AbstractIn general, invariants may depend on the state of other objects. The approach introduced in this paper allows this for objects of mutually visible classes, in a way that supports modular verification. To this end, dependencies are made explicit by cooperation. In particular, invariants expressing non-hierarchical object relations are supported. Furthermore, an inc-set allows a method to specify explicitly that it does not depend on the validity of a certain invariant. This way, it can be called even when that invariant is violated
Although invariants have a long history, their meaning in OO designs is still under discussion. OO d...
Class invariants are a highly useful feature for the verification of object-oriented programs, becau...
Class invariants are a highly useful feature for the verification of object-oriented programs, becau...
In general, invariants may depend on the state of other objects. The approach introduced in this pap...
AbstractIn general, invariants may depend on the state of other objects. The approach introduced in ...
AbstractWe present a Hoare-style specification and verification approach for invariants in sequentia...
We present a Hoare-style specification and verification approach for invariants in sequential OO pro...
Modular reasoning about class invariants is challenging in the presence of dependencies among collab...
Abstract. Modular reasoning about class invariants is challenging in the pres-ence of collaborating ...
Reasoning about object-oriented programs is difficult since such programs usually involve aliasing, ...
The layering that is present in many OO designs is not accounted for in current interpretations of i...
Object invariants are critical components to the specification of object-oriented systems, which def...
An object invariant defines what it means for an object’s data to be in a consistent state. Object i...
Although invariants have a long history, their meaning in OO designs is still under discussion. OO d...
Formal specifications describe the behaviour of object-oriented systems precisely, with the intent t...
Although invariants have a long history, their meaning in OO designs is still under discussion. OO d...
Class invariants are a highly useful feature for the verification of object-oriented programs, becau...
Class invariants are a highly useful feature for the verification of object-oriented programs, becau...
In general, invariants may depend on the state of other objects. The approach introduced in this pap...
AbstractIn general, invariants may depend on the state of other objects. The approach introduced in ...
AbstractWe present a Hoare-style specification and verification approach for invariants in sequentia...
We present a Hoare-style specification and verification approach for invariants in sequential OO pro...
Modular reasoning about class invariants is challenging in the presence of dependencies among collab...
Abstract. Modular reasoning about class invariants is challenging in the pres-ence of collaborating ...
Reasoning about object-oriented programs is difficult since such programs usually involve aliasing, ...
The layering that is present in many OO designs is not accounted for in current interpretations of i...
Object invariants are critical components to the specification of object-oriented systems, which def...
An object invariant defines what it means for an object’s data to be in a consistent state. Object i...
Although invariants have a long history, their meaning in OO designs is still under discussion. OO d...
Formal specifications describe the behaviour of object-oriented systems precisely, with the intent t...
Although invariants have a long history, their meaning in OO designs is still under discussion. OO d...
Class invariants are a highly useful feature for the verification of object-oriented programs, becau...
Class invariants are a highly useful feature for the verification of object-oriented programs, becau...