Building a GPU Database for Vulkan Features

Coding Brackets 1. Bracket 1 • Write the shell of an application that has a working login/logout service 2. Bracket 2 • Generate a model that will store the information of a GPU: name, manufacturer, date issued • Add the following boolean options to the model: geometryShader, tesselationShader, shaderInt16, sparseBinding, textureCompressionETC2, vertexPipelineStoresAndAtomics • GPU name should be the key for each object in the NoSQL database 3. Bracket 3 • Build a UI form that will enable the user to add a GPU and all its information • WhentheformissubmittedtheGPUshouldbeaddedtothedatabase. 4. Bracket 4 • Prevent the overwriting of an object that is already in the database (Bracket failure if not done) • Display a list of GPUs that are currently in the database by name only 5. Bracket 5 (50%) • Make the GPU name list a set of hyperlinks • When a GPU name is clicked it should go to a separate page showing the information and features for that GPU (Bracket failure if not on a separate page) • Enable editing of a GPU in the database • Editing must be done on a different page (Bracket failure if not on a separate page) 6. Bracket 6 • Enable the user to select the features to query by using checkboxes • Enable querying of the database using a boolean combination of user selected features 7. Bracket 7 • Add in a form that permits the user to choose two GPUs for com- parison purposes • When the comparison is triggered a separate page should be displayed (Bracket failure if not separate page) • The feature by feature comparison of both GPUs should be shown on the separate page