In modern society, people are lack of physical activity and have a poor eating habit. A sedentary lifestyle causes an increase of disease and death rate among European Union. Compared to the general population, people with Several Mental Illness(SMI) suffer more from poor health condition. Thus the project, as a part of the LIFEHOPE.EU, is established to ameliorate to this circumstances through encouraging people with SMI to regularly attend physical exercises and eat a balanced diet. However, most patients with SMI who participate in the program live in remote areas. It is inconvenient to hold face-to-face meetings with either doctors or group menmbers. Therefore, it is necessary to develop a system to solve this problem. The system contains an Android application for patients and an administrative website for doctors to keep contact with patients in order to monitor and assist patients' recovery. In this paper, the system is based on Apache Web Server and Android. How the functions of this system are created and realized will be  elaboratly introduced and illustrated. In addition, CakePHP framework applies in website development. After design and implementaion, tests will be run on both the the Android app and the website to evaluate security and performance.

Svarstider är något som har en stor betydelse och påverkar användare av webbapplikationer. Ramverk baserade på MVC används vanligen vid webbutveckling på grund av att de löser olika problem som återanvändning av kod och underlättar utvecklingen. Vissa webbapplikationer exekveras helt från serversidan och frågan är om olika ramverk, i synnerhet lättviktiga sådana, påverkar svarstiden på serversidan? Genom att utveckla två funktionsekvivalenta webbapplikationer med ett lättviktigt och ett icke lättviktigt ramverk kommer det gå att genomföra ett tekniskt inriktat experiment som ämnar att utföra en rad olika mätningar, framför allt vid hämtning och visning av data, för att analysera svarstiden i dessa scenarion. De resultat som uppnåtts talar för att lättviktiga ramverk ger upphov till lägre svarstider i den tillämpning som undersökts, och det kan i framtiden vara intressant att undersöka mer funktionalitet inom ramverken och se om lättviktiga ramverk i webbapplikationer som körs på klientsidan genererar samma resultat.

The aim of this masters thesis is to create a customized visualization web application of consulting services statistics. This to allow users to get an overview of time management through clear visual links between developers, customers and tasks. The design of the application is based on literature in usability and information visualization as well as a usability test. This thesis work resulted in a JavaScript based web application using the web framework CakePHP which follows a model-view-controller architectural pattern with visualization components implemented in Javascript.

Objective of this document is to provide reader with briefly and cohesive overview about team cooperation, testing , agile software development practices and other modern techniques during web development process. Moreover this paper showing usage of these methodologies and recommendation how to implement it efficiently in some of modern web frameworks for rapid and easy web development (Zend Framework, CakePHP and Yii). In addition this handbook tries to explain how continual integration can be utilized on field of web development process. This work is divided into 2 main sections. The first one is about theoretical knowledge of cooperation, testing and web framework usage at web development process. In second "practical" section I will be concerned about application of this knowledge in practice. Practical section is also about creating of complete continual integration process for web development and its implementation in academic environment of University of Economics in Prague. Contribution of this sheet is mainly in providing of cohesive overview on modern web development techniques such as extreme programming, testing, cooperation and object-oriented frameworks for rapid web development.

This thesis deals with the analysis, design and final implementation of information system for thesis management. In the introduction the theoretical background is defined and avail-able technologies are identified and later practically used within the implementation. Fur-ther, the functional and non-functional demands are identified, use case scenarios defined and later on the system is designed and implemented. The requirements are defined based on the universal use within the use cases of the University of Economics in Prague. Within the last part, a user manual can be found.

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The evolution of WWW leads to continuous growth of demands that are placed on web applications that results in creating sophisticated web architectures. To minimize the complexity behind their design, software frameworks were introduced. There are hundreds of web frameworks, hence the choice of the right framework can be seen as searching for the holy grail. This thesis investigates the possibility of creating and validates usefulness of a classification scheme which organizes well-known object-oriented design patterns found in popular web frameworks: Apache Struts, Ruby on Rails, CakePHP and Zend Framework. The proposed classification scheme is based on two criteria: purpose and scope. The classification of such patterns that capture design rationale behind the decisions and best practices, is potentially important for building or restructuring a generic web framework, for capturing expertise knowledge and for orientation purposes in the problem domain - web engineering. The methodology used in this thesis is based on case studies and the identification of design patterns in web frameworks uses manual approaches. The results revealed popular design patterns in web frameworks and that the proposed classification scheme in a form of a 2D matrix must be refined, because relationships among design patterns in web frameworks are important and have a tendency to be formed as complex hierarchies. It is proposed to use a classification scheme in a form of a map or a tree when refining the scheme.

Context: Information technology is playing an important role in creating innovation in business. Due to increase in demand of information technology, web development has become an important field. PHP is an open source language, which is widely used in web development. PHP is used to develop dynamic web pages and it has the ability to connect with database. PHP has some good features i.e. cross platform compatibility, scalability, efficient execution and is an open source technology. These features make it a good choice for developers to choose PHP for web development. The maintenance of an application becomes difficult and performance being considerably reduced, if PHP is to be used without using its frameworks. To resolve these issues, different frameworks have been introduced by web development communities on the internet. These frameworks are based on Model, View, Controller design pattern. These frameworks provide, different common functionalities and classes in the form of helpers, components, and plug-in to reduce the development time. Due to these features like robustness, scalability, maintainability and performance, these frameworks are mostly used for web development in PHP, with performance being considered the most important factor. Objectives:The objective of this thesis is to compare and analyze the affect of data abstraction layer (ORM) on the performance of two PHP frameworks. These two frameworks are CakePHP and CodeIgniter. CAKEPHP has built-in support of object-relational mapping (ORM) but CodeIgniter has no built-in support of object-relational mapping (ORM). We considered load testing and stress testing to measure the performance of these two frameworks. Methods: We performed the experiment to show the performance of CakePHP (with ORM) and CodeIgniter (no ORM) frameworks. We developed two applications in both the PHP frameworks, with the same scope and design and measured the performance of these applications, with respect to load testing, with automated testing tool. The results have been obtained by testing the performance of both the applications on local and live servers. Conclusions:After analyzing the results we concluded that CodeIgniter is useful for small and medium sized applications. But CAKEPHP is good for large and enterprise level applications, as in stress conditions the CAKEPHP performed better than CodeIgniter on both local and live environment.