An example embodiment may involve receiving, by a web server device, a message containing a plurality of asynchronous requests for web content, where the plurality is received from a client device that was provided with a web document from which the web content is at least in part derivable. The example embodiment may also involve sorting, by the web server device, the plurality into an ordering based on respective estimated execution times of the plurality, where the ordering is from least to greatest estimated execution time. The example embodiment may also involve processing, by the web server device, the plurality as ordered until either a predetermined amount of time measured from the beginning of the processing has expired, or all requests of the plurality have been processed. The example embodiment may also involve transmitting, by the web server device and to the client device, results associated with the processed requests.

The present disclosure involves systems, software, and computer implemented methods for remotely executing binaries in a containerized computing environment using a lightweight inter-process communications protocol (IPC) and UNIX domain sockets. One example method includes establishing, in a shared computing image comprising a plurality of containers, a listening UNIX domain socket, where the listening UNIX domain socket is shared between all containers in the shared computing image. A request to execute a binary in the target container is received at a target container and from a client container using the listening UNIX domain socket. A worker service is generated in the target container. The worker service executes the binary in the target container. A return exit code associated with the executed binary is received and sent to the client container using the UNIX domain socket.

The electronic device may invoke a host application. The device may display a first host user interface on the display, the first host user interface including a first host user interface component associated with a child application. In response, the device may invoke, using the host application, the child application executed at the electronic device. The device may transmit, using the host application, a request for data associated with a child user interface component to the child application. The device may transmit, using the child application, the request for data associated with the child user interface component to a child application server, wherein the data associated with the child user interface component is inaccessible by the host application. The device may receive, using the child application, the data associated with the child user interface component from the child application server. The device may display the child user interface component.

Embodiments of the present disclosure may provide a streamlined process for performing operations, such as data sharing and data replication, using multiple accounts. A global identity (also referred to as an organization user) may be employed, where the global identity may have access to multiple accounts across the same or different deployments. The global identity may switch between accounts from its login session and perform various tasks in the context of different accounts without undergoing further authentication.

A wire web component may be included in a graphical user interface (GUI) being presented on a display device. The wire web component may include one or more data fields that are each associated with a respective data value. A designated node representing the designated wire web component may be removed from a wire web component graph that includes a plurality of nodes. Each of the data fields may be associated with a respective API in the wire web component graph. A document object model (DOM) tree stored in memory may be updated to remove the designated wire web component. The GUI presented on the display device may be updated based on the updated DOM tree.

An example software patch difference device includes a processor to: receive current software version indicators of software installed at monitored devices; generate, using a cryptographic function, respective identifiers of the current software version indicators for the monitored devices; retrieve, from storage, respective previous identifiers of previous software version indicators of the software installed at the monitored devices, the respective previous identifiers generated using the cryptographic function; compare, for the current software version indicators, a respective identifier with a respective previous identifier; when a difference is determined therebetween for a given device: replace, at the storage, respective previous software version indicators for the given device with respective current software version indicators; and transmit, to an analytics device, a respective software change indicator of the given device, to trigger the analytics device to generate a report indicating statistics for respective software versions installed at the monitored devices.

The electronic device may invoke a host application. The device may display a first host user interface on the display, the first host user interface including a first host user interface component associated with a child application. In response, the device may invoke, using the host application, the child application executed at the electronic device. The device may transmit, using the host application, a request for data associated with a child user interface component to the child application. The device may transmit, using the child application, the request for data associated with the child user interface component to a child application server, wherein the data associated with the child user interface component is inaccessible by the host application. The device may receive, using the child application, the data associated with the child user interface component from the child application server. The device may display the child user interface component.

This document discloses techniques, apparatuses, and systems for inter-service communication management to manage inter-service communication between a server-side service and a client-side service. The inter-service management system may comprise memory and a controller configured to perform the inter-service communication management. In aspects, a configuration file may be used to obtain information specifying a first inter-service communication mechanism for communicating one or more messages between the client-side and server-side services. The inter-service communication management system may instantiate a stub associated with the inter-service communication mechanism information, which can be used to communicate a message from the server-side service to a proxy that interacts with the client-side service. The message may then be forwarded from the proxy to the client-side service to enable inter-service communication between the server-side service and the client-side service.

Embodiments of the present disclosure disclose a method, apparatus and system for controlling mounting of a file system. A specific embodiment of the method includes: receiving network attribute information of a target client sent by a target server as first network attribute information; determining, based on the first network attribute information, whether the target client has permission to mount to a target file system; and sending, in response to determining that the target client has permission to mount to the target file system, an identification of the target file system to the target server.

Provided are a computer program product, network computing system, and method for automated system integration. A first system gathers a request list of requested computational resources to transmit to the second system, receives a list of accessible computational resources available through the second system, and determines matching computational resources in the request list that match computational resources in the list of accessible computational resources. The first system sends information on the matching computational resources to the second system. The second system gathers the matching computational resources received from the first system to make accessible to the first system at a resource location accessible over a network and sends access information for the matching computational resources gathered by the second system. The first system uses the access information to access the matching computational resources at the resource location over the network to deploy the matching computational resources at the first system.