The aim of this master thesis is to propose a system for monitoring and regulation the climate in groups of terrariums using Raspberry Pi platform and with subsequent well-arranged representation through the web server. Each group of terrariums has its own measure and regulation device Arduino NANO that wirelessly communicates with central computer Raspberry Pi. The measured values are stored in the MySQL database in central computer. These values are then graphically displayed on the web page. Limit values for regulation and regulation times can also be set through web page.

The thesis deals with SEO problems (Search Engine Optimization). The part of the thesis is creation of tool which analyzes web pages in multilanguage versions and results provides with appropriate educational effect for user. According the analyzing that can be also used in the regular interval it's possible to show optimization history. The tool uses Microsoft technologies, especially ASP.NET, SQL Server 2008 or Microsoft Server 2008 and is developed by Visual Studio 2010.

The overall purpose of this project is to create a tool that will be able to generate reports for measurements and calculations performed by the Perception system. At present, this is a manual procedure that is both time-consuming, inefficient, and increases the risk of error. Since Perception is developed in C#, the reporting tool will be developed in ASP.NET Core with C# based on the MVC pattern and all data will be stored in Microsoft's SQL server. Transfer of data between systems will be handled by export files that Perception can generate as well as a self-developed import function in the reporting tool. With a few simple settings and options, the operators will be able to generate reports for the selected project and then copy them to the final report. Initial work with design and usability, based on the existing graphic profile, will result in an application that significantly facilitates the work of producing test reports. To make the design appealing, Bootstrap and self-written CSS will be used and to make the user experience as good as possible, JavaScript and AJAX will be used together with jQuery and thus be able to provide relevant information without the need of page reload. Focus will be placed on validating imported data to ensure that correct information is available and stored in the database. To further help the users, relevant messages will show status both in case of problems but also in case of successful procedures. / Det övergripande syftet, för detta projekt, är att skapa ett verktyg som ska kunna generera rapporter för mätningar och beräkningar utförda i systemet Perception. I dagsläget är detta ett manuellt förfarande som både är tidskrävande och ineffektivt vilket också ger en ökad risk för felkällor. Eftersom Perception är utvecklat i C# kommer rapportverktyget att utvecklas i ASP.NET Core med C# baserat på MVC-mönstret och all data kommer lagras i Microsofts SQL server. Överföringen av data mellan systemen kommer att ske med hjälp av de exportfiler som Perception kan generera samt en egenutvecklad importfunktion i rapportverktyget. Med några enkla inställningar och val ska operatörerna kunna generera rapporter för valt projekt och sedan kunna kopiera dem till slutrapporten. Ett inledande arbete med design och användbarhet, som grundar sig på den befintlig grafisk profilen, ska mynna ut i en applikation som väsentligt underlätta arbetet med att producera testrapporter. För att göra designen tilltalande kommer Bootstrap och egenskriven CSS att användas och för att användarupplevelsen ska bli så bra som möjligt kommer JavaScript samt AJAX att användas tillsammans med jQuery och på så vis kunna ge relevant information utan att sidan behöver uppdateras. Stort fokus kommer att läggas på kontroller av importerad data för att säkerställa att rätt information finns representerat samt sparas till databasen. För att ytterligare underlätta för användarna ska relevanta meddelanden ge status både vid problem men också vid lyckade procedurer.

This master's thesis describes development of information system for management of printed paper advertisements, including the problem description, definition of requirements, design, implementation and discussion of planned extensions. During design and implementation, special attention was paid to intuitive and easy user interface. System is programmed in Java language. Hibernate is used for data persistence. Graphical user interface makes use of the Swing framework. MySQL is used as the database system.

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Det mobila operativsystemet Android är idag ett ganska dominerande operativsystem på den mobila marknaden dels på grund av sin öppenhet men också på grund av att tillgängligheten är stor i och med både billiga och dyra telefoner finns att tillgå. Men idag har Android inget fördefinierat designmönster vilket leder till att varje utvecklare får bestämma själv vad som ska användas, vilket ibland kan leda till onödigt komplex kod i applikationerna som sen blir svårtestad och svårhanterlig. Detta arbete ämnar jämföra två designmönster, Passive Model View Controller (PMVC) och Model View View-Model (MVVM), för att se vilket designmönster som blir minst komplext med hjälp av att räkna fram mätvärden med hjälp av Cyclomatic Complexity Number (CCN). Studien är gjord utifrån arbetssättet Design & Creation och ämnar bidra med: kunskap om vilket mönster man bör välja, samt om CCN kan peka ut vilka delar i en applikation som kommer att ta mer eller mindre lång tid att testa. Under studiens gång tog vi även fram skillnader på om man anväder sig av den så kallade Single Responsibilyt Principle (SRP) eller inte. Detta för att se om separerade vyer gör någon skillnad i applikationernas komplexitet. I slutändan så visar studien på att komplexiteten i små applikationer är väldigt likvärdig, men att man även på små applikationer kan se skillnad på hur komplex koden är men också att kodkomplexitet på metodnivå kan ge riktlinjer för testfall. / Today the mobile operating system Android has a firm grip on the mobile market due to its open source code and the availability due to the variety of phones available, from very cheap models to the high-end exclusive ones. However, Android currently has no defined design pattern which causes a bit of a problem during the initial stages of development because the developer has to make that decision before the initial development starts. This sometimes causes excessive complexity in the finished application, which then becomes difficult to test and manage. In this report we compare the two design patterns Passive Model View Controller (PMVC) and Model View View-Model (MVVM) to decide which one is the least complex. For this we used so called metrics to show the complexity of the finished applications. The metrics were calculated using the existing library of functions called Cyclomatic Complexity Numbers (CCN). The study is based on the workflow Design & creation and aim to contribute with: knowledge that will make it easier to choose design pattern when developing an Android application, and if you can with CCN point out which areas in an application will take more or less time to conduct tests on. During the study we also analyzed how big of an impact the Single Responsibility Principle (SRP) had on the complexity. This was part of the study so that we could see the difference of separated views versus non-separated views. The study shows us that the complexity in small applications is very similar, no matter which design pattern you're using. However, it also shows that there are certain parts of the applications that are diverse in their complexity and that code complexity on method-level can give directions to test cases.

This thesis deals with possibilities of accessing database systems from different devices. It contains analysis, concept and description of the following information system implementation with draft model Model-View-Controller. Concept of the system is made in UML language. The PHP programming language and MySQL relational database server were used during the progression of the system. User interface was implemented by HTML and WML technologies. Final look of the application was achieved by using CSS web technology. Technical report describes multilayer architecture and its advantages in the creation of the information system. It deals with MVC draft model, which is useful in the cases, where´s the need of the separation of the application look, its communication with database and application logic. The work oncemore describes analysis, concept and implementation of multiplatform application for the Drak travel agency. Systém could be currently accessed by handy or web browser. The application is easily extensible for the use in another platform.

This master's thesis deals with analysis, design and implementation of an information system that allows easy extensibility with three-tier architecture.   System is developed using object oriented approach by programming language PHP, relational database server MySQL and web services and protocol SOAP. The View tier is implemented by web technologies XHTML and CSS. Analysis and design of this system is done with using the modeling language UML.     In this thesis is described the problem of multi-tier software architecture, theory of development information's systems and described design and implementation of an information system with a three-tier architecture and it's application in the society SDC.

Joomla! ist eines der beliebtesten Open Source Web Content Management Systeme. Seine Popularität verdankt das System vor allem den vielfältigen Möglichkeiten zur Anpassung der Applikation an die individuellen Bedürfnisse der Nutzer unter Anwendung zahlreicher Erweiterungen. Mit Einführung der Version 1.5 wurde jedoch ein nahezu vollständig überarbeitetes System veröffentlicht, welches nunmehr einen durchgehend objektorientierten Ansatz verfolgt und Erweiterungen entsprechend der Model-View-Controller Architektur umsetzt. Dies hat zur Folge, dass eine Vielzahl bereits bestehender Erweiterungen nicht mit Joomla! 1.5 kompatibel sind. So auch die Newsletter-Komponente MkPostman 1.6 Beta des Chemnitzer Unternehmens „das Medienkombinat“. Die Firma stellte daher die Aufgabe, die Erweiterung im Rahmen einer Masterarbeit auf Basis des bestehenden Newsletter-Systems an das neue Joomla!-Framework anzupassen. Das Hauptaugenmerk lag dabei auf der Implementierung der überarbeiteten Erweiterung. Die vorliegende Ausarbeitung erläutert jedoch weniger die technischen Details dieser Umsetzung, sondern stellt die theoretischen Überlegungen und damit den Hintergrund der Entstehung des neuen Newsletter-Systems in den Mittelpunkt. So versucht sie zunächst ein Verständnis für das Potential, aber auch die Anforderungen eines Newsletter-System aufzubauen, indem wichtige ökonomische, rechtliche und technische Aspekte betrachtet werden. Im Zuge dessen wird näher auf den Begriff des Newsletters eingegangen. Weiterhin ist eine kurze Einführung in das Gebiet des Content Managements essentiell, um aufzuzeigen, worin dessen Idee liegt und wie diese mit Hilfe von Software umgesetzt werden kann. Dabei werden nicht nur der allgemeine Aufbau und die Funktionalitäten eines Content Management Systems genauer in Augenschein genommen, sondern vor allem das Open Source Web Content Management System Joomla! kurz vorgestellt. Um eine genauere Vorstellung davon zu bekommen, welche Mindestanforderungen an die neu zu entwickelnde Newsletter-Anwendung gestellt werden, folgt eine Untersuchung der aktuellen Komponente MkPostman 1.6 Beta hinsichtlich ihres Funktionsumfangs und ihrer Beschaffenheit. Ferner werden die Ergebnisse einer Beurteilung der Gebrauchstauglichkeit des Systems aus Sicht der derzeitigen Anwender präsentiert und die Erfordernisse der Nutzer an die neu zu entwickelnde Erweiterung ermittelt. Basierend auf den bis dahin getätigten Erkenntnissen erfolgt schließlich die Konzeption des neuen Newsletter-Systems, welches sowohl bereits bestehende als auch neue Elemente integriert. Dabei werden in erster Linie der anvisierte Aufbau sowie einige wichtige Funktionalitäten dargestellt. Schlussendlich wird kurz erläutert, wie die geplanten Grundfunktionen umgesetzt wurden und welche Möglichkeiten sich im Zuge einer Weiterentwicklung des entstandenen Systems ergaben. [aktuellere Metadaten]

Model View Controller (MVC) software architecture is widely spread and commonly used in application’s development. Therefore generation of data layer for the database model is able to reduce cost and time. After research on current Object Relational Mapping (ORM) tools, it was discovered that there are generating tools like Data Access Object (DAO) and Hibernate, however their usage causes problems like inefficiency and slow performance due to many connections with database and set up time. Most of these tools are trying to solve specific problems rather than generating a data layer which is an important component and the bottom layer of database centred applications. The proposed solution to the problem is an engineering approach where we have designed a tool named Generated Intelligent Data Layer (GIDL). GIDL tool generates small models which create the main data layer of the system according to the Database Model. The goal of this tool is to enable and allow software developers to work only with object without deep knowledge in SQL. The problem of transaction and commit is solved by the tool. Also filter objects are constructed for filtering the database. GIDL tool reduced the number of connections and also have a cache where to store object lists and modify them. The tool is compared under the same environment with Hibernate and showed a better performance in terms of time evaluations for the same functions. GIDL tool is beneficial for software developers, because it generates the entire data layer.