Add to ORKGWe have designed and implemented a type inference algorithm for the full SELF language. The algorithm can guarantee the safety and disambiguity of message sends, and provide useful information for browsers and optimizing compilers
Type systems for object-oriented programming languages have been studied a great deal over the past ...
Type inference is a key component of modern statically typed programming languages. It allows progra...
I present a type-theoretic encoding of objects that interprets method dispatch by self-application (...
We have designed and implemented a type inference algorithm for the full Self language. The algorith...
. We have designed and implemented a type inference algorithm for the full Self language. The algori...
The metavariable self is fundamental in object-oriented languages.Typing self in the presence of inh...
We present the implementation of a type inference algorithm for untyped object-oriented programs wi...
Type information is a crucial information to support object-oriented reengineering. In a dynamically...
International Workshop on Smalltalk TechnologiesInternational audienceDynamically typed languages pr...
We present a new approach to inferring types in untyped object-oriented programs with inheritance, a...
Although dynamically typed languages allow developers to be more productive in writing source code, ...
We show how type inference for object oriented programming languages with state can be performed wit...
Static type information facilitates program comprehension and analysis. Yet, such information is abs...
Dynamically-typed languages allow faster software development by not posing the type constraints. St...
AbstractType inference is the compile-time process of reconstructing missing type information in a p...
Type systems for object-oriented programming languages have been studied a great deal over the past ...
Type inference is a key component of modern statically typed programming languages. It allows progra...
I present a type-theoretic encoding of objects that interprets method dispatch by self-application (...
We have designed and implemented a type inference algorithm for the full Self language. The algorith...
. We have designed and implemented a type inference algorithm for the full Self language. The algori...
The metavariable self is fundamental in object-oriented languages.Typing self in the presence of inh...
We present the implementation of a type inference algorithm for untyped object-oriented programs wi...
Type information is a crucial information to support object-oriented reengineering. In a dynamically...
International Workshop on Smalltalk TechnologiesInternational audienceDynamically typed languages pr...
We present a new approach to inferring types in untyped object-oriented programs with inheritance, a...
Although dynamically typed languages allow developers to be more productive in writing source code, ...
We show how type inference for object oriented programming languages with state can be performed wit...
Static type information facilitates program comprehension and analysis. Yet, such information is abs...
Dynamically-typed languages allow faster software development by not posing the type constraints. St...
AbstractType inference is the compile-time process of reconstructing missing type information in a p...
Type systems for object-oriented programming languages have been studied a great deal over the past ...
Type inference is a key component of modern statically typed programming languages. It allows progra...
I present a type-theoretic encoding of objects that interprets method dispatch by self-application (...