The raw data to be analysed is to be stored in 3 arrays. Use array initialisers to specify initial values of your choosing. The 3 arrays are to contain person identifiers (string values), systolic blood pressure (SBP) and diastolic blood pressure (DSP). Both SBP and DSP are to be specified as int values. MAP is determined from an individual’s blood pressure using the following formula: MAP = 1.0/3.0 * SBP + 2.0/3.0 * DBP The raw data is to be used to create objects of type Record, which are to be stored in an array of type Record. The Record class is to conform to the class shown in the UML Diagram below: Figure 1. Class Diagram Note that in Figure 1, the visibility of class methods and attributes are designated as + (public) and – (private). Associations are annotated with a label (for readability) and multiplicity. The multiplicity captures the number of object instances that can be involved in the association. In this case, only two values apply – 1 and *, which means many. While map is calculated as a floating point value, it is to be stored as an int value. In addition to the map attribute, Record also has a category attribute, which has values of “high”, “medium” and “low”. A normal mean arterial pressure is a value in the range 70 and 100 mmHg inclusive. Category determination is to be provided as a separate (private) method called classify(). Creation of the Record array is to occur when the MAPAnalyser object is created, using a private method called loadFromTables(). This method will iterate through three separate arrays containing ids, systolic blood pressures and diastolic blood pressures, construct Record objects and add them to the data array. Populate these arrays using array initializers. In order to facilitate search, records are to be maintained in ascending order of person id. Sorting is to be done after record creation, using a private method called sortById(). This method must implement the selection sort algorithm. Both loadFromTables() and sortById() are to be invoked from the constructor for the MAPAnalyser class. The application’s View class is to execute (using a switch statement) the following command options: Display the record for a specified personDisplay records for all persons with MAP values within a specified range. Display the minimum, maximum and median MAP valuesExit the application As it is a console application, the user will need to be prompted to enter a command and its arguments (if any). My personal preference is for a minimal interaction scheme, as shown below: run: The following commands are recognised Display this message> 0 Display a specific subject record:> 1 id Display records for all subject records within a range > 2 map1 map2 Display statistics (minimum, maximum and median)> 3 Exit the application> 9 > 1 S01 <S01,120,81,94.0, normal> > Feel free to adopt the above scheme or if you prefer, implement a more verbose interaction scheme. Note that Each command is designated a numberCommand 1 requires a single argument – the subject idCommand 2 requires 2 arguments – the lower and upper bounds of a range of MAP values. I have added a “help” command (command 0)The command options are displayed at the start of the application and whenever a “help” command is entered, rather than after each command.Records are displayed (with no explanation of the fields) using Record.toString()For a sorted list of values, if the number of values is odd, the median is the middle value. If the number of values is even, the median is the average of the two middle values. For the commands that require arguments note that For commands 1 and 2, basic error checking is expected.For command 1, an error message is to be displayed if an id does not exist. For command 2, an error message is to be displayed if a member of the range is < 0 or > 200 or if the second member of a range is less than the first member.

In 2-3 pagesInstallation and updates of software applications can consume considerable time. Software vendors face challenges in software distribution and often turn to Internet solutions to provide their customers with readily available, easy-to-use software installations and updates. Network administrators face similar challenges within corporate network environments and can utilize many of the same techniques for software deployment.Over the next 12 months, your company will be installing several new internally developed software applications and upgrading several others. You have been assigned the task of planning the deployment of these applications throughout the network. Your task for this project is to develop a software deployment plan with a focus on how scripting can be used to minimize the labor required to complete the deployments. The tasks you will plan for are as follows: Provide all users on the network the ability to download and install Software Application A, Software Application B, and Software Application C, which are new, internally developed applications that have never been installed on any of the network workstation computers. Users should only be allowed to download Application A if they are in the Sales or Marketing departments, Application B if they are in Engineering or IT, or Application C for all others. Users who elect to download the software must first have their system checked to make sure it has at least 2 GB of memory and 250MB of free disk space, then successful installations must be recorded in a network-based database. Determine which users on the network do not have the latest version (3.0) of internally developed Software Application D. E-mail users in need of the update, providing them with a download link where they can install the update. Record successful updates in a network-based database. The project deliverables are: Prepare a document to submit your work: Use Microsoft Word. Title page Course number and name Project name Student name Date Task 1: Software installation: Identify each subtask. Discuss if and how scripting can be used to help complete each subtask. Select appropriate scripting languages for subtasks that can be scripted, and justify your selection. Task 2: Software update: Identify each major subtask. Discuss if and how scripting can be used to help complete each subtask. Select appropriate scripting languages for subtasks that can be scripted, and justify your selection. Provide well-documented source code for at least 1 of the subtasks for Task 1 or Task 2. In 300 wordsOne of the most time-consuming activities for system administrators is installing and updating software throughout a network. Software is updated on a regular basis, and new software is implemented in businesses regularly. Software deployment is a great place to implement scripts, and as a member of your IT group, you have been asked to help find some scripts or scripting tools that will help your company with future software deployment tasks. Use the Library and Internet to find information about scripts or scripting tools to assist in network or Internet deployment and installation of software applications. Select at least 2 scripts or scripting tools for your discussion: Describe script or scripting tool. Discuss the main functionality or features of the script or scripting tool. Identify a scenario where each script or scripting tool would be appropriate to use, and justify your response. Include at least 1 reference to research sources. Cite all references using APA format.

The raw data to be analysed is to be stored in 3 arrays. Use array initialisers to specify initial values of your choosing. The 3 arrays are to contain person identifiers (string values), systolic blood pressure (SBP) and diastolic blood pressure (DSP). Both SBP and DSP are to be specified as int values. MAP is determined from an individual’s blood pressure using the following formula: MAP = 1.0/3.0 * SBP + 2.0/3.0 * DBP The raw data is to be used to create objects of type Record, which are to be stored in an array of type Record. The Record class is to conform to the class shown in the UML Diagram below: Figure 1. Class Diagram Note that in Figure 1, the visibility of class methods and attributes are designated as + (public) and – (private). Associations are annotated with a label (for readability) and multiplicity. The multiplicity captures the number of object instances that can be involved in the association. In this case, only two values apply – 1 and *, which means many. While map is calculated as a floating point value, it is to be stored as an int value. In addition to the map attribute, Record also has a category attribute, which has values of “high”, “medium” and “low”. A normal mean arterial pressure is a value in the range 70 and 100 mmHg inclusive. Category determination is to be provided as a separate (private) method called classify(). Creation of the Record array is to occur when the MAPAnalyser object is created, using a private method called loadFromTables(). This method will iterate through three separate arrays containing ids, systolic blood pressures and diastolic blood pressures, construct Record objects and add them to the data array. Populate these arrays using array initializers. In order to facilitate search, records are to be maintained in ascending order of person id. Sorting is to be done after record creation, using a private method called sortById(). This method must implement the selection sort algorithm. Both loadFromTables() and sortById() are to be invoked from the constructor for the MAPAnalyser class. The application’s View class is to execute (using a switch statement) the following command options: Display the record for a specified personDisplay records for all persons with MAP values within a specified range. Display the minimum, maximum and median MAP valuesExit the application As it is a console application, the user will need to be prompted to enter a command and its arguments (if any). My personal preference is for a minimal interaction scheme, as shown below: run: The following commands are recognised Display this message> 0 Display a specific subject record:> 1 id Display records for all subject records within a range > 2 map1 map2 Display statistics (minimum, maximum and median)> 3 Exit the application> 9 > 1 S01 <S01,120,81,94.0, normal> > Feel free to adopt the above scheme or if you prefer, implement a more verbose interaction scheme. Note that Each command is designated a numberCommand 1 requires a single argument – the subject idCommand 2 requires 2 arguments – the lower and upper bounds of a range of MAP values. I have added a “help” command (command 0)The command options are displayed at the start of the application and whenever a “help” command is entered, rather than after each command.Records are displayed (with no explanation of the fields) using Record.toString()For a sorted list of values, if the number of values is odd, the median is the middle value. If the number of values is even, the median is the average of the two middle values.