public ImapMetadata(string[] hierarchicalEntryName, ImapString @value)
: this(hierarchicalEntryName)
{
if (@value == null)
throw new ArgumentNullException("value");
this.Value = @value;
}
public void TestOpExplicit()
{
var str = new ImapString("hoge");
Assert.AreEqual("hoge", (string)str);
Assert.AreEqual(str.ToString(), (string)str);
str = null;
Assert.IsNull((string)str);
}
public void Send(ImapCommand command)
{
ClearUnsent();
var argCount = command.Arguments.Length + (command.CommandString == null ? 0 : 2);
var argIndex = 0;
var args = new ImapString[argCount];
if (command.CommandString != null) {
args[argIndex++] = command.Tag;
args[argIndex++] = command.CommandString;
}
for (var i = 0; i < command.Arguments.Length; i++, argIndex++) {
args[argIndex] = command.Arguments[i];
}
Enqueue(args);
Enqueue(Smdn.Formats.Octets.CRLF);
Send();
}
private static ImapSearchCriteria ModSeq(ulong modSequenceValzer, ImapMessageFlag entryFlagName, ImapString entryType)
{
if (entryType == null)
return new ImapSearchCriteria(new[] {ImapCapability.CondStore},
"MODSEQ",
modSequenceValzer.ToString());
else
return new ImapSearchCriteria(new[] {ImapCapability.CondStore},
"MODSEQ",
new ImapQuotedString(string.Format("/flags/{0}", entryFlagName.ToString())),
entryType,
modSequenceValzer.ToString());
}
private ImapFetchDataItem(ImapString macro, bool isMacro, params ImapString[] equivalentDataItemNames)
: base(macro)
{
this.equivalent = equivalentDataItemNames;
}
public void TestPreProcessTransactionSetLiteralOptions()
{
using (var session = Connect()) {
session.HandlesIncapableAsException = false;
Assert.IsFalse(session.ServerCapabilities.Has(ImapCapability.LiteralNonSync));
Assert.IsFalse(session.ServerCapabilities.Has(ImapCapability.Binary));
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("+ continue\r\n"); server.EnqueueResponse(string.Empty);
server.EnqueueResponse("0000 OK done\r\n");
var arguments = new ImapString[] {
new ImapLiteralString("literal1", Encoding.ASCII, ImapLiteralOptions.Synchronizing),
new ImapLiteralString("literal2", Encoding.ASCII, ImapLiteralOptions.NonSynchronizing),
new ImapLiteralString("literal3", Encoding.ASCII, ImapLiteralOptions.NonSynchronizingIfCapable),
new ImapLiteralString("literal4", Encoding.ASCII, ImapLiteralOptions.Literal),
new ImapLiteralString("literal5", Encoding.ASCII, ImapLiteralOptions.Literal8),
new ImapLiteralString("literal6", Encoding.ASCII, ImapLiteralOptions.Literal8IfCapable),
new ImapLiteralString("literal7", Encoding.ASCII, ImapLiteralOptions.Synchronizing | ImapLiteralOptions.Literal8IfCapable),
new ImapLiteralString("literal8", Encoding.ASCII, ImapLiteralOptions.NonSynchronizingIfCapable | ImapLiteralOptions.Literal8),
new ImapParenthesizedString(new ImapLiteralString("nested1", Encoding.ASCII, ImapLiteralOptions.NonSynchronizing),
new ImapLiteralString("nested2", Encoding.ASCII, ImapLiteralOptions.NonSynchronizingIfCapable),
new ImapLiteralString("nested3", Encoding.ASCII, ImapLiteralOptions.Literal8),
new ImapLiteralString("nested4", Encoding.ASCII, ImapLiteralOptions.Literal8IfCapable)),
};
session.GenericCommand("X-TEST", arguments);
Assert.AreEqual("0000 X-TEST " +
"{8}\r\nliteral1 " +
"{8+}\r\nliteral2 " +
"{8}\r\nliteral3 " +
"{8}\r\nliteral4 " +
"~{8}\r\nliteral5 " +
"{8}\r\nliteral6 " +
"{8}\r\nliteral7 " +
"~{8}\r\nliteral8 " +
"({7+}\r\nnested1 " +
"{7}\r\nnested2 " +
"~{7}\r\nnested3 " +
"{7}\r\nnested4)\r\n",
server.DequeueAll());
}
}
public ImapMetadata(string entryName, ImapString @value)
: this(SplitEntryName(entryName), @value)
{
}
/// <param name="value">The value can be null to indicate that the entry is to be removed.</param>
public static ImapMetadata CreateSharedVendorMetadata(ImapString @value, string hierarchicalEntryName, params string[] hierarchicalEntryNames)
{
var entryName = new List<string>(new[] {"shared", "vendor"});
entryName.Add(hierarchicalEntryName);
entryName.AddRange(hierarchicalEntryNames);
if (@value == null)
return new ImapMetadata(entryName.ToArray());
else
return new ImapMetadata(entryName.ToArray(), @value);
}
private static ImapSortCriteria CreateReversed(ImapString criteria)
{
// REVERSE
// Followed by another sort criterion, has the effect of that
// criterion but in reverse (descending) order.
// Note: REVERSE only reverses a single criterion, and does not
// affect the implicit "sequence number" sort criterion if all
// other criteria are identical. Consequently, a sort of
// REVERSE SUBJECT is not the same as a reverse ordering of a
// SUBJECT sort. This can be avoided by use of additional
// criteria, e.g., SUBJECT DATE vs. REVERSE SUBJECT REVERSE
// DATE. In general, however, it's better (and faster, if the
// client has a "reverse current ordering" command) to reverse
// the results in the client instead of issuing a new SORT.
return new ImapSortCriteria(new[] {ImapCapability.Sort}, "REVERSE", criteria);
}
private static ImapSortCriteria Create(ImapString criteria)
{
return new ImapSortCriteria(new[] {ImapCapability.Sort}, criteria);
}
private ImapStoreDataItem(ImapString itemName, ImapString[] items)
: base(items)
{
this.itemName = itemName;
}
// common construction method
private static ImapStoreDataItem FlagsCommon(ImapString itemName, IImapMessageFlagSet flags)
{
if (flags == null)
throw new ArgumentNullException("flags");
else if (flags.Count == 0)
throw new ArgumentException("must contain at least one keyword or flag", "flags");
return new ImapStoreDataItem(itemName, flags.GetNonApplicableFlagsRemoved().ToArray());
}
private ImapCommandResult XListInternal(string referenceName,
ImapString mailboxName,
out ImapMailbox[] mailboxes)
{
if (referenceName == null)
throw new ArgumentNullException("referenceName");
using (var t = new XListTransaction(connection)) {
return ListLsubInternal(t, referenceName, mailboxName, out mailboxes);
}
}
private ImapCommandResult ListLsubInternal(ListTransactionBase t,
string referenceName,
ImapString mailboxName,
out ImapMailbox[] mailboxes)
{
RejectNonAuthenticatedState();
mailboxes = null;
t.RequestArguments["reference name"] = new ImapQuotedString(referenceName);
t.RequestArguments["mailbox name"] = mailboxName;
if (ProcessTransaction(t).Succeeded)
mailboxes = Array.ConvertAll<ImapMailboxList, ImapMailbox>(t.Result.Value, mailboxManager.GetExistOrCreate);
return t.Result;
}