rtprocessingparameters.java

一个用java写的地震分析软件(无源码)-used to write a seismic analysis software (without source)

package org.trinet.jdbc.table;
import org.trinet.jdbc.datatypes.*;
import java.sql.*;

/** Constructor uses static data members defined by the TableRowRtProcessingParameters interface to initialize the base class with 
* the parameters necessary to describe the schema table named by the interface String parameter DB_TABLE_NAME. 
* The class implements several convenience methods to provides class specific static arguments to the argument
* list of the DataTableRow base class methods. Base class methods are used to set or modify the values and states
* of the contained DataObjects. Because the base class uses a JDBC connection class (see org.trinet.jdbc.JDBConnect)
* to access the database containing the table described by this object, a connection object must be instantiated before
* using any of the database enabled methods of this class.
* Object states refering to data update, nullness, and mutability are inhereited from the DataTableRow base class
* implementation of the DataState interface. These state conditions are used to control the methods access to the
* object and its contained DataObjects, which also implement the DataState interface.
* The default constructor sets the default states to: setUpdate(false), setNull(true), setMutable(true), and 
* setProcessing(NONE).
*/

public class RtProcessingParameters extends ResponseStnChlTableRow implements TableRowRtProcessingParameters {
    public RtProcessingParameters () {
	super(DB_TABLE_NAME, SEQUENCE_NAME, MAX_FIELDS, KEY_COLUMNS, FIELD_NAMES, FIELD_NULLS, FIELD_CLASS_IDS);
    }
    
/** Copy constructor invokes the default constructor, then clones all the DataObject classes of the input argument.
* The newly instantiated object state values are set to those of the input object.
*/ 
    public RtProcessingParameters(RtProcessingParameters object) {
	this();
	for (int index = 0; index < MAX_FIELDS; index++) {
	    fields.set(index, ((DataObject) object.fields.get(index)).clone());
	}
	this.valueUpdate = object.valueUpdate;
	this.valueNull = object.valueNull;
	this.valueMutable = object.valueMutable;
    }

/** Constructor invokes default constructor, then sets the default Connection object to the handle of the input Connection argument.
* The newly instantiated object state values are those of the default constructor.
*/
    public RtProcessingParameters(Connection conn) {
	this();
        setConnection(conn);
    }

/** Constructor invokes default constructor, then sets the column data members to the input values.
* The newly instantiated object state values are isUpdate() == true and isNull == false.
*/
    public RtProcessingParameters(String net, String sta, String seedchan, String location, Date ondate) {
	this();
        fields.set(NET, new DataString(net));
        fields.set(STA, new DataString(sta));
        fields.set(SEEDCHAN, new DataString(seedchan));
        fields.set(LOCATION, new DataString(location));
        fields.set(ONDATE, new DataDate(ondate));
	valueUpdate = true;
	valueNull = false;
    }

/** Constructor invokes default constructor, then sets the column data members to the input values.
* The newly instantiated object state values are isUpdate() == true and isNull == false.
*/
    public RtProcessingParameters(DataStnChl sc, Date ondate) {
	this();
        fields.set(NET, new DataString(sc.getStringValue(NET)));
        fields.set(STA, new DataString(sc.getStringValue(STA)));
//        fields.set(CHANNEL, new DataString(sc.getStringValue(CHANNEL)));
//        fields.set(CHANNELSRC, new DataString(sc.getStringValue(CHANNELSRC)));
        fields.set(SEEDCHAN, new DataString(sc.getStringValue(SEEDCHAN)));
        fields.set(LOCATION, new DataString(sc.getStringValue(LOCATION)));
        fields.set(ONDATE, new DataDate(ondate));
	valueUpdate = true;
	valueNull = false;
    }

// Overide superclass DataStnChl methods
/** Returns a DataStnChl object derived from the station channel data stored in this object instance, else returns null.
*/
    public DataStnChl getDataStnChl() {
	return new DataStnChl(
		(DataString) fields.get(findFieldIndex("STA")),
		(DataString) fields.get(findFieldIndex("NET")),
		(DataString) fields.get(findFieldIndex("")), // auth
		(DataString) fields.get(findFieldIndex("")), // subsource
		(DataString) fields.get(findFieldIndex("")), // channel
		(DataString) fields.get(findFieldIndex("")), // channelsrc
		(DataString) fields.get(findFieldIndex("SEEDCHAN")),
		(DataString) fields.get(findFieldIndex("LOCATION")));
    }

/** Sets station channel data for this object instance to the DataObjects members of the input DataStnChl object;
* a null input results in a no-op.
*/
    public void setDataStnChl(DataStnChl obj) {
	if (obj == null) return;
	fields.set(findFieldIndex("STA"), ((DataString) obj.getDataObject(DataStnChl.STA)).clone());
	fields.set(findFieldIndex("NET"), ((DataString) obj.getDataObject(DataStnChl.NET)).clone());
//	fields.set(findFieldIndex("CHANNEL"), ((DataString) obj.getDataObject(DataStnChl.CHANNEL)).clone());
//	fields.set(findFieldIndex("CHANNELSRC"), ((DataString) obj.getDataObject(DataStnChl.CHANNELSRC)).clone());
	fields.set(findFieldIndex("SEEDCHAN"), ((DataString) obj.getDataObject(DataStnChl.SEEDCHAN)).clone());
	fields.set(findFieldIndex("LOCATION"), ((DataString) obj.getDataObject(DataStnChl.LOCATION)).clone());
    }

}