Abstract: Various techniques and systems are described herein for providing a multi-input form using a code editor. In various examples, an application programming interface (API) of the code editor used to generate software extensions may be identified. A library may be imported into the API. The library may be configured to implement WebView content within the code editor. One or more commands may be generated using at least one object defined in the library. The one or more commands may define a plurality of input fields to be displayed in the WebView content to a user invoking the API. In various examples, an invocation of the API may be received and the WebView content comprising the plurality of input fields may be displayed.

Abstract: Various techniques and systems are described herein for providing a multi-input form using a code editor. In various examples, an application programming interface (API) of the code editor used to generate software extensions may be identified. A library may be imported into the API. The library may be configured to implement WebView content within the code editor. One or more commands may be generated using at least one object defined in the library. The one or more commands may define a plurality of input fields to be displayed in the WebView content to a user invoking the API. In various examples, an invocation of the API may be received and the WebView content comprising the plurality of input fields may be displayed.

Abstract: A flap device for an internal combustion engine or an electric vehicle includes a flap body comprising a receiving opening, a duct housing configured to rotate arranged in the flap body, an actuator, a first bearing, a stub shaft arranged to project from the actuator through the duct housing to the flap body, a slide bearing arranged in the receiving opening of the flap body, and an axial pin arranged so as to be fixed in the duct housing on a side of the flap body opposite to the stub shaft. The stub shaft is supported in the duct housing via the first bearing. The axial pin supports the flap body via the slide bearing and projects into the receiving opening.

Abstract: A flap device for an internal combustion engine or an electric vehicle includes a flap body comprising a receiving opening, a duct housing configured to rotate arranged in the flap body, an actuator, a first bearing, a stub shaft arranged to project from the actuator through the duct housing to the flap body, a slide bearing arranged in the receiving opening of the flap body, and an axial pin arranged so as to be fixed in the duct housing on a side of the flap body opposite to the stub shaft. The stub shaft is supported in the duct housing via the first bearing. The axial pin supports the flap body via the slide bearing and projects into the receiving opening.