public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
var destValue = context.GetDestinationPropertyValue(destinationProperty.Name);
if (destinationProperty.PropertyType.IsDefaultOrEmpty(destValue) == false)
return Result.Unresolved;
return inner.TryResolve(context, destinationProperty);
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
var nested = context.Nested(SourceProperty, destinationProperty);
var executable = executor.CreateExecutableMapping(nested.SourceType);
executable.Execute(nested);
return new Result(true, nested.Destination);
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
if(GetValue==null)
throw new InvalidOperationException("GetValue was not assigned to this resolver.");
if (context.Source == null)
return Result.Unresolved;
return new Result(true,GetValue(context.Source));
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
if(inner==null)
{
inner = getResolver();
}
return inner.TryResolve(context, destinationProperty);
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
//we need to keep the SOURCE the same, but change the destination
var nested = context.Nested(destinationProperty);
var executable = executor.CreateExecutableMapping(nested.SourceType);
executable.Execute(nested);
return new Result(true, nested.Destination);
}
public IResolutionContext CreateNestedParallelContext(IDescribeMappableProperty sourceProperty, IDescribeMappableProperty destinationProperty, IResolutionContext parentContext)
{
var src = GetSourceValue(parentContext.Source, sourceProperty);
var dest = GetDestValue(src,parentContext.Destination, destinationProperty);
if (src == null && destinationProperty.IsCustomType)
return new NullSourceContext(sourceProperty, valueAssignments, invoke, activate);
return CreateContext(src, dest);
}
public void Execute(IResolutionContext context)
{
foreach (var prop in destinationProperties.Where(p => resolverContainer.WillResolve(p)))
{
var assignment = context.BuildValueAssignment(prop);
var resolver = resolverContainer.GetResolver(prop);
var result = resolver.TryResolve(context, prop);
assignment.SetValue(result);
}
}
static ITransport GetTransport(IResolutionContext c)
{
try
{
return c.Get<ITransport>();
}
catch (Exception exception)
{
throw new RebusApplicationException(exception, @"Could not get transport - did you call 'EnableSagaAuditing' on a one-way client? (which is not capable of receiving messages, and therefore can never get to change the stage of any saga instances...)");
}
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
if (executor == null)
{
throw new DittoConfigurationException("UnflatteningResolver never bound an executable mapping on component type '{0}' for destination '{1}'. " +
Environment.NewLine+
"Be sure the type '{0}' is configured as a destination with source '{2}'",destinationType,context.Destination,context.SourceType);
}
//we need to keep the SOURCE the same, but change the destination
var nested = context.Nested(destinationProperty);
var executable = executor.CreateExecutableMapping(nested.SourceType);
executable.Execute(nested);
return new Result(true, nested.Destination);
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
var collectionContext = context.Nested(sourceProperty, destinationProperty);
var src = (IList) context.GetSourcePropertyValue(sourceProperty.Name);
var dest = (IList)activate.CreateCollectionInstance(destinationProperty.PropertyType, src.Count);
for (int i = 0; i < src.Count; i++)
{
var sourceElement = sourceProperty.ElementAt(i);
var elementContext = collectionContext.Nested(sourceElement, destinationProperty.ElementAt(i));
var nestedExecutor = this.executor.CreateExecutableMapping(sourceElement.PropertyType);
nestedExecutor.Execute(elementContext);
dest.AddElement(elementContext.Destination,i);
}
return new Result(true, dest);
}
public IFilter GetFailingFilter(IResolutionContext context)
{
if (Filters.Count != 2)
{
throw new AlgorythmException("XOR group can only contain two filters");
}
var result1 = Filters[0].GetFailingFilter(context) == null;
var result2 = Filters[1].GetFailingFilter(context) == null;
if (result1 ^ result2)
{
return null;
}
return this;
}
public IFilter GetFailingFilter(IResolutionContext context)
{
IEnumerable<IResolutionContext> argument = dependency.GetValue(context);
if (!argument.Any())
{
return this;
}
if (argument.Any(x => x.MeetsConditions))
{
return null;
}
return argument.Select(x => x.FailingFilter)
.OrderByDescending(x => context.Node.Tree.FilterIndex.SafeGet(x))
.First();
}
static ISagaSnapshotStorage GetSagaSnapshotStorage(IResolutionContext c)
{
try
{
return c.Get<ISagaSnapshotStorage>();
}
catch (Exception exception)
{
throw new RebusApplicationException(exception, @"Could not get saga snapshot storage - did you call 'EnableSagaAuditing' without choosing a way to store the snapshots?
When you enable the saving of saga data snapshots, you must specify how to save them - it can be done by making further calls after 'EnableSagaAuditing', e.g. like so:
Configure.With(..)
.(...)
.Options(o => o.EnableSagaAuditing().StoreInSqlServer(....))
.(...)");
}
}
static IDataBusStorage GetDataBusStorage(IResolutionContext c)
{
try
{
return c.Get<IDataBusStorage>();
}
catch (Exception exception)
{
throw new RebusApplicationException(exception, @"Could not get data bus storage - did you call 'EnableDataBus' without choosing a way to store the data?
When you enable the data bus, you must specify how to save data - it can be done by making further calls after 'EnableDataBus', e.g. like so:
Configure.With(..)
.(...)
.Options(o => o.EnableDataBus().StoreInSqlServer(....))
.(...)");
}
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
return Result.Unresolved;
}
public IEnumerable<IResolutionContext> Resolve(IResolutionContext parentContext, INode node)
{
return new[] { new ResolutionContext<IFilterGroup>(group, node, parentContext, store) };
}
public IResolutionContext CreateNestedContext(IDescribeMappableProperty destinationProperty, IResolutionContext parentContext)
{
return inner.CreateNestedContext(destinationProperty, parentContext);
}
public virtual Task <object> Execute(IResolutionContext context, FieldResolutionDelegate next)
{
return(next(context));
}
public IEnumerable <IResolutionContext> Resolve(IResolutionContext parentContext, INode node)
{
return(new[] { new ResolutionContext <IFilterGroup>(group, node, parentContext, store) });
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
return(Result.Unresolved);
}
public object Resolve(IResolutionContext context, Type serviceType)
{
return(_container.GetRequiredService(serviceType));
}
public object Resolve(IResolutionContext context, Type serviceType)
{
return _service;
}
static IProducerImplementation RegisterProducerImplementation(IEnumerable <string> bootstrapServers, IResolutionContext c, KafkaProducerConfigurationBuilder builder)
{
var loggerFactory = c.Get <ILoggerFactory>();
return(new KafkaProducerImplementation(
loggerFactory: loggerFactory,
address: string.Join(";", bootstrapServers),
configurationCustomizer: builder.Apply
));
}
public IFilter GetFailingFilter(IResolutionContext context)
{
return(Filters.Any(filter => filter.GetFailingFilter(context) == null) ? null : this);
}
public IEnumerable <TItem> GetValue(IResolutionContext context)
{
return(context.GetFromTree(Token)
.Cast <IResolutionContext <TItem> >()
.Select(x => x.Value));
}
public TItem GetValue(IResolutionContext context)
{
var definedcontext = context.ResolveSingle(Token) as IResolutionContext <TItem>;
return(definedcontext.Value);
}
private static IEnumerable <NamedResolutionAttempt <ReadonlyProviderSetup> > TryResolveGroupReaders(IResolutionContext ctx, string[] mappedReaderKeys)
{
// First get the readers. Not all specified reader keys might exist if a provider is just read-write,
// so for any that we don't find, we'll try to resolve a writer that matches the key
var readerResolutionAttempts = mappedReaderKeys.Select(s =>
{
var resolveResult = ctx.TryResolve <ReadonlyProviderSetup>(s);
return(resolveResult);
})
//.Where(y => y.Success).Select(y => y.Value).ToList();
.OrderBy(x => x.Success ? x.Value.PriorityOrdinal : 999).ToList();
// These readers were not found
var notFoundReaderKeys = readerResolutionAttempts.Where(y => !y.Success).Select(y => y.Key).ToArray();
// So try to resolve writers with matching keys
var tryFindWriters = TryResolveGroupReadWriters(ctx, notFoundReaderKeys);
// We need to return a sequence of ResolutionAttempt<ReadonlyProviderSetup>
// Where we have found neither a reader nor a writer, need to include the error from both
var expressWritersAsReaders = tryFindWriters
.Select(y =>
{
if (!y.Success)
{
return(new NamedResolutionAttempt <ReadonlyProviderSetup>(y.Key, y.Error));
}
var providerSetup = y.Value;
var newProviderSetup = (providerSetup is UninstalledProviderSetup)
? new UninstalledReadonlyProviderSetup(
providerSetup.ProviderMetadata,
providerSetup.FrameworkContext,
providerSetup.Bootstrapper,
providerSetup.PriorityOrdinal)
: new ReadonlyProviderSetup(
new ReadonlyProviderUnitFactory
(providerSetup.UnitFactory.EntityRepositoryFactory),
providerSetup.ProviderMetadata,
providerSetup.FrameworkContext,
providerSetup.Bootstrapper,
providerSetup.PriorityOrdinal);
return(new NamedResolutionAttempt <ReadonlyProviderSetup>(y.Key, true, newProviderSetup));
});
// Where the reader and writer resolution attempts contain the same key,
// we need to merge the error messages for the caller if it wasn't a success
// or overwrite the values if it was
// First get a sequence of the readers we know we can return
var totalItemsToReturn =
new List <NamedResolutionAttempt <ReadonlyProviderSetup> >(
readerResolutionAttempts.Where(x => !notFoundReaderKeys.Contains(x.Key)));
// Now check the items where we tried to resolve a reader, and then had to try to resolve a writer
var keysInBoth = readerResolutionAttempts.Select(x => x.Key).Intersect(expressWritersAsReaders.Select(x => x.Key));
foreach (var key in keysInBoth)
{
var originalReaderAttempt = readerResolutionAttempts.FirstOrDefault(x => x.Key == key);
var writerAttempt = expressWritersAsReaders.FirstOrDefault(x => x.Key == key);
if (originalReaderAttempt != null && writerAttempt != null)
{
if (!writerAttempt.Success)
{
totalItemsToReturn.Add(new NamedResolutionAttempt <ReadonlyProviderSetup>(writerAttempt.Key,
new InvalidOperationException("Could not resolve a writer or a reader for key {0}. \nReader error: {1}. \nWriter error: {2}"
.InvariantFormat(key, originalReaderAttempt.Error.ToString(),
writerAttempt.Error.ToString()))));
}
else
{
totalItemsToReturn.Add(writerAttempt);
}
}
}
// Now return the total set
return(totalItemsToReturn.OrderBy(x => x.Success ? x.Value.PriorityOrdinal : 999));
}
private static IEnumerable <NamedResolutionAttempt <ProviderSetup> > TryResolveGroupReadWriters(IResolutionContext x, string[] mappedReadWriterKeys)
{
var readWriters = mappedReadWriterKeys.Select(s =>
{
var resolveResult = x.TryResolve <ProviderSetup>(s);
return(resolveResult);
})
//.Where(y => y.Success).Select(y => y.Value)
.OrderBy(y => y.Success ? y.Value.PriorityOrdinal : 999).ToList();
return(readWriters);
}
private static Lazy <AbstractTask, TaskMetadata> GetCacheWatcherTaskFactory(IResolutionContext x, string trigger)
{
return(new Lazy <AbstractTask, TaskMetadata>(
() => new CacheWatcherTask(x.Resolve <IFrameworkContext>()),
new TaskMetadata(trigger, true)));
}
public IFilter GetFailingFilter(IResolutionContext context)
{
return(Filters
.Select(t => t.GetFailingFilter(context))
.FirstOrDefault(filter => filter != null));
}
public CustomEntityDisplayModelMapper(
IResolutionContext resolutionContext
)
{
_resolutionContext = resolutionContext;
}
public QueryHandlerFactory(
IResolutionContext resolutionContext
)
{
_resolutionContext = resolutionContext;
}
private IEnumerable <IMention> ExtractMentions(IResolutionContext context)
{
return(_extractors.SelectMany(extractor => extractor.ExtractMentions(context)));
}
public IFilter GetFailingFilter(IResolutionContext context)
{
return(Filters.All(x => x.GetFailingFilter(context) == null) ? this : null);
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
throw new InvalidOperationException("Should not resolve");
}
internal IList <ICircuitBreaker> Build(IResolutionContext context) => _circuitBreakerFactories.Select(factory => factory(context)).ToList();
public IResolutionContext CreateNestedContext(IDescribeMappableProperty destinationProperty, IResolutionContext parentContext)
{
var dest = invoke.GetValue(destinationProperty.Name, parentContext.Destination) ?? activate.CreateInstance(destinationProperty.PropertyType);
return CreateContext(parentContext.Source, dest);
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
return(new Result(true, destinationProperty.PropertyType.DefaultValue()));
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
throw new DittoExecutionException("{0} requires a component configuration which was not provided.",destinationProperty);
}
public IResolutionContext CreateNestedParallelContext(IDescribeMappableProperty sourceProperty, IDescribeMappableProperty destinationProperty, IResolutionContext parentContext)
{
return inner.CreateNestedParallelContext(sourceProperty, destinationProperty, parentContext);
}
private static ProviderMappingGroup GenerateMappingGroup(string mappingName, IResolutionContext resolutionContext, string[] mappedReadWriterKeys, string[] mappedReaderKeys)
{
var tryReadersInGroup = TryResolveGroupReaders(resolutionContext, mappedReaderKeys).ToArray();
var tryReadWritersInGroup = TryResolveGroupReadWriters(resolutionContext, mappedReadWriterKeys).ToArray();
var readersInGroup = tryReadersInGroup.Where(x => x.Success);
var readWritersInGroup = tryReadWritersInGroup.Where(x => x.Success);
if (!readersInGroup.Any() && !readWritersInGroup.Any())
{
var errorBuilder = new StringBuilder();
errorBuilder.AppendLine("Writers:");
foreach (var namedResolutionAttempt in tryReadWritersInGroup)
{
errorBuilder.AppendLine("Key: {0}, Error: {1}".InvariantFormat(namedResolutionAttempt.Key, namedResolutionAttempt.Error.ToString()));
}
errorBuilder.AppendLine();
errorBuilder.AppendLine("Readers:");
foreach (var namedResolutionAttempt in tryReadersInGroup)
{
errorBuilder.AppendLine("Key: {0}, Error: {1}".InvariantFormat(namedResolutionAttempt.Key, namedResolutionAttempt.Error.ToString()));
}
throw new InvalidOperationException(
"Could not create mapping group '{0}'. Errors:\n{1}".InvariantFormat(mappingName,
errorBuilder.ToString()));
}
var uriMatches = resolutionContext.Resolve<IEnumerable<WildcardUriMatch>>(mappingName);
var frameworkContext = resolutionContext.Resolve<IFrameworkContext>();
var readonlyProviderSetups = readersInGroup.Select(x => x.Value).ToArray();
var providerSetups = readWritersInGroup.Select(x => x.Value).ToArray();
return new ProviderMappingGroup(mappingName, uriMatches, readonlyProviderSetups, providerSetups, frameworkContext);
}
public IFilter GetFailingFilter(IResolutionContext context)
{
return Filters.Any(filter => filter.GetFailingFilter(context) == null) ? null : this;
}
private static IEnumerable<NamedResolutionAttempt<ReadonlyProviderSetup>> TryResolveGroupReaders(IResolutionContext ctx, string[] mappedReaderKeys)
{
// First get the readers. Not all specified reader keys might exist if a provider is just read-write,
// so for any that we don't find, we'll try to resolve a writer that matches the key
var readerResolutionAttempts = mappedReaderKeys.Select(s =>
{
var resolveResult = ctx.TryResolve<ReadonlyProviderSetup>(s);
return resolveResult;
})
//.Where(y => y.Success).Select(y => y.Value).ToList();
.OrderBy(x => x.Success ? x.Value.PriorityOrdinal : 999).ToList();
// These readers were not found
var notFoundReaderKeys = readerResolutionAttempts.Where(y => !y.Success).Select(y => y.Key).ToArray();
// So try to resolve writers with matching keys
var tryFindWriters = TryResolveGroupReadWriters(ctx, notFoundReaderKeys);
// We need to return a sequence of ResolutionAttempt<ReadonlyProviderSetup>
// Where we have found neither a reader nor a writer, need to include the error from both
var expressWritersAsReaders = tryFindWriters
.Select(y =>
{
if (!y.Success)
{
return new NamedResolutionAttempt<ReadonlyProviderSetup>(y.Key, y.Error);
}
var providerSetup = y.Value;
var newProviderSetup = (providerSetup is UninstalledProviderSetup)
? new UninstalledReadonlyProviderSetup(
providerSetup.ProviderMetadata,
providerSetup.FrameworkContext,
providerSetup.Bootstrapper,
providerSetup.PriorityOrdinal)
: new ReadonlyProviderSetup(
new ReadonlyProviderUnitFactory
(providerSetup.UnitFactory.EntityRepositoryFactory),
providerSetup.ProviderMetadata,
providerSetup.FrameworkContext,
providerSetup.Bootstrapper,
providerSetup.PriorityOrdinal);
return new NamedResolutionAttempt<ReadonlyProviderSetup>(y.Key, true, newProviderSetup);
});
// Where the reader and writer resolution attempts contain the same key,
// we need to merge the error messages for the caller if it wasn't a success
// or overwrite the values if it was
// First get a sequence of the readers we know we can return
var totalItemsToReturn =
new List<NamedResolutionAttempt<ReadonlyProviderSetup>>(
readerResolutionAttempts.Where(x => !notFoundReaderKeys.Contains(x.Key)));
// Now check the items where we tried to resolve a reader, and then had to try to resolve a writer
var keysInBoth = readerResolutionAttempts.Select(x => x.Key).Intersect(expressWritersAsReaders.Select(x => x.Key));
foreach (var key in keysInBoth)
{
var originalReaderAttempt = readerResolutionAttempts.FirstOrDefault(x => x.Key == key);
var writerAttempt = expressWritersAsReaders.FirstOrDefault(x => x.Key == key);
if (originalReaderAttempt != null && writerAttempt != null)
if (!writerAttempt.Success)
{
totalItemsToReturn.Add(new NamedResolutionAttempt<ReadonlyProviderSetup>(writerAttempt.Key,
new InvalidOperationException("Could not resolve a writer or a reader for key {0}. \nReader error: {1}. \nWriter error: {2}"
.InvariantFormat(key, originalReaderAttempt.Error.ToString(),
writerAttempt.Error.ToString()))));
}
else
{
totalItemsToReturn.Add(writerAttempt);
}
}
// Now return the total set
return totalItemsToReturn.OrderBy(x => x.Success ? x.Value.PriorityOrdinal : 999);
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
throw new DittoExecutionException("'{0}' requires a collection configuration which was not provided. "+Environment.NewLine+
"Be sure you have either provided configuration for the element type ('{1}'), or the collection.",
destinationProperty,destinationProperty.ElementType.PropertyType);
}
public UpdateCommandHandlerFactory(
IResolutionContext resolutionContext
)
{
_resolutionContext = resolutionContext;
}
private static Lazy<AbstractTask, TaskMetadata> GetCacheWatcherTaskFactory(IResolutionContext x, string trigger)
{
return new Lazy<AbstractTask, TaskMetadata>(
() => new CacheWatcherTask(x.Resolve<IFrameworkContext>()),
new TaskMetadata(trigger, true));
}
public IFilter GetFailingFilter(IResolutionContext context)
{
return Filters.All(x => x.GetFailingFilter(context) == null) ? this : null;
}
private static IEnumerable<NamedResolutionAttempt<ProviderSetup>> TryResolveGroupReadWriters(IResolutionContext x, string[] mappedReadWriterKeys)
{
var readWriters = mappedReadWriterKeys.Select(s =>
{
var resolveResult = x.TryResolve<ProviderSetup>(s);
return resolveResult;
})
//.Where(y => y.Success).Select(y => y.Value)
.OrderBy(y => y.Success ? y.Value.PriorityOrdinal : 999).ToList();
return readWriters;
}
public IFilter GetFailingFilter(IResolutionContext context)
{
return(filter.GetFailingFilter(context) == null ? this : null);
}
private object GetValue(GraphFieldInfo fieldInfo, IResolutionContext context)
{
var source = GetSource(fieldInfo, context);
var propertyInfo = fieldInfo.AttributeProvider as PropertyInfo;
return propertyInfo?.GetValue(source);
}
public IResolutionContext CreateNestedParallelContext(IDescribeMappableProperty sourceProperty, IDescribeMappableProperty destinationProperty, IResolutionContext parentContext)
{
return(inner.CreateNestedParallelContext(sourceProperty, destinationProperty, parentContext));
}
public IResolutionContext CreateNestedContext(IDescribeMappableProperty destinationProperty, IResolutionContext parentContext)
{
return(inner.CreateNestedContext(destinationProperty, parentContext));
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
throw new InvalidOperationException("Should not resolve");
}
public Result TryResolve(IResolutionContext context, IDescribeMappableProperty destinationProperty)
{
return new Result(true, destinationProperty.PropertyType.DefaultValue());
}
public RoleInitializerFactory(
IResolutionContext resolutionContext
)
{
_resolutionContext = resolutionContext;
}
