![]() ![]() I have two related questions about getting the new SourceTree to properly use Git from the Git for Windows SDK.ġ) Sometimes during installation SourceTree admits it doesn't recognize where Git is on the system. I've been using the older versions of SourceTree with the GfW SDK for a very long while before now.) (This did not seem to be a problem in the past. It seems that when installing SourceTree, it now has trouble finding or recognizing how to use Git when it is located in an install of the Git for Windows SDK. Optionally, instead of just installing Git for Windows, one may install the Git for Windows SDK, which also provides the MSYS2+MinGW Linux build environment integrated with Windows. That great application is built upon the Git for Windows SDK. Source ~/.bash_profile or source ~/.Most Git users on Windows are probably using Git for Windows. Some other variations to consider depending on your shell of choice: These commands were not found but by injection our environment variables our script works both in the terminal and in Sourcetree. We have commands that are globally installed for a user with composer and npm. After some hacking around we used source ~/.zshrc on line 2 of our script to inject our environment. Sourcetree seems to run git under it’s own environment. At the bottom of this article you can find a link that explains it in more detail. In case you are wondering what this means "\e[1 31mError:\e[0m, yes it does say Error: but we are using colours to make it easier to read in the terminal. We have multiple commands running, at the end of the script we give a clean exit by using exit 0 If the exit code returned an error we stop the execution of our script by using exit 1 $? returns the exit code of the last command. Then we check the exit code of that command if. Then we print some information about what is about to happen to the user, we then execute the command. ![]() We first set up the script to be a shell script. Printf "\e[1 31mError:\e[0m Php-cs-fixer" Printf "\e[1 32mSuccessful:\e[0m Php-cs-fixer." Vendor/bin/php-cs-fixer fix app -level=psr2 # If a command fails, exit and return that error # Run code quality and tests against the commit before we commit How to set up a hook scriptĪ hook will execute as long as the script running returns a clean exit code. If you want to have them as part of your repo you need to add them into your repo and then have an installation script to copy them on a local environment. Remember that these hooks are not part of your repository and won’t be going upstream to your repo. If you create one from scratch make sure to make it an executable. To start using any of them, simply copy or rename the file to the hook name required. Git comes with a few hooks installed but they are all dormant by having a. Pleased you asked, setting a hook is not as hard as it might sound. For example, we wanted to run our code quality control tests before we committed the change. Our scripts can run pre or post the action. ![]() Hooks are used to fire a certain scrip after an important action has occurred. We knew about Web Hooks, but hey this is new for us. Git HooksĪ duckduckgo search later and Git hooks came to the surface. Since we use git, we thought, there must be a way to perform a series of commands before we commit without thinking about it. We could have built a script to run every time but that would have to be manual. ![]() This is a repetitive task and through time it takes a lot of time. We had to correct the warnings and errors and create a new commit. We starting using PHPCI but the tests and code quality scans would take place after the commit was done. Yes it took time but it was worth implementing continues integration. This summer we took a plunge into automating the process of testing and deployment. At Under the Coco Tree we constantly update the code of different projects. ![]()
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