You will need to create a project in Eclipse for this activity and import the source code files into that project. After you have imported the source-code files, you can begin analyzing for bugs.

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ybpxfzvgu21

Computer Science

Southern New Hampshire University

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ou will use the development environment you set up in this module to complete this assignment. You will need to create a project in Eclipse for this activity and import the source code files into that project. After you have imported the source-code files, you can begin analyzing for bugs. Prompt: This assignment presents you with broken code that has a total of fifteen errors throughout three source files that you will need to debug. Analyze the existing source code to identify and correct all bugs. Include a brief written summary of the process you used, the issues you found, and how you corrected the issues. The following critical elements should be addressed in your project submission:  Locate and fix the multiple syntax errors. When these errors are located, the program should not display any error messages upon running.  Ensure that loops and flow-control statements function properly.  Edit the code to account for case-sensitivity of variables.  Verify that the program output matches the problem statement requirements, fixing defects as necessary.  Include a summary of your debugging process and the errors you corrected. Include the specific types of bugs. Rubric Guidelines for Submission: Submit a source code file containing functioning code that starts with a header comment containing a title (name, course, date, project number) and your brief process summary.

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CS 405 Module One Activity Guidelines and Rubric Coding Standards Overview: Part of secure coding is a programmer’s ability to find common errors in code typically found in code standards. It is an essential skill for any programmer to find and fix errors (bugs or defects) in code using a debug tool. Bugs can take many forms: typos, incorrect syntax, missing or improperly used elements (quotations, parentheses, spaces, etc.), as well as larger issues that result from coded items interacting in an unanticipated manner. Regardless of your skill as a programmer, bugs are a part of coding, and learning to locate them in your code takes patience and practice. For this assignment, you will need to download the Module One Activity Source Code folder. You will use the development environment you set up in this module to complete this assignment. You will need to create a project in Eclipse for this activity and import the source code files into that project. After you have imported the source-code files, you can begin analyzing for bugs. Prompt: This assignment presents you with broken code that has a total of fifteen errors throughout three source files that you will need to debug. Analyze the existing source code to identify and correct all bugs. Include a brief written summary of the process you used, the issues you found, and how you corrected the issues. The following critical elements should be addressed in your project submission:      Locate and fix the multiple syntax errors. When these errors are located, the program should not display any error messages upon running. Ensure that loops and flow-control statements function properly. Edit the code to account for case-sensitivity of variables. Verify that the program output matches the problem statement requirements, fixing defects as necessary. Include a summary of your debugging process and the errors you corrected. Include the specific types of bugs. Rubric Guidelines for Submission: Submit a source code file containing functioning code that starts with a header comment containing a title (name, course, date, project number) and your brief process summary. Critical Elements Debugging: Syntax Errors Debugging: Flow Errors Proficient (100%) Locates and fixes all syntax errors, and the program does not display any error messages upon running Ensures that all loops and flow-control statements function properly Proficient but With Issues (75%) Locates and fixes syntax errors, but one or two syntax errors remain in the code Lacks Expected Proficiency (0%) Locates and fixes syntax errors, but three or more syntax errors remain in the code Value 20 Ensures that more than three loops and flowcontrol statements function properly, but some flow errors remain Does not ensure that at least three loops and flow-control statements function properly 20 Critical Elements Debugging: Case-Sensitivity Proficient (100%) Edits the code to account for case-sensitivity of variables Debugging: Expected Output Verifies that the program output matches problem statement requirements Summary of Process Includes a summary of the debugging process including the specific types of bugs and corrections made Proficient but With Issues (75%) Edits the code to account for case-sensitivity of variables, but one or two instances occur related to case-sensitivity left unaccounted for Verifies that the program output matches problem statement requirements, but there are one or two discrepancies from the required output Includes a summary of the debugging process, but the summary includes more than one of the following faults: undetailed summary, unsystematic approach, types of bugs unidentified, corrections not fully described Lacks Expected Proficiency (0%) Does not edit the code to account for casesensitivity of variables Value 20 Does not verify that the program output has fewer than three discrepancies from the required output 20 Does not include a summary of the debugging process 20 Total 100%
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