[DSD-4199]

[JanardhanBS-SyncByte]

No description provided.

To fix the cross-site scripting vulnerability, we need to ensure that any user-provided data is properly sanitized or encoded before being included in the response. The best way to fix this issue is to use a library that provides HTML encoding to escape any potentially harmful characters.

In this case, we can use the StringEscapeUtils class from the Apache Commons Text library to encode the expectation.getId() value before including it in the response.

To fix the SSRF vulnerability, we need to ensure that the user-provided URL is validated against a list of authorized URLs or restricted to a particular host or URL prefix. This can be achieved by maintaining a list of valid URLs and checking the user input against this list before making the HTTP request.

1. Create a list of authorized URLs.
2. Validate the user-provided URL against this list.
3. If the URL is not in the list, throw an exception or handle the error appropriately.

To fix the problem, we need to validate the user-provided filename to ensure it does not contain any path traversal characters or sequences. This can be done by checking for the presence of "..", "/", or "\" in the filename. If any of these characters or sequences are found, we should reject the input.

The best way to fix the problem without changing existing functionality is to add a validation step before using the filename to construct the file path. This validation will ensure that the filename is safe to use.

To fix the problem, we need to validate the user-provided filename to ensure it does not contain any path traversal sequences or invalid characters. We can achieve this by checking for the presence of "..", "/", and "\" in the filename and rejecting the input if any of these are found. Additionally, we should ensure that the filename is a single path component and does not contain any directory separators.

Steps to fix:

1. Validate the uploadedFile.getOriginalFilename() to ensure it does not contain any path traversal sequences or invalid characters.
2. Reject the input if the validation fails and throw an appropriate exception.

To fix the problem, we need to validate the filename obtained from uploadedFile.getOriginalFilename() to ensure it does not contain any path separators or parent directory references. This can be done by checking for the presence of characters like /, \, or .. in the filename. If any of these characters are found, we should reject the input and throw an exception.

To fix the problem, we need to ensure that any user-provided data included in the HTTP response is properly sanitized or encoded to prevent XSS attacks. In this case, we can use the HtmlUtils.htmlEscape method from the org.springframework.web.util package to escape the expectation.getRId() value before including it in the response.

To fix the cross-site scripting vulnerability, we need to ensure that any user-provided input is properly sanitized or encoded before being included in the response. In this case, we can use the StringEscapeUtils class from the Apache Commons Text library to escape the rid parameter before including it in the response.

1. Add the necessary import for StringEscapeUtils.
2. Escape the rid parameter before including it in the response.

To fix the cross-site scripting vulnerability, we need to ensure that any user-provided input is properly sanitized or encoded before being included in the response. In this case, we can use the HtmlUtils.htmlEscape method from the org.springframework.web.util package to escape the rid parameter before including it in the response.