public IEnumerable <EVFitting> SelectFitsInShoppingList(string publicID, IImageResolver imageResolver)
{
EveShoppingContext contexto =
new EveShoppingContext();
List <EVFitting> fittings = new List <EVFitting>();
IEnumerable <QFitting> qfittings =
(from sl in contexto.eshShoppingLists
join slf in contexto.eshShoppingListFittings on sl.shoppingListID equals slf.shoppingListID
join f in contexto.eshFittings on slf.fittingID equals f.fittingID
join it in contexto.invTypes on f.shipTypeID equals it.typeID
join p in contexto.eshPrices on new { sl.tradeHubID, it.typeID } equals new { tradeHubID = p.solarSystemID, p.typeID }
where sl.publicID == publicID
select new QFitting
{
Description = f.description,
PublicID = f.publicID,
FittingID = f.fittingID,
Name = f.name,
ShipID = f.shipTypeID.Value,
ShipName = f.invType.typeName,
ShipVolume = f.shipVolume,
Units = slf.units,
ShipPrice = p.avg,
Price = p.avg * slf.units,
Volume = f.shipVolume * slf.units,
InvType = it
});
int tradeHubID = contexto.eshShoppingLists.Where(s => s.publicID == publicID).FirstOrDefault().tradeHubID;
LogicaFittings logicaFittings = new LogicaFittings();
return(logicaFittings.MountFittingCommon(contexto, qfittings, imageResolver, tradeHubID));
}
private static void AddFittingHardwareToFittingSummary(IImageResolver imageResolver, EveShoppingContext contexto, EVFitting fit)
{
var qfittingHardwares =
(from sl in contexto.eshShoppingLists
join slf in contexto.eshShoppingListFittings on sl.shoppingListID equals slf.shoppingListID
join f in contexto.eshFittings on slf.fittingID equals f.fittingID
join fh in contexto.eshFittingHardwares on f.fittingID equals fh.fittingID
join it in contexto.invTypes on fh.typeID equals it.typeID
join mg in contexto.invMarketGroups on it.marketGroupID equals mg.marketGroupID
join p in contexto.eshPrices on new { sl.tradeHubID, it.typeID } equals new { tradeHubID = p.solarSystemID, p.typeID }
where f.fittingID == fit.ItemID
orderby fh.slotID, fh.positionInSlot, fh.invType.typeName
select new EVFittingHardware
{
ItemID = fh.typeID,
GroupName = mg.marketGroupName,
Name = it.typeName,
TotalPrice = fh.units * p.avg,
UnitPrice = fh.units,
Slot = fh.slotID,
SlotName = fh.eshFittingSlot.name,
Units = fh.units,
Volume = fh.units * it.volume.Value
});
foreach (var item in qfittingHardwares)
{
item.ImageUrl32 = imageResolver.GetImageURL(item.ItemID);
fit.FittingHardwares.Add(item);
fit.TotalPrice += item.TotalPrice * fit.Units;
fit.Volume += item.Volume * fit.Units;
}
}
public EVFitting SelectFitSummaryByPublicID(string fittingPublicId, IImageResolver imageResolver, int tradeHubID)
{
EveShoppingContext contexto = new EveShoppingContext();
EVFitting fit =
(from f in contexto.eshFittings
join it in contexto.invTypes on f.shipTypeID equals it.typeID
join p in contexto.eshPrices on new { tradeHubID = tradeHubID, it.typeID } equals new { tradeHubID = tradeHubID, p.typeID }
where f.publicID == fittingPublicId
select new EVFitting
{
Description = f.description,
ItemID = f.fittingID,
Name = f.name,
ShipID = f.shipTypeID.Value,
ShipName = f.invType.typeName,
ShipVolume = f.shipVolume,
Units = 1,
ShipPrice = p.avg,
TotalPrice = p.avg,
Volume = f.shipVolume,
PublicID = f.publicID
}).FirstOrDefault();
fit.ImageUrl32 = imageResolver.GetImageURL(fit.ShipID);
LogicaFittings logicaFits = new LogicaFittings();
logicaFits.AddFittingHardwaresToFitting(contexto, imageResolver, tradeHubID, fit);
//AddFittingHardwareToFittingSummary(imageResolver, contexto, fit);
return(fit);
}
public ImageService()
{
_grooveImageResolver = new GrooveImageResolver();
_lastFmImageResolver = new LastFmImageResolver();
_cacheService = Ioc.Resolve <CacheService>();
}
#pragma warning disable IDE1006 // Naming Styles
/// <summary>
/// Performs operations upon the current request.
/// </summary>
/// <param name="context">The current HTTP request context.</param>
/// <returns>The <see cref="Task"/>.</returns>
public async Task Invoke(HttpContext context)
#pragma warning restore IDE1006 // Naming Styles
{
IDictionary <string, string> commands = this.requestParser.ParseRequestCommands(context);
if (commands.Count > 0)
{
// Strip out any unknown commands.
foreach (string command in new List <string>(commands.Keys))
{
if (!this.knownCommands.Contains(command))
{
commands.Remove(command);
}
}
}
await this.options.OnParseCommandsAsync.Invoke(
new ImageCommandContext(context, commands, this.commandParser, this.parserCulture));
// Get the correct service for the request.
IImageProvider provider = null;
foreach (IImageProvider resolver in this.providers)
{
if (resolver.Match(context))
{
provider = resolver;
break;
}
}
if ((commands.Count == 0 && provider?.ProcessingBehavior != ProcessingBehavior.All) ||
provider?.IsValidRequest(context) != true)
{
// Nothing to do. call the next delegate/middleware in the pipeline
await this.next(context);
return;
}
IImageResolver sourceImageResolver = await provider.GetAsync(context);
if (sourceImageResolver is null)
{
// Log the error but let the pipeline handle the 404
// by calling the next delegate/middleware in the pipeline.
var imageContext = new ImageContext(context, this.options);
this.logger.LogImageResolveFailed(imageContext.GetDisplayUrl());
await this.next(context);
return;
}
await this.ProcessRequestAsync(
context,
sourceImageResolver,
new ImageContext(context, this.options),
commands);
}
public MarketItem SelectMarketItemByID(string publicID, int id, IImageResolver imageResolver)
{
EveShoppingContext context = new EveShoppingContext();
var query =
(from sl in context.eshShoppingLists
join slit in context.eshShoppingListInvTypes on sl.shoppingListID equals slit.shoppingListID
join it in context.invTypes on slit.typeID equals it.typeID
join p in context.eshPrices on new { sl.tradeHubID, slit.typeID } equals new { tradeHubID = p.solarSystemID, p.typeID }
where sl.publicID == publicID && slit.typeID == id
select new
{
ItemID = slit.typeID,
Name = it.typeName,
Units = slit.units,
TotalPrice = p.avg * slit.units,
Volume = it.volume.Value * slit.units,
ItemType = it
});
var qmi = query.FirstOrDefault();
MarketItem mi = new MarketItem()
{
ItemID = qmi.ItemID,
Name = qmi.Name,
Units = qmi.Units,
TotalPrice = qmi.TotalPrice,
UnitPrice = qmi.TotalPrice / qmi.Units,
Volume = RepositorioItems.GetVolume(qmi.ItemType) * qmi.Units,
ImageUrl32 = imageResolver != null?imageResolver.GetImageURL(qmi.ItemID) : string.Empty
};
return(mi);
}
public EVListSummary SelectGroupListSummaryPorPublicID(string publicID, IImageResolver imageResolver)
{
EveShoppingContext contexto = new EveShoppingContext();
eshGroupShoppingList shoppingList = contexto.eshGroupShoppingLists.Where(sl => sl.publicID == publicID).FirstOrDefault();
if (shoppingList == null)
{
return(null);
}
EVListSummary summary =
new EVListSummary();
summary.Description = shoppingList.description;
summary.Name = shoppingList.name;
summary.PublicID = shoppingList.publicID;
summary.ReadOnlyPublicID = null;
summary.ShoppingListID = shoppingList.groupShoppingListID;
Dictionary <int, EVFittingHardware> diccHwd = new Dictionary <int, EVFittingHardware>();
//por cada snapshot que tenemos asociado
foreach (var snapshot in shoppingList.eshGroupShoppingListSnapshots)
{
summary.TotalVolume += snapshot.eshSnapshot.totalVolume;
foreach (var item in snapshot.eshSnapshot.eshSnapshotInvTypes)
{
EVFittingHardware efth = null;
if (diccHwd.ContainsKey(item.typeID))
{
efth = diccHwd[item.typeID];
efth.Volume += item.volume.Value;
efth.TotalPrice += item.unitPrice * item.units;
efth.Units += item.units;
}
else
{
efth = new EVFittingHardware()
{
Name = item.invType.typeName,
ItemID = item.typeID,
Units = item.units,
Volume = item.volume.Value,
UnitVolume = item.volume.Value / item.units,
TotalPrice = item.unitPrice * item.units,
UnitPrice = item.unitPrice,
ImageUrl32 = imageResolver.GetImageURL(item.typeID)
};
diccHwd.Add(efth.ItemID, efth);
}
}
}
foreach (var item in diccHwd.Values)
{
summary.Items.Add(item);
}
return(summary);
}
/// <summary>
/// Initializes a new instance of the <see cref="MarkdownRenderer"/> class.
/// </summary>
/// <param name="document">The Document to Render.</param>
/// <param name="linkRegister">The LinkRegister, <see cref="MarkdownTextBlock"/> will use itself.</param>
/// <param name="imageResolver">The Image Resolver, <see cref="MarkdownTextBlock"/> will use itself.</param>
/// <param name="codeBlockResolver">The Code Block Resolver, <see cref="MarkdownTextBlock"/> will use itself.</param>
public MarkdownRenderer(MarkdownDocument document, ILinkRegister linkRegister, IImageResolver imageResolver, ICodeBlockResolver codeBlockResolver)
: base(document)
{
LinkRegister = linkRegister;
ImageResolver = imageResolver;
CodeBlockResolver = codeBlockResolver;
DefaultEmojiFont = new FontFamily("Segoe UI Emoji");
}
/// <summary>
/// Initializes a new instance of the <see cref="MarkdownRenderer"/> class.
/// </summary>
/// <param name="document">The Document to Render.</param>
/// <param name="linkRegister">The LinkRegister, <see cref="MarkdownTextBlock"/> will use itself.</param>
/// <param name="imageResolver">The Image Resolver, <see cref="MarkdownTextBlock"/> will use itself.</param>
/// <param name="codeBlockResolver">The Code Block Resolver, <see cref="MarkdownTextBlock"/> will use itself.</param>
/// <param name="emojiInlineResolver">The Emoji Inline Resolver, <see cref="MarkdownTextBlock"/> will use itself.</param>
public MarkdownRenderer(MarkdownDocument document, ILinkRegister linkRegister, IImageResolver imageResolver, ICodeBlockResolver codeBlockResolver, IEmojiInlineResolver emojiInlineResolver)
: base(document)
{
LinkRegister = linkRegister;
ImageResolver = imageResolver;
CodeBlockResolver = codeBlockResolver;
EmojiInlineResolver = emojiInlineResolver;
DefaultEmojiFont = SystemFonts.MessageFontFamily;
}
public static async Task loadGameContentAsync()
{
var pakIndex = await loadPakIndex();
if (pakIndex != null)
{
instance = new PakImageResolver(pakIndex);
gameContentLoaded = true;
}
}
public void unloadGameContent()
{
//Clear the path saved in the registry
RegistryTools.DeleteSetting(Constants.APPLICATION_NAME, Constants.PAK_FILE_LOCATION_REGISTRY_KEY);
if (gameContentLoaded)
{
gameContentLoaded = false;
instance = new LocalImageResolver();
}
}
public static async Task loadGameContentAsync(string paksFolderPath)
{
var pakIndex = await loadPakIndex(paksFolderPath);
if (pakIndex != null)
{
var pakImageResolver = new PakImageResolver(pakIndex, paksFolderPath);
await pakImageResolver.loadPakFilesAsync(preloadBitmaps : false);
instance = pakImageResolver;
gameContentLoaded = true;
}
}
public async Task loadGameContentAsync(string paksFolderPath)
{
var pakIndex = await loadPakIndex(paksFolderPath);
if (pakIndex == null)
{
throw new NullReferenceException($"PakIndex is null. Cannot Continue.");
}
var pakImageResolver = new PakImageResolver(pakIndex !, paksFolderPath);
await pakImageResolver.loadPakFilesAsync(preloadBitmaps : false);
instance = pakImageResolver;
gameContentLoaded = true;
RegistryTools.SaveSetting(Constants.APPLICATION_NAME, Constants.PAK_FILE_LOCATION_REGISTRY_KEY, paksFolderPath !);
}
/// <summary>
/// Performs operations upon the current request.
/// </summary>
/// <param name="context">The current HTTP request context</param>
/// <returns>The <see cref="Task"/></returns>
public async Task Invoke(HttpContext context)
{
IDictionary <string, string> commands = this.requestParser.ParseRequestCommands(context)
.Where(kvp => this.knownCommands.Contains(kvp.Key))
.ToDictionary(p => p.Key, p => p.Value);
this.options.OnValidate?.Invoke(new ImageValidationContext(context, commands, CommandParser.Instance));
if (!commands.Any())
{
// Nothing to do. call the next delegate/middleware in the pipeline
await this.next(context);
return;
}
// Create a cache key based on all the components of the requested url
string uri = $"{context.Request.Host.ToString().ToLowerInvariant()}/{context.Request.PathBase.ToString().ToLowerInvariant()}/{context.Request.Path}{QueryString.Create(commands)}";
string key = this.cacheHash.Create(uri, this.options.CachedNameLength);
// Prevent identical requests from running at the same time
// This reduces the overheads of unnecessary processing plus avoids file locks
bool processRequest = true;
using (await this.asyncKeyLock.LockAsync(key))
{
// Get the correct service for the request.
IImageResolver resolver = this.resolvers.FirstOrDefault(r => r.Match(context));
if (resolver == null || !await resolver.IsValidRequestAsync(context, this.logger))
{
// Nothing to do. Call the next delegate/middleware in the pipeline
processRequest = false;
}
if (processRequest)
{
CachedInfo info = await this.cache.IsExpiredAsync(context, key, DateTime.UtcNow.AddDays(-this.options.MaxCacheDays));
var imageContext = new ImageContext(context, this.options);
if (info.Equals(default))
public eshSnapshot CreateStaticShoppingList(string publicID, string name, IImageResolver iresolver)
{
LogicaShoppingLists logica =
new LogicaShoppingLists();
EVListSummary summ = logica.SelectListSummaryPorPublicID(publicID, iresolver);
if (summ == null)
{
return(null);
}
eshSnapshot shot = new eshSnapshot();
shot.creationDate = System.DateTime.Now;
shot.shoppingListID = summ.ShoppingListID;
shot.totalPrice = summ.TotalPrice;
shot.totalVolume = summ.TotalVolume;
shot.publicID = Guid.NewGuid().ToString();
shot.name = (string.IsNullOrEmpty(name))? summ.Name:name;
shot.description = summ.Description;
foreach (var item in summ.Items)
{
if ((item.Units) > 0)
{
eshSnapshotInvType shotitem = new eshSnapshotInvType();
shotitem.typeID = item.ItemID;
shotitem.unitPrice = item.UnitPrice;
shotitem.units = item.Units;
shotitem.volume = item.Volume;
shot.eshSnapshotInvTypes.Add(shotitem);
}
}
EveShoppingContext contexto = new EveShoppingContext();
contexto.eshSnapshots.Add(shot);
contexto.SaveChanges();
return(shot);
}
public IList <MarketItem> SelectMarketItemsEnShoppingList(string publicID, IImageResolver imageResolver)
{
EveShoppingContext context = new EveShoppingContext();
IList <MarketItem> miList = new List <MarketItem>();
var qlistaItems =
(from sl in context.eshShoppingLists
join slit in context.eshShoppingListInvTypes on sl.shoppingListID equals slit.shoppingListID
join it in context.invTypes on slit.typeID equals it.typeID
join p in context.eshPrices on new { sl.tradeHubID, slit.typeID } equals new { tradeHubID = p.solarSystemID, p.typeID }
where sl.publicID == publicID
select new
{
ItemID = slit.typeID,
Name = it.typeName,
Units = slit.units,
TotalPrice = p.avg * slit.units,
invType = it
});
foreach (var item in qlistaItems)
{
MarketItem mi =
new MarketItem()
{
ItemID = item.ItemID,
Name = item.Name,
Units = item.Units,
TotalPrice = item.TotalPrice,
UnitPrice = item.TotalPrice / item.Units,
Volume = RepositorioItems.GetVolume(item.invType) * item.Units,
ImageUrl32 = imageResolver != null?imageResolver.GetImageURL(item.ItemID) : string.Empty
};
miList.Add(mi);
}
return(miList);
}
public EVFitting SelectFitSummary(string publicID, int fittingID, IImageResolver imageResolver)
{
EveShoppingContext contexto = new EveShoppingContext();
eshShoppingList shlist = contexto.eshShoppingLists.Where(s => s.publicID == publicID).FirstOrDefault();
EVFitting fit =
(from slf in contexto.eshShoppingListFittings
join f in contexto.eshFittings on slf.fittingID equals f.fittingID
join it in contexto.invTypes on f.shipTypeID equals it.typeID
join p in contexto.eshPrices on new { tradeHubID = slf.eshShoppingList.tradeHubID, it.typeID } equals new { tradeHubID = p.solarSystemID, p.typeID }
where slf.eshShoppingList.publicID == publicID && slf.fittingID == fittingID
select new EVFitting
{
Description = f.description,
ItemID = f.fittingID,
Name = f.name,
ShipID = f.shipTypeID.Value,
ShipName = f.invType.typeName,
ShipVolume = f.shipVolume,
Units = slf.units,
ShipPrice = p.avg,
TotalPrice = p.avg * slf.units,
Volume = f.shipVolume * slf.units,
PublicID = f.publicID
}).FirstOrDefault();
fit.ImageUrl32 = imageResolver.GetImageURL(fit.ShipID);
//AddFittingHardwareToFittingSummary(imageResolver, contexto, fit);
LogicaFittings logicafit = new LogicaFittings();
logicafit.AddFittingHardwaresToFitting(contexto, imageResolver, shlist.tradeHubID, fit);
return(fit);
}
/// <summary>
/// Performs operations upon the current request.
/// </summary>
/// <param name="context">The current HTTP request context</param>
/// <returns>The <see cref="Task"/></returns>
public async Task Invoke(HttpContext context)
{
IDictionary <string, string> commands = this.uriParser.ParseUriCommands(context);
this.options.OnValidate?.Invoke(new ImageValidationContext(context, commands, CommandParser.Instance));
if (!commands.Any() || !commands.Keys.Intersect(this.knownCommands).Any())
{
// Nothing to do. call the next delegate/middleware in the pipeline
await this.next(context);
return;
}
// Create a cache key based on all the components of the requested url
string uri = $"{context.Request.Host.ToString().ToLowerInvariant()}/{context.Request.PathBase.ToString().ToLowerInvariant()}/{context.Request.Path}{QueryString.Create(commands)}";
string key = CacheHash.Create(uri, this.options.Configuration);
// Prevent identical requests from running at the same time
// This reduces the overheads of unnecessary processing plus avoids file locks
bool processRequest = true;
using (await this.asyncKeyLock.LockAsync(key))
{
// Get the correct service for the request.
IImageResolver resolver = this.resolvers.FirstOrDefault(r => r.Match(context));
if (resolver == null || !await resolver.IsValidRequestAsync(context, this.logger))
{
// Nothing to do. Call the next delegate/middleware in the pipeline
processRequest = false;
}
if (processRequest)
{
CachedInfo info = await this.cache.IsExpiredAsync(context, key, DateTime.UtcNow.AddDays(-this.options.MaxCacheDays));
var imageContext = new ImageContext(context, this.options);
if (info.Equals(default(CachedInfo)))
{
// Cache has tried to resolve the source image and failed
// Log the error but let the pipeline handle the 404
this.logger.LogImageResolveFailed(imageContext.GetDisplayUrl());
processRequest = false;
}
if (processRequest)
{
if (!info.Expired)
{
// Image is a cached image. Return the correct response now.
await this.SendResponse(imageContext, key, info.LastModifiedUtc, null, (int)info.Length);
return;
}
// Not cached? Let's get it from the image resolver.
byte[] inBuffer = null;
byte[] outBuffer = null;
MemoryStream outStream = null;
try
{
inBuffer = await resolver.ResolveImageAsync(context, this.logger);
if (inBuffer == null || inBuffer.Length == 0)
{
// Log the error but let the pipeline handle the 404
this.logger.LogImageResolveFailed(imageContext.GetDisplayUrl());
processRequest = false;
}
if (processRequest)
{
// No allocations here for inStream since we are passing the buffer.
// TODO: How to prevent the allocation in outStream? Passing a pooled buffer won't let stream grow if needed.
outStream = new MemoryStream();
using (var image = FormattedImage.Load(this.options.Configuration, inBuffer))
{
image.Process(this.logger, this.processors, commands);
this.options.OnBeforeSave?.Invoke(image);
image.Save(outStream);
}
// Allow for any further optimization of the image. Always reset the position just in case.
outStream.Position = 0;
this.options.OnProcessed?.Invoke(new ImageProcessingContext(context, outStream, Path.GetExtension(key)));
outStream.Position = 0;
int outLength = (int)outStream.Length;
// Copy the outstream to the pooled buffer.
outBuffer = BufferDataPool.Rent(outLength);
await outStream.ReadAsync(outBuffer, 0, outLength);
DateTimeOffset cachedDate = await this.cache.SetAsync(key, outBuffer, outLength);
await this.SendResponse(imageContext, key, cachedDate, outBuffer, outLength);
}
}
catch (Exception ex)
{
// Log the error internally then rethrow.
// We don't call next here, the pipeline will automatically handle it
this.logger.LogImageProcessingFailed(imageContext.GetDisplayUrl(), ex);
throw;
}
finally
{
outStream?.Dispose();
// Buffer should have been rented in IImageResolver
BufferDataPool.Return(inBuffer);
BufferDataPool.Return(outBuffer);
}
}
}
}
if (!processRequest)
{
// Call the next delegate/middleware in the pipeline
await this.next(context);
}
}
/// <summary>
/// Performs operations upon the current request.
/// </summary>
/// <param name="context">The current HTTP request context.</param>
/// <returns>The <see cref="Task"/>.</returns>
public async Task Invoke(HttpContext context)
{
IDictionary <string, string> commands = this.requestParser.ParseRequestCommands(context)
.Where(kvp => this.knownCommands.Contains(kvp.Key))
.ToDictionary(p => p.Key, p => p.Value);
this.options.OnParseCommands?.Invoke(new ImageCommandContext(context, commands, CommandParser.Instance));
// Get the correct service for the request.
IImageProvider provider = this.resolvers.FirstOrDefault(r => r.Match(context));
if (provider?.IsValidRequest(context) != true)
{
// Nothing to do. call the next delegate/middleware in the pipeline
await this.next(context).ConfigureAwait(false);
return;
}
// Create a cache key based on all the components of the requested url
string uri = GetUri(context, commands);
string key = this.cacheHash.Create(uri, this.options.CachedNameLength);
bool processRequest = true;
var imageContext = new ImageContext(context, this.options);
IImageResolver resolvedImage = provider.Get(context);
if (resolvedImage == null)
{
// Log the error but let the pipeline handle the 404
this.logger.LogImageResolveFailed(imageContext.GetDisplayUrl());
processRequest = false;
}
if (processRequest)
{
// Lock any reads when a write is being done for the same key to prevent potential file locks.
using (await AsyncLock.ReaderLockAsync(key).ConfigureAwait(false))
{
DateTime lastWriteTimeUtc = await resolvedImage.GetLastWriteTimeUtcAsync().ConfigureAwait(false);
CachedInfo info = await this.cache.IsExpiredAsync(context, key, lastWriteTimeUtc, DateTime.UtcNow.AddDays(-this.options.MaxCacheDays)).ConfigureAwait(false);
if (!info.Expired)
{
// We're pulling the image from the cache.
IImageResolver cachedImage = this.cache.Get(key);
using (Stream cachedBuffer = await cachedImage.OpenReadAsync().ConfigureAwait(false))
{
// Image is a cached image. Return the correct response now.
await this.SendResponse(imageContext, key, info.LastModifiedUtc, cachedBuffer).ConfigureAwait(false);
}
return;
}
}
// Not cached? Let's get it from the image resolver.
ChunkedMemoryStream outStream = null;
try
{
if (processRequest)
{
// Enter a write lock which locks writing and any reads for the same request.
// This reduces the overheads of unnecessary processing plus avoids file locks.
using (await AsyncLock.WriterLockAsync(key).ConfigureAwait(false))
{
// No allocations here for inStream since we are passing the raw input stream.
// outStream allocation depends on the memory allocator used.
outStream = new ChunkedMemoryStream(this.memoryAllocator);
using (Stream inStream = await resolvedImage.OpenReadAsync().ConfigureAwait(false))
using (var image = FormattedImage.Load(this.options.Configuration, inStream))
{
image.Process(this.logger, this.processors, commands);
this.options.OnBeforeSave?.Invoke(image);
image.Save(outStream);
}
// Allow for any further optimization of the image. Always reset the position just in case.
outStream.Position = 0;
this.options.OnProcessed?.Invoke(new ImageProcessingContext(context, outStream, commands, Path.GetExtension(key)));
outStream.Position = 0;
DateTimeOffset cachedDate = await this.cache.SetAsync(key, outStream).ConfigureAwait(false);
await this.SendResponse(imageContext, key, cachedDate, outStream).ConfigureAwait(false);
}
}
}
catch (Exception ex)
{
// Log the error internally then rethrow.
// We don't call next here, the pipeline will automatically handle it
this.logger.LogImageProcessingFailed(imageContext.GetDisplayUrl(), ex);
throw;
}
finally
{
outStream?.Dispose();
}
}
if (!processRequest)
{
// Call the next delegate/middleware in the pipeline
await this.next(context).ConfigureAwait(false);
}
}
public SampleAppMarkdownRenderer(MarkdownDocument document, ILinkRegister linkRegister, IImageResolver imageResolver, ICodeBlockResolver codeBlockResolver)
: base(document, linkRegister, imageResolver, codeBlockResolver)
{
LanguageRequested += SampleAppMarkdownRenderer_LanguageRequested;
}
internal IEnumerable <EVFitting> MountFittingCommon(EveShoppingContext contexto, IEnumerable <QFitting> qfittings, IImageResolver imageResolver, int tradeHubID)
{
List <EVFitting> fittings = new List <EVFitting>();
foreach (var qfit in qfittings)
{
if (string.IsNullOrEmpty(qfit.PublicID))
{
qfit.PublicID = Guid.NewGuid().ToString();
}
EVFitting fit = new EVFitting
{
Description = qfit.Description,
PublicID = qfit.PublicID,
ItemID = qfit.FittingID,
Name = qfit.Name,
ShipID = qfit.ShipID,
ShipName = qfit.ShipName,
ShipVolume = qfit.ShipVolume,
Units = qfit.Units,
ShipPrice = qfit.ShipPrice,
TotalPrice = qfit.Price,
};
fit.ImageUrl32 = imageResolver != null?imageResolver.GetImageURL(qfit.ShipID) : string.Empty;;
fit.ShipVolume = RepositorioItems.GetVolume(qfit.InvType);
fit.Volume = fit.ShipVolume * fit.Units;
fittings.Add(fit);
AddFittingHardwaresToFitting(contexto, imageResolver, tradeHubID, fit);
}
return(fittings);
}
private async Task ProcessRequestAsync(HttpContext context, bool processRequest, IImageResolver sourceImageResolver, ImageContext imageContext, IDictionary <string, string> commands)
{
// Create a cache key based on all the components of the requested url
string uri = GetUri(context, commands);
string key = this.cacheHash.Create(uri, this.options.CachedNameLength);
ImageMetadata sourceImageMetadata = default;
if (processRequest)
{
// Lock any reads when a write is being done for the same key to prevent potential file locks.
using (await AsyncLock.ReaderLockAsync(key).ConfigureAwait(false))
{
// Check to see if the cache contains this image
sourceImageMetadata = await sourceImageResolver.GetMetaDataAsync().ConfigureAwait(false);
IImageCacheResolver cachedImageResolver = await this.cache.GetAsync(key).ConfigureAwait(false);
if (cachedImageResolver != null)
{
ImageCacheMetadata cachedImageMetadata = await cachedImageResolver.GetMetaDataAsync().ConfigureAwait(false);
if (cachedImageMetadata != default)
{
// Has the cached image expired or has the source image been updated?
if (cachedImageMetadata.SourceLastWriteTimeUtc == sourceImageMetadata.LastWriteTimeUtc &&
cachedImageMetadata.CacheLastWriteTimeUtc > DateTimeOffset.Now.AddDays(-this.options.MaxCacheDays))
{
// We're pulling the image from the cache.
using (Stream cachedBuffer = await cachedImageResolver.OpenReadAsync().ConfigureAwait(false))
{
await this.SendResponseAsync(imageContext, key, cachedBuffer, cachedImageMetadata).ConfigureAwait(false);
}
return;
}
}
}
}
// Not cached? Let's get it from the image resolver.
ChunkedMemoryStream outStream = null;
try
{
if (processRequest)
{
// Enter a write lock which locks writing and any reads for the same request.
// This reduces the overheads of unnecessary processing plus avoids file locks.
using (await AsyncLock.WriterLockAsync(key).ConfigureAwait(false))
{
// No allocations here for inStream since we are passing the raw input stream.
// outStream allocation depends on the memory allocator used.
ImageCacheMetadata cachedImageMetadata = default;
outStream = new ChunkedMemoryStream(this.memoryAllocator);
using (Stream inStream = await sourceImageResolver.OpenReadAsync().ConfigureAwait(false))
using (var image = FormattedImage.Load(this.options.Configuration, inStream))
{
image.Process(this.logger, this.processors, commands);
this.options.OnBeforeSave?.Invoke(image);
image.Save(outStream);
// Check to see if the source metadata has a cachecontrol max-age value and use it to
// override the default max age from our options.
var maxAge = TimeSpan.FromDays(this.options.MaxBrowserCacheDays);
if (!sourceImageMetadata.CacheControlMaxAge.Equals(TimeSpan.MinValue))
{
maxAge = sourceImageMetadata.CacheControlMaxAge;
}
cachedImageMetadata = new ImageCacheMetadata(
sourceImageMetadata.LastWriteTimeUtc,
DateTime.UtcNow,
image.Format.DefaultMimeType,
maxAge);
}
// Allow for any further optimization of the image. Always reset the position just in case.
outStream.Position = 0;
string contentType = cachedImageMetadata.ContentType;
string extension = this.formatUtilities.GetExtensionFromContentType(contentType);
this.options.OnProcessed?.Invoke(new ImageProcessingContext(context, outStream, commands, contentType, extension));
outStream.Position = 0;
// Save the image to the cache and send the response to the caller.
await this.cache.SetAsync(key, outStream, cachedImageMetadata).ConfigureAwait(false);
await this.SendResponseAsync(imageContext, key, outStream, cachedImageMetadata).ConfigureAwait(false);
}
}
}
catch (Exception ex)
{
// Log the error internally then rethrow.
// We don't call next here, the pipeline will automatically handle it
this.logger.LogImageProcessingFailed(imageContext.GetDisplayUrl(), ex);
throw;
}
finally
{
outStream?.Dispose();
}
}
}
#pragma warning disable IDE1006 // Naming Styles
/// <summary>
/// Performs operations upon the current request.
/// </summary>
/// <param name="context">The current HTTP request context.</param>
/// <returns>The <see cref="Task"/>.</returns>
public async Task Invoke(HttpContext context)
#pragma warning restore IDE1006 // Naming Styles
{
IDictionary <string, string> commands = this.requestParser.ParseRequestCommands(context);
if (commands.Count > 0)
{
List <string> commandKeys = new List <string>(commands.Keys);
foreach (string command in commandKeys)
{
if (!this.knownCommands.Contains(command))
{
commands.Remove(command);
}
}
}
this.options.OnParseCommands?.Invoke(new ImageCommandContext(context, commands, CommandParser.Instance));
if (commands.Count == 0)
{
// Nothing to do. call the next delegate/middleware in the pipeline
await this.next(context).ConfigureAwait(false);
return;
}
// Get the correct service for the request.
IImageProvider provider = null;
foreach (IImageProvider resolver in this.providers)
{
if (resolver.Match(context))
{
provider = resolver;
break;
}
}
if (provider?.IsValidRequest(context) != true)
{
// Nothing to do. call the next delegate/middleware in the pipeline
await this.next(context).ConfigureAwait(false);
return;
}
bool processRequest = true;
IImageResolver sourceImageResolver = await provider.GetAsync(context).ConfigureAwait(false);
if (sourceImageResolver == null)
{
// Log the error but let the pipeline handle the 404
var imageContext = new ImageContext(context, this.options);
this.logger.LogImageResolveFailed(imageContext.GetDisplayUrl());
processRequest = false;
}
if (!processRequest)
{
// Call the next delegate/middleware in the pipeline
await this.next(context).ConfigureAwait(false);
return;
}
await this.ProcessRequestAsync(context, processRequest, sourceImageResolver, new ImageContext(context, this.options), commands)
.ConfigureAwait(false);
}
private async Task ProcessRequestAsync(
HttpContext context,
IImageResolver sourceImageResolver,
ImageContext imageContext,
IDictionary <string, string> commands)
{
// Create a cache key based on all the components of the requested url
string uri = GetUri(context, commands);
string key = this.cacheHash.Create(uri, this.options.CachedNameLength);
// Check the cache, if present, not out of date and not requiring and update
// we'll simply serve the file from there.
ImageWorkerResult readResult = default;
try
{
readResult = await this.IsNewOrUpdatedAsync(sourceImageResolver, imageContext, key);
}
finally
{
ReadWorkers.TryRemove(key, out Task <ImageWorkerResult> _);
}
if (!readResult.IsNewOrUpdated)
{
await this.SendResponseAsync(imageContext, key, readResult.CacheImageMetadata, readResult.Resolver);
return;
}
// Not cached, or is updated? Let's get it from the image resolver.
var sourceImageMetadata = readResult.SourceImageMetadata;
// Enter an asynchronous write worker which prevents multiple writes and delays any reads for the same request.
// This reduces the overheads of unnecessary processing.
try
{
ImageWorkerResult writeResult = await WriteWorkers.GetOrAddAsync(
key,
async (key) =>
{
RecyclableMemoryStream outStream = null;
try
{
// Prevent a second request from starting a read during write execution.
if (ReadWorkers.TryGetValue(key, out Task <ImageWorkerResult> readWork))
{
await readWork;
}
ImageCacheMetadata cachedImageMetadata = default;
outStream = new RecyclableMemoryStream(this.options.MemoryStreamManager);
IImageFormat format;
// 14.9.3 CacheControl Max-Age
// Check to see if the source metadata has a CacheControl Max-Age value
// and use it to override the default max age from our options.
TimeSpan maxAge = this.options.BrowserMaxAge;
if (!sourceImageMetadata.CacheControlMaxAge.Equals(TimeSpan.MinValue))
{
maxAge = sourceImageMetadata.CacheControlMaxAge;
}
using (Stream inStream = await sourceImageResolver.OpenReadAsync())
{
// No commands? We simply copy the stream across.
if (commands.Count == 0)
{
await inStream.CopyToAsync(outStream);
outStream.Position = 0;
format = await Image.DetectFormatAsync(this.options.Configuration, outStream);
}
else
{
using var image = FormattedImage.Load(this.options.Configuration, inStream);
image.Process(
this.logger,
this.processors,
commands,
this.commandParser,
this.parserCulture);
await this.options.OnBeforeSaveAsync.Invoke(image);
image.Save(outStream);
format = image.Format;
}
}
// Allow for any further optimization of the image.
outStream.Position = 0;
string contentType = format.DefaultMimeType;
string extension = this.formatUtilities.GetExtensionFromContentType(contentType);
await this.options.OnProcessedAsync.Invoke(new ImageProcessingContext(context, outStream, commands, contentType, extension));
outStream.Position = 0;
cachedImageMetadata = new ImageCacheMetadata(
sourceImageMetadata.LastWriteTimeUtc,
DateTime.UtcNow,
contentType,
maxAge,
outStream.Length);
// Save the image to the cache and send the response to the caller.
await this.cache.SetAsync(key, outStream, cachedImageMetadata);
// Remove any resolver from the cache so we always resolve next request
// for the same key.
CacheResolverLru.TryRemove(key);
// Place the resolver in the lru cache.
(IImageCacheResolver ImageCacheResolver, ImageCacheMetadata ImageCacheMetadata)cachedImage = await
CacheResolverLru.GetOrAddAsync(
key,
async k =>
{
IImageCacheResolver resolver = await this.cache.GetAsync(k);
ImageCacheMetadata metadata = default;
if (resolver != null)
{
metadata = await resolver.GetMetaDataAsync();
}
return(resolver, metadata);
});
return(new ImageWorkerResult(cachedImage.ImageCacheMetadata, cachedImage.ImageCacheResolver));
}
catch (Exception ex)
{
// Log the error internally then rethrow.
// We don't call next here, the pipeline will automatically handle it
this.logger.LogImageProcessingFailed(imageContext.GetDisplayUrl(), ex);
throw;
}
finally
{
await this.StreamDisposeAsync(outStream);
}
});
await this.SendResponseAsync(imageContext, key, writeResult.CacheImageMetadata, writeResult.Resolver);
}
finally
{
// As soon as we have sent a response from a writer the result is available from a reader so we remove this task.
// Any existing awaiters will continue to await.
WriteWorkers.TryRemove(key, out Task <ImageWorkerResult> _);
}
}
public IList <AssetImported> ImportAssetsForListDelta(string publicId, string assets, IImageResolver imageResolver)
{
ImportItemListFromAssets importer = new ImportItemListFromAssets();
IDictionary <string, AssetImported> diccassets = importer.ImportFrom(assets);
List <AssetImported> salida = new List <AssetImported>();
EVListSummary summ = this.SelectListSummaryPorPublicID(publicId, imageResolver, true);
foreach (var item in summ.Items)
{
if (diccassets.ContainsKey(item.Name))
{
AssetImported ai = diccassets[item.Name];
ai.Id = item.ItemID;
ai.ImageUrl32 = item.ImageUrl32;
ai.Units *= -1;
salida.Add(ai);
}
}
return(salida);
}
public eshSnapshot CreateStaticShoppingListFromGroup(string groupPublicID, string name, IImageResolver iresolver)
{
LogicaGroupLists logica = new LogicaGroupLists();
EVListSummary ev = logica.SelectGroupListSummaryPorPublicID(groupPublicID, iresolver);
eshSnapshot snap = new eshSnapshot();
if (ev == null)
{
return(null);
}
snap.name = ev.Name;
snap.description = ev.Description;
snap.totalVolume = ev.TotalVolume;
snap.totalPrice = ev.TotalPrice;
snap.publicID = Guid.NewGuid().ToString();
snap.creationDate = System.DateTime.Now;
foreach (var item in ev.Items)
{
eshSnapshotInvType sit = new eshSnapshotInvType();
sit.typeID = item.ItemID;
sit.unitPrice = item.UnitPrice;
sit.units = item.Units;
sit.volume = item.Volume;
snap.eshSnapshotInvTypes.Add(sit);
}
return(snap);
}
public MapViewRenderer()
{
markers = new TwoWayDictionary <Marker, GMaps.Model.Marker>(new LambdaEqualityComparer <GMaps.Model.Marker>((m1, m2) => m1.Id == m2.Id));
tileOverlays = new TwoWayDictionary <TileOverlay, GMaps.Model.TileOverlay>(new LambdaEqualityComparer <GMaps.Model.TileOverlay>((m1, m2) => m1.Id == m2.Id));
imageResolver = AppShell.ShellCore.Container.GetInstance <IImageResolver>();
}
private async Task ProcessRequestAsync(
HttpContext context,
IImageResolver sourceImageResolver,
ImageContext imageContext,
IDictionary <string, string> commands)
{
// Create a cache key based on all the components of the requested url
string uri = GetUri(context, commands);
string key = this.cacheHash.Create(uri, this.options.CachedNameLength);
// Check the cache, if present, not out of date and not requiring and update
// we'll simply serve the file from there.
(bool newOrUpdated, ImageMetadata sourceImageMetadata) =
await this.IsNewOrUpdatedAsync(sourceImageResolver, imageContext, key);
if (!newOrUpdated)
{
return;
}
// Not cached? Let's get it from the image resolver.
RecyclableMemoryStream outStream = null;
// Enter a write lock which locks writing and any reads for the same request.
// This reduces the overheads of unnecessary processing plus avoids file locks.
await WriteWorkers.GetOrAdd(
key,
_ => new Lazy <Task>(
async() =>
{
try
{
// Prevent a second request from starting a read during write execution.
if (ReadWorkers.TryGetValue(key, out Lazy <Task <(bool, ImageMetadata)> > readWork))
{
await readWork.Value;
}
ImageCacheMetadata cachedImageMetadata = default;
outStream = new RecyclableMemoryStream(this.options.MemoryStreamManager);
IImageFormat format;
// 14.9.3 CacheControl Max-Age
// Check to see if the source metadata has a CacheControl Max-Age value
// and use it to override the default max age from our options.
TimeSpan maxAge = this.options.BrowserMaxAge;
if (!sourceImageMetadata.CacheControlMaxAge.Equals(TimeSpan.MinValue))
{
maxAge = sourceImageMetadata.CacheControlMaxAge;
}
using (Stream inStream = await sourceImageResolver.OpenReadAsync())
{
// No commands? We simply copy the stream across.
if (commands.Count == 0)
{
await inStream.CopyToAsync(outStream);
outStream.Position = 0;
format = await Image.DetectFormatAsync(this.options.Configuration, outStream);
}
else
{
using var image = FormattedImage.Load(this.options.Configuration, inStream);
image.Process(
this.logger,
this.processors,
commands,
this.commandParser,
this.parserCulture);
await this.options.OnBeforeSaveAsync.Invoke(image);
image.Save(outStream);
format = image.Format;
}
}
// Allow for any further optimization of the image.
outStream.Position = 0;
string contentType = format.DefaultMimeType;
string extension = this.formatUtilities.GetExtensionFromContentType(contentType);
await this.options.OnProcessedAsync.Invoke(new ImageProcessingContext(context, outStream, commands, contentType, extension));
outStream.Position = 0;
cachedImageMetadata = new ImageCacheMetadata(
sourceImageMetadata.LastWriteTimeUtc,
DateTime.UtcNow,
contentType,
maxAge,
outStream.Length);
// Save the image to the cache and send the response to the caller.
await this.cache.SetAsync(key, outStream, cachedImageMetadata);
// Remove the resolver from the cache so we always resolve next request
// for the same key.
CacheResolverLru.TryRemove(key);
await this.SendResponseAsync(imageContext, key, cachedImageMetadata, outStream, null);
}
catch (Exception ex)
{
// Log the error internally then rethrow.
// We don't call next here, the pipeline will automatically handle it
this.logger.LogImageProcessingFailed(imageContext.GetDisplayUrl(), ex);
throw;
}
finally
{
await this.StreamDisposeAsync(outStream);
WriteWorkers.TryRemove(key, out Lazy <Task> _);
}
}, LazyThreadSafetyMode.ExecutionAndPublication)).Value;
}
public EVListSummary SelectListSummaryPorPublicID(string publicID, IImageResolver imageResolver, bool includeEmpty = true)
{
EveShoppingContext contexto = new EveShoppingContext();
eshShoppingList shoppingList = contexto.eshShoppingLists.Where(sl => sl.publicID == publicID).FirstOrDefault();
if (shoppingList == null)
{
return(null);
}
EVListSummary summary =
new EVListSummary();
summary.Description = shoppingList.description;
summary.Name = shoppingList.name;
summary.PublicID = shoppingList.publicID;
summary.ReadOnlyPublicID = shoppingList.readOnlypublicID;
summary.ShoppingListID = shoppingList.shoppingListID;
IEnumerable <EVFitting> fittings = this.SelectFitsInShoppingList(publicID, imageResolver);
Dictionary <int, EVFittingHardware> diccHwd = new Dictionary <int, EVFittingHardware>();
//add ships
foreach (var fit in fittings)
{
EVFittingHardware fw = null;
if (diccHwd.ContainsKey(fit.ShipID))
{
fw = diccHwd[fit.ShipID];
fw.Units += fit.Units;
fw.Volume += fit.Units * fit.ShipVolume;
fw.TotalPrice += fit.ShipPrice * fit.Units;
}
else
{
fw = new EVFittingHardware
{
Name = fit.ShipName,
ItemID = fit.ShipID,
Units = fit.Units,
Volume = fit.ShipVolume * fit.Units,
UnitVolume = fit.ShipVolume,
TotalPrice = fit.ShipPrice * fit.Units,
UnitPrice = fit.ShipPrice,
ImageUrl32 = imageResolver != null?imageResolver.GetImageURL(fit.ShipID) : string.Empty
};
diccHwd.Add(fw.ItemID, fw);
}
}
//add fitted hardware
foreach (var fit in fittings)
{
foreach (var fw in fit.FittingHardwares)
{
if (diccHwd.ContainsKey(fw.ItemID))
{
EVFittingHardware fwd = diccHwd[fw.ItemID];
fwd.Units += fw.Units * fit.Units;
fwd.Volume += fw.Volume * fit.Units;
fwd.TotalPrice += fw.TotalPrice * fit.Units;
//fw.UnitPrice = fw.TotalPrice;
}
else
{
fw.Units *= fit.Units;
fw.Volume *= fit.Units;
fw.TotalPrice *= fit.Units;
if (fit.Units != 0)
{
fw.UnitVolume = fw.Volume / fw.Units;
fw.UnitPrice = fw.TotalPrice / fw.Units;
}
else
{
fw.UnitVolume = fw.Volume;
fw.UnitPrice = fw.TotalPrice;
}
diccHwd.Add(fw.ItemID, fw);
}
}
}
//add market items
IEnumerable <MarketItem> marketItems = this.SelectMarketItemsEnShoppingList(publicID, imageResolver);
foreach (var mi in marketItems)
{
if (diccHwd.ContainsKey(mi.ItemID))
{
EVFittingHardware fwd = diccHwd[mi.ItemID];
fwd.Units += mi.Units;
fwd.Volume += mi.Volume;
fwd.TotalPrice += mi.TotalPrice;
}
else
{
EVFittingHardware fwd = new EVFittingHardware();
fwd.ImageUrl32 = mi.ImageUrl32;
fwd.ItemID = mi.ItemID;
fwd.Name = mi.Name;
fwd.TotalPrice = mi.TotalPrice;
fwd.UnitPrice = mi.UnitPrice;
fwd.Units = mi.Units;
fwd.Volume = mi.Volume;
fwd.UnitVolume = mi.Volume / mi.Units;
diccHwd.Add(fwd.ItemID, fwd);
}
}
// Update summary changes
IEnumerable <eshShoppingListSummInvType> summInvs =
contexto.eshShoppingListSummInvTypes.Where(sls => sls.shoppingListID == summary.ShoppingListID);
foreach (var summInv in summInvs)
{
if (!diccHwd.ContainsKey(summInv.typeID))
{
//if the item is not in the items dictionary, it doesnt exist anymore in the list, so we delete the delta
contexto.eshShoppingListSummInvTypes.Remove(summInv);
}
else
{
EVFittingHardware fwd = diccHwd[summInv.typeID];
if ((summInv.delta < 0) && (summInv.delta * -1 > fwd.Units))
{
summInv.delta = (short)(fwd.Units * -1);
}
fwd.TotalPrice += summInv.delta * fwd.UnitPrice;
fwd.Volume += (fwd.Volume / fwd.Units) * summInv.delta;
fwd.Units += summInv.delta;
fwd.Delta = summInv.delta;
}
}
foreach (var item in diccHwd.Values)
{
if (includeEmpty || (item.Units > 0))
{
summary.Items.Add(item);
summary.TotalPrice += item.TotalPrice;
summary.TotalVolume += item.Volume;
}
}
contexto.SaveChanges();
return(summary);
}
public EVFitting SetUnitsToFitInShoppingList(string publicID, int fittingID, int units, IImageResolver imageResolver)
{
EveShoppingContext contexto = new EveShoppingContext();
//guardamos los cambios
eshShoppingListFitting slfit = contexto.eshShoppingListFittings.Where(slf => slf.fittingID == fittingID && slf.eshShoppingList.publicID == publicID).FirstOrDefault();
if (slfit == null)
{
throw new ApplicationException(Messages.err_fittingNoExiste);
}
if (units < 1)
{
units = 1;
}
slfit.units = units;
RepositorioShoppingLists repo = new RepositorioShoppingLists();
repo.ShoppingListUpdated(slfit.shoppingListID, contexto);
contexto.SaveChanges();
//obtenemos la fitting
return(this.SelectFitSummary(publicID, fittingID, imageResolver));
}
