Using C# (Sharp) with Visual studio: Make a class of Book with 5 properties - ISBN, author, title, publisher, copyright date In the main method, create 5 instances of the Book class with different data for each Create a LIST and add each of the 5 objects to the LIST Use a foreach loop to display the ISBN, author, title, publisher, and copyright date in the LIST Create a DICTIONARY and add each of the 5 objects (key should be ISBN) Display author, title, publisher, copyright date for each book Create a SEARCH feature: ask the user to type in an ISBN. If the entry matches an item in your dictionary, display the author, title, publisher, and copyright date. If there are no matches, display "ISBN not found". Hint: use ContainsKey Create a REMOVE feature: ask the user to type in an ISBN to remove a book from the list. If the entry matches an item in your dictionary, remove the item and re-display your list. If there are no matches, display "ISBN not found".
Using C# (Sharp) with Visual studio:
Make a class of Book with 5 properties - ISBN, author, title, publisher, copyright date
In the main method, create 5 instances of the Book class with different data for each
Create a LIST and add each of the 5 objects to the LIST
Use a foreach loop to display the ISBN, author, title, publisher, and copyright date in the LIST
Create a DICTIONARY and add each of the 5 objects (key should be ISBN)
Display author, title, publisher, copyright date for each book
Create a SEARCH feature: ask the user to type in an ISBN. If the entry matches an item in your dictionary, display the author, title, publisher, and copyright date. If there are no matches, display "ISBN not found". Hint: use ContainsKey
Create a REMOVE feature: ask the user to type in an ISBN to remove a book from the list. If the entry matches an item in your dictionary, remove the item and re-display your list. If there are no matches, display "ISBN not found".
Create a class using class keyword and add properties using get and set accessors.
List is used to create a collection of any datatype.
Datatype can be simple or complex type.
List can grow in size automatically.
Dictionary is a collection of key-value pairs.
Dictionary is used to lookup for a value using a key.
Both list and dictionary are present in System.Collections.Generic namespace.
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