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/* * Licensed to the Apache Software Foundation (ASF) under one * or more contributor license agreements. See the NOTICE file * distributed with this work for additional information * regarding copyright ownership. The ASF licenses this file * to you under the Apache License, Version 2.0 (the * "License"); you may not use this file except in compliance * with the License. You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, * software distributed under the License is distributed on an * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY * KIND, either express or implied. See the License for the * specific language governing permissions and limitations * under the License. */ #ifndef _THRIFT_TRANSPORT_TFILETRANSPORT_H_ #define _THRIFT_TRANSPORT_TFILETRANSPORT_H_ 1 #include #include #include #include #include #include #include #include #include #include namespace apache { namespace thrift { namespace transport { using apache::thrift::TProcessor; using apache::thrift::protocol::TProtocolFactory; using apache::thrift::concurrency::Mutex; using apache::thrift::concurrency::Monitor; // Data pertaining to a single event typedef struct eventInfo { uint8_t* eventBuff_; uint32_t eventSize_; uint32_t eventBuffPos_; eventInfo() : eventBuff_(nullptr), eventSize_(0), eventBuffPos_(0){}; ~eventInfo() { if (eventBuff_) { delete[] eventBuff_; } } } eventInfo; // information about current read state typedef struct readState { eventInfo* event_; // keep track of event size uint8_t eventSizeBuff_[4]; uint8_t eventSizeBuffPos_; bool readingSize_; // read buffer variables int32_t bufferPtr_; int32_t bufferLen_; // last successful dispatch point int32_t lastDispatchPtr_; void resetState(uint32_t lastDispatchPtr) { readingSize_ = true; eventSizeBuffPos_ = 0; lastDispatchPtr_ = lastDispatchPtr; } void resetAllValues() { resetState(0); bufferPtr_ = 0; bufferLen_ = 0; if (event_) { delete (event_); } event_ = nullptr; } inline uint32_t getEventSize() { const void* buffer = reinterpret_cast(eventSizeBuff_); return *reinterpret_cast(buffer); } readState() { event_ = nullptr; resetAllValues(); } ~readState() { if (event_) { delete (event_); } } } readState; /** * TFileTransportBuffer - buffer class used by TFileTransport for queueing up events * to be written to disk. Should be used in the following way: * 1) Buffer created * 2) Buffer written to (addEvent) * 3) Buffer read from (getNext) * 4) Buffer reset (reset) * 5) Go back to 2, or destroy buffer * * The buffer should never be written to after it is read from, unless it is reset first. * Note: The above rules are enforced mainly for debugging its sole client TFileTransport * which uses the buffer in this way. * */ class TFileTransportBuffer { public: TFileTransportBuffer(uint32_t size); virtual ~TFileTransportBuffer(); bool addEvent(eventInfo* event); eventInfo* getNext(); void reset(); bool isFull(); bool isEmpty(); private: TFileTransportBuffer(); // should not be used enum mode { WRITE, READ }; mode bufferMode_; uint32_t writePoint_; uint32_t readPoint_; uint32_t size_; eventInfo** buffer_; }; /** * Abstract interface for transports used to read files */ class TFileReaderTransport : virtual public TTransport { public: virtual int32_t getReadTimeout() = 0; virtual void setReadTimeout(int32_t readTimeout) = 0; virtual uint32_t getNumChunks() = 0; virtual uint32_t getCurChunk() = 0; virtual void seekToChunk(int32_t chunk) = 0; virtual void seekToEnd() = 0; }; /** * Abstract interface for transports used to write files */ class TFileWriterTransport : virtual public TTransport { public: virtual uint32_t getChunkSize() = 0; virtual void setChunkSize(uint32_t chunkSize) = 0; }; /** * File implementation of a transport. Reads and writes are done to a * file on disk. * */ class TFileTransport : public TFileReaderTransport, public TFileWriterTransport { public: TFileTransport(std::string path, bool readOnly = false, std::shared_ptr config = nullptr); ~TFileTransport() override; // TODO: what is the correct behaviour for this? // the log file is generally always open bool isOpen() const override { return true; } void write(const uint8_t* buf, uint32_t len); void flush() override; uint32_t readAll(uint8_t* buf, uint32_t len); uint32_t read(uint8_t* buf, uint32_t len); bool peek() override; // log-file specific functions void seekToChunk(int32_t chunk) override; void seekToEnd() override; uint32_t getNumChunks() override; uint32_t getCurChunk() override; // for changing the output file void resetOutputFile(int fd, std::string filename, off_t offset); // Setter/Getter functions for user-controllable options void setReadBuffSize(uint32_t readBuffSize) { if (readBuffSize) { readBuffSize_ = readBuffSize; } } uint32_t getReadBuffSize() { return readBuffSize_; } static const int32_t TAIL_READ_TIMEOUT = -1; static const int32_t NO_TAIL_READ_TIMEOUT = 0; void setReadTimeout(int32_t readTimeout) override { readTimeout_ = readTimeout; } int32_t getReadTimeout() override { return readTimeout_; } void setChunkSize(uint32_t chunkSize) override { if (chunkSize) { chunkSize_ = chunkSize; } } uint32_t getChunkSize() override { return chunkSize_; } void setEventBufferSize(uint32_t bufferSize) { if (bufferAndThreadInitialized_) { GlobalOutput("Cannot change the buffer size after writer thread started"); return; } eventBufferSize_ = bufferSize; } uint32_t getEventBufferSize() { return eventBufferSize_; } void setFlushMaxUs(uint32_t flushMaxUs) { if (flushMaxUs) { flushMaxUs_ = flushMaxUs; } } uint32_t getFlushMaxUs() { return flushMaxUs_; } void setFlushMaxBytes(uint32_t flushMaxBytes) { if (flushMaxBytes) { flushMaxBytes_ = flushMaxBytes; } } uint32_t getFlushMaxBytes() { return flushMaxBytes_; } void setMaxEventSize(uint32_t maxEventSize) { maxEventSize_ = maxEventSize; } uint32_t getMaxEventSize() { return maxEventSize_; } void setMaxCorruptedEvents(uint32_t maxCorruptedEvents) { maxCorruptedEvents_ = maxCorruptedEvents; } uint32_t getMaxCorruptedEvents() { return maxCorruptedEvents_; } void setEofSleepTimeUs(uint32_t eofSleepTime) { if (eofSleepTime) { eofSleepTime_ = eofSleepTime; } } uint32_t getEofSleepTimeUs() { return eofSleepTime_; } /* * Override TTransport *_virt() functions to invoke our implementations. * We cannot use TVirtualTransport to provide these, since we need to inherit * virtually from TTransport. */ uint32_t read_virt(uint8_t* buf, uint32_t len) override { return this->read(buf, len); } uint32_t readAll_virt(uint8_t* buf, uint32_t len) override { return this->readAll(buf, len); } void write_virt(const uint8_t* buf, uint32_t len) override { this->write(buf, len); } private: // helper functions for writing to a file void enqueueEvent(const uint8_t* buf, uint32_t eventLen); bool swapEventBuffers(const std::chrono::time_point *deadline); bool initBufferAndWriteThread(); // control for writer thread static void* startWriterThread(void* ptr) { static_cast(ptr)->writerThread(); return nullptr; } void writerThread(); // helper functions for reading from a file eventInfo* readEvent(); // event corruption-related functions bool isEventCorrupted(); void performRecovery(); // Utility functions void openLogFile(); std::chrono::time_point getNextFlushTime(); // Class variables readState readState_; uint8_t* readBuff_; eventInfo* currentEvent_; uint32_t readBuffSize_; static const uint32_t DEFAULT_READ_BUFF_SIZE = 1 * 1024 * 1024; int32_t readTimeout_; static const int32_t DEFAULT_READ_TIMEOUT_MS = 200; // size of chunks that file will be split up into uint32_t chunkSize_; static const uint32_t DEFAULT_CHUNK_SIZE = 16 * 1024 * 1024; // size of event buffers uint32_t eventBufferSize_; static const uint32_t DEFAULT_EVENT_BUFFER_SIZE = 10000; // max number of microseconds that can pass without flushing uint32_t flushMaxUs_; static const uint32_t DEFAULT_FLUSH_MAX_US = 3000000; // max number of bytes that can be written without flushing uint32_t flushMaxBytes_; static const uint32_t DEFAULT_FLUSH_MAX_BYTES = 1000 * 1024; // max event size uint32_t maxEventSize_; static const uint32_t DEFAULT_MAX_EVENT_SIZE = 0; // max number of corrupted events per chunk uint32_t maxCorruptedEvents_; static const uint32_t DEFAULT_MAX_CORRUPTED_EVENTS = 0; // sleep duration when EOF is hit uint32_t eofSleepTime_; static const uint32_t DEFAULT_EOF_SLEEP_TIME_US = 500 * 1000; // sleep duration when a corrupted event is encountered uint32_t corruptedEventSleepTime_; static const uint32_t DEFAULT_CORRUPTED_SLEEP_TIME_US = 1 * 1000 * 1000; // sleep duration in seconds when an IO error is encountered in the writer thread uint32_t writerThreadIOErrorSleepTime_; static const uint32_t DEFAULT_WRITER_THREAD_SLEEP_TIME_US = 60 * 1000 * 1000; // writer thread apache::thrift::concurrency::ThreadFactory threadFactory_; std::shared_ptr writerThread_; // buffers to hold data before it is flushed. Each element of the buffer stores a msg that // needs to be written to the file. The buffers are swapped by the writer thread. TFileTransportBuffer* dequeueBuffer_; TFileTransportBuffer* enqueueBuffer_; // conditions used to block when the buffer is full or empty Monitor notFull_, notEmpty_; std::atomic closing_; // To keep track of whether the buffer has been flushed Monitor flushed_; std::atomic forceFlush_; // Mutex that is grabbed when enqueueing and swapping the read/write buffers Mutex mutex_; // File information std::string filename_; int fd_; // Whether the writer thread and buffers have been initialized bool bufferAndThreadInitialized_; // Offset within the file off_t offset_; // event corruption information uint32_t lastBadChunk_; uint32_t numCorruptedEventsInChunk_; bool readOnly_; }; // Exception thrown when EOF is hit class TEOFException : public TTransportException { public: TEOFException() : TTransportException(TTransportException::END_OF_FILE){}; }; // wrapper class to process events from a file containing thrift events class TFileProcessor { public: /** * Constructor that defaults output transport to null transport * * @param processor processes log-file events * @param protocolFactory protocol factory * @param inputTransport file transport */ TFileProcessor(std::shared_ptr processor, std::shared_ptr protocolFactory, std::shared_ptr inputTransport); TFileProcessor(std::shared_ptr processor, std::shared_ptr inputProtocolFactory, std::shared_ptr outputProtocolFactory, std::shared_ptr inputTransport); /** * Constructor * * @param processor processes log-file events * @param protocolFactory protocol factory * @param inputTransport input file transport * @param output output transport */ TFileProcessor(std::shared_ptr processor, std::shared_ptr protocolFactory, std::shared_ptr inputTransport, std::shared_ptr outputTransport); /** * processes events from the file * * @param numEvents number of events to process (0 for unlimited) * @param tail tails the file if true */ void process(uint32_t numEvents, bool tail); /** * process events until the end of the chunk * */ void processChunk(); private: std::shared_ptr processor_; std::shared_ptr inputProtocolFactory_; std::shared_ptr outputProtocolFactory_; std::shared_ptr inputTransport_; std::shared_ptr outputTransport_; }; } } } // apache::thrift::transport #endif // _THRIFT_TRANSPORT_TFILETRANSPORT_H_