1, 7.14 PROGRAMMING ACTIVITY 2: WRITING A CLASS DEFINITION, PART 2In this programming activity, you will complete the definition of the Airport class. Then you will run a prewritten client program that instantiates several Airport objects, calls the methods that you have written, and displays the values of the objects’ data.Copy into a folder on your computer all the files from this chapter’s Programming Activity 2 folder in the supplied code files. Note that all files should be in the same folder. Load the Airport.java source file; you’ll notice that the class already contains the class definition from Programming Activity 1. Your job is to complete the class definition by adding a static class variable (and its supporting code) and writing the toString and equals methods. It is important to define the static class variable and the methods exactly as described in the comments, because the AirportDrawing class will call each method to test its implementation. Searching for five asterisks in a row (*****) will position you at the six places in the class definition where you will add your code. 2, Write a class encapsulating the concept of a team (for example, "Falcons"), assuming the team has only one attribute: the team name. Include a constructor, the accessor and mutator, and methods toString and equals. Write a client class to test all of the methods in your class.Your code should include comments to describe the program logic and use proper indentation for readability.

SUMMARY You will be calling a weather web service that provides current weather info for a given city and comparing the weather between two cities the user provides. This lab will involve the following new features: Consuming a REST web service. Utilizing Google’s Gson library to convert json to java objects. DETAILS Create a normal java application project like we’ve done before. Download the gson jar file provided with this lab. You need to add the jar file to your project like we've done in the past (see previous postings on how to do this). First create the java classes that the gson library will fill with incoming json data. These java classes will model the json that is returned from the weather web service. Here is what the returned json looks like: { "coord":{"lon":-116.96,"lat":32.79}, "weather":[ {"id":800,"main":"Clear","description":"clear sky","icon":"02d"} ], "base":"stations", "main":{ "temp":71.6, "pressure":1019, "humidity":14, "temp_min":68, "temp_max":75.2 }, "visibility":16093, "wind":{"speed":2.95,"deg":234}, "clouds":{"all":5}, "dt":1479581760, "sys":{ "type":1, "id":476, "message":0.1939, "country":"US", "sunrise":1479565376, "sunset":1479602637 }, "id":5345529, "name":"El Cajon", "cod":200 } All we care about is getting the value “name” and values from “main” like “temp” “temp_min” and “temp_max”. So we will 2 create java classes to mirror this relationship: IMPORTANT: Remember that you can add a package from the File > New menu. All these files go in “com.grossmont.ws”. When you create a new class, just right click on the package folder you want to add the class to.NOTE: You’ll notice that the instance variable names below match the json fields passed back. That matching is necessary for gson to be able to map the json to your fields. Weather_main.java This is just the “main” object portion of the json that holds the below fields. Package: com.grossmont.ws Create five public instance variables: All are float type -- temp, pressure, humidity, temp_min, temp_max You’ll notice that in the above json sample, there is a mapping of main and inside main are these five variable names. Weather.java This is the root object that holds the top most fields in the returned json. Package: com.grossmont.ws Create two public instance variables: main – this is Weather_main type that you built above. name – this is String type. WeatherServiceManager.java (this class was provided to you with this lab doc). You need to put this file in the src/com/grossmont/ws folder in your project. You will fill in code where you see the ######## markings: Simply follow the guidelines in the java file. You are essentially wiring in the classes you just created to methods that retrieve data from them. EXTRA CREDIT option (5 points) Use these classes in a web site in Tomcat, and use JSP pages to get user input for just one city and show the three values for that city (current temp, high, low). Look back to lab 9 as a guide on how to put your class package folders into a …/WEB-INF/classes folder and how to instantiate and use your class in a JSP page. Reminder – since we’re using the gson jar file, you’ll need to put this in a …/WEB-INF/lib folder. You should have two JSP pages: one to get a city from the user in a form which submits those values to the second page. A second page to process the submitted user city. It needs to import and instantiate your WebServiceManager class. It needs to get the incoming parameter of city. It needs to take out any spaces (see main method in WebServiceManager class). It needs to display current temp and high & low. /I Have The WeatherServiceManager.java and gson-2.6.2.jar

Part1, ISSC481:When rolling out information security policies communications should be a priority. Looking at page 119 in the textbook, please explain the importance of this statement. (Write a 1 page paper discussing your answer). page 119 is attached as a screen shot.Part 2, ISSC431:The assignment must be a minimum of one (1) full page in length with a minimum of two (2) outside sources. Please be sure to follow APA guidelines for citing and referencing source:Assignment: Using the Internet as a resource, develop a security checklist for an SQL Server.