题目内容
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In(71)programming，the user determines the sequence of instructions to be executed，not the programmer．
A．top-down
B．structure
C．data-driven
D．event-driven
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In(75)programming, the user determines the sequence of instructions to be executed, not the programmer.
A．top-down
B．structure
C．data-driven
D．event-driven
In(71)programming, the user determines the sequence of instructions to be executed, not programmer。
A．structure
B．event-driven
C．top-down
D．data-driven
Structured programming practices(71)rise to Pascal, in which constructs were introduced to make programs more readable and better(72)C provided a combination of assembly and high -level structure to create a general -purpose language that could be used from system to(73)programming. Next came object orientation, which is(74)of a metrology and design philosophy than a language issue. This is(75)by the addition of so - called OO extensions to current language, such as C++.
A．giving
B．given
C．gave
D．gives
●Extreme Programming (XP) is a discipline ofsoftware development with__(71) of simplicity, communication, feedback and courage. Successful software development is a team effort - not just the development team, but the larger team consisting of customer, management and developers. XP is a simple process that brings these people together and helps them to succeed together. XP is aimed primarily at object-oriented projects using teams of a dozen or fewer programmers in one location. The principles of XP apply to any (72) project that needs to deliver quality software rapidly and flexibly.
An XP project needs a (73) customer to provide guidance. Customers, programmers, managers, are all working (74) to build the system that's needed. Customers - those who have software that needs to be developed - will learn simple, effective ways to (75)what they need, to be sure that they are getting what they need, and to steer the project to success.
(71)
A.importance
B.keys
C.roles
D.values
(72)
A. small-sized
B.moderately-sized
C. large-sized
D.huge-sized
(73)
A.part-time
B.casual
C.seldom
D.full-time
(74)
A.together
B.by themselves
C.separately
D.alone
(75)
A. tell
B.know
C.communicate
D.feedback
(71)
A. network
B. computers
C. data
D. functionality
●Traditional structured analysis techniques focus upon the flow of(71)within a system Object-oriented analysis emphasizes the building of real-world models It examines requirements from the perspective of the classes and objects found in the vocabulary of the(72)domain
Traditional system design method emphasizes the proper and effective structure of a complex systemObject-oriented design method encompasses the process of object-oriented decomposition and a(73)for depicting both logical and physical as well as static and dynamic models of the system under design
Object-oriented programming is a method of implementation in which programs are organized as cooperative collections of objects, each of which represents an(74)of some class, and whose classes are all members of a hierarchy of classes united via(75)relationships
(71)A.control B.program C.data D.reference
(72)A.problem B.solution C.data D.program
(73)A.mark B.picture C.symbol D.notation
(74)A.instance B.example C.existence D.implementation
(75)A.control B.inheritance C.inference D.connection
TCP/IP(71)layer protocols provide services to the application(72)running on a computer. The application layer does not define the application itself, but rather it defines(73)that applications need--like the ability to transfer a file in the case of HTTP. In short,the application layer provides an(74)between software running on a computer and the network itself. The TCP/IP application layer includes a relatively large number of protocols, with HTTP being only one of those. The TCP/IP(75)layer consists of two main protocol options--the Transmission Control Protocol(TCP)and the User Datagram Protocol(UDP).
A．application
B．transport
C．link
D．network
（71）
A. object models
B. prototypes
C. use cases
D. components
（72）
A. eXtreme programming
B. model driven
C. reverse engineering
D. agile method
（73）
A. existing database and application program
B. application program and user interface
C. existing database and user interface
D. existing database, application program and user interface
（74）
A. requirement discovery
B. business process redesign
C. cause-and-effect analysis
D. total quality management
（75）
A. Continuous process improvement
B. Joint requirements planning
C. Fact-finding
D. Structured engineering
A．#include＜stdio.h＞
B．#include＜stdio.h＞ main()； main() {/*programming*/ {/*/programming/*/ printf("programming!\n")；} printf("programming!\n")；}
C．#include＜stdio.h＞
D．include＜stdio.h＞ main() main() {/*/*programming*/*/ {/*programming*/ printf("programming!\n")；} printf("programming!\n")；}
A.#include ＜stdio.h＞ main(); {/*programming*/ printf("programming!\n");}
B.#inc lude＜stdio.h＞ main() {/*/programming/*/ printf("programming!\n");}
C.#include ＜stdio.h＞ main() {/*programming*/ printf("programming!\n");}
D.include＜stdio.h＞ main() {/*/*programming*/*/ printf("programming!\n");}
