/** * Constructor which directly instantiates the DataInputStream containing the * model contents. * * @param dis * The DataInputStream containing the model information. */ public BinaryQNModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); } }
/** * Constructor which directly instantiates the DataInputStream containing * the model contents. * * @param dis The DataInputStream containing the model information. */ public BinaryPerceptronModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); }
/** * Constructor which directly instantiates the DataInputStream containing * the model contents. * * @param dis The DataInputStream containing the model information. */ public BinaryNaiveBayesModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); }
/** * Constructor which directly instantiates the DataInputStream containing the * model contents. * * @param dis * The DataInputStream containing the model information. */ public BinaryGISModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); } }
public AbstractModel create(InputStream in) throws IOException { return new GenericModelReader(new BinaryFileDataReader(in)).getModel(); }
public AbstractModelReader(File f) throws IOException { String filename = f.getName(); InputStream input; // handle the zipped/not zipped distinction if (filename.endsWith(".gz")) { input = new GZIPInputStream(new FileInputStream(f)); filename = filename.substring(0,filename.length() - 3); } else { input = new FileInputStream(f); } // handle the different formats if (filename.endsWith(".bin")) { this.dataReader = new BinaryFileDataReader(input); } else { // filename ends with ".txt" this.dataReader = new PlainTextFileDataReader(input); } }
/** * Constructor which directly instantiates the DataInputStream containing the * model contents. * * @param dis * The DataInputStream containing the model information. */ public BinaryQNModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); } }
/** * Constructor which directly instantiates the DataInputStream containing * the model contents. * * @param dis The DataInputStream containing the model information. */ public BinaryNaiveBayesModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); }
/** * Constructor which directly instantiates the DataInputStream containing the * model contents. * * @param dis * The DataInputStream containing the model information. */ public BinaryGISModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); } }
/** * Constructor which directly instantiates the DataInputStream containing * the model contents. * * @param dis The DataInputStream containing the model information. */ public BinaryPerceptronModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); }
/** * Constructor which directly instantiates the DataInputStream containing * the model contents. * * @param dis The DataInputStream containing the model information. */ public BinaryNaiveBayesModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); }
/** * Constructor which directly instantiates the DataInputStream containing the * model contents. * * @param dis * The DataInputStream containing the model information. */ public BinaryQNModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); } }
/** * Constructor which directly instantiates the DataInputStream containing the * model contents. * * @param dis * The DataInputStream containing the model information. */ public BinaryGISModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); } }
/** * Constructor which directly instantiates the DataInputStream containing * the model contents. * * @param dis The DataInputStream containing the model information. */ public BinaryPerceptronModelReader(DataInputStream dis) { super(new BinaryFileDataReader(dis)); }
modelWriter.close(); GenericModelReader modelReader = new GenericModelReader(new BinaryFileDataReader( new ByteArrayInputStream(modelBytes.toByteArray()))); AbstractModel readModel = modelReader.getModel();
public AbstractModel create(InputStream in) throws IOException { return new GenericModelReader(new BinaryFileDataReader(in)).getModel(); }
public AbstractModel create(InputStream in) throws IOException { return new GenericModelReader(new BinaryFileDataReader(in)).getModel(); }
public AbstractModelReader(File f) throws IOException { String filename = f.getName(); InputStream input; // handle the zipped/not zipped distinction if (filename.endsWith(".gz")) { input = new GZIPInputStream(new FileInputStream(f)); filename = filename.substring(0,filename.length() - 3); } else { input = new FileInputStream(f); } // handle the different formats if (filename.endsWith(".bin")) { this.dataReader = new BinaryFileDataReader(input); } else { // filename ends with ".txt" this.dataReader = new PlainTextFileDataReader(input); } }
public AbstractModelReader(File f) throws IOException { String filename = f.getName(); InputStream input; // handle the zipped/not zipped distinction if (filename.endsWith(".gz")) { input = new GZIPInputStream(new FileInputStream(f)); filename = filename.substring(0,filename.length() - 3); } else { input = new FileInputStream(f); } // handle the different formats if (filename.endsWith(".bin")) { this.dataReader = new BinaryFileDataReader(input); } else { // filename ends with ".txt" this.dataReader = new PlainTextFileDataReader(input); } }