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CS 405 SNHU Secure Coding Numeric Overflows Computer Coding Task
OverviewYou are a senior software developer on a team of software developers who are responsible for a large banking appli ...
CS 405 SNHU Secure Coding Numeric Overflows Computer Coding Task
OverviewYou are a senior software developer on a team of software developers who are responsible for a large banking application. Your manager has learned that the code used for addition and subtraction over a series of steps will sometimes calculate incorrect results. The other developers have spent a lot of time tracing down the issue, and they narrowed it down to two functions: add_numbers() and subtract_numbers(). Following some guidance from an older testing guide, they isolated those functions in a standalone set of test cases. Doing this allows them to reliably show how to trigger an underflow or overflow. However, they don’t know what to do to prevent it from occurring in the future. They came to you for help.You will learn to do the following:Detect when a numeric overflow or underflow is about to happenWrite code to prevent the numeric overflow or underflow from happeningProtect your code from underflow and overflow in any of the standard C/C++ data typesPromptThis assignment presents code that is designed to show the two functions operating with and without overflow or underflows. Using the existing source code, you will add logic to the add_numbers() and subtract_numbers() functions to detect, prevent, and notify the caller of a numeric overflow. You will also modify the calling test_overflow and test_underflow functions to be notified of success or failure of the add or subtract functions they call, and to modify them, the functions write to the console with overflow status (true or false) and the numeric result of the function.The following are a few key notes:The source code has been commented with TODOs to explain the detailed rules you must follow.There are comments that mark code that must be changed.There may be more than one way to solve this problem, so be sure to demonstrate that you can detect an underflow or overflow, prevent it, and communicate it back to the calling function.Remember to leverage capabilities provided by the standard C++ library to help you achieve success.Please comment on any changes you make in the code to explain the logic, formulas, or data types you are adding. You will also create a brief written summary of the approach taken. It should explain how this approach is designed to stop the overflow or underflow, any issues you encountered, and how you resolved those issues.Specifically, you will prepare the following:Numeric overflow and underflow secure codingC/C++ program functionality and best practicesA summary of your process in a Word document that contains a screenshot of the application console outputTo complete this assignment, download the Numeric Overflow source code to use as guidance as you move through the activity. You will use your development environment to complete this activity.Guidelines for SubmissionSubmit the modified source code as a ZIP file. Also include a Word document that contains a complete screenshot of the application console output and a brief summary of your process.
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CS 305 SNHU Hash Value for Text String by Executing the Java Code Program
OverviewThe cryptographic hash function has great utility for sharing information. In a commercial environment where the o ...
CS 305 SNHU Hash Value for Text String by Executing the Java Code Program
OverviewThe cryptographic hash function has great utility for sharing information. In a commercial environment where the organization needs to distribute programs or documentation to customers, the organization can use the hash value to ensure the customer receives unaltered information. The common term for producing a hash value for a data file is a checksum. Producing a checksum for files that customers will download allows your customers to check for transmission errors and prevents an attacker from disguising a malicious file as your original file.To do this, you will need to produce a cryptographic hash function that is not susceptible to collisions. For example, certain older algorithm ciphers have been found to be "hackable"; that is, a hacker can produce a checksum for a malicious version of a file that equates to the same checksum as the original file. In this assignment, you will need to research options to find and produce a cryptographic hash function that will not be susceptible to collisions.Specifically, you will deploy an appropriate algorithm cipher to encrypt and produce a checksum verification in order to increase the layers of security for a software application.PromptA business you are working with has a public key that they are hoping to distribute to clients. Their clients want to download the public key from a website and verify the key with a checksum. To accomplish this, you will need to code a simple string checksum verification program. In addition, you will need to document your process by completing the provided template.Algorithm Cipher: Review the scenario and the Java Security Standard Algorithm Names, which is a standard list of algorithm ciphers provided by Oracle. Recommend an appropriate encryption algorithm cipher that avoids collisions. Document your recommendation in the template provided.Justification: Justify your reasoning for the recommended algorithm cipher by providing a brief, high-level overview of the encryption algorithm cipher. Consider what it means to avoid collisions. Why is this important? Document your recommendation in the template provided.Generate Checksum: Refactor the code to encrypt a text string and generate a checksum verification. First, download the code base and upload it to Eclipse as a new project. Refactor the code to add your first and last name as a unique data string. You will submit your refactored code for your instructor to review. Then generate the checksum by following these steps:Create an object of MessageDigest class using the java.security.MessageDigest library.Initialize the object with your selection for an appropriate algorithm cipher.Use the digest() method of the class to generate a hash value of byte type from the unique data string (your first and last name).Convert the hash value to hex using the bytesToHex function.Create a RESTFul route using the @RequestMapping method to generate and return the required information, which includes the hash value, to the web browser.Verification: Demonstrate that a hash value has been created for the unique text string (your first and last name) by executing the Java code. Then use your web browser to connect to the RESTful API server. This should show your first and last name as the unique data string in the browser, the name of the algorithm cipher you used, and the checksum hash value. Capture a screenshot of the web browser with your unique information and add it to the template provided. An example of the expected output is shown below:
Capella University Transaction Processing Model Database IP2 Essay
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CS 405 SNHU Secure Coding Numeric Overflows Computer Coding Task
OverviewYou are a senior software developer on a team of software developers who are responsible for a large banking appli ...
CS 405 SNHU Secure Coding Numeric Overflows Computer Coding Task
OverviewYou are a senior software developer on a team of software developers who are responsible for a large banking application. Your manager has learned that the code used for addition and subtraction over a series of steps will sometimes calculate incorrect results. The other developers have spent a lot of time tracing down the issue, and they narrowed it down to two functions: add_numbers() and subtract_numbers(). Following some guidance from an older testing guide, they isolated those functions in a standalone set of test cases. Doing this allows them to reliably show how to trigger an underflow or overflow. However, they don’t know what to do to prevent it from occurring in the future. They came to you for help.You will learn to do the following:Detect when a numeric overflow or underflow is about to happenWrite code to prevent the numeric overflow or underflow from happeningProtect your code from underflow and overflow in any of the standard C/C++ data typesPromptThis assignment presents code that is designed to show the two functions operating with and without overflow or underflows. Using the existing source code, you will add logic to the add_numbers() and subtract_numbers() functions to detect, prevent, and notify the caller of a numeric overflow. You will also modify the calling test_overflow and test_underflow functions to be notified of success or failure of the add or subtract functions they call, and to modify them, the functions write to the console with overflow status (true or false) and the numeric result of the function.The following are a few key notes:The source code has been commented with TODOs to explain the detailed rules you must follow.There are comments that mark code that must be changed.There may be more than one way to solve this problem, so be sure to demonstrate that you can detect an underflow or overflow, prevent it, and communicate it back to the calling function.Remember to leverage capabilities provided by the standard C++ library to help you achieve success.Please comment on any changes you make in the code to explain the logic, formulas, or data types you are adding. You will also create a brief written summary of the approach taken. It should explain how this approach is designed to stop the overflow or underflow, any issues you encountered, and how you resolved those issues.Specifically, you will prepare the following:Numeric overflow and underflow secure codingC/C++ program functionality and best practicesA summary of your process in a Word document that contains a screenshot of the application console outputTo complete this assignment, download the Numeric Overflow source code to use as guidance as you move through the activity. You will use your development environment to complete this activity.Guidelines for SubmissionSubmit the modified source code as a ZIP file. Also include a Word document that contains a complete screenshot of the application console output and a brief summary of your process.
Data Visualization Workflow Questions
Create and post a graphic that illustrates your data visualization process/workflow. Detail and describe each step in your ...
Data Visualization Workflow Questions
Create and post a graphic that illustrates your data visualization process/workflow. Detail and describe each step in your process/workflow procedure. Your process can/may be different than what is outlined in the readings.
3 pages
Privacy Issues With Data Mining.....
What are the privacy issues with data mining, and are they substantiated? Data mining is the search for trends and pattern ...
Privacy Issues With Data Mining.....
What are the privacy issues with data mining, and are they substantiated? Data mining is the search for trends and patterns in large sets of data that ...
CS 305 SNHU Hash Value for Text String by Executing the Java Code Program
OverviewThe cryptographic hash function has great utility for sharing information. In a commercial environment where the o ...
CS 305 SNHU Hash Value for Text String by Executing the Java Code Program
OverviewThe cryptographic hash function has great utility for sharing information. In a commercial environment where the organization needs to distribute programs or documentation to customers, the organization can use the hash value to ensure the customer receives unaltered information. The common term for producing a hash value for a data file is a checksum. Producing a checksum for files that customers will download allows your customers to check for transmission errors and prevents an attacker from disguising a malicious file as your original file.To do this, you will need to produce a cryptographic hash function that is not susceptible to collisions. For example, certain older algorithm ciphers have been found to be "hackable"; that is, a hacker can produce a checksum for a malicious version of a file that equates to the same checksum as the original file. In this assignment, you will need to research options to find and produce a cryptographic hash function that will not be susceptible to collisions.Specifically, you will deploy an appropriate algorithm cipher to encrypt and produce a checksum verification in order to increase the layers of security for a software application.PromptA business you are working with has a public key that they are hoping to distribute to clients. Their clients want to download the public key from a website and verify the key with a checksum. To accomplish this, you will need to code a simple string checksum verification program. In addition, you will need to document your process by completing the provided template.Algorithm Cipher: Review the scenario and the Java Security Standard Algorithm Names, which is a standard list of algorithm ciphers provided by Oracle. Recommend an appropriate encryption algorithm cipher that avoids collisions. Document your recommendation in the template provided.Justification: Justify your reasoning for the recommended algorithm cipher by providing a brief, high-level overview of the encryption algorithm cipher. Consider what it means to avoid collisions. Why is this important? Document your recommendation in the template provided.Generate Checksum: Refactor the code to encrypt a text string and generate a checksum verification. First, download the code base and upload it to Eclipse as a new project. Refactor the code to add your first and last name as a unique data string. You will submit your refactored code for your instructor to review. Then generate the checksum by following these steps:Create an object of MessageDigest class using the java.security.MessageDigest library.Initialize the object with your selection for an appropriate algorithm cipher.Use the digest() method of the class to generate a hash value of byte type from the unique data string (your first and last name).Convert the hash value to hex using the bytesToHex function.Create a RESTFul route using the @RequestMapping method to generate and return the required information, which includes the hash value, to the web browser.Verification: Demonstrate that a hash value has been created for the unique text string (your first and last name) by executing the Java code. Then use your web browser to connect to the RESTful API server. This should show your first and last name as the unique data string in the browser, the name of the algorithm cipher you used, and the checksum hash value. Capture a screenshot of the web browser with your unique information and add it to the template provided. An example of the expected output is shown below:
Capella University Transaction Processing Model Database IP2 Essay
Write 1000 words.Please first study the relevant content in the course materials, and investigate the library and Internet ...
Capella University Transaction Processing Model Database IP2 Essay
Write 1000 words.Please first study the relevant content in the course materials, and investigate the library and Internet for the definitions of ACID properties, the CAP Theorem, and mobile database, as well as the problems of a mobile database. Then based on the results of your research, present a high level design of a transaction processing model for the mobile database by applying the CAP Theorem. You can make any specific assumption on the characteristics of the application that the mobile database needs to support to narrow the scope of the design. You need to include the following in the design:Use 1 example to describe at least 1 problem with any one of the ACID properties that cannot be ensured for your transactionUse 1 example to describe the specific trade-off among CAP properties in your proposed transaction processing modelDescribe the rationale behind the trade-off and the pros and cons of your proposed transaction processing modelPlease list at least 5 references (textbooks can be used as references too).
5 pages
Airline Industry Database
The key initial identities that can be identified from the assessment of the dependencies are; Pilot and Airlines. The “ ...
Airline Industry Database
The key initial identities that can be identified from the assessment of the dependencies are; Pilot and Airlines. The “Pilot” entity represents ...
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