public void DeleteLite([Required, FromBody] LiteOperationRequest request)
{
OperationLogic.ServiceDelete(request.lite, request.GetOperationSymbol(request.lite.EntityType), request.Args);
}
public EntityPackTS ExecuteLite([Required, FromBody] LiteOperationRequest request)
{
var entity = OperationLogic.ServiceExecuteLite(request.lite, request.GetOperationSymbol(request.lite.EntityType), request.Args);
return(SignumServer.GetEntityPack(entity));
}
public void DeleteEntity([Required, FromBody] EntityOperationRequest request)
{
OperationLogic.ServiceDelete(request.entity, request.GetOperationSymbol(request.entity.GetType()), request.Args);
}
public EntityPackTS?ConstructFromEntity([Required, FromBody] EntityOperationRequest request)
{
var entity = OperationLogic.ServiceConstructFrom(request.entity, request.GetOperationSymbol(request.entity.GetType()), request.Args);
return(entity == null ? null : SignumServer.GetEntityPack(entity));
}
public EntityPackTS?ConstructFromLite([Required, FromBody] LiteOperationRequest request)
{
var entity = OperationLogic.ServiceConstructFromLite(request.lite, request.GetOperationSymbol(request.lite.EntityType), request.Args);
return(entity == null ? null : SignumServer.GetEntityPack(entity));
}
public EntityPackTS ConstructFromEntity(EntityOperationRequest request)
{
var entity = OperationLogic.ServiceConstructFrom(request.entity, request.operarionSymbol, request.args);
return(SignumServer.GetEntityPack(entity));
}
public static Dictionary <string, TypeInfoTS> GetEntities(IEnumerable <Type> allTypes)
{
var models = (from type in allTypes
where typeof(ModelEntity).IsAssignableFrom(type) && !type.IsAbstract
select type).ToList();
var queries = QueryLogic.Queries;
var schema = Schema.Current;
var settings = Schema.Current.Settings;
var result = (from type in TypeLogic.TypeToEntity.Keys.Concat(models)
where !type.IsEnumEntity() && !ReflectionServer.ExcludeTypes.Contains(type)
let descOptions = LocalizedAssembly.GetDescriptionOptions(type)
let allOperations = !type.IsEntity() ? null : OperationLogic.GetAllOperationInfos(type)
select KVP.Create(GetTypeName(type), OnAddTypeExtension(new TypeInfoTS
{
Kind = KindOfType.Entity,
FullName = type.FullName,
NiceName = descOptions.HasFlag(DescriptionOptions.Description) ? type.NiceName() : null,
NicePluralName = descOptions.HasFlag(DescriptionOptions.PluralDescription) ? type.NicePluralName() : null,
Gender = descOptions.HasFlag(DescriptionOptions.Gender) ? type.GetGender().ToString() : null,
EntityKind = type.IsIEntity() ? EntityKindCache.GetEntityKind(type) : (EntityKind?)null,
EntityData = type.IsIEntity() ? EntityKindCache.GetEntityData(type) : (EntityData?)null,
IsLowPopulation = type.IsIEntity() ? EntityKindCache.IsLowPopulation(type) : false,
IsSystemVersioned = type.IsIEntity() ? schema.Table(type).SystemVersioned != null : false,
ToStringFunction = typeof(Symbol).IsAssignableFrom(type) ? null : LambdaToJavascriptConverter.ToJavascript(ExpressionCleaner.GetFieldExpansion(type, miToString)),
QueryDefined = queries.QueryDefined(type),
Members = PropertyRoute.GenerateRoutes(type).Where(pr => InTypeScript(pr))
.ToDictionary(p => p.PropertyString(), p =>
{
var mi = new MemberInfoTS
{
NiceName = p.PropertyInfo?.NiceName(),
TypeNiceName = GetTypeNiceName(p.PropertyInfo?.PropertyType),
Format = p.PropertyRouteType == PropertyRouteType.FieldOrProperty ? Reflector.FormatString(p) : null,
IsReadOnly = !IsId(p) && (p.PropertyInfo?.IsReadOnly() ?? false),
Unit = UnitAttribute.GetTranslation(p.PropertyInfo?.GetCustomAttribute <UnitAttribute>()?.UnitName),
Type = new TypeReferenceTS(IsId(p) ? PrimaryKey.Type(type).Nullify() : p.PropertyInfo?.PropertyType, p.Type.IsMList() ? p.Add("Item").TryGetImplementations() : p.TryGetImplementations()),
IsMultiline = Validator.TryGetPropertyValidator(p)?.Validators.OfType <StringLengthValidatorAttribute>().FirstOrDefault()?.MultiLine ?? false,
MaxLength = Validator.TryGetPropertyValidator(p)?.Validators.OfType <StringLengthValidatorAttribute>().FirstOrDefault()?.Max.DefaultToNull(-1),
PreserveOrder = settings.FieldAttributes(p)?.OfType <PreserveOrderAttribute>().Any() ?? false,
};
return(OnAddPropertyRouteExtension(mi, p));
}),
Operations = allOperations == null ? null : allOperations.ToDictionary(oi => oi.OperationSymbol.Key, oi => OnAddOperationExtension(new OperationInfoTS(oi), oi, type)),
RequiresEntityPack = allOperations != null && allOperations.Any(oi => oi.HasCanExecute != null),
}, type))).ToDictionaryEx("entities");
return(result);
}
public void SmartSaveMListOrder()
{
using (var tr = new Transaction())
using (OperationLogic.AllowSave <LabelEntity>())
using (OperationLogic.AllowSave <CountryEntity>())
using (OperationLogic.AllowSave <AlbumEntity>())
using (OperationLogic.AllowSave <ArtistEntity>())
{
var artist = Database.Query <ArtistEntity>().First();
var album = new AlbumEntity
{
Name = "Test album",
Author = artist,
Year = 2000,
Songs = { new SongEmbedded {
Name = "Song 0"
}, new SongEmbedded {
Name = "Song 1"
}, new SongEmbedded {
Name = "Song 2"
}, },
State = AlbumState.Saved,
Label = new LabelEntity {
Name = "Four Music", Country = new CountryEntity {
Name = "Germany"
}, Node = MusicLoader.NextLabelNode()
},
};
album.Save();
AssertSequenceEquals(album.MListElements(a => a.Songs).OrderBy(a => a.Order).Select(mle => KeyValuePair.Create(mle.Order, mle.Element.Name)),
new Dictionary <int, string> {
{ 0, "Song 0" }, { 1, "Song 1" }, { 2, "Song 2" }
});
var ids = album.MListElements(a => a.Songs).Select(a => a.RowId).ToHashSet();
album.Songs.SortDescending(a => a.Name);
album.Save();
var ids2 = album.MListElements(a => a.Songs).Select(a => a.RowId).ToHashSet();
AssertSequenceEquals(ids.OrderBy(), ids2.OrderBy());
AssertSequenceEquals(album.MListElements(a => a.Songs).OrderBy(a => a.Order).Select(mle => KeyValuePair.Create(mle.Order, mle.Element.Name)),
new Dictionary <int, string> {
{ 0, "Song 2" }, { 1, "Song 1" }, { 2, "Song 0" }
});
var s3 = album.Songs[0];
album.Songs.RemoveAt(0);
album.Songs.Insert(1, s3);
album.Save();
AssertSequenceEquals(album.MListElements(a => a.Songs).OrderBy(a => a.Order).Select(mle => KeyValuePair.Create(mle.Order, mle.Element.Name)),
new Dictionary <int, string> {
{ 0, "Song 1" }, { 1, "Song 2" }, { 2, "Song 0" }
});
AssertSequenceEquals(album.ToLite().RetrieveAndRemember().Songs.Select(a => a.Name), new[] { "Song 1", "Song 2", "Song 0" });
//tr.Commit();
}
}
//Errors with CNTK: https://github.com/Microsoft/CNTK/issues/2614
public void Train(PredictorTrainingContext ctx)
{
InitialSetup();
tf.compat.v1.disable_eager_execution();
var p = ctx.Predictor;
var nn = (NeuralNetworkSettingsEntity)p.AlgorithmSettings;
Tensor inputPlaceholder = tf.placeholder(tf.float32, new[] { -1, ctx.InputCodifications.Count }, "inputPlaceholder");
Tensor outputPlaceholder = tf.placeholder(tf.float32, new[] { -1, ctx.OutputCodifications.Count }, "outputPlaceholder");
Tensor currentTensor = inputPlaceholder;
nn.HiddenLayers.ForEach((layer, i) =>
{
currentTensor = NetworkBuilder.DenseLayer(currentTensor, layer.Size, layer.Activation, layer.Initializer, p.Settings.Seed ?? 0, "hidden" + i);
});
Tensor output = NetworkBuilder.DenseLayer(currentTensor, ctx.OutputCodifications.Count, nn.OutputActivation, nn.OutputInitializer, p.Settings.Seed ?? 0, "output");
Tensor calculatedOutput = tf.identity(output, "calculatedOutput");
Tensor loss = NetworkBuilder.GetEvalFunction(nn.LossFunction, outputPlaceholder, calculatedOutput);
Tensor accuracy = NetworkBuilder.GetEvalFunction(nn.EvalErrorFunction, outputPlaceholder, calculatedOutput);
// prepare for training
Optimizer optimizer = NetworkBuilder.GetOptimizer(nn);
Operation trainOperation = optimizer.minimize(loss);
Random rand = p.Settings.Seed == null ?
new Random() :
new Random(p.Settings.Seed.Value);
var(training, validation) = ctx.SplitTrainValidation(rand);
var minibachtSize = nn.MinibatchSize;
var numMinibatches = nn.NumMinibatches;
Stopwatch sw = Stopwatch.StartNew();
List <FinalCandidate> candidate = new List <FinalCandidate>();
var config = new ConfigProto
{
IntraOpParallelismThreads = 1,
InterOpParallelismThreads = 1,
LogDevicePlacement = true
};
ctx.ReportProgress($"Deleting Files");
var dir = PredictorDirectory(ctx.Predictor);
if (Directory.Exists(dir))
{
Directory.Delete(dir, true);
}
Directory.CreateDirectory(dir);
ctx.ReportProgress($"Starting training...");
var saver = tf.train.Saver();
using (var sess = tf.Session(config))
{
sess.run(tf.global_variables_initializer());
for (int i = 0; i < numMinibatches; i++)
{
using (HeavyProfiler.Log("MiniBatch", () => i.ToString()))
{
var trainMinibatch = 0.To(minibachtSize).Select(_ => rand.NextElement(training)).ToList();
var inputValue = CreateNDArray(ctx, trainMinibatch, ctx.InputCodifications.Count, ctx.InputCodificationsByColumn);
var outputValue = CreateNDArray(ctx, trainMinibatch, ctx.OutputCodifications.Count, ctx.OutputCodificationsByColumn);
using (HeavyProfiler.Log("TrainMinibatch", () => i.ToString()))
{
sess.run(trainOperation,
(inputPlaceholder, inputValue),
(outputPlaceholder, outputValue));
}
if (ctx.StopTraining)
{
p = ctx.Predictor = ctx.Predictor.ToLite().RetrieveAndRemember();
}
var isLast = numMinibatches - nn.BestResultFromLast <= i;
if (isLast || (i % nn.SaveProgressEvery) == 0 || ctx.StopTraining)
{
float loss_val;
float accuracy_val;
using (HeavyProfiler.Log("EvalTraining", () => i.ToString()))
{
(loss_val, accuracy_val) = sess.run((loss, accuracy),
(inputPlaceholder, inputValue),
(outputPlaceholder, outputValue));
}
var ep = new EpochProgress
{
Ellapsed = sw.ElapsedMilliseconds,
Epoch = i,
TrainingExamples = i * minibachtSize,
LossTraining = loss_val,
AccuracyTraining = accuracy_val,
LossValidation = null,
AccuracyValidation = null,
};
ctx.ReportProgress($"Training Minibatches Loss:{loss_val} / Accuracy:{accuracy_val}", (i + 1) / (decimal)numMinibatches);
ctx.Progresses.Enqueue(ep);
if (isLast || (i % nn.SaveValidationProgressEvery) == 0 || ctx.StopTraining)
{
using (HeavyProfiler.LogNoStackTrace("EvalValidation"))
{
var validateMinibatch = 0.To(minibachtSize).Select(_ => rand.NextElement(validation)).ToList();
var inputValValue = CreateNDArray(ctx, validateMinibatch, ctx.InputCodifications.Count, ctx.InputCodificationsByColumn);
var outputValValue = CreateNDArray(ctx, validateMinibatch, ctx.OutputCodifications.Count, ctx.OutputCodificationsByColumn);
(loss_val, accuracy_val) = sess.run((loss, accuracy),
(inputPlaceholder, inputValValue),
(outputPlaceholder, outputValValue));
ep.LossValidation = loss_val;
ep.AccuracyValidation = accuracy_val;
}
}
var progress = ep.SaveEntity(ctx.Predictor);
if (isLast || ctx.StopTraining)
{
Directory.CreateDirectory(TrainingModelDirectory(ctx.Predictor, i));
var save = saver.save(sess, Path.Combine(TrainingModelDirectory(ctx.Predictor, i), ModelFileName));
using (HeavyProfiler.LogNoStackTrace("FinalCandidate"))
{
candidate.Add(new FinalCandidate
{
ModelIndex = i,
ResultTraining = new PredictorMetricsEmbedded {
Accuracy = progress.AccuracyTraining, Loss = progress.LossTraining
},
ResultValidation = new PredictorMetricsEmbedded {
Accuracy = progress.AccuracyValidation, Loss = progress.LossValidation
},
});
}
}
}
if (ctx.StopTraining)
{
break;
}
}
}
}
var best = candidate.MinBy(a => a.ResultValidation.Loss !.Value) !;
p.ResultTraining = best.ResultTraining;
p.ResultValidation = best.ResultValidation;
var files = Directory.GetFiles(TrainingModelDirectory(ctx.Predictor, best.ModelIndex));
p.Files.AddRange(files.Select(p => new Entities.Files.FilePathEmbedded(PredictorFileType.PredictorFile, p)));
using (OperationLogic.AllowSave <PredictorEntity>())
p.Save();
}
public static bool LoginAzureADAuthentication(ActionContext ac, string jwt, bool throwErrors)
{
using (AuthLogic.Disable())
{
try
{
var ada = (ActiveDirectoryAuthorizer)AuthLogic.Authorizer !;
if (!ada.GetConfig().LoginWithAzureAD)
{
return(false);
}
var principal = ValidateToken(jwt, out var jwtSecurityToken);
var ctx = new AzureClaimsAutoCreateUserContext(principal);
UserEntity?user =
Database.Query <UserEntity>().SingleOrDefault(a => a.Mixin <UserOIDMixin>().OID == ctx.OID);
if (user == null)
{
user = Database.Query <UserEntity>().SingleOrDefault(a => a.UserName == ctx.UserName) ??
(ctx.UserName.Contains("@") && ada.GetConfig().AllowMatchUsersBySimpleUserName ? Database.Query <UserEntity>().SingleOrDefault(a => a.Email == ctx.UserName || a.UserName == ctx.UserName.Before("@")) : null);
if (user != null)
{
using (AuthLogic.Disable())
using (OperationLogic.AllowSave <UserEntity>())
{
user.Mixin <UserOIDMixin>().OID = ctx.OID;
user.UserName = ctx.UserName;
user.Email = ctx.EmailAddress;
if (!UserOIDMixin.AllowUsersWithPassswordAndOID)
{
user.PasswordHash = null;
}
user.Save();
}
}
}
if (user == null)
{
user = ada.OnAutoCreateUser(ctx);
if (user == null)
{
return(false);
}
}
AuthServer.OnUserPreLogin(ac, user);
AuthServer.AddUserSession(ac, user);
return(true);
}
catch (Exception ex)
{
ex.LogException();
if (throwErrors)
{
throw;
}
return(false);
}
}
}
public void SmartSaveMList()
{
using (var tr = new Transaction())
using (OperationLogic.AllowSave <LabelEntity>())
using (OperationLogic.AllowSave <CountryEntity>())
using (OperationLogic.AllowSave <AlbumEntity>())
using (OperationLogic.AllowSave <ArtistEntity>())
{
var maxRowId = Database.MListQuery((AlbumEntity a) => a.Songs).Max(a => a.RowId);
var artist = Database.Query <ArtistEntity>().First();
var album = new AlbumEntity
{
Name = "Test album",
Author = artist,
Year = 2000,
Songs = { new SongEmbedded {
Name = "Song 1"
} },
State = AlbumState.Saved,
Label = new LabelEntity {
Name = "Four Music", Country = new CountryEntity {
Name = "Germany"
}, Node = MusicLoader.NextLabelNode()
},
};
var innerList = ((IMListPrivate <SongEmbedded>)album.Songs).InnerList;
Assert.Null(innerList[0].RowId);
//Insert and row-id is set
album.Save();
Assert.NotNull(innerList[0].RowId);
Assert.True(innerList[0].RowId > maxRowId);
album.Songs.Add(new SongEmbedded {
Name = "Song 2"
});
Assert.Null(innerList[1].RowId);
album.Save();
//Insert and row-id is set
Assert.NotNull(innerList[1].RowId);
var song = innerList[0];
album.Songs.Remove(song.Element);
//Delete
album.Save();
{
var album2 = album.ToLite().RetrieveAndRemember();
Assert.True(album.Songs.Count == album2.Songs.Count);
Assert.True(innerList[0].RowId == ((IMListPrivate <SongEmbedded>)album2.Songs).InnerList[0].RowId);
Assert.True(!album.MListElements(a => a.Songs).Any(mle => mle.RowId == song.RowId));
}
album.Songs[0].Name += "*";
//Update
album.Save();
{
var album2 = album.ToLite().RetrieveAndRemember();
Assert.True(album.Songs.Count == album2.Songs.Count);
Assert.True(innerList[0].RowId == ((IMListPrivate <SongEmbedded>)album2.Songs).InnerList[0].RowId);
Assert.True(album.Songs[0].Name == album2.Songs[0].Name);
Assert.True(!album.MListElements(a => a.Songs).Any(mle => mle.RowId == song.RowId));
}
//tr.Commit();
}
}
public void DeleteLite(LiteOperationRequest request)
{
OperationLogic.ServiceDelete(request.lite, request.operarionSymbol, request.args);
}
public void DeleteEntity(EntityOperationRequest request)
{
OperationLogic.ServiceDelete(request.entity, request.operarionSymbol, request.args);
}
public EntityPackTS ExecuteLite(LiteOperationRequest request)
{
var entity = OperationLogic.ServiceExecuteLite(request.lite, request.operarionSymbol, request.args);
return(SignumServer.GetEntityPack(entity));
}
public Dictionary <OperationSymbol, string> GetCanExecuteAll(Entity entity)
{
return(Return(MethodInfo.GetCurrentMethod(), entity.GetType().Name,
() => OperationLogic.ServiceCanExecute(entity)));
}
public static void Start(string connectionString)
{
using (HeavyProfiler.Log("Start"))
using (var initial = HeavyProfiler.Log("Initial"))
{
StartParameters.IgnoredDatabaseMismatches = new List <Exception>();
StartParameters.IgnoredCodeErrors = new List <Exception>();
string logDatabase = Connector.TryExtractDatabaseNameWithPostfix(ref connectionString, "_Log");
SchemaBuilder sb = new CustomSchemaBuilder {
LogDatabaseName = logDatabase, Tracer = initial
};
sb.Schema.Version = typeof(Starter).Assembly.GetName().Version;
sb.Schema.ForceCultureInfo = CultureInfo.GetCultureInfo("en-US");
MixinDeclarations.Register <OperationLogEntity, DiffLogMixin>();
MixinDeclarations.Register <UserEntity, UserEmployeeMixin>();
OverrideAttributes(sb);
var detector = SqlServerVersionDetector.Detect(connectionString);
Connector.Default = new SqlConnector(connectionString, sb.Schema, detector.Value);
CacheLogic.Start(sb);
DynamicLogicStarter.Start(sb);
DynamicLogic.CompileDynamicCode();
DynamicLogic.RegisterMixins();
DynamicLogic.BeforeSchema(sb);
TypeLogic.Start(sb);
OperationLogic.Start(sb);
ExceptionLogic.Start(sb);
MigrationLogic.Start(sb);
CultureInfoLogic.Start(sb);
FilePathEmbeddedLogic.Start(sb);
SmtpConfigurationLogic.Start(sb);
EmailLogic.Start(sb, () => Configuration.Value.Email, (et, target) => Configuration.Value.SmtpConfiguration);
AuthLogic.Start(sb, "System", null);
AuthLogic.StartAllModules(sb);
ResetPasswordRequestLogic.Start(sb);
UserTicketLogic.Start(sb);
SessionLogLogic.Start(sb);
ProcessLogic.Start(sb);
PackageLogic.Start(sb, packages: true, packageOperations: true);
SchedulerLogic.Start(sb);
QueryLogic.Start(sb);
UserQueryLogic.Start(sb);
UserQueryLogic.RegisterUserTypeCondition(sb, SouthwindGroup.UserEntities);
UserQueryLogic.RegisterRoleTypeCondition(sb, SouthwindGroup.RoleEntities);
ChartLogic.Start(sb);
UserChartLogic.RegisterUserTypeCondition(sb, SouthwindGroup.UserEntities);
UserChartLogic.RegisterRoleTypeCondition(sb, SouthwindGroup.RoleEntities);
DashboardLogic.Start(sb);
DashboardLogic.RegisterUserTypeCondition(sb, SouthwindGroup.UserEntities);
DashboardLogic.RegisterRoleTypeCondition(sb, SouthwindGroup.RoleEntities);
ViewLogLogic.Start(sb, new HashSet <Type> {
typeof(UserQueryEntity), typeof(UserChartEntity), typeof(DashboardEntity)
});
DiffLogLogic.Start(sb, registerAll: true);
ExcelLogic.Start(sb, excelReport: true);
ToolbarLogic.Start(sb);
SMSLogic.Start(sb, null, () => Configuration.Value.Sms);
SMSLogic.RegisterPhoneNumberProvider <PersonEntity>(p => p.Phone, p => null);
SMSLogic.RegisterDataObjectProvider((PersonEntity p) => new { p.FirstName, p.LastName, p.Title, p.DateOfBirth });
SMSLogic.RegisterPhoneNumberProvider <CompanyEntity>(p => p.Phone, p => null);
NoteLogic.Start(sb, typeof(UserEntity), /*Note*/ typeof(OrderEntity));
AlertLogic.Start(sb, typeof(UserEntity), /*Alert*/ typeof(OrderEntity));
FileLogic.Start(sb);
TranslationLogic.Start(sb, countLocalizationHits: false);
TranslatedInstanceLogic.Start(sb, () => CultureInfo.GetCultureInfo("en"));
HelpLogic.Start(sb);
WordTemplateLogic.Start(sb);
MapLogic.Start(sb);
PredictorLogic.Start(sb, () => new FileTypeAlgorithm
{
GetPrefixPair = f => new PrefixPair(Starter.Configuration.Value.Folders.PredictorModelFolder)
});
PredictorLogic.RegisterAlgorithm(CNTKPredictorAlgorithm.NeuralNetwork, new CNTKNeuralNetworkPredictorAlgorithm());
PredictorLogic.RegisterPublication(ProductPredictorPublication.MonthlySales, new PublicationSettings
{
QueryName = typeof(OrderEntity)
}); //ProductPredictorPublication
RestLogLogic.Start(sb);
RestApiKeyLogic.Start(sb);
WorkflowLogicStarter.Start(sb, () => Starter.Configuration.Value.Workflow);
EmployeeLogic.Start(sb);
ProductLogic.Start(sb);
CustomerLogic.Start(sb);
OrderLogic.Start(sb);
ShipperLogic.Start(sb);
StartSouthwindConfiguration(sb);
TypeConditionLogic.Register <OrderEntity>(SouthwindGroup.UserEntities, o => o.Employee == EmployeeEntity.Current);
TypeConditionLogic.Register <EmployeeEntity>(SouthwindGroup.UserEntities, e => EmployeeEntity.Current.Is(e));
TypeConditionLogic.Register <OrderEntity>(SouthwindGroup.CurrentCustomer, o => o.Customer == CustomerEntity.Current);
TypeConditionLogic.Register <PersonEntity>(SouthwindGroup.CurrentCustomer, o => o == CustomerEntity.Current);
TypeConditionLogic.Register <CompanyEntity>(SouthwindGroup.CurrentCustomer, o => o == CustomerEntity.Current);
ProfilerLogic.Start(sb,
timeTracker: true,
heavyProfiler: true,
overrideSessionTimeout: true);
DynamicLogic.StartDynamicModules(sb);
DynamicLogic.RegisterExceptionIfAny();
SetupCache(sb);
Schema.Current.OnSchemaCompleted();
}
}
public Dictionary <OperationSymbol, string> GetCanExecuteLiteAll(Lite <Entity> lite)
{
return(Return(MethodInfo.GetCurrentMethod(), lite.EntityType.Name,
() => OperationLogic.ServiceCanExecute(Database.Retrieve(lite))));
}
private static DateTime?SaveEmail(Pop3ConfigurationEntity config, Pop3ReceptionEntity reception, IPop3Client client, MessageUid mi)
{
DateTime?sent = null;
{
using (OperationLogic.AllowSave <EmailMessageEntity>())
using (Transaction tr = Transaction.ForceNew())
{
string rawContent = null;
try
{
var email = client.GetMessage(mi, reception.ToLite());
email.Subject = email.Subject == null ? "No Subject" : email.Subject.Replace('\n', ' ').Replace('\r', ' ');
if (email.Recipients.IsEmpty())
{
email.Recipients.Add(new EmailRecipientEntity
{
EmailAddress = config.Username,
Kind = EmailRecipientKind.To,
});
}
Lite <EmailMessageEntity> duplicate = Database.Query <EmailMessageEntity>()
.Where(a => a.BodyHash == email.BodyHash)
.Select(a => a.ToLite())
.FirstOrDefault();
if (duplicate != null && AreDuplicates(email, duplicate.Retrieve()))
{
var dup = duplicate.Entity;
email.AssignEntities(dup);
AssociateDuplicateEmail?.Invoke(email, dup);
}
else
{
AssociateNewEmail?.Invoke(email);
}
email.Save();
sent = email.Mixin <EmailReceptionMixin>().ReceptionInfo.SentDate;
tr.Commit();
}
catch (Exception e)
{
e.Data["rawContent"] = rawContent;
var ex = e.LogException();
using (Transaction tr2 = Transaction.ForceNew())
{
new Pop3ReceptionExceptionEntity
{
Exception = ex.ToLite(),
Reception = reception.ToLite()
}.Save();
tr2.Commit();
}
}
}
}
return(sent);
}