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Câmara e agenda 21 regional para uma rede de cidades sustentáveis: a região metropolitana da baixada santista
(Universidade Federal de São Carlos, 2004-08-16) Carmo, Silvia de Castro Bacellar do; Falcoski, Luiz Antonio Nigro; https://lattes.cnpq.br/3200660670856698
The majority of the metropolitan regions, urban agglomerates and Brazilian cities live together with a degraded urban environment, resulting from a non-planned spatial expansion, lack of basic infrastructure, inefficiency of health and cultural systems, social exclusion, and from a non-planned prioritization of economic activities. One may also observe an increase in the metropolization process, where cities are united by their economic vocation or by conurbation processes, acquiring a new characterization, represented by political-institutional aspects. Concurrently, there has been an increase in global awareness as to the anthropic activity consequences over ecosystems and the repercussion of the current degradation on communities life conditions. The sustainable development parameter arises as a path to be followed in order to prevent exhausting natural resources and for the conquering of a worthy quality of life for all humankind, being the Agenda 21 one of the main instruments to be used within a strategic and participative process. The search for sustainability for the cities of a metropolitan region orients the development of this study. Establishing as spatial field of research the Baixada Santista Metropolitan Region, and adopting a profile of the institutional and socio-environmental dimension, one may promote a systematization of the planning and management structure of its nine municipalities, and of the whole set, as support to confirm the hypothesis that the search for metropolitan sustainability depends on the implementation of a metropolitan committee and of a metropolitan Agenda 21. This systematization was elaborated from a theoretical and reflexive investigation into the concepts and guiding vectors of a sustainable city: the urban environmental planning tendencies and the Brazilian legal and institutional aspects of the environmental question; through selection of foreign and national experiences of Local Agendas 21; through investigation of the region s Local Agendas 21; and, finally, through interviews and questionnaires applied to the municipalities, public agencies and appointed metropolitan agents. The result demonstrated a political-institutional integration geared towards economic dimension, a tendency to isolated and momentary solutions and the absence of effective participative processes; but, on the other hand, it has pointed to a viability of alterations in the current socio-institutional conjuncture, with the real activation of the Metropolitan Agenda 21 and with normative alterations in the official jurisdiction of the shared metropolitan representation.
GAwCRe: um gerador de aplicações baseadas na web para o domínio de clínicas de reabilitação
(Universidade Federal de São Carlos, 2004-08-16) Pazin, Anderson; Penteado, Rosângela Aparecida Dellosso; https://lattes.cnpq.br/4061946080136286
Pattern languages define a domain, easing application modeling by less experienced developers. With the use of a pattern language a generic architecture (frameworks or application generators) can be defined, capable of automating part of the new applications development process. That architecture can be represented by an Application Modeling Language (AML), using the concepts of software products line, which allow an application definition from high level specification. In that context, this work presents a Web based application generator for the Rehabilitation Clinic Management Systems domain (SiGCli; Sistemas de Gestão de Clínicas de Reabilitação, in portuguese), named GAwCRe (Web Application Generator for Rehabilitation Clinics; Gerador de Aplicações baseada Web para Clinícas de Reabilitação, in portuguese). Its instantiation for these applications is done using an AML that has been defined based on the SiGCli pattern language. A meta-model using the XML language has been made to represent AML and SiGCli information. Thus, the AML information presented in the applications generator instantiation interface is dynamically created. For the artifacts generation process, code templates are defined with substitution points previously established that have to assume the values defined in the XML document, according to the application AML specification. The XML document eases the AMl and SigCli documentation readability. With XML use, the GAwCRe applications generator has enough flexibility to support other pattern languages mapped to the XML structure defined, consequently allowing its reuse.
Método RSCT reengenharia de software orientada a componentes usando transformações
(Universidade Federal de São Carlos, 2004-08-16) Bossonaro, Adriano Aleixo; Prado, Antonio Francisco do; https://lattes.cnpq.br/2668568143800755
This project researched a Component-Oriented Software Reengineering Method using Transformations, named RSCT. The researched method extends the RST Method [Fon02a, Fon02b, Fon02c, Fon02d, Fon04], adding resources to treat the component-based reengineering. The RSCT aims to guide the components construction and reuse in the reengineering of legacy systems. The method is supported by two tools: a Software Transformation System, named Draco-PUC and a CASE tool, named MVCASE, and is divided in 4 (four) phases. In Phase 1, Construct Domains and Transformers, it is obtained the domains and transformers used in the legacy system reverse engineering to obtain of Object-Oriented Design. In Phase 2, Obtain Object-Oriented Design, it is obtained the legacy system object-oriented recovered design, using the domains and transformers constructed in Phase 1. In Phase 3, Construct Components, it is obtained the components of the legacy system domain, from the objectoriented recovered designs in Phase 2. With the MVCASE support, the Software Engineering analyses and refines each Object-Oriented design and uses design patterns to construct the components, making them available in a library. Finally, in Phase 4, Reconstruct Systems, the legacy systems are reconstructed from their object-oriented designs, obtained in Phase 2, reusing the components available in the library.