Abstract: A completely interactive dining mobile application. Includes an online reservation system, which targets both date and time of reservation and food service. Automatic prompts provide consumes with instruction as to promote safety and CDC compliance. Interactive design allows for consumers to converse with restaurant partner using a series of built in responses as to promote safety, convenience and efficiency. Multiple touch free payment methods are available through the application. Automatic payment to restaurant partners and FullPlater independent contractors, through built in accounting software.

Abstract: Techniques are provided for integrating source code analysis tools with a code review tool. A user submits a code change to the code review tool and one or more code analysis tools are automatically initiated to analyze the changed code. Results of the code analysis tool(s) are automatically provided back to the code review tool. Additionally or alternatively, one or more tests are automatically run to test one or more executables that are based on the changed code. Results of the test(s) are automatically provided to the code review tool. In this way, an effect of a code change is automatically determined and available for review along with the code change. The results of any code analysis tools and/or tests may be posted synchronously or asynchronously with the corresponding code change.

Abstract: Techniques are provided for integrating source code analysis tools with a code review tool. A user submits a code change to the code review tool and one or more code analysis tools are automatically initiated to analyze the changed code. Results of the code analysis tool(s) are automatically provided back to the code review tool. Additionally or alternatively, one or more tests are automatically run to test one or more executables that are based on the changed code. Results of the test(s) are automatically provided to the code review tool. In this way, an effect of a code change is automatically determined and available for review along with the code change. The results of any code analysis tools and/or tests may be posted synchronously or asynchronously with the corresponding code change.

Abstract: Disclosed is a pedal scooter for kids, adults, and physically challenged people who enjoy riding scooter for fun and exercise. The pedal scooter is light weight, simple in use, durable, and configured to be driven by two riders at the same time. The pedal scooter comprises: a platform; a seating arrangement coupled to the platform; a steering arrangement disposed on the platform, the steering arrangement enabling the pedal scooter to be maneuvered; and a drive mechanism configured to operationally propel the pedal scoter. The pedal scooter enables a first rider to sit on the seating arrangement, and propel the pedal scooter in a forward direction by operating the drive mechanism, and a second rider to stand on the platform and maneuver the pedal scooter in a desired direction using the steering arrangement.

Abstract: It would include a functional seat as well as a pedal mechanism, thus providing the rider with an option to constant standing and propelling the scooter with one foot. This would provide added flexibility to the design, thus making it ideal for individuals of all ages. The sturdy tip resistant design of the device could make it ideal for senior citizens who want to remain active and fit, but need to rest occasionally.