It decreases the costs for system operations due to more efficient bottleneck / SPoF analysis.Īnd, last but not least, it increases customer satisfaction as a result of a more proactive approach and faster time to respond and faster time to repair when incidents occur. It decreases the costs for the provision of support of higher quality operational information. It decreases the costs for IT infrastructure / services changes due to faster and more efficient planning. It increases the data security resulting from detailed data access management. It increases the quality, topicality and availability of CMS data using visual controls and interactive application feedback. It increases the knowledge in solution teams when using a single access point to CMS data. It simplifies the operation of the CMS and makes it smarter due to interactive graph visualization. Where are the bottlenecks in the CMS structure? Which teams need to participate and/or to be strengthened when a new service or component is in the roadmap? Which part of the network needs to be shut down when replacing X component? Which elements support the operation of a certain component in CMS?
How many X components are deployed in Y network? What services will be affected by an X component failure? It increases the efficiency of planning and decision-making processes as it enables users to analyze all Configuration Management System (CMS) data in one place, bringing the answers to the following questions, for example: It stores and depicts all relevant network configuration information bringing these main benefits: Graphlytic property graph visualization is a perfect enabler for all above mentioned points - network documentation, network configuration management, impact analysis and asset management. IT asset management is another huge area defining the efficiency of invested financial resources.
Service availability or network component functionality are in play. End-point as well as route redundancies are being implemented. Bottlenecks and single points of failure are determined and solved. Impact analyses describing interdependencies among network elements (active and passive) are being developed to overcome black-outs, which cause significant financial losses, or even single outages causing no or low availability of service. Animi ut iure molestiae dolores commodi amet reiciendis recusandae voluptatem porro cumque fuga excepturi eum necessitatibus, vel, assumenda alias voluptas debitis veniam.ĭocument.getElementById('item-container').insertAdjacentHTML('beforeend', template) ĭocument.getElementById('open-tickets').innerHTML=data.length Ĭonst modal = document.querySelectorAll(".Growing complexity of all data networks needs adequate support.Ĭompanies running their IT operations on their own infrastructure, data centers or cloud, Telco or IP providers, all need a solid network documentation and a functional configuration management.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. const container = document.getElementById('.item-container') Here is my JS: // to fetch data from backend. Designed to jump-start math fluency, our part-whole cards help kids visualize addition and subtraction problems Each card features a kid-friendly bar model. Ld be the best method to use to being able to get the element that gets created using template literals and then specifying that I need to see only the data that correspond to that clicked button?
Visualize it update#
I'm trying to make it so that when you push a button within an area, will display the fetched data of only that area, and then you can update the data, that's the final goal, So far I've manage to display everything on the frontend, but I can not access it:Īs I'm also using template literals, but every time I've tried to refer to the element within the template using querySelectorAll, I get a nodeList with nothing inside, however the element are there.
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