OAuth prevents malicious users from getting access to an application. However, the process is risky, as cybercriminals can get a hold of the user's passwords and username. Some authentication protocols like PAP (password authentication protocol) require the users to put in their passwords before they get access to protected data. Therefore, the resource owner must approve before third-party applications get access to their resources. OAuth (open authorization) is an open protocol that allows secure access to third-party applications on behalf of the resource owner. To understand how Jira OAuth really works, let's explore OAuth first. In this post, we'll explore accessing Jira data from a Node.js application while using OAuth. This means that the user decides which third-party application they'll want to share their data with.Īll of this is possible with Jira OAuth. The cool thing about this is the involvement of users in this authorization. It does this through teamwork and aligning development with customer needs and company philosophy.īut how do teams get access to data from Jira? Jira not only allows teams to access data on the Jira application, but they can also access data via third-party applications. #Jira client apps softwareIt allows bug tracking and agile software development, where shipping products happens at a faster rate. Not only is data important in the IT field, but you also need to properly access data to obtain useful information. Therefore, to execute tasks in the IT field, you need data. For example, information consists of data. Our support site has approximately: 285,000 issues, 2,500,000 comments, 75 custom fields, and 22 projects.įor more information, you can also refer to Scaling Jira.In the world of information technology (IT), data rules. Our public site has approximately: 145,000 issues, 255,000 comments, 120 custom fields, and 115 projects. This server runs Apache, various monitoring systems, and two Jira application instances: If your system will experience a large number of concurrent requests, running Jira applications on a multicore CPU machine will increase the concurrency of processing the requests, and therefore, speed up the response time for your users.įor reference, we have a server that has a 2 Intel(R) Xeon(R) CPU E5520 2.27GHz (16 logical cores) with 32GB of RAM. This is because each created project can create new workflows, new custom fields, new permissions schemes, new screens, etc. #Jira client apps upgradeIf you’re manually installing/upgrading Jira on a 32-bit system by using the archive, you need to decrease the maximum heap size available to Jira. See the upgrade notes for more information.įor 100 projects or more you should monitor Jira memory usage and allocate more memory if required. However, if you're using a 32-bit operating system, you shouldn't allocate more than 1GB of RAM to Jira. For a small number of projects (less or equal to 100) with 1,000 to 5,000 issues in total and about 100-200 users, a recent server (multicore CPU) with 8GB of available RAM and a reasonably fast hard drive (7200 rpm or faster) should cater for your needs.Please also read the information below regarding server and client software and hardware requirements for Jira. Please read the Supported platforms page for Jira applications, which lists the required server and client software supported by Jira applications for: If you're upgrading to Jira 9.1 be sure to review the latest release and upgrade notes here. As such, Jira must be able to communicate and authenticate with itself. Jira is a 'web application', meaning it runs centrally on a server, and users interact with it through web browsers from any computer on the same network. Jira applications installation requirements #Jira client apps install
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