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and address ranges, not unicast addresses . Unlike IPv4, IPv6 does not support variablelength subnet identifiers, and the number of high-order bits used to identify a subnet in IPv6 is almost always 64 . It is thus redundant to represent the address in our example as 2001:DB8:3FA9::D3:9C5A/64; the /64 portion of the representation is understood .

Note When testing the BeforePrint event procedure you can save time and paper by using the Print Preview option rather than printing the workbook. The BeforePrint event procedure can be used to ensure that certain formats have been applied to the workbook. For example, you could adjust the page margins, set the print area, set headings and columns that are to repeat on every page, or simply set the worksheet to print to a single page. If there are a series of formats that are required before you print your workbook, an event procedure including the correct page layout can be used to eliminate the time spent reprinting workbooks with improper formatting.

IPv6 supports three different address types:

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Unicast Identifies a single interface within the scope of the address . (The scope of an IPv6 address is that portion of your network over which this address is unique .) IPv6 packets with unicast destination addresses are delivered to a single interface . Multicast Identifies zero or more interfaces . IPv6 packets with multicast destination addresses are delivered to all interfaces listening on the address . (Generally speaking, multicasting works the same way in IPv6 as it does in IPv4 .) Anycast Identifies multiple interfaces . IPv6 packets with anycast destination addresses are delivered to the nearest interface (measured by routing distance) specified by the address . Currently, anycast addresses are assigned only to routers and can only represent destination addresses .

broadcast communications are performed using multicast addresses. See Table 28-2 for more information on multicast addresses.

The BeforeClose event procedure is executed before the workbook is closed. This event is often used with the Workbook_Open event procedure. For example, the Workbook_Open procedure might open a custom menu for the workbook, and the Workbook_BeforeClose pro cedure would then close the custom menu. In this scenario, the custom menu would only be visible when the workbook is open. The following event procedures demonstrate how to use the Workbook_Open and Workbook_BeforeClose events to accomplish opening and closing the custom menu:

Unicast addresses are addresses that identify a single interface . IPv6 has several types of unicast addresses:

global unicast address An address that is globally routable over the IPv6-enabled portion of the Internet . Therefore, the scope of a global address is the entire Internet, and global addresses in IPv6 correspond to public (non-RFC 1918) addresses used in IPv4 . The address prefix currently used for global addresses as defined in RFC 3587 is 2000::/3, and a global address has the following structure:

Private Sub Workbook_Open Call OpenCustomMenu End Sub Private Sub Workbook_BeforeClose (Cancel as Boolean) Call CloseCustomMenu End Sub

The first 48 bits of the address are the global routing prefix specifying your organization s site . (The first three bits of this prefix must be 001 in binary notation .) These 48 bits represent the public topology portion of the address, which represents the collection of large and small Internet service providers (ISPs) on the IPv6 Internet and which is controlled by these ISPs through assignment by the Internet Assigned Numbers Authority (IANA) . The next 16 bits are the subnet ID . Your organization can use this portion to specify up to 65,536 unique subnets for routing purposes inside your organization s site . These 16 bits represent the site topology portion of the address, which your organization has control over .

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