private void UpdateDeleteButtonText()
{
long deleteSize = GetDeletableFolders().Sum(item => item.TotalSize);
btnDelete.Text = $"Delete {Readable.FileSize(deleteSize)}";
btnDelete.Enabled = (deleteSize > 0);
}
/// <summary>Initialize the channel.</summary>
internal UnboundedChannel(bool runContinuationsAsynchronously)
{
_runContinuationsAsynchronously = runContinuationsAsynchronously;
_completion = new TaskCompletionSource <VoidResult>(runContinuationsAsynchronously ? TaskCreationOptions.RunContinuationsAsynchronously : TaskCreationOptions.None);
In = new Readable(this);
Out = new Writable(this);
}
/// <summary>
/// 获取单条评论信息
/// </summary>
/// <param name="CommonId"></param>
/// <returns></returns>
public Readable GetReadable(int CommonId)
{
string sql = "select `comment`.id,`comment`.content,`comment`.reply_at,readable.whether,author.loginname,dataresource.avatar_url,active.title from `comment` join readable on `comment`.id = readable.commentid join active ON `comment`.ActiveID = active.id join author ON author.id = `comment`.AuthorID join dataresource on dataresource.id = author.DataID where `comment`.id = " + CommonId + " ORDER BY readable.whether,`comment`.reply_at ASC";
Readable readable = MySqlDapper.Query <Readable>(sql).FirstOrDefault();
return(readable);
}
private void frmFolderList_Load(object sender, System.EventArgs e)
{
if (Position != null)
{
Position.Apply(this);
}
try
{
SuspendLayout();
var list = new BindingList <FolderInfo>();
foreach (var folder in Folders.OrderByDescending(item => item.TotalSize))
{
list.Add(folder);
}
BindingSource bs = new BindingSource();
bs.DataSource = list;
dgvFolders.DataSource = bs;
lblTotalSize.Text = Readable.FileSize(Folders.Sum(item => item.TotalSize));
_sorter = new FolderInfoSorter(dgvFolders, new DataGridViewSorter <FolderInfo> .ColumnInfo()
{
Column = colSize,
IsAscending = false
});
}
finally
{
ResumeLayout();
}
}
private void UpdateSelectedSize()
{
var dataSource = dgvFolders.DataSource as BindingSource;
var list = dataSource.DataSource as BindingList <FolderInfo>;
SelectedSize = list.Where(item => item.IsSelected).Sum(item => item.TotalSize);
lblSelectedSize.Text = Readable.FileSize(SelectedSize);
}
private static void Main(string[] args)
{
var cipherText = new B64(File.ReadAllText(@"..\..\..\data.txt")).GetBytes();
var key = new Readable("YELLOW SUBMARINE").GetASCIIBytes();
Console.WriteLine("Decrypted text:");
Console.WriteLine(Decrypt(cipherText, key));
}
/// <summary>Initializes the <see cref="BoundedChannel{T}"/>.</summary>
/// <param name="bufferedCapacity">The positive bounded capacity for the channel.</param>
/// <param name="mode">The mode used when writing to a full channel.</param>
/// <param name="runContinuationsAsynchronously">Whether to force continuations to be executed asynchronously.</param>
internal BoundedChannel(int bufferedCapacity, BoundedChannelFullMode mode, bool runContinuationsAsynchronously)
{
Debug.Assert(bufferedCapacity > 0);
_bufferedCapacity = bufferedCapacity;
_mode = mode;
_runContinuationsAsynchronously = runContinuationsAsynchronously;
_completion = new TaskCompletionSource <VoidResult>(runContinuationsAsynchronously ? TaskCreationOptions.RunContinuationsAsynchronously : TaskCreationOptions.None);
In = new Readable(this);
Out = new Writable(this);
}
private static void Main(string[] args)
{
var key = new Readable("ICE");
var input = new Readable("Burning \'em, if you ain\'t quick and nimble\nI go crazy when I hear a cymbal");
var expected =
new Hex("0b3637272a2b2e63622c2e69692a23693a2a3c6324202d623d63343c2a26226324272765272a282b2f20430a652e2c652a3124333a653e2b2027630c692b20283165286326302e27282f");
Console.WriteLine($"Encoded: {EncodeMultiXOr(input.GetASCIIBytes(), key.GetASCIIBytes())}");
Console.WriteLine($"Expected: {expected}");
}
public void ShouldGive37AsHammingDistance()
{
var first = new Readable("this is a test");
var second = new Readable("wokka wokka!!!");
var expected = 37;
var answer = Task6.Program.HammingDistance(first.GetASCIIBytes(), second.GetASCIIBytes());
Assert.Equal(expected, answer);
}
private void Loop(ProcessStartInfo pi)
{
while (!disposed)
{
try
{
var first = new Disposer();
using (var disposer = new Disposer())
{
disposer.Add(first);
var proc = Process.Start(pi);
disposer.Add(proc);
disposer.Add(proc.Kill);
var stateTask = Task.Factory.StartNew(() => ReadState(proc), opts);
var errorTask = Task.Factory.StartNew(() => ReadError(proc), opts);
first.Add(stateTask);
first.Add(errorTask);
while (true)
{
if (disposed)
{
break;
}
if (stateTask.IsCompleted && errorTask.IsCompleted)
{
break;
}
Thread.Sleep(10);
}
}
}
catch (Exception ex)
{
state.Enqueue(ex.Message);
error.Enqueue(Readable.Make(pi.FileName));
error.Enqueue(Readable.Make(pi.Arguments));
error.Enqueue(ex.Message);
var millis = 5000;
while (--millis > 0)
{
if (disposed)
{
break;
}
Thread.Sleep(1);
}
}
}
}
public override void Write(RequestHead head)
{
ThrowIfEnded();
StringBuilder builder = new StringBuilder();
builder.Append(head.Method + WHITESPACE + head.Query + WHITESPACE + head.Version + CRLF);
foreach (Header header in head.Headers.AsCollection())
{
builder.Append(header.Name + COLON + WHITESPACE + header.Value + CRLF);
}
builder.Append(CRLF);
Readable.Write(Encoding.ASCII.GetBytes(builder.ToString()));
}
public override void Write(ResponseHead head)
{
ThrowIfEnded();
StringBuilder builder = new StringBuilder();
builder.Append(head.Version.ToString() + WHITESPACE + head.StatusCode + WHITESPACE + head.StatusDescription + CRLF);
foreach (Header header in head.Headers.AsCollection())
{
builder.Append(header.Name + COLON + WHITESPACE + header.Value + CRLF);
}
builder.Append(CRLF);
Readable.Write(Encoding.ASCII.GetBytes(builder.ToString()));
}
private static void SafeClientLoop(int pid, IPEndPoint endpoint, TcpClient client, ProcessStartInfo pi)
{
try
{
//dynamic service location
ClientLoop(pid, endpoint, client, pi);
}
catch (Exception ex)
{
WriteError(Readable.Make(pi.FileName));
WriteError(Readable.Make(pi.Arguments));
WriteError(ex.Message);
}
}
private async Task AnalyzeFolderAsync(
ProgressLinkLabel linkLabel, int monthsOld,
Func <FileSystemUtil, Task <IEnumerable <FolderInfo> > > getFolders,
Action <IEnumerable <FolderInfo> > captureResults)
{
var fsu = new FileSystemUtil();
var folders = await getFolders.Invoke(fsu);
var deletable = folders.Where(folder => folder.IsMonthsOld(monthsOld));
captureResults.Invoke(deletable);
long deleteableBytes = deletable.Sum(item => item.TotalSize);
linkLabel.Mode = ProgressLinkLabelMode.Text;
linkLabel.Text = Readable.FileSize(deleteableBytes);
}
public override Readable ReadObject(string fieldName, ConstructorInfo ctorDataReader)
{
XmlNode node = FindChildNode(fieldName);
if (node == null)
{
return(null);
}
fCurNodeList.Add(node);
Readable readable = (Readable)ctorDataReader.Invoke(new object[] { this });
fCurNodeList.RemoveAt(fCurNodeList.Count - 1);
return(readable);
}
private void ShowFolderList(LinkLabel control, IEnumerable <FolderInfo> folders)
{
var dlg = new frmFolderList()
{
Position = _settings.FolderListPosition
};
dlg.Folders = folders;
dlg.ShowDialog();
_settings.FolderListPosition = dlg.Position;
control.Text = (dlg.SelectedSize != 0) ?
$"{Readable.FileSize(folders.Sum(item => item.TotalSize))}, {Readable.FileSize(dlg.SelectedSize)} selected" :
Readable.FileSize(folders.Sum(item => item.TotalSize));
UpdateDeleteButtonText();
}
public void ReadFrom(DataReader reader)
{
string nameSpace = GetType().Namespace;
fResponseType = reader.ReadString("ResponseType", 64);
//TODO: should/can this be optimized?
//fRequest = (Requestable)GetType().Assembly.CreateInstance(nameSpace + "." + fRequestType);
string typeName = nameSpace + "." + fResponseType;
ConstructorInfo ctor = GetType().Assembly.GetType(nameSpace + "." + fResponseType
).GetConstructor(new Type[] { typeof(DataReader) });
if (ctor == null)
{
throw new Exception(String.Format("failed getting ctor for type({0})", typeName));
}
fResponse = reader.ReadObject(fResponseType.Value, ctor);
}
protected void Start()
{
client = new MongoClient(new MongoUrl("mongodb://*****:*****@ds049624.mlab.com:49624/wordriver"));
server = client.GetServer();
server.Connect();
db = server.GetDatabase("wordriver");
allContextPacks = db.GetCollection <BsonDocument>("contextpacks");
allWords = db.GetCollection <BsonDocument>("words");
allWordPacks = db.GetCollection <BsonDocument>("wordpacks");
foreach (BsonDocument item in allWords.FindAll())
{
BsonElement name = item.GetElement("name");
string wordValue = name.Value.ToString();
words.Add(wordValue);
}
Readable.Speak("Let's Build a Sentence!");
}
public override IList ReadStringList(string fieldName, int maxLength, ConstructorInfo listCtor, ConstructorInfo itemCtorString)
{
IList list = (IList)listCtor.Invoke(new object[] {});
ArrayList nodes = FindChildNodes(fieldName);
if (nodes.Count == 0)
{
return(list);
}
foreach (XmlNode node in nodes)
{
Readable readable = (Readable)itemCtorString.Invoke(new object[] { node.InnerText });
list.Add(readable);
}
return(list);
}
// Show a readable object
public void ShowReadable(Readable item)
{
if (!pauseManager.IsPaused)
{
readableShowing = true;
// Make it visible (so we can modify it)
readableContainer.SetActive(true);
// Add the image
readable.sprite = item.sprite;
// Specify the dimensions
RectTransform rt = readableContainer.GetComponent <RectTransform> ();
rt.sizeDelta = item.size;
readableTime = Time.time;
AddOpenMenuItem("readable");
}
}
public override IList ReadList(string fieldName, ConstructorInfo listCtor, ConstructorInfo itemCtorDataReader)
{
IList list = (IList)listCtor.Invoke(new object[] {});
ArrayList nodes = FindChildNodes(fieldName);
if (nodes.Count == 0)
{
return(list);
}
foreach (XmlNode node in nodes)
{
fCurNodeList.Add(node);
Readable readable = (Readable)itemCtorDataReader.Invoke(new object[] { this });
list.Add(readable);
fCurNodeList.RemoveAt(fCurNodeList.Count - 1);
}
return(list);
}
internal bool Control(SocketException ex, bool silent, bool terminate, bool r, bool w)
{
if (ex != null || terminate)
{
#if DEBUG_TCPIO
Console.WriteLine("Control: terminate (has exception: {0}, silent: {1}, is server: {2})", ex != null, silent, isServer);
#endif
// terminate & terminate w/ exception
State = TcpSocketState.Closed;
if (!silent)
{
Base.Dispose();
}
if (!ReadableEnded)
{
Readable.End();
}
if (!WritableEnded)
{
Writable.End();
}
if (ex != null)
{
OnError?.Invoke(ex);
}
OnClose?.Invoke();
return(true);
}
else if (r && w)
{
#if DEBUG_TCPIO
Console.WriteLine("Control: graceful close (is server: {0})", isServer);
#endif
// graceful close
State = TcpSocketState.Closed;
Base.Close();
if (!ReadableEnded)
{
Readable.End();
}
if (!WritableEnded)
{
Writable.End();
}
OnClose?.Invoke();
return(true);
}
else if (r)
{
#if DEBUG_TCPIO
Console.WriteLine("Control: end readable (is server: {0})", isServer);
#endif
// end readable
State = TcpSocketState.Closing;
Readable.End();
if (WritableEnded || OnEnd == null)
{
#if DEBUG_TCPIO
Console.WriteLine("Control: OnEnd == null; progress to close (is server: {0})", isServer);
#endif
Control(null, false, false, true, true);
return(true);
}
else if (OnEnd != null)
{
#if DEBUG_TCPIO
Console.WriteLine("Control: OnEnd != null (is server: {0})", isServer);
#endif
OnEnd?.Invoke();
return(false);
}
}
else if (w)
{
// end writable
#if DEBUG_TCPIO
Console.WriteLine("Control: end writable (is server: {0})", isServer);
#endif
State = TcpSocketState.Closing;
try { Base.Shutdown(SocketShutdown.Send); }
catch (SocketException ex2) { return(Control(ex2, true, false, false, false)); }
Writable.End();
if (ReadableEnded)
{
#if DEBUG_TCPIO
Console.WriteLine("Control: progress to close (is server: {0})", isServer);
#endif
return(Control(null, false, false, true, true));
}
return(false);
}
throw new InvalidOperationException("Cannot do anything");
}
public void BlahBlah()
{
var @in = new Readable <char>(
"{\"Wibble\":123}".AsZeroTerminatedSpan()
);
var ops = new Readable <Op>(new[] {
Op.ReadObject(),
Op.DumpTo(0)
});
var tokenData = new Tokenized[16];
var tokens = new Buffer <Tokenized>(tokenData, 15);
var charData = new char[16];
var @out = new Buffer <char>(charData, 15);
var machine = new Machine();
Write(ref tokens,
(0, 0, Token.Object),
(2, 6, Token.String),
(10, 3, Token.Number),
(13, 1, Token.ObjectEnd),
(0, 0, Token.End));
while (true)
{
var(signal, bufferTag)
= machine.Next(ref ops, ref @in, ref tokens, ref @out);
switch (signal)
{
case Signal.End:
return;
case Signal.Underrun:
switch (bufferTag)
{
case Stream.Ops:
//load more ops here (should just be simple readable interface)
throw new NotImplementedException();
case Stream.In:
//read more chars into buffer and carry on
//and if we have to wait, then... we can wait at this top level
throw new NotImplementedException();
case Stream.Tokens:
//token underrun shouldn't be handled here, like
throw new NotImplementedException();
case Stream.Out1:
//this is the first output buffer
//how would this level cope with this? higher level contexts should bind to this
throw new NotImplementedException();
case Stream.Out2:
//second output buffer
throw new NotImplementedException();
default:
throw new NotImplementedException();
}
}
}
}
public (Signal, Stream) Next(ref Readable <Op> ops, ref Readable <char> @in, ref Buffer <Tokenized> tokens, ref Buffer <char> @out)
{
if (!ops.Read(out var op))
{
return(Signal.Underrun, Stream.Ops);
}
switch (op.Type)
{
case Mode.Dump:
//dumping just reads out entirely to the output
//but, for this, we need to know the scope of the input to read from
//ie, ReadObject will be handled, and then we may want to read everything in it till the end
//well, we've been here already: we read ahead till the depth comes back down to our level
//question again of how to take tokens from tokenizer;
//the problem of where to buffer the bloody things...
//instead of having a fixed buffer everywhere, it makes more sense to have one-by-one yielding, each one handled here
//but, if we want to skip, then the tokenizer should be able to skip to the proper part
//in this case, the tokenizer itself doesn't have to yield depths...
//it can just track thm itself
//but it does yield them
//so, how can we progress with the buffer in place?
//we'd have a Readable of tokens, not managed as part of the machine here, but separately
//there'd then be an ulterior machine, that fielded signals from the Reader and Binder
//the Reader would tokenize into a buffer; the Binder would do whatever it bloody well liked
//but at the cost of copying into intermediate memory repeatedly
//otherwise, the tokenizer lives here and yields each token upwards to be immediately handled
//so, for each token read there'd be a check, and the Tokenizer would move forwards, always updating its state
//and the token would be immediately returned to update the state of our thingy here
//in the case of skipping, the tokenizer can go into a more efficient mode that just skims till it finds the requisite depth returned
//which sounds nice doesn't it
//a big stateful structure of machines that proceeds as it reads
throw new NotImplementedException();
case Mode.ReadObject:
var signal = _tokenizer.Next(ref @in, out var token);
switch (signal)
{
case Signal.Ok:
throw new NotImplementedException();
default:
return(signal, Stream.In);
}
//if we're reading an object,
//the above better read an object token, or...
//or, BADINPUT rises
//and BADINPUT will be bubbled out of here
//at this point, the program's failed
//tho, each layer is a program
//ReadLine might be tolerant of errors...
//its up to ReadLine to recover
//so the machine itself has its buffer of tokens
//which are written into here
//ReadObject reads tokens into its buffer,forever...
//we're in the mood for taking an object
//if what we have isn't an object (say, a number or a string) then skip it
throw new NotImplementedException();
case Mode.MatchProps:
//props should be matched via a trie
//each prop encountered should be tested for a match
//problem is, how to structure program to fork
//easy - we always match multiple props
//the prefix trie yields an index, like a jump statement
throw new NotImplementedException();
}
throw new NotImplementedException();
}
void SearchNearbyPickups()
{
if (!cutsceneManager.CutsceneActive && !consoleManager.ConsoleOpen)
{
Collider[] hitColliders = Physics.OverlapSphere(transform.position, 2f, LayerMask.GetMask("Pickup"));
if (hitColliders.Length > 0)
{
// something has gone wrong and our array isn't big enough.. let's fix that
if (currentObject > hitColliders.Length - 1)
{
currentObject = 0;
}
// Smart Searching will show the item needed most to the user
// For example, if the player is on low health then health kits will be the first thing prioritised
// Smart searching can be stopped by cycling between other items, and will restart when the player moves
if (smartSearch && allowSmartSearch)
{
bool smartSearchFound = false;
if (hitColliders.Length > 1)
{
// If the player is on 1/2 of their health or less, let's prioritise showing health kits
if (entity.CurrentHealth <= (float)(entity.maxHealth / 2))
{
for (int i = 0; i < hitColliders.Length; i++)
{
Pickup pickup = hitColliders [i].GetComponent <Pickup> ();
if (pickup != null)
{
// If this item is rarer, prioritise showing it to the player
if (pickup.pickupType == Pickups.Type.Health)
{
smartSearchFound = true;
currentObject = i;
break;
}
}
}
}
// All other searches failed, so let's give the item with the best rarity
if (!smartSearchFound)
{
int bestRarity = 0;
for (int i = 0; i < hitColliders.Length; i++)
{
Pickup pickup = hitColliders [i].GetComponent <Pickup> ();
if (pickup != null)
{
// If this item is rarer, prioritise showing it to the player
if (pickup.rarity > bestRarity)
{
bestRarity = pickup.rarity;
currentObject = i;
}
}
}
}
}
}
// Show the pickup text near the weapon
if (!cutsceneManager.CutsceneActive)
{
pickupTextObject.SetActive(true);
pickupTextObject.transform.position = hitColliders [currentObject].transform.position;
pickupText.text = "[" + inputManager.GetKeyValue("INVENTORY_PICK") + "] " + hitColliders [currentObject].gameObject.name;
}
else
{
pickupTextObject.SetActive(false);
}
// User presses pickup key
if (inputManager.InputMatchesKeyup("INVENTORY_PICK"))
{
// Add to inventory, if it's not a readable
Readable readable = hitColliders[currentObject].GetComponent <Readable>();
Listenable listenable = hitColliders[currentObject].GetComponent <Listenable>();
Teleportable teleportable = hitColliders[currentObject].GetComponent <Teleportable>();
Interactable interactable = hitColliders[currentObject].GetComponent <Interactable>();
StoryTriggerable triggerable = hitColliders [currentObject].GetComponent <StoryTriggerable> ();
if (readable != null)
{
if (readable.sprite != null && !uiManager.ReadableShowing)
{
uiManager.ShowReadable(readable);
}
}
else if (listenable != null)
{
if (listenable.audioSource != null)
{
if (listenable.useCustomKeys)
{
soundManager.ToggleSound(listenable.audioSource);
}
else
{
soundManager.PlaySound(listenable.audioSource, 0f);
}
if (listenable.destroyOnActivate)
{
Destroy(listenable.gameObject);
}
}
}
else if (teleportable != null)
{
if (teleportable.destination != null)
{
storyManager.TeleportEntity(storyManager.player, teleportable.destination.transform.position);
}
}
else if (interactable != null)
{
interactable.OnInteraction();
}
else if (triggerable != null)
{
triggerable.OnTrigger();
}
else
{
inventory.AddItemToInventory(hitColliders [currentObject].gameObject);
currentObject = 0;
}
}
// User presses cycle key
if (inputManager.InputMatchesKeyup("INVENTORY_CYCLE"))
{
smartSearch = false;
currentObject = (currentObject + 1) % hitColliders.Length;
}
}
else
{
pickupTextObject.SetActive(false);
currentObject = 0;
}
}
}
/// <summary>Initialize the channel.</summary>
internal UnbufferedChannel()
{
In = new Readable(this);
Out = new Writable(this);
}
public IEnumerator <T> GetEnumerator()
{
return(Readable.GetEnumerator());
}
public override byte[] Read() => Readable.Read();
internal void WriteIncoming(byte[] data)
{
LastActivityTime = DateTime.UtcNow;
CalledTimeout = false;
Readable.Write(data);
}
public override byte[] Read(int length) => Readable.Read(length);
