A static verification framework for message passing in Go using behavioural types

The Go programming language has been heavily adopted in industry as a language that efficiently combines systems programming with concurrency. Go's concurrency primitives, inspired by process calculi such as CCS and CSP, feature channel-based communication and lightweight threads, providing a d...

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Vydáno v:2018 IEEE/ACM 40th International Conference on Software Engineering (ICSE) s. 1137 - 1148
Hlavní autoři: Lange, Julien, Ng, Nicholas, Toninho, Bernardo, Yoshida, Nobuko
Médium: Konferenční příspěvek
Jazyk:angličtina
Vydáno: New York, NY, USA ACM 27.05.2018
Edice:ACM Conferences
Témata:
behavioural types
Computer languages
concurrency
Concurrent computing
go programming language
Message systems
model checking
Programming
Safety
Software
Software and its engineering > Software notations and tools > General programming languages > Language types > Concurrent programming languages
Software and its engineering > Software organization and properties > Software functional properties > Formal methods > Automated static analysis
Software and its engineering > Software organization and properties > Software functional properties > Formal methods > Model checking
Software and its engineering > Software organization and properties > Software functional properties > Formal methods > Software verification
static analysis
System recovery
Theory of computation > Logic > Type theory
Theory of computation > Logic > Verification by model checking
Theory of computation > Models of computation > Concurrency > Process calculi
ISBN:9781450356381, 1450356389
ISSN:1558-1225
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Abstract The Go programming language has been heavily adopted in industry as a language that efficiently combines systems programming with concurrency. Go's concurrency primitives, inspired by process calculi such as CCS and CSP, feature channel-based communication and lightweight threads, providing a distinct means of structuring concurrent software. Despite its popularity, the Go programming ecosystem offers little to no support for guaranteeing the correctness of message-passing concurrent programs. This work proposes a practical verification framework for message passing concurrency in Go by developing a robust static analysis that infers an abstract model of a program's communication behaviour in the form of a behavioural type, a powerful process calculi typing discipline. We make use of our analysis to deploy a model and termination checking based verification of the inferred behavioural type that is suitable for a range of safety and liveness properties of Go programs, providing several improvements over existing approaches. We evaluate our framework and its implementation on publicly available real-world Go code.
AbstractList The Go programming language has been heavily adopted in industry as a language that efficiently combines systems programming with concurrency. Go's concurrency primitives, inspired by process calculi such as CCS and CSP, feature channel-based communication and lightweight threads, providing a distinct means of structuring concurrent software. Despite its popularity, the Go programming ecosystem offers little to no support for guaranteeing the correctness of message-passing concurrent programs. This work proposes a practical verification framework for message passing concurrency in Go by developing a robust static analysis that infers an abstract model of a program's communication behaviour in the form of a behavioural type, a powerful process calculi typing discipline. We make use of our analysis to deploy a model and termination checking based verification of the inferred behavioural type that is suitable for a range of safety and liveness properties of Go programs, providing several improvements over existing approaches. We evaluate our framework and its implementation on publicly available real-world Go code.
The Go programming language has been heavily adopted in industry as a language that efficiently combines systems programming with concurrency. Go's concurrency primitives, inspired by process calculi such as CCS and CSP, feature channel-based communication and lightweight threads, providing a distinct means of structuring concurrent software. Despite its popularity, the Go programming ecosystem offers little to no support for guaranteeing the correctness of message-passing concurrent programs. This work proposes a practical verification framework for message passing concurrency in Go by developing a robust static analysis that infers an abstract model of a program's communication behaviour in the form of a behavioural type, a powerful process calculi typing discipline. We make use of our analysis to deploy a model and termination checking based verification of the inferred behavioural type that is suitable for a range of safety and liveness properties of Go programs, providing several improvements over existing approaches. We evaluate our framework and its implementation on publicly available real-world Go code.
Author Yoshida, Nobuko
Ng, Nicholas
Lange, Julien
Toninho, Bernardo
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SubjectTerms behavioural types
Computer languages
concurrency
Concurrent computing
go programming language
Message systems
model checking
Programming
Safety
Software
Software and its engineering -- Software notations and tools -- General programming languages -- Language types -- Concurrent programming languages
Software and its engineering -- Software organization and properties -- Software functional properties -- Formal methods -- Automated static analysis
Software and its engineering -- Software organization and properties -- Software functional properties -- Formal methods -- Model checking
Software and its engineering -- Software organization and properties -- Software functional properties -- Formal methods -- Software verification
static analysis
System recovery
Theory of computation -- Logic -- Type theory
Theory of computation -- Logic -- Verification by model checking
Theory of computation -- Models of computation -- Concurrency -- Process calculi
Title A static verification framework for message passing in Go using behavioural types
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