Abstract: Provided are systems and methods which provide an OData messaging protocol for HTTP messages that are processed successfully but with some errors. In one example, the method may include transmitting a HTTP request to an OData service, the HTTP request comprising identifiers of one or more input fields and one or more values for the one or more input fields, receiving, from the OData service, an HTTP response indicating that the HTTP request was processed successfully with one or more errors, identifying an input field which is a target of the error and a reason for the error from a field in the HTTP response indicating that the HTTP request was processed successfully with one or more errors, and rendering, via the application, a visual identifier of the error in association with a display of the input field on the user interface.

Abstract: Provided are systems and methods for remotely debugging a software application hosted on a cloud platform. Rather than download and test code locally, a developer may login directly to the cloud platform, and debug the software application in its native cloud environment. In one example, the method may include establishing a communication channel between a remote computing terminal and an application instance hosted on a cloud platform, enabling port forwarding at the remote computing terminal to redirect requests from the remote computing terminal to the application instance hosted on the cloud platform via the communication channel, attaching a debugger to a port at the remote computing terminal that is associated with the communication channel, and forwarding, via the debugger, debugging commands input at the remote computing terminal to the application instance hosted on the cloud platform via the communication channel.

Abstract: Provided are systems and methods for remotely debugging a software application hosted on a cloud platform. Rather than download and test code locally, a developer may login directly to the cloud platform, and debug the software application in its native cloud environment. In one example, the method may include establishing a communication channel between a remote computing terminal and an application instance hosted on a cloud platform, enabling port forwarding at the remote computing terminal to redirect requests from the remote computing terminal to the application instance hosted on the cloud platform via the communication channel, attaching a debugger to a port at the remote computing terminal that is associated with the communication channel, and forwarding, via the debugger, debugging commands input at the remote computing terminal to the application instance hosted on the cloud platform via the communication channel.

Abstract: Provided are systems and methods which provide an OData messaging protocol for HTTP messages that are processed successfully but with some errors. In one example, the method may include transmitting a HTTP request to an OData service, the HTTP request comprising identifiers of one or more input fields and one or more values for the one or more input fields, receiving, from the OData service, an HTTP response indicating that the HTTP request was processed successfully with one or more errors, identifying an input field which is a target of the error and a reason for the error from a field in the HTTP response indicating that the HTTP request was processed successfully with one or more errors, and rendering, via the application, a visual identifier of the error in association with a display of the input field on the user interface.

Abstract: Example embodiments of a system and method for asynchronous data item loading for a dropdown list of a user interface are described. In an example embodiment, a user input directed to a dropdown list control to cause presentation of at least one of the data items of the dropdown list is received. In response to the user input, a determination is made as to whether the data items are available for presentation. If not, the user input is queued in an event queue, the data items are requested from another computing system via a communication network, and a busy indicator is presented on the user interface in conjunction with the dropdown list control to indicate that the data items are not available for presentation. In response to receiving the data items, the busy indicator is removed, and the user input queued in the event queue is processed.

Abstract: Example embodiments of a system and method for asynchronous data item loading for a dropdown list of a user interface are described. In an example embodiment, a user input directed to a dropdown list control to cause presentation of at least one of the data items of the dropdown list is received. In response to the user input, a determination is made as to whether the data items are available for presentation. If not, the user input is queued in an event queue, the data items are requested from another computing system via a communication network, and a busy indicator is presented on the user interface in conjunction with the dropdown list control to indicate that the data items are not available for presentation. In response to receiving the data items, the busy indicator is removed, and the user input queued in the event queue is processed.