webcatlist.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.web;

import java.text.*;
import java.util.*;
import java.net.URL;
import java.sql.*;
import java.io.*;

import org.trinet.jdbc.*;
import org.trinet.jdbc.datatypes.*;
import org.trinet.util.*;
import org.trinet.jasi.*;
import org.trinet.jiggle.*;
import org.trinet.util.Format;		// CoreJava printf-like Format class

/**
 * Make the files necessary to support the TriNet event and waveform review web pages.
 */


public class WebCatList

{
    // should be generallized and read from a property file of arg...
    static double hoursback = 24.0;
    static String htmlOut   = "stdout";
    static String host;

    static String defaulthost = "makalu";
    static String defaultdbase = defaulthost+"db";

    static double highlightMag = 2.95;
    static String highlightColor = "red";

    static String thisAppName = "WebCatList";


/** Make an empty WebCat */
public  WebCatList ()
{

}
    /** Show usage summary */
    public static void showUsage () {
	  System.out.println ("Usage: java "+thisAppName+" [hours-back] [html-output-file] [dbase-host] [dbase-name]");
	  System.out.println ("Defaults:              ["+hoursback +"] ["+ htmlOut+ "] ["+defaulthost+"] [<host>db]");
    }

/**
 * Main for testing: % WebCat [hours-back]  (default = 1)
 */
    public static void main (String args[]) {

	final int secondsPerHour = 60*60;

	// ?
	/* Java WIERDNESS note:
	    <boron>% java WebCat ?
	    args[0] = /j/
	    :. must use equalsIgnoreCase("?") else it looks like "j"!!!
	*/
	if (args.length == 0 || args[0].equalsIgnoreCase("?")) {	// no args on command-line value
	    showUsage();
	    System.exit (0);
	}

	// days back
	if (args.length > 0) {	// translate epoch second on command-line value
	    try {
		Double val = Double.valueOf(args[0]);	    // convert arg String to 'double'
		hoursback = (double) val.doubleValue();
	    } catch (NumberFormatException ex) {
		showUsage();
		System.exit (0);
	    }
	}

	// check path
	if (args.length > 1) {
	    htmlOut = args[1];
	}

	host = defaulthost;	// default
	if (args.length > 2) {
	    host = args[2];
	}

	String dbasename = host+"db";	// default
	if (args.length > 3) {
	    dbasename = args[3];
	}

        System.out.println ("Making connection...");
	DataSource init = new TestDataSource(host, dbasename);  // make connection

        Calendar cal = Calendar.getInstance();

// must distinguish between 'java.util.Date'  and 'java.sql.Date'
	java.util.Date date = cal.getTime();	// current epoch millisec
	long now = date.getTime()/1000;	// current epoch sec (millisecs -> seconds)
	long then = now - (long) (secondsPerHour * hoursback);	// convert to seconds
    // add 1000 to now just to be sure we get everything

	//	System.out.println ("Fetching last "+hoursback+" hours...");
	//	Solution sol[] = Solution.create().getValidByTime(then, now);

	SolutionList sl = new SolutionList();
	sl.fetchValidByTime(then, now);

	// reverse chronological order
	sl = sl.getTimeSortedList(SolutionList.DESCENDING);

	Solution sol[] = sl.getArray();
	//	System.out.println ("Events found: "+sol.length);

// dump the index html file
	try {

	    if (htmlOut.equals("stdout")) {

		System.out.println (writeCatBody(sol));

	    } else {
		//		FileOutputStream out = new FileOutputStream("catBody.html");
		FileOutputStream out = new FileOutputStream(htmlOut);

		PrintStream prt = new PrintStream(out);

		prt.println (writeCatBody(sol));
		//	System.out.println (writeCatBody(sol));

		prt.close();
	    }

	} catch (FileNotFoundException ex) {
          ex.printStackTrace();
	} catch (Exception ex) {
          ex.printStackTrace();
	}

	System.exit(0);
    }

public static String writeCatBody(Solution[] sol) {

    String str = ("<PRE><FONT SIZE=+1>");
    str += catHeader()+"\n";

    String clr0, clr1;

    for (int i = 0; i < sol.length; i++)
	{
	    if (sol[i].magnitude.value.doubleValue() > highlightMag) {
		clr0 = "<FONT COLOR="+highlightColor+">";
		clr1 = "</FONT>";
	    } else {
		clr0 = "";
		clr1 = "";
	    }

	    //	    str += clr0+htmlString(sol[i])+clr1+"\n";
	    str += clr0+ SeisFormat.htmlString(sol[i], host, true)+clr1+"\n";
	}
	str += ("</FONT></PRE>");

	return str;
}

public static String catHeader () {

    return "    ID#    MAG      DATE    TIME(UTC)   LAT       LON     Z    #   RMS GAP TP  C SRC\n"+
	   "                 year/mo/dy hr:mn:sc    deg       deg    km  PHS";
}
/*
public static String htmlString(Solution sol) {
//    ID#    mag  year/mo/dy hr:mn:sc latitude longitude  dep
// 9514285  2.2 Ml 1999/11/22 01:11:22  36.0736 -117.8523  1.8
// 9520825  0.8 Ml 1999/12/01 21:12:12  33.9418 -116.4998  7.0   6 5.81
//    ID#    MAG      DATE    TIME(UTC)   LAT       LON     Z    #  RMS
//                 year/mo/dy hr:mn:sc    deg       deg    km  PHS

// 9520825  0.8 Ml 1999/12/01 21:12:12  33.9418 -116.4998  7.0   6 5.81 360 le H SRC
//    ID#    MAG      DATE    TIME(UTC)   LAT       LON     Z    #  RMS GAP TP C
//                 year/mo/dy hr:mn:sc    deg       deg    km  PHS

    String cgi = "cgi-bin/makeView.cgi?EVID=";	// the cgi script name
    long evid = sol.id.longValue();		// the event #

    String target = "zoom";		// target frame

    String tag0 = "<a href=\""+cgi+evid+"&HOST="+host+"\" target=\""+target+"\">";
    String tag1 = "</a>";

     Format df0 = new Format("%8d");	    // CORE Java Format class
     //     Format df1 = new Format("%5.4f");
     //     Format df2 = new Format("%7.4f");
     Format df1 = new Format("%7.4f");
     Format df2 = new Format("%9.4f");
     Format df3 = new Format("%4.1f");
     Format df4 = new Format("%5.2f");
     Format df5 = new Format("%3d");

     String timeFmt = "yyyy/MM/dd HH:mm:ss";

     DateTime dt = new DateTime();
     String dtStr = dt.toString(sol.datetime.doubleValue(), timeFmt);

     String str = tag0 + df0.form(evid) + tag1+ " " +
	     df3.form(safeValue(sol.magnitude.value)) + " " +
	     sol.magnitude.getTypeString() +" "+
	     dtStr + "  " +
       	     df1.form(safeValue(sol.lat)) + " " +
	     df2.form(safeValue(sol.lon)) + " " +
	     df3.form(safeValue(sol.depth)) + " "+
	     df5.form((int)safeValue(sol.usedReadings)) +" "+
	     df4.form(safeValue(sol.rms))+" "+
	     df5.form((int)safeValue(sol.gap))+" "+
	     sol.eventType.toString().concat("     ").substring(0, 3) +" "+
	 // sol.eventType.toString() +" "+
	     sol.processingState.toString()+ " "+
             sol.source.toString().concat("     ").substring(0, 4);   // truncate to 3 chars


     return str;
}

static double safeValue(DataObject val) {

    if (val.isNull()) return 0.0;
    return val.doubleValue();
}
*/

} // end of class