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This commit is contained in:
Aleh Khantsevich
2025-02-16 11:35:43 +01:00
committed by GitHub
parent c1336428dc
commit d31d8f574e
617 changed files with 32118 additions and 32737 deletions
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645
Wino.Core/Integration/ImapClientPool.cs
View File

@@ -19,350 +19,349 @@ using Wino.Core.Domain.Enums;
using Wino.Core.Domain.Exceptions;
using Wino.Core.Domain.Models.Connectivity;
namespace Wino.Core.Integration
{
/// <summary>
/// Provides a pooling mechanism for ImapClient.
/// Makes sure that we don't have too many connections to the server.
/// Rents a connected & authenticated client from the pool all the time.
/// </summary>
/// <param name="customServerInformation">Connection/Authentication info to be used to configure ImapClient.</param>
public class ImapClientPool : IDisposable
{
// Hardcoded implementation details for ID extension if the server supports.
// Some providers like Chinese 126 require Id to be sent before authentication.
// We don't expose any customer data here. Therefore it's safe for now.
// Later on maybe we can make it configurable and leave it to the user with passing
// real implementation details.
namespace Wino.Core.Integration;
private readonly ImapImplementation _implementation = new()
/// <summary>
/// Provides a pooling mechanism for ImapClient.
/// Makes sure that we don't have too many connections to the server.
/// Rents a connected & authenticated client from the pool all the time.
/// </summary>
/// <param name="customServerInformation">Connection/Authentication info to be used to configure ImapClient.</param>
public class ImapClientPool : IDisposable
{
// Hardcoded implementation details for ID extension if the server supports.
// Some providers like Chinese 126 require Id to be sent before authentication.
// We don't expose any customer data here. Therefore it's safe for now.
// Later on maybe we can make it configurable and leave it to the user with passing
// real implementation details.
private readonly ImapImplementation _implementation = new()
{
Version = "1.8.0",
OS = "Windows",
Vendor = "Wino",
SupportUrl = "https://www.winomail.app",
Name = "Wino Mail User",
};
public bool ThrowOnSSLHandshakeCallback { get; set; }
public ImapClientPoolOptions ImapClientPoolOptions { get; }
internal WinoImapClient IdleClient { get; set; }
private readonly int MinimumPoolSize = 5;
private readonly ConcurrentStack<IImapClient> _clients = [];
private readonly SemaphoreSlim _semaphore;
private readonly CustomServerInformation _customServerInformation;
private readonly Stream _protocolLogStream;
private readonly ILogger _logger = Log.ForContext<ImapClientPool>();
private bool _disposedValue;
public ImapClientPool(ImapClientPoolOptions imapClientPoolOptions)
{
_customServerInformation = imapClientPoolOptions.ServerInformation;
_protocolLogStream = imapClientPoolOptions.ProtocolLog;
// Set the maximum pool size to 5 or the custom value if it's greater.
_semaphore = new(Math.Max(MinimumPoolSize, _customServerInformation.MaxConcurrentClients));
CryptographyContext.Register(typeof(WindowsSecureMimeContext));
ImapClientPoolOptions = imapClientPoolOptions;
}
/// <summary>
/// Ensures all supported capabilities are enabled in this connection.
/// Reconnects and reauthenticates if necessary.
/// </summary>
/// <param name="isCreatedNew">Whether the client has been newly created.</param>
private async Task EnsureCapabilitiesAsync(IImapClient client, bool isCreatedNew)
{
try
{
Version = "1.8.0",
OS = "Windows",
Vendor = "Wino",
SupportUrl = "https://www.winomail.app",
Name = "Wino Mail User",
bool isReconnected = await EnsureConnectedAsync(client);
bool mustDoPostAuthIdentification = false;
if ((isCreatedNew || isReconnected) && client.IsConnected)
{
if (client.Capabilities.HasFlag(ImapCapabilities.Compress))
await client.CompressAsync();
// Identify if the server supports ID extension.
// Some servers require it pre-authentication, some post-authentication.
// We'll observe the response here and do it after authentication if needed.
if (client.Capabilities.HasFlag(ImapCapabilities.Id))
{
try
{
await client.IdentifyAsync(_implementation);
}
catch (ImapCommandException commandException) when (commandException.Response == ImapCommandResponse.No || commandException.Response == ImapCommandResponse.Bad)
{
mustDoPostAuthIdentification = true;
}
catch (Exception)
{
throw;
}
}
}
await EnsureAuthenticatedAsync(client);
if ((isCreatedNew || isReconnected) && client.IsAuthenticated)
{
if (mustDoPostAuthIdentification) await client.IdentifyAsync(_implementation);
// Activate post-auth capabilities.
if (client.Capabilities.HasFlag(ImapCapabilities.QuickResync))
{
await client.EnableQuickResyncAsync().ConfigureAwait(false);
if (client is WinoImapClient winoImapClient) winoImapClient.IsQResyncEnabled = true;
}
}
}
catch (Exception ex)
{
if (ex.InnerException is ImapTestSSLCertificateException imapTestSSLCertificateException)
throw imapTestSSLCertificateException;
throw new ImapClientPoolException(ex, GetProtocolLogContent());
}
finally
{
// Release it even if it fails.
_semaphore.Release();
}
}
public string GetProtocolLogContent()
{
if (_protocolLogStream == null) return default;
// Set the position to the beginning of the stream in case it is not already at the start
if (_protocolLogStream.CanSeek)
_protocolLogStream.Seek(0, SeekOrigin.Begin);
using var reader = new StreamReader(_protocolLogStream, Encoding.UTF8, true, 1024, leaveOpen: true);
return reader.ReadToEnd();
}
public async Task<IImapClient> GetClientAsync()
{
await _semaphore.WaitAsync();
if (_clients.TryPop(out IImapClient item))
{
await EnsureCapabilitiesAsync(item, false);
return item;
}
var client = CreateNewClient();
await EnsureCapabilitiesAsync(client, true);
return client;
}
public void Release(IImapClient item, bool destroyClient = false)
{
if (item != null)
{
if (destroyClient)
{
if (item.IsConnected)
{
lock (item.SyncRoot)
{
item.Disconnect(quit: true);
}
}
_clients.TryPop(out _);
item.Dispose();
}
else if (!_disposedValue)
{
_clients.Push(item);
}
_semaphore.Release();
}
}
private IImapClient CreateNewClient()
{
WinoImapClient client = null;
// Make sure to create a ImapClient with a protocol logger if enabled.
client = _protocolLogStream != null
? new WinoImapClient(new ProtocolLogger(_protocolLogStream))
: new WinoImapClient();
HttpProxyClient proxyClient = null;
// Add proxy client if exists.
if (!string.IsNullOrEmpty(_customServerInformation.ProxyServer))
{
proxyClient = new HttpProxyClient(_customServerInformation.ProxyServer, int.Parse(_customServerInformation.ProxyServerPort));
}
client.ProxyClient = proxyClient;
_logger.Debug("Creating new ImapClient. Current clients: {Count}", _clients.Count);
return client;
}
private SecureSocketOptions GetSocketOptions(ImapConnectionSecurity connectionSecurity)
=> connectionSecurity switch
{
ImapConnectionSecurity.Auto => SecureSocketOptions.Auto,
ImapConnectionSecurity.None => SecureSocketOptions.None,
ImapConnectionSecurity.StartTls => SecureSocketOptions.StartTlsWhenAvailable,
ImapConnectionSecurity.SslTls => SecureSocketOptions.SslOnConnect,
_ => SecureSocketOptions.None
};
public bool ThrowOnSSLHandshakeCallback { get; set; }
public ImapClientPoolOptions ImapClientPoolOptions { get; }
internal WinoImapClient IdleClient { get; set; }
/// <returns>True if the connection is newly established.</returns>
public async Task<bool> EnsureConnectedAsync(IImapClient client)
{
if (client.IsConnected) return false;
private readonly int MinimumPoolSize = 5;
client.ServerCertificateValidationCallback = MyServerCertificateValidationCallback;
private readonly ConcurrentStack<IImapClient> _clients = [];
private readonly SemaphoreSlim _semaphore;
private readonly CustomServerInformation _customServerInformation;
private readonly Stream _protocolLogStream;
private readonly ILogger _logger = Log.ForContext<ImapClientPool>();
private bool _disposedValue;
await client.ConnectAsync(_customServerInformation.IncomingServer,
int.Parse(_customServerInformation.IncomingServerPort),
GetSocketOptions(_customServerInformation.IncomingServerSocketOption));
public ImapClientPool(ImapClientPoolOptions imapClientPoolOptions)
// Print out useful information for testing.
if (client.IsConnected && ImapClientPoolOptions.IsTestPool)
{
_customServerInformation = imapClientPoolOptions.ServerInformation;
_protocolLogStream = imapClientPoolOptions.ProtocolLog;
// Print supported authentication methods for the client.
var supportedAuthMethods = client.AuthenticationMechanisms;
// Set the maximum pool size to 5 or the custom value if it's greater.
_semaphore = new(Math.Max(MinimumPoolSize, _customServerInformation.MaxConcurrentClients));
CryptographyContext.Register(typeof(WindowsSecureMimeContext));
ImapClientPoolOptions = imapClientPoolOptions;
}
/// <summary>
/// Ensures all supported capabilities are enabled in this connection.
/// Reconnects and reauthenticates if necessary.
/// </summary>
/// <param name="isCreatedNew">Whether the client has been newly created.</param>
private async Task EnsureCapabilitiesAsync(IImapClient client, bool isCreatedNew)
{
try
if (supportedAuthMethods == null || supportedAuthMethods.Count == 0)
{
bool isReconnected = await EnsureConnectedAsync(client);
bool mustDoPostAuthIdentification = false;
if ((isCreatedNew || isReconnected) && client.IsConnected)
{
if (client.Capabilities.HasFlag(ImapCapabilities.Compress))
await client.CompressAsync();
// Identify if the server supports ID extension.
// Some servers require it pre-authentication, some post-authentication.
// We'll observe the response here and do it after authentication if needed.
if (client.Capabilities.HasFlag(ImapCapabilities.Id))
{
try
{
await client.IdentifyAsync(_implementation);
}
catch (ImapCommandException commandException) when (commandException.Response == ImapCommandResponse.No || commandException.Response == ImapCommandResponse.Bad)
{
mustDoPostAuthIdentification = true;
}
catch (Exception)
{
throw;
}
}
}
await EnsureAuthenticatedAsync(client);
if ((isCreatedNew || isReconnected) && client.IsAuthenticated)
{
if (mustDoPostAuthIdentification) await client.IdentifyAsync(_implementation);
// Activate post-auth capabilities.
if (client.Capabilities.HasFlag(ImapCapabilities.QuickResync))
{
await client.EnableQuickResyncAsync().ConfigureAwait(false);
if (client is WinoImapClient winoImapClient) winoImapClient.IsQResyncEnabled = true;
}
}
}
catch (Exception ex)
{
if (ex.InnerException is ImapTestSSLCertificateException imapTestSSLCertificateException)
throw imapTestSSLCertificateException;
throw new ImapClientPoolException(ex, GetProtocolLogContent());
}
finally
{
// Release it even if it fails.
_semaphore.Release();
}
}
public string GetProtocolLogContent()
{
if (_protocolLogStream == null) return default;
// Set the position to the beginning of the stream in case it is not already at the start
if (_protocolLogStream.CanSeek)
_protocolLogStream.Seek(0, SeekOrigin.Begin);
using var reader = new StreamReader(_protocolLogStream, Encoding.UTF8, true, 1024, leaveOpen: true);
return reader.ReadToEnd();
}
public async Task<IImapClient> GetClientAsync()
{
await _semaphore.WaitAsync();
if (_clients.TryPop(out IImapClient item))
{
await EnsureCapabilitiesAsync(item, false);
return item;
}
var client = CreateNewClient();
await EnsureCapabilitiesAsync(client, true);
return client;
}
public void Release(IImapClient item, bool destroyClient = false)
{
if (item != null)
{
if (destroyClient)
{
if (item.IsConnected)
{
lock (item.SyncRoot)
{
item.Disconnect(quit: true);
}
}
_clients.TryPop(out _);
item.Dispose();
}
else if (!_disposedValue)
{
_clients.Push(item);
}
_semaphore.Release();
}
}
private IImapClient CreateNewClient()
{
WinoImapClient client = null;
// Make sure to create a ImapClient with a protocol logger if enabled.
client = _protocolLogStream != null
? new WinoImapClient(new ProtocolLogger(_protocolLogStream))
: new WinoImapClient();
HttpProxyClient proxyClient = null;
// Add proxy client if exists.
if (!string.IsNullOrEmpty(_customServerInformation.ProxyServer))
{
proxyClient = new HttpProxyClient(_customServerInformation.ProxyServer, int.Parse(_customServerInformation.ProxyServerPort));
}
client.ProxyClient = proxyClient;
_logger.Debug("Creating new ImapClient. Current clients: {Count}", _clients.Count);
return client;
}
private SecureSocketOptions GetSocketOptions(ImapConnectionSecurity connectionSecurity)
=> connectionSecurity switch
{
ImapConnectionSecurity.Auto => SecureSocketOptions.Auto,
ImapConnectionSecurity.None => SecureSocketOptions.None,
ImapConnectionSecurity.StartTls => SecureSocketOptions.StartTlsWhenAvailable,
ImapConnectionSecurity.SslTls => SecureSocketOptions.SslOnConnect,
_ => SecureSocketOptions.None
};
/// <returns>True if the connection is newly established.</returns>
public async Task<bool> EnsureConnectedAsync(IImapClient client)
{
if (client.IsConnected) return false;
client.ServerCertificateValidationCallback = MyServerCertificateValidationCallback;
await client.ConnectAsync(_customServerInformation.IncomingServer,
int.Parse(_customServerInformation.IncomingServerPort),
GetSocketOptions(_customServerInformation.IncomingServerSocketOption));
// Print out useful information for testing.
if (client.IsConnected && ImapClientPoolOptions.IsTestPool)
{
// Print supported authentication methods for the client.
var supportedAuthMethods = client.AuthenticationMechanisms;
if (supportedAuthMethods == null || supportedAuthMethods.Count == 0)
{
WriteToProtocolLog("There are no supported authentication mechanisms...");
}
else
{
WriteToProtocolLog($"Supported authentication mechanisms: {string.Join(", ", supportedAuthMethods)}");
}
}
return true;
}
private void WriteToProtocolLog(string message)
{
if (_protocolLogStream == null) return;
try
{
var messageBytes = Encoding.UTF8.GetBytes($"W: {message}\n");
_protocolLogStream.Write(messageBytes, 0, messageBytes.Length);
}
catch (ObjectDisposedException)
{
Log.Warning($"Protocol log stream is disposed. Cannot write to it.");
}
catch (Exception)
{
throw;
}
}
bool MyServerCertificateValidationCallback(object sender, X509Certificate certificate, X509Chain chain, SslPolicyErrors sslPolicyErrors)
{
// If there are no errors, then everything went smoothly.
if (sslPolicyErrors == SslPolicyErrors.None) return true;
// Imap connectivity test will throw to alert the user here.
if (ThrowOnSSLHandshakeCallback)
{
throw new ImapTestSSLCertificateException(certificate.Issuer, certificate.GetExpirationDateString(), certificate.GetEffectiveDateString());
}
return true;
}
public async Task EnsureAuthenticatedAsync(IImapClient client)
{
if (client.IsAuthenticated) return;
var cred = new NetworkCredential(_customServerInformation.IncomingServerUsername, _customServerInformation.IncomingServerPassword);
var prefferedAuthenticationMethod = _customServerInformation.IncomingAuthenticationMethod;
if (prefferedAuthenticationMethod != ImapAuthenticationMethod.Auto)
{
// Anything beside Auto must be explicitly set for the client.
client.AuthenticationMechanisms.Clear();
var saslMechanism = GetSASLAuthenticationMethodName(prefferedAuthenticationMethod);
client.AuthenticationMechanisms.Add(saslMechanism);
var mechanism = SaslMechanism.Create(saslMechanism, cred);
await client.AuthenticateAsync(SaslMechanism.Create(saslMechanism, cred));
WriteToProtocolLog("There are no supported authentication mechanisms...");
}
else
{
await client.AuthenticateAsync(cred);
WriteToProtocolLog($"Supported authentication mechanisms: {string.Join(", ", supportedAuthMethods)}");
}
}
private string GetSASLAuthenticationMethodName(ImapAuthenticationMethod method)
return true;
}
private void WriteToProtocolLog(string message)
{
if (_protocolLogStream == null) return;
try
{
return method switch
{
ImapAuthenticationMethod.NormalPassword => "PLAIN",
ImapAuthenticationMethod.EncryptedPassword => "LOGIN",
ImapAuthenticationMethod.Ntlm => "NTLM",
ImapAuthenticationMethod.CramMd5 => "CRAM-MD5",
ImapAuthenticationMethod.DigestMd5 => "DIGEST-MD5",
_ => "PLAIN"
};
var messageBytes = Encoding.UTF8.GetBytes($"W: {message}\n");
_protocolLogStream.Write(messageBytes, 0, messageBytes.Length);
}
protected virtual void Dispose(bool disposing)
catch (ObjectDisposedException)
{
if (!_disposedValue)
{
if (disposing)
{
_clients.ForEach(client =>
{
lock (client.SyncRoot)
{
client.Disconnect(true);
}
});
_clients.ForEach(client =>
{
client.Dispose();
});
_clients.Clear();
_protocolLogStream?.Dispose();
}
_disposedValue = true;
}
Log.Warning($"Protocol log stream is disposed. Cannot write to it.");
}
public void Dispose()
catch (Exception)
{
Dispose(disposing: true);
GC.SuppressFinalize(this);
throw;
}
}
bool MyServerCertificateValidationCallback(object sender, X509Certificate certificate, X509Chain chain, SslPolicyErrors sslPolicyErrors)
{
// If there are no errors, then everything went smoothly.
if (sslPolicyErrors == SslPolicyErrors.None) return true;
// Imap connectivity test will throw to alert the user here.
if (ThrowOnSSLHandshakeCallback)
{
throw new ImapTestSSLCertificateException(certificate.Issuer, certificate.GetExpirationDateString(), certificate.GetEffectiveDateString());
}
return true;
}
public async Task EnsureAuthenticatedAsync(IImapClient client)
{
if (client.IsAuthenticated) return;
var cred = new NetworkCredential(_customServerInformation.IncomingServerUsername, _customServerInformation.IncomingServerPassword);
var prefferedAuthenticationMethod = _customServerInformation.IncomingAuthenticationMethod;
if (prefferedAuthenticationMethod != ImapAuthenticationMethod.Auto)
{
// Anything beside Auto must be explicitly set for the client.
client.AuthenticationMechanisms.Clear();
var saslMechanism = GetSASLAuthenticationMethodName(prefferedAuthenticationMethod);
client.AuthenticationMechanisms.Add(saslMechanism);
var mechanism = SaslMechanism.Create(saslMechanism, cred);
await client.AuthenticateAsync(SaslMechanism.Create(saslMechanism, cred));
}
else
{
await client.AuthenticateAsync(cred);
}
}
private string GetSASLAuthenticationMethodName(ImapAuthenticationMethod method)
{
return method switch
{
ImapAuthenticationMethod.NormalPassword => "PLAIN",
ImapAuthenticationMethod.EncryptedPassword => "LOGIN",
ImapAuthenticationMethod.Ntlm => "NTLM",
ImapAuthenticationMethod.CramMd5 => "CRAM-MD5",
ImapAuthenticationMethod.DigestMd5 => "DIGEST-MD5",
_ => "PLAIN"
};
}
protected virtual void Dispose(bool disposing)
{
if (!_disposedValue)
{
if (disposing)
{
_clients.ForEach(client =>
{
lock (client.SyncRoot)
{
client.Disconnect(true);
}
});
_clients.ForEach(client =>
{
client.Dispose();
});
_clients.Clear();
_protocolLogStream?.Dispose();
}
_disposedValue = true;
}
}
public void Dispose()
{
Dispose(disposing: true);
GC.SuppressFinalize(this);
}
}

81
Wino.Core/Integration/Json/ServerRequestTypeInfoResolver.cs
View File

@@ -6,56 +6,55 @@ using Wino.Core.Domain.Models.MailItem;
using Wino.Core.Requests.Folder;
using Wino.Core.Requests.Mail;
namespace Wino.Core.Integration.Json
namespace Wino.Core.Integration.Json;
public class ServerRequestTypeInfoResolver : DefaultJsonTypeInfoResolver
{
public class ServerRequestTypeInfoResolver : DefaultJsonTypeInfoResolver
public ServerRequestTypeInfoResolver()
{
public ServerRequestTypeInfoResolver()
Modifiers.Add(new System.Action<JsonTypeInfo>(t =>
{
Modifiers.Add(new System.Action<JsonTypeInfo>(t =>
if (t.Type == typeof(IRequestBase))
{
if (t.Type == typeof(IRequestBase))
t.PolymorphismOptions = new()
{
t.PolymorphismOptions = new()
DerivedTypes =
{
DerivedTypes =
{
new JsonDerivedType(typeof(AlwaysMoveToRequest), nameof(AlwaysMoveToRequest)),
new JsonDerivedType(typeof(ArchiveRequest), nameof(ArchiveRequest)),
new JsonDerivedType(typeof(ChangeFlagRequest), nameof(ChangeFlagRequest)),
new JsonDerivedType(typeof(CreateDraftRequest), nameof(CreateDraftRequest)),
new JsonDerivedType(typeof(DeleteRequest), nameof(DeleteRequest)),
new JsonDerivedType(typeof(EmptyFolderRequest), nameof(EmptyFolderRequest)),
new JsonDerivedType(typeof(MarkFolderAsReadRequest), nameof(MarkFolderAsReadRequest)),
new JsonDerivedType(typeof(MarkReadRequest), nameof(MarkReadRequest)),
new JsonDerivedType(typeof(MoveRequest), nameof(MoveRequest)),
new JsonDerivedType(typeof(MoveToFocusedRequest), nameof(MoveToFocusedRequest)),
new JsonDerivedType(typeof(RenameFolderRequest), nameof(RenameFolderRequest)),
new JsonDerivedType(typeof(SendDraftRequest), nameof(SendDraftRequest)),
}
};
}
else if (t.Type == typeof(IMailItem))
new JsonDerivedType(typeof(AlwaysMoveToRequest), nameof(AlwaysMoveToRequest)),
new JsonDerivedType(typeof(ArchiveRequest), nameof(ArchiveRequest)),
new JsonDerivedType(typeof(ChangeFlagRequest), nameof(ChangeFlagRequest)),
new JsonDerivedType(typeof(CreateDraftRequest), nameof(CreateDraftRequest)),
new JsonDerivedType(typeof(DeleteRequest), nameof(DeleteRequest)),
new JsonDerivedType(typeof(EmptyFolderRequest), nameof(EmptyFolderRequest)),
new JsonDerivedType(typeof(MarkFolderAsReadRequest), nameof(MarkFolderAsReadRequest)),
new JsonDerivedType(typeof(MarkReadRequest), nameof(MarkReadRequest)),
new JsonDerivedType(typeof(MoveRequest), nameof(MoveRequest)),
new JsonDerivedType(typeof(MoveToFocusedRequest), nameof(MoveToFocusedRequest)),
new JsonDerivedType(typeof(RenameFolderRequest), nameof(RenameFolderRequest)),
new JsonDerivedType(typeof(SendDraftRequest), nameof(SendDraftRequest)),
}
};
}
else if (t.Type == typeof(IMailItem))
{
t.PolymorphismOptions = new JsonPolymorphismOptions()
{
t.PolymorphismOptions = new JsonPolymorphismOptions()
DerivedTypes =
{
DerivedTypes =
{
new JsonDerivedType(typeof(MailCopy), nameof(MailCopy)),
}
};
}
else if (t.Type == typeof(IMailFolder))
new JsonDerivedType(typeof(MailCopy), nameof(MailCopy)),
}
};
}
else if (t.Type == typeof(IMailFolder))
{
t.PolymorphismOptions = new JsonPolymorphismOptions()
{
t.PolymorphismOptions = new JsonPolymorphismOptions()
DerivedTypes =
{
DerivedTypes =
{
new JsonDerivedType(typeof(MailItemFolder), nameof(MailItemFolder)),
}
};
}
}));
}
new JsonDerivedType(typeof(MailItemFolder), nameof(MailItemFolder)),
}
};
}
}));
}
}

373
Wino.Core/Integration/Processors/DefaultChangeProcessor.cs
View File

@@ -11,202 +11,201 @@ using Wino.Core.Domain.Models.MailItem;
using Wino.Core.Domain.Models.Synchronization;
using Wino.Services;
namespace Wino.Core.Integration.Processors
namespace Wino.Core.Integration.Processors;
/// <summary>
/// Database change processor that handles common operations for all synchronizers.
/// When a synchronizer detects a change, it should call the appropriate method in this class to reflect the change in the database.
/// Different synchronizers might need additional implementations.
/// <see cref="IGmailChangeProcessor"/>, <see cref="IOutlookChangeProcessor"/> and <see cref="IImapChangeProcessor"/>
/// None of the synchronizers can directly change anything in the database.
/// </summary>
public interface IDefaultChangeProcessor
{
Task UpdateAccountAsync(MailAccount account);
Task<string> UpdateAccountDeltaSynchronizationIdentifierAsync(Guid accountId, string deltaSynchronizationIdentifier);
Task DeleteAssignmentAsync(Guid accountId, string mailCopyId, string remoteFolderId);
Task ChangeMailReadStatusAsync(string mailCopyId, bool isRead);
Task ChangeFlagStatusAsync(string mailCopyId, bool isFlagged);
Task<bool> CreateMailAsync(Guid AccountId, NewMailItemPackage package);
Task DeleteMailAsync(Guid accountId, string mailId);
Task<List<MailCopy>> GetDownloadedUnreadMailsAsync(Guid accountId, IEnumerable<string> downloadedMailCopyIds);
Task SaveMimeFileAsync(Guid fileId, MimeMessage mimeMessage, Guid accountId);
Task DeleteFolderAsync(Guid accountId, string remoteFolderId);
Task InsertFolderAsync(MailItemFolder folder);
Task UpdateFolderAsync(MailItemFolder folder);
Task<List<MailItemFolder>> GetLocalFoldersAsync(Guid accountId);
Task<List<MailItemFolder>> GetSynchronizationFoldersAsync(MailSynchronizationOptions options);
Task<bool> MapLocalDraftAsync(Guid accountId, Guid localDraftCopyUniqueId, string newMailCopyId, string newDraftId, string newThreadId);
Task UpdateFolderLastSyncDateAsync(Guid folderId);
Task<List<MailItemFolder>> GetExistingFoldersAsync(Guid accountId);
Task UpdateRemoteAliasInformationAsync(MailAccount account, List<RemoteAccountAlias> remoteAccountAliases);
// Calendar
Task<List<AccountCalendar>> GetAccountCalendarsAsync(Guid accountId);
Task DeleteCalendarItemAsync(Guid calendarItemId);
Task DeleteAccountCalendarAsync(AccountCalendar accountCalendar);
Task InsertAccountCalendarAsync(AccountCalendar accountCalendar);
Task UpdateAccountCalendarAsync(AccountCalendar accountCalendar);
Task UpdateCalendarDeltaSynchronizationToken(Guid calendarId, string deltaToken);
}
public interface IGmailChangeProcessor : IDefaultChangeProcessor
{
Task MapLocalDraftAsync(string mailCopyId, string newDraftId, string newThreadId);
Task CreateAssignmentAsync(Guid accountId, string mailCopyId, string remoteFolderId);
Task ManageCalendarEventAsync(Event calendarEvent, AccountCalendar assignedCalendar, MailAccount organizerAccount);
}
public interface IOutlookChangeProcessor : IDefaultChangeProcessor
{
/// <summary>
/// Database change processor that handles common operations for all synchronizers.
/// When a synchronizer detects a change, it should call the appropriate method in this class to reflect the change in the database.
/// Different synchronizers might need additional implementations.
/// <see cref="IGmailChangeProcessor"/>, <see cref="IOutlookChangeProcessor"/> and <see cref="IImapChangeProcessor"/>
/// None of the synchronizers can directly change anything in the database.
/// Interrupted initial synchronization may cause downloaded mails to be saved in the database twice.
/// Since downloading mime is costly in Outlook, we need to check if the actual copy of the message has been saved before.
/// </summary>
public interface IDefaultChangeProcessor
{
Task UpdateAccountAsync(MailAccount account);
Task<string> UpdateAccountDeltaSynchronizationIdentifierAsync(Guid accountId, string deltaSynchronizationIdentifier);
Task DeleteAssignmentAsync(Guid accountId, string mailCopyId, string remoteFolderId);
Task ChangeMailReadStatusAsync(string mailCopyId, bool isRead);
Task ChangeFlagStatusAsync(string mailCopyId, bool isFlagged);
Task<bool> CreateMailAsync(Guid AccountId, NewMailItemPackage package);
Task DeleteMailAsync(Guid accountId, string mailId);
Task<List<MailCopy>> GetDownloadedUnreadMailsAsync(Guid accountId, IEnumerable<string> downloadedMailCopyIds);
Task SaveMimeFileAsync(Guid fileId, MimeMessage mimeMessage, Guid accountId);
Task DeleteFolderAsync(Guid accountId, string remoteFolderId);
Task InsertFolderAsync(MailItemFolder folder);
Task UpdateFolderAsync(MailItemFolder folder);
Task<List<MailItemFolder>> GetLocalFoldersAsync(Guid accountId);
Task<List<MailItemFolder>> GetSynchronizationFoldersAsync(MailSynchronizationOptions options);
Task<bool> MapLocalDraftAsync(Guid accountId, Guid localDraftCopyUniqueId, string newMailCopyId, string newDraftId, string newThreadId);
Task UpdateFolderLastSyncDateAsync(Guid folderId);
Task<List<MailItemFolder>> GetExistingFoldersAsync(Guid accountId);
Task UpdateRemoteAliasInformationAsync(MailAccount account, List<RemoteAccountAlias> remoteAccountAliases);
/// <param name="messageId">MailCopyId of the message.</param>
/// <returns>Whether the mime has b</returns>
Task<bool> IsMailExistsAsync(string messageId);
// Calendar
Task<List<AccountCalendar>> GetAccountCalendarsAsync(Guid accountId);
/// <summary>
/// Checks whether the mail exists in the folder.
/// When deciding Create or Update existing mail, we need to check if the mail exists in the folder.
/// </summary>
/// <param name="messageId">Message id</param>
/// <param name="folderId">Folder's local id.</param>
/// <returns>Whether mail exists in the folder or not.</returns>
Task<bool> IsMailExistsInFolderAsync(string messageId, Guid folderId);
Task DeleteCalendarItemAsync(Guid calendarItemId);
/// <summary>
/// Updates Folder's delta synchronization identifier.
/// Only used in Outlook since it does per-folder sync.
/// </summary>
/// <param name="folderId">Folder id</param>
/// <param name="synchronizationIdentifier">New synchronization identifier.</param>
/// <returns>New identifier if success.</returns>
Task UpdateFolderDeltaSynchronizationIdentifierAsync(Guid folderId, string deltaSynchronizationIdentifier);
Task DeleteAccountCalendarAsync(AccountCalendar accountCalendar);
Task InsertAccountCalendarAsync(AccountCalendar accountCalendar);
Task UpdateAccountCalendarAsync(AccountCalendar accountCalendar);
/// <summary>
/// Outlook may expire folder's delta token after a while.
/// Recommended action for this scenario is to reset token and do full sync.
/// This method resets the token for the given folder.
/// </summary>
/// <param name="folderId">Local folder id to reset token for.</param>
/// <returns>Empty string to assign folder delta sync for.</returns>
Task<string> ResetFolderDeltaTokenAsync(Guid folderId);
Task UpdateCalendarDeltaSynchronizationToken(Guid calendarId, string deltaToken);
}
public interface IGmailChangeProcessor : IDefaultChangeProcessor
{
Task MapLocalDraftAsync(string mailCopyId, string newDraftId, string newThreadId);
Task CreateAssignmentAsync(Guid accountId, string mailCopyId, string remoteFolderId);
Task ManageCalendarEventAsync(Event calendarEvent, AccountCalendar assignedCalendar, MailAccount organizerAccount);
}
public interface IOutlookChangeProcessor : IDefaultChangeProcessor
{
/// <summary>
/// Interrupted initial synchronization may cause downloaded mails to be saved in the database twice.
/// Since downloading mime is costly in Outlook, we need to check if the actual copy of the message has been saved before.
/// </summary>
/// <param name="messageId">MailCopyId of the message.</param>
/// <returns>Whether the mime has b</returns>
Task<bool> IsMailExistsAsync(string messageId);
/// <summary>
/// Checks whether the mail exists in the folder.
/// When deciding Create or Update existing mail, we need to check if the mail exists in the folder.
/// </summary>
/// <param name="messageId">Message id</param>
/// <param name="folderId">Folder's local id.</param>
/// <returns>Whether mail exists in the folder or not.</returns>
Task<bool> IsMailExistsInFolderAsync(string messageId, Guid folderId);
/// <summary>
/// Updates Folder's delta synchronization identifier.
/// Only used in Outlook since it does per-folder sync.
/// </summary>
/// <param name="folderId">Folder id</param>
/// <param name="synchronizationIdentifier">New synchronization identifier.</param>
/// <returns>New identifier if success.</returns>
Task UpdateFolderDeltaSynchronizationIdentifierAsync(Guid folderId, string deltaSynchronizationIdentifier);
/// <summary>
/// Outlook may expire folder's delta token after a while.
/// Recommended action for this scenario is to reset token and do full sync.
/// This method resets the token for the given folder.
/// </summary>
/// <param name="folderId">Local folder id to reset token for.</param>
/// <returns>Empty string to assign folder delta sync for.</returns>
Task<string> ResetFolderDeltaTokenAsync(Guid folderId);
/// <summary>
/// Outlook may expire account's delta token after a while.
/// This will result returning 410 GONE response from the API for synchronizing folders.
/// This method resets the token for the given account for re-syncing folders.
/// </summary>
/// <param name="accountId">Account identifier to reset delta token for.</param>
/// <returns>Empty string to assign account delta sync for.</returns>
Task<string> ResetAccountDeltaTokenAsync(Guid accountId);
/// <summary>
/// Outlook may expire account's delta token after a while.
/// This will result returning 410 GONE response from the API for synchronizing folders.
/// This method resets the token for the given account for re-syncing folders.
/// </summary>
/// <param name="accountId">Account identifier to reset delta token for.</param>
/// <returns>Empty string to assign account delta sync for.</returns>
Task<string> ResetAccountDeltaTokenAsync(Guid accountId);
Task ManageCalendarEventAsync(Microsoft.Graph.Models.Event calendarEvent, AccountCalendar assignedCalendar, MailAccount organizerAccount);
Task ManageCalendarEventAsync(Microsoft.Graph.Models.Event calendarEvent, AccountCalendar assignedCalendar, MailAccount organizerAccount);
}
public interface IImapChangeProcessor : IDefaultChangeProcessor
{
/// <summary>
/// Returns all known uids for the given folder.
/// </summary>
/// <param name="folderId">Folder id to retrieve uIds for.</param>
Task<IList<uint>> GetKnownUidsForFolderAsync(Guid folderId);
}
public class DefaultChangeProcessor(IDatabaseService databaseService,
IFolderService folderService,
IMailService mailService,
ICalendarService calendarService,
IAccountService accountService,
IMimeFileService mimeFileService) : BaseDatabaseService(databaseService), IDefaultChangeProcessor
{
protected IMailService MailService = mailService;
protected ICalendarService CalendarService = calendarService;
protected IFolderService FolderService = folderService;
protected IAccountService AccountService = accountService;
private readonly IMimeFileService _mimeFileService = mimeFileService;
public Task<string> UpdateAccountDeltaSynchronizationIdentifierAsync(Guid accountId, string synchronizationDeltaIdentifier)
=> AccountService.UpdateSynchronizationIdentifierAsync(accountId, synchronizationDeltaIdentifier);
public Task ChangeFlagStatusAsync(string mailCopyId, bool isFlagged)
=> MailService.ChangeFlagStatusAsync(mailCopyId, isFlagged);
public Task ChangeMailReadStatusAsync(string mailCopyId, bool isRead)
=> MailService.ChangeReadStatusAsync(mailCopyId, isRead);
public Task DeleteAssignmentAsync(Guid accountId, string mailCopyId, string remoteFolderId)
=> MailService.DeleteAssignmentAsync(accountId, mailCopyId, remoteFolderId);
public Task DeleteMailAsync(Guid accountId, string mailId)
=> MailService.DeleteMailAsync(accountId, mailId);
public Task<bool> CreateMailAsync(Guid accountId, NewMailItemPackage package)
=> MailService.CreateMailAsync(accountId, package);
public Task<List<MailItemFolder>> GetExistingFoldersAsync(Guid accountId)
=> FolderService.GetFoldersAsync(accountId);
public Task<bool> MapLocalDraftAsync(Guid accountId, Guid localDraftCopyUniqueId, string newMailCopyId, string newDraftId, string newThreadId)
=> MailService.MapLocalDraftAsync(accountId, localDraftCopyUniqueId, newMailCopyId, newDraftId, newThreadId);
public Task<List<MailItemFolder>> GetLocalFoldersAsync(Guid accountId)
=> FolderService.GetFoldersAsync(accountId);
public Task<List<MailItemFolder>> GetSynchronizationFoldersAsync(MailSynchronizationOptions options)
=> FolderService.GetSynchronizationFoldersAsync(options);
public Task DeleteFolderAsync(Guid accountId, string remoteFolderId)
=> FolderService.DeleteFolderAsync(accountId, remoteFolderId);
public Task InsertFolderAsync(MailItemFolder folder)
=> FolderService.InsertFolderAsync(folder);
public Task UpdateFolderAsync(MailItemFolder folder)
=> FolderService.UpdateFolderAsync(folder);
public Task<List<MailCopy>> GetDownloadedUnreadMailsAsync(Guid accountId, IEnumerable<string> downloadedMailCopyIds)
=> MailService.GetDownloadedUnreadMailsAsync(accountId, downloadedMailCopyIds);
public Task SaveMimeFileAsync(Guid fileId, MimeMessage mimeMessage, Guid accountId)
=> _mimeFileService.SaveMimeMessageAsync(fileId, mimeMessage, accountId);
public Task UpdateFolderLastSyncDateAsync(Guid folderId)
=> FolderService.UpdateFolderLastSyncDateAsync(folderId);
public Task UpdateAccountAsync(MailAccount account)
=> AccountService.UpdateAccountAsync(account);
public Task UpdateRemoteAliasInformationAsync(MailAccount account, List<RemoteAccountAlias> remoteAccountAliases)
=> AccountService.UpdateRemoteAliasInformationAsync(account, remoteAccountAliases);
public Task<List<AccountCalendar>> GetAccountCalendarsAsync(Guid accountId)
=> CalendarService.GetAccountCalendarsAsync(accountId);
public Task DeleteCalendarItemAsync(Guid calendarItemId)
=> CalendarService.DeleteCalendarItemAsync(calendarItemId);
public Task DeleteAccountCalendarAsync(AccountCalendar accountCalendar)
=> CalendarService.DeleteAccountCalendarAsync(accountCalendar);
public Task InsertAccountCalendarAsync(AccountCalendar accountCalendar)
=> CalendarService.InsertAccountCalendarAsync(accountCalendar);
public Task UpdateAccountCalendarAsync(AccountCalendar accountCalendar)
=> CalendarService.UpdateAccountCalendarAsync(accountCalendar);
public Task UpdateCalendarDeltaSynchronizationToken(Guid calendarId, string deltaToken)
=> CalendarService.UpdateCalendarDeltaSynchronizationToken(calendarId, deltaToken);
}
}
public interface IImapChangeProcessor : IDefaultChangeProcessor
{
/// <summary>
/// Returns all known uids for the given folder.
/// </summary>
/// <param name="folderId">Folder id to retrieve uIds for.</param>
Task<IList<uint>> GetKnownUidsForFolderAsync(Guid folderId);
}
public class DefaultChangeProcessor(IDatabaseService databaseService,
IFolderService folderService,
IMailService mailService,
ICalendarService calendarService,
IAccountService accountService,
IMimeFileService mimeFileService) : BaseDatabaseService(databaseService), IDefaultChangeProcessor
{
protected IMailService MailService = mailService;
protected ICalendarService CalendarService = calendarService;
protected IFolderService FolderService = folderService;
protected IAccountService AccountService = accountService;
private readonly IMimeFileService _mimeFileService = mimeFileService;
public Task<string> UpdateAccountDeltaSynchronizationIdentifierAsync(Guid accountId, string synchronizationDeltaIdentifier)
=> AccountService.UpdateSynchronizationIdentifierAsync(accountId, synchronizationDeltaIdentifier);
public Task ChangeFlagStatusAsync(string mailCopyId, bool isFlagged)
=> MailService.ChangeFlagStatusAsync(mailCopyId, isFlagged);
public Task ChangeMailReadStatusAsync(string mailCopyId, bool isRead)
=> MailService.ChangeReadStatusAsync(mailCopyId, isRead);
public Task DeleteAssignmentAsync(Guid accountId, string mailCopyId, string remoteFolderId)
=> MailService.DeleteAssignmentAsync(accountId, mailCopyId, remoteFolderId);
public Task DeleteMailAsync(Guid accountId, string mailId)
=> MailService.DeleteMailAsync(accountId, mailId);
public Task<bool> CreateMailAsync(Guid accountId, NewMailItemPackage package)
=> MailService.CreateMailAsync(accountId, package);
public Task<List<MailItemFolder>> GetExistingFoldersAsync(Guid accountId)
=> FolderService.GetFoldersAsync(accountId);
public Task<bool> MapLocalDraftAsync(Guid accountId, Guid localDraftCopyUniqueId, string newMailCopyId, string newDraftId, string newThreadId)
=> MailService.MapLocalDraftAsync(accountId, localDraftCopyUniqueId, newMailCopyId, newDraftId, newThreadId);
public Task<List<MailItemFolder>> GetLocalFoldersAsync(Guid accountId)
=> FolderService.GetFoldersAsync(accountId);
public Task<List<MailItemFolder>> GetSynchronizationFoldersAsync(MailSynchronizationOptions options)
=> FolderService.GetSynchronizationFoldersAsync(options);
public Task DeleteFolderAsync(Guid accountId, string remoteFolderId)
=> FolderService.DeleteFolderAsync(accountId, remoteFolderId);
public Task InsertFolderAsync(MailItemFolder folder)
=> FolderService.InsertFolderAsync(folder);
public Task UpdateFolderAsync(MailItemFolder folder)
=> FolderService.UpdateFolderAsync(folder);
public Task<List<MailCopy>> GetDownloadedUnreadMailsAsync(Guid accountId, IEnumerable<string> downloadedMailCopyIds)
=> MailService.GetDownloadedUnreadMailsAsync(accountId, downloadedMailCopyIds);
public Task SaveMimeFileAsync(Guid fileId, MimeMessage mimeMessage, Guid accountId)
=> _mimeFileService.SaveMimeMessageAsync(fileId, mimeMessage, accountId);
public Task UpdateFolderLastSyncDateAsync(Guid folderId)
=> FolderService.UpdateFolderLastSyncDateAsync(folderId);
public Task UpdateAccountAsync(MailAccount account)
=> AccountService.UpdateAccountAsync(account);
public Task UpdateRemoteAliasInformationAsync(MailAccount account, List<RemoteAccountAlias> remoteAccountAliases)
=> AccountService.UpdateRemoteAliasInformationAsync(account, remoteAccountAliases);
public Task<List<AccountCalendar>> GetAccountCalendarsAsync(Guid accountId)
=> CalendarService.GetAccountCalendarsAsync(accountId);
public Task DeleteCalendarItemAsync(Guid calendarItemId)
=> CalendarService.DeleteCalendarItemAsync(calendarItemId);
public Task DeleteAccountCalendarAsync(AccountCalendar accountCalendar)
=> CalendarService.DeleteAccountCalendarAsync(accountCalendar);
public Task InsertAccountCalendarAsync(AccountCalendar accountCalendar)
=> CalendarService.InsertAccountCalendarAsync(accountCalendar);
public Task UpdateAccountCalendarAsync(AccountCalendar accountCalendar)
=> CalendarService.UpdateAccountCalendarAsync(accountCalendar);
public Task UpdateCalendarDeltaSynchronizationToken(Guid calendarId, string deltaToken)
=> CalendarService.UpdateCalendarDeltaSynchronizationToken(calendarId, deltaToken);
}

583
Wino.Core/Integration/Processors/GmailChangeProcessor.cs
View File

@@ -13,300 +13,299 @@ using Wino.Services;
using CalendarEventAttendee = Wino.Core.Domain.Entities.Calendar.CalendarEventAttendee;
using CalendarItem = Wino.Core.Domain.Entities.Calendar.CalendarItem;
namespace Wino.Core.Integration.Processors
namespace Wino.Core.Integration.Processors;
public class GmailChangeProcessor : DefaultChangeProcessor, IGmailChangeProcessor
{
public class GmailChangeProcessor : DefaultChangeProcessor, IGmailChangeProcessor
public GmailChangeProcessor(IDatabaseService databaseService,
IFolderService folderService,
IMailService mailService,
ICalendarService calendarService,
IAccountService accountService,
IMimeFileService mimeFileService) : base(databaseService, folderService, mailService, calendarService, accountService, mimeFileService)
{
public GmailChangeProcessor(IDatabaseService databaseService,
IFolderService folderService,
IMailService mailService,
ICalendarService calendarService,
IAccountService accountService,
IMimeFileService mimeFileService) : base(databaseService, folderService, mailService, calendarService, accountService, mimeFileService)
{
}
public Task MapLocalDraftAsync(string mailCopyId, string newDraftId, string newThreadId)
=> MailService.MapLocalDraftAsync(mailCopyId, newDraftId, newThreadId);
public Task CreateAssignmentAsync(Guid accountId, string mailCopyId, string remoteFolderId)
=> MailService.CreateAssignmentAsync(accountId, mailCopyId, remoteFolderId);
public async Task ManageCalendarEventAsync(Event calendarEvent, AccountCalendar assignedCalendar, MailAccount organizerAccount)
{
var status = calendarEvent.Status;
var recurringEventId = calendarEvent.RecurringEventId;
// 1. Canceled exceptions of recurred events are only guaranteed to have recurringEventId, Id and start time.
// 2. Updated exceptions of recurred events have different Id, but recurringEventId is the same as parent.
// Check if we have this event before.
var existingCalendarItem = await CalendarService.GetCalendarItemAsync(assignedCalendar.Id, calendarEvent.Id);
if (existingCalendarItem == null)
{
CalendarItem parentRecurringEvent = null;
// Manage the recurring event id.
if (!string.IsNullOrEmpty(recurringEventId))
{
parentRecurringEvent = await CalendarService.GetCalendarItemAsync(assignedCalendar.Id, recurringEventId).ConfigureAwait(false);
if (parentRecurringEvent == null)
{
Log.Information($"Parent recurring event is missing for event. Skipping creation of {calendarEvent.Id}");
return;
}
}
// We don't have this event yet. Create a new one.
var eventStartDateTimeOffset = GoogleIntegratorExtensions.GetEventDateTimeOffset(calendarEvent.Start);
var eventEndDateTimeOffset = GoogleIntegratorExtensions.GetEventDateTimeOffset(calendarEvent.End);
double totalDurationInSeconds = 0;
if (eventStartDateTimeOffset != null && eventEndDateTimeOffset != null)
{
totalDurationInSeconds = (eventEndDateTimeOffset.Value - eventStartDateTimeOffset.Value).TotalSeconds;
}
CalendarItem calendarItem = null;
if (parentRecurringEvent != null)
{
// Exceptions of parent events might not have all the fields populated.
// We must use the parent event's data for fields that don't exists.
// Update duration if it's not populated.
if (totalDurationInSeconds == 0)
{
totalDurationInSeconds = parentRecurringEvent.DurationInSeconds;
}
var organizerMail = GetOrganizerEmail(calendarEvent, organizerAccount);
var organizerName = GetOrganizerName(calendarEvent, organizerAccount);
calendarItem = new CalendarItem()
{
CalendarId = assignedCalendar.Id,
CreatedAt = DateTimeOffset.UtcNow,
Description = calendarEvent.Description ?? parentRecurringEvent.Description,
Id = Guid.NewGuid(),
StartDate = eventStartDateTimeOffset.Value.DateTime,
StartDateOffset = eventStartDateTimeOffset.Value.Offset,
EndDateOffset = eventEndDateTimeOffset?.Offset ?? parentRecurringEvent.EndDateOffset,
DurationInSeconds = totalDurationInSeconds,
Location = string.IsNullOrEmpty(calendarEvent.Location) ? parentRecurringEvent.Location : calendarEvent.Location,
// Leave it empty if it's not populated.
Recurrence = GoogleIntegratorExtensions.GetRecurrenceString(calendarEvent) == null ? string.Empty : GoogleIntegratorExtensions.GetRecurrenceString(calendarEvent),
Status = GetStatus(calendarEvent.Status),
Title = string.IsNullOrEmpty(calendarEvent.Summary) ? parentRecurringEvent.Title : calendarEvent.Summary,
UpdatedAt = DateTimeOffset.UtcNow,
Visibility = string.IsNullOrEmpty(calendarEvent.Visibility) ? parentRecurringEvent.Visibility : GetVisibility(calendarEvent.Visibility),
HtmlLink = string.IsNullOrEmpty(calendarEvent.HtmlLink) ? parentRecurringEvent.HtmlLink : calendarEvent.HtmlLink,
RemoteEventId = calendarEvent.Id,
IsLocked = calendarEvent.Locked.GetValueOrDefault(),
OrganizerDisplayName = string.IsNullOrEmpty(organizerName) ? parentRecurringEvent.OrganizerDisplayName : organizerName,
OrganizerEmail = string.IsNullOrEmpty(organizerMail) ? parentRecurringEvent.OrganizerEmail : organizerMail
};
}
else
{
// This is a parent event creation.
// Start-End dates are guaranteed to be populated.
if (eventStartDateTimeOffset == null || eventEndDateTimeOffset == null)
{
Log.Error("Failed to create parent event because either start or end date is not specified.");
return;
}
calendarItem = new CalendarItem()
{
CalendarId = assignedCalendar.Id,
CreatedAt = DateTimeOffset.UtcNow,
Description = calendarEvent.Description,
Id = Guid.NewGuid(),
StartDate = eventStartDateTimeOffset.Value.DateTime,
StartDateOffset = eventStartDateTimeOffset.Value.Offset,
EndDateOffset = eventEndDateTimeOffset.Value.Offset,
DurationInSeconds = totalDurationInSeconds,
Location = calendarEvent.Location,
Recurrence = GoogleIntegratorExtensions.GetRecurrenceString(calendarEvent),
Status = GetStatus(calendarEvent.Status),
Title = calendarEvent.Summary,
UpdatedAt = DateTimeOffset.UtcNow,
Visibility = GetVisibility(calendarEvent.Visibility),
HtmlLink = calendarEvent.HtmlLink,
RemoteEventId = calendarEvent.Id,
IsLocked = calendarEvent.Locked.GetValueOrDefault(),
OrganizerDisplayName = GetOrganizerName(calendarEvent, organizerAccount),
OrganizerEmail = GetOrganizerEmail(calendarEvent, organizerAccount)
};
}
// Hide canceled events.
calendarItem.IsHidden = calendarItem.Status == CalendarItemStatus.Cancelled;
// Manage the recurring event id.
if (parentRecurringEvent != null)
{
calendarItem.RecurringCalendarItemId = parentRecurringEvent.Id;
}
Debug.WriteLine($"({assignedCalendar.Name}) {calendarItem.Title}, Start: {calendarItem.StartDate.ToString("f")}, End: {calendarItem.EndDate.ToString("f")}");
// Attendees
var attendees = new List<CalendarEventAttendee>();
if (calendarEvent.Attendees == null)
{
// Self-only event.
attendees.Add(new CalendarEventAttendee()
{
CalendarItemId = calendarItem.Id,
IsOrganizer = true,
Email = organizerAccount.Address,
Name = organizerAccount.SenderName,
AttendenceStatus = AttendeeStatus.Accepted,
Id = Guid.NewGuid(),
IsOptionalAttendee = false,
});
}
else
{
foreach (var attendee in calendarEvent.Attendees)
{
if (attendee.Self == true)
{
// TODO:
}
else if (!string.IsNullOrEmpty(attendee.Email))
{
AttendeeStatus GetAttendenceStatus(string responseStatus)
{
return responseStatus switch
{
"accepted" => AttendeeStatus.Accepted,
"declined" => AttendeeStatus.Declined,
"tentative" => AttendeeStatus.Tentative,
"needsAction" => AttendeeStatus.NeedsAction,
_ => AttendeeStatus.NeedsAction
};
}
var eventAttendee = new CalendarEventAttendee()
{
CalendarItemId = calendarItem.Id,
IsOrganizer = attendee.Organizer ?? false,
Comment = attendee.Comment,
Email = attendee.Email,
Name = attendee.DisplayName,
AttendenceStatus = GetAttendenceStatus(attendee.ResponseStatus),
Id = Guid.NewGuid(),
IsOptionalAttendee = attendee.Optional ?? false,
};
attendees.Add(eventAttendee);
}
}
}
await CalendarService.CreateNewCalendarItemAsync(calendarItem, attendees);
}
else
{
// We have this event already. Update it.
if (calendarEvent.Status == "cancelled")
{
// Parent event is canceled. We must delete everything.
if (string.IsNullOrEmpty(recurringEventId))
{
Log.Information("Parent event is canceled. Deleting all instances of {Id}", existingCalendarItem.Id);
await CalendarService.DeleteCalendarItemAsync(existingCalendarItem.Id).ConfigureAwait(false);
return;
}
else
{
// Child event is canceled.
// Child should live as long as parent lives, but must not be displayed to the user.
existingCalendarItem.IsHidden = true;
}
}
else
{
// Make sure to unhide the event.
// It might be marked as hidden before.
existingCalendarItem.IsHidden = false;
// Update the event properties.
}
}
// Upsert the event.
await Connection.InsertOrReplaceAsync(existingCalendarItem);
}
private string GetOrganizerName(Event calendarEvent, MailAccount account)
{
if (calendarEvent.Organizer == null) return string.Empty;
if (calendarEvent.Organizer.Self == true)
{
return account.SenderName;
}
else
return calendarEvent.Organizer.DisplayName;
}
private string GetOrganizerEmail(Event calendarEvent, MailAccount account)
{
if (calendarEvent.Organizer == null) return string.Empty;
if (calendarEvent.Organizer.Self == true)
{
return account.Address;
}
else
return calendarEvent.Organizer.Email;
}
private CalendarItemStatus GetStatus(string status)
{
return status switch
{
"confirmed" => CalendarItemStatus.Confirmed,
"tentative" => CalendarItemStatus.Tentative,
"cancelled" => CalendarItemStatus.Cancelled,
_ => CalendarItemStatus.Confirmed
};
}
private CalendarItemVisibility GetVisibility(string visibility)
{
/// Visibility of the event. Optional. Possible values are: - "default" - Uses the default visibility for
/// events on the calendar. This is the default value. - "public" - The event is public and event details are
/// visible to all readers of the calendar. - "private" - The event is private and only event attendees may
/// view event details. - "confidential" - The event is private. This value is provided for compatibility
/// reasons.
return visibility switch
{
"default" => CalendarItemVisibility.Default,
"public" => CalendarItemVisibility.Public,
"private" => CalendarItemVisibility.Private,
"confidential" => CalendarItemVisibility.Confidential,
_ => CalendarItemVisibility.Default
};
}
}
public Task MapLocalDraftAsync(string mailCopyId, string newDraftId, string newThreadId)
=> MailService.MapLocalDraftAsync(mailCopyId, newDraftId, newThreadId);
public Task CreateAssignmentAsync(Guid accountId, string mailCopyId, string remoteFolderId)
=> MailService.CreateAssignmentAsync(accountId, mailCopyId, remoteFolderId);
public async Task ManageCalendarEventAsync(Event calendarEvent, AccountCalendar assignedCalendar, MailAccount organizerAccount)
{
var status = calendarEvent.Status;
var recurringEventId = calendarEvent.RecurringEventId;
// 1. Canceled exceptions of recurred events are only guaranteed to have recurringEventId, Id and start time.
// 2. Updated exceptions of recurred events have different Id, but recurringEventId is the same as parent.
// Check if we have this event before.
var existingCalendarItem = await CalendarService.GetCalendarItemAsync(assignedCalendar.Id, calendarEvent.Id);
if (existingCalendarItem == null)
{
CalendarItem parentRecurringEvent = null;
// Manage the recurring event id.
if (!string.IsNullOrEmpty(recurringEventId))
{
parentRecurringEvent = await CalendarService.GetCalendarItemAsync(assignedCalendar.Id, recurringEventId).ConfigureAwait(false);
if (parentRecurringEvent == null)
{
Log.Information($"Parent recurring event is missing for event. Skipping creation of {calendarEvent.Id}");
return;
}
}
// We don't have this event yet. Create a new one.
var eventStartDateTimeOffset = GoogleIntegratorExtensions.GetEventDateTimeOffset(calendarEvent.Start);
var eventEndDateTimeOffset = GoogleIntegratorExtensions.GetEventDateTimeOffset(calendarEvent.End);
double totalDurationInSeconds = 0;
if (eventStartDateTimeOffset != null && eventEndDateTimeOffset != null)
{
totalDurationInSeconds = (eventEndDateTimeOffset.Value - eventStartDateTimeOffset.Value).TotalSeconds;
}
CalendarItem calendarItem = null;
if (parentRecurringEvent != null)
{
// Exceptions of parent events might not have all the fields populated.
// We must use the parent event's data for fields that don't exists.
// Update duration if it's not populated.
if (totalDurationInSeconds == 0)
{
totalDurationInSeconds = parentRecurringEvent.DurationInSeconds;
}
var organizerMail = GetOrganizerEmail(calendarEvent, organizerAccount);
var organizerName = GetOrganizerName(calendarEvent, organizerAccount);
calendarItem = new CalendarItem()
{
CalendarId = assignedCalendar.Id,
CreatedAt = DateTimeOffset.UtcNow,
Description = calendarEvent.Description ?? parentRecurringEvent.Description,
Id = Guid.NewGuid(),
StartDate = eventStartDateTimeOffset.Value.DateTime,
StartDateOffset = eventStartDateTimeOffset.Value.Offset,
EndDateOffset = eventEndDateTimeOffset?.Offset ?? parentRecurringEvent.EndDateOffset,
DurationInSeconds = totalDurationInSeconds,
Location = string.IsNullOrEmpty(calendarEvent.Location) ? parentRecurringEvent.Location : calendarEvent.Location,
// Leave it empty if it's not populated.
Recurrence = GoogleIntegratorExtensions.GetRecurrenceString(calendarEvent) == null ? string.Empty : GoogleIntegratorExtensions.GetRecurrenceString(calendarEvent),
Status = GetStatus(calendarEvent.Status),
Title = string.IsNullOrEmpty(calendarEvent.Summary) ? parentRecurringEvent.Title : calendarEvent.Summary,
UpdatedAt = DateTimeOffset.UtcNow,
Visibility = string.IsNullOrEmpty(calendarEvent.Visibility) ? parentRecurringEvent.Visibility : GetVisibility(calendarEvent.Visibility),
HtmlLink = string.IsNullOrEmpty(calendarEvent.HtmlLink) ? parentRecurringEvent.HtmlLink : calendarEvent.HtmlLink,
RemoteEventId = calendarEvent.Id,
IsLocked = calendarEvent.Locked.GetValueOrDefault(),
OrganizerDisplayName = string.IsNullOrEmpty(organizerName) ? parentRecurringEvent.OrganizerDisplayName : organizerName,
OrganizerEmail = string.IsNullOrEmpty(organizerMail) ? parentRecurringEvent.OrganizerEmail : organizerMail
};
}
else
{
// This is a parent event creation.
// Start-End dates are guaranteed to be populated.
if (eventStartDateTimeOffset == null || eventEndDateTimeOffset == null)
{
Log.Error("Failed to create parent event because either start or end date is not specified.");
return;
}
calendarItem = new CalendarItem()
{
CalendarId = assignedCalendar.Id,
CreatedAt = DateTimeOffset.UtcNow,
Description = calendarEvent.Description,
Id = Guid.NewGuid(),
StartDate = eventStartDateTimeOffset.Value.DateTime,
StartDateOffset = eventStartDateTimeOffset.Value.Offset,
EndDateOffset = eventEndDateTimeOffset.Value.Offset,
DurationInSeconds = totalDurationInSeconds,
Location = calendarEvent.Location,
Recurrence = GoogleIntegratorExtensions.GetRecurrenceString(calendarEvent),
Status = GetStatus(calendarEvent.Status),
Title = calendarEvent.Summary,
UpdatedAt = DateTimeOffset.UtcNow,
Visibility = GetVisibility(calendarEvent.Visibility),
HtmlLink = calendarEvent.HtmlLink,
RemoteEventId = calendarEvent.Id,
IsLocked = calendarEvent.Locked.GetValueOrDefault(),
OrganizerDisplayName = GetOrganizerName(calendarEvent, organizerAccount),
OrganizerEmail = GetOrganizerEmail(calendarEvent, organizerAccount)
};
}
// Hide canceled events.
calendarItem.IsHidden = calendarItem.Status == CalendarItemStatus.Cancelled;
// Manage the recurring event id.
if (parentRecurringEvent != null)
{
calendarItem.RecurringCalendarItemId = parentRecurringEvent.Id;
}
Debug.WriteLine($"({assignedCalendar.Name}) {calendarItem.Title}, Start: {calendarItem.StartDate.ToString("f")}, End: {calendarItem.EndDate.ToString("f")}");
// Attendees
var attendees = new List<CalendarEventAttendee>();
if (calendarEvent.Attendees == null)
{
// Self-only event.
attendees.Add(new CalendarEventAttendee()
{
CalendarItemId = calendarItem.Id,
IsOrganizer = true,
Email = organizerAccount.Address,
Name = organizerAccount.SenderName,
AttendenceStatus = AttendeeStatus.Accepted,
Id = Guid.NewGuid(),
IsOptionalAttendee = false,
});
}
else
{
foreach (var attendee in calendarEvent.Attendees)
{
if (attendee.Self == true)
{
// TODO:
}
else if (!string.IsNullOrEmpty(attendee.Email))
{
AttendeeStatus GetAttendenceStatus(string responseStatus)
{
return responseStatus switch
{
"accepted" => AttendeeStatus.Accepted,
"declined" => AttendeeStatus.Declined,
"tentative" => AttendeeStatus.Tentative,
"needsAction" => AttendeeStatus.NeedsAction,
_ => AttendeeStatus.NeedsAction
};
}
var eventAttendee = new CalendarEventAttendee()
{
CalendarItemId = calendarItem.Id,
IsOrganizer = attendee.Organizer ?? false,
Comment = attendee.Comment,
Email = attendee.Email,
Name = attendee.DisplayName,
AttendenceStatus = GetAttendenceStatus(attendee.ResponseStatus),
Id = Guid.NewGuid(),
IsOptionalAttendee = attendee.Optional ?? false,
};
attendees.Add(eventAttendee);
}
}
}
await CalendarService.CreateNewCalendarItemAsync(calendarItem, attendees);
}
else
{
// We have this event already. Update it.
if (calendarEvent.Status == "cancelled")
{
// Parent event is canceled. We must delete everything.
if (string.IsNullOrEmpty(recurringEventId))
{
Log.Information("Parent event is canceled. Deleting all instances of {Id}", existingCalendarItem.Id);
await CalendarService.DeleteCalendarItemAsync(existingCalendarItem.Id).ConfigureAwait(false);
return;
}
else
{
// Child event is canceled.
// Child should live as long as parent lives, but must not be displayed to the user.
existingCalendarItem.IsHidden = true;
}
}
else
{
// Make sure to unhide the event.
// It might be marked as hidden before.
existingCalendarItem.IsHidden = false;
// Update the event properties.
}
}
// Upsert the event.
await Connection.InsertOrReplaceAsync(existingCalendarItem);
}
private string GetOrganizerName(Event calendarEvent, MailAccount account)
{
if (calendarEvent.Organizer == null) return string.Empty;
if (calendarEvent.Organizer.Self == true)
{
return account.SenderName;
}
else
return calendarEvent.Organizer.DisplayName;
}
private string GetOrganizerEmail(Event calendarEvent, MailAccount account)
{
if (calendarEvent.Organizer == null) return string.Empty;
if (calendarEvent.Organizer.Self == true)
{
return account.Address;
}
else
return calendarEvent.Organizer.Email;
}
private CalendarItemStatus GetStatus(string status)
{
return status switch
{
"confirmed" => CalendarItemStatus.Confirmed,
"tentative" => CalendarItemStatus.Tentative,
"cancelled" => CalendarItemStatus.Cancelled,
_ => CalendarItemStatus.Confirmed
};
}
private CalendarItemVisibility GetVisibility(string visibility)
{
/// Visibility of the event. Optional. Possible values are: - "default" - Uses the default visibility for
/// events on the calendar. This is the default value. - "public" - The event is public and event details are
/// visible to all readers of the calendar. - "private" - The event is private and only event attendees may
/// view event details. - "confidential" - The event is private. This value is provided for compatibility
/// reasons.
return visibility switch
{
"default" => CalendarItemVisibility.Default,
"public" => CalendarItemVisibility.Public,
"private" => CalendarItemVisibility.Private,
"confidential" => CalendarItemVisibility.Confidential,
_ => CalendarItemVisibility.Default
};
}
}

25
Wino.Core/Integration/Processors/ImapChangeProcessor.cs
View File

@@ -4,19 +4,18 @@ using System.Threading.Tasks;
using Wino.Core.Domain.Interfaces;
using Wino.Services;
namespace Wino.Core.Integration.Processors
{
public class ImapChangeProcessor : DefaultChangeProcessor, IImapChangeProcessor
{
public ImapChangeProcessor(IDatabaseService databaseService,
IFolderService folderService,
IMailService mailService,
IAccountService accountService,
ICalendarService calendarService,
IMimeFileService mimeFileService) : base(databaseService, folderService, mailService, calendarService, accountService, mimeFileService)
{
}
namespace Wino.Core.Integration.Processors;
public Task<IList<uint>> GetKnownUidsForFolderAsync(Guid folderId) => FolderService.GetKnownUidsForFolderAsync(folderId);
public class ImapChangeProcessor : DefaultChangeProcessor, IImapChangeProcessor
{
public ImapChangeProcessor(IDatabaseService databaseService,
IFolderService folderService,
IMailService mailService,
IAccountService accountService,
ICalendarService calendarService,
IMimeFileService mimeFileService) : base(databaseService, folderService, mailService, calendarService, accountService, mimeFileService)
{
}
public Task<IList<uint>> GetKnownUidsForFolderAsync(Guid folderId) => FolderService.GetKnownUidsForFolderAsync(folderId);
}

229
Wino.Core/Integration/Processors/OutlookChangeProcessor.cs
View File

@@ -10,142 +10,141 @@ using Wino.Core.Domain.Interfaces;
using Wino.Core.Extensions;
using Wino.Services;
namespace Wino.Core.Integration.Processors
namespace Wino.Core.Integration.Processors;
public class OutlookChangeProcessor(IDatabaseService databaseService,
IFolderService folderService,
ICalendarService calendarService,
IMailService mailService,
IAccountService accountService,
IMimeFileService mimeFileService) : DefaultChangeProcessor(databaseService, folderService, mailService, calendarService, accountService, mimeFileService)
, IOutlookChangeProcessor
{
public class OutlookChangeProcessor(IDatabaseService databaseService,
IFolderService folderService,
ICalendarService calendarService,
IMailService mailService,
IAccountService accountService,
IMimeFileService mimeFileService) : DefaultChangeProcessor(databaseService, folderService, mailService, calendarService, accountService, mimeFileService)
, IOutlookChangeProcessor
public Task<bool> IsMailExistsAsync(string messageId)
=> MailService.IsMailExistsAsync(messageId);
public Task<bool> IsMailExistsInFolderAsync(string messageId, Guid folderId)
=> MailService.IsMailExistsAsync(messageId, folderId);
public Task<string> ResetAccountDeltaTokenAsync(Guid accountId)
=> AccountService.UpdateSynchronizationIdentifierAsync(accountId, null);
public async Task<string> ResetFolderDeltaTokenAsync(Guid folderId)
{
public Task<bool> IsMailExistsAsync(string messageId)
=> MailService.IsMailExistsAsync(messageId);
var folder = await FolderService.GetFolderAsync(folderId);
public Task<bool> IsMailExistsInFolderAsync(string messageId, Guid folderId)
=> MailService.IsMailExistsAsync(messageId, folderId);
folder.DeltaToken = null;
public Task<string> ResetAccountDeltaTokenAsync(Guid accountId)
=> AccountService.UpdateSynchronizationIdentifierAsync(accountId, null);
await FolderService.UpdateFolderAsync(folder);
public async Task<string> ResetFolderDeltaTokenAsync(Guid folderId)
return string.Empty;
}
public Task UpdateFolderDeltaSynchronizationIdentifierAsync(Guid folderId, string synchronizationIdentifier)
=> Connection.ExecuteAsync("UPDATE MailItemFolder SET DeltaToken = ? WHERE Id = ?", synchronizationIdentifier, folderId);
public async Task ManageCalendarEventAsync(Event calendarEvent, AccountCalendar assignedCalendar, MailAccount organizerAccount)
{
// We parse the occurrences based on the parent event.
// There is literally no point to store them because
// type=Exception events are the exceptional childs of recurrency parent event.
if (calendarEvent.Type == EventType.Occurrence) return;
var savingItem = await CalendarService.GetCalendarItemAsync(assignedCalendar.Id, calendarEvent.Id);
Guid savingItemId = Guid.Empty;
if (savingItem != null)
savingItemId = savingItem.Id;
else
{
var folder = await FolderService.GetFolderAsync(folderId);
folder.DeltaToken = null;
await FolderService.UpdateFolderAsync(folder);
return string.Empty;
savingItemId = Guid.NewGuid();
savingItem = new CalendarItem() { Id = savingItemId };
}
public Task UpdateFolderDeltaSynchronizationIdentifierAsync(Guid folderId, string synchronizationIdentifier)
=> Connection.ExecuteAsync("UPDATE MailItemFolder SET DeltaToken = ? WHERE Id = ?", synchronizationIdentifier, folderId);
DateTimeOffset eventStartDateTimeOffset = OutlookIntegratorExtensions.GetDateTimeOffsetFromDateTimeTimeZone(calendarEvent.Start);
DateTimeOffset eventEndDateTimeOffset = OutlookIntegratorExtensions.GetDateTimeOffsetFromDateTimeTimeZone(calendarEvent.End);
public async Task ManageCalendarEventAsync(Event calendarEvent, AccountCalendar assignedCalendar, MailAccount organizerAccount)
var durationInSeconds = (eventEndDateTimeOffset - eventStartDateTimeOffset).TotalSeconds;
savingItem.RemoteEventId = calendarEvent.Id;
savingItem.StartDate = eventStartDateTimeOffset.DateTime;
savingItem.StartDateOffset = eventStartDateTimeOffset.Offset;
savingItem.EndDateOffset = eventEndDateTimeOffset.Offset;
savingItem.DurationInSeconds = durationInSeconds;
savingItem.Title = calendarEvent.Subject;
savingItem.Description = calendarEvent.Body?.Content;
savingItem.Location = calendarEvent.Location?.DisplayName;
if (calendarEvent.Type == EventType.Exception && !string.IsNullOrEmpty(calendarEvent.SeriesMasterId))
{
// We parse the occurrences based on the parent event.
// There is literally no point to store them because
// type=Exception events are the exceptional childs of recurrency parent event.
// This is a recurring event exception.
// We need to find the parent event and set it as recurring event id.
if (calendarEvent.Type == EventType.Occurrence) return;
var parentEvent = await CalendarService.GetCalendarItemAsync(assignedCalendar.Id, calendarEvent.SeriesMasterId);
var savingItem = await CalendarService.GetCalendarItemAsync(assignedCalendar.Id, calendarEvent.Id);
Guid savingItemId = Guid.Empty;
if (savingItem != null)
savingItemId = savingItem.Id;
else
if (parentEvent != null)
{
savingItemId = Guid.NewGuid();
savingItem = new CalendarItem() { Id = savingItemId };
}
DateTimeOffset eventStartDateTimeOffset = OutlookIntegratorExtensions.GetDateTimeOffsetFromDateTimeTimeZone(calendarEvent.Start);
DateTimeOffset eventEndDateTimeOffset = OutlookIntegratorExtensions.GetDateTimeOffsetFromDateTimeTimeZone(calendarEvent.End);
var durationInSeconds = (eventEndDateTimeOffset - eventStartDateTimeOffset).TotalSeconds;
savingItem.RemoteEventId = calendarEvent.Id;
savingItem.StartDate = eventStartDateTimeOffset.DateTime;
savingItem.StartDateOffset = eventStartDateTimeOffset.Offset;
savingItem.EndDateOffset = eventEndDateTimeOffset.Offset;
savingItem.DurationInSeconds = durationInSeconds;
savingItem.Title = calendarEvent.Subject;
savingItem.Description = calendarEvent.Body?.Content;
savingItem.Location = calendarEvent.Location?.DisplayName;
if (calendarEvent.Type == EventType.Exception && !string.IsNullOrEmpty(calendarEvent.SeriesMasterId))
{
// This is a recurring event exception.
// We need to find the parent event and set it as recurring event id.
var parentEvent = await CalendarService.GetCalendarItemAsync(assignedCalendar.Id, calendarEvent.SeriesMasterId);
if (parentEvent != null)
{
savingItem.RecurringCalendarItemId = parentEvent.Id;
}
else
{
Log.Warning($"Parent recurring event is missing for event. Skipping creation of {calendarEvent.Id}");
return;
}
}
// Convert the recurrence pattern to string for parent recurring events.
if (calendarEvent.Type == EventType.SeriesMaster && calendarEvent.Recurrence != null)
{
savingItem.Recurrence = OutlookIntegratorExtensions.ToRfc5545RecurrenceString(calendarEvent.Recurrence);
}
savingItem.HtmlLink = calendarEvent.WebLink;
savingItem.CalendarId = assignedCalendar.Id;
savingItem.OrganizerEmail = calendarEvent.Organizer?.EmailAddress?.Address;
savingItem.OrganizerDisplayName = calendarEvent.Organizer?.EmailAddress?.Name;
savingItem.IsHidden = false;
if (calendarEvent.ResponseStatus?.Response != null)
{
switch (calendarEvent.ResponseStatus.Response.Value)
{
case ResponseType.None:
case ResponseType.NotResponded:
savingItem.Status = CalendarItemStatus.NotResponded;
break;
case ResponseType.TentativelyAccepted:
savingItem.Status = CalendarItemStatus.Tentative;
break;
case ResponseType.Accepted:
case ResponseType.Organizer:
savingItem.Status = CalendarItemStatus.Confirmed;
break;
case ResponseType.Declined:
savingItem.Status = CalendarItemStatus.Cancelled;
savingItem.IsHidden = true;
break;
default:
break;
}
savingItem.RecurringCalendarItemId = parentEvent.Id;
}
else
{
savingItem.Status = CalendarItemStatus.Confirmed;
Log.Warning($"Parent recurring event is missing for event. Skipping creation of {calendarEvent.Id}");
return;
}
}
// Upsert the event.
await Connection.InsertOrReplaceAsync(savingItem);
// Convert the recurrence pattern to string for parent recurring events.
if (calendarEvent.Type == EventType.SeriesMaster && calendarEvent.Recurrence != null)
{
savingItem.Recurrence = OutlookIntegratorExtensions.ToRfc5545RecurrenceString(calendarEvent.Recurrence);
}
// Manage attendees.
if (calendarEvent.Attendees != null)
savingItem.HtmlLink = calendarEvent.WebLink;
savingItem.CalendarId = assignedCalendar.Id;
savingItem.OrganizerEmail = calendarEvent.Organizer?.EmailAddress?.Address;
savingItem.OrganizerDisplayName = calendarEvent.Organizer?.EmailAddress?.Name;
savingItem.IsHidden = false;
if (calendarEvent.ResponseStatus?.Response != null)
{
switch (calendarEvent.ResponseStatus.Response.Value)
{
// Clear all attendees for this event.
var attendees = calendarEvent.Attendees.Select(a => a.CreateAttendee(savingItemId)).ToList();
await CalendarService.ManageEventAttendeesAsync(savingItemId, attendees).ConfigureAwait(false);
case ResponseType.None:
case ResponseType.NotResponded:
savingItem.Status = CalendarItemStatus.NotResponded;
break;
case ResponseType.TentativelyAccepted:
savingItem.Status = CalendarItemStatus.Tentative;
break;
case ResponseType.Accepted:
case ResponseType.Organizer:
savingItem.Status = CalendarItemStatus.Confirmed;
break;
case ResponseType.Declined:
savingItem.Status = CalendarItemStatus.Cancelled;
savingItem.IsHidden = true;
break;
default:
break;
}
}
else
{
savingItem.Status = CalendarItemStatus.Confirmed;
}
// Upsert the event.
await Connection.InsertOrReplaceAsync(savingItem);
// Manage attendees.
if (calendarEvent.Attendees != null)
{
// Clear all attendees for this event.
var attendees = calendarEvent.Attendees.Select(a => a.CreateAttendee(savingItemId)).ToList();
await CalendarService.ManageEventAttendeesAsync(savingItemId, attendees).ConfigureAwait(false);
}
}
}

83
Wino.Core/Integration/WinoImapClient.cs
View File

@@ -2,59 +2,58 @@
using MailKit.Net.Imap;
using Serilog;
namespace Wino.Core.Integration
namespace Wino.Core.Integration;
/// <summary>
/// Extended class for ImapClient that is used in Wino.
/// </summary>
internal class WinoImapClient : ImapClient
{
/// <summary>
/// Extended class for ImapClient that is used in Wino.
/// Gets or internally sets whether the QRESYNC extension is enabled.
/// It is set by ImapClientPool immidiately after the authentication.
/// </summary>
internal class WinoImapClient : ImapClient
public bool IsQResyncEnabled { get; internal set; }
public WinoImapClient()
{
/// <summary>
/// Gets or internally sets whether the QRESYNC extension is enabled.
/// It is set by ImapClientPool immidiately after the authentication.
/// </summary>
public bool IsQResyncEnabled { get; internal set; }
HookEvents();
}
public WinoImapClient()
public WinoImapClient(IProtocolLogger protocolLogger) : base(protocolLogger)
{
HookEvents();
}
private void HookEvents()
{
Disconnected += ClientDisconnected;
}
private void UnhookEvents()
{
Disconnected -= ClientDisconnected;
}
private void ClientDisconnected(object sender, DisconnectedEventArgs e)
{
if (e.IsRequested)
{
HookEvents();
Log.Debug("Imap client is disconnected on request.");
}
public WinoImapClient(IProtocolLogger protocolLogger) : base(protocolLogger)
else
{
HookEvents();
Log.Debug("Imap client connection is dropped by server.");
}
}
private void HookEvents()
protected override void Dispose(bool disposing)
{
base.Dispose(disposing);
if (disposing)
{
Disconnected += ClientDisconnected;
}
private void UnhookEvents()
{
Disconnected -= ClientDisconnected;
}
private void ClientDisconnected(object sender, DisconnectedEventArgs e)
{
if (e.IsRequested)
{
Log.Debug("Imap client is disconnected on request.");
}
else
{
Log.Debug("Imap client connection is dropped by server.");
}
}
protected override void Dispose(bool disposing)
{
base.Dispose(disposing);
if (disposing)
{
UnhookEvents();
}
UnhookEvents();
}
}
}