public void Process()
{
myReadBuffer = new byte[client.ReceiveBufferSize];
String myCompleteMessage = "";
int numberOfBytesRead = 0;
Parent.WriteLog("Connection accepted. Buffer: " + client.ReceiveBufferSize.ToString());
NetworkStream ns = client.GetStream();
string hValue = "";
string hKey = "";
try
{
// binary data buffer index
int bfndx = 0;
string pathTmp = "";
// Incoming message may be larger than the buffer size.
do
{
numberOfBytesRead = ns.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage =
String.Concat(myCompleteMessage, Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
// read buffer index
int ndx = 0;
do
{
switch (ParserState)
{
case RState.METHOD:
if (myReadBuffer[ndx] != ' ')
HTTPRequest.Method += (char)myReadBuffer[ndx++];
else
{
ndx++;
ParserState = RState.URL;
}
break;
case RState.URL:
if (myReadBuffer[ndx] == '?')
{
ndx++;
hKey = "";
HTTPRequest.Execute = true;
HTTPRequest.Args = new Hashtable();
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] != ' ')
pathTmp += (char)myReadBuffer[ndx++];
else
{
ndx++;
ParserState = RState.VERSION;
}
break;
case RState.URLPARM:
if (myReadBuffer[ndx] == '=')
{
ndx++;
hValue = "";
ParserState = RState.URLVALUE;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
ParserState = RState.VERSION;
}
else
{
hKey += (char)myReadBuffer[ndx++];
}
break;
case RState.URLVALUE:
if (myReadBuffer[ndx] == '&')
{
ndx++;
hKey = HttpUtility.UrlDecode(hKey);
hValue = HttpUtility.UrlDecode(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
hKey = "";
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
hKey = HttpUtility.UrlDecode(hKey);
hValue = HttpUtility.UrlDecode(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
ParserState = RState.VERSION;
}
else
{
hValue += (char)myReadBuffer[ndx++];
}
break;
case RState.VERSION:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] != '\n')
HTTPRequest.Version += (char)myReadBuffer[ndx++];
else
{
ndx++;
hKey = "";
HTTPRequest.Headers = new Hashtable();
ParserState = RState.HEADERKEY;
}
break;
case RState.HEADERKEY:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] == '\n')
{
ndx++;
if (HTTPRequest.Headers["Content-Length"] != null)
{
HTTPRequest.BodySize = Convert.ToInt32(HTTPRequest.Headers["Content-Length"]);
this.HTTPRequest.BodyData = new byte[this.HTTPRequest.BodySize];
ParserState = RState.BODY;
}
else
ParserState = RState.OK;
}
else if (myReadBuffer[ndx] == ':')
ndx++;
else if (myReadBuffer[ndx] != ' ')
hKey += (char)myReadBuffer[ndx++];
else
{
ndx++;
hValue = "";
ParserState = RState.HEADERVALUE;
}
break;
case RState.HEADERVALUE:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] != '\n')
hValue += (char)myReadBuffer[ndx++];
else
{
ndx++;
HTTPRequest.Headers.Add(hKey, hValue);
hKey = "";
ParserState = RState.HEADERKEY;
}
break;
case RState.BODY:
// Append to request BodyData
Array.Copy(myReadBuffer, ndx, this.HTTPRequest.BodyData, bfndx, numberOfBytesRead - ndx);
bfndx += numberOfBytesRead - ndx;
ndx = numberOfBytesRead;
if (this.HTTPRequest.BodySize <= bfndx)
{
ParserState = RState.OK;
}
break;
default:
ndx++;
break;
}
}
while (ndx < numberOfBytesRead);
}
while (ns.DataAvailable);
HTTPRequest.URL = new Uri("http://localhost" + pathTmp);
// Print out the received message to the console.
Parent.WriteLog("You received the following message : \n" + myCompleteMessage);
HTTPResponse.version = "HTTP/1.1";
if (ParserState != RState.OK)
HTTPResponse.status = (int)RespState.BAD_REQUEST;
else
HTTPResponse.status = (int)RespState.OK;
this.HTTPResponse.Headers = new Hashtable();
this.HTTPResponse.Headers.Add("Server", Parent.Name);
this.HTTPResponse.Headers.Add("Date", DateTime.Now.ToString("r"));
// if (HTTPResponse.status == (int)RespState.OK)
this.Parent.OnResponse(ref this.HTTPRequest, ref this.HTTPResponse);
string HeadersString = this.HTTPResponse.version + " " + this.Parent.respStatus[this.HTTPResponse.status] + "\r\n";
foreach (DictionaryEntry Header in this.HTTPResponse.Headers)
{
HeadersString += Header.Key + ": " + Header.Value + "\r\n";
}
HeadersString += "\r\n";
byte[] bHeadersString = Encoding.ASCII.GetBytes(HeadersString);
// Send headers
ns.Write(bHeadersString, 0, bHeadersString.Length);
// Send body
if (this.HTTPResponse.BodyData != null)
ns.Write(this.HTTPResponse.BodyData, 0, this.HTTPResponse.BodyData.Length);
if (this.HTTPResponse.fs != null)
using (this.HTTPResponse.fs)
{
byte[] b = new byte[client.SendBufferSize];
int bytesRead;
while ((bytesRead = this.HTTPResponse.fs.Read(b, 0, b.Length)) > 0)
{
ns.Write(b, 0, bytesRead);
}
this.HTTPResponse.fs.Close();
}
}
catch (Exception e)
{
Parent.WriteLog(e.ToString());
}
finally
{
ns.Close();
client.Close();
if (this.HTTPResponse.fs != null)
this.HTTPResponse.fs.Close();
Thread.CurrentThread.Abort();
}
}
internal static HTTPRequest ParseRequest(string rawData)
{
string hValue = "";
string hKey = "";
RState ParserState = RState.METHOD;
HTTPRequest request = new HTTPRequest();
int ndx = 0, bfndx = 0;
do
{
switch (ParserState)
{
case RState.METHOD:
if (rawData[ndx] != ' ')
{
request.Method += (char)rawData[ndx++];
}
else
{
ndx++;
ParserState = RState.URL;
}
break;
case RState.URL:
if (rawData[ndx] == '?')
{
ndx++;
hKey = "";
request.Execute = true;
request.Args = new Hashtable();
ParserState = RState.URLPARM;
}
else if (rawData[ndx] != ' ')
{
request.URL += (char)rawData[ndx++];
}
else
{
ndx++;
request.URL = UrlDecode(request.URL);
ParserState = RState.VERSION;
}
break;
case RState.URLPARM:
if (rawData[ndx] == '=')
{
ndx++;
hValue = "";
ParserState = RState.URLVALUE;
}
else if (rawData[ndx] == ' ')
{
ndx++;
request.URL = UrlDecode(request.URL);
ParserState = RState.VERSION;
}
else
{
hKey += (char)rawData[ndx++];
}
break;
case RState.URLVALUE:
if (rawData[ndx] == '&')
{
ndx++;
hKey = UrlDecode(hKey);
hValue = UrlDecode(hValue);
request.Args[hKey] = request.Args[hKey] != null
? request.Args[hKey] + ", " + hValue
: hValue;
hKey = "";
ParserState = RState.URLPARM;
}
else if (rawData[ndx] == ' ')
{
ndx++;
hKey = UrlDecode(hKey);
hValue = UrlDecode(hValue);
request.Args[hKey] = request.Args[hKey] != null
? request.Args[hKey] + ", " + hValue
: hValue;
request.URL = UrlDecode(request.URL);
ParserState = RState.VERSION;
}
else
{
hValue += (char)rawData[ndx++];
}
break;
case RState.VERSION:
if (rawData[ndx] == '\r')
{
ndx++;
}
else if (rawData[ndx] != '\n')
{
request.Version += (char)rawData[ndx++];
}
else
{
ndx++;
hKey = "";
request.Headers = new Hashtable();
ParserState = RState.HEADERKEY;
}
break;
case RState.HEADERKEY:
if (rawData[ndx] == '\r')
{
ndx++;
}
else if (rawData[ndx] == '\n')
{
ndx++;
if (request.Headers["Content-Length"] != null)
{
request.BodySize = Convert.ToInt32(request.Headers["Content-Length"]);
request.BodyData = new byte[request.BodySize];
ParserState = RState.BODY;
}
else
{
ParserState = RState.OK;
}
}
else if (rawData[ndx] == ':')
{
ndx++;
}
else if (rawData[ndx] != ' ')
{
hKey += (char)rawData[ndx++];
}
else
{
ndx++;
hValue = "";
ParserState = RState.HEADERVALUE;
}
break;
case RState.HEADERVALUE:
if (rawData[ndx] == '\r')
{
ndx++;
}
else if (rawData[ndx] != '\n')
{
hValue += (char)rawData[ndx++];
}
else
{
ndx++;
request.Headers.Add(hKey, hValue);
hKey = "";
ParserState = RState.HEADERKEY;
}
break;
case RState.BODY:
// Append to request BodyData
var body = rawData.Substring(ndx);
request.BodyData = body.Select(c => (byte)c).ToArray();
bfndx += rawData.Length - ndx;
ndx = rawData.Length;
if (request.BodySize <= bfndx)
{
ParserState = RState.OK;
}
break;
//default:
// ndx++;
// break;
}
} while (ndx < rawData.Length);
return(request);
}
public override void Update()
{
// 更新动画
base.Update();
// 速度限制 -- 有更方便的限制取值范围方法
float hSpeed = body.LinearVelocity.X;
if (hSpeed > MaxRunSpeed)
{
body.LinearVelocity.X = MaxRunSpeed;
}
else if (hSpeed < -MaxRunSpeed)
{
body.LinearVelocity.X = -MaxRunSpeed;
}
switch (roleState)
{
case RState.Free:
#region FSM
// 检查脸的朝向
if (body.LinearVelocity.X > 0.01)
{
faceRight = true;
}
else if(body.LinearVelocity.X < -0.01)
{
faceRight = false;
}
// 按方向键，进行左右移动
if (InputKeyboards.isKeyPress(Keys.Right))
{
body.ClearForce();
this.InnerXForce = runForce;
body.ApplyForce(new Vector2(runForce, 0) * BaseGame.ElapsedTimeThisFrameInMilliseconds);
}
else if (InputKeyboards.isKeyPress(Keys.Left))
{
body.ClearForce();
this.InnerXForce = -runForce;
body.ApplyForce(new Vector2(-runForce, 0) * BaseGame.ElapsedTimeThisFrameInMilliseconds);
}
// 按向上键，跳跃
else if (InputKeyboards.isKeyPress(Keys.Up))
{
roleState = RState.Jumping;
PlaySeq("Jumping");
body.ClearForce();
body.ApplyForce(new Vector2(0, -jumpForce) * BaseGame.ElapsedTimeThisFrameInMilliseconds);
}
// 按空格键，射击
else if (InputKeyboards.isKeyPress(Keys.Space))
{
roleState = RState.UsingGun;
PlaySeq("UsingGun");
}
// 如果body有速度并且处于地面上，则转换状态为Running
if (body.LinearVelocity.Length() > 0.01f && isOnGround())
{
roleState = RState.Running;
PlaySeq("Running");
}
// 如果非OnGround，则获取和地面之间的关系，并转换为对应的Jumping
if (!isOnGround())
{
roleState = RState.Jumping;
}
// 如果在地面上、和物体接触，并且合力指向物体，则转换为Pushing
if (closeToPushItem())//...
{
// roleState = RState.Pushing;
}
#endregion
break;
case RState.Running:
// 检查脸的朝向
if (body.LinearVelocity.X > 0.01)
{
faceRight = true;
}
else if (body.LinearVelocity.X < -0.01)
{
faceRight = false;
}
// 按方向键，进行左右移动
if (InputKeyboards.isKeyPress(Keys.Right))
{
body.ClearForce();
this.InnerXForce = runForce;
body.ApplyForce(new Vector2(runForce, 0) * BaseGame.ElapsedTimeThisFrameInMilliseconds);
}
else if (InputKeyboards.isKeyPress(Keys.Left))
{
body.ClearForce();
this.InnerXForce = -runForce;
body.ApplyForce(new Vector2(-runForce, 0) * BaseGame.ElapsedTimeThisFrameInMilliseconds);
}
// 按向上键，跳跃
else if (InputKeyboards.isKeyPress(Keys.Up))
{
roleState = RState.Jumping;
PlaySeq("Jumping");
body.ClearForce();
body.ApplyForce(new Vector2(0, -jumpForce) * BaseGame.ElapsedTimeThisFrameInMilliseconds);
}
// 如果body无速度并且处于地面上，则转换状态为Free
if ((body.LinearVelocity.Length() <= 0.01f) && isOnGround())
{
roleState = RState.Free;
PlaySeq("Free");
}
// 如果合力不同于内部力+摩擦，则转换状态为Pushing
// 临时对摩擦使用硬编码
if ((Math.Abs(InnerXForce) - body.Mass * 980 * 1.0 - Math.Abs(body.Force.X)) <= 0.001f)
{
// roleState = RState.Pushing;
// PlaySeq("UsingGun");
}
// 如果body有速度并且不处于地面上，则转换状态为Jumping
// 如果UsingGun开关打开，则转换为UsingGun
// 如果UsingItem开关打开,则转换为UsingItem
// 如果UsingHook开关打开,则转换为UsingHook
// 如果GettingItem开关打开，则转换为GettingItem
if (InputKeyboards.isKeyPress(Keys.Up))
{
roleState = RState.Jumping;
PlaySeq("Jumping");
body.ClearForce();
body.ApplyForce(new Vector2(0, -jumpForce) * BaseGame.ElapsedTimeThisFrameInMilliseconds);
}
if (InputKeyboards.isKeyPress(Keys.Space))
{
// ... 射击
}
break;
case RState.Jumping:
// 如果body有速度并且处于地面上，则转换状态为Running
// 如果body无速度，则转换状态为Free
if (body.LinearVelocity.Length() <= 0.01f)
{
roleState = RState.Free;
PlaySeq("Free");
}
// 如果UsingGun开关打开，则转换为JumpingShooting
// 如果UsingHook开关打开,则转换为UsingHook
// 如果GettingItem开关打开，则转换为GettingItem
if (InputKeyboards.isKeyJustPress(Keys.Space))
{
// ... 跳跃射击
}
break;
case RState.Pushing:
// 如果不和可推物体分离或者没有指向物体的合力，则转换为Free/Running
if ((Math.Abs(InnerXForce) - body.Mass * 980 * 1.0f) <= 0.001f)
{
roleState = RState.Free;
PlaySeq("Free");
}
// 如果GettingItem开关打开，则转换为GettingItem
break;
case RState.GettingItem:
#region FSM
if (currentSeq.name != "GettingItem")
{
roleState = RState.Free;
PlaySeq("Free");
}
#endregion
break;
case RState.UsingHook:
if (currentSeq.name != "UsingHook")
{
roleState = RState.Free;
PlaySeq("Free");
}
break;
case RState.UsingItem:
if (currentSeq.name != "UsingItem")
{
roleState = RState.Free;
PlaySeq("Free");
}
break;
case RState.UsingGun:
if (currentSeq.name != "UsingGun")
{
roleState = RState.Free;
PlaySeq("Free");
}
break;
case RState.UsingGunInAir:
if (currentSeq.name != "UsingGunInAir")
{
roleState = RState.Free;
PlaySeq("Free");
}
break;
}
}
public void Process()
{
myReadBuffer = new byte[client.ReceiveBufferSize];
String myCompleteMessage = "";
int numberOfBytesRead = 0;
Parent.WriteLog("Connection accepted. Buffer: " + client.ReceiveBufferSize.ToString());
NetworkStream ns = client.GetStream();
string hValue = "";
string hKey = "";
try
{
// binary data buffer index
int bfndx = 0;
// Incoming message may be larger than the buffer size.
do
{
numberOfBytesRead = ns.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage =
String.Concat(myCompleteMessage, Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
// read buffer index
int ndx = 0;
do
{
switch (ParserState)
{
case RState.METHOD:
if (myReadBuffer[ndx] != ' ')
{
HTTPRequest.Method += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
ParserState = RState.URL;
}
break;
case RState.URL:
if (myReadBuffer[ndx] == '?')
{
ndx++;
hKey = "";
HTTPRequest.Execute = true;
HTTPRequest.Args = new Hashtable();
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] != ' ')
{
HTTPRequest.URL += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
break;
case RState.URLPARM:
if (myReadBuffer[ndx] == '=')
{
ndx++;
hValue = "";
ParserState = RState.URLVALUE;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hKey += (char)myReadBuffer[ndx++];
}
break;
case RState.URLVALUE:
if (myReadBuffer[ndx] == '&')
{
ndx++;
hKey = HttpUtility.UrlDecode(hKey);
hValue = HttpUtility.UrlDecode(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
hKey = "";
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
hKey = HttpUtility.UrlDecode(hKey);
hValue = HttpUtility.UrlDecode(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hValue += (char)myReadBuffer[ndx++];
}
break;
case RState.VERSION:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] != '\n')
{
HTTPRequest.Version += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
hKey = "";
HTTPRequest.Headers = new Hashtable();
ParserState = RState.HEADERKEY;
}
break;
case RState.HEADERKEY:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] == '\n')
{
ndx++;
if (HTTPRequest.Headers["Content-Length"] != null)
{
HTTPRequest.BodySize = Convert.ToInt32(HTTPRequest.Headers["Content-Length"]);
this.HTTPRequest.BodyData = new byte[this.HTTPRequest.BodySize];
ParserState = RState.BODY;
}
else
{
ParserState = RState.OK;
}
}
else if (myReadBuffer[ndx] == ':')
{
ndx++;
}
else if (myReadBuffer[ndx] != ' ')
{
hKey += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
hValue = "";
ParserState = RState.HEADERVALUE;
}
break;
case RState.HEADERVALUE:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] != '\n')
{
hValue += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
HTTPRequest.Headers.Add(hKey, hValue);
hKey = "";
ParserState = RState.HEADERKEY;
}
break;
case RState.BODY:
// Append to request BodyData
Array.Copy(myReadBuffer, ndx, this.HTTPRequest.BodyData, bfndx, numberOfBytesRead - ndx);
bfndx += numberOfBytesRead - ndx;
ndx = numberOfBytesRead;
if (this.HTTPRequest.BodySize <= bfndx)
{
ParserState = RState.OK;
}
break;
//default:
// ndx++;
// break;
}
}while(ndx < numberOfBytesRead);
}while(ns.DataAvailable);
// Print out the received message to the console.
Parent.WriteLog("You received the following message : \n" +
myCompleteMessage);
HTTPResponse.version = "HTTP/1.1";
if (ParserState != RState.OK)
{
HTTPResponse.status = (int)RespState.BAD_REQUEST;
}
else
{
HTTPResponse.status = (int)RespState.OK;
}
this.HTTPResponse.Headers = new Hashtable();
this.HTTPResponse.Headers.Add("Server", Parent.Name);
this.HTTPResponse.Headers.Add("Date", DateTime.Now.ToString("r"));
// if (HTTPResponse.status == (int)RespState.OK)
this.Parent.OnResponse(ref this.HTTPRequest, ref this.HTTPResponse);
string HeadersString = this.HTTPResponse.version + " " + this.Parent.respStatus[this.HTTPResponse.status] + "\n";
foreach (DictionaryEntry Header in this.HTTPResponse.Headers)
{
HeadersString += Header.Key + ": " + Header.Value + "\n";
}
HeadersString += "\n";
byte[] bHeadersString = Encoding.ASCII.GetBytes(HeadersString);
// Send headers
ns.Write(bHeadersString, 0, bHeadersString.Length);
// Send body
if (this.HTTPResponse.BodyData != null)
{
ns.Write(this.HTTPResponse.BodyData, 0, this.HTTPResponse.BodyData.Length);
}
if (this.HTTPResponse.fs != null)
{
using (this.HTTPResponse.fs)
{
byte[] b = new byte[client.SendBufferSize];
int bytesRead;
while ((bytesRead = this.HTTPResponse.fs.Read(b, 0, b.Length)) > 0)
{
ns.Write(b, 0, bytesRead);
}
this.HTTPResponse.fs.Close();
}
}
}
catch (Exception e)
{
Parent.WriteLog(e.ToString());
}
finally
{
ns.Close();
client.Close();
if (this.HTTPResponse.fs != null)
{
this.HTTPResponse.fs.Close();
}
Thread.CurrentThread.Abort();
}
}
private void DoTrashAction(GameStateContext c, string s)
{
var trashName = actionDictionary[s];
var trashCard = game.ActivePlayer.Hand.Remove(trashName);
game.Trash.Add(trashCard);
gainValue = 2 + trashCard.Price;
remodelState = RState.PICK_GAIN;
c.State = this;
}
/// <summary>
/// 使用RoleData序列化类进行构造
/// </summary>
/// <param name="roleData"></param>
public Role(RoleData roleData)
{
// ItemBase
texture = LoadHelper.LoadTexture2D(roleData.textureName);
layer = roleData.layer;
// AnimItem
frameWidth = roleData.frameWidth;
frameHeight = roleData.frameHeight;
frameNumber = roleData.frameNumber;
animSeqList = roleData.animSeqList;
// PhysicsItem
Body body = BodyFactory.Instance.CreateRectangleBody(PhysicsSys.Instance.PhysicsSimulator, roleData.size.X, roleData.size.Y, roleData.mass);
body.Position = roleData.position;
Geom geom = GeomFactory.Instance.CreateRectangleGeom(PhysicsSys.Instance.PhysicsSimulator, body, roleData.size.X, roleData.size.Y);
// Role
health = roleData.health;
roleState = roleData.roleState;
faceRight = roleData.facingRight;
runForce = roleData.runForce;
jumpForce = roleData.jumpForce;
MaxRunSpeed = roleData.maxRunSpeed;
foreach (KeyValuePair<String, String> itemPair in roleData.itemDic)
{
itemDic.Add(itemPair.Value, ItemFactory.CreateItem(itemPair.Key));
}
}
private void strParsing(string str, byte[] myReadBuffer, int numberOfBytesRead)
{
// read buffer index
int ndx = 0;
do
{
switch (ParserState)
{
case RState.METHOD:
if (myReadBuffer[ndx] != ' ')
{
HTTPRequest.Method += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
ParserState = RState.URL;
}
break;
case RState.URL:
if (myReadBuffer[ndx] == '?')
{
ndx++;
hKey = "";
HTTPRequest.Execute = true;
HTTPRequest.Args = new Hashtable();
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] != ' ')
{
HTTPRequest.URL += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
break;
case RState.URLPARM:
if (myReadBuffer[ndx] == '=')
{
ndx++;
hValue = "";
ParserState = RState.URLVALUE;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hKey += (char)myReadBuffer[ndx++];
}
break;
case RState.URLVALUE:
if (myReadBuffer[ndx] == '&')
{
ndx++;
hKey = HttpUtility.UrlDecode(hKey);
hValue = HttpUtility.UrlDecode(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
hKey = "";
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
hKey = HttpUtility.UrlDecode(hKey);
hValue = HttpUtility.UrlDecode(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hValue += (char)myReadBuffer[ndx++];
}
break;
case RState.VERSION:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] != '\n')
{
HTTPRequest.Version += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
hKey = "";
HTTPRequest.Headers = new Hashtable();
ParserState = RState.HEADERKEY;
}
break;
case RState.HEADERKEY:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] == '\n')
{
ndx++;
if (HTTPRequest.Headers["Content-Length"] != null)
{
HTTPRequest.BodySize = Convert.ToInt32(HTTPRequest.Headers["Content-Length"]);
this.HTTPRequest.BodyData = new byte[this.HTTPRequest.BodySize];
ParserState = RState.BODY;
}
else
{
ParserState = RState.OK;
}
}
else if (myReadBuffer[ndx] == ':')
{
ndx++;
}
else if (myReadBuffer[ndx] != ' ')
{
hKey += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
hValue = "";
ParserState = RState.HEADERVALUE;
}
break;
case RState.HEADERVALUE:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] != '\n')
{
hValue += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
if (!HTTPRequest.Headers.Contains(hKey))
{
HTTPRequest.Headers.Add(hKey, hValue);
}
hKey = "";
ParserState = RState.HEADERKEY;
}
break;
case RState.BODY:
// Append to request BodyData
Array.Copy(myReadBuffer, ndx, this.HTTPRequest.BodyData, bfndx, numberOfBytesRead - ndx);
bfndx += numberOfBytesRead - ndx;
ndx = numberOfBytesRead;
if (this.HTTPRequest.BodySize <= bfndx)
{
ParserState = RState.OK;
}
break;
//default:
// ndx++;
// break;
}
}while (ndx < numberOfBytesRead);
}
/// <summary>
/// Processes actually the HTTP Request.
/// </summary>
/// <remarks>Documented by Dev10, 2008-08-07</remarks>
public void Process()
{
myReadBuffer = new byte[client.ReceiveBufferSize];
String myCompleteMessage = "";
int numberOfBytesRead = 0;
#if DEBUG && debug_output
Debug.WriteLine("Connection accepted. Buffer: " + client.ReceiveBufferSize.ToString());
#endif
NetworkStream ns = client.GetStream();
string hValue = "";
string hKey = "";
try
{
// binary data buffer index
int bfndx = 0;
// Incoming message may be larger than the buffer size.
do
{
numberOfBytesRead = ns.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage =
String.Concat(myCompleteMessage, Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
// read buffer index
int ndx = 0;
do
{
switch (ParserState)
{
case RState.METHOD:
if (myReadBuffer[ndx] != ' ')
HTTPRequest.Method += (char)myReadBuffer[ndx++];
else
{
ndx++;
ParserState = RState.URL;
}
break;
case RState.URL:
if (myReadBuffer[ndx] == '?')
{
ndx++;
hKey = "";
HTTPRequest.Execute = true;
HTTPRequest.Args = new Hashtable();
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] != ' ')
HTTPRequest.URL += (char)myReadBuffer[ndx++];
else
{
ndx++;
HTTPRequest.URL = Uri.UnescapeDataString(HTTPRequest.URL);
ParserState = RState.VERSION;
}
break;
case RState.URLPARM:
if (myReadBuffer[ndx] == '=')
{
ndx++;
hValue = "";
ParserState = RState.URLVALUE;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
HTTPRequest.URL = Uri.UnescapeDataString(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hKey += (char)myReadBuffer[ndx++];
}
break;
case RState.URLVALUE:
if (myReadBuffer[ndx] == '&')
{
ndx++;
hKey = Uri.UnescapeDataString(hKey);
hValue = Uri.UnescapeDataString(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
hKey = "";
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
hKey = Uri.UnescapeDataString(hKey);
hValue = Uri.UnescapeDataString(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
HTTPRequest.URL = Uri.UnescapeDataString(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hValue += (char)myReadBuffer[ndx++];
}
break;
case RState.VERSION:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] != '\n')
HTTPRequest.Version += (char)myReadBuffer[ndx++];
else
{
ndx++;
hKey = "";
HTTPRequest.Headers = new Hashtable();
ParserState = RState.HEADERKEY;
}
break;
case RState.HEADERKEY:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] == '\n')
{
ndx++;
if (HTTPRequest.Headers["Content-Length"] != null)
{
HTTPRequest.BodySize = Convert.ToInt32(HTTPRequest.Headers["Content-Length"]);
this.HTTPRequest.BodyData = new byte[this.HTTPRequest.BodySize];
ParserState = RState.BODY;
}
else
ParserState = RState.OK;
}
else if (myReadBuffer[ndx] == ':')
ndx++;
else if (myReadBuffer[ndx] != ' ')
hKey += (char)myReadBuffer[ndx++];
else
{
ndx++;
hValue = "";
ParserState = RState.HEADERVALUE;
}
break;
case RState.HEADERVALUE:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] != '\n')
hValue += (char)myReadBuffer[ndx++];
else
{
ndx++;
if (!HTTPRequest.Headers.ContainsKey(hKey))
HTTPRequest.Headers.Add(hKey, hValue);
hKey = "";
ParserState = RState.HEADERKEY;
}
break;
case RState.BODY:
// Append to request BodyData
Array.Copy(myReadBuffer, ndx, this.HTTPRequest.BodyData, bfndx, numberOfBytesRead - ndx);
bfndx += numberOfBytesRead - ndx;
ndx = numberOfBytesRead;
if (this.HTTPRequest.BodySize <= bfndx)
{
ParserState = RState.OK;
}
break;
default:
ndx++;
break;
}
}
while (ndx < numberOfBytesRead);
}
while (ns.DataAvailable);
#if DEBUG && debug_output
// Print out the received message to the console.
Debug.WriteLine("Media server received request: " + Environment.NewLine +
myCompleteMessage);
#endif
//Build up the HTTPResponse
HTTPResponse.version = "HTTP/1.1";
if (ParserState != RState.OK)
HTTPResponse.status = (int)RespState.BAD_REQUEST;
else
HTTPResponse.status = (int)RespState.OK;
this.HTTPResponse.Headers = new Hashtable();
this.HTTPResponse.Headers.Add("Server", Parent.Name);
this.HTTPResponse.Headers.Add("Date", DateTime.Now.ToString("r"));
this.HTTPResponse.Headers.Add("Cache-Control", "no-cache");
this.HTTPResponse.Headers.Add("Pragma", "no-cache");
this.HTTPResponse.Headers.Add("Expires", "-1");
#if DEBUG && debug_output
//Call the overriden SubClass Method to complete the HTTPResponse Content
Debug.WriteLine("Preparing reponse.");
#endif
this.Parent.OnResponse(ref this.HTTPRequest, ref this.HTTPResponse);
//Create the Header String
string HeadersString = this.HTTPResponse.version + " " + this.Parent.respStatus[this.HTTPResponse.status] + "\r\n";
foreach (DictionaryEntry Header in this.HTTPResponse.Headers)
{
HeadersString += Header.Key + ": " + Header.Value + "\r\n";
}
HeadersString += "\r\n";
byte[] bHeadersString = Encoding.ASCII.GetBytes(HeadersString);
#if DEBUG && debug_output
// Send headers
Debug.WriteLine("Response headers: " + Environment.NewLine + HeadersString);
#endif
ns.Write(bHeadersString, 0, bHeadersString.Length);
ns.Flush();
// Send body (File)
if (this.HTTPResponse.mediaStream != null)
using (this.HTTPResponse.mediaStream)
{
byte[] b = new byte[client.SendBufferSize];
int bytesRead;
int totalBytes = 0;
int totalLength = Convert.ToInt32(this.HTTPResponse.mediaStream.Length);
while ((bytesRead = this.HTTPResponse.mediaStream.Read(b, 0, b.Length)) > 0)
{
ns.Write(b, 0, bytesRead);
totalBytes += bytesRead;
#if DEBUG && debug_output
Debug.WriteLine(string.Format("Sent {0:0,0} / {1:0,0} KBytes ({2:0.0%}).",
1.0 * totalBytes / 1024, 1.0 * totalLength / 1024, 1.0 * totalBytes / totalLength));
#endif
}
ns.Flush();
this.HTTPResponse.mediaStream.Close();
}
}
catch (Exception e)
{
if (e is WebException)
Trace.WriteLine("A Webexception in CsHTTPRequest was thrown. URI: " + ((WebException)e).Response.ResponseUri.ToString() + Environment.NewLine + e.ToString());
else
Trace.WriteLine("An Exception in CsHTTPRequest was thrown: " + e.ToString());
if (e.InnerException != null && e.InnerException is SocketException)
{
SocketException se = ((SocketException)e.InnerException);
Trace.WriteLine("Socket exception: " + se.ToString());
Trace.WriteLine("Error code: " + se.ErrorCode + " SocketErrorCode: " + se.SocketErrorCode);
}
}
finally
{
ns.Close();
client.Close();
if (this.HTTPResponse.mediaStream != null)
this.HTTPResponse.mediaStream.Close();
}
}
/// <summary>
/// Processes actually the HTTP Request.
/// </summary>
/// <remarks>Documented by Dev10, 2008-08-07</remarks>
public void Process()
{
myReadBuffer = new byte[client.ReceiveBufferSize];
String myCompleteMessage = "";
int numberOfBytesRead = 0;
#if DEBUG && debug_output
Debug.WriteLine("Connection accepted. Buffer: " + client.ReceiveBufferSize.ToString());
#endif
NetworkStream ns = client.GetStream();
string hValue = "";
string hKey = "";
try
{
// binary data buffer index
int bfndx = 0;
// Incoming message may be larger than the buffer size.
do
{
numberOfBytesRead = ns.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage =
String.Concat(myCompleteMessage, Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
// read buffer index
int ndx = 0;
do
{
switch (ParserState)
{
case RState.METHOD:
if (myReadBuffer[ndx] != ' ')
{
HTTPRequest.Method += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
ParserState = RState.URL;
}
break;
case RState.URL:
if (myReadBuffer[ndx] == '?')
{
ndx++;
hKey = "";
HTTPRequest.Execute = true;
HTTPRequest.Args = new Hashtable();
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] != ' ')
{
HTTPRequest.URL += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
HTTPRequest.URL = Uri.UnescapeDataString(HTTPRequest.URL);
ParserState = RState.VERSION;
}
break;
case RState.URLPARM:
if (myReadBuffer[ndx] == '=')
{
ndx++;
hValue = "";
ParserState = RState.URLVALUE;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
HTTPRequest.URL = Uri.UnescapeDataString(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hKey += (char)myReadBuffer[ndx++];
}
break;
case RState.URLVALUE:
if (myReadBuffer[ndx] == '&')
{
ndx++;
hKey = Uri.UnescapeDataString(hKey);
hValue = Uri.UnescapeDataString(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
hKey = "";
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
hKey = Uri.UnescapeDataString(hKey);
hValue = Uri.UnescapeDataString(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
HTTPRequest.URL = Uri.UnescapeDataString(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hValue += (char)myReadBuffer[ndx++];
}
break;
case RState.VERSION:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] != '\n')
{
HTTPRequest.Version += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
hKey = "";
HTTPRequest.Headers = new Hashtable();
ParserState = RState.HEADERKEY;
}
break;
case RState.HEADERKEY:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] == '\n')
{
ndx++;
if (HTTPRequest.Headers["Content-Length"] != null)
{
HTTPRequest.BodySize = Convert.ToInt32(HTTPRequest.Headers["Content-Length"]);
this.HTTPRequest.BodyData = new byte[this.HTTPRequest.BodySize];
ParserState = RState.BODY;
}
else
{
ParserState = RState.OK;
}
}
else if (myReadBuffer[ndx] == ':')
{
ndx++;
}
else if (myReadBuffer[ndx] != ' ')
{
hKey += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
hValue = "";
ParserState = RState.HEADERVALUE;
}
break;
case RState.HEADERVALUE:
if (myReadBuffer[ndx] == '\r')
{
ndx++;
}
else if (myReadBuffer[ndx] != '\n')
{
hValue += (char)myReadBuffer[ndx++];
}
else
{
ndx++;
if (!HTTPRequest.Headers.ContainsKey(hKey))
{
HTTPRequest.Headers.Add(hKey, hValue);
}
hKey = "";
ParserState = RState.HEADERKEY;
}
break;
case RState.BODY:
// Append to request BodyData
Array.Copy(myReadBuffer, ndx, this.HTTPRequest.BodyData, bfndx, numberOfBytesRead - ndx);
bfndx += numberOfBytesRead - ndx;
ndx = numberOfBytesRead;
if (this.HTTPRequest.BodySize <= bfndx)
{
ParserState = RState.OK;
}
break;
default:
ndx++;
break;
}
}while (ndx < numberOfBytesRead);
}while (ns.DataAvailable);
#if DEBUG && debug_output
// Print out the received message to the console.
Debug.WriteLine("Media server received request: " + Environment.NewLine +
myCompleteMessage);
#endif
//Build up the HTTPResponse
HTTPResponse.version = "HTTP/1.1";
if (ParserState != RState.OK)
{
HTTPResponse.status = (int)RespState.BAD_REQUEST;
}
else
{
HTTPResponse.status = (int)RespState.OK;
}
this.HTTPResponse.Headers = new Hashtable();
this.HTTPResponse.Headers.Add("Server", Parent.Name);
this.HTTPResponse.Headers.Add("Date", DateTime.Now.ToString("r"));
this.HTTPResponse.Headers.Add("Cache-Control", "no-cache");
this.HTTPResponse.Headers.Add("Pragma", "no-cache");
this.HTTPResponse.Headers.Add("Expires", "-1");
#if DEBUG && debug_output
//Call the overriden SubClass Method to complete the HTTPResponse Content
Debug.WriteLine("Preparing reponse.");
#endif
this.Parent.OnResponse(ref this.HTTPRequest, ref this.HTTPResponse);
//Create the Header String
string HeadersString = this.HTTPResponse.version + " " + this.Parent.respStatus[this.HTTPResponse.status] + "\r\n";
foreach (DictionaryEntry Header in this.HTTPResponse.Headers)
{
HeadersString += Header.Key + ": " + Header.Value + "\r\n";
}
HeadersString += "\r\n";
byte[] bHeadersString = Encoding.ASCII.GetBytes(HeadersString);
#if DEBUG && debug_output
// Send headers
Debug.WriteLine("Response headers: " + Environment.NewLine + HeadersString);
#endif
ns.Write(bHeadersString, 0, bHeadersString.Length);
ns.Flush();
// Send body (File)
if (this.HTTPResponse.mediaStream != null)
{
using (this.HTTPResponse.mediaStream)
{
byte[] b = new byte[client.SendBufferSize];
int bytesRead;
int totalBytes = 0;
int totalLength = Convert.ToInt32(this.HTTPResponse.mediaStream.Length);
while ((bytesRead = this.HTTPResponse.mediaStream.Read(b, 0, b.Length)) > 0)
{
ns.Write(b, 0, bytesRead);
totalBytes += bytesRead;
#if DEBUG && debug_output
Debug.WriteLine(string.Format("Sent {0:0,0} / {1:0,0} KBytes ({2:0.0%}).",
1.0 * totalBytes / 1024, 1.0 * totalLength / 1024, 1.0 * totalBytes / totalLength));
#endif
}
ns.Flush();
this.HTTPResponse.mediaStream.Close();
}
}
}
catch (Exception e)
{
if (e is WebException)
{
Trace.WriteLine("A Webexception in CsHTTPRequest was thrown. URI: " + ((WebException)e).Response.ResponseUri.ToString() + Environment.NewLine + e.ToString());
}
else
{
Trace.WriteLine("An Exception in CsHTTPRequest was thrown: " + e.ToString());
}
if (e.InnerException != null && e.InnerException is SocketException)
{
SocketException se = ((SocketException)e.InnerException);
Trace.WriteLine("Socket exception: " + se.ToString());
Trace.WriteLine("Error code: " + se.ErrorCode + " SocketErrorCode: " + se.SocketErrorCode);
}
}
finally
{
ns.Close();
client.Close();
if (this.HTTPResponse.mediaStream != null)
{
this.HTTPResponse.mediaStream.Close();
}
}
}
public void Process()
{
myReadBuffer = new byte[client.ReceiveBufferSize];
String myCompleteMessage = "";
int numberOfBytesRead = 0;
//Connection accepted. Buffering...
NetworkStream ns = client.GetStream();
string hValue = "";
string hKey = "";
try
{
// binary data buffer index
int bfndx = 0;
// Incoming message may be larger than the buffer size.
do
{
numberOfBytesRead = ns.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage =
String.Concat(myCompleteMessage, Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
// read buffer index
int ndx = 0;
do
{
switch ( ParserState )
{
case RState.METHOD:
if (myReadBuffer[ndx] != ' ')
_HTTPRequest.Method += (char)myReadBuffer[ndx++];
else
{
ndx++;
ParserState = RState.URL;
}
break;
case RState.URL:
if (myReadBuffer[ndx] == '?')
{
ndx++;
hKey = "";
_HTTPRequest.Execute = true;
_HTTPRequest.Args = new Hashtable();
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] != ' ')
_HTTPRequest.URL += (char)myReadBuffer[ndx++];
else
{
ndx++;
_HTTPRequest.URL = HttpUtility.UrlDecode(_HTTPRequest.URL);
ParserState = RState.VERSION;
}
break;
case RState.URLPARM:
if (myReadBuffer[ndx] == '=')
{
ndx++;
hValue="";
ParserState = RState.URLVALUE;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
_HTTPRequest.URL = HttpUtility.UrlDecode(_HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hKey += (char)myReadBuffer[ndx++];
}
break;
case RState.URLVALUE:
if (myReadBuffer[ndx] == '&')
{
ndx++;
hKey=HttpUtility.UrlDecode(hKey);
hValue=HttpUtility.UrlDecode(hValue);
_HTTPRequest.Args[hKey] = _HTTPRequest.Args[hKey] != null ? _HTTPRequest.Args[hKey] + ", " + hValue : hValue;
hKey="";
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
hKey=HttpUtility.UrlDecode(hKey);
hValue=HttpUtility.UrlDecode(hValue);
_HTTPRequest.Args[hKey] = _HTTPRequest.Args[hKey] != null ? _HTTPRequest.Args[hKey] + ", " + hValue : hValue;
_HTTPRequest.URL = HttpUtility.UrlDecode(_HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hValue += (char)myReadBuffer[ndx++];
}
break;
case RState.VERSION:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] != '\n')
_HTTPRequest.Version += (char)myReadBuffer[ndx++];
else
{
ndx++;
hKey = "";
_HTTPRequest.Headers = new Hashtable();
ParserState = RState.HEADERKEY;
}
break;
case RState.HEADERKEY:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] == '\n')
{
ndx++;
if (_HTTPRequest.Headers["Content-Length"] != null)
{
_HTTPRequest.BodySize = Convert.ToInt32(_HTTPRequest.Headers["Content-Length"]);
this._HTTPRequest.BodyData = new byte[this._HTTPRequest.BodySize];
ParserState = RState.BODY;
}
else
ParserState = RState.OK;
}
else if (myReadBuffer[ndx] == ':')
ndx++;
else if (myReadBuffer[ndx] != ' ')
hKey += (char)myReadBuffer[ndx++];
else
{
ndx++;
hValue = "";
ParserState = RState.HEADERVALUE;
}
break;
case RState.HEADERVALUE:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] != '\n')
hValue += (char)myReadBuffer[ndx++];
else
{
ndx++;
_HTTPRequest.Headers.Add(hKey, hValue);
hKey = "";
ParserState = RState.HEADERKEY;
}
break;
case RState.BODY:
// Append to request BodyData
Array.Copy(myReadBuffer, ndx, this._HTTPRequest.BodyData, bfndx, numberOfBytesRead - ndx);
bfndx += numberOfBytesRead - ndx;
ndx = numberOfBytesRead;
if ( this._HTTPRequest.BodySize <= bfndx)
{
ParserState = RState.OK;
}
break;
//default:
// ndx++;
// break;
}
}
while(ndx < numberOfBytesRead);
}
while(ns.DataAvailable);
_HTTPResponse.version = "HTTP/1.1";
if (ParserState != RState.OK)
_HTTPResponse.status = (int)RespState.BAD_REQUEST;
else
_HTTPResponse.status = (int)RespState.OK;
this._HTTPResponse.Headers = new Hashtable();
this._HTTPResponse.Headers.Add("Server", Parent.Name);
this._HTTPResponse.Headers.Add("Date", DateTime.Now.ToString("r"));
HTTPRequestHandler.OnRequest(this, ref ns);
}
catch (Exception e)
{
//Exception!
Console.WriteLine(e.Message);
}
finally
{
ns.Close();
client.Close();
if (this._HTTPResponse.fs != null)
this._HTTPResponse.fs.Close();
Thread.CurrentThread.Abort();
}
}
private void strParsing(string str, byte[] myReadBuffer, int numberOfBytesRead)
{
// read buffer index
int ndx = 0;
do
{
switch (ParserState)
{
case RState.METHOD:
if (myReadBuffer[ndx] != ' ')
HTTPRequest.Method += (char)myReadBuffer[ndx++];
else
{
ndx++;
ParserState = RState.URL;
}
break;
case RState.URL:
if (myReadBuffer[ndx] == '?')
{
ndx++;
hKey = "";
HTTPRequest.Execute = true;
HTTPRequest.Args = new Hashtable();
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] != ' ')
HTTPRequest.URL += (char)myReadBuffer[ndx++];
else
{
ndx++;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
break;
case RState.URLPARM:
if (myReadBuffer[ndx] == '=')
{
ndx++;
hValue = "";
ParserState = RState.URLVALUE;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hKey += (char)myReadBuffer[ndx++];
}
break;
case RState.URLVALUE:
if (myReadBuffer[ndx] == '&')
{
ndx++;
hKey = HttpUtility.UrlDecode(hKey);
hValue = HttpUtility.UrlDecode(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
hKey = "";
ParserState = RState.URLPARM;
}
else if (myReadBuffer[ndx] == ' ')
{
ndx++;
hKey = HttpUtility.UrlDecode(hKey);
hValue = HttpUtility.UrlDecode(hValue);
HTTPRequest.Args[hKey] = HTTPRequest.Args[hKey] != null ? HTTPRequest.Args[hKey] + ", " + hValue : hValue;
HTTPRequest.URL = HttpUtility.UrlDecode(HTTPRequest.URL);
ParserState = RState.VERSION;
}
else
{
hValue += (char)myReadBuffer[ndx++];
}
break;
case RState.VERSION:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] != '\n')
HTTPRequest.Version += (char)myReadBuffer[ndx++];
else
{
ndx++;
hKey = "";
HTTPRequest.Headers = new Hashtable();
ParserState = RState.HEADERKEY;
}
break;
case RState.HEADERKEY:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] == '\n')
{
ndx++;
if (HTTPRequest.Headers["Content-Length"] != null)
{
HTTPRequest.BodySize = Convert.ToInt32(HTTPRequest.Headers["Content-Length"]);
this.HTTPRequest.BodyData = new byte[this.HTTPRequest.BodySize];
ParserState = RState.BODY;
}
else
ParserState = RState.OK;
}
else if (myReadBuffer[ndx] == ':')
ndx++;
else if (myReadBuffer[ndx] != ' ')
hKey += (char)myReadBuffer[ndx++];
else
{
ndx++;
hValue = "";
ParserState = RState.HEADERVALUE;
}
break;
case RState.HEADERVALUE:
if (myReadBuffer[ndx] == '\r')
ndx++;
else if (myReadBuffer[ndx] != '\n')
hValue += (char)myReadBuffer[ndx++];
else
{
ndx++;
if (!HTTPRequest.Headers.Contains(hKey))
HTTPRequest.Headers.Add(hKey, hValue);
hKey = "";
ParserState = RState.HEADERKEY;
}
break;
case RState.BODY:
// Append to request BodyData
Array.Copy(myReadBuffer, ndx, this.HTTPRequest.BodyData, bfndx, numberOfBytesRead - ndx);
bfndx += numberOfBytesRead - ndx;
ndx = numberOfBytesRead;
if (this.HTTPRequest.BodySize <= bfndx)
{
ParserState = RState.OK;
}
break;
//default:
// ndx++;
// break;
}
}
while (ndx < numberOfBytesRead);
}
