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JDBC follows the standard applet security model, which imposes fairly onerous restrictions for untrusted applets. In particular, JDBC uses these rules: It assumes that normal unsigned applets are untrustworthy. It does not allow applets to access to local database data such as registry or configuration files. If a downloaded JDBC Driver registers itself with the JDBC DriverManager, then JDBC will only use that driver to satisfy connection requests from code that has been loaded from the same source as the driver. It does not allow an untrusted applet to open a database connection to a server that is not the server it was downloaded from. JDBC does not make any automatic nor implicit use of local credentials when making connections to remote database servers. JDBC does not encrypt the data it sends over the Internet. Indeed, JDBC is not a network protocol nor a database protocol. If connection encryption is necessary, choose a database that supports encryption in its protocol. In this case, this specific database management system s JDBC driver will encrypt/decrypt the data as necessary.

1.0769163 10 14 3.463896 10 14 5.329071 10 15 3.0420111 10 14 4.440892 10 16 1.0325074 10 14 7.300074 10 8 3.1086245 10 15

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The OSPF-TE (RFC 3630) defines the intra-area traffic engineering enhancement Opaque LSA Type 10 (area scope) is used to carry the TE-related information and uses the standard OSPF LSA flooding mechanism Routers store Type 10 LSAs in a separate database the TED The ALSRP service router refers to TED as an Opaque-database in the command-line interface (CLI) All LSAs contain an LSA header and LSA payload The LSA payload contains type-length values (TLV), which contain routing or TE information There are two types of TLVs: Router Address TLV Used to advertise the router-id of an OSPF router Link TLV Used to advertise the locally attached router links In the case of OSPF-TE, the link TLV contains TE-related information For an LSA Type 10, one LSA can only contain one link TLV with information for a single link Figure 45 shows an example of the Opaque-LSA used for OSPF-TE.

Event handlers allow your application to access the code-behind file when a specified event occurs while your application is running. For example, you may assign an event handler to a button that you designate as a custom Close box, so that when it is clicked, a panel closes. The Events palette, as shown in Figure 20.1, lists a multitude of different events that you can respond to with event handlers. And almost any of these events can be selected for any object in your application. Plus, once the event handlers are created, the code that you write for them can be almost anything. This means the amount of interactivity you can add to your application using events and event handlers is virtually limitless.

As shown in Figure 45, in the LINK INFO TLV, there are 10 types of sub-TLVs containing TE information: Sub-TLV 1 Link type (1 octet) Sub-TLV 2 Link ID (4 octets) Sub-TLV 3 Local interface IP address (4 octets) Sub-TLV 4 Remote interface IP address (4 octets) Sub-TLV 5 Traffic Engineering metric (4 octets) Sub-TLV 6 Maximum bandwidth (4 octets) Sub-TLV 7 Maximum reservable bandwidth (4 octets) Sub-TLV 8 Unreserved bandwidth (32 octets) Sub-TLV 9 Administrative group (4 octets) Sub-TLV 16 Shared Risk Link Group (SRLG) (length variable) In the TE Opaque-LSA, the link s color, SRLG membership, and the bandwidth information are used as constraints for the TE-capable LSP-Path calculation By default, TE in OSPF is disabled It must be explicitly enabled in the OSPF routing instance configuration Figure 46 illustrates the configuration example of enabling OSPF-TE Enabling traffic engineering in OSPF is straightforward.

FIGURE 25-1 Major metabolic pathways in the fasted state. The dashed line represents utilization of glucose as a component of the alanine cycle. BCAA, branched-chain amino acids; TAG, triacylglycerols.

Operators simply use the traffic-engineering command under the OSPF routing instance configuration..

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