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The first field, Hardware (2 octets), defines the type of hardware in use. Current values are listed in the IANA online database. Examples include Hardware = 1 (Ethernet), 6 (IEEE 802 Networks), 7 (ARCNET), 11 (LocalTalk), 14 (SMDS), 15 (Frame Relay), and 16 (ATM). The second field, Protocol (2 octets), identifies the protocol address in use. For example, protocol = 0800H would identify IP addresses. The second word allows the ARP packet to be used with a variety of address structures rather than being restricted to only two, such as IP (32 bits) and IEEE 802 (48 bits). This makes the protocol more adaptive. The Hardware Length (HLEN), 1 octet, and Protocol Length (PLEN), 1 octet, specify the lengths, in octets, of the addresses to be used. Figure 3-7a represents the most common scenario. The Hardware Address (HA) requires 6 octets or 48 bits (HLEN = 6); the Protocol Address (PA) needs 4 octets or 32 bits (PLEN = 4). The Operation field (2 octets) defines an ARP Request = 1 and an ARP Reply = 2. The next fields contain the addresses themselves. With an ARP Request message, the target hardware address field is unknown and is sent filled with zeros. The ARP Reply packet from the target host inserts the requested address in that field. When it receives the ARP Reply, the originating station records that information in a table, called the ARP cache. The ARP

In row-major ordering the elements are stored in memory row by row, starting with the first row: a[0,0] --column 0 (start of array) a[0,1]-- column 1 a[0,2]-- column 2 a[ 1,O]-- column 0 a[1,1]-- column 1 a[ 1,2]-- column 2 Since row-major ordering and subscripts start with 0 in C language, the same convention will be used here. Assume that an offset 2000H addresses the first element a[O,O] of the array. This means that offset 2000H points to the first element of the array, a[O,O]. In the C language, which uses row-major ordering and subscripts starting with zero, one can express displacement d of an element at row i and column j as d = (i* t + j ) * s, where t is the total number of columns and s is the element size (1 for byte, 2 for 16-bit, and 4 for 32-bit). Now, to find the displacement of element a[ 1,O] assuming that each element is 16-bit, the offset can be determined as follows. Note that i = 1 , j = 0, t = 3 (since 2 x 3 matrix), and s=2 (16-bit element). Hence, d = (1*3 + 0)*2 = 6. Therefore, the offset where element a[ 1,O] is stored = 2000H + 6 = 2006H. Hence, the matrix above with row-major ordering can be stored with starting offset 2000H as follows: 2000H 2002H 2004H 2006H 2008H 200AH a[O,O] a[O,l] a[0,2] a[1,0] a[l,l] a[1,2]

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q MRC ( ) =

String text = ""; static final String welcome = "\n Welcome to my universal database explorer.\n" + " This is a 100% Java stand-alone application. It works with JDBC 1.21\n\n" + " (C) 1996, 1997 by Bernard Van Haecke.\n" + " Comments and questions to: bernard.vanhaecke@Belgium.Sun.COM\n\n"; static final String extracomment = "\n\n\n\n\n\n" + " Choose a JDBC driver to target the database of your choice, then log\n" + " in and double click on any tree node to begin the exploration. Have fun!"; /** * constructor */ public Jexplorer() { } /** * we handle all gui events here */ public boolean handleEvent(Event evt) { try { if ((evt.id == Event.ACTION_EVENT) && (evt.target instanceof Widget)) { Widget w = (Widget)evt.target; String nm = w.getName(); if (nm != null) System.out.println("Event: " + nm); // The user has logged in. if (nm.equals("dataLoginButton")) { String url = util.getText("dataURL").trim(); String uid = util.getText("dataLogin").trim(); String pwd = util.getText("dataPasswd").trim(); String driver = util.getText("dataDriver").trim(); text = welcome; try { Class.forName(driver); conn = DriverManager.getConnection(url, uid, pwd); if (conn != null) { text = text + "You are now logged in. Enjoy..."; mtdt = conn.getMetaData(); } } catch (SQLException ex) { text = text + "Could not log into the database. Verify the parameters:\nURL: " + url + "\nDriver: " + driver + "\n\n"; text = text + ex; System.out.println(ex); } catch (java.lang.Exception ex) { System.out.println(ex); } util.setText("dataWindowControl", text); } // The user has clicked logout if (nm.equals("dataLogoutButton")) { TreeNodeWidget catalogRoot = (TreeNodeWidget) util.getWidget ("catalogsNode"); catalogRoot.clear(); util.show("isqlQueryWindow", false); util.show("isqlResultWindow", false); if (conn != null) { conn.close();

This action will delete all jobs and history related to this log shipping con guration on all the servers involved in this log shipping con guration. If you are sure, then click Yes. Once it completely removes log shipping, the dialog shown in Figure 46-14 will appear. FIGURE 46-14 Completely removed log shipping con guration

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REFERENCES [1] Fuqin, Xiong, [August, 1994] "Modem IEEE Communications Magazine, p. 84-98. techniques in satellite communications",

if (choice = Y ) { //then condition is true and choice equals Y //execute these statements }

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