In the class diagram below we have a parking office class for an object-oriented parking system that is to be designed using java. Briefly explain any implementation decisions and the reasoning behind those without writing the complete code. N.B explain how the implementation will proceed instead of writing code

In the class diagram below we have a parking office class for an object-oriented parking system that is to be designed using java. Briefly explain any implementation decisions and the reasoning behind those without writing the complete code. N.B explain how the implementation will proceed instead of writing code

Programming with Microsoft Visual Basic 2017

8th Edition

ISBN:9781337102124

Author:Diane Zak

Publisher:Diane Zak

Chapter8: Arrays

Section: Chapter Questions

Problem 3E

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Customer c1 = new Customer("user", "pass"); c1.setPassword("changeme"); Customer c1 = new Customer("user","pass"); c1.password("changeme"); Customer c1 = new Customer("user", "pass"); c1.password = c1.setPassword("changeme"); Customer c1 = new Customer("user","pass"); c1.password = "changeme";
Create a product_class.php script that includes a Product class with parameters: product name, product id, and price methods: print_info(): this method will print all the information related to the product set set_price(): this method takes a "price" argument and updates the corresponding parameter in the object get get_price(): this method returns the value (i.e. price) of the product Create a using_product_class.php script that creates 2 objects of the class Product and shows how to use its methods (i.e. print_info(), set_price(), and get_price())
in visual c# add customer id from customer table to booking table which has a customer id column. they are primary key and foriegn key and are linked in realtionship table in access file. when button is clicked insert first name into booking table in first name column. This should automaically copy customer id to booking table in customer id column without coding
Refer again to the UML Class Description for Student. Write the code for the class_text method using a dictionary structure to assign the appropriate text value for the class_code value.
### THE DATA mun_dict = { '@CityofCTAlerts' : 'Cape Town', '@CityPowerJhb' : 'Johannesburg', '@eThekwiniM' : 'eThekwini' , '@EMMInfo' : 'Ekurhuleni', '@centlecutility' : 'Mangaung', '@NMBmunicipality' : 'Nelson Mandela Bay', '@CityTshwane' : 'Tshwane'} twitter_url = 'https://raw.githubusercontent.com/Explore-AI/Public-Data/master/Data/twitter_nov_2019.csv'twitter_df = pd.read_csv(twitter_url)twitter_df.head() ### QUESTION Municipality & Hashtag Detector Write a function which takes in a pandas dataframe and returns a modified dataframe that includes two new columns that contain information about the municipality and hashtag of the tweet. Function Specifications: Function should take a pandas dataframe as input. Extract the municipality from a tweet using the mun_dict dictonary given at the start of the notebook and insert the result into a new column named 'municipality' in the same dataframe. Use the entry np.nan when a municipality is not found. Extract a…
account.json "1000001": { "accountType": "Chequing", "accountBalance": 0 }, "1000002": { "accountType": "Savings", "accountBalance": 0 }, "1000011": { "accountType": "Chequing", "accountBalance": 0 }, "1000022": { "accountType": "Savings", "accountBalance": 0 }, "1000031": { "accountType": "Chequing", "accountBalance": 0 }, "1000032": { "accountType": "Savings", "accountBalance": 0 }, "1000051": { "accountType": "Chequing", "accountBalance": 13.699999999999989 }, "1000052": { "accountType": "Savings", "accountBalance": 0 }, "1000071": { "accountType": "Chequing", "accountBalance": 0 }, "1000081": { "accountType": "Savings", "accountBalance": 0 }, "1000091": { "accountType": "Chequing", "accountBalance": 0 }, "lastID": "1000091"} ------- var express =…
True or False: SQL provides built-in functions for string manipulation, date and time operations, and mathematical calculations.
mysql> DESC bookauthor; mysql> DESC author; mysql> DESC book; | Field | Туре | Field | Туре | Field Тур | int(11 | varchai author_order | int(11 royaltyshare | decima: author_id isbn | author_id | int(1: | ssn lastname | firstname | varch: | phone | address | city | state | zip | varch: | varch: isbn var I name | type pub_id I price | advance I ytd_sales I pubdate var var | varch: | varch: | varch: | varch: | varch: | int dec | dec int mysql> DESC bookeditor; | dat | Field | Туре mysql> DESC editor; mysql> DESC publisher; editor_id | int(11) | varchar(1 | Field isbn | Field | Туре editor_id ssn pub_id | int(11) | varchar(40) varchar(40) varchar(20) varchar(2) lastname name firstname address | phone editor_position salary | city state
Pendant Publishing edits multi-volume manuscripts for many authors. For each volume, they want a label that contains the author’s name, the title of the work, and a volume number in the form Volume 9 of 9. For example, a set of three volumes requires three labels: Volume 1 of 3, Volume 2 of 3, and Volume 3 of 3. Design an application that reads records that contain an author’s name, the title of the work, and the number of volumes. The application must read the records until eof is encountered and produce enough labels for each work. The flowchart must include a call symbol, at the beginning, to redirect the input to the external data file. create a solution algorithm using pseudocode create a flowchart using RAPTOR
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Student – with no parameters, initialize all the data members to 0 or null. Data Members studentNo – int fname – String lname – String course – String Method Members setStudentNo – to set the student number of the student setFname – to set the firstname of the student setLname – to set the lastname of the student setCourse – to set the course of the student getStudentNo – to get the student number of the student getFname – to get the firstname of the student getLname – to get the lastname of the student getCourse – to get the course of the student