Fmr Corp.

International Business Machines Corporation

Stuart Te-Hui Shih

Xinxin Sheng

Hong Sun

Robert Brian Hutchison

Jon Augustine Freitag

Joseph Scott Yarman

Junjie Lu

Methods and apparatuses are described for detecting vulnerabilities associated with a software application build. A server generates a software application build based upon a source code repository, including determining application dependencies of the software application build. The server identifies vulnerabilities associated with the application dependencies. For each identified vulnerability, the server creates an aspect class based upon a package file associated with the vulnerability, the aspect class comprising vulnerability logging code. The server integrates the created aspect classes into libraries of the application dependencies, generates a new package file based upon the application dependencies, and integrates the new package file into the software application build. The server executes the software application build, including generating log statements by calling the aspect classes in the new package file. The server analyzes the log statements to determine which of the identified vulnerabilities were invoked during execution of the software application build.

Detecting vulnerabilities associated with a software application build

Described are methods and apparatuses, including computer program products, for automatically updating a tag embedded in a webpage that summarizes a current version of the webpage. A first model representative of the current version of the webpage is extracted. The first model is compared with a second model corresponding to a previous version of the webpage to detect one or more changes to the webpage. If the changes exceed a threshold, at least one keyword is determined for to the current version of the webpage. The tag of the webpage can be updated to include the keyword.

Automated predictive tag management system

The present invention utilizes a file locking emulator between an application program and an operating system. The file locking emulator comprises an application program interface and a file lock supervisor. The file locking emulator receives the file locking requests from the application program and generates file requests and file lock query commands. When the application program interface receives a file request it first checks the files lock status and then either returns an error for incompatible file requests or executes the compatible lock request along with any other compatible operation request such as a read, write or truncate file operation. Only code in the file request emulator needs to be rewritten when an application program is ported to different operating systems sharing incompatible but executable processes. In this manner tested code of the application program does not have to be rewritten.

File system locking

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Raleigh, NC, United States of America

Stuart Te-Hui Shih