![]() It will not be trivial to set up, but once set up properly, it will become trivial to follow. The good news is all of this white noise can be automated to an extent, it really becomes background noise. Even if you are working in a waterfall approach, deployment to testing can be delayed but you might want to deploy changes to a development testing box. Deployment can be to Testing, Staging, Production environments. Some of the pains can beįixing VSS as devs could have overwritten each other changesįixing code as it could break other part of the functionalityĭeployment – Every project needs to be deployed. The longer you wait before integration, the longer the pain. In every project a considerable time will be spent on integrating the changes. Integrating changes – Let’s face it, we developers love to be ninjas and break changes. As a metric, calculate the time it takes to build the project solution on a fresh machine. But as you add more projects, maybe across different languages, the dependency between them changes – it becomes more and more complex. As high level example, considerīuilding projects – Its super easy, open the project and right click build. These steps will become more complex as time passes, and lead to errors when a new person is brought in do the changes. In every project there will be some white noise – steps that you will need to do over and over, with very minimal changes. Theory: Continuous Integration & Delivery The aim of this article is to configure a CI & CD process using Team City & Octopus. Give detailed information on how Team City/Octopus/GIT works – as they have their own web sites, documentation and wiki. Talk about the theory behind CI/CD – although a brief introduction is given, I added ‘test’ and ‘external’ stage to block ‘read_coverage’ from running before others are finished.Īlso moving ‘read_coverage’ to the ‘.post’ stage did not do the trick.This article will discuss setting up an environment for CI (Continuous Integration) and CD (Continuous Delivery) using Team City, Octopus, Visual Studio and GIT. This article will not ![]() If that’s the case we query the coverage artifact and parse it. STATUS=$(curl -Is -header "Authorization: Bearer $,state:finished,lookupLimit:500/artifacts/content/coverage-integration.txt"Īs seen above read_coverage now pokes Teamcity every 10 seconds if the commit has already finished. usr/local/bin/trivy conf -exit-code=1. SAST_EXCLUDED_ANALYZERS: "brakeman,flawfinder,semgrep,spotbugs,nodejs-scan" I’d like to query some artifacts from the external CI Pipeline (coverage), however that can only happen after that external pipeline has ended. The problem i run into is that the external pipeline - while shown like a stage - is not linked to the gitlab-ci stages at all ? I added gitlab-ci to the project for some basic security scans and later on maybe some autodeploy. Works fine so far, new commits trigger testruns in teamcity, pipeline-job is added to the commit as ‘external’ with the correct state (pending/finished/failed). We are currently using a Teamcity testing pipeline for most of our projects which is connected to gitlab via the oob integration.
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