Behovet av tillgänglighet på kommunikation innebär att vi idag har krav på att meddelanden som skrivs över webben inte bara når oss via en dator utan även till våra mobiltelefoner. Målet med examensarbetet har varit att genom litteraturstudie och intervjuer konstruera ett webbaserat SMS-system som kan användas till att sända SMS textmeddelande till en godtycklig mobiltelefonenhet. Meddelande som sänds ska även lagras i databas och administreras via webbsidan. En jämförelse har även genomförts där syftet har varit att undersöka bäst lämpat programspråk för Bluetooth applikation. Metoden har grundat sig på kriterier. Jämförelsen mellan programspråken gav att Java med bibliotek från BlueCove var det bäst lämpade programspråket.  För konstruktion av SMS-systemet har en objektbaserad utvecklingsmodell tillämpats, dock inte i full skala. SMS-systemet är konstruerat av webbsida, databas, blåtandsapplikation, Bluetooth- och mobiltelefonenhet. Webbsidan bygger på ASP.NET 2.0, databasen XML och blåtandsapplikation programmerades i Java. Kontroll har utförts att systemet uppfyller kravspecifikation. / As there is now wide access to the World Wide Web, demand now exists for Web messages to be available not only via a computer but also via cell phones. The aim of the project was, by means of literature studies and interviews, to create a web-based SMS-system which can be used to send SMS text messages to arbitrary mobile phone devices from a web page.  The sent messages are also to be stored in a database and administered by means of the website. A comparison was also conducted in which the aim was to investigate the most suitable programming language for the Bluetooth application. The model for the study was based on given criteria. The comparison suggested that the Java programming language with its library from BlueCove was the most suitable. For the development of the system an object-based model has been applied, but this has not been adopted in a full scale manner at the present time. The SMS-system has been constructed by means of a Website, database, Bluetooth application and mobile phone unit. The website is based on an ASP.NET 2.0, database on XML and the Bluetooth application was written using Java. A control was conducted in order to test that the system meets the required specifications.

<p><strong>Inledning: </strong>Epikutantester används för utredning av kontaktallergier. Det görs ca 3000 tester varje år i Sverige som överförs till ett kvalitetsregister. <strong> </strong>Målet med projektet var att utveckla en webbapplikation och en underliggande databas för hantering och lagring av ett nationellt kvalitetsregister för epikutantester (The Swedish Patch Register). Databasen skall lagras på en central server lokaliserad på Universitetssjukhuset, Örebro.</p><p><strong>Metoder:</strong> Lösningen blev en applikation för webbläsare programmerad i språket C# med hjälp av Microsoft Visual Studio 2008 och ramverket ASP.NET 3.5. MySQL .NET connector tool 6.2.2 möjliggjorde anslutningen mellan ASP.NET och databasen. Databasen skapades på MySQL Server 5.1, en databasserver med öppen källkod. Driftsättning av webbapplikationen testades med IIS 7.</p><p><strong>Resultat: </strong>En webbapplikation, med en design liknande Örebro Läns Landsting webbplats och med följande funktionalitet skapades: Säker inloggning (https, SSL-certifikat), registrera testresultat, hantera användarkonton och behörigheter, skapa standardtester och lägga till nya ämnen för allergitestning, och en hjälpsida. Inmatningen av data standardiserades genom användning av kalenderkomponenten och DropDownLists med förvalda svar för testreaktioner, bedömning, relevans och ett fördefinierat standardtestsystem, för att minska antalet möjliga felkällor. Databasen inkluderar åtta tabeller och informationen har företrädesvis lagrats som heltalsvärden för att förenkla framtida statistiska beräkningar.</p><p><strong>Diskussion: </strong>I brist på licens för Microsoft SQL Server 2008 utvecklades projektet med hjälp av en lösning med öppen källkod som fungerar bra i utvecklingsmiljön. En lösning kopplad till en Microsoft SQL Server 2008 kräver en viss anpassning av källkoden.</p> / <p><strong>Introduction: </strong>Epicutaneous patch testing is used to evaluate contact allergies. Every year approximately<strong> </strong>3000 tests are performed in Sweden and the results are entered in a quality registry. The<strong> </strong>aim of the project was to develop a web application and a corresponding database for managing and storage of a national dermatologic quality registry (The Swedish Patch Test Register). The database will be located on a central server at the University hospital, Örebro.</p><p><strong>Methods:</strong> The solution required programming of an application for web browsers in the language C# with the help of Microsoft Visual Studio 2008 and the web framework ASP.NET 3.5. The .NET connector tool 6.2.2 enabled the connection between ASP.NET and the database created on the open source database server MySQL Server 5.1. Web server hosting was tested with IIS 7.</p><p><strong>Results: </strong>A web application in a design equivalent to the Örebro Läns Landsting web site and with the following functionalities was created: Secure Login (https, SSL-certificate), recording of test results, managing of user accounts and eligibility, creating test series and adding new substances for allergic skin testing respectively, and a help page. The input of data was standardised by means of the calendar component and DropDownLists with pre-selected answers for test reactions, evaluation, relevance of test results and a predefined standard test system in order to reduce possible handling errors. The database includes eight tables and information is preferably stored as integer values to facilitate future statistical calculation.'</p><p><strong>Discussion: </strong>Due to a lack of license for Microsoft SQL server 2008, the project was accomplished by means of an open source solution, and has full functionality in the corresponding environment. A solution in a Microsoft SQL server 2008 environment requires certain adapting of the source code.</p>

The report analyses if some common problems can be avoided by using modern technology. As a reference system “Fartygsrapporteringssystemet” is used. It is an n-tier web application built with modern technology at time, 2003-2004. The aim is to examine whether ASP.Net MVC, Windows Communication Foundation, Workflow Foundation and SQL Server 2005 Service Broker can be used to create an n-tier web application which also communicate with other systems and facilitate automated testing. The report describes the construction of a prototype in which the presentation layer uses ASP.Net MVC to separate presentation and business logic. Communication with the business layer is done through the Windows Communication Foundation. Hard coded processes are broken out and dealt with by Workflow Foundation. Asynchronous communication with other systems is done by using Microsoft SQL Server 2005 Service Broker. The results of the analysis is that these techniques can be used to create a n-tier web application, but that ASP.Net MVC, which at present only available in a preview release, is not sufficiently developed yet.

This report describes the implementation of expense reporting in a mobile web application. Two different types of expenses could be reported: remuneration and time deviations. In addition to the creation of new expenses, existing expenses should be able to be edited or deleted. The implementation would be designed in such a way that it prevents the user from making data entry errors in an intuitive way.    The bachelor’s thesis was performed for Flex Datasystem AB in their mobile web application, Flex WebApp. Due to delimitations made during the project only functionality for the expense-type remuneration was implemented. / Denna rapport redogör för implementationen av utläggsrapportering i en mobil webbapplikation. Två olika typer av utlägg skulle kunna rapporteras: ersättningar och tidavvikelser. Utöver skapandet av nya utlägg skulle även befintliga utlägg kunna redigeras och tas bort. Implementationen skulle vara utformad på ett sådant vis att den förhindrar användaren från att göra inmatningsfel på ett intuitivt sätt.    Examensarbetet utfördes åt Flex Datasystem AB i deras mobila webbapplikation, Flex WebApp. P g a gjorda avgränsningar under projektets gång implementerades endast funktionalitet för utläggstypen ersättningar.

The main task of this thesis was to create a software prototype of an analysing tool that would work as a compliment to IT-Maskinens event application, which is used as a digital tool for events. The requirement for the prototype was that it would be able to identify the user, gather relevant data from a possible storage location and visualize this in an aesthetically pleasing manner.   The thesis contained two different parts, investigation and implementation. The investigation included to determine which tool that would be used for the visualization of the data, which data likeminded companies thought was important and which information that was possible to extract from IT-Maskinens event application and indoor positioning system. How the software prototype was going to be implemented was also something that was investigated, in terms of which programming environment, library and language that could meet the requirements that were set for the prototype.   The implementation part of the thesis included the creation of a software prototype in ASP.NET MVC5 and Google Chart Tools. The creation of the software prototype was created using the programming languages C#, HTML, Razor, CSS, JavaScript and jQuery. / Huvuduppgiften i detta examensarbete har varit att skapa en programprototyp avett analyseringsverktyg tillhörande företaget IT-Maskinens eventapplikationen, som används som ett digitalt hjälpmedel vid event. Kravet på prototypen var att den skulle kunna identifiera användaren, samla in relevant data från en eventuell lagringsplats samt visualisera denna på ett estetiskt tillfredsställande sätt.   Examensarbetet innehöll två olika delar, utredning och implementation. Utredningen innefattade att fastslå vilket visualiseringsverktyg som skulle användas, vilken information liknande företag ansåg vara viktig samt vilken information som var möjlig att ta fram från IT-Maskinens eventapplikation och inomhuspositioneringssystem. Hur programprototypen skulle implementeras var också något som utreddes, i form av vilken programmeringsmiljö, vilket programmeringsbibliotek/programmeringsspråk som kunde uppfylla de krav som fanns på prototypen.   Implementationsdelen av examensarbetet innefattade skapande av programprototypen i ASP.NET MVC5 och Google Chart Tools. Skapandet av programprototypen gjordes i programmeringsspråken C#, HTML, Razor, CSS, JavaScript och jQuery.

Denna rapport redogör för utredning samt utveckling av en webbapplikation som ska fungera som en stödapplikation för Combitech vid registrering av deras system i en databas. När en komponent behöver bytas ut eller uppgraderas så ska man kunna ta fram alla dokument som beskriver komponenten samt alla system som består utav denna komponent. På så vis kan de uppskatta hur stor inverkan ett utbyte eller en uppgradering av en komponent kommer att ha i ett tidigt skede i deras arbete. Webbapplikationen togs fram efter en omfattande utredning av verktyg som skulle användas under projektets gång, samt utredning kring vilka funktioner applikationen skulle innehålla. Därefter utvecklades webbapplikationen inom ramverket ASP.NET MVC. / This report describes the investigation and the development of a web application that will serve as a support application for Combitech when registering their systems in a database. When component needs to be replaced or upgraded, then you should be able to produce all documents that describe the component, and systems that consist of this component.Thus theycan estimate how much impact a replacement of an upgrade of a component will be in the early stages of their work.The web application was developedfollowing an extensive investigation of the tools that would be used during the project, and an investigation of the functions of the application. The web application was then developed in the ASP. NET MVC framework.

Calculations have been a core part of business processes in several industries throughout the years. To streamline the process of calculations, companies seek to digitize their calculation tools to web-based calculation tools. There is currently a lack of studies regarding the performance of web-based calculation tools, and since technology changes occur rapidly, which leads to comparative studies becoming outdated, the availability of actual and relevant research regarding performance comparisons between web-development frameworks becomes imperative. The purpose of this study was to compare ASP.NET with Node.js Express performance-wise, while implemented as web-based calculation tools. The calculations implemented were placed in both the backend and frontend of ASP.NET and Node.js Express. This study consists of experimentation, presenting the experiment results, and analyzing the results to conclude the research questions of this study. The results showed that Node.js Express was the better framework performance-wise and the analysis explains why. This study also concluded that the backend was better performing than the frontend for calculations in ASP.NET, and that the frontend was better performing than the backend for calculations in Node.js Express.

<p>NinetechGruppen AB is an IT service providing company with about 30 employees, primarily based in Karlstad, Sweden. The company began to have problems with their DNS administration because the number of administrated domains had grown too large. A single employee was responsible for all the administration, and text editors were used for modifying the DNS configuration files directly on the name servers. This was an error prone process which also easily led to inconsistencies between the documentation and the real world.</p><p>NinetechGruppen AB decided to solve the administrative problems by incorporating a DNS administration system, either by using an existing product or by developing a new sys-tem internally. This thesis describes the process of simplifying the DNS administration procedures of NinetechGruppen AB.</p><p>Initially, an investigation was conducted where existing DNS administration tools were sought for, and evaluated against the requirements the company had on the new system.</p><p>The system was going to have a web administration interface, which was to be developed in ASP.NET 2.0 with C# as programming language. The administration interface had to run on Windows, use SQL Server 2005 as backend database server, and base access control on Active Directory. Further, the system had to be able of integrating customer handling with the domain administration, and any changes to the system information had to follow the Informa-tion Technology Infrastructure Library change management process.</p><p>The name servers were running the popular name server software BIND and ran on two different Linux distributions – Red Hat Linux 9 and SUSE Linux 10.0.</p><p>The investigation concluded that no existing system satisfied the requirements; hence a new system was to be developed, streamlined for the use at NinetechGruppen AB. A requirement specification and a functional description was created and used as the basis for the development. The finalized system satisfies all necessary requirements to some extent, and most of them are fully satisfied.</p>

<p>The company System Andersson is developing systems for controlling materials and production in industries. They want to add a new service, where parts of those systems are accessible through cell phones.</p><p>In this paper we are investigating which technology are best suited for this kind of application. And then we describe how we are developing a prototype fort this application, based upon that technology. After investigating technologies such as Java ME, Microsoft Silverlight, and web applications we settled upon building the system as a web application, customized for a mobile environment.</p><p>To build a web page which is readable by many different cell phones we use the markup-languages which are developed for cell phones. We put much effort in reading about the standards and recommendations for the mobile web, produced by the organizations W3C and OMA. It's also very important that one consider the limitations of cell phones, such as the small screens, their limited performance and their limited means of input and navigation. Finally we are very thorough in our testing on several cell phones created by different manufacturers and with different operating systems and web browsers.</p><p>On the server we are running ASP.NET, with a database using Microsoft SQL Server, since this was a request from the company. The development is made in C#.</p><p>We reach a fully operational application with the functions that the company has requested. We got functions for handling orders, changing jobs, supply management, listing employees, and more. We also got a class for generating and rendering of lists and tables for easy and customizable lists for small screens. The application has support for several users with a secure login function.</p><p>We have also created a system running as a service in Microsoft Windows, which is regularly sending messages, in the form of e-mails to the users of the mobile application. The messages contain user defined reminders, e.g. that the factory is running low on a certain material. The message system is well integrated with the rest of the system, in which one can list the active reminders, edit them or create new ones.</p><p>Overall this has been an interesting and successful project.</p>

Master of Science / Department of Computing and Information Sciences / Daniel Andresen / FNPRS program offers nutrition education all over the counties in Kansas. It is necessary to keep track of the budget expenses for the program, resources used and many other parameters involved in the program. There exist number of commodities and products in the process of educating people. Research is needed to determine which value-added products or processes are economically possible and what percentage of it is accepted by people. For these issues, it is very important to maintain this information in a database and generate reports accordingly. The aim of the project is to create a web interface for users to enter the program information regarding the various programs conducted by Family Nutrition Program. The various kinds of data include information about the budget for the program, information about the various collaborating agencies, various kinds of resources used, services provided, proposed equipment and travel funds etc. Users for this application are county agents who take the responsibility of conducting the program and managing their data. Creating a web interface provides a solution to facilitate the agents to manage their data more efficiently and to monitor their records on a day to day basis. It also aims for generating reports for Family Nutrition Program in order to keep a check over their advancements in the program. This project involves handling of various kinds of information such as FNP Proposals, Agent information, FNP Funds, Collaborating Agencies. Database maintenance is made simple thereby allowing the administrators to add as much as data possible and manage accordingly.