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similar to that of SIP and Skinny When setting up the first connection (which uses TCP) to the CallManager server, the client device will choose a port number greater than 1023 that is not currently being used The destination port number is the well-known port 2748 (this port cannot be changed on CallManager) This connection is a signaling connection and is used by the SoftPhone to send signaling information, like a call setup or teardown request of phone connections Across this signaling connection, the client will indicate which UDP ports it will use to handle the processing of voice packets (phone connections) Once the signaling connection is established and the SoftPhone registers its phone number and IP address, the SoftPhone can make phone calls When making a phone call, the client will use the signaling connection to signal the CallManager server of the call setup request to a destination phone Like SIP and SCCP, RTP is used to establish the phone session to a remote phone: one UDP connection is for the audio, and the second one for synchronization of the audio (RTP is discussed in the next chapter) The source phone will select two unused UDP port numbers (greater than 1023) for these two connections The CallManager will then contact the destination party, acquire the destination UDP port numbers for the connections (greater than 1023) from the destination, along with the destination IP address, and then notify the source phone of the connection information so that the source can now complete the phone connection to the destination

4

Utility Energy, Inc 20xx Compensation Plan Sales Representatives Table of Contents Introduction Section 1: Plan Overview Section 2: 20xx Sales Compensation Plan Components Section 3: 20xx Sales Compensation Plan Policies and Definitions Appendix: 20xx Sales Compensation Plan and Calculation

loan-number L-170 L-230 L-260

Application inspection for CTIQBE is new as of version 63 of the OS Basically, the appliance securely allows the additional UDP connections by adding them to the state table and fixes embedded addressing information in the payload if it conflicts with any existing translations in the xlate table Beyond this, no additional application layer inspection is performed on CTIQBE connections The appliance does have the following limitations and restrictions when performing CTIQBE inspection: Phone calls made using CTIQBE are not replicated to a redundant appliance when stateful failover is configured (CTIQBE phone calls are lost when failover occurs) If different SoftPhones are registered to different CallManagers, which are connected to different appliance interfaces, calls between the SoftPhones of different CallManagers will fail Static NAT must be used when CallManager is located on a higher-level interface and NAT control is enabled Also, the inbound control connection (port 2748) would have to be allowed with an ACL

nisms for joining relations, including condition joins and natural joins, as well as various forms of outer joins These additional operations are typically used as subquery expressions in the from clause

The following sections will discuss the configuration inspection of CTIQBE traffic Unlike SIP, CTIQBE doesn t support layer 7 class and policy maps for in-depth inspection: only layer 3/4 policies are supported

We illustrate the various join operations by using the relations loan and borrower in Figure 41 We start with a simple example of inner joins Figure 42 shows the result of the expression loan inner join borrower on loanloan-number = borrower loan-number The expression computes the theta join of the loan and the borrower relations, with the join condition being loanloan-number = borrowerloan-number The attributes of the result consist of the attributes of the left-hand-side relation followed by the attributes of the right-hand-side relation Note that the attribute loan-number appears twice in the gure the rst occurrence is from loan, and the second is from borrower The SQL standard does not require attribute names in such results to be unique An as clause should be used to assign unique names to attributes in query and subquery results We rename the result relation of a join and the attributes of the result relation by using an as clause, as illustrated here: loan inner join borrower on loanloan-number = borrowerloan-number as lb(loan-number, branch, amount, cust, cust-loan-num) We rename the second occurrence of loan-number to cust-loan-num The ordering of the attributes in the result of the join is important for the renaming Next, we consider an example of the left outer join operation: loan left outer join borrower on loanloan-number = borrowerloan-number loan-number L-170 L-230 branch-name Downtown Redwood amount 3000 4000 customer-name Jones Smith loan-number L-170 L-230