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Merge pull request #1156 from dmach/behave

Add behave tests
This commit is contained in:
Daniel Mach 2022-10-05 11:17:35 +02:00 committed by GitHub
commit 9c716ead53
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.gitattributes vendored
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.gitattributes export-ignore
.github export-ignore
behave export-ignore
contrib/build_rpm.py export-ignore
contrib/osc.spec export-ignore
osc/util/git_version.py export-subst

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behave/KankuFile Normal file
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domain_name: obs-server
default_job: kanku-job
login_user: root
login_pass: opensuse
jobs:
kanku-job:
-
use_module: Kanku::Handler::SetJobContext
options:
host_interface: eth0
-
use_module: Kanku::Handler::OBSCheck
options:
api_url: https://api.opensuse.org/public
# Please have a look at
# kanku lsi
# to find more official Images
project: OBS:Server:Unstable
package: OBS-Appliance:qcow2
repository: images
arch: x86_64
use_oscrc: 0
-
use_module: Kanku::Handler::ImageDownload
-
use_module: Kanku::Handler::CreateDomain
options:
memory: 5G
vcpu: 4
use_9p: 1
-
use_module: Kanku::Handler::PrepareSSH
-
use_module: Kanku::Handler::ExecuteCommandViaSSH
options:
commands:
# fix the following error in scheduler: unknown host 'obs-server.kanku.site'
- echo "127.0.0.1 obs-server.kanku.site" >> /etc/hosts
- echo "::1 obs-server.kanku.site" >> /etc/hosts
# disable OBS:Server:Unstable, we want to install only stable packages from now on
- zypper --non-interactive modifyrepo --disable OBS:Server:Unstable
# refresh repodata and install additional packages
- zypper --non-interactive --gpg-auto-import-keys refresh
- zypper --non-interactive install bash-completion rpm-build sudo
# reinstall osc with a stable version
- zypper --non-interactive install --force osc
# install test requirements
- rpmbuild -bs --define='_srcrpmdir /opt/' --without=host_only_packages /tmp/kanku/requirements.spec
- zypper --non-interactive source-install --build-deps-only /opt/osc-behave-requirements-1-0.src.rpm
# zramswap for more available memory
- zypper --non-interactive install systemd-zram-service
- systemctl enable zramswap
# decrease number of workers
- sed -i 's@^OBS_WORKER_INSTANCES=.*@OBS_WORKER_INSTANCES="1"@' /etc/sysconfig/obs-server
# configure OBS URL (for osc browse)
- echo "UPDATE configurations SET obs_url='https://obs-server.kanku.site';" | mysql api_production
# configure download URL
- echo "UPDATE configurations SET download_url='http://obs-server.kanku.site:82';" | mysql api_production
# write configuration from the database on disk
- cd /srv/www/obs/api; RAILS_ENV=production SAFETY_ASSURED=1 bin/rails writeconfiguration
-
use_module: Kanku::Handler::Reboot
# Reboot to restart obs services.
# Restarting them via systemctl doesn't always work, it ends up with the following error:
# > scheduler is already running for <arch>!
# We also need them restarted because they're failing on unresolvable obs-server.kanku.site.
-
use_module: Kanku::Handler::ExecuteCommandViaSSH
options:
commands:
# use behave to setup OBS - create projects and packages
- cd /tmp/kanku && behave obs-setup
# unmount /tmp/kanku so we are able to create a snapshot of the VM
- umount /tmp/kanku
-
use_module: Kanku::Handler::DomainSnapshot
options:
# create a snapshot we'll use as a starting point for running tests
command: create
name: current

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behave/README.md Normal file
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Prerequisities
--------------
First of all, we need to install requirements:
```
# optional step in case we want to use the latest kanku packages
$ zypper ar obs://devel:kanku:staging devel:kanku:staging
$ cd behave
$ rpmbuild -bs --define='_srcrpmdir .' requirements.spec
$ sudo zypper source-install --build-deps-only ./osc-behave-requirements-1-0.src.rpm
```
Then we need to build 'obs-server' VM using kanku:
```
# necessary if the 'obs-server' domain exists already
$ kanku destroy
$ kanku up [--skip_all_checks]
```
Running tests
-------------
Run all tests
```
$ cd behave
$ behave
```
Run selected tests
```
$ cd behave
$ behave features/<file>.feature
```
Run tests being worked on (decorated with `@wip`)
```
$ cd behave
behave --wip -k
```
Run tests with the selected `osc` executable
```
$ cd behave
behave -Dosc=../osc-wrapper.py
```
Filesystem layout
-----------------
```
<project topdir>
+- behave
+- features
+- *.feature # tests (that use steps defined in the `steps` directory)
# * https://behave.readthedocs.io/en/stable/tutorial.html#feature-files
+- environment.py # code that runs before/after certain events (steps, features, etc.)
# * https://behave.readthedocs.io/en/stable/tutorial.html#environmental-controls
# * frequently used to modify ``context``
+- steps # step definitions, support code
# * https://behave.readthedocs.io/en/stable/tutorial.html#python-step-implementations
+- fixtures # test data
+- * # additional support files
```
Good to know
------------
* `context` provides state information to the tests; you can think of it as passing `self` to python methods.
* `context.config.userdata` contains values of defines specified on the command-line:
``-D NAME=VALUE`` -> ``context.config.userdata[NAME] = VALUE``

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@no-snapshot
Feature: `osc add` command
Scenario: Run `osc add` on a new file in a package
Given I set working directory to "{context.osc.temp}"
And I execute osc with args "checkout openSUSE:Factory test-pkgA"
And I set working directory to "{context.osc.temp}/openSUSE:Factory/test-pkgA"
And I copy file "{context.fixtures}/pac/test-pkgA-1.spec" to "{context.osc.temp}/openSUSE:Factory/test-pkgA/new_file"
And I execute osc with args "status --verbose"
And stdout is
"""
? new_file
test-pkgA.changes
test-pkgA.spec
"""
When I execute osc with args "add new_file"
And I execute osc with args "status --verbose"
Then stdout is
"""
A new_file
test-pkgA.changes
test-pkgA.spec
"""

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@no-snapshot
Feature: `osc checkout` command
Scenario: Run `osc checkout` on a project
Given I set working directory to "{context.osc.temp}"
When I execute osc with args "checkout openSUSE:Factory"
Then directory "{context.osc.temp}/openSUSE:Factory" exists
And directory "{context.osc.temp}/openSUSE:Factory/.osc" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgA" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgA/.osc" exists
And file "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.spec" exists
And file "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.changes" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgB" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgB/.osc" exists
And file "{context.osc.temp}/openSUSE:Factory/test-pkgB/test-pkgB.spec" exists
And file "{context.osc.temp}/openSUSE:Factory/test-pkgB/test-pkgB.changes" exists
Scenario: Run `osc checkout` on a package
Given I set working directory to "{context.osc.temp}"
When I execute osc with args "checkout openSUSE:Factory test-pkgA"
Then directory "{context.osc.temp}/openSUSE:Factory" exists
And directory "{context.osc.temp}/openSUSE:Factory/.osc" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgA" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgA/.osc" exists
And file "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.spec" exists
And file "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.changes" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgB" does not exist
# Unlike other checkouts, file checkout doesn't create any subdirs
# and puts files directly in the working directory.
Scenario: Run `osc checkout` on a file
Given I set working directory to "{context.osc.temp}"
When I execute osc with args "checkout openSUSE:Factory test-pkgA test-pkgA.spec"
Then directory "{context.osc.temp}/openSUSE:Factory" does not exist
And file "{context.osc.temp}/test-pkgA.spec" exists
And file "{context.osc.temp}/test-pkgA.changes" does not exist
Scenario: Run `osc checkout` on a package, use a file size limit
Given I set working directory to "{context.osc.temp}"
When I execute osc with args "checkout openSUSE:Factory test-pkgA --limit-size=200"
And file "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.spec" does not exist
And file "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.changes" exists
Scenario: Run `osc checkout` on a package in a specified revision
Given I set working directory to "{context.osc.temp}"
When I execute osc with args "checkout openSUSE:Factory test-pkgA --revision=2"
Then file "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.spec" is identical to "{context.fixtures}/pac/test-pkgA-2.spec"
And file "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.changes" is identical to "{context.fixtures}/pac/test-pkgA-2.changes"
Scenario: Run `osc checkout` on a package, place the files in a specified output directory
Given I set working directory to "{context.osc.temp}"
When I execute osc with args "checkout openSUSE:Factory test-pkgA --output-dir=pkgA"
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgA" does not exist
And directory "{context.osc.temp}/pkgA" exists
And directory "{context.osc.temp}/pkgA/.osc" exists
And file "{context.osc.temp}/pkgA/test-pkgA.spec" exists
And file "{context.osc.temp}/pkgA/test-pkgA.changes" exists
# TODO(dmach): revisit this functionality
# Working dir becomes a project dir, package goes into a subdirectory.
# One would expect the package to go to the working dir.
Scenario: Run `osc checkout` on a package, place the files in the working directory
Given I set working directory to "{context.osc.temp}"
When I execute osc with args "checkout openSUSE:Factory test-pkgA --current-dir"
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgA" does not exist
And directory "{context.osc.temp}/.osc" exists
And directory "{context.osc.temp}/test-pkgA/.osc" exists
And file "{context.osc.temp}/test-pkgA/test-pkgA.spec" exists
And file "{context.osc.temp}/test-pkgA/test-pkgA.changes" exists

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import os
from steps import kanku
from steps import osc
from steps import common
def before_step(context, step):
pass
def after_step(context, step):
pass
def before_scenario(context, scenario):
context.osc = osc.Osc(context)
def after_scenario(context, scenario):
common.check_exit_code(context)
del context.osc
def before_feature(context, feature):
# decorate Feature with @no-snapshot to avoid doing a snapshot rollback
if "no-snapshot" not in feature.tags:
context.kanku.revert_to_snapshot()
def after_feature(context, feature):
pass
def after_tag(context, tag):
pass
def before_all(context):
# convert path to osc executable to an absolute path to avoid relative path issues
if "osc" in context.config.userdata:
context.config.userdata["osc"] = os.path.abspath(os.path.expanduser(context.config.userdata["osc"]))
# absolute path to .../behave/fixtures
context.fixtures = os.path.join(os.path.dirname(__file__), "..", "fixtures")
kankufile = os.path.join(os.path.dirname(__file__), "..", "KankuFile")
context.kanku = kanku.Kanku(context, kankufile)
# This fails if the snapshot exists already.
# It's ok in most cases, because it's the same snapshot we'd normally create.
context.kanku.create_snapshot()
def after_all(context):
del context.kanku
del context.fixtures

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@no-snapshot
Feature: `osc getbinaries <project> <package> <repo> <arch> <file>` command
# common steps for all scenarios
Background:
Given I set working directory to "{context.osc.temp}"
Scenario: Run `osc getbinaries <project> <package> <repo> <arch> <file>`
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64 multibuild-pkg-1-1.1.x86_64.rpm"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-1-1.1.x86_64.rpm
"""
Scenario: Run `osc getbinaries <project> <package> <repo> <arch> <file> --multibuild-package=<flavor>`
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64 multibuild-pkg-flavor1-1-1.1.x86_64.rpm --multibuild-package=flavor1"
# the option is allowed only in a package checkout
Then the exit code is 2
Scenario: Run `osc getbinaries <project> <package>:<flavor> <repo> <arch> <file>` where file is a package
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg:flavor1 standard x86_64 multibuild-pkg-flavor1-1-1.1.x86_64.rpm"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
"""
Scenario: Run `osc getbinaries <project> <package> <repo> <arch> <file>` where file is a source package
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64 multibuild-pkg-1-1.1.src.rpm"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
"""
Scenario: Run `osc getbinaries <project> <package> <repo> <arch> <file> --source` where file is a source package
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64 multibuild-pkg-1-1.1.src.rpm --source"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-1-1.1.src.rpm
"""
Scenario: Run `osc getbinaries <project> <package> <repo> <arch> <file>` where file is a debuginfo package
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64 multibuild-pkg-debuginfo-1-1.1.x86_64.rpm"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
"""
Scenario: Run `osc getbinaries <project> <package> <repo> <arch> <file> --debuginfo` where file is a debuginfo package
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64 multibuild-pkg-debuginfo-1-1.1.x86_64.rpm --debuginfo"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-debuginfo-1-1.1.x86_64.rpm
"""
Scenario: Run `osc getbinaries <project> <package> <repo> <arch> <file>` where file is a log file
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64 rpmlint.log"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
rpmlint.log
"""

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@no-snapshot
Feature: `osc getbinaries <project> <package> <repo> <arch>` command
# common steps for all scenarios
Background:
Given I set working directory to "{context.osc.temp}"
Scenario: Run `osc getbinaries <project> <package> <repo> <arch>`
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""
Scenario: Run `osc getbinaries <project> <package> <repo> <arch> --multibuild-package=<flavor>`
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg standard x86_64 --multibuild-package=flavor1"
# the option is allowed only in a package checkout
Then the exit code is 2
Scenario: Run `osc getbinaries <project> <package>:<flavor> <repo> <arch>`
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg:flavor1 standard x86_64"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""
Scenario: Run `osc getbinaries <project> <package>:<flavor> <repo> <arch> --source`
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg:flavor1 standard x86_64 --source"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-1-1.1.src.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""
Scenario: Run `osc getbinaries <project> <package>:<flavor> <repo> <arch> --debuginfo`
When I execute osc with args "getbinaries openSUSE:Factory multibuild-pkg:flavor1 standard x86_64 --debuginfo"
Then directory listing of "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-debuginfo-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""

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@no-snapshot
Feature: `osc getbinaries <project> <repo> <arch>` command
# common steps for all scenarios
Background:
Given I set working directory to "{context.osc.temp}"
Scenario: Run `osc getbinaries <project> <repo> <arch>`
When I execute osc with args "getbinaries openSUSE:Factory standard x86_64"
Then directory tree in "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-1-1.1.x86_64.rpm
test-pkgA-3-1.1.noarch.rpm
test-pkgB-2-1.1.noarch.rpm
multibuild-pkg/_buildenv
multibuild-pkg/_statistics
multibuild-pkg/rpmlint.log
multibuild-pkg:flavor1/_buildenv
multibuild-pkg:flavor1/_statistics
multibuild-pkg:flavor1/rpmlint.log
multibuild-pkg:flavor2/_buildenv
multibuild-pkg:flavor2/_statistics
multibuild-pkg:flavor2/rpmlint.log
test-pkgA/_buildenv
test-pkgA/_statistics
test-pkgA/rpmlint.log
test-pkgB/_buildenv
test-pkgB/_statistics
test-pkgB/rpmlint.log
"""
Scenario: Run `osc getbinaries <project> <repo> <arch> --multibuild-package=<flavor>`
When I execute osc with args "getbinaries openSUSE:Factory standard x86_64 --multibuild-package=flavor1"
# the option is allowed only in a package checkout
Then the exit code is 2
Scenario: Run `osc getbinaries <project> <repo> <arch> --debuginfo`
When I execute osc with args "getbinaries openSUSE:Factory standard x86_64 --debuginfo"
Then directory tree in "{context.osc.temp}/binaries/" is
"""
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-debuginfo-1-1.1.x86_64.rpm
multibuild-pkg-debugsource-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-debuginfo-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-debuginfo-1-1.1.x86_64.rpm
test-pkgA-3-1.1.noarch.rpm
test-pkgB-2-1.1.noarch.rpm
multibuild-pkg/_buildenv
multibuild-pkg/_statistics
multibuild-pkg/rpmlint.log
multibuild-pkg:flavor1/_buildenv
multibuild-pkg:flavor1/_statistics
multibuild-pkg:flavor1/rpmlint.log
multibuild-pkg:flavor2/_buildenv
multibuild-pkg:flavor2/_statistics
multibuild-pkg:flavor2/rpmlint.log
test-pkgA/_buildenv
test-pkgA/_statistics
test-pkgA/rpmlint.log
test-pkgB/_buildenv
test-pkgB/_statistics
test-pkgB/rpmlint.log
"""

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@no-snapshot
Feature: `osc getbinaries <repo> <arch>` command from a package checkout
# common steps for all scenarios
Background:
Given I set working directory to "{context.osc.temp}"
And I execute osc with args "checkout openSUSE:Factory multibuild-pkg"
And I set working directory to "{context.osc.temp}/openSUSE:Factory/multibuild-pkg"
Scenario: Run `osc getbinaries <repo> <arch>` from a package checkout
When I execute osc with args "getbinaries standard x86_64"
Then directory listing of "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/binaries/" is
"""
multibuild-pkg-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""
Scenario: Run `osc getbinaries <repo> <arch> --multibuild-package=<flavor>` from a package checkout
When I execute osc with args "getbinaries standard x86_64 --multibuild-package=flavor1"
Then directory listing of "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/binaries/" is
"""
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""
Scenario: Run `osc getbinaries <repo> <arch> --debuginfo` from a package checkout
When I execute osc with args "getbinaries standard x86_64 --debuginfo"
Then directory listing of "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/binaries/" is
"""
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-debuginfo-1-1.1.x86_64.rpm
multibuild-pkg-debugsource-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""

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@no-snapshot
Feature: `osc getbinaries <repo> <arch>` command from a project checkout
# common steps for all scenarios
Background:
Given I set working directory to "{context.osc.temp}"
And I execute osc with args "checkout openSUSE:Factory"
And I set working directory to "{context.osc.temp}/openSUSE:Factory"
Scenario: Run `osc getbinaries <repo> <arch>` from a project checkout
When I execute osc with args "getbinaries standard x86_64"
Then directory tree in "{context.osc.temp}/openSUSE:Factory/binaries/" is
"""
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-1-1.1.x86_64.rpm
test-pkgA-3-1.1.noarch.rpm
test-pkgB-2-1.1.noarch.rpm
multibuild-pkg/_buildenv
multibuild-pkg/_statistics
multibuild-pkg/rpmlint.log
multibuild-pkg:flavor1/_buildenv
multibuild-pkg:flavor1/_statistics
multibuild-pkg:flavor1/rpmlint.log
multibuild-pkg:flavor2/_buildenv
multibuild-pkg:flavor2/_statistics
multibuild-pkg:flavor2/rpmlint.log
test-pkgA/_buildenv
test-pkgA/_statistics
test-pkgA/rpmlint.log
test-pkgB/_buildenv
test-pkgB/_statistics
test-pkgB/rpmlint.log
"""
Scenario: Run `osc getbinaries <repo> <arch> --multibuild-package=<flavor>` from a project checkout
When I execute osc with args "getbinaries standard x86_64 --multibuild-package=flavor1"
# the option is allowed only in a package checkout
Then the exit code is 2
Scenario: Run `osc getbinaries <repo> <arch> --sources` from a project checkout
When I execute osc with args "getbinaries standard x86_64 --sources"
Then directory tree in "{context.osc.temp}/openSUSE:Factory/binaries/" is
"""
multibuild-pkg-1-1.1.src.rpm
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-1-1.1.src.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-1-1.1.src.rpm
multibuild-pkg-flavor2-1-1.1.x86_64.rpm
test-pkgA-3-1.1.noarch.rpm
test-pkgA-3-1.1.src.rpm
test-pkgB-2-1.1.noarch.rpm
test-pkgB-2-1.1.src.rpm
multibuild-pkg/_buildenv
multibuild-pkg/_statistics
multibuild-pkg/rpmlint.log
multibuild-pkg:flavor1/_buildenv
multibuild-pkg:flavor1/_statistics
multibuild-pkg:flavor1/rpmlint.log
multibuild-pkg:flavor2/_buildenv
multibuild-pkg:flavor2/_statistics
multibuild-pkg:flavor2/rpmlint.log
test-pkgA/_buildenv
test-pkgA/_statistics
test-pkgA/rpmlint.log
test-pkgB/_buildenv
test-pkgB/_statistics
test-pkgB/rpmlint.log
"""
Scenario: Run `osc getbinaries <repo> <arch> --debuginfo` from a project checkout
When I execute osc with args "getbinaries standard x86_64 --debuginfo"
Then directory tree in "{context.osc.temp}/openSUSE:Factory/binaries/" is
"""
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-debuginfo-1-1.1.x86_64.rpm
multibuild-pkg-debugsource-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-debuginfo-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-debuginfo-1-1.1.x86_64.rpm
test-pkgA-3-1.1.noarch.rpm
test-pkgB-2-1.1.noarch.rpm
multibuild-pkg/_buildenv
multibuild-pkg/_statistics
multibuild-pkg/rpmlint.log
multibuild-pkg:flavor1/_buildenv
multibuild-pkg:flavor1/_statistics
multibuild-pkg:flavor1/rpmlint.log
multibuild-pkg:flavor2/_buildenv
multibuild-pkg:flavor2/_statistics
multibuild-pkg:flavor2/rpmlint.log
test-pkgA/_buildenv
test-pkgA/_statistics
test-pkgA/rpmlint.log
test-pkgB/_buildenv
test-pkgB/_statistics
test-pkgB/rpmlint.log
"""

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@no-snapshot
Feature: `osc getbinaries <repo>` command from a project checkout
# common steps for all scenarios
Background:
Given I set working directory to "{context.osc.temp}"
And I execute osc with args "checkout openSUSE:Factory multibuild-pkg"
And I set working directory to "{context.osc.temp}/openSUSE:Factory/multibuild-pkg"
Scenario: Run `osc getbinaries <repo>` from a package checkout
Given I set working directory to "{context.osc.temp}/openSUSE:Factory/multibuild-pkg"
When I execute osc with args "getbinaries standard"
Then directory listing of "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/binaries/" is
"""
multibuild-pkg-1-1.1.i586.rpm
multibuild-pkg-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""
Scenario: Run `osc getbinaries <repo> --multibuild-package=<flavor>` from a package checkout
When I execute osc with args "getbinaries standard --multibuild-package=flavor1"
Then directory listing of "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/binaries/" is
"""
multibuild-pkg-flavor1-1-1.1.i586.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""
Scenario: Run `osc getbinaries <repo> --debuginfo` from a package checkout
When I execute osc with args "getbinaries standard --debuginfo"
Then directory listing of "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/binaries/" is
"""
multibuild-pkg-1-1.1.i586.rpm
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-debuginfo-1-1.1.i586.rpm
multibuild-pkg-debuginfo-1-1.1.x86_64.rpm
multibuild-pkg-debugsource-1-1.1.i586.rpm
multibuild-pkg-debugsource-1-1.1.x86_64.rpm
_buildenv
_statistics
rpmlint.log
"""

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@no-snapshot
Feature: `osc getbinaries <repo>` command from a project checkout
# common steps for all scenarios
Background:
Given I set working directory to "{context.osc.temp}"
And I execute osc with args "checkout openSUSE:Factory"
And I set working directory to "{context.osc.temp}/openSUSE:Factory"
Scenario: Run `osc getbinaries <repo>` from a project checkout
When I execute osc with args "getbinaries standard"
Then directory tree in "{context.osc.temp}/openSUSE:Factory/binaries/" is
"""
multibuild-pkg-1-1.1.i586.rpm
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-1-1.1.i586.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-1-1.1.i586.rpm
multibuild-pkg-flavor2-1-1.1.x86_64.rpm
test-pkgA-3-1.1.noarch.rpm
test-pkgB-2-1.1.noarch.rpm
multibuild-pkg/_buildenv
multibuild-pkg/_statistics
multibuild-pkg/rpmlint.log
multibuild-pkg:flavor1/_buildenv
multibuild-pkg:flavor1/_statistics
multibuild-pkg:flavor1/rpmlint.log
multibuild-pkg:flavor2/_buildenv
multibuild-pkg:flavor2/_statistics
multibuild-pkg:flavor2/rpmlint.log
test-pkgA/_buildenv
test-pkgA/_statistics
test-pkgA/rpmlint.log
test-pkgB/_buildenv
test-pkgB/_statistics
test-pkgB/rpmlint.log
"""
Scenario: Run `osc getbinaries <repo> --multibuild-package=<flavor>` from a project checkout
When I execute osc with args "getbinaries standard --multibuild-package=flavor1"
# the option is allowed only in a package checkout
Then the exit code is 2
Scenario: Run `osc getbinaries <repo> --sources` from a project checkout
When I execute osc with args "getbinaries standard --sources"
Then directory tree in "{context.osc.temp}/openSUSE:Factory/binaries/" is
"""
multibuild-pkg-1-1.1.i586.rpm
multibuild-pkg-1-1.1.src.rpm
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-1-1.1.src.rpm
multibuild-pkg-flavor1-1-1.1.i586.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-1-1.1.src.rpm
multibuild-pkg-flavor2-1-1.1.i586.rpm
multibuild-pkg-flavor2-1-1.1.x86_64.rpm
test-pkgA-3-1.1.noarch.rpm
test-pkgA-3-1.1.src.rpm
test-pkgB-2-1.1.noarch.rpm
test-pkgB-2-1.1.src.rpm
multibuild-pkg/_buildenv
multibuild-pkg/_statistics
multibuild-pkg/rpmlint.log
multibuild-pkg:flavor1/_buildenv
multibuild-pkg:flavor1/_statistics
multibuild-pkg:flavor1/rpmlint.log
multibuild-pkg:flavor2/_buildenv
multibuild-pkg:flavor2/_statistics
multibuild-pkg:flavor2/rpmlint.log
test-pkgA/_buildenv
test-pkgA/_statistics
test-pkgA/rpmlint.log
test-pkgB/_buildenv
test-pkgB/_statistics
test-pkgB/rpmlint.log
"""
Scenario: Run `osc getbinaries <repo> --debuginfo` from a project checkout
When I execute osc with args "getbinaries standard --debuginfo"
Then directory tree in "{context.osc.temp}/openSUSE:Factory/binaries/" is
"""
multibuild-pkg-1-1.1.i586.rpm
multibuild-pkg-1-1.1.x86_64.rpm
multibuild-pkg-debuginfo-1-1.1.i586.rpm
multibuild-pkg-debuginfo-1-1.1.x86_64.rpm
multibuild-pkg-debugsource-1-1.1.i586.rpm
multibuild-pkg-debugsource-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-1-1.1.i586.rpm
multibuild-pkg-flavor1-1-1.1.x86_64.rpm
multibuild-pkg-flavor1-debuginfo-1-1.1.i586.rpm
multibuild-pkg-flavor1-debuginfo-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-1-1.1.i586.rpm
multibuild-pkg-flavor2-1-1.1.x86_64.rpm
multibuild-pkg-flavor2-debuginfo-1-1.1.i586.rpm
multibuild-pkg-flavor2-debuginfo-1-1.1.x86_64.rpm
test-pkgA-3-1.1.noarch.rpm
test-pkgB-2-1.1.noarch.rpm
multibuild-pkg/_buildenv
multibuild-pkg/_statistics
multibuild-pkg/rpmlint.log
multibuild-pkg:flavor1/_buildenv
multibuild-pkg:flavor1/_statistics
multibuild-pkg:flavor1/rpmlint.log
multibuild-pkg:flavor2/_buildenv
multibuild-pkg:flavor2/_statistics
multibuild-pkg:flavor2/rpmlint.log
test-pkgA/_buildenv
test-pkgA/_statistics
test-pkgA/rpmlint.log
test-pkgB/_buildenv
test-pkgB/_statistics
test-pkgB/rpmlint.log
"""

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@no-snapshot
Feature: `osc list` command
Scenario: Run `osc list` with no arguments to display all projects
When I execute osc with args "list"
Then stdout is
"""
home:Admin
openSUSE.org
openSUSE:Factory
"""
Scenario: Run `osc list` on a project to display project packages
When I execute osc with args "list openSUSE:Factory"
Then stdout is
"""
multibuild-pkg
multibuild-pkg:flavor1
multibuild-pkg:flavor2
test-pkgA
test-pkgB
"""
Scenario: Run `osc list` on a project package to display package files
When I execute osc with args "list openSUSE:Factory test-pkgA"
Then stdout is
"""
test-pkgA.changes
test-pkgA.spec
"""

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import errno
import os
import shutil
import subprocess
import behave
def makedirs(path):
try:
os.makedirs(path)
except OSError as e:
if e.errno != errno.EEXIST:
raise
def run(cmd, shell=True, cwd=None, env=None):
"""
Run a command.
Return exitcode, stdout, stderr
"""
proc = subprocess.Popen(
cmd,
shell=shell,
cwd=cwd,
env=env,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
encoding="utf-8",
universal_newlines=True,
errors="surrogateescape",
)
stdout, stderr = proc.communicate()
return proc.returncode, stdout, stderr
def check_exit_code(context):
# check if the previous command finished successfully
# or if the exit code was tested in a scenario
if not getattr(context, "cmd", None):
return
if context.cmd_exitcode_checked:
return
the_exit_code_is(context, 0)
def run_in_context(context, cmd, can_fail=False, **run_args):
check_exit_code(context)
context.cmd = cmd
if hasattr(context.scenario, "working_dir") and 'cwd' not in run_args:
run_args['cwd'] = context.scenario.working_dir
if hasattr(context.scenario, "PATH"):
env = os.environ.copy()
path = context.scenario.PATH
env["PATH"] = path.replace("$PATH", env["PATH"])
run_args["env"] = env
if context.config.userdata.get("DEBUG", False):
print(f"DEBUG: command: {cmd}")
context.cmd_exitcode, context.cmd_stdout, context.cmd_stderr = run(cmd, **run_args)
context.cmd_exitcode_checked = False
if context.config.userdata.get("DEBUG", False):
print(f"DEBUG: exit code: {context.cmd_exitcode}")
print(f"DEBUG: stdout: {context.cmd_stdout}")
print(f"DEBUG: stderr: {context.cmd_stderr}")
if not can_fail and context.cmd_exitcode != 0:
raise AssertionError('Running command "%s" failed: %s' % (cmd, context.cmd_exitcode))
@behave.step("stdout contains \"{text}\"")
def step_impl(context, text):
if re.search(text.format(context=context), context.cmd_stdout):
return
raise AssertionError("Stdout doesn't contain: %s" % text)
@behave.step("stderr contains \"{text}\"")
def step_impl(context, text):
if re.search(text.format(context=context), context.cmd_stderr):
return
raise AssertionError("Stderr doesn't contain: %s" % text)
@behave.step("stdout is")
def step_impl(context):
expected = context.text.format(context=context).rstrip().split('\n')
found = context.cmd_stdout.rstrip().split('\n')
if found == expected:
return
expected_str = "\n".join(expected)
found_str = "\n".join(found)
raise AssertionError(f"Stdout is not:\n{expected_str}\n\nActual stdout:\n{found_str}")
@behave.step('I set working directory to "{path}"')
def step_impl(context, path):
path = path.format(context=context)
context.scenario.working_dir = path
@behave.step('I set PATH to "{path}"')
def step_impl(context, path):
path = path.format(context=context)
context.scenario.PATH = path
@behave.step('I copy file "{source}" to "{destination}"')
def step_impl(context, source, destination):
# substitutions
source = source.format(context=context)
destination = destination.format(context=context)
# if destination is a directory, append the source filename
if destination.endswith("/"):
destination = os.path.join(destination, os.path.basename(source))
# copy file without attributes
makedirs(os.path.dirname(destination))
shutil.copyfile(source, destination)
@behave.step('file "{path}" exists')
def step_impl(context, path):
path = path.format(context=context)
if not os.path.isfile(path):
raise AssertionError(f"File doesn't exist: {path}")
@behave.step('file "{path}" does not exist')
def step_impl(context, path):
path = path.format(context=context)
if os.path.isfile(path):
raise AssertionError(f"File exists: {path}")
@behave.step('file "{one}" is identical to "{two}"')
def step_impl(context, one, two):
one = one.format(context=context)
two = two.format(context=context)
data_one = open(one, "r").read()
data_two = open(two, "r").read()
if data_one != data_two:
raise AssertionError(f"Files differ: {one} != {two}")
@behave.step('directory "{path}" exists')
def step_impl(context, path):
path = path.format(context=context)
if not os.path.isdir(path):
raise AssertionError(f"Directory doesn't exist: {path}")
@behave.step('directory "{path}" does not exist')
def step_impl(context, path):
path = path.format(context=context)
if os.path.isdir(path):
raise AssertionError(f"Directory exists: {path}")
@behave.step('I create file "{path}" with perms "{mode}"')
def step_impl(context, path, mode):
path = path.format(context=context)
mode = int(mode, 8)
content = context.text.format(context=context).rstrip()
makedirs(os.path.dirname(path))
open(path, "w").write(content)
os.chmod(path, mode)
@behave.step("the exit code is {exitcode}")
def the_exit_code_is(context, exitcode):
if context.cmd_exitcode != int(exitcode):
raise AssertionError(f"Command has exited with code {context.cmd_exitcode}: {context.cmd}")
context.cmd_exitcode_checked = True
@behave.step('directory listing of "{path}" is')
def step_impl(context, path):
path = path.format(context=context)
expected = context.text.format(context=context).rstrip().split('\n')
expected = [i for i in expected if i.strip()]
found = os.listdir(path)
expected = set(expected)
found = set(found)
if found == expected:
return
extra = sorted(set(found) - set(expected))
missing = sorted(set(expected) - set(found))
msg = []
if extra:
msg.append("Unexpected files found on disk:")
for fn in extra:
msg.append(f" {fn}")
if missing:
msg.append("Files missing on disk:")
for fn in missing:
msg.append(f" {fn}")
msg = "\n".join(msg)
raise AssertionError(f"Directory listing does not match:\n{msg}")
@behave.step('directory tree in "{path}" is')
def step_impl(context, path):
path = path.format(context=context)
path = os.path.abspath(path)
expected = context.text.format(context=context).rstrip().split('\n')
expected = [i for i in expected if i.strip()]
found = []
for root, dirs, files in os.walk(path):
for fn in files:
file_abspath = os.path.join(root, fn)
file_relpath = file_abspath[len(path) + 1:]
found.append(file_relpath)
# found = os.listdir(path)
expected = set(expected)
found = set(found)
if found == expected:
return
extra = sorted(set(found) - set(expected))
missing = sorted(set(expected) - set(found))
msg = []
if extra:
msg.append("Unexpected files found on disk:")
for fn in extra:
msg.append(f" {fn}")
if missing:
msg.append("Files missing on disk:")
for fn in missing:
msg.append(f" {fn}")
msg = "\n".join(msg)
raise AssertionError(f"Directory listing does not match:\n{msg}")

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#!/usr/bin/python3
import os
import re
import subprocess
import behave
from ruamel.yaml import YAML
class Kanku:
def __init__(self, context, kankufile):
self.kankufile = kankufile
self.kankudir = os.path.dirname(self.kankufile)
self.domain_name = self._get_domain_name()
self.ip = self._get_ip()
def _get_domain_name(self):
"""
Get domain name directly from KankuFile yaml
"""
yaml = YAML(typ='safe')
doc = yaml.load(open(self.kankufile, "r"))
return doc["domain_name"]
def _run_kanku(self, args):
cmd = ["kanku"] + args
env = os.environ.copy()
env["KANKU_CONFIG"] = self.kankufile
proc = subprocess.Popen(
cmd,
cwd=self.kankudir,
env=env,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
encoding="utf-8"
)
return proc
def _get_ip(self):
"""
Get IP from calling `kanku ip`
"""
proc = self._run_kanku(["ip"])
stdout, stderr = proc.communicate()
match = re.search(r"IP Address: ([\d\.]+)", stderr)
return match.group(1)
def create_snapshot(self):
# unmount /tmp/kanku so we are able to create a snapshot of the VM
self.run_command("umount /tmp/kanku")
proc = self._run_kanku(["snapshot", "--create", "--name", "current"])
proc.communicate()
def revert_to_snapshot(self):
proc = self._run_kanku(["snapshot", "--revert", "--name", "current"])
proc.communicate()
def delete_snapshot(self):
proc = self._run_kanku(["snapshot", "--remove", "--name", "current"])
proc.communicate()
def run_command(self, ssh_cmd, user="root"):
proc = self._run_kanku(["ssh", "-u", user, "--execute", ssh_cmd])
proc.wait()
@behave.step("I create VM snapshot")
def func(context, args):
context.kanku.create_snapshot(sudo=True)
@behave.step("I revert to VM snapshot")
def func(context, args):
context.kanku.revert_to_snapshot(sudo=True)

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import os
import shutil
import tempfile
import time
import behave
from steps.common import run_in_context
class Osc:
def __init__(self, context):
self.temp = tempfile.mkdtemp(prefix="osc_behave_")
if not hasattr(context, "kanku"):
raise RuntimeError("context doesn't have kanku object set")
self.oscrc = os.path.join(self.temp, "oscrc")
with open(self.oscrc, "w") as f:
f.write("[general]\n")
f.write("\n")
f.write(f"[https://{context.kanku.ip}]\n")
f.write("user=Admin\n")
f.write("pass=opensuse\n")
f.write("credentials_mgr_class=osc.credentials.PlaintextConfigFileCredentialsManager\n")
f.write("sslcertck=0\n")
f.write("trusted_prj=openSUSE.org:openSUSE:Tumbleweed\n")
def __del__(self):
try:
shutil.rmtree(self.temp)
except Exception:
pass
def get_cmd(self, context):
osc_cmd = context.config.userdata.get("osc", "osc")
cmd = [osc_cmd]
cmd += ["--config", self.oscrc]
cmd += ["-A", f"https://{context.kanku.ip}"]
return cmd
@behave.step("I execute osc with args \"{args}\"")
def step_impl(context, args):
args = args.format(context=context)
cmd = context.osc.get_cmd(context) + [args]
cmd = " ".join(cmd)
run_in_context(context, cmd, can_fail=True)
@behave.step('I wait for osc results for "{project}" "{package}"')
def step_impl(context, project, package):
args = f"results {project} {package} --csv --format='%(code)s,%(dirty)s'"
cmd = context.osc.get_cmd(context) + [args]
cmd = " ".join(cmd)
while True:
# wait for a moment before checking the status even for the first time
# for some reason, packages appear to be "broken" for a while after they get commited
time.sleep(5)
run_in_context(context, cmd, can_fail=True)
results = []
for line in context.cmd_stdout.splitlines():
code, dirty = line.split(",")
dirty = dirty.lower() == "true"
results.append((code, dirty))
if all((code == "succeeded" and not dirty for code, dirty in results)):
# all builds have succeeded and all dirty flags are false
break
if any((code in ("unresolvable", "failed", "broken", "blocked", "locked", "excluded") and not dirty for code, dirty in results)):
# failed build with dirty flag false
raise AssertionError("Package build failed:\n" + context.cmd_stdout)

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<multibuild>
<flavor>flavor1</flavor>
<flavor>flavor2</flavor>
</multibuild>

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@ -0,0 +1,4 @@
-------------------------------------------------------------------
Tue Feb 1 11:22:33 UTC 2022 - Geeko Packager <email@example.com>
- Release upstream version 1

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%define flavor @BUILD_FLAVOR@%{nil}
# create own debug packages, because the auto-generated would get removed due to being empty
%undefine _debuginfo_subpackages
Name: multibuild-pkg
Version: 1
Release: 0
License: GPL-2.0
Summary: Test package
URL: https://example.com/test-package/
%description
desc
%prep
%build
%install
# no flavor
%if "%{flavor}" == "%{nil}"
%files
%package debuginfo
Summary: Test debuginfo package
%description debuginfo
desc
%files debuginfo
%ghost /usr/lib/debug/multibuild-pkg.debug
%package debugsource
Summary: Test debugsource package
%description debugsource
desc
%files debugsource
%ghost %{_prefix}/src/debug/%{name}-%{version}-%{release}.%{arch}/main.c
%endif
# flavor1
%if "%{flavor}" == "flavor1"
%package -n %{name}-%{flavor}
Summary: Multibuild test package, flavor1
%description -n %{name}-%{flavor}
desc
%files -n %{name}-%{flavor}
%package -n %{name}-%{flavor}-debuginfo
Summary: Test debuginfo package
%description -n %{name}-%{flavor}-debuginfo
desc
%files -n %{name}-%{flavor}-debuginfo
%ghost %{_prefix}/lib/debug/multibuild-pkg.debug
%endif
# flavor2
%if "%{flavor}" == "flavor2"
%package -n %{name}-%{flavor}
Summary: Multibuild test package, flavor2
%description -n %{name}-%{flavor}
desc
%files -n %{name}-%{flavor}
%package -n %{name}-%{flavor}-debuginfo
Summary: Test debuginfo package
%description -n %{name}-%{flavor}-debuginfo
desc
%files -n %{name}-%{flavor}-debuginfo
%ghost %{_prefix}/lib/debug/multibuild-pkg.debug
%endif
%changelog

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@ -0,0 +1,4 @@
-------------------------------------------------------------------
Mon Jan 3 11:22:33 UTC 2022 - Geeko Packager <email@example.com>
- Release upstream version 1

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@ -0,0 +1,25 @@
Name: test-pkgA
Version: 1
Release: 0
License: GPL-2.0
Summary: Test package
URL: https://example.com/test-package/
BuildArch: noarch
%description
desc
%prep
%install
%files
%changelog

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@ -0,0 +1,4 @@
-------------------------------------------------------------------
Tue Jan 4 11:22:33 UTC 2022 - Geeko Packager <email@example.com>
- Release upstream version 2

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@ -0,0 +1,25 @@
Name: test-pkgA
Version: 2
Release: 0
License: GPL-2.0
Summary: Test package
URL: https://example.com/test-package/
BuildArch: noarch
%description
desc
%prep
%install
%files
%changelog

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@ -0,0 +1,4 @@
-------------------------------------------------------------------
Wed Jan 5 11:22:33 UTC 2022 - Geeko Packager <email@example.com>
- Release upstream version 3

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@ -0,0 +1,25 @@
Name: test-pkgA
Version: 3
Release: 0
License: GPL-2.0
Summary: Test package
URL: https://example.com/test-package/
BuildArch: noarch
%description
desc
%prep
%install
%files
%changelog

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@ -0,0 +1,4 @@
-------------------------------------------------------------------
Tue Feb 1 11:22:33 UTC 2022 - Geeko Packager <email@example.com>
- Release upstream version 1

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@ -0,0 +1,25 @@
Name: test-pkgB
Version: 1
Release: 0
License: GPL-2.0
Summary: Test package
URL: https://example.com/test-package/
BuildArch: noarch
%description
desc
%prep
%install
%files
%changelog

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-------------------------------------------------------------------
Wed Feb 2 11:22:33 UTC 2022 - Geeko Packager <email@example.com>
- Release upstream version 2

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Name: test-pkgB
Version: 2
Release: 0
License: GPL-2.0
Summary: Test package
URL: https://example.com/test-package/
BuildArch: noarch
%description
desc
%prep
%install
%files
%changelog

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<project name="home:Admin">
<title/>
<description/>
<person userid="Admin" role="maintainer"/>
<repository name="openSUSE_Tumbleweed">
<path project="openSUSE.org:openSUSE:Tumbleweed" repository="standard"/>
<arch>x86_64</arch>
<arch>i586</arch>
</repository>
</project>

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<project name="openSUSE.org">
<title>Remote OBS instance</title>
<description>This project is representing a remote build service instance.</description>
<remoteurl>https://api.opensuse.org/public</remoteurl>
</project>

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<project name="openSUSE:Factory">
<title>The next openSUSE distribution</title>
<description/>
<person userid="Admin" role="maintainer"/>
<repository name="standard">
<path project="openSUSE.org:openSUSE:Tumbleweed" repository="standard"/>
<arch>x86_64</arch>
<arch>i586</arch>
</repository>
</project>

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import os
from steps import osc
# doesn't do anything, just points osc to localhost
class FakeKanku:
ip = "localhost"
def before_all(context):
context.fixtures = os.path.join(os.path.dirname(__file__), "..", "fixtures")
context.kanku = FakeKanku()
context.osc = osc.Osc(context)
def after_all(context):
del context.osc
del context.kanku
del context.fixtures

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# This is a special feature that should be used only in kanku VM to create initial OBS configuration.
# The scenarios follow each other and there is NO CLEANUP between them.
Feature: Setup OBS.
# Using interconnect feature is a must.
# We tried to configure projects from scratch (with download-on-demand repos),
# but there are simply too many settings that must be configured properly to make it work.
#
Scenario: Create openSUSE.org project that interconnects to another OBS instance
Given I execute osc with args "api -X PUT '/source/openSUSE.org/_meta' --file {context.fixtures}/prj/openSUSE.org.xml"
When I execute osc with args "list"
Then stdout is
"""
openSUSE.org
"""
Scenario: Create openSUSE:Factory project
Given I execute osc with args "api -X PUT '/source/openSUSE:Factory/_meta' --file {context.fixtures}/prj/openSUSE_Factory.xml"
When I execute osc with args "list"
Then stdout is
"""
openSUSE.org
openSUSE:Factory
"""
Scenario: Create home:Admin project
Given I execute osc with args "api -X PUT '/source/home:Admin/_meta' --file {context.fixtures}/prj/home_Admin.xml"
When I execute osc with args "list"
Then stdout is
"""
home:Admin
openSUSE.org
openSUSE:Factory
"""
Scenario: Create and build package 'test-pkgA' in 'openSUSE:Factory' project
# checkout project
Given I set working directory to "{context.osc.temp}"
When I execute osc with args "checkout openSUSE:Factory"
Then directory "{context.osc.temp}/openSUSE:Factory" exists
And directory "{context.osc.temp}/openSUSE:Factory/.osc" exists
# create package
Given I set working directory to "{context.osc.temp}/openSUSE:Factory"
When I execute osc with args "mkpac test-pkgA"
Then directory "{context.osc.temp}/openSUSE:Factory/test-pkgA" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgA/.osc" exists
# add and commit new package content
Given I set working directory to "{context.osc.temp}/openSUSE:Factory/test-pkgA"
# revision 1
When I copy file "{context.fixtures}/pac/test-pkgA-1.spec" to "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.spec"
And I copy file "{context.fixtures}/pac/test-pkgA-1.changes" to "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.changes"
And I execute osc with args "add test-pkgA.spec test-pkgA.changes"
And I execute osc with args "commit -m 'Initial commit'"
# revision 2
And I copy file "{context.fixtures}/pac/test-pkgA-2.spec" to "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.spec"
And I copy file "{context.fixtures}/pac/test-pkgA-2.changes" to "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.changes"
And I execute osc with args "commit -m 'Version 2'"
# revision 3
And I copy file "{context.fixtures}/pac/test-pkgA-3.spec" to "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.spec"
And I copy file "{context.fixtures}/pac/test-pkgA-3.changes" to "{context.osc.temp}/openSUSE:Factory/test-pkgA/test-pkgA.changes"
And I execute osc with args "commit -m 'Version 3'"
Then I wait for osc results for "openSUSE:Factory" "test-pkgA"
Scenario: Create and build package 'test-pkgB' in 'openSUSE:Factory' project
# project checkout exists in temp already, no need to run checkout again
# create package
Given I set working directory to "{context.osc.temp}/openSUSE:Factory"
When I execute osc with args "mkpac test-pkgB"
Then directory "{context.osc.temp}/openSUSE:Factory/test-pkgB" exists
And directory "{context.osc.temp}/openSUSE:Factory/test-pkgB/.osc" exists
# add and commit new package content
Given I set working directory to "{context.osc.temp}/openSUSE:Factory/test-pkgB"
# revision 1
When I copy file "{context.fixtures}/pac/test-pkgB-1.spec" to "{context.osc.temp}/openSUSE:Factory/test-pkgB/test-pkgB.spec"
And I copy file "{context.fixtures}/pac/test-pkgB-1.changes" to "{context.osc.temp}/openSUSE:Factory/test-pkgB/test-pkgB.changes"
And I execute osc with args "add test-pkgB.spec test-pkgB.changes"
And I execute osc with args "commit -m 'Initial commit'"
# revision 2
And I copy file "{context.fixtures}/pac/test-pkgB-2.spec" to "{context.osc.temp}/openSUSE:Factory/test-pkgB/test-pkgB.spec"
And I copy file "{context.fixtures}/pac/test-pkgB-2.changes" to "{context.osc.temp}/openSUSE:Factory/test-pkgB/test-pkgB.changes"
And I execute osc with args "commit -m 'Version 2'"
Then I wait for osc results for "openSUSE:Factory" "test-pkgB"
Scenario: Create and build package 'multibuild-pkg' in 'openSUSE:Factory' project
# project checkout exists in temp already, no need to run checkout again
# create package
Given I set working directory to "{context.osc.temp}/openSUSE:Factory"
When I execute osc with args "mkpac multibuild-pkg"
Then directory "{context.osc.temp}/openSUSE:Factory/multibuild-pkg" exists
And directory "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/.osc" exists
# add and commit new package content
Given I set working directory to "{context.osc.temp}/openSUSE:Factory/multibuild-pkg"
# revision 1
When I copy file "{context.fixtures}/pac/multibuild-pkg-1.spec" to "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/multibuild-pkg.spec"
And I copy file "{context.fixtures}/pac/multibuild-pkg-1.changes" to "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/multibuild-pkg.changes"
And I copy file "{context.fixtures}/pac/multibuild-pkg-1._multibuild" to "{context.osc.temp}/openSUSE:Factory/multibuild-pkg/_multibuild"
And I execute osc with args "add multibuild-pkg.spec multibuild-pkg.changes _multibuild"
And I execute osc with args "commit -m 'Initial commit'"
Then I wait for osc results for "openSUSE:Factory" "multibuild-pkg"

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behave/obs-setup/steps Symbolic link
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../features/steps

46
behave/requirements.spec Normal file
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# This package is not meant to be built and installed.
# It is for installing the test suite dependencies.
#
# Please follow the instructions in README.md.
# packages needed to manage virtual machines
%bcond_without host_only_packages
# minimal required behave version
%define behave_version 1.2.6
Name: osc-behave-requirements
Version: 1
Release: 0
Summary: Requirements for the OSC Behave tests
License: GPLv2
# don't install kanku inside a kanku VM
%if %{with host_only_packages}
BuildRequires: kanku
%endif
# osc
BuildRequires: osc
# behave
BuildRequires: (python3dist(behave) >= %{behave_version} or python3-behave >= %{behave_version})
# needed by steps/kanku.py
BuildRequires: (python3dist(ruamel.yaml) or python3-ruamel.yaml)
# fixes: ModuleNotFoundError: No module named 'pkg_resources'
BuildRequires: (python3dist(setuptools) or python3-setuptools)
%description
%{summary}
%files
%changelog

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behave >= 1.2.6