org.jcamp.parser..JCAMPBlock.swp Maven / Gradle / Ivy

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?	?	?	?	?	k	a	=			???uYO????b??<?hb3????cJ?rA???X??    //filled, no normalization takes place and only the second call to the parser     //shk3: it is the constructor of Unit filling the idMap in Unit. Without the map    private boolean isValidating=true;    private JCAMPVariable[] vars = null;    private JCAMPNTuple ntuple;    private boolean ntupleBlock = false;    private JCAMPBlock[] references = null;    private JCAMPDataRecord[] ldrs;    // array of data records with duplicate keys    private Hashtable dataRecords = new Hashtable(50);    // hashtable containing all data records (or list of data records for multiple records with same key)    private Hashtable childBlocks = new Hashtable(10);    private String data;    private int spectrumID;    private Type type;    private int numDataRecords;    private final JCAMPBlock parent;    private final String jcamp;    private final int end;    private final int start;    private final static String CRLF = "\r\n";    }        private final static List TYPES_LIST = Collections.unmodifiableList(Arrays.asList(TYPES));        private final static Type[] TYPES = new Type[] { LINK, STRUCTURE, FULLSPECTRUM, PEAKTABLE, ASSIGNMENT };        public final static Type ASSIGNMENT = new Type(4, "assignment");        public final static Type PEAKTABLE = new Type(3, "peak table");        public final static Type FULLSPECTRUM = new Type(2, "full spectrum");        public final static Type STRUCTURE = new Type(1, "structure");        public final static Type LINK = new Type(0, "link");        }            return false;                return true;            if (obj instanceof Type && ((Type) obj) == this)        public final boolean equals(Object obj) {        }            return ordinal;        public final int hashCode() {        }            return TYPES[ordinal];        private Object readResolve() throws java.io.ObjectStreamException {        }            return TYPES_LIST;        public Collection types() {        }            return key;        public String toString() {        }            this.key = key;            this.ordinal = ordinal;        private Type(int ordinal, String key) {        private final int ordinal;        private final String key;    public final static class Type implements Serializable {    private IErrorHandler errorHandler = DEFAULT_ERROR_HANDLER;    };        }            log.warn(msg);        public void warn(String msg) throws JCAMPException {        }            throw new JCAMPException("ERROR! " + msg);            log.error(msg);        public void error(String msg) throws JCAMPException {        }            throw new JCAMPException("FATAL ERROR! " + msg);            log.fatal(msg);        public void fatal(String msg) throws JCAMPException {    private final static IErrorHandler DEFAULT_ERROR_HANDLER = new ErrorHandlerAdapter() {    private static Log log = LogFactory.getLog(JCAMPBlock.class);    private ASDFDecoder asdfDecoder = new ASDFDecoder();public class JCAMPBlock { */ * @author Thomas Weber * class for handling JCAMP blocks./**import org.jcamp.units.Unit;import org.jcamp.units.DerivedUnit;import org.jcamp.spectrum.ISpectrumIdentifier;import org.apache.commons.logging.LogFactory;import org.apache.commons.logging.Log;import java.util.Vector;import java.util.StringTokenizer;import java.util.List;import java.util.Hashtable;import java.util.Enumeration;import java.util.Collections;import java.util.Collection;import java.util.Arrays;import java.util.ArrayList;import java.io.Serializable;import java.io.IOException;import java.io.FileReader;import java.io.File;package org.jcamp.parser;ad*?W???v_B????cB$?
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?	?	?	?	?	Q	)	#	"		????ztsR;87?????}	}		this.asdfDecoder.enableValidation(useCheckValues);		this.isValidating = useCheckValues;	public void setValidating(boolean useCheckValues) {	}		return isValidating;	public boolean isValidating() {    }        spectrumID = newSpectrumID;    public void setSpectrumID(int newSpectrumID) {     */     * @param newSpectrumID int     * sets spectrum identifier.    /**    }        errorHandler = newErrorHandler;    public void setErrorHandler(IErrorHandler newErrorHandler) {     */     * @param newErrorHandler com.creon.chem.jcamp.IErrorHandler     *      * sets error handler.    /**    }        asdfDecoder = newAsdfDecoder;    public void setASDFDecoder(ASDFDecoder newAsdfDecoder) {     */     * @param newAsdfDecoder com.creon.chem.jcamp.ASDFDecoder     *      * sets ASDFDecoder    /**    }        return vars.length;    public int numVariables() {     */     * @return int     * gets number of LDRs.    /**    }        return numDataRecords;    public int numDataRecords() {     */     * @return int     * gets number of LDRs.    /**    }        return childBlocks.size();    public int numBlocks() {     */     * @return int     * gets number of child blocks.    /**    }        }            e.printStackTrace();        } catch (JCAMPException e) {            System.out.println("Child Blocks: " + block.childBlocks.size());            System.out.println("Block Data:\n" + block.data);            JCAMPBlock block = new JCAMPBlock(jcamp);        try {        }            e.printStackTrace();        } catch (IOException e) {            }                jcamp = String.valueOf(data);                dxIn.close();                } while (r > 0);                    read += r;                    r = dxIn.read(data, read, size - read);                do {                data = new char[size];                read = 0;                size = (int) dxFile.length();                char[] data;                int r;                int read;                int size;            if (dxIn != null) {            FileReader dxIn = new FileReader(dxFile);