
package e4s.tutorial;

import e4s.html.*;
import e4s.servlet.*;

import java.io.*;
// import java.awt.*;
import java.util.*;
import java.text.*;
import java.net.*;
import java.sql.*;

/**
 * Using &lt;TABLE&gt;-tags. A TABLE tag is created based on other HTML tags, e.g. the &lt;HTML&gt; or
 * &lt;BODY&gt;-tags. Based on the TABLE tag, you can create TR elements and based on these you create
 * your TD elements. Output can be sent directly using the print(String) or println(String) function
 * to the TD elements, or you construct further elements within the TD cells.
 *
 * {@tutorial Example_Table}
 */
public class Example_Table extends E4ModuleImplementation
{
	public static E4Method start = null;
	
	
	public void start(HTML html)
	{
		html.setTitle("Table Example");
		
		TABLE table1 = html.TABLE();
		
		table1.setBorder();
		table1.setBgColor(new E4Color(0x80,0xFF,0xFF));
		
		for(int r = 1; r < 5; r++ )
		{
			TR tablerow = table1.TR();
			
			if (r == 1)
				tablerow.setBgColor(E4Color.GREEN);
			
			for( int c = 1; c <= 4; c++ )
			{
				TD tablecell = tablerow.TD();
				if (c == 3)
					tablecell.setBgColor(E4Color.BLUE);
				tablecell.print("row " + r + " col " + c);
			}
		}
	
		html.P();
		
		TABLE table2 = html.TABLE();
		table2.setBorder();
		table2.setWidth(0.9f);
		
		TR tr = table2.TR();
		tr.TD().println("This is a text in a cell, and a table in a cell beside");
		TABLE table3 = tr.TD().TABLE();
		table3.setBorder();
		table3.setCellspacing(0,0);
		TR row1 = table3.TR();
		row1.TD().println("A1");
		row1.TD().println("A_Multiple");
		TR row2 = table3.TR();
		row2.TD().println("B1");
		row2.TD().println("B2");
	}
	
}