That is the dog () name is Henry. A、whoseB、whoC、which

That is the dog () name is Henry.

A、whose

B、who

C、which


相关考题:

如下程序的输出结果是______。 include using namespace std; class Pet{ char nam 如下程序的输出结果是______。include<iostream>using namespace std;class Pet{char name[10];public:Pet(char*nanle){strcpy(this->name,name);}const char*getName( )const{return name;}virtual void call( )eonst=0;};class Dog:public Pet{public:Dog(char*name):Pet(name){ }void call( )eonst{cout<<"汪汪叫";}};class Cat:public Pet{public:Cat(char*name):Pet(name){ }void call( )const{eout<<"喵喵叫";}};int main( ){Pet*petl=new Dog("哈克"),*pet2=new Cat("吉米");eout<<petl->getName( );petl->call( );eout<<endl;cout<<pet2->getName( );pet2->call( );eout<<endl;return 0;}

清使用VC6或使用【答题】菜单打开考生文件夹projl下的工程projl,此工程中包含了类Pets(“宠物”) 和主函数main的定义。程序中位于每个“//ERROR****found ****”之后的一行语句有错误,请加以改 正。改正后程序的输出结果应为: Name:sonny Type:dog Name:John Type:dog Name:Danny Typc:cat Name:John Type:dog 注意:只修改每个“//ERROR ****found ****”下的那一行,不要改动程序中的其他内容。 includeiostream using namespace sm; enum Pets_type{d09,cat,bird,fish}; class Pets{ private: char *name; Pets_type type; public: Pets(const char *name=”sonny”,Pets_type type=dog); Petsoperator=(const Petss); ~Pets; void showeonst;}; Pets::Pets(eonst char$naIne,Pets_type type) //构造函数 { This -name=new char[strlen(name)+1]; strcpy(this一name,name); //ERROR *********found********* type=type; }{ Pets::~Pets//析构函数,释放name所指向的字符串 { //ERROR *********found********* name=’/0‘; } PetsPets::0perator=(const Petss){ if(s==this)//确保不要向自身赋值 return *this; delete[]name; name=new char[strlen(S.name)+1];//ERROR *********found********* strcpy(this一nmne,name); type=S.type: return *this;} void Pets::showconst cout“Name:”name”Type:”: Pets mypetl,mypet2(’’John”,dog);

publicclassPet{privateStringname;publicPet(Stringname){this.name=name;}publicvoidspeak(){System.out.print(name);}}publicclassDogextendsPet{publicDog(Stringname){super(name);}publicvoidspeak(){super.speak();System.out.print(Dog”);}}执行代码Petpet=newDog(京巴”);pet.speak();后输出的内容是哪项?()A.京巴B.京巴DogC.nullD.Dog京巴

有如下程序: include using namespace std; class Pet{ char name[10]; public: Pet(c 有如下程序:include<iostream>using namespace std;class Pet{char name[10];public:Pet(char*name){strcpy(this->name,name);}const char*getName()const {return name;}virtual void call()const=0;};class Dog:public Pet{public:Dog(char*name):Pet(name){}void call()const{cout<<"汪汪叫":}};class Cat:public Pet{public:Cat(char*name):Pet(name){}void call()const{cout<<"喵喵叫";}};int main(){Pet*pet1=new Dog("哈克"),*pet2=new Cat("吉米");cout<<pet1->getName();pet1->call();cout<<end1;cout<<pet2->getName();pet2->call();cout<<end1;return 0;}程序的输出结果是______。

请执行以下代码,说明错误出现的行数。 1. class Dog(object): 2. def __init__(self,name): 3. self.name = name 4. @property 5. def eat(self): 6. print(" %s is eating" %self.name) 7. 8. d = Dog("wangwang") 9. d.eat() 知识点:属性的定义和使用

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12、请执行以下代码,说明错误出现的行数。 1. class Dog(object): 2. def __init__(self,name): 3. self.name = name 4. @property 5. def eat(self): 6. print(" %s is eating" %self.name) 7. 8. d = Dog("wangwang") 9. d.eat() 知识点:属性的定义和使用

在前面几题的基础上,有子类Dog和Cat继承了父类Animal,如下空格的输出是以下哪个选项? dog = Dog('coco','small'); cat = Cat('kawaii') >>> isinstance(dog, Animal) ___________ >>> isinstance(cat, Animal) ___________ >>> isinstance(dog, Dog) ___________ >>> isinstance(dog, Cat) ____________A.True True False FalseB.True True True FalseC.True False False TrueD.True True True True

1、在前面几题的基础上,有子类Dog和Cat继承了父类Animal,如下空格的输出是以下哪个选项? dog = Dog('coco','small'); cat = Cat('kawaii') >>> isinstance(dog, Animal) ___________ >>> isinstance(cat, Animal) ___________ >>> isinstance(dog, Dog) ___________ >>> isinstance(dog, Cat) ____________A.True True False FalseB.True True True FalseC.True False False TrueD.True True True True