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Livereload status 101 switching protocols
Livereload status 101 switching protocols







  1. #LIVERELOAD STATUS 101 SWITCHING PROTOCOLS HOW TO#
  2. #LIVERELOAD STATUS 101 SWITCHING PROTOCOLS ANDROID#
  3. #LIVERELOAD STATUS 101 SWITCHING PROTOCOLS MAC#

In the browser we can use chrome extension, but when we inspect the plugged device isn’t so simple. Here we can read a good article about it.Īnyway if we want to start the remote debugger we need to create one cookie called XDEBUG_SESSION. We can set up a local proxy to serve our backend through the same origin than the application does and forget about CORS. I’ve written about it here, but ionic people allows us a easier way.

livereload status 101 switching protocols

So if our Backend is served from another origin we need to enable CORS. That’s means CORS don’t apply, but when we run our application in the device, but served from our computer (when we use “-l” option), our origin isn’t local filesystem. When we run the hybrid application with our device our “origin” is the local filesystem. CORS isn’t a problem when we run our hybrid application in production. When we’re developing our application and we’re in this phase we also need to handle with CORS. With ionic if we want to use LiveReload from the real device and not to recompile and re-install again and again our application each time we change our javaScript files, we can run the application using

livereload status 101 switching protocols

We can do something similar with Safary and iOS devices. Cool, isn’t it? Of course it only works if we compile our application without “–release” option. We can see our device’s console, use breakpoints and things like that.

#LIVERELOAD STATUS 101 SWITCHING PROTOCOLS ANDROID#

If we plug our android device to our computer and we open with Chrome: OK we can see all logs of our plugged Android device using “adb logcat” but follow the flow of our logs with logcat is similar than understand Matrix code. Chrome also allow us to see the console logs of the device from our workstation. OK there are emulators, but usually emulators don’t allow to use all plugins in the same way than we use then with a real device. We need a real device basically if we use plugins such as Camera plugin, Geolocation plugin, or things like that. But sooner or later we’ll need start working with a real device. Chrome also allows us to edit Frontend files and save them within the filesystem using workspaces. Now we can debug our Backend with remote debugger and Frontend with Chrome’s developer’s tools. We also need to start our backend server. Ionic framework integrates LiveReload and we only need to run: If we also set up properly LiveReload, our application will be reloaded each time we change one javaScript file. This phase is very similar than a traditional Web development process. To to this I run a local server and I use my browser to develop the application.

livereload status 101 switching protocols

In the first one I build a working prototype. When I’m working with hybrid applications normally I go through two phases. In the Frontend I’m using ionic and Silex in the Backend. Nowadays I’m involved with several projects building hybrid applications with Apache Cordova. If you use a personal firewall in your workstation, ensure that you allow incoming connections to this port.

  • When our server receives one request with the cookie, it connects to the port that our IDE opens (usually port 9000).
  • We set one cookie in our browser (it happens when click on Chrome extension).
  • In my case PHPStorm (it happens when we click on “Start listening for PHP debug connections”) Now se only need to start the built-in server with Or use a Chrome extension to enable xdebug.

    livereload status 101 switching protocols

    To set/unset the cookie you can use one bookmarklet in your browser (you can generate your bookmarklets here). Zend_extension="/usr/local/opt/php70-xdebug/xdebug.so"Īnd basically that’s all. In a standard installation xdebug configuration is located at: /usr/local/etc/php/7.0/conf.d/ext-xdebug.ini Now we need to setup xdebug to enable remote debugging: (in a Ubuntu box we only need to use apt-get instead of brew)

    #LIVERELOAD STATUS 101 SWITCHING PROTOCOLS MAC#

    This days I’m using Mac and it’s also very simple to set up xdebug here. I’ve using xdebug for years with my linux workstation for years. Remote debugger is a powerful tool especially to handle with legacy applications.

    #LIVERELOAD STATUS 101 SWITCHING PROTOCOLS HOW TO#

    That’s a good point of view, but sometimes they don’t use remote debugging only because they don’t know how to do it, and that’s inadmissible. They prefer to use TDD and rely on the unit tests. Some people don’t like to use remote debugging. Sometimes I speak with PHP developers and they don’t use remote debugging in their development environments.









    Livereload status 101 switching protocols