Abstract—Type qualifier inference tools usually operate in batch mode and assume that the program must not be changed except to add the type qualifiers. In practice, programs must be changed to make them type-correct, and programmers must understand them. CASCADE is an interactive type qualifier inference tool that is easy to implement and universal (i.e., it can work for any type qualifier system for which a checker is implemented). It shows that qualifier inference can achieve better results by involving programmers rather than relying solely on automation. I
This paper introduces the Checker Framework, which supports adding pluggable type systems to the Jav...
. Traditional type inference and type checking algorithms work well with correctly typed programs, b...
Classifications: Software The research involves developing a theory of real-time process types for t...
Type qualifier inference tools usually operate in batch mode and assume that the program must not be...
Java’s type system provides programmers with strong guarantees of type and memory safety, but there ...
We describe a framework for adding type qualifiers to a language. Type qualifiers encode a simple bu...
We describe a framework for adding type qualifiers to a lan-guage. Type qualifiers encode a simple b...
For decades programmers have had access to production-quality tools for generating lexers and parser...
We describe Jqual, a practical framework for type qualifier inference in Java. Jqual is implemented ...
Although dynamically typed languages allow developers to be more productive in writing source code, ...
Software rapidly evolves. A refactoring is a code change that preserves the behavior of the program....
Transient gradual typing imposes run-time type tests that typically cause a linear slowdown in progr...
We present a system for extending standard type systems with flow-sensitive type qualifiers. Users a...
Flaws in computer software are a fact of life, both in small and large-scale applications. Compile...
Highly dynamic languages like Smalltalk do not have much static type information immediately availab...
This paper introduces the Checker Framework, which supports adding pluggable type systems to the Jav...
. Traditional type inference and type checking algorithms work well with correctly typed programs, b...
Classifications: Software The research involves developing a theory of real-time process types for t...
Type qualifier inference tools usually operate in batch mode and assume that the program must not be...
Java’s type system provides programmers with strong guarantees of type and memory safety, but there ...
We describe a framework for adding type qualifiers to a language. Type qualifiers encode a simple bu...
We describe a framework for adding type qualifiers to a lan-guage. Type qualifiers encode a simple b...
For decades programmers have had access to production-quality tools for generating lexers and parser...
We describe Jqual, a practical framework for type qualifier inference in Java. Jqual is implemented ...
Although dynamically typed languages allow developers to be more productive in writing source code, ...
Software rapidly evolves. A refactoring is a code change that preserves the behavior of the program....
Transient gradual typing imposes run-time type tests that typically cause a linear slowdown in progr...
We present a system for extending standard type systems with flow-sensitive type qualifiers. Users a...
Flaws in computer software are a fact of life, both in small and large-scale applications. Compile...
Highly dynamic languages like Smalltalk do not have much static type information immediately availab...
This paper introduces the Checker Framework, which supports adding pluggable type systems to the Jav...
. Traditional type inference and type checking algorithms work well with correctly typed programs, b...
Classifications: Software The research involves developing a theory of real-time process types for t...