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Member variables: • int day; • int month; • int year; Member functions: • setDate: Takes three arguments: the day, month, and year. Sets the day, month, and year members of the object. Do not allow values to be negative, day to be greater than 31, and month to be greater than 12. • printDate: Uses cout to print the data in the format "dd/mm/yyyy". You need to include iostream to your Date.cpp file to do this. • Getters for the members. Event should have the following: Member variables: • Date "eventDate; Note: Make sure your Event class has a pointer to a Date and not a Date object on the stack. • tring eventName: • int startHour: Uses a 24-hour clock, so should be a value between 0 and 23 • int endHour: Uses a 24-hour clock, so should be a value between 0 and 23 Member functions: • printEvent. Use cout to print all info about this event. The name of the event, the start and end times (you can simply print their value i.e. from 14 to 16) and the Date. • etters and Getters for the member variables. • A constructor which takes a string for the name, ints for the start and end hours, and a pointer to a Date object. Make sure the end hour is larger than the start hour. • A destructor which deletes the object eventDate points to. Note: For sake of simplicity, each event will only take one day. Each event will also not go over midnight, so startHour must be less than endHour. For example, an event that starts at 2pm and ends at 4pm would have a startHour of 14 and an endHour of 16.

Member variables: • int day; • int month; • int year; Member functions: • setDate: Takes three arguments: the day, month, and year. Sets the day, month, and year members of the object. Do not allow values to be negative, day to be greater than 31, and month to be greater than 12. • printDate: Uses cout to print the data in the format "dd/mm/yyyy". You need to include iostream to your Date.cpp file to do this. • Getters for the members. Event should have the following: Member variables: • Date "eventDate; Note: Make sure your Event class has a pointer to a Date and not a Date object on the stack. • tring eventName: • int startHour: Uses a 24-hour clock, so should be a value between 0 and 23 • int endHour: Uses a 24-hour clock, so should be a value between 0 and 23 Member functions: • printEvent. Use cout to print all info about this event. The name of the event, the start and end times (you can simply print their value i.e. from 14 to 16) and the Date. • etters and Getters for the member variables. • A constructor which takes a string for the name, ints for the start and end hours, and a pointer to a Date object. Make sure the end hour is larger than the start hour. • A destructor which deletes the object eventDate points to. Note: For sake of simplicity, each event will only take one day. Each event will also not go over midnight, so startHour must be less than endHour. For example, an event that starts at 2pm and ends at 4pm would have a startHour of 14 and an endHour of 16.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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C++ Question 

Hello Please answer the attached C++ programming question correctly, just as the prompts states. Make sure that the code is working properly. 

Please create the code yourself. Thank you.

In your program's Source.cpp, create a vector that holds Event objects (Hint: Recall from lecture 18, we discussed adding objects to an array. You can also add objects to a vector in a similar way). In main, the user has the following choices: • Add an event to the vector. Ask the user for the date info (day, month, year) start and end time (the user should enter values between 0 and 23) and the name of the event: If there is already an event in the vector on the given date and its time overlaps the event the user is trying to add, print out the info about that event and do not add the new event. • Cancel an event: The user will type in the name of the event to cancel. Remove the event from the vector (if it exists). • View all events: In a loop, print the info of all the events currently planned. Quit
Transcribed Image Text:In your program's Source.cpp, create a vector that holds Event objects (Hint: Recall from lecture 18, we discussed adding objects to an array. You can also add objects to a vector in a similar way). In main, the user has the following choices: • Add an event to the vector. Ask the user for the date info (day, month, year) start and end time (the user should enter values between 0 and 23) and the name of the event: If there is already an event in the vector on the given date and its time overlaps the event the user is trying to add, print out the info about that event and do not add the new event. • Cancel an event: The user will type in the name of the event to cancel. Remove the event from the vector (if it exists). • View all events: In a loop, print the info of all the events currently planned. Quit
You will be writing a scheduling application allowing a convention center to schedule events at their location. This program will contain two different classes: Date and Event. Both classes should have .h and .cpp files: You will have five files in total. The Date class should have the following: Member variables: • int day; • int month; • int year; Member functions: • setDate: Takes three arguments: the day, month, and year. Sets the day, month, and year members of the object. Do not allow values to be negative, day to be greater than 31, and month to be greater than 12. • printDate: Uses cout to print the data in the format "dd/mm/yyyy". You need to include iostream to your Date.cpp file to do this. • Getters for the members. Event should have the following: Member variables: • Date *eventDate; Note: Make sure your Event class has a pointer to a Date and not a Date object on the stack. • tring eventName: • int startHour: Uses a 24-hour clock, so should be a value between 0 and 23 • int endHour: Uses a 24-hour clock, so should be a value between 0 and 23 Member functions: • printEvent. Use cout to print all info about this event. The name of the event, the start and end times (you can simply print their value i.e. from 14 to 16) and the Date. • Setters and Getters for the member variables. • A constructor which takes a string for the name, ints for the start and end hours, and a pointer to a Date object. Make sure the end hour is larger than the start hour. • A destructor which deletes the object eventDate points to. Note: For sake of simplicity, each event will only take one day. Each event will also not go over midnight, so startHour must be less than endHour. For example, an event that starts at 2pm and ends at 4pm would have a startHour of 14 and an endHour of 16.
Transcribed Image Text:You will be writing a scheduling application allowing a convention center to schedule events at their location. This program will contain two different classes: Date and Event. Both classes should have .h and .cpp files: You will have five files in total. The Date class should have the following: Member variables: • int day; • int month; • int year; Member functions: • setDate: Takes three arguments: the day, month, and year. Sets the day, month, and year members of the object. Do not allow values to be negative, day to be greater than 31, and month to be greater than 12. • printDate: Uses cout to print the data in the format "dd/mm/yyyy". You need to include iostream to your Date.cpp file to do this. • Getters for the members. Event should have the following: Member variables: • Date *eventDate; Note: Make sure your Event class has a pointer to a Date and not a Date object on the stack. • tring eventName: • int startHour: Uses a 24-hour clock, so should be a value between 0 and 23 • int endHour: Uses a 24-hour clock, so should be a value between 0 and 23 Member functions: • printEvent. Use cout to print all info about this event. The name of the event, the start and end times (you can simply print their value i.e. from 14 to 16) and the Date. • Setters and Getters for the member variables. • A constructor which takes a string for the name, ints for the start and end hours, and a pointer to a Date object. Make sure the end hour is larger than the start hour. • A destructor which deletes the object eventDate points to. Note: For sake of simplicity, each event will only take one day. Each event will also not go over midnight, so startHour must be less than endHour. For example, an event that starts at 2pm and ends at 4pm would have a startHour of 14 and an endHour of 16.
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