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In this example, several other packages depend on the python2.3 package and also need to be removed. To proceed with removing python2.3 and all packages that depend on it, run the command again without the -s flag.

12

The Hello process starts when an interface of a router participating in the RSVP protocol with the Hello protocol enabled comes up, and at least one LSP-Path attempts a setup with a neighbor or a neighbor sends a Hello request. The router generates one instance value for each adjacency. The router encodes the instance value into the first HELLO message via the HELLO_REQUEST object. It sets the destination instance value to 0x0. The HELLO message is then sent to the adjacent RSVP neighbor. The neighbor router responds to the HELLO message with the HELLO_ACK object. In the HELLO_ACK object, the source instance is locally generated by the peering router and represents the adjacency from its neighbor router s perspective. The neighbor router uses the value of the source instance from the received HELLO_REQUEST object as the value of its HELLO_ACK object s destination instance. This is a one-way handshake process. If the neighbor router also has the Hello protocol configured in that interface, the same process is repeated in the other direction. RFC 3209 states that the Hello protocol may be implemented unidirectionally with one side configured to run the Hello protocol while the far-end node does not. However, the adjacent router must be capable of supporting the Hello protocol. If an RSVP interface does not have Hello protocol capability, it will not respond to the HELLO_REQUEST with a HELLO_ACK. The two Hello adjacencies (from Router R1 to R2 and from Router R2 to R1) work independently. Each adjacency only cares about sending its own HELLO_REQUEST and receiving and verifying the HELLO_ACK from its peer. The purpose of the RSVP Hello protocol is to detect the RSVP process failure of a directly connected RSVP-enabled neighbor router. The mechanism uses their

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In connection with the development of the Transition Plan, Customer and Vendor shall develop a list of milestones relating to Vendor s obligations pursuant to Article 4, which are critical to Customer, and, for each milestone (1) a description of the applicable triggering event from which achievement of that milestone shall be measured, (2) the duration of time from the triggering event for the completion of that milestone, and (3) an amount of the Designated Fees that Customer may defer with respect to that milestone in accordance with this Section. Exhibit 21 contains lists of events and related information that Customer and Vendor agree shall be included in the final list. After development of the final list, Customer may defer, upon Customer s election, the specified amount of the Designated Fees if, as a result of Vendor s failure to perform its obligations pursuant to this Agreement, Vendor fails by more than [SPECIFY TIME PERIOD] days to achieve any specified milestone by the specified completion date. If and when Vendor achieves the specified milestone, all deferred fees shall be promptly paid to Vendor. Customer s deferral rights described in this Section shall not limit Customer s right to recover other damages incurred by Customer as a result of such failure or to terminate this Agreement pursuant to Section 26.04(1).

Public-key cryptography does not suffer from key distribution problems, and that is why it is the preferred encryption method for secure Internet communication. This method uses two keys, one to encrypt the message and another to decrypt the message. The key used to encrypt the message is called the public key because it is made available for all to see. The key used to decrypt the message is the private key and is kept hidden. Imagine that you want to send me a secure message using public-key encryption. Here is what we need:

Schematic diagram of a gridded ionization chamber. (From O Kelley, 1962.)

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