = perm.Split(',');
m_allowedUsers = ids.Select(id =>
{
UUID uuid;
if (UUID.TryParse(id.Trim(), out uuid))
{
return(uuid);
}
else
{
return(UUID.Zero);
}
}).Where((id) => id != UUID.Zero).ToList();
}
perm = m_scriptProtectionModule.m_config.GetString("Allow_All", "");
if (perm != "")
{
string[] ids = perm.Split(',');
m_allowedUsers = ids.Select(id =>
{
UUID uuid;
if (UUID.TryParse(id.Trim(), out uuid))
{
return(uuid);
}
else
{
return(UUID.Zero);
}
}).Where((id) => id != UUID.Zero).ToList();
}
}
public void MapRiskGauge(EngagementEntity engagementEntity, Dashboard dashboard)
{
var highchart = new Highchart();
var series = new Series
{
Type = "pie",
Name = "Severity",
InnerSize = "70%"
};
dashboard.RiskScore = engagementEntity.RiskScore?.ToString("N1") ?? "N/A";
Func <ThreatLevel, decimal?, List <Data> > buildData = (threatLevel, nextThreatLevelValue) =>
{
var dataSlices = new List <Data>();
for (var slice = threatLevel.Value; slice < nextThreatLevelValue; slice += 0.1m)
{
dataSlices.Add(new Data
{
Name = 5 == slice ? ThreatLevel.LookupByValue(engagementEntity.RiskScore).Name : string.Empty,
Color = engagementEntity.RiskScore >= slice ? threatLevel.Color : "#eee",
Value = 0.1m
});
}
return(dataSlices);
};
series.Data.AddRange(buildData(ThreatLevel.VeryLow, ThreatLevel.Low.Value));
series.Data.AddRange(buildData(ThreatLevel.Low, ThreatLevel.Moderate.Value));
series.Data.AddRange(buildData(ThreatLevel.Moderate, ThreatLevel.High.Value));
series.Data.AddRange(buildData(ThreatLevel.High, ThreatLevel.VeryHigh.Value));
series.Data.AddRange(buildData(ThreatLevel.VeryHigh, 10m));
highchart.Series.Add(series);
dashboard.RiskGauge = highchart;
}
private void MapMitigationSummaryRisksByPhase(List <PhaseEntity> phaseEntities, Dashboard dashboard)
{
var highcharts = new Dictionary <int, Highchart>();
var chartPhases = phaseEntities.ToList();
// The first item should always be "All Phases" -- a complete list of Risks from all the Phases together.
// Build up a list of RiskEntities
var risksForAllPhases = chartPhases.SelectMany(cp => cp.Risks).ToList();
// Create a new chartPhase for our "All Phases" chart
var allPhasesEntity = new PhaseEntity();
allPhasesEntity.Id = 0;
allPhasesEntity.Name = "All Phases";
// Add the complete list of distinct RiskEntities to the new chartPhase
allPhasesEntity.Risks = risksForAllPhases.Distinct().ToList();
// Unshift the "All Phases" chartPhase onto the beginning of our array of ChartPhases
chartPhases.Insert(0, allPhasesEntity);
// Now we can create our array of Highcharts
foreach (var chartPhase in chartPhases)
{
var highchart = new NamedHighchart();
var risksByThreatLevel = chartPhase.Risks
.OrderBy(x => x.FinalScore)
.GroupBy(x => ThreatLevel.LookupByValue(x.FinalScore))
.ToList();
// Skip this risk entity if there are no vulns associated with it
if (risksByThreatLevel.Count == 0)
{
continue;
}
// Add each Severity bar in our three-bar columns (Moderate Severity, High Severity, Very High Severity)
foreach (var threatLevelGroup in risksByThreatLevel)
{
var series = new Series
{
Name = threatLevelGroup.Key.Name + " Severity",
Color = threatLevelGroup.Key.Color
};
// Guard against the Remediation Status being null
var defaultStatusValue = MitigationStatus.NotMitigated.Value;
// Add the data for each Remediation Status (Not Mitigated, Mitigation in Progress, etcetera)
foreach (var status in MitigationStatus.List)
{
var data = new Data
{
Name = status.Name,
Value = threatLevelGroup.Count(x => (x.RemediationStatusId ?? defaultStatusValue) == status.Value),
Color = threatLevelGroup.Key.Color
};
series.Data.Add(data);
}
highchart.Series.Add(series);
}
// Decrypt the risk name and assign it as the title of the Highchart
highchart.Name = chartPhase.Name;
highcharts.Add(chartPhase.Id, highchart);
}
dashboard.MitigationSummaryRisksByPhase = highcharts;
}
public void CheckThreatLevel(ThreatLevel level, string function, ISceneChildEntity m_host, string API)
{
GetDefinition(level).CheckThreatLevel (function, m_host, API);
}
public void CheckThreatLevel(ThreatLevel level, string function)
{
if (!m_OSFunctionsEnabled)
OSSLError(String.Format("{0} permission denied. All OS functions are disabled.", function)); // throws
if (!m_FunctionPerms.ContainsKey(function))
{
FunctionPerms perms = new FunctionPerms();
m_FunctionPerms[function] = perms;
string ownerPerm = m_ScriptEngine.Config.GetString("Allow_" + function, "");
string creatorPerm = m_ScriptEngine.Config.GetString("Creators_" + function, "");
if (ownerPerm == "" && creatorPerm == "")
{
// Default behavior
perms.AllowedOwners = null;
perms.AllowedCreators = null;
}
else
{
bool allowed;
if (bool.TryParse(ownerPerm, out allowed))
{
// Boolean given
if (allowed)
{
// Allow globally
perms.AllowedOwners.Add(UUID.Zero);
}
}
else
{
string[] ids = ownerPerm.Split(new char[] {','});
foreach (string id in ids)
{
string current = id.Trim();
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
perms.AllowedOwners.Add(uuid);
}
}
ids = creatorPerm.Split(new char[] {','});
foreach (string id in ids)
{
string current = id.Trim();
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
perms.AllowedCreators.Add(uuid);
}
}
}
}
}
// If the list is null, then the value was true / undefined
// Threat level governs permissions in this case
//
// If the list is non-null, then it is a list of UUIDs allowed
// to use that particular function. False causes an empty
// list and therefore means "no one"
//
// To allow use by anyone, the list contains UUID.Zero
//
if (m_FunctionPerms[function].AllowedOwners == null)
{
// Allow / disallow by threat level
if (level > m_MaxThreatLevel)
OSSLError(
String.Format(
"{0} permission denied. Allowed threat level is {1} but function threat level is {2}.",
function, m_MaxThreatLevel, level));
}
else
{
if (!m_FunctionPerms[function].AllowedOwners.Contains(UUID.Zero))
{
// Not anyone. Do detailed checks
if (m_FunctionPerms[function].AllowedOwners.Contains(m_host.OwnerID))
{
// prim owner is in the list of allowed owners
return;
}
TaskInventoryItem ti = m_host.Inventory.GetInventoryItem(m_itemID);
if (ti == null)
{
OSSLError(
String.Format("{0} permission error. Can't find script in prim inventory.",
function));
}
if (!m_FunctionPerms[function].AllowedCreators.Contains(ti.CreatorID))
OSSLError(
String.Format("{0} permission denied. Script creator is not in the list of users allowed to execute this function and prim owner also has no permission.",
function));
if (ti.CreatorID != ti.OwnerID)
{
if ((ti.CurrentPermissions & (uint)PermissionMask.Modify) != 0)
OSSLError(
String.Format("{0} permission denied. Script permissions error.",
function));
}
}
}
}
public void CheckThreatLevel(ThreatLevel level, string function)
{
if (!m_OSFunctionsEnabled)
OSSLError(String.Format("{0} permission denied. All OS functions are disabled.", function)); // throws
if (!m_FunctionPerms.ContainsKey(function))
{
string perm = m_ScriptEngine.Config.GetString("Allow_" + function, "");
if (perm == "")
{
m_FunctionPerms[function] = null; // a null value is default
}
else
{
bool allowed;
if (bool.TryParse(perm, out allowed))
{
// Boolean given
if (allowed)
{
m_FunctionPerms[function] = new List<UUID>();
m_FunctionPerms[function].Add(UUID.Zero);
}
else
m_FunctionPerms[function] = new List<UUID>(); // Empty list = none
}
else
{
m_FunctionPerms[function] = new List<UUID>();
string[] ids = perm.Split(new char[] {','});
foreach (string id in ids)
{
string current = id.Trim();
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
m_FunctionPerms[function].Add(uuid);
}
}
}
}
}
// If the list is null, then the value was true / undefined
// Threat level governs permissions in this case
//
// If the list is non-null, then it is a list of UUIDs allowed
// to use that particular function. False causes an empty
// list and therefore means "no one"
//
// To allow use by anyone, the list contains UUID.Zero
//
if (m_FunctionPerms[function] == null) // No list = true
{
if (level > m_MaxThreatLevel)
OSSLError(
String.Format(
"{0} permission denied. Allowed threat level is {1} but function threat level is {2}.",
function, m_MaxThreatLevel, level));
}
else
{
if (!m_FunctionPerms[function].Contains(UUID.Zero))
{
if (!m_FunctionPerms[function].Contains(m_host.OwnerID))
OSSLError(
String.Format("{0} permission denied. Prim owner is not in the list of users allowed to execute this function.",
function));
}
}
}
public ThreatLevelDefinition GetDefinition(ThreatLevel level)
{
switch (level)
{
case ThreatLevel.None:
return m_threatLevelNone;
case ThreatLevel.Nuisance:
return m_threatLevelNuisance;
case ThreatLevel.VeryLow:
return m_threatLevelVeryLow;
case ThreatLevel.Low:
return m_threatLevelLow;
case ThreatLevel.Moderate:
return m_threatLevelModerate;
case ThreatLevel.High:
return m_threatLevelHigh;
case ThreatLevel.VeryHigh:
return m_threatLevelVeryHigh;
case ThreatLevel.Severe:
return m_threatLevelSevere;
case ThreatLevel.NoAccess:
return m_threatLevelNoAccess;
}
return null;
}
public bool CheckThreatLevel(string SessionID, string function, ThreatLevel defaultThreatLevel)
{
if (!m_useRegistrationService)
return true;
GridRegistrationURLs urls = m_genericsConnector.GetGeneric<GridRegistrationURLs>(UUID.Zero,
"GridRegistrationUrls", SessionID);
if (urls != null)
{
//Past time for it to expire
if (m_useSessionTime && urls.Expiration < DateTime.UtcNow)
{
MainConsole.Instance.Warn ("[GridRegService]: URLs expired for " + SessionID);
RemoveUrlsForClient(SessionID);
return false;
}
//First find the threat level that this setting has to have do be able to run
ThreatLevel functionThreatLevel = PermissionSet.FindThreatLevelForFunction(function, defaultThreatLevel);
//Now find the permission for that threat level
//else, check it against the threat level that the region has
ThreatLevel regionThreatLevel = FindRegionThreatLevel (SessionID);
//Return whether the region threat level is higher than the function threat level
if(!(functionThreatLevel <= regionThreatLevel))
MainConsole.Instance.Warn ("[GridRegService]: checkThreatLevel (" + function + ") failed for " + SessionID + ", fperm " + functionThreatLevel + ", rperm " + regionThreatLevel + "!");
return functionThreatLevel <= regionThreatLevel;
}
MainConsole.Instance.Warn ("[GridRegService]: Could not find URLs for checkThreatLevel for " + SessionID + "!");
return false;
}
public bool UserVerifyPass(ThreatLevel threatLevel)
{
if (VerifyPass != null)
return VerifyPass(threatLevel);
return false;
}
public ThreatLevelDefinition GetThreatLevel()
{
if (m_MaxThreatLevel != 0)
return GetDefinition(m_MaxThreatLevel);
string risk = m_config.GetString("FunctionThreatLevel", "VeryLow");
switch (risk)
{
case "NoAccess":
m_MaxThreatLevel = ThreatLevel.NoAccess;
break;
case "None":
m_MaxThreatLevel = ThreatLevel.None;
break;
case "Nuisance":
m_MaxThreatLevel = ThreatLevel.Nuisance;
break;
case "VeryLow":
m_MaxThreatLevel = ThreatLevel.VeryLow;
break;
case "Low":
m_MaxThreatLevel = ThreatLevel.Low;
break;
case "Moderate":
m_MaxThreatLevel = ThreatLevel.Moderate;
break;
case "High":
m_MaxThreatLevel = ThreatLevel.High;
break;
case "VeryHigh":
m_MaxThreatLevel = ThreatLevel.VeryHigh;
break;
case "Severe":
m_MaxThreatLevel = ThreatLevel.Severe;
break;
}
return GetDefinition(m_MaxThreatLevel);
}
private void MapRiskByScore(List <RiskEntity> riskEntities, Dashboard dashboard)
{
var highchart = new Highchart();
var series = new Series
{
Type = "pie",
Name = "Score"
};
var riskSeverityGroups = riskEntities.OrderBy(r => r.FinalScore).GroupBy(r => ThreatLevel.LookupByValue(r.FinalScore)).ToList();
foreach (var riskSeverityGroup in riskSeverityGroups)
{
var data = new Data
{
Name = riskSeverityGroup.Key.Name,
Value = riskSeverityGroup.Count(),
Color = riskSeverityGroup.Key.Color,
Drilldown = riskSeverityGroup.Key.Name
};
series.Data.Add(data);
var riskSeverityPhaseGroups = riskSeverityGroup.OrderBy(r => r.Phase?.DisplayOrder).GroupBy(r => r.Phase ?? new PhaseEntity {
Name = "Unknown"
}).ToList();
if (riskSeverityPhaseGroups.Any())
{
var drilldownSeries = new Series
{
Name = riskSeverityGroup.Key.Name,
Id = riskSeverityGroup.Key.Name
};
foreach (var riskSeverityPhaseGroup in riskSeverityPhaseGroups)
{
var drilldownData = new Data
{
Name = riskSeverityPhaseGroup.Key.Name,
Value = riskSeverityPhaseGroup.Count()
};
drilldownSeries.Data.Add(drilldownData);
}
highchart.DrilldownSeries.Add(drilldownSeries);
}
}
highchart.Series.Add(series);
dashboard.RiskByScore = highchart;
}
// Returns of the function is allowed. Throws a script exception if not allowed.
public void CheckThreatLevel(ThreatLevel level, string function)
{
if (!m_OSFunctionsEnabled)
OSSLError(String.Format("{0} permission denied. All OS functions are disabled.", function)); // throws
string reasonWhyNot = CheckThreatLevelTest(level, function);
if (!String.IsNullOrEmpty(reasonWhyNot))
{
OSSLError(reasonWhyNot);
}
}
public void Initialize(IConfigSource source, IRegistryCore registry)
{
m_source = source;
m_config = source.Configs["AuroraInterWorldConnectors"];
if (m_config != null)
{
m_Enabled = m_config.GetBoolean("Enabled", false);
m_allowUntrustedConnections = m_config.GetBoolean("AllowUntrustedConnections", m_allowUntrustedConnections);
m_untrustedConnectionsDefaultTrust = (ThreatLevel)Enum.Parse(typeof(ThreatLevel), m_config.GetString("UntrustedConnectionsDefaultTrust", m_untrustedConnectionsDefaultTrust.ToString()));
registry.RegisterModuleInterface<InterWorldCommunications>(this);
registry.StackModuleInterface<ICommunicationService> (this);
m_registry = registry;
}
}
private void MapMitigationSummaryVulnsByRisk(List <RiskEntity> riskEntities, Dashboard dashboard)
{
var highcharts = new Dictionary <int, Highchart>();
// The first item should always be "All Risks" -- a complete list of unique RiskVulns from all the risks together.
// Build up a list of RiskVulns
var allRiskVulns = new List <RiskVulnerabilityEntity>();
foreach (var riskEntity in riskEntities)
{
allRiskVulns.AddRange(riskEntity.RiskVulnerabilities);
}
// Create a new RiskEntity for our "All Risks" chart
var allRisksEntity = new RiskEntity();
allRisksEntity.Id = 0;
allRisksEntity.NameBytes = Encrypt("All Risks");
// Add the complete list of distinct RiskVulns to the new RiskEntity
allRisksEntity.RiskVulnerabilities = allRiskVulns.ToList();
// Unshift the "All Risks" RiskEntity onto the beginning of our array of risks
riskEntities.Insert(0, allRisksEntity);
// Now we can create our array of Highcharts
foreach (var riskEntity in riskEntities)
{
var highchart = new NamedHighchart();
var vulnerabilitiesByThreatLevel = riskEntity.RiskVulnerabilities
.Select(x => x.Vulnerability)
.OrderBy(x => x.CvssScore)
.GroupBy(x => ThreatLevel.LookupByValue(x.CvssScore))
.ToList();
// Skip this risk entity if there are no vulns associated with it
if (vulnerabilitiesByThreatLevel.Count == 0)
{
continue;
}
// Add each Severity bar in our three-bar columns (Moderate Severity, High Severity, Very High Severity)
foreach (var threatLevelGroup in vulnerabilitiesByThreatLevel)
{
var series = new Series
{
Name = threatLevelGroup.Key.Name + " Severity",
Color = threatLevelGroup.Key.Color
};
// Guard against the Remediation Status being null
var defaultStatusValue = MitigationStatus.NotMitigated.Value;
// Add the data for each Remediation Status (Not Mitigated, Mitigation in Progress, etcetera)
foreach (var status in MitigationStatus.List)
{
var data = new Data
{
Name = status.Name,
Value = threatLevelGroup.Count(x => (x.RemediationStatusId ?? defaultStatusValue) == status.Value),
Color = threatLevelGroup.Key.Color
};
series.Data.Add(data);
}
highchart.Series.Add(series);
}
// Decrypt the risk name and assign it as the title of the Highchart
highchart.Name = Decrypt <string>(riskEntity.NameBytes);
highcharts.Add(riskEntity.Id, highchart);
}
dashboard.MitigationSummaryRisks = highcharts;
}
public void CheckThreatLevel(ThreatLevel level, string function, ISceneChildEntity m_host, string API)
{
List<UUID> FunctionPerms = new List<UUID>();
if (!m_FunctionPerms.TryGetValue(function, out FunctionPerms))
{
string perm = m_config.GetString("Allow_" + function, "");
if (perm == "")
{
FunctionPerms = null;// a null value is default
}
else
{
bool allowed;
if (bool.TryParse(perm, out allowed))
{
// Boolean given
if (allowed)
{
FunctionPerms = new List<UUID>();
FunctionPerms.Add(UUID.Zero);
}
else
FunctionPerms = new List<UUID>(); // Empty list = none
}
else
{
FunctionPerms = new List<UUID>();
string[] ids = perm.Split(new char[] {','});
foreach (string id in ids)
{
string current = id.Trim();
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
FunctionPerms.Add(uuid);
}
}
}
m_FunctionPerms[function] = FunctionPerms;
}
}
// If the list is null, then the value was true / undefined
// Threat level governs permissions in this case
//
// If the list is non-null, then it is a list of UUIDs allowed
// to use that particular function. False causes an empty
// list and therefore means "no one"
//
// To allow use by anyone, the list contains UUID.Zero
//
if (FunctionPerms == null) // No list = true
{
if (level > m_MaxThreatLevel)
Error("Runtime Error: ",
String.Format(
"{0} permission denied. Allowed threat level is {1} but function threat level is {2}.",
function, m_MaxThreatLevel, level));
}
else
{
if (!FunctionPerms.Contains(UUID.Zero))
{
if (!FunctionPerms.Contains(m_host.OwnerID))
Error("Runtime Error: ",
String.Format("{0} permission denied. Prim owner is not in the list of users allowed to execute this function.",
function));
}
}
}
public bool CheckThreatLevel(string SessionID, ulong RegionHandle, string function, ThreatLevel defaultThreatLevel)
{
GridRegistrationURLs urls = m_genericsConnector.GetGeneric<GridRegistrationURLs>(UUID.Zero,
"GridRegistrationUrls", RegionHandle.ToString(), new GridRegistrationURLs());
if (urls != null)
{
//Past time for it to expire
if (urls.Expiration < DateTime.Now)
{
RemoveUrlsForClient(SessionID, RegionHandle);
return false;
}
//First find the threat level that this setting has to have do be able to run
ThreatLevel functionThreatLevel = PermissionSet.FindThreatLevelForFunction(function, defaultThreatLevel);
//Now find the permission for that threat level
//else, check it against the threat level that the region has
ThreatLevel regionThreatLevel = FindRegionThreatLevel(RegionHandle);
//Return whether the region threat level is higher than the function threat level
return functionThreatLevel <= regionThreatLevel;
}
return false;
}
public ThreatLevelDefinition(ThreatLevel threatLevel, UserSet userSet, ScriptProtectionModule module)
{
m_threatLevel = threatLevel;
m_userSet = userSet;
m_scriptProtectionModule = module;
m_allowGroupPermissions = m_scriptProtectionModule.m_config.GetBoolean(
"AllowGroupThreatPermissionCheck", m_allowGroupPermissions);
string perm = m_scriptProtectionModule.m_config.GetString("Allow_" + m_threatLevel.ToString(), "");
if (perm != "")
{
string[] ids = perm.Split(',');
m_allowedUsers = ids.Select(id =>
{
UUID uuid;
if (UUID.TryParse(id.Trim(), out uuid))
return uuid;
else
return UUID.Zero;
}).Where((id) => id != UUID.Zero).ToList();
}
perm = m_scriptProtectionModule.m_config.GetString("Allow_All", "");
if (perm != "")
{
string[] ids = perm.Split(',');
m_allowedUsers = ids.Select(id =>
{
UUID uuid;
if (UUID.TryParse(id.Trim(), out uuid))
return uuid;
else
return UUID.Zero;
}).Where((id) => id != UUID.Zero).ToList();
}
}
// Returns of the function is allowed. Throws a script exception if not allowed.
public void CheckThreatLevel(ThreatLevel level, string function)
{
string reasonWhyNot = CheckThreatLevelTest(level, function);
if (!String.IsNullOrEmpty(reasonWhyNot))
{
OSSLError(reasonWhyNot);
}
}
protected void ReadConfiguration(IConfig config)
{
PermissionSet.ReadFunctions(config);
m_timeBeforeTimeout = config.GetFloat("DefaultTimeout", m_timeBeforeTimeout);
m_defaultRegionThreatLevel = (ThreatLevel)Enum.Parse(typeof(ThreatLevel), config.GetString("DefaultRegionThreatLevel", m_defaultRegionThreatLevel.ToString()));
}
public void Initialize(
IScriptEngine scriptEngine, SceneObjectPart host, TaskInventoryItem item, WaitHandle coopSleepHandle)
{
m_ScriptEngine = scriptEngine;
m_host = host;
m_item = item;
m_UrlModule = m_ScriptEngine.World.RequestModuleInterface<IUrlModule>();
m_ScriptDelayFactor =
m_ScriptEngine.Config.GetFloat("ScriptDelayFactor", 1.0f);
m_ScriptDistanceFactor =
m_ScriptEngine.Config.GetFloat("ScriptDistanceLimitFactor", 1.0f);
string risk = m_ScriptEngine.Config.GetString("OSFunctionThreatLevel", "VeryLow");
switch (risk)
{
case "NoAccess":
m_MaxThreatLevel = ThreatLevel.NoAccess;
break;
case "None":
m_MaxThreatLevel = ThreatLevel.None;
break;
case "VeryLow":
m_MaxThreatLevel = ThreatLevel.VeryLow;
break;
case "Low":
m_MaxThreatLevel = ThreatLevel.Low;
break;
case "Moderate":
m_MaxThreatLevel = ThreatLevel.Moderate;
break;
case "High":
m_MaxThreatLevel = ThreatLevel.High;
break;
case "VeryHigh":
m_MaxThreatLevel = ThreatLevel.VeryHigh;
break;
case "Severe":
m_MaxThreatLevel = ThreatLevel.Severe;
break;
default:
break;
}
}
public bool CheckThreatLevel(ThreatLevel level, string function, ISceneChildEntity m_host, string API,
UUID itemID)
{
GetDefinition(level).CheckThreatLevel(function, m_host, API);
return CheckFunctionLimits(function, m_host, API, itemID);
}
protected void ReadConfiguration(IConfig config)
{
PermissionSet.ReadFunctions(config);
m_timeBeforeTimeout = config.GetInt("DefaultTimeout", m_timeBeforeTimeout);
m_defaultRegionThreatLevel = (ThreatLevel)Enum.Parse(typeof(ThreatLevel), config.GetString("DefaultRegionThreatLevel", m_defaultRegionThreatLevel.ToString()));
}
public ThreatLevelDefinition(ThreatLevel threatLevel, UserSet userSet, ScriptProtectionModule module)
{
m_threatLevel = threatLevel;
m_userSet = userSet;
m_scriptProtectionModule = module;
m_allowGroupPermissions = m_scriptProtectionModule.m_config.GetBoolean(
"AllowGroupThreatPermissionCheck", m_allowGroupPermissions);
string perm = m_scriptProtectionModule.m_config.GetString("Allow_" + m_threatLevel.ToString(), "");
if (perm != "")
{
string[] ids = perm.Split(',');
foreach (string current in ids.Select(id => id.Trim()))
{
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
m_allowedUsers.Add(uuid);
}
}
}
perm = m_scriptProtectionModule.m_config.GetString("Allow_All", "");
if (perm != "")
{
string[] ids = perm.Split(',');
foreach (string current in ids.Select(id => id.Trim()))
{
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
m_allowedUsers.Add(uuid);
}
}
}
}
public bool Core_VerifyPass(ThreatLevel threat)
{
return GuiUtils.VerifyPassphrase(Core, ThreatLevel.Medium);
}
public void Initialize(IScriptEngine ScriptEngine, SceneObjectPart host, uint localID, UUID itemID)
{
m_ScriptEngine = ScriptEngine;
m_host = host;
m_localID = localID;
m_itemID = itemID;
if (m_ScriptEngine.Config.GetBoolean("AllowOSFunctions", false))
m_OSFunctionsEnabled = true;
m_ScriptDelayFactor =
m_ScriptEngine.Config.GetFloat("ScriptDelayFactor", 1.0f);
m_ScriptDistanceFactor =
m_ScriptEngine.Config.GetFloat("ScriptDistanceLimitFactor", 1.0f);
string risk = m_ScriptEngine.Config.GetString("OSFunctionThreatLevel", "VeryLow");
switch (risk)
{
case "None":
m_MaxThreatLevel = ThreatLevel.None;
break;
case "VeryLow":
m_MaxThreatLevel = ThreatLevel.VeryLow;
break;
case "Low":
m_MaxThreatLevel = ThreatLevel.Low;
break;
case "Moderate":
m_MaxThreatLevel = ThreatLevel.Moderate;
break;
case "High":
m_MaxThreatLevel = ThreatLevel.High;
break;
case "VeryHigh":
m_MaxThreatLevel = ThreatLevel.VeryHigh;
break;
case "Severe":
m_MaxThreatLevel = ThreatLevel.Severe;
break;
default:
break;
}
}
public static bool VerifyPassphrase(OpCore core, ThreatLevel threat)
{
//crit revise
if (threat != ThreatLevel.High)
return true;
bool trying = true;
while (trying)
{
GetTextDialog form = new GetTextDialog(core, core.User.GetTitle(), "Enter Passphrase", "");
form.StartPosition = FormStartPosition.CenterScreen;
form.ResultBox.UseSystemPasswordChar = true;
if (form.ShowDialog() != DialogResult.OK)
return false;
byte[] key = Utilities.GetPasswordKey(form.ResultBox.Text, core.User.PasswordSalt);
if (Utilities.MemCompare(core.User.PasswordKey, key))
return true;
MessageBox.Show("Wrong passphrase", "DeOps");
}
return false;
}
public bool CheckThreatLevel(ThreatLevel level, string function, ISceneChildEntity m_host, string API,
UUID itemID)
{
GetDefinition(level).CheckThreatLevel(function, m_host, API);
return(CheckFunctionLimits(function, m_host, API, itemID));
}
public void CheckThreatLevel(ThreatLevel level, string function, ISceneChildEntity m_host, string API)
{
List <UUID> FunctionPerms = new List <UUID>();
if (!m_FunctionPerms.TryGetValue(function, out FunctionPerms))
{
string perm = m_config.GetString("Allow_" + function, "");
if (perm == "")
{
FunctionPerms = null;// a null value is default
}
else
{
bool allowed;
if (bool.TryParse(perm, out allowed))
{
// Boolean given
if (allowed)
{
FunctionPerms = new List <UUID>();
FunctionPerms.Add(UUID.Zero);
}
else
{
FunctionPerms = new List <UUID>(); // Empty list = none
}
}
else
{
FunctionPerms = new List <UUID>();
string[] ids = perm.Split(new char[] { ',' });
foreach (string id in ids)
{
string current = id.Trim();
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
{
FunctionPerms.Add(uuid);
}
}
}
}
m_FunctionPerms[function] = FunctionPerms;
}
}
// If the list is null, then the value was true / undefined
// Threat level governs permissions in this case
//
// If the list is non-null, then it is a list of UUIDs allowed
// to use that particular function. False causes an empty
// list and therefore means "no one"
//
// To allow use by anyone, the list contains UUID.Zero
//
if (FunctionPerms == null) // No list = true
{
if (level > m_MaxThreatLevel)
{
Error("Runtime Error: ",
String.Format(
"{0} permission denied. Allowed threat level is {1} but function threat level is {2}.",
function, m_MaxThreatLevel, level));
}
}
else
{
if (!FunctionPerms.Contains(UUID.Zero))
{
if (!FunctionPerms.Contains(m_host.OwnerID))
{
Error("Runtime Error: ",
String.Format("{0} permission denied. Prim owner is not in the list of users allowed to execute this function.",
function));
}
}
}
}
private void AttatchNewDeerFSM(Deer deer, Game game)
{
//Declaring Actions for states
ScaredAction scaredAction = new ScaredAction();
WanderAction wanderAction = new WanderAction();
GrazeAction grazeAction = new GrazeAction();
//FleeFromLionAction fleeFromLionAction = new FleeFromLionAction();
//FleeFromHunterAction fleeFromHunterAction = new FleeFromHunterAction();
DeerFleeAction deerFleeAction = new DeerFleeAction();
resetWander resetWander = new resetWander();
emptyAction emptyAction = new emptyAction();
FlockAction flockAction = new FlockAction();
//Declaring States for FSM
State scaredState = new State("scared", scaredAction);
State wanderState = new State("wander", emptyAction, wanderAction, resetWander);
State grazeState = new State("graze", grazeAction);
State fleeState = new State("flee", deerFleeAction);
//fleeState.AddActions();
State flockState = new State("flock", flockAction);
//Declaring conditions used for transitions
FearGreaterThan fearGreaterThan80 = new FearGreaterThan(80);
FearGreaterThan fearGreaterThan60 = new FearGreaterThan(60);
FearLessThan fearLessThan40 = new FearLessThan(40);
FearLessThan fearLessThan20 = new FearLessThan(20);
ThreatLevel hunterHighThreatLevel = new ThreatLevel(75f);
DistanceToHunter distanceToHunter = new DistanceToHunter(200f);
AndCondition andThreatDistanceHunter = new AndCondition(hunterHighThreatLevel, distanceToHunter);
OrCondition orFearThreat = new OrCondition(fearGreaterThan60, andThreatDistanceHunter);
NeighborCountGreaterCondition neighborCountGreater = new NeighborCountGreaterCondition(5);
NeighborCountLessCondition neighborCountLess = new NeighborCountLessCondition(2);
RandomTimerCondition fleetoScaredTimer = new RandomTimerCondition(initialTime, 600);
RandomTimerCondition wandertoGrazeTimer = new RandomTimerCondition(initialTime, shortTimer);//800 to 1200
RandomTimerCondition flocktoGrazeTimer = new RandomTimerCondition(initialTime, 600);
RandomTimerCondition grazetoFlockTimer = new RandomTimerCondition(initialTime, 600);
RandomCondition randomCondition = new RandomCondition(2, 2);
//AndCondition andRandomLowFear = new AndCondition(randomCondition, fearLessThan40);
AndCondition andTimerLowFear = new AndCondition(fleetoScaredTimer, fearLessThan20);
AndCondition andRandomNeighborCountGreater = new AndCondition(randomCondition, neighborCountGreater);
AndCondition andRandomNeighborCountLess = new AndCondition(grazetoFlockTimer, neighborCountLess);
//AndCondition andRNCRandom = new AndCondition(andRandomNeighborCount, grazetoFlockTimer);
WanderCondition wanderTrue = new WanderCondition();
//Declaring Transitions
Transition gotoWanderFromScared = new Transition(andTimerLowFear, wanderState, 0);
//Transition gotoWanderFromScared = new Transition(andRandomLowFear, wanderState, 0);
Transition gotoWanderFromGraze = new Transition(wanderTrue, wanderState, 0);
Transition gotoWanderFromGraze2 = new Transition(andRandomNeighborCountLess, wanderState, 0);
Transition gotoGrazeFromScared = new Transition(andTimerLowFear, grazeState, 0);
//Transition gotoGrazeFromScared = new Transition(andRandomLowFear, grazeState, 0);
Transition gotoGrazeFromWander = new Transition(wandertoGrazeTimer, grazeState, 0);
Transition gotoFlockfromGraze = new Transition(andRandomNeighborCountGreater, flockState, 0);
Transition gotoGrazefromFlock = new Transition(flocktoGrazeTimer, grazeState, 0);
Transition gotoScaredFromWander = new Transition(orFearThreat, scaredState, 0); //old cond was feargreaterthan 60
Transition gotoScaredFromGraze = new Transition(orFearThreat, scaredState, 0);
Transition gotoScaredFromFlock = new Transition(orFearThreat, scaredState, 0);
Transition gotoFlee = new Transition(fearGreaterThan80, fleeState, 0);
//Transition gotoScaredFromFlee = new Transition(andTimerLowFear, scaredState, 0);
Transition gotoScaredFromFlee = new Transition(fearLessThan40, scaredState, 0);
//Declaring actions for transitions
gotoWanderFromScared.addActions(wanderAction);
gotoWanderFromGraze.addActions(wanderAction);
gotoWanderFromGraze2.addActions(wanderAction);
gotoGrazeFromScared.addActions(grazeAction);
gotoGrazeFromWander.addActions(grazeAction);
gotoGrazefromFlock.addActions(grazeAction);
gotoScaredFromWander.addActions(scaredAction);
gotoScaredFromGraze.addActions(scaredAction);
gotoFlee.addActions(deerFleeAction);
gotoFlockfromGraze.addActions(flockAction);
gotoScaredFromFlock.addActions(scaredAction);
gotoScaredFromFlee.addActions(scaredAction);
//Hooking up transitions to states
scaredState.addTransition(gotoWanderFromScared);
scaredState.addTransition(gotoGrazeFromScared);
scaredState.addTransition(gotoFlee);
wanderState.addTransition(gotoScaredFromWander);
wanderState.addTransition(gotoGrazeFromWander);
grazeState.addTransition(gotoScaredFromGraze);
grazeState.addTransition(gotoWanderFromGraze);
grazeState.addTransition(gotoFlockfromGraze);
grazeState.addTransition(gotoWanderFromGraze2);
fleeState.addTransition(gotoScaredFromFlee);
flockState.addTransition(gotoGrazefromFlock);
flockState.addTransition(gotoScaredFromFlock);
FiniteStateMachine newFSM = new FiniteStateMachine(wanderState);
deer.fsm = newFSM;
}
private void MapGovernanceControlsByRiskLevel(List <GovernanceControlEntity> governanceControlEntities, Dashboard dashboard)
{
var highchart = new Highchart();
var series = new Series
{
Type = "pie",
Name = "Risk Level"
};
var governanceControlGroups = governanceControlEntities.OrderBy(gc => gc.ThreatLevelId).GroupBy(gc => ThreatLevel.LookupByValue(gc.ThreatLevelId)).ToList();
foreach (var governanceControlGroup in governanceControlGroups)
{
var data = new Data
{
Name = governanceControlGroup.Key.Name,
Value = governanceControlGroup.Count(),
Color = governanceControlGroup.Key.Color
};
series.Data.Add(data);
}
highchart.Series.Add(series);
dashboard.GovernanceControlsByRiskLevel = highchart;
}
public void Initialize(
IScriptEngine scriptEngine, SceneObjectPart host, TaskInventoryItem item)
{
m_ScriptEngine = scriptEngine;
m_host = host;
m_item = item;
m_debuggerSafe = m_ScriptEngine.Config.GetBoolean("DebuggerSafe", false);
m_UrlModule = m_ScriptEngine.World.RequestModuleInterface<IUrlModule>();
if (m_ScriptEngine.Config.GetBoolean("AllowOSFunctions", false))
{
m_OSFunctionsEnabled = true;
// m_log.Warn("[OSSL] OSSL FUNCTIONS ENABLED");
}
m_ScriptDelayFactor =
m_ScriptEngine.Config.GetFloat("ScriptDelayFactor", 1.0f);
m_ScriptDistanceFactor =
m_ScriptEngine.Config.GetFloat("ScriptDistanceLimitFactor", 1.0f);
string risk = m_ScriptEngine.Config.GetString("OSFunctionThreatLevel", "VeryLow");
switch (risk)
{
case "NoAccess":
m_MaxThreatLevel = ThreatLevel.NoAccess;
break;
case "None":
m_MaxThreatLevel = ThreatLevel.None;
break;
case "VeryLow":
m_MaxThreatLevel = ThreatLevel.VeryLow;
break;
case "Low":
m_MaxThreatLevel = ThreatLevel.Low;
break;
case "Moderate":
m_MaxThreatLevel = ThreatLevel.Moderate;
break;
case "High":
m_MaxThreatLevel = ThreatLevel.High;
break;
case "VeryHigh":
m_MaxThreatLevel = ThreatLevel.VeryHigh;
break;
case "Severe":
m_MaxThreatLevel = ThreatLevel.Severe;
break;
default:
break;
}
}
public HarmfulAI(FoodClassification food)
{
classification = food;
threat = ThreatLevel.low;
moveFood = true;
}
// Check to see if function is allowed. Returns an empty string if function permitted
// or a string explaining why this function can't be used.
private string CheckThreatLevelTest(ThreatLevel level, string function)
{
if (!m_FunctionPerms.ContainsKey(function))
{
FunctionPerms perms = new FunctionPerms();
m_FunctionPerms[function] = perms;
string ownerPerm = m_ScriptEngine.Config.GetString("Allow_" + function, "");
string creatorPerm = m_ScriptEngine.Config.GetString("Creators_" + function, "");
if (ownerPerm == "" && creatorPerm == "")
{
// Default behavior
perms.AllowedOwners = null;
perms.AllowedCreators = null;
perms.AllowedOwnerClasses = null;
}
else
{
bool allowed;
if (bool.TryParse(ownerPerm, out allowed))
{
// Boolean given
if (allowed)
{
// Allow globally
perms.AllowedOwners.Add(UUID.Zero);
}
}
else
{
string[] ids = ownerPerm.Split(new char[] {','});
foreach (string id in ids)
{
string current = id.Trim();
if (current.ToUpper() == "PARCEL_GROUP_MEMBER" || current.ToUpper() == "PARCEL_OWNER" || current.ToUpper() == "ESTATE_MANAGER" || current.ToUpper() == "ESTATE_OWNER" || current.ToUpper() == "GOD" || current.ToUpper() == "GRID_GOD")
{
if (!perms.AllowedOwnerClasses.Contains(current))
perms.AllowedOwnerClasses.Add(current.ToUpper());
}
else
{
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
perms.AllowedOwners.Add(uuid);
}
}
}
ids = creatorPerm.Split(new char[] {','});
foreach (string id in ids)
{
string current = id.Trim();
UUID uuid;
if (UUID.TryParse(current, out uuid))
{
if (uuid != UUID.Zero)
perms.AllowedCreators.Add(uuid);
}
}
}
}
}
// If the list is null, then the value was true / undefined
// Threat level governs permissions in this case
//
// If the list is non-null, then it is a list of UUIDs allowed
// to use that particular function. False causes an empty
// list and therefore means "no one"
//
// To allow use by anyone, the list contains UUID.Zero
//
if (m_FunctionPerms[function].AllowedOwners == null)
{
// Allow / disallow by threat level
if (level > m_MaxThreatLevel)
return
String.Format(
"{0} permission denied. Allowed threat level is {1} but function threat level is {2}.",
function, m_MaxThreatLevel, level);
}
else
{
if (!m_FunctionPerms[function].AllowedOwners.Contains(UUID.Zero))
{
// Not anyone. Do detailed checks
if (m_FunctionPerms[function].AllowedOwners.Contains(m_host.OwnerID))
{
// prim owner is in the list of allowed owners
return String.Empty;
}
UUID ownerID = m_item.OwnerID;
//OSSL only may be used if object is in the same group as the parcel
if (m_FunctionPerms[function].AllowedOwnerClasses.Contains("PARCEL_GROUP_MEMBER"))
{
ILandObject land = World.LandChannel.GetLandObject(m_host.AbsolutePosition);
if (land.LandData.GroupID == m_item.GroupID && land.LandData.GroupID != UUID.Zero)
{
return String.Empty;
}
}
//Only Parcelowners may use the function
if (m_FunctionPerms[function].AllowedOwnerClasses.Contains("PARCEL_OWNER"))
{
ILandObject land = World.LandChannel.GetLandObject(m_host.AbsolutePosition);
if (land.LandData.OwnerID == ownerID)
{
return String.Empty;
}
}
//Only Estate Managers may use the function
if (m_FunctionPerms[function].AllowedOwnerClasses.Contains("ESTATE_MANAGER"))
{
//Only Estate Managers may use the function
if (World.RegionInfo.EstateSettings.IsEstateManagerOrOwner(ownerID) && World.RegionInfo.EstateSettings.EstateOwner != ownerID)
{
return String.Empty;
}
}
//Only regionowners may use the function
if (m_FunctionPerms[function].AllowedOwnerClasses.Contains("ESTATE_OWNER"))
{
if (World.RegionInfo.EstateSettings.EstateOwner == ownerID)
{
return String.Empty;
}
}
//Only gods may use the function
if (m_FunctionPerms[function].AllowedOwnerClasses.Contains("GOD"))
{
if (World.Permissions.IsGod(ownerID))
{
return String.Empty;
}
}
//Only grid gods may use the function
if (m_FunctionPerms[function].AllowedOwnerClasses.Contains("GRID_GOD"))
{
if (World.Permissions.IsGridGod(ownerID))
{
return String.Empty;
}
}
if (!m_FunctionPerms[function].AllowedCreators.Contains(m_item.CreatorID))
return(
String.Format("{0} permission denied. Script creator is not in the list of users allowed to execute this function and prim owner also has no permission.",
function));
if (m_item.CreatorID != ownerID)
{
if ((m_item.CurrentPermissions & (uint)PermissionMask.Modify) != 0)
return String.Format("{0} permission denied. Script permissions error.", function);
}
}
}
return String.Empty;
}
public override void FromOSD(OSDMap map)
{
Connection = new IWCConnection ();
Connection.FromOSD (map);
ValidUntil = map["ValidUntil"].AsDate ();
Active = map["Active"].AsBoolean ();
ThreatLevel = (ThreatLevel)map["ThreatLevel"].AsInteger ();
}