Python is a dynamic language well suited to build a run-time providing adaptive support to distributed applications. Python has dynamic typing where variables are given a type when they are assigned a value. To introduce type safety, interfaces, and a component model in Python NOOP introduces a type language and a way to apply typing to functions (and methods). This type system is described in the first part of this paper. The second part use this type system to create interfaces and a software component model. And finally it is discussed how NOOP can provide adaptive support to distributed applications
International audienceModern software must continually adapt to changing operating contexts such as ...
Programmers may be hesitant to use declarative systems, because of the associated learning curve. In...
Python is an interpreted, object-oriented programming language. This document describes how to writ...
Compilers for statically typed languages such as C/C++ and Java use the types from the program to ge...
In dynamically typed programming languages, values have types, but vari-ables and other constructs i...
There are many problems where the solution depends heavily on parametertuning and therefore on congu...
This paper presents a library for programming with polymorphic dynamic types in the dependently type...
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Python is a well-known high-level programming language that Guido van Rossum introduced in 1991. The...
Python is an amazing language for large and complicated programming ventures. This language uses cod...
Python is an extensible, interpreted, object-oriented programming language. It supports a wide rang...
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<p>(Code Listing 4) Dynamic type binding. (Code Listing 5) Accidently converting <i>integer</i> to <...
The functional language Clean includes a hybrid type system: in addi-tion to the traditional static ...
Python reached out to a wide and diverse audience in the last few years. During its evolution it com...
International audienceModern software must continually adapt to changing operating contexts such as ...
Programmers may be hesitant to use declarative systems, because of the associated learning curve. In...
Python is an interpreted, object-oriented programming language. This document describes how to writ...
Compilers for statically typed languages such as C/C++ and Java use the types from the program to ge...
In dynamically typed programming languages, values have types, but vari-ables and other constructs i...
There are many problems where the solution depends heavily on parametertuning and therefore on congu...
This paper presents a library for programming with polymorphic dynamic types in the dependently type...
This paper presents the first implementation of session types in a dynamically-typed language-Python...
Python is a well-known high-level programming language that Guido van Rossum introduced in 1991. The...
Python is an amazing language for large and complicated programming ventures. This language uses cod...
Python is an extensible, interpreted, object-oriented programming language. It supports a wide rang...
The two language approach to software development has been investigated by several language designer...
<p>(Code Listing 4) Dynamic type binding. (Code Listing 5) Accidently converting <i>integer</i> to <...
The functional language Clean includes a hybrid type system: in addi-tion to the traditional static ...
Python reached out to a wide and diverse audience in the last few years. During its evolution it com...
International audienceModern software must continually adapt to changing operating contexts such as ...
Programmers may be hesitant to use declarative systems, because of the associated learning curve. In...
Python is an interpreted, object-oriented programming language. This document describes how to writ...