This bachelor thesis deals with the subject of business process modelling in an outsourced environment. The communication process between two parties that are on either side of the globe can be problematic and affect the quality of the system requirements. The background of this study is that there is a lack of communication between these parties, which will eventuate in poor results.   The purpose of this study is to find out whether it is possible to make use of business process modelling in an outsourced environment in order to increase the quality of system requirements by bringing the two parties closer together with help of a common language. A qualitative approach was used to interview relevant informants at Länsförsäkringar AB and its business units Länsförsäkringar Liv and Länsförsäkringar Bank.   We have identified that it is not necessarily the system requirements that have a poor quality but how these system conveyed to the external supplier. Based on our data collection, we realized the great benefits of business process modelling as a means of communication in the system development, which can be a huge advantage in an outsourced environment. According to our study, it is certain that a business process modelling with mapped processes and flow charts can support communication as a common language because of the creation of processes and images instead of text.

現今的物件導向資料庫績效評估存在著許多的缺失。1.針對特定的應用領域，其測試工作量模型並無法代表使用者的需求。2.針對特定的資料模型，主要在衡量資料庫設計之技巧及效能。3.測試資料庫綱目變得複雜，測試運算變得繁多，使用者欲自行建立績效評估十分不容易。為了解決以上的問題，本研究擬使用物件導向系統分析的方法作為使用者建構工作量模型的工具，經過一、工作量需求分析階段。二、工作量規則描述階段。三、績效評估的測試階段。最後發展出一個用以測試物件導向資料庫的績效評估環境。由於測試之資料庫綱目與測試運算均是從使用者之需求著手，將使得測試之工作量對使用者而言，更具一致性、代表性與正確性，測試所得之數據與使用者更具相關性。另一方面，為了驗證所提出理論的可行性，我們發展了工作量模型產生器之雛型系統，使用者只須使用視覺化的圖形符號來編輯其工作量模型，系統即會產生工作量模型之規格描述，作為建構績效評估系統之進一步應用。在物件導向資料庫的應用範圍愈來愈廣泛、資料庫之資料量日益龐大的未來，以使用者需求為導向之績效評估將會是未來績效評估之發展方向。 / Existing object-oriented database benchmarks have the following drawbacks 1.They are designed to apply to specific domains, so the workload models of theirs are unable to fully represent user requirements 2.They are designed to apply to the specific data model, and their main intentions are to measure the techniques and therefore performance of database design. 3.As the database schemes are more complex and test operations are more myriad, it will be harder and harder for users intending to implement the benchmark according to the benchmark specification. In order to resolve the above problems, this thesis tries to model user's workload with system analysis methods. After 1.workload requirement analysis phase. 2.workload requirement specification phase 3.benchmark experiment phase, we will develop a benchmark application program used to benchmark the OODBMS. Because our benchmark database schemes and operations are derived from the user requirements, the workload will be more consistent, more representative and more accurate and the result will be more meaningful to users. In order to validate the theory we propose, we develop a prototype of the workload generator. After users have finished editing their workload model with visual graphic notations, the system will output workload specifications, which will be used in the later phase. As the application domain of OODBMS are more diverse and database are more huge, the trend of benchmarks is toward user requirement driven in the future.

This thesis focuses on test management tools and automated testing. The project covers analysis of existing open source tools and proposes its own BDD orientated test management tool in the form of a web service. The project aims to specify and design this application based on the process of Behaviour driven development. The resulting application TestBuDDy allows for test library management. Changes on the test library are projected onto a remote repository of software under test (SUT) and triggers a test run (the test library is being run against SUT by the BDD framework). TestBuDDy is able to save the test run results, parse them into a report and generate and group found issues. The application also allows requirement management and user management. The application is integrated with the CI/CD tool Gitlab CI, the BDD framework JBehave and the issue tracker JIRA. The application is designed to help testers during their work and also to be expandable within the open source community.

由於網路科技的進步 ,導致系統所需的資料不再只儲存於同一地點 , 面對分散式和主從式資料庫系統的使用日益頻繁 ,再加上現今的物件導向資料庫績效評估存在著許多的缺失包括 : 1.針對特定的應用領域 2. 針對特定的資料模型 3.測試資料庫綱目變得複雜 , 運算變得繁多 4.無法真實測出使用者應用領域的效能 .為了解決以上的問題 ,本研究擬使用物件導向系統分析方法作為使用者建構工作量模型的工具 , 發展出一個使用者需求導向的物件導向資料庫績效評估工作量模式。 另一方面 , 為了驗證所提出理論的可行性 , 我們發展了工作量模型規格書產生器的雛型系統 , 使用者只須使用視覺化的圖形符號來編輯其工作量模型 , 系統即會產生工作量模型的規格描述 , 作為建構績效評估系統之進一步開發 .在網路科技與物件導向資料庫的應用範圍愈來愈廣 , 資料日益龐大與型態日益複雜的未來 , 以使用者需求為導向的績效評估將是未來物件導向資料庫的績效評估之發展方向。 / As the improving of network technology, the data of database is no more stored on the same site. So the distributed database system is more and more popular. Existing object-oriented database benchmarks have the following drawbacks:1.They are designed to the specific domains , so the workload models of theirs are unable to fully reprent user requirements . 2. They are designed to the specific data models , and their intentions are to measure the techniques and performance of database design . 3.As the database schemes are more complicated and test operations are more myriad , it will be harder and harder for users to implement the benchmark. 4.They can not really measure the performance on the specific domains of users. In order to resolve the above problems , this thesis tries to model user's requirements workload using system analysis method . Because our database benchmark schemes and operations are derived from the user's requirements , the workload will be more consistent , more representative and more accurate and the result will be useful and meaningful to user . In order to apply the model we propose , we develop the prototype of the workload specification generator . After users have finished editing their workload model with the visual graphic notations , the system will generate workload specifications which will be used in the later phase . As the application domain of OODBMS are diverse and databases are huge , the trend of benchmarks is toward user requirement orientation in the future .