Browsing by Subject "REST"

RESTful web APIs have gained significant interest over the past decade, especially among large businesses and organizations. However, an important part of being able to use these public web APIs is the knowledge on how to access, consume, and integrate them into applications. Since developers are the primary audience that will be doing the integration it is important to support them throughout their API adoption journey. For this, many of today's companies that are heavily invested in web APIs provide an API developer portal as part of their API management program. However, very little accessible and comprehensive information on how to build and structure API developer portals exist yet. This thesis presents a conducted exploratory multi-case case study of three publicly available API developer portals of three different commercial businesses. The objective of the case study was to identify the developer (end-user) oriented features and capabilities present on the selected developer portals, in order to understand the kinds of information and capabilities API developer portals could provide for developers in general. The exploration was split into three key focus areas: developer onboarding, web API documentation, and developer support and engagement. Based on these, three research questions were formulated respectively. The data consisted of field notes that described observations about the portals. These notes were grouped by location and action, and analyzed to identify a key feature or capability as well as any smaller, compounding features and capabilities. The results describe the identified features and capabilities present on the studied API developer portals. Additionally, some differences between the portals are noted. The key contribution of this thesis are the results themselves, which can be used as a checklist when building new API developer portal. However, the main limitation of this study is that its data collection and analysis processes were subjective and the findings are not properly validated. Such improvements will remain for future work.