In this paper we propose a scheme that combines type inference and run-time checking to
make existing C programs type safe. We describe the CCured type system, which extends …

B last is an automatic verification tool for checking temporal safety properties of C programs.
Given a C program and a temporal safety property, B last either statically proves that the …

This article describes CCured, a program transformation system that adds type safety
guarantees to existing C programs. CCured attempts to verify statically that memory errors …

We present a scalable and precise context-sensitive points-to analysis with three key
properties:(1) filtering out of unrealizable paths,(2) a context-sensitive heap abstraction, and …

CCured is a program transformation system that adds memory safety guarantees to C
programs by verifying statically that memory errors cannot occur and by inserting run-time …

We present the dynamically typed λ-calculus, an extension of the statically typed λ-calculus
with a special type Dyn and explicit dynamic type coercions corresponding to run-time type …

This paper given an introduction to using set constraints to specify program analyses.
Several standard analysis problems are formulated using set constraints, which serves both …

Static memory management replaces runtime garbage collection with compile-time
annotations that make all memory allocation and deallocation explicit in a program. We …

A soft type system infers types for the procedures and data structures of dynamically typed
programs. Like conventional static types, soft types express program invariants and thereby …

Compilers for monomorphic languages, such as C and Pascal, take advantage of types to
determine data representations, alignment, calling conventions, and register selection …