![]() You can find your external MongoDB prerequisites here. You can find documentation for OpenShift ingress controller here.īasic configuration options are detailled here and you can find advanced configuration options here.Ĭaution: Using another ingress controller may require additional chart tuning from your part. You can find documentation for nginx ingress controller here. Supported ingress controllers are: nginx, OpenShift. This chart is tested, maintained and shipped with default values for the nginx ingress controller. You can use your favorite ingress controller for enabling your ingresses to route external traffic to NeoLoad Web. A running ingress controller deployed on the Kubernetes cluster.A running mongodb accessible from the Kubernetes cluster ( see supported versions).Here is a table to let you quickly estimate the resource requirements of your nodes, based on ontend.* and resources.backend.* (see Advanced Configuration). NeoLoad Web will require your cluster to run a minimum of 2 pods, hosting the frontend and the backend separately. This chart is meant for experimented Kubernetes/Helm users as a successful installation and exploitation of the application is very environment dependant. Note: This license does not permit further distribution. You must agree to this license agreement to download and use the image. NeoLoad is licensed under the following License Agreement. This chart deploys NeoLoad Web on your Kubernetes cluster. Test data is hosted in the NeoLoad Web Cloud: tests can be accessed even when the NeoLoad Controller which launched them is not available. ![]() Get a closer look by diving into the details of a test.Share a centralized view of the tests from anywhere in the world in real time.Enabling real-time access to this information improves anomaly detection by allowing performance trending and simplifying root cause analysis. Use of filtering.remove_by_last_filter in the tools.ls command ensures that tests also exercise the post-processing filters, not simply when real API data is used.NeoLoad Web allows testing teams to view, analyze and monitor tests wherever they're running from and wherever the teams are. Tested locally against SaaS CPV data and added tests/commands/test_results/test_result_ls.py::TestResultLs::test_list_filter Additional Notesĭue to the nature of monkeypatch and optional parameter support, in order to remain compatible to both real and mock fixtures, this had to be implemented to use t_filter before and filtering.clear_filter after the call. Multiple filters shall be delimited by the pipe (priority) or semicolon character and shall be treated as AND exclusive (multiple filters must all be matched). Values can use regex or a wildcard-star character. Other parameters, such as the scenario value (which isn't currently supported as an API param) should be used after pagination against resulting entities whose properties identified by the key values match their corresponding filter values. Update existing logic to include -filter "project=MyProject scenario=MyScenario", such that the project parameter is used in the API call. Therefore, and easy way to filter output, and where possible do this by providing the API endpoint matching parameters to let the API do the work, is needed. Usually, there is more of a precise context for what is being searched for, such as test results by project name, scenario, status, or qualityStatus. In a real system, the 'test-results ls' command may come back with thousands of results, which is typically not the intent of the calling process. Update to get_with_pagination and ls functions to support more precise filtering of JSON results from the REST API.
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