Monitoring network functions concurrently utilizing a performance display

A computerized system for performing a method of monitoring network functions utilizing a performance display, the system comprising:

• a receiving component for receiving a request to view the performance display, the request comprising a manifest of applications-of-interest;
• an identification component for identifying the appropriate network functions to watch based on the applications-of-interest;
• a communications-network server for retrieving a set of network-function data files from one or more network applications, wherein the set of network-function data files corresponds to the identified network functions being managed by the one or more network applications, wherein performance images are derived from the set of network-function data files;
• a performance-display generation component for executing a performance-display generation process, wherein the performance-display generation process comprises:
• collecting the performance images stored in a known location by the communications-network server,
• formatting a layout pattern based on a number of applications-of-interest included in the configuration settings;
• and
• populating the layout pattern with the performance images;
• and
• a transmission component for transmitting to a computing device the performance display.

A computerized method for monitoring network functions utilizing a performance display, the method comprising:

• receiving at a web server, from a web-browser application, a request to view network functions, the request comprising a uniform resource locator (URL) address targeting the web server, a manifest of applications-of-interest, and an ordering of the manifest of applications-of-interest that relates to a location of performance images within the layout pattern of the performance display;
• identifying the appropriate network applications to query based on the applications-of-interest;
• retrieving a set of network-function data files from the identified network applications, wherein each data file of the set network-function data files corresponds to the network functions being managed by one of the identified network applications;
• performing a performance-display generation process, wherein the performance-display generation process comprises:
• collecting performance images stored in a known location from a communications-network server, wherein each of the performance images is derived from each of the set of network-function data files, respectively;
• formatting a layout pattern based on the ordering of the applications-of-interest;
• and
• populating the layout pattern with the collected performance images;
• transmitting the performance display for rendering on a user-interface display;
• updating the collected performance images by monitoring current performance images being stored in the communications-network server;
• and
• if the collected performance images vary upon comparison against corresponding current performance images stored in the communications-network server, populating the pattern layout with the current performance images.