/** * Returns the file output stream to be used for writing, blocking if * necessary if running out of disk space. * * @throws InterruptedException if the running thread was interrupted */ private FileOutputStream fos() throws IOException { if (closed) throw new IOException("Output stream is already closed"); if (os == null || currFileBytesWritten >= partSize) { if (os != null) { os.close(); // notify about the new file ready for processing observer.onPartCreate(new PartCreationEvent( getFile(filesCreated), filesCreated, false, this)); } currFileBytesWritten = 0; filesCreated++; blockIfNecessary(); final File file = getFile(filesCreated); os = new FileOutputStream(file); } return os; }
/** * Returns the file output stream to be used for writing, blocking if * necessary if running out of disk space. * * @throws InterruptedException if the running thread was interrupted */ private FileOutputStream fos() throws IOException { if (closed) { throw new IOException("Output stream is already closed"); } if (os == null || currFileBytesWritten >= partSize) { if (os != null) { os.close(); // notify about the new file ready for processing observer.onPartCreate(new PartCreationEvent( getFile(filesCreated), filesCreated, false, this)); } currFileBytesWritten = 0; filesCreated++; blockIfNecessary(); final File file = getFile(filesCreated); file.deleteOnExit(); os = new FileOutputStream(file); } return os; }
/** * Returns the file output stream to be used for writing, blocking if * necessary if running out of disk space. * * @throws InterruptedException if the running thread was interrupted */ private FileOutputStream fos() throws IOException { if (closed) { throw new IOException("Output stream is already closed"); } if (os == null || currFileBytesWritten >= partSize) { if (os != null) { os.close(); // notify about the new file ready for processing observer.onPartCreate(new PartCreationEvent( getFile(filesCreated), filesCreated, false, this)); } currFileBytesWritten = 0; filesCreated++; blockIfNecessary(); final File file = getFile(filesCreated); file.deleteOnExit(); os = new FileOutputStream(file); } return os; }
/** * Returns the file output stream to be used for writing, blocking if * necessary if running out of disk space. * * @throws InterruptedException if the running thread was interrupted */ private FileOutputStream fos() throws IOException { if (closed) throw new IOException("Output stream is already closed"); if (os == null || currFileBytesWritten >= partSize) { if (os != null) { os.close(); // notify about the new file ready for processing observer.onPartCreate(new PartCreationEvent( getFile(filesCreated), filesCreated, false, this)); } currFileBytesWritten = 0; filesCreated++; blockIfNecessary(); final File file = getFile(filesCreated); os = new FileOutputStream(file); } return os; }