WIKI.md in cucumber-chef-3.0.0.rc.0 vs WIKI.md in cucumber-chef-3.0.0.rc.1
- old
+ new
@@ -1,789 +1,316 @@
-[](http://travis-ci.org/jovelabs/cucumber-chef) [](https://gemnasium.com/jovelabs/cucumber-chef)
+[](https://gemnasium.com/jovelabs/cucumber-chef)
-Cucumber-chef is a library of tools to enable the emerging discipline of infrastructure as code to practice test driven development. It provides a testing platform within which Cucumber tests can be run which provision virtual machines, configure them by applying the appropriate Chef roles to them, and then run acceptance and integration tests against the environment.
+[](http://travis-ci.org/jovelabs/cucumber-chef)
-## Overview
+I was not particularly happy with the state of the 2.x documents and considering workflow changes, etc it made sense to me to start over with the documentation. Since most things are the same the 2.x documentation will remain available in the repo as `WIKI.2.x.md`. This is WIP.
-Cucumber-chef begins with a very simple premise. If we are framing our infrastructure as code - if we're writing cookbooks, recipes and other pieces of automation in a high level programming language, such as Ruby, then it makes sense to follow the current wisdom across the software development world to maximise the quality, maintainability and reusability of our code, providing maximum chance that we'll deliver value with it. One area which has been shown to have a very positive effect is the practive of 'test-driven' development. In this paradigm, the developer begins by writing a test that captures the intended behaviour of the code they are going to write. This test will start out by failing. The developer then writes code to make the test pass, and iterates thereafter.
+# Cucumber-Chef 3.x Documentation
-Cucumber-chef provides a framework to make it easier to do test-driven development for infrastructure. It does this by providing a test infrastructure, which we call the "test lab", within which a number of different scenarios can be set up, and against which Cucumber features can we run. From the outset, Cucumber-chef's design was to provide a fast, lightweight and cheap way to fire up virtual machines for testing. At present this is achieved using Linux Containers on Amazon EC2. Supporting alternative provisioning backends is planned, which will allow the user to opt to test using local machines, alternative cloud providers, and ultimatey alternative virtualization technologies.
+Cucumber-chef is a library of tools to enable the emerging discipline of infrastructure as code to practice test driven development. It provides a testing platform within which Cucumber tests can be run which provision virtual machines, configure them by applying the appropriate Chef roles to them, and then run acceptance and integration tests against the environment.
-For node convergence, Cucumber-Chef uses the open-source Chef server. It can be configured to use Hosted Chef or Private Chef. Supoprt for Chef-solo will be included in a future relase.
+# Prerequsites/Recommendations
-As you might have guessed from the name, we're going to write high level acceptance tests using Cucumber. Cucumber-Chef provides step definitions and helper methods to make it easy to provision and manage machines with Chef, and then build end-to-end tests.
+Your Chef-Repo should be setup in a manner as follows:
-## Getting Started
+* Use something like RVM for your ruby with your chef-repo
+* Use something like bundler for your rubygems with your chef-repo
+* Use something like berkshelf for your chef cookbooks with your chef-repo
-*LISTEN UP*
+If you do not use these patterns you will have an unplesant time in general.
-Here's the headline:
+When using Cucumber-Chef, especially at first, I highly recommend you tail the log. Open another terminal, naviagate to your Chef-Repo root directory and run `tail -f .cucumber-chef/cucumber-chef.log`. You'll have a much better idea what's going on in the background this way, especially during bootstrapping and provisioning. And root causes of issues that are not so obvious on the console will hopefully be very obvious in the log.
-With a /single command/ Cucumber-Chef will provision a machine, set up an open source Chef server, bootstrap it to support the creation of Linux containers, set up an environment from which to run tests, and automatically configure your system to use it.
+# Workflow
-This means getting started with Cucumber-Chef is a simple, two step process.
+1. `cucumber`/`rspec` is executed; cucumber-chef is called
+2. `cucumber-chef` (re)creates the ecosystem from the `Labfile` (optionally executed)
+3. `cucumber-chef` runs the chef-client across the ecosystem using attributes from the `Labfile` (optionally executed)
+4. `cucumber`/`rspec` resumes execution
-1. Install Cucumber-Chef
+# Configuration
-2. Run `cucumber-chef init` to configure Cucumber-Chef.
+Cucumber-Chef creates a home directory for itself named `.cucumber-chef` off the root of your Chef-Repo. Here you can find the configuration files as well as logs and artifacts from test runs. There are two main configuration files for Cucumber-Chef. The `Labfile` in the Chef-Repo directory and `config.rb` in the Cucumber-Chef home directory.
-3. Run `cucumber-chef setup` to build your test lab.
+## `Labfile`
-### Installing Cucumber-Chef
+When doing integration testing it makes sense that one generally wants to test across an entire ecosystem of servers. You typically acquire a set of virtual or bare metal servers, provision those servers acordingly, put them into play then rinse and repeat. I introduce the `Labfile`, the concept is simple if you haven't already guessed it. You define a set of servers, i.e. an ecosystem, also dictating the settings and configuration. Part of this change is because a) it makes alot of sense to me and b) it greatly decreases runtimes. Also in cucumber-chef 2.x, we had insane background sections which bothered me tremendously and this change cleans up all of that mess as well. The ultimate goal is to support configuration of multiple ecosystems, but we've got other ground to cover first so that feature will have to wait for a bit. The `Labfile` should reside in the root of your Chef-Repo.
-Cucumber-Chef is distributed as a RubyGem. To install it you have two options - stable or development.
+Here is a sample of what a `Labfile` might look like:
-#### Installing the stable version
+ #!/usr/bin/env ruby
+ #^syntax detection
-Simply install from RubyGems:
+ ecosystem "mockup-app-1" do
- $ gem install cucumber-chef
+ container "nginx-lb-test-1" do # or apache-lb-test-1
+ distro "ubuntu"
+ release "lucid"
+ persist true
+ ip "192.168.32.100"
+ mac "00:00:5e:d1:fa:08"
+ chef_client ({ :environment => "test",
+ :run_list => [
+ "role[base]",
+ "role[nginx_lb_server]"
+ ]
+ })
+ end
-Depending on your local setup (ie whether you're using RVM or rbenv, or distribution-provided Ruby), you may need to run this with superuser privileges.
+ container "nginx-unicorn-test-1" do # or apache-passenger-test-1
+ distro "ubuntu"
+ release "lucid"
+ persist true
+ ip "192.168.32.200"
+ mac "00:00:5e:eb:8d:d3"
+ chef_client ({ :environment => "test",
+ :run_list => [
+ "role[base]",
+ "role[nginx_unicorn_server]"
+ ]
+ })
+ end
-#### Installing the development version
+ container "redis-test-1" do
+ distro "ubuntu"
+ release "lucid"
+ persist true
+ ip "192.168.32.210"
+ mac "00:00:5e:eb:8d:a3"
+ chef_client ({ :environment => "test",
+ :run_list => [
+ "role[base]",
+ "role[redis_server]"
+ ]
+ })
+ end
-If you want to try a development version, simply clone this repo, and build the gem yourself:
+ container "mysql-test-1" do
+ distro "ubuntu"
+ release "lucid"
+ persist true
+ ip "192.168.32.220"
+ mac "00:00:5e:ea:fe:28"
+ chef_client ({ :environment => "test",
+ :run_list => [
+ "role[base]",
+ "role[mysql_server]"
+ ]
+ })
+ end
- $ git clone git://github.com/Atalanta/cucumber-chef -b BRANCH
- $ cd cucumber-chef
- $ bundle
- $ rake build
- $ gem install pkg/cucumber-chef-VERSION.gem
+ end
-Again, depending on your local setup (ie whether you're using RVM or rbenv, or distribution-provided Ruby), you may need to run parts of this process with superuser privileges.
+## `config.rb`
-### Running `cucumber-chef init`
+# Cucumber-Chef Tasks
-Cucumber-Chef ships with an initialization task, which will interactively generate configuration file. This requires you to have, and know your Amazon Web Services credntials. On completion of the interactive configuration, it will provision a machine on EC2, and set up the entire infrastructure, using Chef.
+All tasks should function in a similar manner across all providers.
-Cucumber-Chef doesn't demand where you keep your configuration file. By default, the config will be created in `~/.cucumber-chef`, but this can be overridden. Cucumber-Chef is clever enough to find your config, so it's all cool.
+## `cucumber-chef help`
-The two obvious places to keep this config, are in the top level of your Chef repository, or in a dedicated Cucumber-Chef repository, but you're free to do whatever works for you.
-
-You can view and verify the current config at any time by running `cucumber-chef displayconfig`. If Cucumber-Chef thinks your config is incorrect, or incomplete, it'll tell you.
-
-## Using Cucumber-Chef
-
-Once installed, you can run `cucumber-chef` on the command line to get an overview of the tasks it can carry out.
-
- $ cucumber-chef
+ $ cucumber-chef help
Tasks:
- cucumber-chef create <project> # Create a project template for testing an infrastructure.
- cucumber-chef diagnose <container> # Provide diagnostics from the chef-client on the specified container.
- cucumber-chef displayconfig # Display the current cucumber-chef config.
- cucumber-chef down # Shutdown the cucumber-chef test lab
- cucumber-chef help [TASK] # Describe available tasks or one specific task
- cucumber-chef info # Display information about the current test lab.
- cucumber-chef init # Initalize cucumber-chef configuration
- cucumber-chef ps [ps-options] # Snapshot of the current cucumber-chef test lab container processes.
- cucumber-chef setup # Setup cucumber-chef test lab in Amazon EC2
- cucumber-chef ssh [container] # SSH to cucumber-chef test lab or [container] if specified.
- cucumber-chef teardown # Teardown cucumber-chef test lab in Amazon EC2
- cucumber-chef up # Startup the cucumber-chef test lab
+ cucumber-chef create <project> # Create a project template for testing an infrastructure.
+ cucumber-chef destroy [container] [...] # Destroy the cucumber-chef test lab or a single or multiple containers if specified
+ cucumber-chef diagnose <container> # Provide diagnostics from the chef-client on the specified container.
+ cucumber-chef displayconfig # Display the current cucumber-chef config.
+ cucumber-chef down # Power off the cucumber-chef test lab
+ cucumber-chef genip # Generate an RFC compliant private IP address
+ cucumber-chef genmac # Generate an RFC compliant private MAC address
+ cucumber-chef help [TASK] # Describe available tasks or one specific task
+ cucumber-chef info # *DEPRECIATED* - You should execute the 'status' task instead.
+ cucumber-chef init # Initalize cucumber-chef configuration
+ cucumber-chef log # Streams the cucumber-chef local and test lab logs to the terminal.
+ cucumber-chef ps [ps-options] # Snapshot of the current cucumber-chef test lab container processes.
+ cucumber-chef reload # Reload the cucumber-chef test lab
+ cucumber-chef setup # Setup the cucumber-chef test lab
+ cucumber-chef ssh [container] # SSH to cucumber-chef test lab or [container] if specified
+ cucumber-chef status # Displays the current status of the test lab.
+ cucumber-chef teardown # *DEPRECIATED* - You should execute the 'destroy' task instead.
+ cucumber-chef test # *DEPRECIATED* - You should execute 'cucumber' or 'rspec' directly.
+ cucumber-chef up # Power up the cucumber-chef test lab
-Running just `cucumber` on the command line will run your tests.
-After running setup, which takes about 15 minutes, you'll have a fully funtioning platform available for you to use. Let's just quickly review what that means. You will have an EC2 machine, fully managed by Chef, and providing the following:
+## `cucumber-chef setup`
-* The ability to provision LXC containers
-* The ability to run tests against LXC containers
-* A dedicated environment for certain kinds of testing scenarios
+Setup the cucumber-chef test lab:
-The next stage is to set up a project. A project is simply a directory structure for containing your cucumber features and steps, already set up with an appropriate environment to make use of the step definitions provided with Cucumber-Chef. Cucumber-chef provides a task which will create a the directory for you, and populate it with a README and an example feature and steps. These represent futher documentation, and provide a model and steps to get you up and running with your testing as quickly as possible.
+ $ cucumber-chef setup
+ cucumber-chef v3.0.0.rc.0
+ Creating VAGRANT instance completed in 53.2361 seconds.
+ Bootstrapping VAGRANT instance completed in 757.4014 seconds.
+ Waiting for the chef-server completed in 0.1007 seconds.
+ Waiting for the chef-server-webui completed in 0.1007 seconds.
+ Downloading chef-server credentials completed in 1.2088 seconds.
+ Uploading 'cucumber-chef' cookbooks completed in 6.8571 seconds.
+ Uploading 'cucumber-chef' roles completed in 5.5413 seconds.
+ Performing chef-client run completed in 45.9874 seconds.
+ Downloading proxy SSH credentials completed in 0.3013 seconds.
+ Rebooting the test lab completed in 21.2672 seconds.
+ Waiting for the chef-server completed in 0.1008 seconds.
+ Waiting for the chef-server-webui completed in 0.1009 seconds.
- $ cd /path/to/chef-repo
- $ cucumber-chef create myproject
+ If you are using AWS, be sure to log into the chef-server webui and change the default admin password at least.
-This will create a directory, cucumber-chef, and a subdirectory, `myproject`.
+ Your test lab has now been provisioned! Enjoy!
- chef-repo/
- ├── .chef
- ├── cookbooks
- ├── .cucumber-chef
- │ ├── aws
- │ │ └── checksums
- │ ├── checksums
- │ └── vagrant
- │ ├── artifacts
- │ └── checksums
- ├── data_bags
- ├── environments
- ├── features
- │ ├── support
- │ │ ├── cc-hooks.rb
- │ │ ├── env.rb
- │ │ ├── data_bags
- │ │ ├── environments
- │ │ ├── keys
- │ │ └── roles
- ├── roles
- └── site-cookbooks
+ +-------------------------------------------------------------------+
+ | PROVIDER: Cucumber::Chef::Provider::Vagrant |
+ | ID: default |
+ | STATE: running |
+ | USERNAME: vagrant |
+ | IP ADDRESS: 127.0.0.1 |
+ | PORT: 2222 |
+ | CHEF-SERVER API: http://127.0.0.1:4000 |
+ | CHEF-SERVER WEBUI: http://127.0.0.1:4040 |
+ | CHEF-SERVER DEFAULT USER: admin |
+ | CHEF-SERVER DEFAULT PASSWORD: p@ssw0rd1 |
+ +-------------------------------------------------------------------+
+## `cucumber-chef destroy [container] [...]`
- └── myproject
- ├── README
- └── features
- ├── myproject.feature
- ├── step_definitions
- │ └── myproject_steps.rb
- └── support
- └── env.rb
+Destroy the cucumber-chef test lab:
-### General Tasks
+ $ cucumber-chef destroy
+ cucumber-chef v3.0.0.rc.0
+ +-------------------------------------------------------------------+
+ | PROVIDER: Cucumber::Chef::Provider::Vagrant |
+ | ID: default |
+ | STATE: running |
+ | USERNAME: vagrant |
+ | IP ADDRESS: 127.0.0.1 |
+ | PORT: 2222 |
+ | CHEF-SERVER API: http://127.0.0.1:4000 |
+ | CHEF-SERVER WEBUI: http://127.0.0.1:4040 |
+ | CHEF-SERVER DEFAULT USER: admin |
+ | CHEF-SERVER DEFAULT PASSWORD: p@ssw0rd1 |
+ +-------------------------------------------------------------------+
+ Are you sure you want to destroy the test lab? y
-#### `up`
+ You have 5 seconds to abort!
-If you are using an EBS volume, you can start and stop your test lab. This task will attempt to start your Cucumber-Chef test lab if it is currently stopped.
+ 5...4...3...2...1...BOOM!
-#### `down`
+ Destroy VAGRANT instance 'default' completed in 7.4898 seconds.
-If you are using an EBS volume, you can start and stop your test lab. This task will attempt to stop your Cucumber-Chef test lab if it is currently running.
+Destroy single or multiple containers:
-## Writing Tests
+ $ cucumber-chef destroy nginx-lb-test-1
+ cucumber-chef v3.0.0.rc.0
+ Are you sure you want to destroy the container 'nginx-lb-test-1'? y
-Once you've got your test lab set up, and you've generated a project, it's time to crack on with writing a test. The basic idea is this:
+ You have 5 seconds to abort!
-1. An infrastructure requirement is established
-2. Write a cucumber feature that expresses the required behaviour of the infrastructure requirement
-3. Write steps that will build this infrastructure environment on the test lab, using the step definitions provided - these include the ability to create a container, apply roles to it, and destroy it again.
-4. Write cookbooks and recipes and supporting code to make the test pass
+ 5...4...3...2...1...BOOM!
-### Container Details
+ Destroy container 'nginx-lb-test-1' completed in 24.4092 seconds.
-All containers operate off a bridged interface on the test-lab. All outbound, non-local traffic from the LXC containers are NAT'd through the test-lab and off to the outside world. This bridged interface on the test-lab is configured as follows:
+## `cucumber-chef up`
- CIDR: 192.168.0.0/16
- IP Address: 192.168.255.254
- Netmask: 255.255.255.0
- Broadcast: 192.168.255.255
+Power up the cucumber-chef test lab:
-You are free to use any IP in this /24, with the exception of the test-lab itself, which is at `192.168.255.254`.
+ $ cucumber-chef up
+ cucumber-chef v3.0.0.rc.0
+ Booting VAGRANT instance 'default' completed in 37.2031 seconds.
-### Built In Test Steps
+## `cucumber-chef down`
-#### Provisioning<a id="provisioning"></a>
+Power off the cucumber-chef test lab:
-We provide several built in steps to help you with provisioning. It is suggested you build a `Background` section for your features so these are not repeated with each scenario. This example `Background` section does the following:
+ $ cucumber-chef down
+ cucumber-chef v3.0.0.rc.0
+ Downing VAGRANT instance 'default' completed in 31.1460 seconds.
-* Sets up a server called `devopserver`.
-* Makes the server persistant (it will remain up after the test finishes, which is the default behaviour).
-* Assigns what linux distro and release to use for the container.
-* Assigns it an IP address on the test lab network (this can be omitted for an auto-assigned IP).
-* Tells Cucumber-Chef to provision the server.
-* Adds the `chef-client::service` recipe in to the chef-client's run list.
-* Executes `chef-client` with the generated run list.
-* Starts an SSH session to the server so you can execute commands and test the output of those commands in the scenarios.
+## `cucumber-chef ssh [container]`
-Here is the `Background` section as you might write it in a feature:
+SSH to cucumber-chef test lab:
- Background:
- * I have a server called "devopserver"
- * "devopserver" should be persistant
- * "devopserver" is running "ubuntu" "lucid"
- * "devopserver" has an IP address of "192.168.73.31"
- * "devopserver" has been provisioned
- * "devopserver" is in the "foobar" environment
- * the "chef-client::service" recipe has been added to the "devopserver" run list
- * the chef-client has been run on "devopserver"
- * I ssh to "devopserver" with the following credentials:
- | username | password |
- | root | root |
-
-To get a persistent server with an auto-assigned IP address using the generated and populated test lab SSH key pairs for SSH authentication you could write something like this. Remember the tests run on the test lab, so we can just back out a directory and reference our test lab SSH private key directly:
-
- Background:
- * I have a server called "devopserver"
- * "devopserver" is running "ubuntu" "lucid"
- * "devopserver" has been provisioned
- * "devopserver" is in the "foobar" environment
- * the "chef-client::service" recipe has been added to the "devopserver" run list
- * the chef-client has been run on "devopserver"
- * I ssh to "devopserver" with the following credentials:
- | username | keyfile |
- | root | ../.ssh/id_rsa |
-
-You can add roles to the run list by writing:
-
- * the "chef-client" role has been added to the "devopserver" run list
-
-Here's an example `Scenario` section you might have to test if the chef-client is actually running as a daemon:
-
- Scenario: Chef-Client is running as a daemon
- When I run "ps aux | grep [c]hef-client"
- Then I should see "chef-client" in the output
- And I should see "-d" in the output
- And I should see "-i 1800" in the output
- And I should see "-s 20" in the output
-
-See the section below label *Example Test Run* for more examples.
-
-##### List of Provisioning Steps
-
-Create a server profile:
-
- I have a server called "(server)"
-
-Set a (server) to persist or not:
-
- "(server)" should( not) be persistant
-
-Set (server) to run linux of type (distro), using (release).
-
- "(server)" is running "(distro)" "(release)"
-
-Supported (distro -> releases):
-
- ubuntu -> lucid, maverick, natty, oneiric, precise
- fedora -> (release number)
-
- Fedora releases 12, 13, 14 tested OK.
-
-Assign (server) a specific IP address (must be on the test lab network segment):
-
- "(server)" has an IP address of "(ip)"
-
-Assign (server) a specific MAC address:
-
- "(server)" has a MAC address of "(mac)"
-
-Initiate the provision of a (server). All attributes of the server need to be set before this:
-
- "(server)" has been provisioned
-
-#### Chef Steps
-
-To prep a server with a role and data bag:
-
- * the following roles have been updated:
- | role | role_path |
- | users | ./features/support/roles/ |
- * the "users" role has been added to the "users" run list
- * the following databags have been updated:
- | databag | databag_path |
- | users | ./features/support/data_bags/users |
-
-##### List of Chef Steps
-
-Update/push cookbooks to the chef-server:
-
- * the following cookbooks have been uploaded:
- | cookbook | cookbook_path |
- | users | ./cookbooks/ |
-
-Update/push roles to the chef-server:
-
- * the following roles have been updated:
- | role | role_path |
- | users | ./features/support/roles/ |
-
-or
-
- * the following roles have been updated:
- | role | role_path |
- | users | ./roles/ |
-
-Update/push data bags to the chef-server:
-
- * the following databags have been updated:
- | databag | databag_path |
- | users | ./features/support/data_bags/users |
-
-or
-
- * the following databags have been updated:
- | databag | databag_path |
- | users | ./data_bags/users |
-
-Add a role to the chef-client run list:
-
- the "(role)" role has been added to the "(server)" run list
-
-Add a recipe to the chef-client run list:
-
- the "(recipe)" recipe has been added to the "(server)" run list
-
-Place the node in a specific chef environment:
-
- "(server)" is in the "(environment)" environment
-
-Run the chef-client:
-
- the chef-client has been run on "(server)"
-
-In order to push data bags/roles/cookbooks to the chef-server using one of the above steps, you will have to create a `cucumber.yml` file in the root of your `chef-repo` with the following contents (see [issue 88](https://github.com/Atalanta/cucumber-chef/issues/88)):
-
- ---
- default: -c -v --exclude support/data_bags --exclude support/roles --exclude support/cookbooks
-
-Alternatively, you can simply reference the normal data bags/roles/cookbooks directory like so:
-
- * the following roles have been updated:
- | role | role_path |
- | users | ./roles/ |
-
-#### SSH Steps
-
-Here is how you might setup and initate an SSH session using password authentication to a server named `devopserver`:
-
- * I have no public keys set
- * I ssh to "devopserver" with the following credentials:
- | username | password |
- | root | root |
-
-Here is how you might setup and initate an SSH session using public key authentication to a server named `users`:
-
- * I ssh to "users" with the following credentials:
- | username | keyfile |
- | root | ../.ssh/id_rsa |
-
-Since the cukes run on the test lab, we can directly reference the public key pairs already there and populated for us.
-
-Suppose we have a cookbook that creates new users. After it runs we should be able to SSH in with our public keys. Let's test this. First we'll do our setup in the `Background`:
-
- Background:
- * I have a server called "users"
- * "users" is running "ubuntu" "lucid"
- * "users" has been provisioned
- * the following roles have been updated:
- | role | role_path |
- | users | ./features/support/roles/ |
- * the "users" role has been added to the "users" run list
- * the following databags have been updated:
- | databag | databag_path |
- | users | ./features/support/data_bags/users |
- * the chef-client has been run on "users"
-
-And now for the `Scenario`:
-
- Scenario: The user can ssh in to the system with their key pair
- * I ssh to "users" with the following credentials:
- | username | keyfile |
- | bdobbs | ./features/support/keys/bdobbs |
- When I run "hostname"
- Then I should see "users" in the output
-
-
-##### List of SSH Steps
-
-Sets the authentication method to password:
-
- I have no public keys set
-
-Start an SSH session to the server (server) using password authentication:
-
- I ssh to "(server)" with the following credentials:
- | username | password |
- | root | root |
-
-Start an SSH session to the server (server) using public key authentication:
-
- I ssh to "(server)" with the following credentials:
- | username | keyfile |
- | root | id_rsa |
-
-Executes (command) over the previously established SSH session on the server (server):
-
- I run "(command)"
-
-Check (command) output for an (expected) or (not-expected) string:
-
- I should( not) see "(expected)" in the output
-
-Check (command) output for existance of or lack of (server) settings:
-
- I should( not) see the "(ip|mac)" of "(server)" in the output
-
-Check for a (running) or (not-running) (process)
-
- service "(nginx)" should( not) be running
-
-#### Minitest
-
-##### List of Minitest Steps
-
- I enable the running of MiniTest suites for "(server)"
-
- the tests should run and pass on "(server)"
-
-#### Cucumber Before Hook Centric Helpers
-
-* `chef_set_client_config(config={})`
-
-This method configures the chef-client's `client.rb` file. Currently you can specify `:orgname`, `:log_level`, `:log_location`, `:chef_server_url` and `:validation_client_name`. See your `env.rb` file if you need to change this to point it at a Hosted Chef Server or need to modify any of these values.
-
-##### Examples
-
- # for Opscode Hosted chef-server use this:
- #chef_set_client_config(:orgname => "cucumber-chef")
-
- # for Opscode OS chef-server on the Cucumber-Chef test lab use this:
- chef_set_client_config(:chef_server_url => "http://192.168.255.254:4000",
- :validation_client_name => "chef-validator")
-
-## Running Tests
-
-You can write the tests and Chef code wherever you like. We're assuming you prefer working on your local machine, and checking into version control. But we don't really care. When it's time to run tests, Cucumber provides a task which handles this:
-
- $ cucumber
-
-Containers are now persisted by default. This means faster run times on average but if things get screwy, or you want to test from a clean slate, you can easily reset your containers.
-
- $ cucumber-chef help teardown
- Usage:
- cucumber-chef teardown [container]
-
- Teardown the cucumber-chef test lab in Amazon EC2 or a test lab [container] if specified.
-
-Since to run a test you simply run cucumber, you can now pass in options for cucumber or even setup profiles via `cucumber.yml`. For example:
-
- $ cucumber --tags @wip -c -v -b
-
-To take advantage of cucumber profiles, create a `cucumber.yml` configuration file in the root of your chef-repo; just as you would with any other project using cucumber. In this file you can take full advantage of the Cucumber profiles as definied on their wiki, https://github.com/cucumber/cucumber/wiki/cucumber.yml.
-
-Here is an example default project for `cucumber.yml` which turns on colored output, verbosity and full backtraces for all test runs:
-
- ---
- default: -c -v -b
-
-Running the test task will upload your current project to the test lab, and run the tests, reporting the results back to the screen. Cucumber-chef also provides an upload task, so you can push the current project to the test lab, and then connect to test lab yourself to run tests in a more granular way. To do this, you need to know the IP of the test lab. You can find this out by running:
-
- $ cucumber-chef info
-
-At present, Cucumber-Chef only allows one test lab per AWS account. In practice, this has not been a constraint. LXC is incredibly lightweight, and a large number of containers can be provisioned on even a small EC2 instance.
-
-### When Things Go Oh So Wrong
-
-We have put in a few tasks to help you diagnose any issues you may come across with the test lab, containers or your cookbooks and recipes. There are two main tasks available to help you with this: `ssh` and `diagnose`.
-
-#### `ssh`
-
- $ cucumber-chef help ssh
- Usage:
- cucumber-chef ssh [container]
-
- Options:
- [--test] # INTERNAL USE ONLY
-
- SSH to cucumber-chef test lab or [container] if specified.
-
-This command provides you with a rapid way to connect to either your test lab or containers. Think `vagrant ssh`; we took a queue from their wonderful gem and realized we want our gem to provide the same sort of functionality. The main difference between our `ssh` task and the way Vagrant's task works is that we generate a fresh ssh key pair whenever a test lab is setup; so you can rest assured no one else has a copy of the credientials. You also do not have to worry about generating or specifying your own key pair to override a default key pair as is the case with Vagrant if you do not want to use the one shipped with Vagrant.
-
$ cucumber-chef ssh
- Attempting SSH connection to cucumber-chef 'test lab'...
+ cucumber-chef v3.0.0.rc.0
+ Attempting SSH connection to the 'test lab'...
_____ _ _____ _ __
/ ____| | | / ____| | / _|
| | _ _ ___ _ _ _ __ ___ | |__ ___ _ __| | | |__ ___| |_
| | | | | |/ __| | | | '_ ` _ \| '_ \ / _ \ '__| | | '_ \ / _ \ _|
| |___| |_| | (__| |_| | | | | | | |_) | __/ | | |____| | | | __/ |
\_____\__,_|\___|\__,_|_| |_| |_|_.__/ \___|_| \_____|_| |_|\___|_|
- Welcome to the Cucumber Chef Test Lab v2.0.0.rc1
+ Welcome to the Cucumber Chef Test Lab v3.0.0.rc.0
- Last login: Mon Jun 4 07:56:40 2012 from [REDACTED]
- ubuntu@cucumber-chef:~$
+ Last login: Fri Sep 14 06:23:18 2012 from 10.0.2.2
+ vagrant@cucumber-chef:~$
-Keep in mind with Amazon's EC2 the base `ubuntu` user is already in the sudoers file; so you can `sudo su -` without needing the password.
+SSH to a container:
- ubuntu@cucumber-chef:~$ sudo su -
- root@cucumber-chef:~#
-
-You can also specify a container name to SSH directly into that container. For now you are always logged in as `root` when you SSH to a container.
-
- $ cucumber-chef ssh devopserver
- Attempting SSH connection to cucumber-chef container 'devopserver'...
+ $ cucumber-chef ssh nginx-lb-test-1
+ cucumber-chef v3.0.0.rc.0
+ Attempting proxy SSH connection to the container 'nginx-lb-test-1'...
_____ _ _____ _ __
/ ____| | | / ____| | / _|
| | _ _ ___ _ _ _ __ ___ | |__ ___ _ __| | | |__ ___| |_
| | | | | |/ __| | | | '_ ` _ \| '_ \ / _ \ '__| | | '_ \ / _ \ _|
| |___| |_| | (__| |_| | | | | | | |_) | __/ | | |____| | | | __/ |
\_____\__,_|\___|\__,_|_| |_| |_|_.__/ \___|_| \_____|_| |_|\___|_|
- Welcome to the Cucumber Chef Test Lab v2.0.0.rc1
+ Welcome to the Cucumber Chef Test Lab v3.0.0.rc.0
- You are now logged in to the LXC 'devopserver'
+ You are now logged in to the nginx-lb-test-1 container!
- root@devopserver:~#
+ root@nginx-lb-test-1:~#
-#### `diagnose`
+## `cucumber-chef genmac`
-This command provides you with a rapid way to get to the chef-client logs without needing to SSH into a container. There are a few basic options with this task, let's take a look at them.
+Generate an RFC compliant private MAC address for use in a `Labfile`:
- $ cucumber-chef help diagnose
- Usage:
- cucumber-chef diagnose <container>
+ $ cucumber-chef genmac
+ cucumber-chef v3.0.0.rc.0
+ 00:00:5e:4f:96:b0
- Options:
- -n, [--lines=N] # output the last N lines of the chef-client 'chef.log'
- # Default: 1
- -s, [--strace] # output the chef-client 'chef-stacktrace.out'
- # Default: true
- -l, [--log] # output the chef-client 'chef.log'
- # Default: true
+## `cucumber-chef genip`
- Provide diagnostics from the chef-client on the specified container.
+Generate an RFC compliant private IP address for use in a `Labfile`:
-With the default options in effect, this task will output the `chef-stacktrace.out` file along with the last line of the `chef.log` file. You can of course request as many lines as you desire from the `chef.log` file. For example to look at the last 1000 lines of only the `chef.log` file you would likely run the task as follows.
+ $ cucumber-chef genip
+ cucumber-chef v3.0.0.rc.0
+ 192.168.244.120
- $ cucumber-chef diagnose devopserver --no-strace -n 1000
+## `cucumber-chef status`
-Maybe you only want to view the `chef-stacktrace.out` file?
+Displays information on the status of the current test lab:
- $ cucumber-chef diagnose devopserver --no-log
+ $ cucumber-chef status
+ cucumber-chef v3.0.0.rc.0
+ +-------------------------------------------------------------------+
+ | PROVIDER: Cucumber::Chef::Provider::Vagrant |
+ | ID: default |
+ | STATE: running |
+ | USERNAME: vagrant |
+ | IP ADDRESS: 127.0.0.1 |
+ | PORT: 2222 |
+ | CHEF-SERVER API: http://127.0.0.1:4000 |
+ | CHEF-SERVER WEBUI: http://127.0.0.1:4040 |
+ | CHEF-SERVER DEFAULT USER: admin |
+ | CHEF-SERVER DEFAULT PASSWORD: p@ssw0rd1 |
+ +-------------------------------------------------------------------+
-Maybe you want to run it with the default options in play; you would likely get some output as follows.
+Displays information on the status of the current test lab containers:
- $ cucumber-chef diagnose devopserver
- Attempting to collect diagnostic information on cucumber-chef container 'sysopserver'...
- ----------------------------------------------------------------------------
- chef-stacktrace.out:
- ----------------------------------------------------------------------------
- Generated at 2012-06-04 08:30:20 +0000
- Net::HTTPServerException: 412 "Precondition Failed"
- /opt/opscode/embedded/lib/ruby/1.9.1/net/http.rb:2303:in `error!'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/rest.rb:264:in `block in api_request'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/rest.rb:328:in `retriable_rest_request'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/rest.rb:240:in `api_request'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/rest.rb:139:in `post_rest'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/client.rb:313:in `sync_cookbooks'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/client.rb:194:in `setup_run_context'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/client.rb:162:in `run'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/application/client.rb:254:in `block in run_application'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/application/client.rb:241:in `loop'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/application/client.rb:241:in `run_application'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/lib/chef/application.rb:70:in `run'
- /opt/opscode/embedded/lib/ruby/gems/1.9.1/gems/chef-0.10.10/bin/chef-client:26:in `<top (required)>'
- /usr/bin/chef-client:19:in `load'
- /usr/bin/chef-client:19:in `<main>'
- ----------------------------------------------------------------------------
- chef.log:
- ----------------------------------------------------------------------------
- [Mon, 04 Jun 2012 08:30:20 +0000] FATAL: Net::HTTPServerException: 412 "Precondition Failed"
+ $ cucumber-chef status --containers
+ cucumber-chef v3.0.0.rc.0
+ +----------------------+-------+--------+---------------+-------------------+---------------+---------+
+ | NAME | ALIVE | DISTRO | IP | MAC | CHEF VERSION | PERSIST |
+ +----------------------+-------+--------+---------------+-------------------+---------------+---------+
+ | nginx-lb-test-1 | true | ubuntu | 192.168.0.100 | 00:00:5e:35:ea:d5 | Chef: 10.18.2 | true |
+ | nginx-unicorn-test-1 | true | ubuntu | 192.168.0.200 | 00:00:5e:d1:fa:08 | Chef: 10.18.2 | true |
+ | redis-test-1 | true | ubuntu | 192.168.0.210 | 00:00:5e:eb:8d:a3 | Chef: 10.18.2 | true |
+ | mysql-test-1 | true | ubuntu | 192.168.0.220 | 00:00:5e:ea:fe:28 | Chef: 10.18.2 | true |
+ +----------------------+-------+--------+---------------+-------------------+---------------+---------+
-#### `ps`
-
-This command provides you with a snapshot of all the container processes running on the Cucumber-Chef test lab. You can pass in `ps` command line options to customize the output as you desire.
-
- $ cucumber-chef help ps
- Usage:
- cucumber-chef ps [ps-options]
-
- Snapshot of the current cucumber-chef test lab container processes.
-
-Standard usage using `aux` options:
-
- $ cucumber-chef ps aux
- cucumber-chef v2.0.0.rc1
-
- Getting container processes from cucumber-chef test lab...
-
- ============================================================================
- CONTAINER USER PID %CPU %MEM VSZ RSS TTY STAT START TIME COMMAND
- sudo root 375 0.0 0.0 2368 608 ? S Jun21 0:00 upstart-udev-bridge --daemon
- sudo syslog 384 0.0 0.0 27296 1264 ? Sl Jun21 0:00 rsyslogd -c4
- sudo root 396 0.0 0.0 2236 388 ? S<s Jun21 0:00 udevd --daemon
- sudo root 406 0.0 0.0 1840 556 pts/19 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty4
- sudo root 410 0.0 0.0 1840 560 pts/17 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty2
- sudo root 412 0.0 0.0 1840 560 pts/18 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty3
- sudo root 416 0.0 0.0 2428 812 ? Ss Jun21 0:00 cron
- sudo root 453 0.0 0.0 1840 564 pts/16 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty1
- sudo root 455 0.0 0.0 1840 556 pts/20 Ss+ Jun21 0:00 /sbin/getty -8 38400 /dev/console
- sudo root 477 0.0 0.0 2288 576 ? Ss Jun21 0:00 dhclient3 -e IF_METRIC=100 -pf /var/run/dhclient.eth0.pid -lf /var/lib/dhcp3/dhclient.eth0.leases eth0
- sudo root 493 0.0 0.1 5600 2132 ? Ss Jun21 0:00 /usr/sbin/sshd -D
- users root 20777 0.0 0.0 2720 1484 ? Ss Jun21 0:02 /sbin/init
- users syslog 20876 0.0 0.0 27296 1172 ? Sl Jun21 0:02 rsyslogd -c4
- users root 20877 0.0 0.0 2368 560 ? S Jun21 0:00 upstart-udev-bridge --daemon
- users root 20883 0.0 0.0 2236 516 ? S<s Jun21 0:00 udevd --daemon
- users root 20914 0.0 0.0 1840 544 pts/4 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty4
- users root 20918 0.0 0.0 1840 540 pts/2 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty2
- users root 20921 0.0 0.0 1840 544 pts/3 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty3
- users root 20925 0.0 0.0 2428 788 ? Ss Jun21 0:00 cron
- users root 20953 0.0 0.0 1840 544 pts/1 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty1
- users root 20954 0.0 0.0 1840 544 pts/5 Ss+ Jun21 0:00 /sbin/getty -8 38400 /dev/console
- users root 20970 0.0 0.0 2288 572 ? Ss Jun21 0:00 dhclient3 -e IF_METRIC=100 -pf /var/run/dhclient.eth0.pid -lf /var/lib/dhcp3/dhclient.eth0.leases eth0
- users root 20987 0.0 0.1 5600 2128 ? Ss Jun21 0:01 /usr/sbin/sshd -D
- users root 21308 0.0 0.0 1848 488 ? S Jun21 0:07 tail -n 250 -f client.log
- users root 21519 0.0 0.0 1848 484 ? S 02:19 0:02 tail -n 250 -f /var/log/auth.log
- users root 21851 0.0 0.0 1848 484 ? S 02:20 0:02 tail -n 250 -f /var/log/chef/client.log
- chef-client root 27226 0.0 0.0 2728 1524 ? Ss Jun21 0:00 /sbin/init
- chef-client syslog 27328 0.0 0.0 27296 1244 ? Sl Jun21 0:00 rsyslogd -c4
- chef-client root 27329 0.0 0.0 2368 584 ? S Jun21 0:00 upstart-udev-bridge --daemon
- chef-client root 27340 0.0 0.0 2236 520 ? S<s Jun21 0:00 udevd --daemon
- chef-client root 27364 0.0 0.0 1840 548 pts/9 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty4
- chef-client root 27368 0.0 0.0 1840 548 pts/7 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty2
- chef-client root 27369 0.0 0.0 1840 548 pts/8 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty3
- chef-client root 27371 0.0 0.0 2428 804 ? Ss Jun21 0:00 cron
- chef-client root 27401 0.0 0.0 1840 548 pts/6 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty1
- chef-client root 27402 0.0 0.0 1840 548 pts/10 Ss+ Jun21 0:00 /sbin/getty -8 38400 /dev/console
- chef-client root 27420 0.0 0.0 2288 572 ? Ss Jun21 0:00 dhclient3 -e IF_METRIC=100 -pf /var/run/dhclient.eth0.pid -lf /var/lib/dhcp3/dhclient.eth0.leases eth0
- chef-client root 27437 0.0 0.1 5600 2128 ? Ss Jun21 0:00 /usr/sbin/sshd -D
- chef-client root 27616 0.2 1.2 26292 22128 ? Sl Jun21 6:00 /opt/opscode/embedded/bin/ruby /usr/bin/chef-client -d -P /var/run/chef/client.pid -L /var/log/chef/client.log -c /etc/chef/client.rb -i 1800 -s 20
- timezone root 28244 0.0 0.0 2724 1568 ? Ss Jun21 0:00 /sbin/init
- timezone root 28355 0.0 0.0 2368 600 ? S Jun21 0:00 upstart-udev-bridge --daemon
- timezone syslog 28356 0.0 0.0 27296 1268 ? Sl Jun21 0:00 rsyslogd -c4
- timezone root 28366 0.0 0.0 2236 504 ? S<s Jun21 0:00 udevd --daemon
- timezone root 28385 0.0 0.0 1840 556 pts/14 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty4
- timezone root 28388 0.0 0.0 1840 560 pts/12 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty2
- timezone root 28390 0.0 0.0 1840 556 pts/13 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty3
- timezone root 28397 0.0 0.0 2428 812 ? Ss Jun21 0:00 cron
- timezone root 28423 0.0 0.0 1840 564 pts/11 Ss+ Jun21 0:00 /sbin/getty -8 38400 tty1
- timezone root 28426 0.0 0.0 1840 560 pts/15 Ss+ Jun21 0:00 /sbin/getty -8 38400 /dev/console
- timezone root 28449 0.0 0.0 2288 576 ? Ss Jun21 0:00 dhclient3 -e IF_METRIC=100 -pf /var/run/dhclient.eth0.pid -lf /var/lib/dhcp3/dhclient.eth0.leases eth0
- timezone root 28466 0.0 0.1 5600 2124 ? Ss Jun21 0:00 /usr/sbin/sshd -D
- sudo root 32737 0.0 0.0 2720 1580 ? Ss Jun21 0:00 /sbin/init
- users root 32741 0.0 0.0 2232 280 ? S< Jun21 0:00 udevd --daemon
- users root 32742 0.0 0.0 2232 280 ? S< Jun21 0:00 udevd --daemon
- chef-client root 32745 0.0 0.0 2232 280 ? S< Jun21 0:00 udevd --daemon
- chef-client root 32747 0.0 0.0 2232 280 ? S< Jun21 0:00 udevd --daemon
- timezone root 32754 0.0 0.0 2232 272 ? S< Jun21 0:00 udevd --daemon
- timezone root 32755 0.0 0.0 2232 272 ? S< Jun21 0:00 udevd --daemon
-
-### Example Test Run
-
-Here is an example of using Cucumber-Chef to do a basic test. In this test we will provision a server called `devopserver` and apply the `chef-client::service` recipe from the `chef-client` community cookbook. This example assumes you have your test lab provisioned and up and running. First things first, make sure you've downloaded the `chef-client` community cookbook and placed it in your chef-repo.
-
-Now upload the `chef-client` community cookbook to your Cucumber-Chef test lab.
-
- $ cc-knife cookbook upload chef-client
- Uploading chef-client [1.1.2]
- Uploaded 1 cookbook.
-
-Next create your `devopserver` feature.
-
- $ cucumber-chef create devopserver
-
-Here is the feature we'll be using. This feature has some extra scenarios to illustrate how you might go about testing other parts of a system. Go into the features directory of your chef-repo and replace the contents of the `devopserver.feature` file with the text below.
-
- @devopserver @wip
- Feature: Perform test driven infrastructure with Cucumber-Chef
- In order to learn how to develop test driven infrastructure
- As an infrastructure developer
- I want to better understand how to use Cucumber-Chef
-
- Background:
- * I have a server called "devopserver"
- * "devopserver" is running "ubuntu" "lucid"
- * "devopserver" has been provisioned
- * the "chef-client::service" recipe has been added to the "devopserver" run list
- * the chef-client has been run on "devopserver"
- * I ssh to "devopserver" with the following credentials:
- | username | keyfile |
- | root | ../.ssh/id_rsa |
-
- Scenario: Can connect to the provisioned server via SSH password authentication
- And I run "hostname"
- Then I should see "devopserver" in the output
-
- Scenario: Default root shell is bash
- And I run "echo $SHELL"
- Then I should see "bash" in the output
-
- Scenario: Default gateway and resolver are using Cucumber-Chef Test Lab
- And I run "route -n | grep 'UG'"
- Then I should see "192.168.255.254" in the output
- And I run "cat /etc/resolv.conf"
- Then I should see "192.168.255.254" in the output
- And I should see "8.8.8.8" in the output
- And I should see "8.8.4.4" in the output
-
- Scenario: Primary interface is configured with my IP address and MAC address
- And I run "ifconfig eth0"
- Then I should see the "IP" of "devopserver" in the output
- And I should see the "MAC" of "devopserver" in the output
-
- Scenario: Local interface is not configured with my IP address or MAC address
- And I run "ifconfig lo"
- Then I should see "127.0.0.1" in the output
- And I should not see the "IP" of "devopserver" in the output
- And I should not see the "MAC" of "devopserver" in the output
-
- Scenario: Chef-Client is running as a daemon
- When I run "ps aux | grep [c]hef-client"
- Then I should see "chef-client" in the output
- And I should see "-d" in the output
- And I should see "-i 1800" in the output
- And I should see "-s 20" in the output
-
-Now we're going to execute the test. Created features are pre tagged with the name of the feature (i.e. `@<name>`) and `@wip`. Be sure to pass that to the test runner so Cucumber knows to only run tests tagged with that, unless you want to test all your features.
-
- $ cucumber --tags @devopserver
- Using features directory: /home/couldbeyou/chef-repo/features
- Cucumber-Chef Test Runner Initalized!
- Cleaning up any previous test runs...done.
- Uploading files required for this test run...done.
- Executing Cucumber-Chef Test Runner
- Using the default profile...
- Code:
- * ./support/env.rb
- * ./devopserver/step_definitions/devopserver_steps.rb
- * ./sample/step_definitions/sample_steps.rb
-
- Features:
- * ./devopserver/devopserver.feature
- Parsing feature files took 0m0.076s
-
- @devopserver @wip
- Feature: Perform test driven infrastructure with Cucumber-Chef
- In order to learn how to develop test driven infrastructure
- As an infrastructure developer
- I want to better understand how to use Cucumber-Chef
-
- Background: # ./devopserver/devopserver.feature:7
- * all servers are being destroyed
- * I have a server called "devopserver" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/provision_steps.rb:1
- * "devopserver" is running "ubuntu" "lucid" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/provision_steps.rb:5
- * devopserver is being provisioned
- * "devopserver" has been provisioned # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/provision_steps.rb:25
- * the "chef-client::service" recipe has been added to the "devopserver" run list # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/provision_steps.rb:33
- * the chef-client has been run on "devopserver" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/provision_steps.rb:37
- * I ssh to "devopserver" with the following credentials: # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:57
- | username | keyfile |
- | root | ../.ssh/id_rsa |
-
- Scenario: Can connect to the provisioned server via SSH password authentication # ./devopserver/devopserver.feature:17
- And I run "hostname" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:77
- Then I should see "devopserver" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
-
- Scenario: Default root shell is bash # ./devopserver/devopserver.feature:21
- And I run "echo $SHELL" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:77
- Then I should see "bash" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
-
- Scenario: Default gateway and resolver are using Cucumber-Chef Test Lab # ./devopserver/devopserver.feature:25
- And I run "route -n | grep 'UG'" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:77
- Then I should see "192.168.255.254" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
- And I run "cat /etc/resolv.conf" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:77
- Then I should see "192.168.255.254" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
- And I should see "8.8.8.8" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
- And I should see "8.8.4.4" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
-
- Scenario: Primary interface is configured with my IP address and MAC address # ./devopserver/devopserver.feature:33
- And I run "ifconfig eth0" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:77
- Then I should see the "IP" of "devopserver" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:90
- And I should see the "MAC" of "devopserver" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:90
-
- Scenario: Local interface is not configured with my IP address or MAC address # ./devopserver/devopserver.feature:38
- And I run "ifconfig lo" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:77
- Then I should see "127.0.0.1" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
- And I should not see the "IP" of "devopserver" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:90
- And I should not see the "MAC" of "devopserver" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:90
-
- Scenario: Chef-Client is running as a daemon # ./devopserver/devopserver.feature:44
- When I run "ps aux | grep [c]hef-client" # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:77
- Then I should see "chef-client" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
- And I should see "-d" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
- And I should see "-i 1800" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
- And I should see "-s 20" in the output # cucumber-chef-2.0.0.rc1/lib/cucumber/chef/steps/ssh_steps.rb:81
-
- 6 scenarios (6 passed)
- 58 steps (58 passed)
- 2m45.515s
-
-If all goes well you should see output similar to what's above! Enjoy and have fun!
-
# RESOURCES
Source:
* https://github.com/Atalanta/cucumber-chef
@@ -792,23 +319,27 @@
* https://github.com/Atalanta/cucumber-chef/issues
Wiki:
-* https://github.com/Atalanta/cucumber-chef/wiki
+* https://github.com/Atalanta/cucumber-chef/blob/master/WIKI.md
+Forums:
+
+* https://groups.google.com/d/forum/cucumber-chef
+
Chat:
-* #cucumber-chef on irc.freenode.net
+* #cucumber-chef @ irc.freenode.net
# LICENSE
Cucumber-Chef - A test driven infrastructure system
* Author: Stephen Nelson-Smith <stephen@atalanta-systems.com>
-* Author: Zachary Patten <zachary@jovelabs.com>
-* Copyright: Copyright (c) 2011-2012 Atalanta Systems Ltd
+* Author: Zachary Patten <zachary@jovelabs.com> [](http://coderwall.com/zpatten)
+* Copyright: Copyright (c) 2011-2013 Atalanta Systems Ltd
* License: Apache License, Version 2.0
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
@@ -818,5 +349,6 @@
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
+