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Programming Logic & Design Comprehensive

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter8: Advanced Data Handling Concepts

Section: Chapter Questions

Problem 17RQ

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Question

Use C# to create Order class as follows: a. Data members: oid, orderDate, promised Date,
shipDate, deliveryDate, amount, status. b. Behavioral members: isOnTime() - check if the
delvieryDate is ahead of promised Date, timeToDelivery() - get number of days from order to
delivery, getLate Fees() - company pays 1% fee to the customer for every day of delay in
delivery according to the contract.

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Use C# to create Order class as follows: a. Data members: oid, orderDate, promised Date, shipDate, deliveryDate, amount, status. b. Behavioral members: isOnTime() - check if the delvieryDate is ahead of promised Date, timeToDelivery() - get number of days from order to delivery, getLateFees() - company pays 1% fee to the customer for every day of delay in delivery according to the contract.
Task Description: Consider the following relations for a company: Department (Did: integer, Dname: string, location: string) Employee (Eid: integer, Ename: string, Erank: integer, salary: real, DepartmentID, integer) Project (Pid: integer, DepartmentID: integer, Pname: string, budget: real, start year: integer) The “DepartmentID” fields in both Employee and Project are foreign keys referencing the “Did”field of the Department table. Through Java application, use SQL to insert (random but meaningful) data records in the above tables:1) Create two different departments (named: Marketing and Human Resources)2) Create at least three employees per department (6 employees in total). A rank of an employee is an integer value between 1 and 3.3) Create at least three different projects per department (6 projects in total). The start year is between 2018 and 2020.
Task Description: Consider the following relations for a company: Department (Did: integer, Dname: string, location: string) Employee (Eid: integer, Ename: string, Erank: integer, salary: real, DepartmentID, integer) Project (Pid: integer, DepartmentID: integer, Pname: string, budget: real, start year: integer) The “DepartmentID” fields in both Employee and Project are foreign keys referencing the “Did”field of the Department table. Use SQL to create a new database (named MyCompany), then use it to build the relations mentioned above. Place the constraints (e.g., default values) you find appropriate.
Customer ={idC(PK), surname} Contract ={idC(PK), customer, consultant, insurance_type, date} Consultant   means:   id of some Staff member Staff={idPerson(PK), surname,dob, boss, email} Dob means: date of birth, boss:  is id of another Staff member  supervisor Insurance_Type={idT(pk) , Tname , price , length } Length = number of months it is valid  (from the date when it  was bought ) Find consultants born after some contract was already signed?
An insurance company needs to store their salespeople’s information who are selling their insurance policies. They already have a database with multiple tables, one of the tables (Salesperson) stores information about each salesperson along with the bonus percent they receive, based on the city where the insurance is sold. The table has the following fields:   Salesperson(spID, spName, spBirthDate,spCitySelling, bonusPercent) spID: Unique identification number of the salesperson. spName: Full name of the salesperson. spBirthDate: Birthdate of the salesperson. spCitySelling: The city in which the salesperson is selling the insurance. bonusPercent: The bonus percent received by the salesperson based on the city in which he/she sells the insurance. Each salesperson can sell the insurance in just one city. However, for a city, there can be more than one salesperson appointed. Also, the bonus percent is fixed for each city. For example, all of the salespeople who sells insurance in…
In an annual charter day celebration of a university, one of the highlights of its celebration is having a concert for a cause in which national personalities were invited. The student body assigned for the conduct of the event, sold tickets for their fund raising for a cause. Tickets are sold according to the following prices. The green ticket is sold at $20, orange ticket at $30 and white ticket at $40. All students of the university are encouraged to support the said event, however the venue could only accommodate 1500 people. Write a Nassi-Shneiderman diagram that determines the total amount of money that will be generated if all tickets are all sold out and likewise print the  total money collected.
In an annual charter day celebration of a university, one of the highlights of its celebration is having a concert for a cause in which national personalities were invited. The student body assigned for the conduct of the event, sold tickets for their fund raising for a cause. Tickets are sold according to the following prices. The green ticket is sold at $20, orange ticket at $30 and white ticket at $40. All students of the university are encouraged to support the said event, however the venue could only accommodate 1500 people. Write an algorithm in pseudocode, a flowchart and NS diagrams that determines the total amount of money that will be generated if all tickets are all sold out and likewise print the total money collected.
Customers ld Username Firstname Sumame Email PostalAddress Orders Id Customorld Created Status Orderitems Orderid StyleRequested SizeRequested Stockid Shirts Stockld Style Size StoreLocation Count Which of the following statements are correct for this entity rel ionship diagram? a. There is a many to many relationship between Orderitems and Orders Ob. There is a many to one relationship between Customers and Orders c. Orderltems is a bridge table Od. There is a many to one relationship between Orderitems and Shirts □e. Orders is a bridge table Of. There is a many to many relationship between Orderltems and Shirts
in a shop ,there are 10 employee and 20 kinds of goods，goods id between 1-20 EMPLOYEE id first name last name gender 10001, 'Tom', 'Brown', 'F'10002, 'Elizabeth', 'Tremblay', 'F'10003, 'Gladys', 'Julie', 'F10004, 'John', 'Taylor', 'M10005, 'Amelia', 'Smith'10006, 'Logan', 'Katherine'10007, 'Leo', 'Brown'10007, 'Lem', 'Thompson'10009, 'Tom' 'Smith'10010, 'Emma', 'Campbell' ------------ and I want to add a name library in it ,like this how could i create a HTML file ,with will randomly create customers with these employee . there is a start button on the page . press "start "bottom ,and it will It will randomly match 10 items, customers, and goods, display goods id ,customername and gender ,employer name , id and gender . how to do such a page ?
Task Description: consider the following relations for a university: Student (sid: integer, sname: string, GPA: real, dateOfBirth: date) Department (did: integer, dname: string, capacity: integer) Course (cid: integer, cname: string, credit: integer) Enroll (studentID: integer, courselD: integer, departmentID: Integer, enrollmentDate: date) studentlD, courselD, and departmentID in Enroll are foreign keys referencing the primary keys of the student, course, and department relations, respectively.
//Need typed version please You are working with a database that stores information about suppliers, parts and projects. The Supply relation records instances of a Supplier supplying a Part for a Project. The schema for the database used in this question is as follows: ( primary keys are shown underlined, foreign keys in bold). SUPPLIER (SNo, SupplierName, City) PART (PNo, PartName, Weight) PROJECT (JobNo, JobName, StartYear, Country) SUPPLY (SNo, PNo, JobNo, Quantity) Provide relational algebra (NOT SQL) queries to find the following information. NOTE: You can use the symbols s, P, etc or the words ‘PROJECT’, ‘RESTRICT’ etc . do not need to try to make efficient queries – just correct ones. Where you use a join, always show the join condition. List the name of any part that was not used on a project that commenced in 2020. List the name of any part that has been supplied to all projects that commenced in 2020.
Temporary Employment Corporation (TEC) places temporary workers in companies during peak periods. TEC’s manager gives you the following description of the business: TEC has a file of candidates who are willing to work. The file contains candidate id, full name, address, email (if any) and telephone number. Each candidate has earned several qualifications. Each qualification may be earned by more than one candidate. For example, it is possible for more than one candidate to have earned a BBA degree or an Oracle 4Database Certification. And clearly, a candidate may have earned both a BBA and an Oracle Database Certification. Each qualification has a qualification code and name using special codes (eg: BBA: BBA degree, DBA-ORA: Oracle Database Certification). TEC has a list of companies that request temporaries. The attributes are company id, name, address, email address and telephone number. Each time a company requests a temporary employee, TEC makes an entry into the job openings…

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