BCIS 3680 Enterprise Programming Assignment 5 – Build Databa

BCIS 3680 Enterprise Programming Assignment 5 – Build database-driven pages on the JHealth site

Make a copy of your deployment folder from Assignment 4, rename it for Assignment 5. Create a new MySQL database named with your lastname and first initial, then run provided SQL scripts to set up tables and data. Modify your JSP pages to include headers and footers via directives, and set the default radio button in login.htm from system admin to staff for easier testing. In main.jsp, create a session variable to store the logged-in username. When the user clicks the link to doctors.jsp, connect to the database and display doctor information, including full name as a clickable link to doctordetail.jsp with the doctor’s last name passed as a query parameter. Display additional doctor details such as degrees, education, specialties, years in practice, and whether accepting new patients. On doctordetail.jsp, display the doctor’s last name in the title and heading, with a placeholder message. Follow submission instructions to zip your folder and submit via Canvas before the deadline.

Paper For Above instruction

In this assignment, the primary objective was to develop dynamic, database-driven web pages within the JHealth site, enhancing the existing structure established in previous assignments. This involved creating a seamless integration between the frontend JSP pages and backend MySQL database tables, ensuring data consistency and interactivity for end-users.

Initially, a duplicate folder of the deployment environment from Assignment 4 was created and renamed to suit the current task, ensuring that modifications did not affect previous work. The next critical step was to establish a new MySQL database, uniquely named using the student's last name and initial, following the prescribed convention. Running the provided SQL scripts—createclinic.sql and addclinic.sql—created and populated three fundamental tables: doctor, patient, and visit. Verification was performed using SHOW TABLES; to confirm table creation, and subsequent SELECT * queries confirmed data presence and integrity.

Subsequently, the JSP pages—specifically doctor.jsp and additional pages—were updated to include header and footer components via JSP directives, maintaining consistency across pages. A strategic change was made in login.htm, where the default pre-selected radio button was altered from 'system admin' to 'staff' for more convenient testing. Upon successful login, a session variable was introduced to store the username, which is a best practice for session management and user identification throughout the visitor’s interaction with the site.

The interactive component involved developing the doctors.jsp page, which dynamically connects to the database, retrieves doctor information, and displays it in a structured table. Each doctor's full name was presented as a hyperlink that directs to doctordetail.jsp, passing the doctor's last name via a URL query string. This link was crafted manually, and the doctor’s full name was styled as a clickable element to enhance user engagement and navigation.

Key details presented in doctors.jsp included the doctors' degrees, educational background, specialties, and years of practice—calculated as 2020 minus the graduation year stored in the database. The 'Accepting New Patients' status was displayed as 'Yes' or 'No,' based on the binary data in the newpatient column. This data allowed users to quickly assess doctor availability and qualifications.

Upon clicking a doctor’s name, doctordetail.jsp displayed a simple page containing the doctor's last name in both the page title and a prominent header, along with a message indicating that additional information was forthcoming. Such design ensures clarity and a straightforward user experience while providing a basis for future expansion.

Finally, adherence to submission procedures was emphasized: compressing the project folder into a ZIP (or RAR) file labeled with the format 3680-HW5-YourLastName-YourFirstName.zip, and submitting it via Canvas before the stipulated deadline. Multiple resubmissions were allowed, with only the latest version being graded, to facilitate iterative improvements.

References

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