Most important Class in Customer Relationship Management (CRM) System is indeed Customer. Customer class can have...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
Most important Class in Customer Relationship Management (CRM) System is indeed Customer. Customer class can have fields: Name, ID, Gender, Contact Number & Address The member functions include the getters and setters for all the member variables and display() function to display the data. Customer - ID - Name - Gender - Contact Number - Address +<<constructor>>Customer() +getters and setters +display () In the main function, first create two Customer objects and allow the user to enter data in these objects. Secondly, display the data from these objects. WRITE IN C++ WITH EXPLAINATION/STATEMENTS Most important Class in Customer Relationship Management (CRM) System is indeed Customer. Customer class can have fields: Name, ID, Gender, Contact Number & Address The member functions include the getters and setters for all the member variables and display() function to display the data. Customer - ID - Name - Gender - Contact Number - Address +<<constructor>>Customer() +getters and setters +display () In the main function, first create two Customer objects and allow the user to enter data in these objects. Secondly, display the data from these objects. WRITE IN C++ WITH EXPLAINATION/STATEMENTS
Expert Answer:
Answer rating: 100% (QA)
It seems like you want to create a simple Customer class for a Customer Relationship Management CRM system and then use it in a main function to creat... View the full answer
Related Book For
Modern Database Management
ISBN: 978-0133544619
12th edition
Authors: Jeff Hoffer, Ramesh Venkataraman, Heikki Topi
Posted Date:
Students also viewed these programming questions
-
A customer went into a store and saw a beautiful leather jacket bearing a price tag of $29. The customer handed the cashier a $50 bill and said "I accept. We have a deal." The cashier then noticed...
-
Planning is one of the most important management functions in any business. A front office managers first step in planning should involve determine the departments goals. Planning also includes...
-
Assume an organization of your own choice. Expose in detail about various traffic-filtering technologies that can be suitable for it with necessary examples.
-
In Exercises 3538, evaluate C F dr. F(x, y, z) = xi + yj + zk C: r(t) = 2 cos ti + 2 sin tj + tk, 0t 2
-
Explain how foreign stock exchanges have reduced transactions costs.
-
Iris Kroneman approaches you with the following information (a) She resides in a province with a 5% corporate tax rate (i.e., a total tax rate of 16%) where she owns and operates an incorporated...
-
The following MINITAB output presents the results of a hypothesis test for a mean difference. a. Is this a left-tailed test, a right-tailed test, or a two-tailed test? b. Can H0 be rejected at the...
-
A 500.0-g bird is flying horizontally at 2.25 m/s, not paying much attention, when it suddenly flies into a stationary vertical bar, hitting it 25.0 cm below the top (Fig. 10.63). The bar is uniform,...
-
1. Identify some confusion about inflation 2. Explain the source of that confusion and the misconceptions that come about from it. 3. Select a tool, and explain how it works and how it is meant to...
-
Although the company has already established medical and retirement plan benefits, Toni Prevosti wants to consider other benefits to attract employees. As the companys accountant, you have been...
-
1. Use a supply-demand diagram to explain how scalpers earn their living and why scalpers may :improve the efficiency of the market. 2. As the level of education of the population increases, the...
-
In 1929, U.S. GDP was, adjusted for inflation, $1,056.6 billion. The following year it was, also adjusted for inflation, $966.7 billion. What was the growth rate of U.S. in 1930? (Do not type the...
-
Table of Interest Rates: Time Period Oyly Oy2y 0v3y lyly 2yly Consider the following bond: Exactly 3 years to maturity 9.7% coupon rate, paid annually $100 par value Bond is callable in exactly 1...
-
An amount of $13,500.00 is deposited into an account today, it is expected to mcrease to a maturity value of $15,349.34 in 6.5 years from now. What is the nominal interest rate compounded quarterly?...
-
Royal Lawncare Company produces and sells two packaged products Weed ban and Green grow. Revenue and cost information relating to the products follow: Product Weed ban Green grow Selling price per...
-
A 50 cm x 30 cm x 20 cm block weighing 150 N should be moved at a constant speed of 0.8 m/s up an oblique plan with a coefficient of friction f= 0.27. a) Determine the force F required in the...
-
Assume You have $2B of SPX (beta 1.0), the following futures contracts are available (ES). The index is 4045. You wish to synthetically RAISE the beta to 1.8. Indices Futures Contract Specifications...
-
A police officer pulls you over and asks to search your vehicle because he suspects you have illegal drugs inside your car. Since he doesn't have reasonable suspicion to search your car, legally he...
-
Figure 4-40 shows an EER diagram for a university dining service organization that provides dining services to a major university. a. Transform the EER diagram to a set of relations and develop a...
-
Give four reasons why a business rules approach is advocated as a new paradigm for specifying information systems requirements.
-
Write an SQL query to determine the total number of hours and the total number of lessons Tutor 106 taught in June and July 2015.
-
Find the fundamental frequency of longitudinal vibration of the tapered bar shown in Fig. 8.41, using Rayleigh's method with the mode shape \[U(x)=c_{1} \sin \frac{\pi x}{2 l}\] The mass per unit...
-
Approximate the fundamental frequency of a rectangular membrane supported along all the edges by using Rayleigh's method with \[W(x, y)=c_{1} x y(x-a)(y-b)\] \[V=\frac{P}{2}...
-
The root mean square value of a signal \(x(t), x_{\mathrm{rms}}\), is defined as \[x_{\mathrm{rms}}=\left\{\lim _{T ightarrow \infty} \frac{1}{T} \int_{0}^{T} x^{2}(t) d t ight\}^{1 / 2}\] Using this...
Study smarter with the SolutionInn App