Rails new testapp The command's output is voluminous, and will take some time to complete, with a long pause in the middle, after all the 'create.' Statements ending in 'bundle install'. When it fully completes, it will return you to your home prompt. Look for the 'Bundle complete!' Message just above.
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Web & SSH Servers Can Run Anywhere
- Whether you use Linux, a Mac or Windows, PageKite works on your computer.
- Your computer can live under a desk, on a shelf - or be mobile like you.
- Whether you are using a DSL connection, a 3G dongle or borrowed WiFi, as long as you have a working Internet connection, PageKite will make your servers visible to the world.
Install-rails-mac Forked from slatedocs/slate How to Install Ruby on Rails on MacOS. An example Rails 4.2 app with Stripe and the Payola gem for a membership. Whether you use Linux, a Mac or Windows, PageKite works on your computer. Your computer can live under a desk, on a shelf - or be mobile like you. Whether you are using a DSL connection, a 3G dongle or borrowed WiFi, as long as you have a working Internet connection, PageKite will make your servers visible to the world. PageKite for Windows. Download and install Python 2.7, from Python.org.; Download pagekite.py.; Save the program to your Desktop. Double-click the icon to run PageKite!; The first time you run the program, it will ask a few questions and guide you through the process of setting up your first kite. Local Hosting tools are useful to developers in many scenarios. There's many tools and providers to choose from and they are all built around the basic purpose of providing access to a locally running service that would otherwise be inaccessible to the Internet.
Without PageKite..
These are some of the steps you might have to complete, to get your own server on-line without PageKite:
- Assign a static IP to your computer.
- Configure your router to forward port 80 to your computer.
- Request (and pay for) a static IP from your ISP.
- Register your own domain name.
- Configure DNS so your domain points to your IP address.
Complete all those steps and you would probably be able to run your own server on a computer at home.
If you wanted to be mobile, or run a SSL secured website, or use multiple computers, the list would get much longer..
Ease Of Use
With PageKite, making a new server visible to the world is reduced running a single command:
It really is that easy - and we're working on a graphical interface to make it even easier. App search engine mac.
Works With Standard Tools
- PageKite works with any web server.
- PageKite works with any web browser or client.
- When tunneling SSH, both
openssh
andputty
clients work well.
This means people do not need to install any special software in order to interact with your server - the only person who needs to know you are using PageKite, is you.
For developers, this also means PageKite is very useful when developing XML-RPC, REST services or other webhooks. You can instantly test code that interacts with with payment gateways or other remote services like Twilio or Instagram's real time API.
Flexible Naming and Encryption
Every PageKite account starts with one kite name in DNS, usually something like
yourname.pagekite.me
. If you pay to upgrade your account, more such names or other top level domains may become available as well.However, even just the one name comes with infinite possibilities, as we allow you to create an unlimited number of sub-domains and we also allow you to use your own domain and create an unlimited number of CNAME records. This means that in addition to the first kite name, you can also use names like these:
- foo.yourname.pagekite.me
- bar-yourname.pagekite.me (SSL enabled!)
- kite.yourdomain.com
Finally, as long as you are using our domain names and follow some basic naming conventions (no dots, just dashes), every name comes with automatic, zero-configuration TLS (SSL) encryption.
It's secure out of the box: all you have to do is remember to use HTTPS instead of the insecure HTTP. Instant HTTPS support makes PageKite perfect for developing Facebook apps or other secure web applications.
Speed and Efficiency
It came as a surprise even to us, but websites served over PageKite have been able to outperform sites served directly by the same computer, over the same Internet connection. Scotty mac band app.
It's a bit technical, but here's why:
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- The pagekite.net front-end servers are carefully located in high-speed data centers, with world class redundant connectivity. This minimizes the time required for the initial TCP/IP hand-shake that precedes every request sent to your server.
- PageKite uses adaptive compression to reduce the network traffic between your computer and the PageKite front-end servers. This is especially effective for serving websites - most requests and responses will have many things in common (style-sheets, markup, HTTP headers, cookies, even content) which makes them very amenable to compression: PageKite can effectively boost the power of your upstream Internet connection tenfold or even more.
Our Locations
- Fremont, CA, USA
- Atlanta, GA, USA
- Reykjavik, Iceland
- London, United Kingdom
- Falkenstein, Germany
- Tokyo, Japan
- Sydney, Australia
High Availability
The pagekite.net service has front-end capacity in multiple locations.
This not only allows us to minimize latency by offering you a front-end relay near you, it makes the system more reliable: local problems such as power outages or hardware malfunctions will only impact a small part of our network. Even if our own website goes down or a volcano erupts under Reykjavík, your kites will keep on flying.
Most importantly, PageKite itself is designed to gracefully deal with outages. The same features which allow it to rapidly reconnect as you move from your office LAN to your home WiFi, allow your PageKite to seamlessly route around problems on the Internet - automatically choosing the fastest front-end available to you. Mute messages on mac.
Finally, all of the pagekite.net servers are automatically monitored 24/7 to ensure thate a technician will be alerted within minutes of any malfunction.
Security, Privacy & Digital Freedom
Designed with privacy and freedom in mind, PageKite helps you take control of your data without isolating you from the rest of the Internet or putting you at risk:
- Every single
.pagekite.me
domain name has SSL encryption enabled by default, protecting you and your site's visitors from eavesdropping. - Your server's IP address remains hidden, only the PageKite front-end's IP is exposed - warding off attacks becomes our problem.
- Your server logs are your own - we do not record or analyze your traffic.
- PageKite is Open Source, Free Software.
The most important thing about PageKite and privacy, is that you don't need a Privacy Policy for your own computer. This point is so fundamental, we have dedicated an entire page to discussing it on our Open Source Wiki.
November 1, 2016
About 2 years ago I wrote about how to set up your Rails app for JavaScript testing, so I figured it was time for an update. It’s pretty much the same as the previous post, but it assumes you’re using Rails 5 and newer versions of Teaspoon and Magic Lamp.
And away we go!
Setting up Teaspoon
Teaspoon is JavaScript test runner for Rails that runs in continuous integration (CI) and the browser for easy debugging. You’ll have to decide whether to Jasmine, Mocha, or QUnit as your actual JavaScript test framework (When it’s up to me, I go with Mocha). We want to add the Teaspoon gem to the test and development groups in our Gemfile:
After you
bundle install
you’ll want to run:That command will generate
spec/teaspoon_env.rb
and spec/javascripts/spec_helper.js
files; both contain a ton of really helpful comments that explain how to configure Teaspoon in all kinds of ways. For now, let’s just make sure we have all of the JavaScript we need in our spec/javascripts/spec_helper.js
.Teaspoon comes with some handy JavaScript testing libraries like Expect, Sinon, and Chai we can pull in using Sprockets comments/directives. Since we’re using Mocha we’ll need to pull in an assertion library (Chai tends to be my go to) which means fiddling with some of the comments:
Note: Make sure you didn’t delete
//= require application
or else our code won’t be loaded into the test environment!Now we can get our first tests going by adding a file called
spec/javascripts/test_spec.js
with the following:Now if we run
rake teaspoon
or simply teaspoon
from the root of our Rails app we should see:Bam! And if we wanted to debug our failing test, we can simply run
rails server
and visit localhost:3000/teaspoon/default
and watch our tests run. Now you can crack open Chrome developer tools, play with the console, set break points and all of that good stuff. Testing that true
is true
is all well and good, but we’re writing JavaScript to manipulate the DOM, so let’s get some HTML in there. You could put some fixture files at spec/javascripts/fixtures
and load them via Teaspoon, but we don’t want to have to make sure our fixture files are always up to date (if you really want to, you can read more about that here). Instead we’re going to make sure our fixtures’ markup is always up to date with Magic Lamp.What is Magic Lamp?
![How To Test On Pagekite Rails App Mac How To Test On Pagekite Rails App Mac](/uploads/1/3/4/1/134142182/834295027.jpg)
Magic Lamp provides an easy way to get your Rails templates as well as arbitrary strings and JSON into your JavaScript tests. By testing your JavaScript against your actual templates and partials, your tests will break when your markup changes in a way that breaks your code. This beats the alternatives of creating tons of fixture files or stubbing out your markup with jasmine-fixture. It’s also great if you want to test your views with jQuery instead of
assert_select
(gross). Keep reading to see an example of Magic Lamp in action (or check out the readme).Setting up Magic Lamp
First we’ll add Magic Lamp to our test and development groups in our
Gemfile
:Then after we
bundle install
we need to mount Magic Lamp in our config/routes.rb
Be sure to add it to the top of draw block if you have any catchall routes that might catch requests to
/magic_lamp
first. Next you’ll want to add //= require magic_lamp
to your spec/javascripts/spec_helper.js
. It should be similar to:Now Magic Lamp is ready to go. So let’s say you have this scaffolded up form in your app:
And you have some JavaScript that will make the error messages fade out that you want to test. Create a file called
magic_lamp.rb
in spec/javascripts
that contains:Then in your JavaScript tests you can add:
![Rails Rails](/uploads/1/3/4/1/134142182/670258170.png)
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And the html will be on the page. Now if you change that
div
‘s id
from error_explanation
to errors the tests will break. Also, if your template depends on instance variables, you can just assign them in the Magic Lamp fixture
block just like if you were in a Rails controller.Summary
Those are the main pieces you need to get your Rails app’s JavaScript and templates ready for some serious testing. Teaspoon for running your JavaScript specs in the browser, on the command line and in CI. Magic Lamp for getting your templates and partials into your JavaScript specs so your markup changes break the tests for your dependent code and less
assert_select
when testing views. You can find out more about Teaspoon and Magic Lamp below (or at your local library, provided you check out this blog post there and click on the links below), along with some other helpful JavaScript testing tools.- Teaspoon: a JavaScript test runner for Rails (see above)
- Magic Lamp: a way to get your Rails templates into your JavaScript specs (also see above)
- Mocha: a JavaScript bdd testing framework
- Sinon: a JavaScript library that provides helpful stubs and spies and can mock network requests
- Chai: a highly pluggable JavaScript test assertion library
- sinon-chai: adds some helpful assertions for Sinon spies and stubs
- chai-fuzzy: allows you to assert that a JavaScript array or object is like another (since is very strict and can’t be trusted)
- chai-jquery: adds some helpful assertions for jQuery objects
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Tandem is innovation firm in Chicago and San Francisco with practice areas in digital strategy, human-centered design, UI/UX, and custom mobile and web application development. The firm’s mission is to help its clients use technology to solve meaningful problems that have a profound impact on life, society and business.
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Michael is a member of DevMynd's software engineering team focusing on mobile apps and web development. He has been with the company since 2013.