Published: April 11, 2016
Author(s)
Richard Kuhn (NIST), Vincent Hu (NIST), David Ferraiolo (NIST), Raghu Kacker (NIST), Yu Lei (UTSA)
Conference
Name: Fifth International Workshop on Combinatorial Testing (IWCT 2016)
Dates: April 11-15, 2016
Location: Chicago, Illinois, United States
Citation: Proceedings of the 2016 IEEE International Conference on Software Testing, Verification and Validation Workshops (ICSTW), pp. 51-58
Announcement
Access control typically requires translating policies or rules given in natural language into a form such as a programming language or decision table, which can be processed by an access control system. Once rules have been described in machine-processable form, testing is necessary to ensure that the rules are implemented correctly. This paper describes an approach based on combinatorial test methods for efficiently testing access control rules, using the structure of attribute based access control (ABAC) to detect a large class of faults without a conventional test oracle.
Access control typically requires translating policies or rules given in natural language into a form such as a programming language or decision table, which can be processed by an access control system. Once rules have been described in machine-processable form, testing is necessary to ensure that the rules are implemented correctly. This paper describes an approach based on combinatorial test methods for efficiently testing access control rules, using the structure of attribute based access control (ABAC) to detect a large class of faults without a conventional test oracle.
Access control typically requires translating policies or rules given in natural language into a form such as a programming language or decision table, which can be processed by an access control system. Once rules have been described in machine-processable form, testing is necessary to ensure that...
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Access control typically requires translating policies or rules given in natural language into a form such as a programming language or decision table, which can be processed by an access control system. Once rules have been described in machine-processable form, testing is necessary to ensure that the rules are implemented correctly. This paper describes an approach based on combinatorial test methods for efficiently testing access control rules, using the structure of attribute based access control (ABAC) to detect a large class of faults without a conventional test oracle.
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Keywords
test automation; access control; attribute based access control; combinatorial testing; t-way testing
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Access Control
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