Modern languages are equipped with static type checking/inference that helps programmers to keep a clean programming style and to reduce errors. However, the ever-growing size of programs and their continuous evolution require building fast and efficient analysers. A promising solution is incrementality, aiming at only re-typing the diffs, i.e. those parts of the program that change or are inserted, rather than the entire codebase. We propose an algorithmic schema that drives an incremental usage of existing, standard typing algorithms with no changes. Ours is a grey-box approach: just the shape of the input, that of the results and some domain-specific knowledge are needed to instantiate our schema. Here, we present the foundations of our ...
Dynamically typed languages languages are very well suited for rapid prototyping, agile programming ...
This thesis proposes a novel way of performing type checking, whose results are incremental, dependi...
Producing precise and helpful error messages for type inference is\ud still a challenge for implemen...
Static and dynamic type systems have well-known strengths and weaknesses. Gradual typing provides th...
Fast analysis response times in IDEs are essential for a good editor experience. Incremental type-ch...
Gradual type systems offer a smooth continuum between static and dynamic typing by permitting the fr...
Modern type systems for programming languages usually incorporate additional information useful for ...
Static and dynamic type systems have well-known strengths and weaknesses. Gradual typing provides th...
When using an integrated development environment, it is desirable to get real-time feedback on the c...
Fast analysis response times in IDEs are essential for a good editor experience. Incremental type-ch...
Security of software systems has to be preserved while they grow and change incrementally. The probl...
454 pagesSupplemental file(s) description: Mechanized Proofs for Chapter 3.This dissertation concern...
2 pagesWe study the problem of verifying the well-typing of terms, not in a batch fashion, as it is ...
Both static and dynamic typing provide different benefits to the programmer. Statically typed langua...
The central topic of this thesis is the study of algorithms for type checking, both from the program...
Dynamically typed languages languages are very well suited for rapid prototyping, agile programming ...
This thesis proposes a novel way of performing type checking, whose results are incremental, dependi...
Producing precise and helpful error messages for type inference is\ud still a challenge for implemen...
Static and dynamic type systems have well-known strengths and weaknesses. Gradual typing provides th...
Fast analysis response times in IDEs are essential for a good editor experience. Incremental type-ch...
Gradual type systems offer a smooth continuum between static and dynamic typing by permitting the fr...
Modern type systems for programming languages usually incorporate additional information useful for ...
Static and dynamic type systems have well-known strengths and weaknesses. Gradual typing provides th...
When using an integrated development environment, it is desirable to get real-time feedback on the c...
Fast analysis response times in IDEs are essential for a good editor experience. Incremental type-ch...
Security of software systems has to be preserved while they grow and change incrementally. The probl...
454 pagesSupplemental file(s) description: Mechanized Proofs for Chapter 3.This dissertation concern...
2 pagesWe study the problem of verifying the well-typing of terms, not in a batch fashion, as it is ...
Both static and dynamic typing provide different benefits to the programmer. Statically typed langua...
The central topic of this thesis is the study of algorithms for type checking, both from the program...
Dynamically typed languages languages are very well suited for rapid prototyping, agile programming ...
This thesis proposes a novel way of performing type checking, whose results are incremental, dependi...
Producing precise and helpful error messages for type inference is\ud still a challenge for implemen...