private static async Task SendMassMessage(string sender, byte[] message)
{
await Task.Run(() =>
{
foreach (var client in Clients.Values.ToArray())
{
try
{
client.RefreshMainChat(sender, message);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
try
{
Console.WriteLine(Clients.Single(c => c.Value == client).Key);
}
catch (Exception ee)
{
Console.WriteLine(ee.Message);
}
}
}
});
}
public async Task EndTrivia(User winner)
{
_client.MessageReceived -= CheckTrivia;
await Channel.SendMessage($"Trivia over, {winner.Name} has won with {_scoreboard.Single(kv => kv.Key == winner.Id).Value} points.");
_client.GetTrivias().Remove(this);
}
public PropertySetting GetGridDynamicColumnSetting(Func <IUnitOfWork> lazyLoadedUnitOfWork, string gridName, object instance)
{
var setting = new PropertySetting();
var gridColumn = _gridDynamicColumns.SingleOrDefault(grid => grid.Key == gridName);
if (gridColumn.Value != null)
{
if (gridColumn.Value.TimeStamp.AddHours(1) >= DateTime.Now)
{
return new PropertySetting
{
AdditionPropertyDictionary = GetDynamicFieldAndAssignValue(lazyLoadedUnitOfWork, gridName, instance),
Properties = gridColumn.Value.StaticColumns,
}
}
;
GridDynamicColumn dynamicColumn;
_gridDynamicColumns.TryRemove(gridName, out dynamicColumn);
return(new PropertySetting
{
AdditionPropertyDictionary = GetDynamicFieldAndAssignValue(lazyLoadedUnitOfWork, gridName, instance),
Properties = gridColumn.Value.StaticColumns,
});
}
setting.AdditionPropertyDictionary = GetDynamicFieldAndAssignValue(lazyLoadedUnitOfWork, gridName, instance);
setting.Properties = _gridDynamicColumns.Single(o => o.Key == gridName).Value.StaticColumns;
return(setting);
}
public void RemoveConnection(CommunicationHandler communicationHandler)
{
var id = connections.Single(e => e.Value.Item1 == communicationHandler).Key;
Tuple <CommunicationHandler, string> value;
connections.TryRemove(id, out value);
}
internal static void UnregisterEnumTypeGlobally <TEnum>() where TEnum : struct
{
var pgName = _globalEnumRegistrations
.Single(kv => kv.Value is EnumHandler <TEnum>)
.Key;
TypeHandler _;
_globalEnumRegistrations.TryRemove(pgName, out _);
}
public override Task OnDisconnected(bool stopCalled)
{
RetainedApplication temp;
var applicationId = RetainedApplications.Single(x => x.Value.ConnectionId == Context.ConnectionId).Key;
RetainedApplications.TryRemove(applicationId, out temp);
Clients.All.applicationReleased(applicationId);
return(base.OnDisconnected(stopCalled));
}
private static object InvokeDotNetMethodCore(string registration, string callbackId, string methodArguments)
{
if (!ResolvedFunctions.TryGetValue(registration, out var registeredFunction))
{
throw new InvalidOperationException($"No method exists with registration number '{registration}'.");
}
if (!(registeredFunction is Func <string, object> invoker))
{
throw new InvalidOperationException($"The registered invoker has the wrong signature.");
}
var result = invoker(methodArguments);
if (callbackId != null && !(result is Task))
{
var methodSpec = ResolvedFunctionRegistrations.Single(kvp => kvp.Value == registration);
var options = JsonUtil.Deserialize <MethodInvocationOptions>(methodSpec.Key);
throw new InvalidOperationException($"'{options.Method.Name}' in '{options.Type.Name}' must return a Task.");
}
if (result is Task && callbackId == null)
{
var methodSpec = ResolvedFunctionRegistrations.Single(kvp => kvp.Value == registration);
var options = JsonUtil.Deserialize <MethodInvocationOptions>(methodSpec.Key);
throw new InvalidOperationException($"'{options.Method.Name}' in '{options.Type.Name}' must not return a Task.");
}
if (result is Task taskResult)
{
// For async work, we just setup the callback on the returned task to invoke the appropiate callback in JavaScript.
SetupResultCallback(callbackId, taskResult);
// We just return null here as the proper result will be returned through invoking a JavaScript callback when the
// task completes.
return(null);
}
else
{
return(result);
}
}
/// <summary>
/// Reads a schema from a JSON token.
/// </summary>
/// <param name="element">
/// The element to parse.
/// </param>
/// <param name="cache">
/// An optional schema cache. The cache is populated as the schema is read and can be used
/// to provide schemas for certain names or cache keys.
/// </param>
/// <param name="scope">
/// The surrounding namespace, if any.
/// </param>
public override Schema Read(JsonElement element, ConcurrentDictionary <string, Schema> cache, string scope)
{
if (GetType(element) != JsonSchemaToken.Map)
{
throw new UnknownSchemaException("The map case can only be applied to valid map schema representations.");
}
var child = Reader.Read(GetValues(element), cache, scope);
var key = cache.Single(p => p.Value == child).Key;
return(cache.GetOrAdd($"{JsonSchemaToken.Map}<{key}>", _ => new MapSchema(child)));
}
/// <summary>
/// Reads a schema from a JSON token.
/// </summary>
/// <param name="token">
/// The token to parse.
/// </param>
/// <param name="cache">
/// An optional schema cache. The cache is populated as the schema is read and can be used
/// to provide schemas for certain names or cache keys.
/// </param>
/// <param name="scope">
/// The surrounding namespace, if any.
/// </param>
public override Schema Read(JToken token, ConcurrentDictionary <string, Schema> cache, string scope)
{
if (!(token is JObject @object && (string)token[JsonAttributeToken.Type] == JsonSchemaToken.Map))
{
throw new ArgumentException("The map case can only be applied to valid map schema representations.");
}
var child = Reader.Read(GetValues(@object), cache, scope);
var key = cache.Single(p => p.Value == child).Key;
return(cache.GetOrAdd($"{JsonSchemaToken.Map}<{key}>", _ => new MapSchema(child)));
}
/// <summary>
/// Refreshes the Model objects when a change operation has been performed in the corresponding entity object
/// </summary>
/// <param name="affectedRecords">Records affected by last operation</param>
/// <param name="dbEntityEntries">The affected entities</param>
protected void OnSaveChangesHandler(int affectedRecords, List <DbEntityEntry> dbEntityEntries)
{
foreach (var sourceEntity in dbEntityEntries
.Select(t => t.Entity)
.ToList())
{
var modelToSync = syncDictionary.Single(x => ReferenceEquals(x.Value, sourceEntity)).Key;
//It will Sync the values on Model from Entity
modelToSync = (IModel)DataMapper.MapTo(sourceEntity, modelToSync);
IEntity entity;
syncDictionary.TryRemove(modelToSync, out entity);
}
}
/// <summary>
/// Reads a schema from a JSON token.
/// </summary>
/// <param name="token">
/// The token to parse.
/// </param>
/// <param name="cache">
/// An optional schema cache. The cache is populated as the schema is read and can be used
/// to provide schemas for certain names or cache keys.
/// </param>
/// <param name="scope">
/// The surrounding namespace, if any.
/// </param>
public override Schema Read(JToken token, ConcurrentDictionary <string, Schema> cache, string scope)
{
if (!(token is JArray array))
{
throw new ArgumentException("The union case can only be applied to valid union schema representations.");
}
var children = array.Children()
.Select(c => Reader.Read(c, cache, scope))
.ToList();
var keys = children
.Select(s => cache.Single(p => p.Value == s).Key);
return(cache.GetOrAdd($"[{string.Join(",", keys)}]", _ => new UnionSchema(children)));
}
/// <summary>
/// Reads a schema from a JSON token.
/// </summary>
/// <param name="element">
/// The element to parse.
/// </param>
/// <param name="cache">
/// An optional schema cache. The cache is populated as the schema is read and can be used
/// to provide schemas for certain names or cache keys.
/// </param>
/// <param name="scope">
/// The surrounding namespace, if any.
/// </param>
public override Schema Read(JsonElement element, ConcurrentDictionary <string, Schema> cache, string scope)
{
if (element.ValueKind != JsonValueKind.Array)
{
throw new UnknownSchemaException("The union case can only be applied to valid union schema representations.");
}
var children = element
.EnumerateArray()
.Select(child => Reader.Read(child, cache, scope))
.ToList();
var keys = children
.Select(s => cache.Single(p => p.Value == s).Key);
return(cache.GetOrAdd($"[{string.Join(",", keys)}]", _ => new UnionSchema(children)));
}
private static void ProcessLSTPseRelativeObjects(List <Pse_RelativeObject> pseRelativeObjects, List <PlanetSideObject> identifiableObjects, PlanetSideObject ownerObject, ref int id)
{
foreach (var line in pseRelativeObjects)
{
if (!_objectsWithGuids.Contains(line.ObjectName.ToLower()))
{
continue;
}
Console.WriteLine($"Processing sub-object {line.ObjectName}");
var uber = _ubrData.Single(x =>
x.Value.Entries.Select(y => y.Name).Contains(line.ObjectName.ToLower()));
var mesh = UBRReader.GetMeshSystem(line.ObjectName, uber.Value);
var(relativeObjectRotX, relativeObjectRotY) = MathFunctions.RotateXY(line.RelX, line.RelY, MathFunctions.DegreesToRadians(ownerObject.YawDegrees));
(float x, float y, float z)relativeObjectPos = (relativeObjectRotX + ownerObject.AbsX, relativeObjectRotY + ownerObject.AbsY, line.RelZ + ownerObject.AbsZ);
var relativeObjectRotationDegrees = MathFunctions.PS1RotationToDegrees((int)line.Yaw);
// Process any sub-objects in the ubr file for this relative object (e.g. bfr_door within bfr_building ubr)
foreach (var meshItem in mesh.PortalSystem.MeshItems)
{
if (!_objectsWithGuids.Contains(meshItem.AssetName))
{
continue;
}
var subObjectRotationDegrees = MathFunctions.TransformToRotationDegrees(meshItem.Transform);
var(subObjectRotX, subObjectRotY) = MathFunctions.RotateXY(meshItem.Transform[12], meshItem.Transform[13], MathFunctions.DegreesToRadians(ownerObject.YawDegrees + relativeObjectRotationDegrees));
identifiableObjects.Add(new PlanetSideObject
{
Id = id,
ObjectName = meshItem.AssetName,
ObjectType = meshItem.AssetName,
Owner = ownerObject.Id,
AbsX = relativeObjectPos.x + subObjectRotX,
AbsY = relativeObjectPos.y + subObjectRotY,
AbsZ = relativeObjectPos.z + line.RelZ,
IsChildObject = true
});
id++;
}
}
}
/// <summary>
/// Reads a schema from a JSON token.
/// </summary>
/// <param name="element">
/// The element to parse.
/// </param>
/// <param name="cache">
/// An optional schema cache. The cache is populated as the schema is read and can be used
/// to provide schemas for certain names or cache keys.
/// </param>
/// <param name="scope">
/// The surrounding namespace, if any.
/// </param>
public override IJsonSchemaReadResult Read(JsonElement element, ConcurrentDictionary <string, Schema> cache, string?scope)
{
var result = new JsonSchemaReadResult();
if (GetType(element) == JsonSchemaToken.Array)
{
var child = Reader.Read(GetItems(element), cache, scope);
var key = cache.Single(p => p.Value == child).Key;
result.Schema = cache.GetOrAdd($"{JsonSchemaToken.Array}<{key}>", _ => new ArraySchema(child));
}
else
{
result.Exceptions.Add(new UnknownSchemaException("The array case can only be applied to valid array schema representations."));
}
return(result);
}
/// <summary>
/// This happens when an app closes its connection normally.
/// </summary>
private async void OnTaskCancelled(IBackgroundTaskInstance sender, BackgroundTaskCancellationReason reason)
{
System.Diagnostics.Debug.WriteLine("MessageRelay was cancelled, removing " + _thisConnectionGuid + " from the list of active connections.");
RemoveConnection(_thisConnectionGuid);
if (Connections.Count == 1)
{
// Last open connection is the fulltrust process, lets close it
// This should be done better and handle fulltrust process crashes
var value = new ValueSet() { { "Arguments", "Terminate" } };
await SendMessageAsync(Connections.Single(), value);
}
if (_backgroundTaskDeferral != null)
{
_backgroundTaskDeferral.Complete();
_backgroundTaskDeferral = null;
}
}
protected void SendClientResponse(ServiceBusMessage result, Action <dynamic, ServiceBusMessage> action)
{
ActionHelper.TryCatchWithLoggerGeneric(() =>
{
if (result == null)
{
_logger.WriteWarning(new LogMessage("SendClientResponse result is null"), LogCategories);
return;
}
dynamic modeCommunication = Clients.All;
if (string.IsNullOrEmpty(result.CorrelationId) || !_connections.Any(f => f.Value.Equals(result.CorrelationId)) || (modeCommunication = Clients.Client(_connections.Single(f => f.Value.Equals(result.CorrelationId)).Key)) == null)
{
_logger.WriteWarning(new LogMessage("SendClientResponse unknown correlationId. Setted broadcast mode communication"), LogCategories);
modeCommunication = Clients.All;
}
else
{
_logger.WriteDebug(new LogMessage(string.Concat("SendClientResponse found CorrelationId identifier -> ", result.CorrelationId, ". Setted direct mode communication")), LogCategories);
}
action(modeCommunication, result);
}, _logger, _logCategories);
}
private void ExternalServiceManagerOnExternalServiceUpdated(object sender, UpdatedItem <ExternalServiceData> e)
{
if (e.Item.Type != LightningNodeService.LightningNodeServiceType)
{
return;
}
if (_cancellationTokens.ContainsKey(e.Item.Id))
{
_cancellationTokens[e.Item.Id].Cancel();
}
switch (e.Action)
{
case UpdatedItem <ExternalServiceData> .UpdateAction.Added:
_externalServices.TryAdd(e.Item.Id,
new LightningNodeService(e.Item, _nbXplorerClientProvider, _nbXplorerSummaryProvider,
_socketFactory));
break;
case UpdatedItem <ExternalServiceData> .UpdateAction.Removed:
_externalServices.TryRemove(e.Item.Id, out var _);
break;
case UpdatedItem <ExternalServiceData> .UpdateAction.Updated:
_externalServices.TryUpdate(e.Item.Id, new LightningNodeService(e.Item, _nbXplorerClientProvider,
_nbXplorerSummaryProvider,
_socketFactory), null);
break;
default:
throw new ArgumentOutOfRangeException();
}
if (_externalServices.ContainsKey(e.Item.Id))
{
_ = ListenForPayment(_cts, _externalServices.Single(pair => pair.Key.Equals(e.Item.Id)));
}
}
public void Dispose_CalledWheMultipleStreamsInTheSession_ExpectOnlyDisposedStreamIsRemovedFromTheSessionCollection()
{
var sessionCollection = new ConcurrentDictionary<Guid, IEventStream>();
using (var nonDisposedStream = new NEventStoreSessionStream(sessionCollection, DummyEventStream()))
{
var stream = new NEventStoreSessionStream(sessionCollection, DummyEventStream());
stream.Dispose();
sessionCollection.Single().Value.Should().BeSameAs(nonDisposedStream);
}
}
private string GetPrivateKeyFromPublicKey(string publicKey)
{
return(_mapPublicKeyToPrivateKey.Single(p => p.Key == publicKey).Value);
}
public TEntity GetEntityOf(TController controller) => _entityControllersCache.Single(pair => pair.Value.Equals(controller)).Key;
private string GetPrivateKeyFromConnectionId(Guid connectionId)
{
var publicKey = _mapConnectionsToPublicKey.Single(c => c.Key == connectionId).Value;
return(GetPrivateKeyFromPublicKey(publicKey));
}
private KeyValuePair <int, Server> GetLeader()
{
var leaderServer = _servers.Single(x => x.Value.Node.State is Leader);
return(leaderServer);
}
public ILBuilder GetIL(Func <IMethodSymbolInternal, bool> predicate)
{
return(Methods.Single(p => predicate(p.Key)).Value.ILBuilder);
}
public void ProcessGroundForcesWikiHtmlFiles(ConcurrentDictionary<string, HtmlDocument> vehicleWikiPagesContent, ConcurrentDictionary<string, string> localFileChanges, Dictionary<string, GroundVehicle> vehicleDetails, List<HtmlNode> vehicleWikiEntryLinks, List<string> errorsList, int indexPosition, int expectedNumberOfLinks, bool createJsonFiles, bool createHtmlFiles, bool createExcelFile)
{
try
{
_consoleManager.WriteLineInColour(ConsoleColor.Yellow, "Press ENTER to begin extracting data from the vehicle pages.");
_consoleManager.WaitUntilKeyIsPressed(ConsoleKey.Enter);
foreach (string vehicleWikiPageLinkTitle in vehicleWikiPagesContent.Keys)
{
// Page to traverse
HtmlDocument vehicleWikiPage = vehicleWikiPagesContent.Single(x => x.Key == vehicleWikiPageLinkTitle).Value;
// Get the header that holds the page title | document.getElementsByClassName('firstHeading')[0].firstChild.innerText
HtmlNode pageTitle = vehicleWikiPage.DocumentNode.Descendants().Single(d => d.Id == "firstHeading").FirstChild;
// Get the div that holds all of the content under the title section | document.getElementById('bodyContent')
HtmlNode wikiBody = vehicleWikiPage.DocumentNode.Descendants().Single(d => d.Id == "bodyContent");
// Get the div that holds the content on the RHS of the page where the information table is | document.getElementById('bodyContent').getElementsByClassName('right-area')
HtmlNode rightHandContent = wikiBody.Descendants("div").SingleOrDefault(d => d.Attributes["class"] != null && d.Attributes["class"].Value.Contains("right-area"));
// Get the able that holds all of the vehicle information | document.getElementsByClassName('flight-parameters')[0]
HtmlNode infoBox = rightHandContent != null
? rightHandContent.Descendants("table").SingleOrDefault(d => d.Attributes["class"].Value.Contains("flight-parameters"))
: null;
// Name
string vehicleName = _stringHelper.RemoveInvalidCharacters(System.Net.WebUtility.HtmlDecode(vehicleWikiPageLinkTitle));
// Link
HtmlNode urlNode = vehicleWikiEntryLinks.SingleOrDefault(v => v.InnerText.Equals(vehicleName));
string relativeUrl = urlNode != null
? urlNode.Attributes["href"].Value.ToString()
: "";
string vehicleWikiEntryFullUrl = new Uri(new Uri(ConfigurationManager.AppSettings["BaseWikiUrl"]), relativeUrl).ToString();
// Fail fast and create error if there is no info box
if (infoBox == null)
{
_consoleManager.WriteLineInColour(ConsoleColor.Red, $"Error processing item {indexPosition} of {expectedNumberOfLinks}", false);
_consoleManager.WriteBlankLine();
errorsList.Add($"No Information found for '{vehicleName}' - {vehicleWikiEntryFullUrl}");
_consoleManager.ResetConsoleTextColour();
indexPosition++;
continue;
}
else
{
// Setup local vars
Dictionary<string, string> vehicleAttributes = new Dictionary<string, string>();
HtmlNodeCollection rows = infoBox.SelectNodes("tr");
_consoleManager.WriteTextLine($"The following values were found for {vehicleName}");
_webCrawler.GetAttributesFromInfoBox(vehicleAttributes, rows);
_consoleManager.ResetConsoleTextColour();
// Country
string countryRawValue = vehicleAttributes.Single(k => k.Key == "Country").Value.ToString();
CountryEnum vehicleCountry = _vehicleCountryHelper.GetVehicleCountryFromName(countryRawValue).CountryEnum;
// Weight
string weightRawValue = vehicleAttributes.Single(k => k.Key == "Weight").Value.ToString();
int weightWithoutUnits = int.Parse(Regex.Match(weightRawValue, @"\d+").Value);
string weightUnitsAbbreviation = (Regex.Matches(weightRawValue, @"\D+").Cast<Match>()).Last().Value.Trim();
VehicleWeightUnitHelper vehicleWeightUnit = _vehicleWeightUnitHelper.GetWeightUnitFromAbbreviation(weightUnitsAbbreviation);
// Vehicle class
string typeRawValue = vehicleAttributes.Single(k => k.Key == "Type").Value.ToString();
GroundVehicleTypeHelper vehicleType = _vehicleTypeHelper.GetGroundVehicleTypeFromName(typeRawValue);
// Rank
int rankRawValue = int.Parse(vehicleAttributes.Single(k => k.Key == "Rank").Value.ToString());
int vehicleRank = rankRawValue;
// Battle rating
double ratingRawValue = double.Parse(vehicleAttributes.Single(k => k.Key == "Rating").Value.ToString());
double vehicleBattleRating = ratingRawValue;
// Engine power
string enginePowerRawValue = vehicleAttributes.Single(k => k.Key == "Engine power").Value.ToString();
int enginePowerWithoutUnits = int.Parse(Regex.Match(enginePowerRawValue, @"\d+").Value);
string enginePowerUnitsAbbreviation = (Regex.Matches(enginePowerRawValue, @"\D+").Cast<Match>()).Last().Value.Trim();
VehicleEnginePowerUnitHelper vehicleEngineUnit = _vehicleEnginePowerUnitHelper.GetEngineUnitFromAbbreviation(enginePowerUnitsAbbreviation);
// Max speed
string maxSpeedRawValue = vehicleAttributes.Single(k => k.Key == "Max speed").Value.ToString();
double maxSpeedWithoutUnits = double.Parse(Regex.Match(maxSpeedRawValue, @"\d+\.*\d*").Value);
string maxSpeedUnits = (Regex.Matches(maxSpeedRawValue, @"\D+").Cast<Match>()).Last().Value.Trim();
VehicleSpeedUnitHelper vehicleSpeedUnit = _vehicleSpeedUnitHelper.GetSpeedUnitFromAbbreviation(maxSpeedUnits);
// Hull armour
string hullArmourRawValue = vehicleAttributes.Single(k => k.Key == "Hull armour thickness").Value.ToString();
string vehicleHullArmourThickness = hullArmourRawValue;
// Superstructure armour
string superstructureArmourRawValue = vehicleAttributes.Single(k => k.Key == "Superstructure armour thickness").Value.ToString();
string vehicleSuperstructureArmourThickness = superstructureArmourRawValue;
// Repair time
string freeRepairTimeRawValue = vehicleAttributes.Single(k => k.Key == "Time for free repair").Value.ToString();
List<Match> freeRepairTimeList = (Regex.Matches(freeRepairTimeRawValue, @"\d+").Cast<Match>()).ToList();
int freeRepairTimeHours = int.Parse(freeRepairTimeList.First().Value);
int freeRepairTimeMinutes = int.Parse(freeRepairTimeList.Last().Value);
TimeSpan vehicleFreeRepairTime = new TimeSpan(freeRepairTimeHours, freeRepairTimeMinutes, 0);
// Max repair cost
string maxRepairCostRawValue = vehicleAttributes.Single(k => k.Key == "Max repair cost*").Value.ToString();
string maxRepairCostWithoutUnits = Regex.Match(maxRepairCostRawValue, @"\d+").Value;
string maxRepairCostUnits = (Regex.Matches(maxRepairCostRawValue, @"\D+").Cast<Match>()).Last().Value.Trim();
long vehicleMaxRepairCost = long.Parse(maxRepairCostWithoutUnits);
VehicleCostUnitHelper vehicleRepairCostUnit = _vehicleCostUnitHelper.GetCostUnitFromAbbreviation(maxRepairCostUnits);
// Purchase cost
string purchaseCostRawValue = vehicleAttributes.Single(k => k.Key == "Cost*").Value.ToString();
string purchaseCostWithoutUnits = Regex.Match(purchaseCostRawValue, @"\d+").Value;
string purchaseCostUnits = (Regex.Matches(purchaseCostRawValue, @"\D+").Cast<Match>()).Last().Value.Trim();
long vehiclePurchaseCost = long.Parse(purchaseCostWithoutUnits);
VehicleCostUnitHelper vehiclePurchaseCostUnit = _vehicleCostUnitHelper.GetCostUnitFromAbbreviation(purchaseCostUnits);
// Last modified
HtmlNode lastModifiedSection = vehicleWikiPage.DocumentNode.Descendants().SingleOrDefault(x => x.Id == ConfigurationManager.AppSettings["LastModifiedSectionId"]);
string lastModified = lastModifiedSection?.InnerHtml;
// Populate objects
GroundVehicle groundVehicle = new GroundVehicle
{
Name = vehicleName,
Country = vehicleCountry,
Weight = weightWithoutUnits,
VehicleType = (VehicleTypeEnum)vehicleType.Id,
Rank = vehicleRank,
BattleRating = vehicleBattleRating,
EnginePower = enginePowerWithoutUnits,
MaxSpeed = maxSpeedWithoutUnits,
HullArmourThickness = vehicleHullArmourThickness,
SuperstructureArmourThickness = vehicleSuperstructureArmourThickness,
TimeForFreeRepair = vehicleFreeRepairTime,
MaxRepairCost = vehicleMaxRepairCost,
PurchaseCost = vehiclePurchaseCost,
PurchaseCostUnit = vehiclePurchaseCostUnit,
MaxRepairCostUnit = vehicleRepairCostUnit,
MaxSpeedUnit = vehicleSpeedUnit,
WeightUnit = vehicleWeightUnit,
EnginePowerUnit = vehicleEngineUnit,
LastModified = lastModified
};
// Update the local storage if requested
if (createJsonFiles)
{
_logger.UpdateLocalStorageForOfflineUse(localFileChanges, vehicleWikiPage, vehicleName, LocalWikiFileTypeEnum.JSON, groundVehicle);
}
if (createHtmlFiles)
{
_logger.UpdateLocalStorageForOfflineUse(localFileChanges, vehicleWikiPage, vehicleName, LocalWikiFileTypeEnum.HTML, null);
}
//WikiEntry entry = new WikiEntry(vehicleName, vehicleWikiEntryFullUrl, VehicleTypeEnum.Ground, vehicleInfo);
// Add the found information to the master list
vehicleDetails.Add(vehicleName, groundVehicle);
_consoleManager.WriteLineInColour(ConsoleColor.Green, $"Processed item {indexPosition} of {expectedNumberOfLinks} successfully");
_consoleManager.WriteBlankLine();
}
indexPosition++;
}
if (createExcelFile)
{
_excelLogger.CreateExcelFile(vehicleDetails);
}
}
catch (Exception ex)
{
_consoleManager.WriteException(ex.Message);
}
}
public void ProcessGroundForcesWikiHtmlFiles(ConcurrentDictionary <string, HtmlDocument> vehicleWikiPagesContent, ConcurrentDictionary <string, string> localFileChanges, Dictionary <string, GroundVehicle> vehicleDetails, List <HtmlNode> vehicleWikiEntryLinks, List <string> errorsList, int indexPosition, int expectedNumberOfLinks, bool createJsonFiles, bool createHtmlFiles, bool createExcelFile)
{
try
{
_consoleManager.WriteLineInColour(ConsoleColor.Yellow, "Press ENTER to begin extracting data from the vehicle pages.");
_consoleManager.WaitUntilKeyIsPressed(ConsoleKey.Enter);
foreach (string vehicleWikiPageLinkTitle in vehicleWikiPagesContent.Keys)
{
// Page to traverse
HtmlDocument vehicleWikiPage = vehicleWikiPagesContent.Single(x => x.Key == vehicleWikiPageLinkTitle).Value;
// Get the header that holds the page title | document.getElementsByClassName('firstHeading')[0].firstChild.innerText
HtmlNode pageTitle = vehicleWikiPage.DocumentNode.Descendants().Single(d => d.Id == "firstHeading").FirstChild;
// Get the div that holds all of the content under the title section | document.getElementById('bodyContent')
HtmlNode wikiBody = vehicleWikiPage.DocumentNode.Descendants().Single(d => d.Id == "bodyContent");
// Get the div that holds the content on the RHS of the page where the information table is | document.getElementById('bodyContent').getElementsByClassName('right-area')
HtmlNode rightHandContent = wikiBody.Descendants("div").SingleOrDefault(d => d.Attributes["class"] != null && d.Attributes["class"].Value.Contains("right-area"));
// Get the able that holds all of the vehicle information | document.getElementsByClassName('flight-parameters')[0]
HtmlNode infoBox = rightHandContent?.Descendants("table").SingleOrDefault(d => d.Attributes["class"].Value.Contains("flight-parameters"));
// Name
string vehicleName = _stringHelper.RemoveInvalidCharacters(WebUtility.HtmlDecode(vehicleWikiPageLinkTitle));
// Link
HtmlNode urlNode = vehicleWikiEntryLinks.SingleOrDefault(v => v.InnerText.Equals(vehicleName));
string relativeUrl = urlNode?.Attributes["href"].Value ?? "";
string vehicleWikiEntryFullUrl = new Uri(new Uri(ConfigurationManager.AppSettings["BaseWikiUrl"]), relativeUrl).ToString();
// Fail fast and create error if there is no info box
if (infoBox == null)
{
_consoleManager.WriteLineInColour(ConsoleColor.Red, $"Error processing item {indexPosition} of {expectedNumberOfLinks}", false);
_consoleManager.WriteBlankLine();
errorsList.Add($"No Information found for '{vehicleName}' - {vehicleWikiEntryFullUrl}");
_consoleManager.ResetConsoleTextColour();
indexPosition++;
continue;
}
else
{
// Setup local vars
Dictionary <string, string> vehicleAttributes = new Dictionary <string, string>();
HtmlNodeCollection rows = infoBox.SelectNodes("tr");
_consoleManager.WriteTextLine($"The following values were found for {vehicleName}");
_webCrawler.GetAttributesFromInfoBox(vehicleAttributes, rows);
_consoleManager.ResetConsoleTextColour();
// Country
string countryRawValue = vehicleAttributes.Single(k => k.Key == "Country").Value;
CountryEnum vehicleCountry = _vehicleCountryHelper.GetVehicleCountryFromName(countryRawValue).CountryEnum;
// Weight
string weightRawValue = vehicleAttributes.Single(k => k.Key == "Weight").Value;
int weightWithoutUnits = Int32.Parse(Regex.Match(weightRawValue, @"\d+").Value);
string weightUnitsAbbreviation = (Regex.Matches(weightRawValue, @"\D+").Cast <Match>()).Last().Value.Trim();
VehicleWeightUnitHelper vehicleWeightUnit = _vehicleWeightUnitHelper.GetWeightUnitFromAbbreviation(weightUnitsAbbreviation);
// Vehicle class
string typeRawValue = vehicleAttributes.Single(k => k.Key == "Type").Value;
GroundVehicleTypeHelper vehicleType = _vehicleTypeHelper.GetGroundVehicleTypeFromName(typeRawValue);
// Rank
int rankRawValue = Int32.Parse(vehicleAttributes.Single(k => k.Key == "Rank").Value);
int vehicleRank = rankRawValue;
// Battle rating
double ratingRawValue = Double.Parse(vehicleAttributes.Single(k => k.Key == "Rating").Value);
double vehicleBattleRating = ratingRawValue;
// Engine power
string enginePowerRawValue = vehicleAttributes.Single(k => k.Key == "Engine power").Value;
int enginePowerWithoutUnits = Int32.Parse(Regex.Match(enginePowerRawValue, @"\d+").Value);
string enginePowerUnitsAbbreviation = (Regex.Matches(enginePowerRawValue, @"\D+").Cast <Match>()).Last().Value.Trim();
VehicleEnginePowerUnitHelper vehicleEngineUnit = _vehicleEnginePowerUnitHelper.GetEngineUnitFromAbbreviation(enginePowerUnitsAbbreviation);
// Max speed
string maxSpeedRawValue = vehicleAttributes.Single(k => k.Key == "Max speed").Value;
double maxSpeedWithoutUnits = Double.Parse(Regex.Match(maxSpeedRawValue, @"\d+\.*\d*").Value);
string maxSpeedUnits = (Regex.Matches(maxSpeedRawValue, @"\D+").Cast <Match>()).Last().Value.Trim();
VehicleSpeedUnitHelper vehicleSpeedUnit = _vehicleSpeedUnitHelper.GetSpeedUnitFromAbbreviation(maxSpeedUnits);
// Hull armour
string hullArmourRawValue = vehicleAttributes.Single(k => k.Key == "Hull armour thickness").Value;
string vehicleHullArmourThickness = hullArmourRawValue;
// Superstructure armour
string superstructureArmourRawValue = vehicleAttributes.Single(k => k.Key == "Superstructure armour thickness").Value;
string vehicleSuperstructureArmourThickness = superstructureArmourRawValue;
// Repair time
string freeRepairTimeRawValue = vehicleAttributes.Single(k => k.Key == "Time for free repair").Value;
List <Match> freeRepairTimeList = (Regex.Matches(freeRepairTimeRawValue, @"\d+").Cast <Match>()).ToList();
int freeRepairTimeHours = Int32.Parse(freeRepairTimeList.First().Value);
int freeRepairTimeMinutes = Int32.Parse(freeRepairTimeList.Last().Value);
TimeSpan vehicleFreeRepairTime = new TimeSpan(freeRepairTimeHours, freeRepairTimeMinutes, 0);
// Max repair cost
string maxRepairCostRawValue = vehicleAttributes.Single(k => k.Key == "Max repair cost*").Value;
string maxRepairCostWithoutUnits = Regex.Match(maxRepairCostRawValue, @"\d+").Value;
string maxRepairCostUnits = (Regex.Matches(maxRepairCostRawValue, @"\D+").Cast <Match>()).Last().Value.Trim();
long vehicleMaxRepairCost = Int64.Parse(maxRepairCostWithoutUnits);
VehicleCostUnitHelper vehicleRepairCostUnit = _vehicleCostUnitHelper.GetCostUnitFromAbbreviation(maxRepairCostUnits);
// Purchase cost
string purchaseCostRawValue = vehicleAttributes.Single(k => k.Key == "Cost*").Value;
string purchaseCostWithoutUnits = Regex.Match(purchaseCostRawValue, @"\d+").Value;
string purchaseCostUnits = (Regex.Matches(purchaseCostRawValue, @"\D+").Cast <Match>()).Last().Value.Trim();
long vehiclePurchaseCost = Int64.Parse(purchaseCostWithoutUnits);
VehicleCostUnitHelper vehiclePurchaseCostUnit = _vehicleCostUnitHelper.GetCostUnitFromAbbreviation(purchaseCostUnits);
// Last modified
HtmlNode lastModifiedSection = vehicleWikiPage.DocumentNode.Descendants().SingleOrDefault(x => x.Id == ConfigurationManager.AppSettings["LastModifiedSectionId"]);
string lastModified = lastModifiedSection?.InnerHtml;
// Populate objects
GroundVehicle groundVehicle = new GroundVehicle
{
Name = vehicleName,
Country = vehicleCountry,
Weight = weightWithoutUnits,
VehicleType = (VehicleTypeEnum)vehicleType.Id,
Rank = vehicleRank,
BattleRating = vehicleBattleRating,
EnginePower = enginePowerWithoutUnits,
MaxSpeed = maxSpeedWithoutUnits,
HullArmourThickness = vehicleHullArmourThickness,
SuperstructureArmourThickness = vehicleSuperstructureArmourThickness,
TimeForFreeRepair = vehicleFreeRepairTime,
MaxRepairCost = vehicleMaxRepairCost,
PurchaseCost = vehiclePurchaseCost,
PurchaseCostUnit = vehiclePurchaseCostUnit,
MaxRepairCostUnit = vehicleRepairCostUnit,
MaxSpeedUnit = vehicleSpeedUnit,
WeightUnit = vehicleWeightUnit,
EnginePowerUnit = vehicleEngineUnit,
LastModified = lastModified
};
// Update the local storage if requested
if (createJsonFiles)
{
_logger.UpdateLocalStorageForOfflineUse(localFileChanges, vehicleWikiPage, vehicleName, LocalWikiFileTypeEnum.Json, groundVehicle);
}
if (createHtmlFiles)
{
_logger.UpdateLocalStorageForOfflineUse(localFileChanges, vehicleWikiPage, vehicleName, LocalWikiFileTypeEnum.Html);
}
//WikiEntry entry = new WikiEntry(vehicleName, vehicleWikiEntryFullUrl, VehicleTypeEnum.Ground, vehicleInfo);
// Add the found information to the master list
vehicleDetails.Add(vehicleName, groundVehicle);
_consoleManager.WriteLineInColour(ConsoleColor.Green, $"Processed item {indexPosition} of {expectedNumberOfLinks} successfully");
_consoleManager.WriteBlankLine();
}
indexPosition++;
}
if (createExcelFile)
{
_excelLogger.CreateExcelFile(vehicleDetails);
}
}
catch (Exception ex)
{
_consoleManager.WriteException(ex.Message);
}
}
public Guid GetOwner(Guid compositeObjectId)
{
return(compositeObjectsByOwners.Single(entry => entry.Value.ContainsKey(compositeObjectId)).Key);
}
public void Constructor_Called_ExpectStreamAddsItselfToTheSessionCollection()
{
var sessionCollection = new ConcurrentDictionary<Guid, IEventStream>();
using (var stream = new NEventStoreSessionStream(sessionCollection, DummyEventStream()))
{
sessionCollection.Single().Value.Should().BeSameAs(stream);
}
}
public TController GetControllerOf(TViewModel viewModel) => _controllersViewModelsCash.Single(pair => pair.Value.Equals(viewModel)).Key;
