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A B+ -tree index is a multilevel index, but it has a structure that differs from that of the multilevel index-sequential le Figure 126 shows a typical node of a B+ -tree It contains up to n 1 search-key values K1 , K2 , , Kn 1 , and n pointers P1 , P2 , , Pn The search-key values within a node are kept in sorted order; thus, if i < j, then Ki < Kj We consider rst the structure of the leaf nodes For i = 1, 2, , n 1, pointer Pi points to either a le record with search-key value Ki or to a bucket of pointers, each of which points to a le record with search-key value Ki The bucket structure is used only if the search key does not form a primary key, and if the le is not sorted in the search-key value order Pointer Pn has a special purpose that we shall discuss shortly Figure 127 shows one leaf node of a B+ -tree for the account le, in which we have chosen n to be 3, and the search key is branch-name Note that, since the account le is ordered by branch-name, the pointers in the leaf node point directly to the le Now that we have seen the structure of a leaf node, let us consider how search-key values are assigned to particular nodes Each leaf can hold up to n 1 values We allow leaf nodes to contain as few as (n 1)/2 values The ranges of values in each leaf do not overlap Thus, if Li and Lj are leaf nodes and i < j, then every searchkey value in Li is less than every search-key value in Lj If the B+ -tree index is to be a dense index, every search-key value must appear in some leaf node Now we can explain the use of the pointer Pn Since there is a linear order on the leaves based on the search-key values that they contain, we use Pn to chain together the leaf nodes in search-key order This ordering allows for ef cient sequential processing of the le The nonleaf nodes of the B+ -tree form a multilevel (sparse) index on the leaf nodes The structure of nonleaf nodes is the same as that for leaf nodes, except that all pointers are pointers to tree nodes A nonleaf node may hold up to n pointers, and must.

ciscoasa# show webvpn svc 1 disk0:/anyconnect-win-220128-k9pkg 1 dyn-regex=/Windows NT/ CISCO STC win2k+ 2,2,0128 Fri 03/28/2008 15:48:4581 1 SSL VPN Client(s) installed

The McGraw Hill Companies, 2001

Many of the group policy configurations of Easy VPN discussed in 17 apply here, like assigning an internal address, split tunneling and split DNS, DNS server names, and other group policies This chapter will only focus on the AnyConnect-specific group policy attributes defined on the ASA itself (not on an AAA server); for information on the other group policies, like split tunneling and split DNS, refer back to 17

750 500 600

First, you must also allow the usage of the SVC or AnyConnect client in the group policy with the vpn-tunnel-protocol command:

A leaf node for account B+ -tree index (n = 3)

hold at least n/2 pointers The number of pointers in a node is called the fanout of the node Let us consider a node containing m pointers For i = 2, 3, , m 1, pointer Pi points to the subtree that contains search-key values less than Ki and greater than or equal to Ki 1 Pointer Pm points to the part of the subtree that contains those key values greater than or equal to Km 1 , and pointer P1 points to the part of the subtree that contains those search-key values less than K1 Unlike other nonleaf nodes, the root node can hold fewer than n/2 pointers; however, it must hold at least two pointers, unless the tree consists of only one node It is always possible to construct a B+ -tree, for any n, that satis es the preceding requirements Figure 128 shows a complete B+ -tree for the account le (n = 3) For simplicity, we have omitted both the pointers to the le itself and the null pointers As an example of a B+ -tree for which the root must have less than n/2 values, Figure 129 shows a B+ -tree for the account le with n = 5 These examples of B+ -trees are all balanced That is, the length of every path from the root to a leaf node is the same This property is a requirement for a B+ -tree Indeed, the B in B+ -tree stands for balanced It is the balance property of B+ -trees that ensures good performance for lookup, insertion, and deletion

ciscoasa(config)# group-policy group_policy_name internal ciscoasa(config)# group-policy group_policy_name attributes

Figure 5-20 is an illustration of base salary with a progressive ramp commission schedule (with threshold and maximum)

B+ -tree for account le (n = 3)

ciscoasa(config-group-webvpn)# vpn-tunnel-protocol {[svc] [webvpn] [ipsec] [l2tp-ipsec]}

The McGraw Hill Companies, 2001

The first command specifies that the group policy is defined on the ASA itself The vpntunnel-protocol command is configured as an attribute of the group policy; use the svc parameter to allow users associated with the policy to use either of the two tunnelmode clients

12

The svc ask command, if enabled, prompts users to download the AnyConnect client when they log into the ASA using clientless mode:

.