private void setupTraceLog(HttpContext httpContext, String queue, AccessLog accessLog)
throws IOException {
String clientIp = httpContext.getClientIp();
// DBへのアクセスログ採取有無
if (!isLogging(clientIp, "accessDb." + queue)) {
return;
}
// DBに記録する
accessLog.insert();
// リクエストStreamのpeek処理
if (isLogging(clientIp, "accessTrace.request." + queue)) {
PeekStream requestPeeker = accessLog.setupPeekRequest();
httpContext.peekRequest(requestPeeker);
context.enque(requestPeeker, Config.QUEUE_PEEK);
// 既に受け取っているヘッダ部分をPeekStreamに流し込む
HttpParser requestParser = httpContext.getRequestParser();
OutputStream os = requestPeeker.getPeekOutputStream();
requestParser.writeSeriarizeHeader(os);
}
// レスポンスStreamのpeek処理
if (isLogging(clientIp, "accessTrace.response." + queue)) {
PeekStream responsePeeker = accessLog.setupPeekResponse();
httpContext.peekResponse(responsePeeker);
context.enque(responsePeeker, Config.QUEUE_PEEK);
}
}
// WWW-Authenticate: Basic realm="FIND2",Basicはreverseの事を考えると使えない
// Authorization: Basic XXXbase64XXX
// "Proxy-Authenticate", "Basic Realm=\"myProxy\"",proxyの場合こちらを使う
// Proxy-Authorization: Basic XXXbase64XXX
// Response Queueに依頼する前にレスポンスを返却したい場合
private void responseDirect(HttpContext httpContext, String statusCode, String text) {
httpContext.registerResponse(statusCode, text);
httpContext.startResponse();
try {
httpContext.responseDirect();
} catch (IOException e1) {
// TODO Auto-generated catch block
e1.printStackTrace();
}
context.enque(httpContext, Config.QUEUE_CLOSE);
}
/* (non-Javadoc)
* @see naru.queuelet.Queuelet#service(java.lang.Object)
*/
public boolean service(Object req) {
HttpContext httpContext = null;
if (req instanceof Socket) {
Socket socket = (Socket) req;
// 指定IPからのリクエストかどうかをチェック
if (checkIp(socket) == false) {
return false;
}
httpContext = (HttpContext) context.deque(Config.QUEUE_HTTPCONTEXT_POOL);
httpContext.setSocket(socket);
} else { // KeepAliveを実装する時はこちら
httpContext = (HttpContext) req;
}
// 処理の起点がaccessLogの中に採られる
AccessLog accessLog = (AccessLog) context.deque(Config.QUEUE_ACCESSLOG_POOL);
httpContext.setupAccessLog(accessLog);
boolean parseHeader = false;
try {
parseHeader = httpContext.parseRequestHeader();
} catch (IOException e) {
// 不当リクエスト
logger.error("fail to parse Request.", e);
} catch (Throwable t) { // java.nio.channels.ClosedSelectorExceptionが発生したりする
logger.error("fail to parse Request.!!", t);
}
if (!parseHeader) {
context.enque(httpContext, Config.QUEUE_CLOSE);
return false;
}
MappingEntry entry = mappingQueue(httpContext);
if (entry == null) {
logger.warn("fail to mapping.URL:" + httpContext.getRequestUri());
responseDirect(httpContext, "404", "failt to mapping." + httpContext.getRequestUri());
return false;
}
String queue = entry.getQueue();
// 一連streamの初期化
try {
setupTraceLog(httpContext, queue, accessLog);
} catch (IOException e) {
// streamの初期化に失敗、レスポンスもできない
logger.error("fail to setupAccessTrace", e);
responseDirect(httpContext, "404", "failt to accesslog." + httpContext.getRequestUri());
return false;
}
// 以降普通にレスポンスできる
// response予約
context.enque(httpContext, Config.QUEUE_RESPONSE);
entry = authentication(httpContext, entry);
if (entry == null) {
return false;
}
accessLog.setMappingSource(entry.getSourcePath());
accessLog.setMappingDestination(entry.getDestination());
// response作成依頼(認証時にqueueが変更されている可能性がある)
context.enque(httpContext, entry.getQueue());
return true;
}
public void writable(SocketChannel channel) {
ASyncIOIf ioif = popChannel(channel);
context.enque(ioif, writeQueue);
}
public void readable(SocketChannel channel) {
ASyncIOIf ioif = popChannel(channel);
context.enque(ioif, readQueue);
}