Current verification condition (VC) generation algorithms, such as weakest preconditions, yield a VC whose size may be exponential in the size of the code fragment being checked. This paper describes a two-stage VC generation algorithm that generates compact VCs whose size is worst-case quadratic in the size of the source fragment, and is close to linear in practice.This two-stage VC generation algorithm has been implemented as part of the Extended Static Checker for Java. It has allowed us to check large and complex methods that would otherwise be impossible to check due to time and space constraints
Bytecode verification forms the corner stone of the Java security model that ensures the integrity o...
We present a refinement method for Java programs which is motivated by the challenge of verifying se...
The problem addressed in this thesis is sound, scalable, demand-driven null-dereference verification ...
Verification conditions (VCs) are logical formulae whose validity implies the correctness of a progr...
Verification conditions (VCs) are logical formulae whose validity implies the correctness of a progr...
Verification condition (VC) generation is a fundamental part of many program analysis and applicatio...
The safety of the Java Virtual Machine is founded on bytecode verification. Although verification co...
In a world where many human lives depend on the correct behavior of software systems, program verifi...
Dynamic array bound checks are crucial elements for the security of a Java Virtual Machines. These d...
Verification condition (VC) generation is a fundamental part of many program analysis and applicatio...
Bytecode verification forms the corner stone of the Java security model that ensures the integrity o...
AbstractBytecode verification forms the corner stone of the Java security model that ensures the int...
To err is human, and machines help us avoiding errors. This thesis presents two ways, based on verif...
The objective of the lectures is to present type-based and logic-based mechanisms to ensure reliabil...
Java bytecode verification forms the basis for Java-based Internet security and needs a rigorous des...
Bytecode verification forms the corner stone of the Java security model that ensures the integrity o...
We present a refinement method for Java programs which is motivated by the challenge of verifying se...
The problem addressed in this thesis is sound, scalable, demand-driven null-dereference verification ...
Verification conditions (VCs) are logical formulae whose validity implies the correctness of a progr...
Verification conditions (VCs) are logical formulae whose validity implies the correctness of a progr...
Verification condition (VC) generation is a fundamental part of many program analysis and applicatio...
The safety of the Java Virtual Machine is founded on bytecode verification. Although verification co...
In a world where many human lives depend on the correct behavior of software systems, program verifi...
Dynamic array bound checks are crucial elements for the security of a Java Virtual Machines. These d...
Verification condition (VC) generation is a fundamental part of many program analysis and applicatio...
Bytecode verification forms the corner stone of the Java security model that ensures the integrity o...
AbstractBytecode verification forms the corner stone of the Java security model that ensures the int...
To err is human, and machines help us avoiding errors. This thesis presents two ways, based on verif...
The objective of the lectures is to present type-based and logic-based mechanisms to ensure reliabil...
Java bytecode verification forms the basis for Java-based Internet security and needs a rigorous des...
Bytecode verification forms the corner stone of the Java security model that ensures the integrity o...
We present a refinement method for Java programs which is motivated by the challenge of verifying se...
The problem addressed in this thesis is sound, scalable, demand-driven null-dereference verification ...