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Use Worksheet 4.26 here. TECHNOLOGY SELECTION Select software development tools that promote secure software. Carefully choose programming language and related interpreters, compilers, and application server environments so as to minimize exposure due to buffer exploits and the like. When programming languages such as C are chosen, put policies, procedures, and training in place so that programming techniques are used that prevent buffer exploits. Develop a secure review process for any third-party libraries, objects, and source code used in development. Examine third-party software for all of the issues raised in this secure software development worksheet. Choose a configuration-management/source code control system that all developers can agree on and is secure. Consider any security implementation details/features, such as integration with SSH. Evaluate it using the planning approach provided in this book. IMPLEMENTATION Provide security-aware installation, administration, and management documentation with your software. Include all implementation and configuration guidelines, as discussed earlier in this worksheet, such as operating system configuration requirements. Buck the trend of enabling everything by default and, instead, consider the end user s security needs; disable everything but the core feature set and provide clear documentation on how users can enable features they may need. OPERATIONS Consider the needs of the operator during software development. Make the system easy to maintain and monitor from a security standpoint. Address operator security-related procedures and safeguards as part of your specification.

5. Select the options that include error handling and comments and click Convert. Access briefly displays each new procedure as it is converted. When the conversion process finishes, the Conversion Finished message box appears. 6. Click OK to remove the message box. 7. Access displays the Modules object window of the Database window, as shown in Figure 30-24. Access names the new module Converted Macro - Print Reports.

phase of the pathway is regulated by the supply and demand for ribose 5-phosphate. The nonoxidative phase is inactive when all the pentose phosphates produced by the oxidative phase are converted into ribose 5-phosphate for RNA and DNA synthesis. On the other hand, when the oxidative phase is producing pentose phosphates in excess of cellular requirements, the nonoxidative phase becomes active and converts the excess pentose phosphates into fructose 6-phosphate plus glyceraldehyde 3-phosphate. Since the pentose phosphate pathway usually functions during the fed state, the fructose 6-phosphate and glyceraldehyde 3-phosphate generated by the nonoxidative phase are utilized primarily for glycolysis, producing ATP for biosynthetic processes. When the demand for ribose 5-phosphate exceeds that of the NADPH which is concurrently produced by the oxidative phase of the pathway, the nonoxidative phase operates in the reverse direction; that is, it converts fructose 6-phosphate plus glyceraldehyde 3-phosphate into ribose-5-phosphate. Since all of the reactions of the nonoxidative phase are reversible, a decline in concentrations of ribose 5-phosphate will stimulate pentose phosphate synthesis without a concomitant increase in the flux of glucose through the oxidative phase of the pathway.

Memory Direct Addressing. The direct addressing mode includes the offset directly in the instruction. A typical Pentium instruction such as the MOV transfers data between an 8-bit register such as AL ,or a 16-bit register such as BX, or a 32-bit register such as EDX, and an offset located in the data segment. Memory-to-memory transfers are not allowed. For example, MOV [2000H],AL, in real mode, transfers 8-bit contents ofAL into a 20-bit physical address computed from the segment register DS and offset 2000H. Typical assemblers use square brackets around the offset 2000H to indicate that the contents of the memory location are at an offset 2000H from the segment DS. Next, consider MOV BX, [SOOOH] in real mode. This instruction moves the contents of a 20-bit physical address computed from the segment register DS and offset 5000H to BX. Finally, consider MOV [3000H], ECX in real mode. If (DS) = 2000H, (ECX) = 12345678H, (23000H) = OlH, (23001H) = 02H, (23002H) = 03H, and (23003H) = 04H, then after execution of MOV [3000H],ECX, the byte contents of four 20-bit physical addresses will be [23000H] = 78H, [23001H] = 56H, [23002H] = 34H, and [23003H] = 12H. Register Indirect Addressing. In the register indirect mode, the offset is contained in one of the 16- or 32-bit general-purpose registers. The offset of a memory operand may be taken directly from one of the base or index 16-bit registers (BX, BP, SI, DI) or 32-bit registers (EAX, EBX, ECX, EDX,ESI, EDI, EBP). Note that 16-bit registers AX, CX, DX, and SP and the 32-bit register ESP cannot be used indirectly to hold 16-bit or 32-bit offset, respectively.

where is the correlation coef cient, which takes values between -1 and 1. When = 0, the two diversity paths are uncorrelated. On the other hand, when positive

Connection pools are usually configured by means of a GUI administration tool provided by the vendor (you can also manually edit the XML file with connection attributes). For example, in WebLogic this tool is called Administration Console; in WebSphere it s Administrative Console. Typically you enter the pool s name, the minimum and maximum number of connections allowed, and the name of the database-driver class. Figure 18-3 is a snapshot of a screen that shows a sample configuration for a JDBC type 2 Oracle driver in WebLogic. Distributed-transaction support requires the XA driver, such as WebLogic s jDriver for Oracle/XA.

In some situations, you may need to adjust the partition sizes selected by the multiuser partitioning scheme to put more room where you are likely to need it:

Pentium BEO# Pentium W/R#