Version 2.0 of Albacore.
It is currently being used for numerous builds for us and is free of known bugs. It works on RMI 1.9.3 and RMI 2.0.
gem install albacore --prerelease
In a command prompt, run:
@powershell -NoProfile -ExecutionPolicy unrestricted -Command "iex ((new-object net.webclient).DownloadString('http://chocolatey.org/install.ps1'))" && SET PATH=%PATH%;%systemdrive%\chocolatey\bin
Then start a new powershell, cygwin or mingw32 shell. You can now install the Ruby framework:
cinst ruby.devkit
Now, restart your shell or reload its path variable. You now have rake installed. Now you can install Albacore, the collection of tasktypes, tasks and extension points aimed to make your life as a .Net developer easier:
gem install bundler
Bundler is a tool that fetches gems for you. Now, specify what ruby gems your
build will use. Create a new file, named Gemfile
. This file should look like
this:
source 'http://rubygems.org'
gem 'albacore', '2.0.0.rc.7'
When setting up your build you need to ensure it is reproducible. Bundler allows you to lock down all gems that albacore depend on to their specific versions, ensuring that your peers can re-run the same rake script you just built and that it works well on your continous integration server.
The first step after installing bundler
is to create a Gemfile
next to your
Now, install albacore from this repository by running:
bundle
In order to build your project, you need to create a Rakefile
, with contents
like these:
require 'bundler/setup'
require 'albacore'
require 'albacore/tasks/versionizer'
require 'albacore/ext/teamcity'
Albacore::Tasks::Versionizer.new :versioning
desc 'Perform fast build (warn: doesn\'t d/l deps)'
build :quick_build do |b|
b.logging = 'detailed'
b.sln = 'src/MyProj.sln'
end
desc 'restore all nugets as per the packages.config files'
nugets_restore :restore do |p|
p.out = 'src/packages'
p.exe = 'buildsupport/NuGet.exe'
end
desc 'Perform full build'
build :build => [:versioning, :restore] do |b|
b.sln = 'src/MyProj.sln'
# alt: b.file = 'src/MyProj.sln'
end
directory 'build/pkg'
desc 'package nugets - finds all projects and package them'
nugets_pack :create_nugets => ['build/pkg', :versioning, :build] do |p|
p.files = FileList['src/**/*.{csproj,fsproj,nuspec}'].
exclude(/Tests/)
p.out = 'build/pkg'
p.exe = 'buildsupport/NuGet.exe'
p.with_metadata do |m|
m.description = 'A cool nuget'
m.authors = 'Henrik'
m.version = ENV['NUGET_VERSION']
end
p.with_package do |p|
p.add_file 'file/relative/to/proj', 'lib/net40'
end
end
task :default => :create_nugets
You can now run:
bundle exec rake
- Create a feature branch with your change: a. With unit test b. With feature
- Send a PR with that feature branch to this branch a. Make sure TravisCI is OK with it b. Describe your PR in English.
When you require 'albacore'
you will get a few methods added and available for
use within your Rakefile, these are specified in CrossPlatformCmd, and are as
follows:
#system
#sh
#shie
#system_control
#which
#normalise_slashes
#chdir (work_dir : ?string) (block : Block<unit, x>) : x
- takes a string work dir to be in and a block of ruby to execute in that work dir and returns the return value of block.
You can call the rakefile as such:
DEBUG=true rake
This changes the behaviour of the logging to output debug verbosity. It also changes some tasks to override Rakefile settings for verbosity and prints more debug information. I've tried to keep the information structured.
If you're reporting a bug or need crash information to file a bug report, you
can append the --trace
flag to the invocation.
DEBUG=true rake --trace
Task types are the pre-built factories for rake tasks. They often take care of
what's slightly more complex, beyond just invoking commands. They are available
and methods in the DSL you get when you do require 'albacore'
require 'albacore'
build :compile_this do |b|
b.file = Paths.join 'src', 'MyProj.fsproj' # the file that you want to build
# b.sln = Paths.join 'src', 'MyProj.sln' # alt. name
b.target = ['Clean', 'Rebuild'] # call with an array of targets or just a single target
b.prop 'Configuration', 'Release' # call with 'key, value', to specify a MsBuild property
b.cores = 4 # no of cores to build with, defaults to the number of cores on your machine
b.clp 'ShowEventId' # any parameters you want to pass to the console logger of MsBuild
b.logging = 'verbose' # verbose logging mode
# b.be_quiet # opposite of the above
b.no_logo # no Microsoft/XBuild header output
end
nugets_pack :create_nugets do |p|
p.files = FileList['src/**/*.{csproj,fsproj,nuspec}'].
exclude(/Tests/)
p.out = 'build/pkg'
p.exe = 'buildsupport/NuGet.exe'
p.with_metadata do |m|
m.description = 'A cool nuget'
m.authors = 'Henrik'
m.version = ENV['NUGET_VERSION']
end
p.with_package do |p|
p.add_file 'file/relative/to/proj', 'lib/net40'
end
end
Cancel following of references between projects that cause nugets_pack to find and add as nuget dependencies, linked projects.
Enables nuget restore throughout the solution.
nugets_restore :restore do |p|
p.out = 'src/packages' # required
p.exe = 'buildsupport/NuGet.exe' # required
p.list_spec = '**/packages.config' # optional
p.exclude_version # exclude version number in directory name where NuGet package will be restored
end
Generate a single file with assembly attributes. Code comments in example below mention output in F#.
asmver :asmver do |a|
a.file_path = 'src/Version.fs' # required, no default
a.namespace = 'Hello.World' # required for F#, defaults to empty string '' for C#
# optional
a.attributes assembly_title: 'Hello.World', # generates: [<AssemblyTitle("Hello.World")>]
assembly_version: '0.1.2', # generates: [<AssemblyVersion("0.1.2")>]
my_product_attr: 'Hello world', # generates: [<MyProductAttr("Hello World")>]
a.out = StringIO.new # optional, don't use it this way: takes an IO/Stream
end
desc 'create assembly infos'
asmver_files :assembly_info do |a|
a.files = FileList['**/*proj'] # optional, will find all projects recursively by default
# attributes are required:
a.attributes assembly_description: "My wonderful lib",
assembly_configuration: 'RELEASE',
assembly_company: 'Wonders Inc.',
assembly_copyright: "(c) #{Time.now.year} by John Doe",
assembly_version: ENV['LONG_VERSION'],
assembly_file_version: ENV['LONG_VERSION'],
assembly_informational_version: ENV['BUILD_VERSION']
# optional, not widely supported yet, as there's no way to read the attributes
# file an issue if you have a use-case
a.handle_config do |proj, conf|
# do something with configuration
# conf.attributes ...
end
end
test_runner :tests do |tests|
tests.files = FileList['**/*.Tests/bin/Release/*.Tests.dll'] # dll files with test
tests.exe = 'src/packages/NUnit.Runners.2.5.3/tools/nunit-console.exe' # executable to run tests with
tests.add_parameter '/TestResults=Lallaa.xml' # you may add parameters to the execution
tests.copy_local # when running from network share
end
TBD
Tasks are things you can include that create singleton ruby tasks that are pre-named and pre-made. As opposed to the task types, these are 'includeable'. More info can be found in the README.
Helper for reading a .semver
file and moving information from that file, as
well as information from the git commit being built upon, to the execution of
rake/albacore.
Defines/sets ENV vars:
- BUILD_VERSION
- NUGET_VERSION
- FORMAL_VERSION
BUILD_VERSION s constructed as such: .semver-file -> %Major.%minor.%patch%special.git-sha1
.
NUGET_VERSION leaves out the git commit hash.
FORMAL_VERSION uses only the integers 'major', 'minor' and 'patch'.
Publishes symbol :build_version
.
Albacore::Tasks::Versionizer.new :versioning
Tools are auxilliary items in albacore. They do not have the same amount of testing and are more often one-off utilities. Most of these should be moved to being commands in an albacore binary.
Checks the difference between the filesystem and the files referenced in a csproj, to make sure that they match. Run as a part of a CI build.
desc "Check the difference between the filesystem and the files referenced in a csproj"
csprojfiles do |f|
# Files to ignore
# for instance if you have source control specific files that are not supposed to be in the project
f.ignore_files = [/.*\.srccontrol/]
f.project = "src/MyMvcSite/MyMvcSite.csproj"
end
When you run this task it will report any differences between the filesystem and the csproj file.
Why is this important? It's important to know what resources will be deployed. For instance if you have added an image. If you forgot to include the image in the .csproj, it will show up while developing but not when you do a web deployment (i.e. a release).
It could also be that you have deleted a file, but forgotten to save the project when you send your latest commit to source control…
How do you use it? The best way is to have it on a CI server in order to get a notification whenever it detects deviations.
The task will fail with a message and rake will return with an non zero exit code. For instance if a file is missing from csproj and another from the filesystem:
- Files in src/MyMvcSite/MyMvcSite.csproj but not on filesystem:
file_missing_on_filesystem.cshtml
+ Files not in src/MyMvcSite/MyMvcSite.csproj but on filesystem:
file_missing_in_csproj.png
- Add a rspec spec in specs/
- Run
bundle exec rspec spec
to verify test fails - Implement feature you want
- Run the tests again, have them pass
- Make a PR from your feature branch against
master
Document your code with YARD as you're writing it: it's much easier to write the documentation together with the code than afterwards.
This is a simple example which uses rubyzip to recursively generate a zip file from the contents of a specified directory. The directory itself is not included in the archive, rather just its contents.
Usage:
dir_to_zip = "/tmp/input"
out_file = "/tmp/out.zip"
zf = Zippy.new dir_to_zip, out_file
zf.write
Or:
z = Zippy.new(directory_to_zip, output_file) { |f| f.include? 'html' }
z.write
When building multiple configurations, Build tasks should be invoked with different parameters According to the graph of tasks to be executed
require 'albacore'
Albacore.vary_by_parameters do |params|
# write to dynamic method
params.Configuration = ['Debug-Tests', 'Release']
end
build :b do |b|
b.vary_by_param 'Configuration'
end
nugets_pack :p => :b do |p|
# ...
end
task :default => :p
Creating two runs
:b[Debug-Tests] => :p => :default
and:b[Release] => :p => :default
where only :b is invoked twice, but :p and :default are only invoked only once each.
When building services and/or web sites, The bundling task_type should take care of packaging for deployment