●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)domainTraditional 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 designObject-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
●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
相关考题：
下面程序段的输出结果为 public class Test { int a，b； Test() { a=100； b=200； } Test(int x,int y) { a=x； b=y； } public static void main(String args[]) { Test Obj1=new Test(12,45)； System．out．println(”a=”+Obj 1．a+” b=”+Obj 1．b); Test Obj2=new Test()； System．out．println(”a=”+Obj 2．a+” b=”+Obj 2．b); } }A．a=100 b=200 a=12 b=45B．a=12 b=45 a=100 b=200C．a=12 b=200 a=100 b=45D．a=100 b=45 a=12 b=200
下面程序段的输出结果为( )。 publicclass Test { int a,b； Test() { a=100； b=200； } Test(intx,inty) { a=X； b=y； } publicstaticvoidmain(Stringargs[]) { TestObj1=newTest(12,45)； System.out.println("a="+Obj1.a+" b="+Obj1.b)； TestObj2=newTest()； System.out.println("a="+Obj2.a+"b="+Obj2.b)； } }A．a=100b=200 a=12 b=45B．a=12 b=45 a=100b=200C．a=12 b=200 a=100b=45D．a=100b=45 a=12 b=200
下列程序段的输出结果是______。 public class Test{ int a,b； Test( ){ a=100； b=200； } Test(int x,int y){ a=X； b=y； } public static void main(String args[ ]){ Test Obj1=new Test(12,45)； System.out.println("a="+Obj1.a+"b="+Obj1.B)； Test Obj2=new Test( )； System.out.println("a="+Obj1.a+"b="+Obj1.B)； } }A．a=100 b=200 a=12 b=45B．a=12 b=45 a=100 b=200C．a=12 b=200 a=100 b=45D．a=100 b=45 a=12 b=200
Although the bulk of industry resources and energies have focused on developing the fastest(71)or slickest(72)more and more mindshare is turning to the evolution of the computer interface. Advancements in the areas of input devices,(73)processing and vitual reality could lead to fundamental changes in the way human and computer interact. The technological battlefield of the future will be adding layers between the user and the raw machine to make the(74)as invisible as possible.(75)represents the next evolutionary step for the interface.A．microprocessorB．formatC．structureD．procedure
The stages within the development phase of the software life cycle are ( 71 ).A.design, analysis, implementation, and testingB.analysis, design, implementation, and testingC.analysis, design, testing, and implementationD.design, analysis, testing, and implementation
有如下程序； public class MethTest { static int Varl=100； int Var2=200； public static void main(String args[]) { Varl=10； MethTest Obj1=new MethTest()； MethTest Obj2=new MethTest()； Obj1.Varl++； System.out.println(Objl.Varl)； Obj2.Varl++； System.out.println(Obj2.Varl)； MethTest.Varl++； System.out.println(Objl.Varl)； Obj1.Var2++； System.out.println(Obj1.Var2)； Obj2.Var2++； System.out.println(Obj2.Var2)； } } 程序的运行结果为( )。A．11 12 13 201 201B．101 102 103 201 201C．11 12 13 201 202D．10 10 10 201 201
Certificates are（71）documents attesting to the（72）of a public key to an individual or other entity.They allow verification of the claim that a given public key does in fact belong to a given individual.Certificates help prevent someone from using a phony key to（73）someone else.In their simplest form,certificates contain a public key and a name.As commonly used,a certificate also contains an（74）date,the name of the CA that issued the certificate,a serial number,and perhaps other information.Most importantly,it contains the digital（75）of the certificate issuer.The most widely accepted format for certificates is X.509,thus,certificates can be read or written by any application complying with X.509.A.textB.dataC.digitalD.structured
All three types of cryptography schemes have unique function mapping to specific.For example,the synunetric key（71）approach is typically used for theencryption of data providmg（72）,whereas asymmetric key cryptography is maidy used in key（73）and noruepudiation,thereby providing confidentiality and authentication.The hash（74）（noncryptic）,on the other hand,does not provide confidentiality but provides messageintegrity,and cryptographic hash algorithms provide message（75）and identity of peers during transport over insecure channels.请作答74题。A.AlgorithmB.SecureC.structureD.encryption
All three types of cryptography schemes have unique function mapping to specific．For example, the symmetric key approach （71） is typically used for the encryption of data providing（72）, whereas asymmetric key cryptography is maidy used in key（73）and nonrepudiation, thereby providing confidentiality and authentication． The hash（74）（noncryptic）, on the other hand, does not provide confidentiality but provides message integrity, and cryptographic hash algorithms provide message（75）and identity of peers during transport over insecure channels．A.Algorithm B.Secure C.structure D.encryption