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if not DataFromClient: print print print ************************************ print The client has closed the connection print ************************************ print print print print print !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! print Server is waiting for a new connection print !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! print break #Client/server connection loop breaks WriteToFile=open( DataFile , a ) #Opens a file in append #mode WriteToFile.write(DataFromClient + \n ) #Writes data to #file WriteToFile.close() #Closes the file ReadfromFile=open( DataFile , r ) output=ReadfromFile.read() Temp_Socket.send( DATA \n%s \nWRITTEN TO THE FILE % output) #Sends data to the client ReadfromFile.close() print print ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ print The server is ready to receive more data from the client print ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Temp_Socket.close() #Closes the temporary socket Server_Socket.close() #Closes the server socket and stops the #infinite loop

The LDP signaling scheme for VPLS [LDP-VPLS] is very similar to the LDP scheme for point-to-point Layer 2 connections described in the previous chapter. LDP is used for the signaling of the pseudowires that are used to interconnect the VPLS instances of a given customer on the PEs. In order to signal the full mesh of pseudowires required, a full mesh of targeted LDP sessions is required between the PEs, or at least each pair of PEs that have VPLSs in common (unless H-VPLS, or hierarchical VPLS, is being used; see Section 11.5.1.2). In the absence of an autodiscovery mechanism, these sessions must be manually configured on each PE router. This LDP session is used to communicate the value of the inner label or VPN label that must be used for each pseudowire. The FEC element defined to carry the necessary parameters is the same as that described in the previous chapter, so this section repeats some of this information as a recap. The VC ID, which in the point-to-point case was used to identify a particular pseudowire, is configured to be the same for a particular VPLS instance on all PEs. Hence the VC ID allows a PE to identify which VPLS instance the LDP message refers to. For example, referring to Figure 11.2, PE1 has an LDP session with PE2, PE3 and PE4. Let us suppose the network operator assigns VC ID 100 to the VPLS of customer X and VC ID 101 to the VPLS of customer Y. Over the LDP session with PE2, PE1 and PE3 exchange pseudowire labels for each of the two VPLSs that they

Creating Your First Excel Automation Procedure Automating Data Export to Excel Sending One Recordset to Excel Sending Two Datasets to Two Different Tabs in the Same Workbook Automating Excel Reports: Without Programming Excel Using Find and Replace to Adjust Macro-Generated Code Running an Excel Macro from Access Optimizing Macro-Generated Code Removing Navigation Actions Deleting Code That Specifies Default Settings Cleaning Up Double Takes and Mistakes Temporarily Disabling Screen Updating

Geometric error: nT ( PT L1 ) + d = nT ( PT L2 ) + d = 0 which in a least-squares setting become: Algebraic LSE: T * = argmin

Needham, Prudent Engineering Practice for Cryptographic Protocols, IEEE Transactions on Software Engineering, vol 22, no 1, pp 6 15, 1996 114 K Fu, E Sit, K Smith, and N Feamster, Dos and Don ts of Client Authentication on the Web, available at http://cookieslcsmitedu, 2001 (a shorter version was published in the Proceedings of the 10th USENIX Security Symposium, Washington, DC, August 2001) 115 B Schneier, Why Cryptography is Harder than it Looks, available at http://wwwcounterpanecom/whycrypthtml, 1996 116 B Schneier, Security piftalls in cryptology, available at http://wwwcounterpanecom/pitfallshtml, 1998 117 D Kristol and L Montulli, HTTP State Management Mechanism, IETF RFC 2109, February 1997 118 ANSI X99, American National Standard Financial Institution Message Authentication (Wholesale) (Revision of X99-1982), American Bankers Association, 1986 119 ANSI X919, American National Standard Financial Institution Retail Message Authentication, American Bankers Association, 1986 120.

This schedule works because, at any time during the loan, the repayments calculated must exactly pay off the outstanding balance before the end of the term. If the borrower chose instead to vary the term of the loan rather than vary repayments, this approach would need to be varied by adjusting the term column with an IF function using the NPER function.

9.5 Frequency sharing between the GSO and non-GSO FSS and other GSO and non-GSO 9.5.2.2 Mutual interference between non-GSO-FSS networks

Summary

using Python. They also used a scenario related to a Web application to explain the concepts referred to in a chapter. In this chapter, you will actually delve into the development of Web-based applications in Python. Web programming in Python is performed through CGI scripts. This chapter assumes that the reader understands basic Internet concepts, such as its working, various types of networks, the client/server architecture, the addressing scheme on the Internet, World Wide Web, and the HTTP request. This chapter also assumes that you know how to create Web pages and forms using HTML. For those of you who are new to these topics, the concepts are discussed briefly in the chapter. Before getting down to writing CGI scripts in Python, let s review the Internet and HTML concepts.