Simplified infrastructure for the transformation of XML models

Glibovets, N. N.; Fedorchenko, V. M.

doi:10.1007/s10559-010-9187-0

Cited by 2 publications

(2 citation statements)

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“…They were created to grant a framework to developers that would improve the module, promote the reuse of the components (sequential or already parallel), and to increase the cross-platformness and language compatibility. However, the concept of coordination is that these models differ in: just what is coordinated, by what means it is achieved, and what metaphors are applied to represent these concepts [3].…”

Section: Introductionmentioning

confidence: 99%

Extension of scala language by distributed and parallel computing tools with Linda coordination system

2010

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The paper describes a new library developed for Linda language implementation for Scala programming language (language support of the component programming software). The library uses client-server architecture and a database for the tuple space representation. It implements the search for similarities and "primitive" and additional operations. The library can be used for distributed and parallel application development.

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Section: Introductionmentioning

confidence: 99%

Extension of scala language by distributed and parallel computing tools with Linda coordination system

2010

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“…Сама наявність декларативної конфігурації DI-контейнера відкриває широкі можливості для генеративного програмування. Стає технічно можливим впровадження модель-орієнтованої розробки, зокрема підходу, який використовує конфігурацію DI-контейнера як кінцеву модель рівня виконання в ланцюжку трансформацій предметно-специфічних моделей [3].…”

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Declarative Inversion of Control Configuration in Modern .NET8 Applications

Fedorchenko

2024

NRPCOMP

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As software systems continue to evolve in complexity and scale, the importance of adopting componentbased architectural paradigms becomes increasingly evident. Inversion of Control (IoC) and Dependency Injection (DI) patterns play important role in managing OO-components dependencies, reduce coupling and enable seamless integration of components. This article explores the theoretical foundations of IoC and DI, shedding light on their practical implementation in modern .NET applications.Standard .NET DI-container has a number of technical limitations: properties injection is not supported, dependencies definitions from keyed services partially breaks IoC principle, and finally lack of declarative way to define components and their dependencies. To address these limitations, it is proposed to implement a special extension for standard DI-container in the form of a component factory. This factory would register components within the container and define their dependencies based on declarative configuration. The configuration can be stored either in a standard (for .NET Core apps) appsettings.json file or loaded from a separate JSON file. In fact, this JSON could be even dynamically generated in specific usage scenarios.The capability to use a declarative configuration for standard DI-container opens up broad possibilities for generative programming. It becomes technically feasible to implement a model-driven development, particularly an approach that leverages the DI-container configuration as the final (execution) model in a chain of transformations of domain-specific models.Modern .NET8 platform assumes that software is assembled from libraries of pre-existing components that are hosted in a standard DI-container that provides suitable runtime environment for them. Practical aspects of applying the Inversion of Control pattern are examined, considering the use of a standard Dependency Injection (DI) container implementation. Existing technological limitations are defined, and a solution is proposed: implementation of declarative configuration of dependencies between components. This approach contributes to a reduced level of coupling between components and facilitates the decomposition of the program into more granular and abstract components – which increases their reusability in consequence.

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Simplified infrastructure for the transformation of XML models

Cited by 2 publications

References 1 publication

Extension of scala language by distributed and parallel computing tools with Linda coordination system

Extension of scala language by distributed and parallel computing tools with Linda coordination system

Declarative Inversion of Control Configuration in Modern .NET8 Applications

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