- #Phpstorm docker xdebug install
- #Phpstorm docker xdebug code
Click on xdebug helper extension’s icon in browser and select Debug. #Phpstorm docker xdebug code
Open a browser window and open any page in your application which will actually execute that piece of code where you added the breakpoint.Open any file and add breakpoint by clicking right next to line number, it will add a red coloured circle for breakpoint.Go to PHPStorm and click the phone icon on top-right corner (also present in above image).You can now start listening to debug connections.
Once this is done, you must have everything up and ready.
Go to extension’s settings page and select IDE as phpstorm and save IDE key as PHPSTORM. #Phpstorm docker xdebug install
If you are using chrome, install xdebug helper browser extension.Once this is done, you’ll see these debug icons in IDE Install browser extension Go to Run > Edit configuration, from menu and select PHP Remote Debug We have to map the host directory with correct path inside the container filesystem.ĥ. Notice the path mappings in above settings, it needs to be there as we are using remote host (container will be acting as remote host). Please remember to enter correct host and port which you used in docker-composeĤ. Go to PHP > Servers and configure the server as shown in image. Go to PHP > Debug and add the settings like following screenshot.Press ctrl + shift + s to open setting wizard.By default xdebug-3 will listen on port 9003
Now, we need to configure IDE to listen to debug connections on mentioned ports. I placed this file inside conf directory as you can figure our from volume binding. Now, let’s take a look at xdebug.ini file. Note: We could’ve simply copied the xdebug.ini file in targetted location inside our Dockerfile, but making any change in xdebug.ini file would require docker build process, so this is not a viable solution to go for.
We are binding our xdebug configuration ini file with container’s php.ini so that it will take effect whenever we spin up the container. We are binding the current working directory with /var/. We are creating an image from our Dockerfile and building the image out of it which will be named as custom-wordpress. conf/xdebug.ini:/usr/local/etc/php/conf.d/xdebug.iniĪ lot is happening over here in docker-compose, let us especially look into wordpress service. Now, let us create our docker-compose.yml file which will use different services like mysql, wordpress and phpmyadmin (optional) version: '2' In this Dockerfile, we are building our own container which will consist of latest wordpress and xdebug will be installed and enabled inside that container. As we will be using the latest version of WordPress, we will have to make use of Dockerfile in order to add xdebug extension in container. We are using following things to configure the environment.įirst, let’s create our Dockerfile. While debugging environments can be different for different platforms, we will look into how we can make use of Xdebug which which is a PHP extension for debugging and profiling, along with WordPress to setup our development environment. Some issues can be resolved quickly and easily by just looking at the behaviour, but others can be very tricky to solve and may take days or sometimes weeks! Setting up a proper development environment which is debug friendly can greatly help you in such circumstances. Errors and unexpected results are inevitable in the world of programming.
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