public UnitServiceImpl(Functions functions) { this.functions = functions; this.unitMapper = new UnitMapperImpl(functions); }

时间: 2024-04-19 09:24:13 浏览: 26
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Useful public-domain matlab scripts and functions.zip

这段代码是一个构造函数，它接受一个名为functions的参数，并初始化了类中的functions和unitMapper变量。 其中，functions是一个Functions类型的对象，可能是用于提供一些功能或方法的接口。 unitMapper是一个UnitMapperImpl类型的对象，它通过传入的functions对象来创建。UnitMapperImpl是一个实现了UnitMapper接口的类，可能用于处理与单位相关的操作。 总的来说，这个构造函数用于初始化UnitServiceImpl类的对象，并设置了相关的变量值。
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cs代码-functions.h

标题提到的"cs代码-functions.h"，这很可能是关于C#编程语言的一个头文件（header file），虽然在C#中通常不使用头文件，但可能是为了模拟C/C++的用法或者是一个特殊的项目结构。在C#中，函数定义和实现通常在同一个...
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cs代码-functions.c

在给定的信息中，我们可以看到一个名为"functions.c"的CS（C#）代码文件，以及压缩包内的两个文件：main.cs和README.txt。虽然没有提供具体的代码内容，但我们可以根据这些文件名推测一些可能涉及的编程概念和知识点...

如果机票数组为tickets，ticket的定义如下：package search; import java.util.Date; public class ticket { private int id; private String number; private String wherestart; private String gotowhere; private Date start_time; private Date end_time; private int counts; private double price; private Date order_time; public void setId(int id) { this.id=id; } public int getId() { return id; } public void setNumber(String number) { this.number=number; } public String getNumber() { return number; } public void setWherestart(String wherestart) { this.wherestart=wherestart; } public String getWherestart() { return wherestart; } public void setGotowhere(String gotowhere) { this.gotowhere=gotowhere; } public String getGotowhere() { return gotowhere; } public void setStart_time(Date start_time) { this.start_time=start_time; } public Date getStart_time() { return start_time; } public void setEnd_time(Date end_time) { this.end_time=end_time; } public Date getEnd_time() { return end_time; } public void setAirEnterPrice(double AirEnterPrice) { this.price=AirEnterPrice; } public double getAirEnterPrice() { return price; } public void setCounts(int counts) { this.counts=counts; } public int getCounts() { return counts; } public void setOrder_time(Date order_time) { this.order_time=order_time; } public Date getOrder_time() { return order_time; } }，那么该如何修改上述界面代码

<%@ taglib uri="http://java.sun.com/jsp/jstl/functions" prefix="fn" %> 3. 修改 JSTL 标签库中的 <c:forEach> 标签，以遍历机票数组： <c:forEach var="ticket" items="${tickets}"> ${...

 Define abstract class Employee, it contains:  Data member: string id, string name, int age, double salary  Constructor  pay(): pure virtual function for calculating the employee’s salary  Derived class Manager, it contains:  Derived from class Employee.  Data members: double fixedSalary  Constructor  Implement pay() function.  Tips: The salary of managers = fixedSalary.  Derived class Saleman, it contains:  Derived from class Employee.  Data member: double salesVolume  Implement pay() function.  Tips: Saleman salary = 0.04* salesVolume.  Declare the base class pointer p and derived class object “Manager A("1001","Zhang San", 25, 5000)” and “Saleman B("1002", "Li Si", 28, 100000)” in the main function, and call the member functions pay() of different objects through the base class pointer.

Here is the implementation of the required classes and their functions in C++: c++ #include #include using namespace std; // Abstract Employee class class Employee { protected: string id; ...

Design abstract classes and derived classes: • Define abstract class Employee, it contains: • Data member: string id, string name, int age, double salary • Constructor • pay: pure virtual function for calculating the employee's salary • Derived class Manager, it contains: • Derived from class Employee. • Data members: double fixedSalary • Constructor • Implement pay function. • Tips: The salary of managers = fixedSalary. • Derived class Saleman, it contains: • Derived from class Employee. • Data member: double sales Volume • Implement pay function. • Tips: Saleman salary = 0.04* sales Volume. • Declare the base class pointer p and derived class object "Manager A("1001", "Zhang San", 25, 5000)" and "Saleman B("1002", "Li Si", 28, 100000)" in the main function, and call the member functions pay0 of different objects through the base class pointer. • An example of the results of running this program: ID. 1001 Name: Zhang San Age: 25 Salary: 5000 ID: 1002 Name: Li Si Age: 28 Salary: 4000

class Manager : public Employee { private: double fixedSalary; // 固定工资 public: Manager(string _id, string _name, int _age, double _fixedSalary) : Employee(_id, _name, _age, 0), fixedSalary(_...

1、Experiment purpose (1)Write the txt file. (2)Class definition. (3)Function application. (4)Selections. (5)Loops 2、Experiment task Project 1: Define the Rectangle2D class that contains: Two double data fields named x and y that specify the center of the rectangle with constant get functions and set functions. (Assume that the rectangle sides are parallel to x- or y-axes.) The double data fields width and height with constant get functions and set functions. A no-arg constructor that creates a default rectangle with (0, 0) for (x, y) and 1 for both width and height. A constructor that creates a rectangle with the specified x, y, width, and height. A constant function getArea() that returns the area of the rectangle. A constant function getPerimeter() that returns the perimeter of the rectangle. A constant function contains(double x, double y) that returns true if the specified point (x, y) is inside this rectangle. See Figure a. A constant function contains(const Rectangle2D &r) that returns true if the specified rectangle is inside this rectangle. See Figure b. A constant function overlaps(const Rectangle2D &r) that returns true if the specified rectangle overlaps with this rectangle. See Figure c. Draw the UML for the class. Implement the class. Write a test program that creates three Rectangle2D objects r1(2, 2, 5.5, 4.9), r2(4, 5, 10.5, 3.2)), and r3(3, 5, 2.3, 5.4), and displays r1’s area and perimeter, and displays the result of r1.contains(3, 3), r1.contains(r2), and r1.overlaps(r3). And save all these results in the txt file that is called Result.txt.写一段c++代码

public: Rectangle2D() { x = y = 0; width = height = 1; } Rectangle2D(double x, double y, double width, double height) { this->x = x; this->y = y; this->width = width; this->height = height; ...

Duplicated Numbers 分数 10 作者 翁恺 单位 浙江大学 This program reads a lot of integers, in which may be duplicated numbers. The program picks out all the duplicated ones and sorts the remainders in a descendent order. 函数接口定义： public static ArrayList<Integer> pick(ArrayList<Integer> a); a is the ArrayList to be parsed and returns the result as an ArrayList. Hint: These classes and functions may be used. Collection Collections.sort(Collection); Collection Collections.reverse(Collection) 裁判测试程序样例： import java.util.ArrayList; import java.util.Collections; import java.util.HashSet; import java.util.Scanner; public class Main { /* 请在这里填写答案 */ public static void main(String[] args) { ArrayList<Integer> lst = new ArrayList<>(); Scanner in = new Scanner(System.in); while ( in.hasNextInt() ) { lst.add(in.nextInt()); } lst = pick(lst); for ( int x:lst) { System.out.print(x+" "); } System.out.println(); in.close(); } }

public static ArrayList<Integer> pick(ArrayList<Integer> a) { ArrayList<Integer> result = new ArrayList(); HashSet<Integer> set = new HashSet(); for (int i = 0; i < a.size(); i++) { if (set....

6-3 Duplicated Numbers 分数 10 作者 翁恺 单位 浙江大学 This program reads a lot of integers, in which may be duplicated numbers. The program picks out all the duplicated ones and sorts the remainders in a descendent order. 函数接口定义： public static ArrayList<Integer> pick(ArrayList<Integer> a); a is the ArrayList to be parsed and returns the result as an ArrayList. Hint: These classes and functions may be used. Collection Collections.sort(Collection); Collection Collections.reverse(Collection) 裁判测试程序样例： import java.util.ArrayList; import java.util.Collections; import java.util.HashSet; import java.util.Scanner; public class Main { /* 请在这里填写答案 */ public static void main(String[] args) { ArrayList<Integer> lst = new ArrayList<>(); Scanner in = new Scanner(System.in); while ( in.hasNextInt() ) { lst.add(in.nextInt()); } lst = pick(lst); for ( int x:lst) { System.out.print(x+" "); } System.out.println(); in.close(); } } 输入样例： 1 1 2 3 4 5 9 3 输出样例： 9 5 4 3 2 1

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int main()’: a.cpp:39:39: error: invalid new-expression of abstract class type ‘Student’ Person* persons[3] = {new Student(),new Teacher(),new Principal()}; ^ a.cpp:9:7: note: because the following virtual functions are pure within ‘Student’: class Student :public Person{ ^~~~~~~ a.cpp:6:18: note: virtual void Person::bellRing() const virtual void bellRing()const=0; ^~~~~~~~ a.cpp:39:53: error: invalid new-expression of abstract class type ‘Teacher’ Person* persons[3] = {new Student(),new Teacher(),new Principal()}; ^ a.cpp:18:7: note: because the following virtual functions are pure within ‘Teacher’: class Teacher:public Person{ ^~~~~~~ a.cpp:6:18: note: virtual void Person::bellRing() const virtual void bellRing()const=0; ^~~~~~~~ a.cpp:39:69: error: invalid new-expression of abstract class type ‘Principal’ Person* persons[3] = {new Student(),new Teacher(),new Principal()}; ^ a.cpp:27:7: note: because the following virtual functions are pure within ‘Principal’: class Principal:public Person{ ^~~~~~~~~ a.cpp:6:18: note: virtual void Person::bellRing() const virtual void bellRing()const=0; ^~~~~~~~

这是一个编程问题，可能需要进一步的代码审查才能确定问题的根源。但是，我可以看出代码中有一个抽象类“Person”，它有一个纯虚函数“bellRing()”，而“Student”、“Teacher”和“Principal”都继承了“Person”...

Another example is the SRIOV_NET_VF resource class, which is provided by SRIOV-enabled network interface cards. In the case of multiple SRIOV-enabled NICs on a compute host, different qualitative traits may be tagged to each NIC. For example, the NIC called enp2s0 might have a trait “CUSTOM_PHYSNET_PUBLIC” indicating that the NIC is attached to a physical network called “public”. The NIC enp2s1 might have a trait “CUSTOM_PHYSNET_INTRANET” that indicates the NIC is attached to the physical network called “Intranet”. We need a way of representing that these NICs each provide SRIOV_NET_VF resources but those virtual functions are associated with different physical networks. In the resource providers data modeling, the entity which is associated with qualitative traits is the resource provider object. Therefore, we require a way of representing that the SRIOV-enabled NICs are themselves resource providers with inventories of SRIOV_NET_VF resources. Those resource providers are contained on a compute host which is a resource provider that has inventory records for other types of resources such as VCPU, MEMORY_MB or DISK_GB. This spec proposes that nested resource providers be created to allow for distinguishing details of complex components of some resource providers. During review the question came up about “rolling up” amounts of these nested providers to the root level. Imagine this scenario: I have a NIC with two PFs, each of which has only 1 VF available, and I get a request for 2 VFs without any traits to distinguish them. Since there is no single resource provider that can satisfy this request, it will not select this root provider, even though the root provider “owns” 2 VFs. This spec does not propose any sort of “rolling up” of inventory, but this may be something to consider in the future. If it is an idea that has support, another BP/spec can be created then to add this behavior.

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The following is an attempt to create a class to represent information about pets: class Pet { public: Pet(); void printDescription(); string name; int type; bool neuterSpayed; bool talks; }; Pet::Pet() : type(0), neuterSpayed(false), talks(false) { } void Pet::printDescription() { switch (type) { case 0: cout << "Dog named " << name << endl; cout << "Neuter/Spayed: " << neuterSpayed; break; case 1: cout << "Cat named " << name << endl; cout << "Neuter/Spayed: " << neuterSpayed; break; case 2: cout << "Bird named " << name << endl; cout << "Talks: " << talks << endl; break; } cout << endl; } Rewrite this code using inheritance. You should have a Pet class with subclasses for Dog, Cat, and Bird. Variables should be associated with the appropriate classes, defined as private when appropriate, and have appropriate functions to access the variables. Rewrite the printDescription function as a virtual function. There should no longer be the need for a switch statement or a type variable. Write a main function that creates a vector or array of pets that includes at least one bird, one dog, and one cat, and then loops through and outputs a description of each one.

In this updated code, we've used inheritance to create subclasses for Dog, Cat, and Bird. Each subclass has its own private variables m_neutered and m_talks, respectively. The printDescription ...

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Please define a class Book and its data members and member functions ，according to the following description.Don’t implement any member functions. (1) Each book has a title, one or more authors, and an international standard book number (ISBN). (2) Class Book has two constructor: (a) the first should be a default constructor, (b) the second should take two arguments: the title and the ISBN. (3) The authors can be added one by one. (4) For the title and ISBN of a Book，a “set”function and a “get” function are required，Each “set ”function undates the corresponding data member to a new value through its parameters and each “get”function returns the value of the corresponding data member to caller.

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