AbstractJava’s annotation mechanism allows us to extend its type system with non-null types. Checking such types cannot be done using the existing bytecode verification algorithm. We extend this algorithm to verify non-null types using a novel technique that identifies aliasing relationships between local variables and stack locations in the JVM. We formalise this for a subset of Java Bytecode and report on experiences using our implementation
International audienceLightweight bytecode verification uses stack maps to annotate Java bytecode pr...
In Java, C or C++, attempts to dereference the nil value result in anexception or a segmentation fau...
AbstractBytecode verification algorithms are traditionally based on dataflow analysis. We present an...
Java's annotation mechanism allows us to extend its type system with non-null types. However, checki...
AbstractJava’s annotation mechanism allows us to extend its type system with non-null types. Checkin...
Java's annotation mechanism allows us to extend its type system with non-null types. However, checki...
Java’s annotation mechanism allows us to extend its type system with non-null types. However, checki...
International audienceWe present a non-null annotations inferencer for the Java bytecode language. W...
We have implemented a non-null type checker for Java and a new non-null inferencing algorithm for an...
International audienceLightweight bytecode verification uses stack maps to annotate Java bytecode pr...
Attempts to dereference nil result in anexception or a segmentation fault. Hence itis importantto kn...
Lightweigth byte code verification uses stack maps to annotate Java byte code programs with type inf...
Lightweigth byte code verification uses stack maps to annotate Java byte code programs with type inf...
Issues related to the dereferencing of null pointers are a pervasive and widely studied problem, and...
International audienceLightweight bytecode verification uses stack maps to annotate Java bytecode pr...
International audienceLightweight bytecode verification uses stack maps to annotate Java bytecode pr...
In Java, C or C++, attempts to dereference the nil value result in anexception or a segmentation fau...
AbstractBytecode verification algorithms are traditionally based on dataflow analysis. We present an...
Java's annotation mechanism allows us to extend its type system with non-null types. However, checki...
AbstractJava’s annotation mechanism allows us to extend its type system with non-null types. Checkin...
Java's annotation mechanism allows us to extend its type system with non-null types. However, checki...
Java’s annotation mechanism allows us to extend its type system with non-null types. However, checki...
International audienceWe present a non-null annotations inferencer for the Java bytecode language. W...
We have implemented a non-null type checker for Java and a new non-null inferencing algorithm for an...
International audienceLightweight bytecode verification uses stack maps to annotate Java bytecode pr...
Attempts to dereference nil result in anexception or a segmentation fault. Hence itis importantto kn...
Lightweigth byte code verification uses stack maps to annotate Java byte code programs with type inf...
Lightweigth byte code verification uses stack maps to annotate Java byte code programs with type inf...
Issues related to the dereferencing of null pointers are a pervasive and widely studied problem, and...
International audienceLightweight bytecode verification uses stack maps to annotate Java bytecode pr...
International audienceLightweight bytecode verification uses stack maps to annotate Java bytecode pr...
In Java, C or C++, attempts to dereference the nil value result in anexception or a segmentation fau...
AbstractBytecode verification algorithms are traditionally based on dataflow analysis. We present an...