Abstract: The disclosure provides methods of treating a patient having primary hyperoxaluria or idiopathic hyperoxaluria comprising administering a therapeutically effective amount of compound of the formula and pharmaceutically acceptable salts, solvates, and hydrates thereof to the patient. The variables, e.g. ring A, n, R, R3, R10, X, Y, and Z are defined herein. These compounds act as lactate dehydrogenase inhibitors and are useful inhibiting the conversion of glyoxylate to oxalate. When administered to a patient having a disease or disorder associated with elevated oxalate levels, such as PH type 1, type 2, or type 3 or idiopathic hyperoxaluria the compounds prevent or substantially reduce the amount and buildup of oxalate the patient's kidneys, bladder, urinary tract and other parts of the patient's body.

Abstract: An electronic message computing system tracks new activity items that reflect activities that have not yet been seen by the user. A. generative artificial intelligence (AI) model generates a digest summary that is provided to the user the next time the user accesses the electronic message system. The digest summary summarizes new activity. The generative AI model also generates importance summaries that summarize the importance of a particular activity to the user, and content summaries that summarize the content of an activity item (such as an electronic mail message). The electronic messaging system also assigns a priority to each new activity item and provides the summaries, along with a priority, to a client computing system. The client computing system conducts a user experience, navigating the user through the new activity items, based upon the priority assigned by the electronic message computing system.

Abstract: Various embodiments concern mechanisms for facilitating communication between network-accessible platforms for developing, hosting, or running hybrid applications that utilize resources hosted across multiple platforms. Hybrid applications cause messages or “calls” to be passed between the platforms that must be authenticated. For example, when a call is placed by a Heroku platform to a Force.com platform, the call must be authenticated for security purposes. If Heroku has not already been authenticated when the call is submitted, an authentication process is invoked. An event listener can be used to register details regarding the initial callout task, and then register or “fire” an event when the authentication process is successfully completed. Registration of the initial callout task completely separates the authentication process from the resource being invoked. Requests can be completed without requiring further user input using at least some of the details registered by the event listener.

Abstract: Various techniques are disclosed, including receiving at a multiplatform management system a communication from a computing device via a groupware platform, the multiplatform management system interfacing with multiple disparate platforms including the groupware platform and an image processing platform, determining an event type based on the communication from the computing device to identify a cloud platform to be selected from among the plurality of disparate platforms based on a detection of one of the image or the text in the communication from the groupware platform; and identifying an action to be performed by the selected cloud platform based on the determined event type.

Abstract: Various embodiments concern mechanisms for facilitating communication between network-accessible platforms for developing, hosting, or running hybrid applications that utilize resources hosted across multiple platforms. Hybrid applications cause messages or “calls” to be passed between the platforms that must be authenticated. For example, when a call is placed by a Heroku platform to a Force.com platform, the call must be authenticated for security purposes. If Heroku has not already been authenticated when the call is submitted, an authentication process is invoked. An event listener can be used to register details regarding the initial callout task, and then register or “fire” an event when the authentication process is successfully completed. Registration of the initial callout task completely separates the authentication process from the resource being invoked. Requests can be completed without requiring further user input using at least some of the details registered by the event listener.

Abstract: Various techniques are disclosed, including receiving at a multiplatform management system a communication from a computing device via a groupware platform, the multiplatform management system interfacing with multiple disparate platforms including the groupware platform and an image processing platform, determining an event type based on the communication from the computing device to identify a cloud platform to be selected from among the plurality of disparate platforms based on a detection of one of the image or the text in the communication from the groupware platform; and identifying an action to be performed by the selected cloud platform based on the determined event type.

Abstract: Various techniques are disclosed, including receiving at a multiplatform management system a natural language request from a computing device, the multiplatform management system interfacing with multiple disparate platforms including a natural language processing platform, determining an event type based on the natural language request, identifying a user-requested action based on data associated with the natural language processing platform in data communication with the multiplatform management system, selecting a cloud platform to perform the user-requested action, formatting data representing the user-requested action into a formatted user-requested action, and performing the action.

Abstract: Various techniques are disclosed, including receiving at a multiplatform management system a natural language request from a computing device, determining an event type based on the natural language request, identifying a user-requested action based on data associated with a natural language processing platform in data communication with the multiplatform management system, selecting a cloud platform to perform the user-requested action, formatting data representing the user-requested action into a formatted user-requested action, and performing the action.

Abstract: Various techniques are disclosed, including receiving at a multiplatform management system a natural language request from a computing device, determining an event type based on the natural language request, identifying a user-requested action based on data associated with a natural language processing platform in data communication with the multiplatform management system, selecting a cloud platform to perform the user-requested action, formatting data representing the user-requested action into a formatted user-requested action, and performing the action.

Abstract: Presented here is a system and method to bridge the gap between the disparate platforms, and to allow the user to interface with the disparate platforms using a natural language interface. The system can improve user interface for electronic devices because the user does not have to switch between the disparate platforms. Instead, the user can interact with the disparate platforms through a single natural language interface. The disparate platforms, some of which may not have a natural language user interface, can be enabled to interact with the user through the natural language interface when the system interfaces between a natural language processing platform and the remainder of the disparate platforms.

Abstract: Presented here is a system and method to bridge the gap between the disparate platforms, and to allow the user to interface with the disparate platforms using a natural language interface. The system can improve user interface for electronic devices because the user does not have to switch between the disparate platforms. Instead, the user can interact with the disparate platforms through a single natural language interface. The disparate platforms, some of which may not have a natural language user interface, can be enabled to interact with the user through the natural language interface when the system interfaces between a natural language processing platform and the remainder of the disparate platforms.

Abstract: Presented here is a system and method to bridge the gap between the disparate platforms, and to allow the user to interface with the disparate platforms using a natural language interface. The system can improve user interface for electronic devices because the user does not have to switch between the disparate platforms. Instead, the user can interact with the disparate platforms through a single natural language interface. The disparate platforms, some of which may not have a natural language user interface, can be enabled to interact with the user through the natural language interface when the system interfaces between a natural language processing platform and the remainder of the disparate platforms.

Abstract: Disclosed embodiments include a method combining VISUALFORCE and QUEUEABLES on a SALESFORCE platform to process jobs. The method can include, by a VISUALFORCE processing page, processing a job identifier for a job, routing the identified job to a QUEUEABLE configured to process the identified job, and adding a QUEUEABLE identifier for the QUEUEABLE to a QUEUEABLES list. The method can also include, by a VISUALFORCE polling page, polling the QUEUEABLES list for the QUEUEABLE identifier, determining that the QUEUEABLE has been processed based on the QUEUEABLES list, and obtaining records by the processing of the QUEUEABLE.