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Static libraries: Static libraries make up a group of source-code files that are built together and represent a certain component of a program. Logically, static libraries usually represent a feature or an area of functionality in the program. Frequently, a static library is not an integral part of the product that s being developed but rather an external, thirdparty library that adds certain functionality to it. Static libraries are added to a program while it is being built, and they become an integral part of the program s binaries. They are difficult to make out and isolate when we look at the program from a low-level perspective while reversing. Dynamic libraries: Dynamic libraries (called Dynamic Link Libraries, or DLLs in Windows) are similar to static libraries, except that they are not embedded into the program, and they remain in a separate file, even when the program is shipped to the end user. A dynamic library allows for upgrading individual components in a program without updating the entire program. As long as the interface it exports remains constant, a library can (at least in theory) be replaced seamlessly without upgrading any other components in the program. An upgraded library would usually contain improved code, or even entirely different functionality through the same interface. Dynamic libraries are very easy to detect while reversing, and the interfaces between them often simplify the reversing process because they provide helpful hints regarding the program s architecture.

The most basic upwind tactic is to cover the opposition. This works most effectively when the eet is well spread out and there are only a few boats which can attack your position. This does not work well in crowded situations. If you come out of the start leading 100 boats you can not possibly cover them all (and by concentrating on one boat you may let 99 others past!). However, on the nal beat you can easily concentrate on the boat closest to you.

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There are two basic code-level constructs that are considered the most fundamental building blocks for a program. These are procedures and objects. In terms of code structure, the procedure is the most fundamental unit in software. A procedure is a piece of code, usually with a well-defined purpose, that can be invoked by other areas in the program. Procedures can optionally receive input data from the caller and return data to the caller. Procedures are the most commonly used form of encapsulation in any programming language.

The next logical leap that supersedes procedures is to divide a program into objects Designing a program using objects is an entirely different process than the process of designing a regular procedure-based program This process is called object-oriented design (OOD), and is considered by many to be the most popular and effective approach to software design currently available OOD methodology defines an object as a program component that has both data and code associated with it The code can be a set of procedures that is related to the object and can manipulate its data The data is part of the object and is usually private, meaning that it can only be accessed by object code, but not from the outside world This simplifies the design processes, because developers are forced to treat objects as completely isolated entities that can only be accessed through their well-defined interfaces.

E[F ] with model error = E[F ] w/o model error 1.05 V [e] = (0.07 increased E[F ])2

Those interfaces usually consist of a set of procedures that are associated with the object Those procedures can be defined as publicly accessible procedures, and are invoked primarily by clients of the object Clients are other components in the program that require the services of the object but are not interested in any of its implementation details In most programs, clients are themselves objects that simply require the other objects services Beyond the mere division of a program into objects, most object-oriented programming languages provide an additional feature called inheritance Inheritance allows designers to establish a generic object type and implement many specific implementations of that type that offer somewhat different functionality.

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The idea is that the interface stays the same, so the client using the object doesn t have to know anything about the specific object type it is dealing with it only has to know the base type from which that object is derived This concept is implemented by declaring a base object, which includes a declaration of a generic interface to be used by every object that inherits from that base object Base objects are usually empty declarations that offer little or no actual functionality In order to add an actual implementation of the object type, another object is declared, which inherits from the base object and contains the actual implementations of the interface procedures, along with any support code or data structures.

There are two types of cover:

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