International audienceIn this paper, we present an extension of the Java bytecode instrumentation tool BISM that captures and prepares a model that abstracts the program behavior at the intra-procedural level. We analyze program methods we are interested in monitoring and construct a control-flow graph automaton where the states represent actions of the program that produce events. Directed towards monitoring general behavioral properties at runtime, the resulting model is presented for the users to write static analyzers and combine both static and runtime verification
We present an algorithm to extract control-flow graphs from Java bytecode, considering exceptional f...
The developers of tools for dynamic analysis are faced with choosing from the many approaches to gat...
Automaton-based static program analysis has proved to be an effective tool for bug finding. Current ...
International audienceIn this paper, we present an extension of the Java bytecode instrumentation to...
International audienceBISM (Bytecode-Level Instrumentation for Software Monitoring) is a lightweight...
We present an efficient and expressive tool for the instrumentation of Java programs at the bytecode...
International audienceWe leverage static verification to reduce monitoring overhead when runtime ver...
This repository contains the source code for the integration layer between BISM and BeepBeep. For mo...
International audienceImplementing a profiler to trace a program execution is non-trivial. One way t...
International audienceUnderstanding what happens during the runtime of a Java program is difficult. ...
In this work, we have designed and developed an automated static program analysis tool which can che...
We present CoMA (Conformance Monitoring by Abstract State Machines), a specification-based approach ...
Dynamic analysis of software systems requires the instrumentation of application programs with funct...
Traditional behavior analysis usually operates at the implementation level of a malicious behavior. ...
Behavioural models are a valuable tool for software verification, testing, monitoring, publishing et...
We present an algorithm to extract control-flow graphs from Java bytecode, considering exceptional f...
The developers of tools for dynamic analysis are faced with choosing from the many approaches to gat...
Automaton-based static program analysis has proved to be an effective tool for bug finding. Current ...
International audienceIn this paper, we present an extension of the Java bytecode instrumentation to...
International audienceBISM (Bytecode-Level Instrumentation for Software Monitoring) is a lightweight...
We present an efficient and expressive tool for the instrumentation of Java programs at the bytecode...
International audienceWe leverage static verification to reduce monitoring overhead when runtime ver...
This repository contains the source code for the integration layer between BISM and BeepBeep. For mo...
International audienceImplementing a profiler to trace a program execution is non-trivial. One way t...
International audienceUnderstanding what happens during the runtime of a Java program is difficult. ...
In this work, we have designed and developed an automated static program analysis tool which can che...
We present CoMA (Conformance Monitoring by Abstract State Machines), a specification-based approach ...
Dynamic analysis of software systems requires the instrumentation of application programs with funct...
Traditional behavior analysis usually operates at the implementation level of a malicious behavior. ...
Behavioural models are a valuable tool for software verification, testing, monitoring, publishing et...
We present an algorithm to extract control-flow graphs from Java bytecode, considering exceptional f...
The developers of tools for dynamic analysis are faced with choosing from the many approaches to gat...
Automaton-based static program analysis has proved to be an effective tool for bug finding. Current ...