org.apache.coyote.http2.LocalStrings_zh_CN.properties Maven / Gradle / Ivy
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abstractStream.setConnectionAllocationMade=连接 [{0}],流 [{1}],连接分配从 [{2}] 更改为 [{3}]
abstractStream.setConnectionAllocationRequested=连接 [{0}],流 [{1}],请求的连接分配从 [{2}] 更改为 [{3}]
abstractStream.windowSizeDec=连接[{0}],流[{1}],将流控制窗口减少[{2}]到[{3}]
abstractStream.windowSizeInc=连接 [{0}], 流 [{1}], 增加流量控制窗口[{2}] 到 [{3}]
abstractStream.windowSizeTooBig=连接[{0}],流[{1}],窗口大小从[{2}]增加到[{3}],超过了允许的最大值
connectionPrefaceParser.eos=读取打开客户端序字节序列时出现意外的流结尾。只读取了[{0}]个字节。
connectionPrefaceParser.mismatch=请求了新的远程流ID[{0}],但所有远程流都必须使用奇数标识符。
connectionSettings.debug=连接[{0}],参数类型[{1}]设置为[{2}]
connectionSettings.enablePushInvalid=连接[{0}],请求的enable push[{1}]值不是允许的值之一(零或一)
connectionSettings.headerTableSizeLimit=连接 [{0}],尝试将 header 表大小设置为 [{1}],但限制为 16k
connectionSettings.maxFrameSizeInvalid=连接[{0}],请求的最大帧大小[{1}]在[{2}]到[{3}]的允许范围之外
connectionSettings.unknown=连接[{0}],标识为[{1}]和值为[{2}]的未知设置被忽略
connectionSettings.windowSizeTooBig=连接[{0}],请求窗口大小[{0}],大于最大允许的值[{1}]
frameType.checkPayloadSize=对帧类型[{1}]来说,负载[{0}]是无效的
frameType.checkStream=无效的帧类型[{0}]
hpack.integerEncodedOverTooManyOctets=HPACK 可变长度整数编码过多的八位字节,最大值为[{0}]
hpack.invalidCharacter=代码点[{1}]处的Unicode字符[{0}]无法编码,因为它超出了允许的0到255范围。
hpackEncoder.encodeHeader=编码头[{0}],值为[{1}]
hpackdecoder.addDynamic=正在将头添加到名为[{1}]和值[{2}]动态表的索引[{0}]
hpackdecoder.clearDynamic=清空动态表
hpackdecoder.emitHeader=正在发出名为[{0}]值为[{1}]的头
hpackdecoder.headerTableIndexInvalid=头部表索引[{0}]无效,因为有[{1}]个静态实例和[{2}]个动态实例
hpackdecoder.maxMemorySizeExceeded=头表大小[{0}]超过了最大大小[{1}]
hpackdecoder.notImplemented=尚未实施
hpackdecoder.nullHeader=索引[{0}]处的头为空
hpackdecoder.tableSizeUpdateNotAtStart=任何表大小的更新都必须在头块开始时发送。
hpackdecoder.useDynamic=从动态表的索引[{0}]使用头
hpackdecoder.useStatic=从静态表的索引[{0}]使用头
hpackdecoder.zeroNotValidHeaderTableIndex=零不是有效的头表索引
hpackhuffman.huffmanEncodedHpackValueDidNotEndWithEOS=HPACK头中的Huffman编码值没有以EOS填充结束
hpackhuffman.stringLiteralEOS=包含EOS符号的HPACK头中的Huffman编码值
hpackhuffman.stringLiteralTooMuchPadding=超过7个bits的EOS填充提供了在一个霍夫曼编码字符串的结束
http2Parser.error=Connection [{0}],Stream [{1}], 框架类型 [{2}], 错误
http2Parser.headerLimitCount=连接[{0}],流[{1}],标题太多
http2Parser.headerLimitSize=连接[{0}],Stream[{1}],总的头信息尺寸太大
http2Parser.headers.wrongFrameType=连接[{0}],正在处理流[{1}]的头,但收到了类型为[{2}]的帧
http2Parser.headers.wrongStream=连接[{0}], 头部信息对于流[{1}]正在进行但对于流[{2}]的一帧已经收到了。
http2Parser.invalidBuffers=应使用两个缓冲区进行读取
http2Parser.nonZeroPadding=连接[{0}],流[{1}],非零填充
http2Parser.payloadTooBig=有效负载是[{0}]字节长,但最大帧大小是[{1}]。
http2Parser.preface.invalid=出现无效连接
http2Parser.preface.io=无法读取连接前言
http2Parser.processFrame=连接[{0}]、流[{1}]、帧类型[{2}]、标志[{3}]、负载大小[{4}]
http2Parser.processFrame.tooMuchPadding=连接[{0}],流[{1}],填充长度[{2}]对于负载[{3}]太大
http2Parser.processFrame.unexpectedType=需要帧类型[{0}],但收到帧类型[{1}]
http2Parser.processFrameContinuation.notExpected=连接[{0}],当没有头正在进行时,为流[{1}]接收到连续帧。
http2Parser.processFrameData.lengths=连接[{0}],流[{1}],数据长度,[{2}],填充长度[{3}]
http2Parser.processFrameData.window=连接[{0}],客户端发送的数据比流窗口允许的多
http2Parser.processFrameHeaders.decodingDataLeft=数据在HPACK解码后依然保留 - 它本应该被消费掉
http2Parser.processFrameHeaders.decodingFailed=对HTTP头进行HPACK解码时出错
http2Parser.processFrameHeaders.payload=连接:[{0}],流:[{1}],正在处理[{1}]大小的头文件负载
http2Parser.processFramePushPromise=连接 [{0}],流 [{1}],PUSH_PROMISE帧不应由客户端发送
http2Parser.processFrameSettings.ackWithNonZeroPayload=接收到带有ACK标志设置和有效负载的设置帧
http2Parser.processFrameWindowUpdate.debug=连接[{0}],流[{1}],窗口大小增量[{2}]
http2Parser.processFrameWindowUpdate.invalidIncrement=接收到的窗口更新帧具有无效的增量大小[0]
http2Parser.swallow.debug=连接:[{0}],流:[{1}],吞下[{2}]字节
http2Protocol.jmxRegistration.fail=HTTP/2协议注册JMX失败
pingManager.roundTripTime=连接[{0}]往返时间测量为[{1}]ns
stream.closed=连接[{0}],流[{1}],一旦关闭就无法写入流
stream.header.case=连接[{0}],流[{1}],HTTP标头名称[{2}]必须小写
stream.header.connection=HTTP/2请求中不允许连接[{0}]、流[{1}]、HTTP头[{2}]
stream.header.contentLength=连接[{0}],流[{1}],内容长度头值[{2}]与接收的数据大小[{3}]不一致
stream.header.debug=连接[{0}],流[{1}],HTTP标头[{2}],值[{3}]
stream.header.duplicate=连接[{0}],流[{1}],收到多个[{2}]头
stream.header.empty=连接[{0}],流[{1}],无效的空头名称
stream.header.invalid=连接[{0}],流[{1}],头[{2}]包含无效值[{3}]
stream.header.noPath=连接[{0}],流[{1}],[:path]伪标头为空
stream.header.required=连接 [{0}], 流 [{1}], 缺少一个或多个必要的头文件
stream.header.te=连接[{0}]、流[{1}]、HTTP头[te]在HTTP/2请求中不允许有值[{2}]
stream.header.unexpectedPseudoHeader=连接[{0}],流[{1}],伪头[{2}]在常规头之后接收
stream.header.unknownPseudoHeader=收到连接[{0}],流[{1}],未知伪标头[{2}]
stream.host.inconsistent=连接 [{0}],流 [{1}],主机头 [{2}] 与之前为主机 [{3}] 端口 [{4}] 提供的值不一致
stream.inputBuffer.copy=正在将[{0}]字节从inBuffer复制到outBuffer
stream.inputBuffer.dispatch=注册读取兴趣时将数据添加到inBuffer中。触发读取分派
stream.inputBuffer.empty=流输入缓冲区为空。等待更多数据
stream.inputBuffer.readTimeout=等待从客户端读取数据超时
stream.inputBuffer.reset=流.重置
stream.inputBuffer.signal=读线程在等待时,数据被添加到inBuffer中。 发信号通知该线程继续
stream.inputBuffer.swallowUnread=先前读取到输入流缓冲区吞入了[{0}]个字节
stream.notWritable=连接[{0}],流[{1}],此流不可写
stream.outputBuffer.flush.debug=连接[{0}],流[{1}],用缓冲区在位置[{2}]刷新输出,writeInProgress[{3}]并关闭了[{4}]
stream.recycle=连接[{0}],流[{1}]将被回收
stream.reset.fail=连接[{0}],流[{1}],重置流失败
stream.reset.receive=连接[{0}],流[{1}],由于[{2}]而收到重置
stream.reset.send=连接[{0}],流[{1}],由于[{2}]将重置发送
stream.trailerHeader.noEndOfStream=连接[{0}],流[{1}],尾部标头不包括流结束标志
stream.writeTimeout=等待客户端增加流控制窗口以允许写入流数据的超时
streamProcessor.cancel=连接到[{0}],Stream [{1}],
streamProcessor.error.connection=连接[{0}],Stream[{0}],处理中发生错误,对连接来说是致命的。
streamProcessor.error.stream=连接[{0}],流[{1}],处理过程中发生对流致命的错误
streamProcessor.flushBufferedWrite.entry=连接[{0}],流[{1}],正在刷新缓冲写入
streamProcessor.service.error=请求处理期间出错
streamStateMachine.debug.change=连接[{0}],流[{1}],状态从[{2}]更改为[{3}]
streamStateMachine.invalidFrame=连接[{0}]、流[{1}]、状态[{2}]、帧类型[{3}]
upgradeHandler.allocate.debug=连接[{0}],流[{1}],已分配[{2}]字节
upgradeHandler.allocate.left=连接[{0}],流[{1}],[{2}]字节未分配 - 尝试分配给子项
upgradeHandler.clientCancel=客户端在响应完成前重置了数据流
upgradeHandler.connectionError=连接错误
upgradeHandler.fallToDebug=注意:往后出现 HTTP/2 流的错误将以 DEBUG 日志级别输出。
upgradeHandler.goaway.debug=连接[{0}],离开,最后的流[{1}],错误码[{2}],调试数据[{3}]
upgradeHandler.init=连接[{0}],状态[{1}]
upgradeHandler.invalidPreface=连接[{0}],连接前言无效
upgradeHandler.ioerror=连接[{0}]
upgradeHandler.noAllocation=连接[{0}],流[{1}],等待分配超时
upgradeHandler.noNewStreams=连接[{0}],流[{1}],忽略流,因为此连接上不允许有新的流
upgradeHandler.overheadChange=连接[{0}]、流[{1}]、帧类型[{2}]产生新的系统开销数[{3}]
upgradeHandler.pause.entry=连接[{0}]正在暂停
upgradeHandler.pingFailed=连接[{0}]对客户端发送ping失败.
upgradeHandler.prefaceReceived=连接[{0}],从客户端收到连接准备。
upgradeHandler.pruneIncomplete=连接[{0}],流[{1}],无法完全修剪连接,因为有[{2}]个活动流太多
upgradeHandler.pruneStart=连接[{0}]正在开始修剪旧流。限制为[{1}],当前有[{2}]个流。
upgradeHandler.pruned=连接[{0}]已修剪完成的流[{1}]
upgradeHandler.releaseBacklog=连接[{0}],流[{1}]已从待办事项列表中释放
upgradeHandler.reset.receive=连接[{0}],流[{1}],由于[{2}]而重置
upgradeHandler.rst.debug=连接[{0}],流[{1}],错误[{2}],消息[{3}],RST(关闭流)
upgradeHandler.sendPrefaceFail=连接[{0}],给客户端发送前言失败
upgradeHandler.sendfile.reservation=在发送文件写入之前的连接 [{0}]、流 [{1}]、连接预留 [{2}]、流预留 [{3}]
upgradeHandler.socketCloseFailed=关闭 socket 错误
upgradeHandler.startRequestBodyFrame.result=连接[{0}],流[{1}]startRequestBodyFrame返回[{2}]
upgradeHandler.stream.closed=流[{0}]已经关闭了一段时间
upgradeHandler.stream.error=连接[{0}],流[{1}]由于错误被关闭
upgradeHandler.stream.even=请求了新的远程流ID[{0}],但所有远程流都必须使用奇数标识符
upgradeHandler.stream.notWritable=连接[{0}],流[{1}],此流不可写。
upgradeHandler.stream.old=请求了新的远程流ID [{0}],但最近的流是[{1}]
upgradeHandler.tooManyRemoteStreams=客户端试图使用超过[{0}]个活动流。
upgradeHandler.tooMuchOverhead=连接[{0}],开销过大,连接将关闭
upgradeHandler.unexpectedAck=连接[{0}],流[{1}],收到一个非预期的设置确认
upgradeHandler.upgrade=连接[{0}], HTTP/1.1 升级到流[1]
upgradeHandler.upgrade.fail=):连接[{0}],http/1.1升级失败
upgradeHandler.upgradeDispatch.entry=条目,连接[{0}],SocketStatus [{1}]
upgradeHandler.upgradeDispatch.exit=退出,连接[{0}], SocketState[{1}]
upgradeHandler.windowSizeReservationInterrupted=连接[{0}],流[{1}],保留[{2}]字节
upgradeHandler.windowSizeTooBig=连接[{0}],流[{1}],窗口太大
upgradeHandler.windowUpdateConnection=连接[{0}],向客户端发送了窗口更新,将窗口增加[{1}]字节
upgradeHandler.windowUpdateStream=连接[{0}],流[{1}]向客户端发送了窗口更新,将窗口增加[{2}]字节
upgradeHandler.writeBody=连接 [{0}],数据流[{1}], 数据长度[{2}]
upgradeHandler.writeHeaders=连接[{0}],流[{1}],正在写入头信息,EndOfStream[{2}]
upgradeHandler.writePushHeaders=连接[{0}]、流[{1}]、推送流[{2}]、EndOfStream[{3}]
windowAllocationManager.dispatched=连接[{0}],流[{1}],已调度
windowAllocationManager.notified=连接[{0}],流[{1}],已通知
windowAllocationManager.notify=连接[{0}], 流[{1}], 等待类型[{2}], 通知类型[{3}]
windowAllocationManager.waitFor.connection=连接[{0}],流[{1}],等待连接流控制窗口(阻塞),超时为[{2}]
windowAllocationManager.waitFor.ise=连接[{0}], 流[{1}], 已经准备好
windowAllocationManager.waitFor.stream=连接[{0}],流[{1}],等待流控制窗口(阻塞),超时为[{2}]
windowAllocationManager.waitForNonBlocking.connection=连接[{0}],流[{1}],正在等待连接流控制窗口(非阻塞)
windowAllocationManager.waitForNonBlocking.stream=连接[{0}],流[{1}],正在等待流控制窗口(非阻塞)
writeStateMachine.endWrite.ise=写入完成后,为新状态指定[{0}]是非法的
writeStateMachine.ise=处于 [{1}] 状态时调用 [{0}()] 方法是非法的