/** * Close the stream * Since we re-cycle, we can't allow the call to super.close() * which would permanently disable us. */ @Override @SuppressWarnings("unchecked") public void close() throws IOException { inputStream.close(); }
/** * Close the stream * Since we re-cycle, we can't allow the call to super.close() * which would permanently disable us. */ @Override @SuppressWarnings("unchecked") public void close() throws IOException { inputStream.close(); }
/** * Close the stream * Since we re-cycle, we can't allow the call to super.close() * which would permanently disable us. */ @Override @SuppressWarnings("unchecked") public void close() throws IOException { inputStream.close(); }
/** * Close the stream * Since we re-cycle, we can't allow the call to super.close() * which would permanently disable us. */ @Override @SuppressWarnings("unchecked") public void close() throws IOException { inputStream.close(); }
/** * Close the stream * Since we re-cycle, we can't allow the call to super.close() * which would permanently disable us. */ @Override @SuppressWarnings("unchecked") public void close() throws IOException { inputStream.close(); }
/** * Close the stream * Since we re-cycle, we can't allow the call to super.close() * which would permanently disable us. */ @Override @SuppressWarnings("unchecked") public void close() throws IOException { inputStream.close(); }
private void complete(final boolean isError) { try { fileChannel.close(); } catch (IOException e) { if (!isError) { response.setStatus(500, e.getMessage()); } } try { in.close(); } catch (IOException e) { if (!isError) { response.setStatus(500, e.getMessage()); } } } });
/** * Append available bytes to the input stream */ void onDataCame() { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, readyData())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { requestNIOInputStream.close(); } catch (IOException ee) { } } } } /**
/** * Append available bytes to the input stream */ void onDataCame() { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, readyData())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { requestNIOInputStream.close(); } catch (IOException ee) { } } } } /**
/** * Append available bytes to the input stream */ void onDataCame() throws Exception { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, multipartEntry.availableBytes())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { parentNIOInputStream.close(); } catch (IOException ee) { } } throw e; } }
/** * Append available bytes to the input stream */ void onDataCame() throws Exception { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, multipartEntry.availableBytes())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { parentNIOInputStream.close(); } catch (IOException ee) { } } throw e; } }
/** * Append available bytes to the input stream */ void onDataCame() { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, readyData())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { requestNIOInputStream.close(); } catch (IOException ee) { } } } } /**
/** * Append available bytes to the input stream */ void onDataCame() { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, readyData())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { requestNIOInputStream.close(); } catch (IOException ee) { } } } } /**
/** * Append available bytes to the input stream */ void onDataCame() throws Exception { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, multipartEntry.availableBytes())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { parentNIOInputStream.close(); } catch (IOException ee) { } } throw e; } }
/** * Append available bytes to the input stream */ void onDataCame() { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, readyData())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { requestNIOInputStream.close(); } catch (IOException ee) { } } } } /**
/** * Append available bytes to the input stream */ void onDataCame() throws Exception { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, multipartEntry.availableBytes())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { parentNIOInputStream.close(); } catch (IOException ee) { } } throw e; } }
/** * Append available bytes to the input stream */ void onDataCame() throws Exception { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, multipartEntry.availableBytes())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { parentNIOInputStream.close(); } catch (IOException ee) { } } throw e; } }
/** * Append available bytes to the input stream */ void onDataCame() { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, readyData())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { requestNIOInputStream.close(); } catch (IOException ee) { } } } } /**
/** * Append available bytes to the input stream */ void onDataCame() { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, readyData())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { requestNIOInputStream.close(); } catch (IOException ee) { } } } } /**
/** * Append available bytes to the input stream */ void onDataCame() throws Exception { if (handler == null) return; try { if (isFinished()) { handler.onAllDataRead(); } else if (shouldNotifyNow(requestedSize, multipartEntry.availableBytes())) { handler.onDataAvailable(); } } catch (Exception e) { try { handler.onError(e); } finally { try { parentNIOInputStream.close(); } catch (IOException ee) { } } throw e; } }