def test_generate_deb_from_directory():
tempdir = tempfile.gettempdir()
checkout_dir = os.path.join(tempdir, 'vdist')
git_p = subprocess.Popen(
['git', 'clone',
'https://github.com/objectified/vdist',
checkout_dir])
git_p.communicate()
builder = Builder()
builder.add_build(
app='vdist-test-generate-deb-from-dir',
version='1.0',
source=directory(
path=checkout_dir,
),
profile='ubuntu-trusty'
)
builder.build()
homedir = os.path.expanduser('~')
target_file = os.path.join(
homedir,
'.vdist',
'dist',
'vdist-test-generate-deb-from-dir-1.0-ubuntu-trusty',
'vdist-test-generate-deb-from-dir_1.0_amd64.deb'
)
assert os.path.isfile(target_file)
assert os.path.getsize(target_file) > 0
def test_internal_profile_loads():
b = Builder()
profiles = b.get_available_profiles()
internal_profile_ids = ['ubuntu-trusty', 'centos6', 'debian-wheezy']
for profile_id in internal_profile_ids:
assert profile_id in profiles
def test_internal_profile_loads():
b = Builder()
profiles = b.get_available_profiles()
internal_profile_ids = ['ubuntu-trusty', 'centos6', 'debian-wheezy']
for profile_id in internal_profile_ids:
assert profile_id in profiles
def test_generate_deb_from_git():
builder = Builder()
builder.add_build(
app='vdist-test-generate-deb-from-git',
version='1.0',
source=git(
uri='https://github.com/objectified/vdist',
branch='master'
),
profile='ubuntu-trusty'
)
builder.build()
homedir = os.path.expanduser('~')
target_file = os.path.join(
homedir,
'.vdist',
'dist',
'vdist-test-generate-deb-from-git-1.0-ubuntu-trusty',
'vdist-test-generate-deb-from-git_1.0_amd64.deb'
)
assert os.path.isfile(target_file)
assert os.path.getsize(target_file) > 0
def test_builder_nobuilds():
b = Builder()
with pytest.raises(NoBuildsFoundException):
b.start_build()
"""
This example shows how you can use vdist with your
own package of the Python interpreter; you might want
this when you do not want vdist to compile Python
every time your project builds, and you've got Python
available as a custom OS package (something I'd highly
recommend for cross platform stability and packaging
speed)
"""
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
name='my great project',
app='myproject',
version='1.0',
source=git(
uri='https://github.com/someuser/someproject',
branch='your-release-branch'
),
profile='ubuntu-trusty',
# tell vdist not to compile Python
compile_python=False,
# point to the basedir your custom Python is installed in
# vdist will look for $basedir/bin/python
python_basedir='/opt/mycompany/python',
# provide your custom Python OS package as a build dependency
build_deps=['mycompany-python'],
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
name='my project build',
app='myproject',
version='1.0',
source=git(
uri='https://github.com/someuser/someproject',
branch='your-release-branch'
),
profile='ubuntu-trusty',
# Tell vdist that we need the OS packages "ffmpeg" and "imagemagick"
# on the system this application gets deployed
# These packages will be made dependencies of the resulting OS package
runtime_deps=['ffmpeg', 'imagemagick'],
# tell vdist that on the machine that is used for building this project,
# we will need the OS packages "libimagemagick-dev" and
# "libmysqlclient-dev"
# before we start building
build_deps=['libimagemagick-dev', 'libmysqlclient-dev']
)
builder.build()
"""
This example shows how you can tell vdist to use
your local pip configuration (~/.pip/pip.conf) when
building. This is useful when you're using an internal
PyPI index (highly recommended)
"""
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
name='my great project',
app='myproject',
version='1.0',
source=git(uri='https://github.com/someuser/someproject',
branch='your-release-branch'),
profile='ubuntu-trusty',
# this means that during the build run, vdist will
# copy your pip config (~/.pip/pip.conf) to the Docker
# container it uses to build the OS package, so that you
# can use your internal modules as pip dependencies in
# your requirements.txt / setup.py
use_local_pip_conf=True)
builder.build()
"""
This example shows how you can use vdist to use a subdirectory
under your source tree to use as the base for your OS package
You will still be able to use git branching to point to the right
release, since vdist will first checkout the parent, and set apart
the subdirectory after switching to the right branch
"""
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
name='my great project',
app='myproject',
version='1.0',
source=git(uri='https://github.com/someuser/someproject',
branch='your-release-branch'),
profile='ubuntu-trusty',
# specify 'subapp' as the working directory for this build;
# this means that only the subapp directory will be built and
# packaged
# This also means that vdist will look for a pip requirements
# file in this directory
working_dir='subapp')
builder.build()
import os
from vdist.builder import Builder
from vdist.source import directory
builder = Builder()
builder.add_build(
app='vdist-django-example',
version='1.0',
source=directory(path=os.getcwd()),
profile='centos6'
)
builder.build()
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
# add CentOS6 build
builder.add_build(
name='myproject centos6 build',
app='myproject',
version='1.0',
source=git(
uri='http://yourgithost.internal/yourcompany/yourproject',
branch='master'
),
profile='centos6'
)
# add CentOS7 build
builder.add_build(
name='myproject centos7 build',
app='myproject',
version='1.0',
source=git(
uri='http://yourgithost.internal/yourcompany/yourproject',
branch='master'
),
profile='centos7'
)
# add Ubuntu Trusty build
builder.add_build(
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
name='my project build',
app='myproject',
version='1.0',
source=git(uri='https://github.com/someuser/someproject',
branch='your-release-branch'),
profile='ubuntu-trusty',
# Tell vdist that we need the OS packages "ffmpeg" and "imagemagick"
# on the system this application gets deployed
# These packages will be made dependencies of the resulting OS package
runtime_deps=['ffmpeg', 'imagemagick'],
# tell vdist that on the machine that is used for building this project,
# we will need the OS packages "libimagemagick-dev" and
# "libmysqlclient-dev"
# before we start building
build_deps=['libimagemagick-dev', 'libmysqlclient-dev'])
builder.build()
def _call_builder(builder_parameters):
builder = Builder()
builder.add_build(**builder_parameters)
builder.build()
def _call_builder(builder_parameters):
builder = Builder()
builder.add_build(**builder_parameters)
builder.build()
"""
This example shows how you can point to an alternative
pip requirements file to use when building your OS package
"""
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
name='my great project',
app='myproject',
version='1.0',
source=git(
uri='https://github.com/someuser/someproject',
branch='your-release-branch'
),
profile='ubuntu-trusty',
# path will be used relative to your checkout directory
# by default vdist will look for $checkout/requirements.txt
requirements_path='/requirements/production.txt'
)
builder.build()
import os
from vdist.builder import Builder
from vdist.source import directory
builder = Builder()
builder.add_build(app='vdist-django-example',
version='1.0',
source=directory(path=os.getcwd()),
profile='centos6')
builder.build()
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
app='pydemo',
version='1.0',
source=git(
uri='https://github.com/xiyangliu/pydemo',
branch='master'
),
profile='ubuntu-trusty'
)
builder.build()
def test_builder_nobuilds():
b = Builder()
with pytest.raises(NoBuildsFoundException):
b.build()
from vdist.builder import Builder
from vdist.source import directory, git_directory
builder = Builder()
# build from a local directory
builder.add_build(
name='my directory based build',
app='myproject',
version='1.0',
source=directory(
path='/home/user/dev/yourproject'
),
profile='centos6'
)
# or, build from a git repo *inside* a local directory
builder.add_build(
name='my directory based build',
app='myproject',
version='1.0',
source=git_directory(
path='/home/user/dev/anotherproject',
branch='your-release-branch'
),
profile='centos6'
)
# .. and build them in parallel
builder.build()
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
# add CentOS6 build
builder.add_build(
name="myproject centos6 build",
app="myproject",
version="1.0",
source=git(uri="http://yourgithost.internal/yourcompany/yourproject", branch="master"),
profile="centos6",
)
# add CentOS7 build
builder.add_build(
name="myproject centos7 build",
app="myproject",
version="1.0",
source=git(uri="http://yourgithost.internal/yourcompany/yourproject", branch="master"),
profile="centos7",
)
# add Ubuntu Trusty build
builder.add_build(
name="myproject ubuntu build",
app="myproject",
version="1.0",
source=git(uri="http://yourgithost.internal/yourcompany/yourproject", branch="master"),
profile="ubuntu-trusty",
)
"""
This example shows how you can use vdist to use a subdirectory
under your source tree to use as the base for your OS package
You will still be able to use git branching to point to the right
release, since vdist will first checkout the parent, and set apart
the subdirectory after switching to the right branch
"""
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
name="my great project",
app="myproject",
version="1.0",
source=git(uri="https://github.com/someuser/someproject", branch="your-release-branch"),
profile="ubuntu-trusty",
# specify 'subapp' as the working directory for this build;
# this means that only the subapp directory will be built and
# packaged
# This also means that vdist will look for a pip requirements
# file in this directory
working_dir="subapp",
)
builder.build()
from vdist.builder import Builder
from vdist.source import directory, git_directory
builder = Builder()
# build from a local directory
builder.add_build(name='my directory based build',
app='myproject',
version='1.0',
source=directory(path='/home/user/dev/yourproject'),
profile='centos6')
# or, build from a git repo *inside* a local directory
builder.add_build(name='my directory based build',
app='myproject',
version='1.0',
source=git_directory(path='/home/user/dev/anotherproject',
branch='your-release-branch'),
profile='centos6')
# .. and build them in parallel
builder.build()
"""
This example shows how you can tell vdist to use
your local pip configuration (~/.pip/pip.conf) when
building. This is useful when you're using an internal
PyPI index (highly recommended)
"""
from vdist.builder import Builder
from vdist.source import git
builder = Builder()
builder.add_build(
name='my great project',
app='myproject',
version='1.0',
source=git(
uri='https://github.com/someuser/someproject',
branch='your-release-branch'
),
profile='ubuntu-trusty',
# this means that during the build run, vdist will
# copy your pip config (~/.pip/pip.conf) to the Docker
# container it uses to build the OS package, so that you
# can use your internal modules as pip dependencies in
# your requirements.txt / setup.py
use_local_pip_conf=True
)
builder.build()
