Abstract: A security technique to reduce the risk of unauthorized release of a software object. The technique allows identification of an individual responsible for the unauthorized release by marking each object with information, which acts as a fingerprint from which a person manipulating the object in a development environment can be identified. The development environment may be configured to quickly and automatically mark the object whenever a manipulation that may precede an unauthorized release occurs. To prevent circumventing the security technique, the object may be configured to enforce a requirement for a valid fingerprint such that the object is disabled if the fingerprint is removed or altered. Despite the marking, personally identifiable information is not revealed because the fingerprint is generated through a one-way cryptographic function performed on identifying information.

Abstract: A security technique to reduce the risk of unauthorized release of a software object. The technique allows identification of an individual responsible for the unauthorized release by marking each object with information, which acts as a fingerprint from which a person manipulating the object in a development environment can be identified. The development environment may be configured to quickly and automatically mark the object whenever a manipulation that may precede an unauthorized release occurs. To prevent circumventing the security technique, the object may be configured to enforce a requirement for a valid fingerprint such that the object is disabled if the fingerprint is removed or altered. Despite the marking, personally identifiable information is not revealed because the fingerprint is generated through a one-way cryptographic function performed on identifying information.

Abstract: A method and system for accessing at debug time the source code used to create a binary. During or shortly after compilation, an extractor extracts the names of source code files used to create the binary, communicates with a version control server to obtain information that identifies the versions of source code files used to create the binary, and stores the information in the binary or in a file associated with the binary. At debug time, the information is retrieved and used to obtain copies of the source code files from the version control server. The copies of the source code files are placed in a directory where the debugger expects to find them. The debugger may then show the source code corresponding to the binary instructions of the binary during debugging.

Abstract: A method and system for accessing at debug time the source code used to create a binary. During or shortly after compilation, an extractor extracts the names of source code files used to create the binary, communicates with a version control server to obtain information that identifies the versions of source code files used to create the binary, and stores the information in the binary or in a file associated with the binary. At debug time, the information is retrieved and used to obtain copies of the source code files from the version control server. The copies of the source code files are placed in a directory where the debugger expects to find them. The debugger may then show the source code corresponding to the binary instructions of the binary during debugging.