lib/packages.cf
Table of contents
See the packages promises documentation for a
comprehensive reference on the body types and attributes used here.
package_module bodies
apk
Prototype: apk
Implementation:
code
body package_module apk
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
}
apt_get
Prototype: apt_get
Implementation:
code
body package_module apt_get
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
#default_options => {};
@if minimum_version(3.12.2)
termux::
interpreter => "$(paths.bin_path)/python";
!termux::
interpreter => "$(sys.bindir)/cfengine-selected-python";
@endif
}
zypper
Prototype: zypper
Implementation:
code
body package_module zypper
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
#default_options => {};
@if minimum_version(3.12.2)
interpreter => "$(sys.bindir)/cfengine-selected-python";
@endif
}
nimclient
Prototype: nimclient
Description: Define details used when interfacing with nimclient package module
Example:
code
bundle agent example_nimclient
{
packages:
"expect.base"
policy => "present",
options => { "lpp_source=lppaix71034" },
package_module => nimclient;
}
Implementation:
code
body package_module nimclient
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
# This would likey be customized based on your infrastructure specifics
# you may for example want to default the lpp_source based on something
# like `oslevel -s` output.
#default_options => {};
}
pkgsrc
Prototype: pkgsrc
Description: Define details used when interfacing with the pkgsrc package module.
Example:
cf3
bundle agent main
{
packages:
"vim"
policy => "present",
package_module => pkgsrc;
}
Implementation:
code
body package_module pkgsrc
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
}
yum
Prototype: yum
Description: Define details used when interfacing with yum
Implementation:
code
body package_module yum
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
#default_options => {};
@if minimum_version(3.12.2)
interpreter => "$(sys.bindir)/cfengine-selected-python";
@endif
}
slackpkg
Prototype: slackpkg
Description: Define details used when interfacing with slackpkg
Implementation:
code
body package_module slackpkg
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
#default_options => {};
}
pkg
Prototype: pkg
Description: Define details used when interfacing with pkg
Implementation:
code
body package_module pkg
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
#default_options => {};
}
snap
Prototype: snap
Description: Define details used when interfacing with snapcraft
Implementation:
code
body package_module snap
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
#default_options => {};
}
freebsd_ports
Prototype: freebsd_ports
Description: Define details used when interfacing with the freebsd ports package module.
Note: Ports are expected to be setup prior to trying to use the packages
promise. You may need to ensure that portsnap extract has been run, e.g.
fileexists("/usr/ports/Mk/bsd.port.mk")
Example:
cf3
bundle agent main
{
packages:
freebsd::
"vim"
policy => "present",
package_module => freebsd_ports;
}
Implementation:
code
body package_module freebsd_ports
{
query_installed_ifelapsed => "$(package_module_knowledge.query_installed_ifelapsed)";
query_updates_ifelapsed => "$(package_module_knowledge.query_updates_ifelapsed)";
}
file bodies
control
Prototype: control
Description: include policy needed by this file
Implementation:
code
body file control
{
inputs => { @(packages_common.inputs) };
}
package_method bodies
pip
Prototype: pip(flags)
Description: Python `pip' package management
`pip' is a package manager for Python http://www.pip-installer.org/en/latest/
Available commands : add, delete, (add)update, verify
Arguments:
flags: The command line parameter passed topip
Note: "update" command performs recursive upgrade (of dependencies) by default. Set $flags to "--no-deps" to perform non-recursive upgrade. http://www.pip-installer.org/en/latest/cookbook.html#non-recursive-upgrades
Example:
code
packages:
"Django" package_method => pip(""), package_policy => "add";
"django-registration" package_method => pip(""), package_policy => "delete";
"requests" package_method => pip(""), package_policy => "verify";
Note: "Django" with a capital 'D' in the example above. Explicitly match the name of the package, capitalization does count!
code
$ pip search django | egrep "^Django\s+-"
Django - A high-level Python Web framework [..output trimmed..]
Implementation:
code
body package_method pip(flags)
{
package_changes => "individual";
package_noverify_regex => "";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_list_name_regex => "$(pip_knowledge.pip_list_name_regex)";
package_list_version_regex => "$(pip_knowledge.pip_list_version_regex)";
package_installed_regex => "$(pip_knowledge.pip_installed_regex)";
package_name_convention => "$(name)";
package_delete_convention => "$(name)";
package_list_command => "$(paths.path[pip]) list $(flags)";
package_verify_command => "$(paths.path[pip]) show $(flags)";
package_add_command => "$(paths.path[pip]) install $(flags)";
package_delete_command => "$(paths.path[pip]) uninstall --yes $(flags)";
package_update_command => "$(paths.path[pip]) install --upgrade $(flags)";
}
npm
Prototype: npm(dir)
Description: Node.js `npm' local-mode package management
`npm' is a package manager for Node.js https://npmjs.org/package/npm
Available commands : add, delete, (add)update, verify
For the difference between local and global install see here: https://npmjs.org/doc/cli/npm-install.html
Arguments:
dir: The prefix path to ./node_modules/
Example:
code
vars:
"dirs" slist => { "/root/myproject", "/home/somedev/someproject" };
packages:
"express" package_method => npm("$(dirs)"), package_policy => "add";
"redis" package_method => npm("$(dirs)"), package_policy => "delete";
Implementation:
code
body package_method npm(dir)
{
package_changes => "individual";
package_noverify_regex => "";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_list_name_regex => "$(npm_knowledge.npm_list_name_regex)";
package_list_version_regex => "$(npm_knowledge.npm_list_version_regex)";
package_installed_regex => "$(npm_knowledge.npm_installed_regex)";
package_name_convention => "$(name)";
package_delete_convention => "$(name)";
package_list_command => "$(npm_knowledge.call_npm) list --prefix $(dir)";
package_verify_command => "$(npm_knowledge.call_npm) list --prefix $(dir)";
package_add_command => "$(npm_knowledge.call_npm) install --prefix $(dir)";
package_delete_command => "$(npm_knowledge.call_npm) remove --prefix $(dir)";
package_update_command => "$(npm_knowledge.call_npm) update --prefix $(dir)";
}
npm_g
Prototype: npm_g
Description: Node.js `npm' global-mode package management
`npm' is a package manager for Node.js https://npmjs.org/package/npm
Available commands : add, delete, (add)update, verify
For the difference between global and local install see here: https://npmjs.org/doc/cli/npm-install.html
Example:
code
packages:
"express" package_method => npm_g, package_policy => "add";
"redis" package_method => npm_g, package_policy => "delete";
Implementation:
code
body package_method npm_g
{
package_changes => "individual";
package_noverify_regex => "";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_list_name_regex => "$(npm_knowledge.npm_list_name_regex)";
package_list_version_regex => "$(npm_knowledge.npm_list_version_regex)";
package_installed_regex => "$(npm_knowledge.npm_installed_regex)";
package_name_convention => "$(name)";
package_delete_convention => "$(name)";
package_list_command => "$(npm_knowledge.call_npm) list --global";
package_verify_command => "$(npm_knowledge.call_npm) list --global";
package_add_command => "$(npm_knowledge.call_npm) install --global";
package_delete_command => "$(npm_knowledge.call_npm) remove --global";
package_update_command => "$(npm_knowledge.call_npm) update --global";
}
brew
Prototype: brew(user)
Description: Darwin/Mac OS X + Homebrew installation method
Homebrew is a package manager for OS X -- http://brew.sh
Available commands : add, delete, (add)update (with package_version).
Arguments:
user: The user under which to run the commands
Homebrew expects a regular (non-root) user to install packages. https://github.com/mxcl/homebrew/wiki/FAQ#why-does-homebrew-say-sudo-is-bad As CFEngine doesn't give the possibility to run package_add_command with a different user, this body uses sudo -u.
Example:
code
packages:
"mypackage" package_method => brew("adminuser"), package_policy => "add";
"uppackage" package_method => brew("adminuser"), package_policy => "update", package_version => "3.5.2";
Implementation:
code
body package_method brew(user)
{
package_changes => "bulk";
package_add_command => "$(darwin_knowledge.call_sudo) -u $(user) $(darwin_knowledge.call_brew) install";
package_delete_command => "$(darwin_knowledge.call_sudo) -u $(user) $(darwin_knowledge.call_brew) uninstall";
package_delete_convention => "$(name)";
package_name_convention => "$(name)";
# Homebrew can list only installed packages along versions.
# for a complete list of packages, we could use `brew search`, but there's no easy
# way to determine the version or wether it's installed.
package_installed_regex => ".*";
package_list_command => "$(darwin_knowledge.call_sudo) -u $(user) $(darwin_knowledge.call_brew) list --versions";
package_list_name_regex => "$(darwin_knowledge.brew_name_regex)";
package_list_version_regex => "$(darwin_knowledge.brew_version_regex)";
package_list_update_command => "$(darwin_knowledge.call_sudo) -u $(user) $(darwin_knowledge.call_brew) update";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
# brew list [package] will print the installed files and return 1 if not found.
package_verify_command => "$(darwin_knowledge.call_sudo) -u $(user) $(darwin_knowledge.call_brew) list";
package_noverify_returncode => "1";
# remember to specify the package version
package_update_command => "$(darwin_knowledge.call_sudo) -u $(user) $(darwin_knowledge.call_brew) upgrade";
}
apt
Prototype: apt
Description: APT installation package method
This package method interacts with the APT package manager through aptitude.
Example:
code
packages:
"mypackage" package_method => apt, package_policy => "add";
Implementation:
code
body package_method apt
{
package_changes => "bulk";
package_list_command => "$(debian_knowledge.call_dpkg) -l";
package_list_name_regex => "$(debian_knowledge.list_name_regex)";
package_list_version_regex => "$(debian_knowledge.list_version_regex)";
package_installed_regex => ".i.*"; # packages that have been uninstalled may be listed
package_name_convention => "$(name)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
# make correct version comparisons
package_version_less_command => "$(debian_knowledge.dpkg_compare_less)";
package_version_equal_command => "$(debian_knowledge.dpkg_compare_equal)";
have_aptitude::
package_add_command => "$(debian_knowledge.call_aptitude) $(debian_knowledge.dpkg_options) --assume-yes install";
package_list_update_command => "$(debian_knowledge.call_aptitude) update";
package_delete_command => "$(debian_knowledge.call_aptitude) $(debian_knowledge.dpkg_options) --assume-yes -q remove";
package_update_command => "$(debian_knowledge.call_aptitude) $(debian_knowledge.dpkg_options) --assume-yes install";
package_patch_command => "$(debian_knowledge.call_aptitude) $(debian_knowledge.dpkg_options) --assume-yes install";
package_verify_command => "$(debian_knowledge.call_aptitude) show";
package_noverify_regex => "(State: not installed|E: Unable to locate package .*)";
package_patch_list_command => "$(debian_knowledge.call_aptitude) --assume-yes --simulate --verbose full-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
!have_aptitude::
package_add_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_list_update_command => "$(debian_knowledge.call_apt_get) update";
package_delete_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes -q remove";
package_update_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_patch_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_verify_command => "$(debian_knowledge.call_dpkg) -s";
package_noverify_returncode => "1";
package_patch_list_command => "$(debian_knowledge.call_apt_get) --just-print dist-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
}
apt_get
Prototype: apt_get
Description: APT installation package method
This package method interacts with the APT package manager through apt-get.
Example:
code
packages:
"mypackage" package_method => apt_get, package_policy => "add";
Implementation:
code
body package_method apt_get
{
package_changes => "bulk";
package_list_command => "$(debian_knowledge.call_dpkg) -l";
package_list_name_regex => "$(debian_knowledge.list_name_regex)";
package_list_version_regex => "$(debian_knowledge.list_version_regex)";
package_installed_regex => ".i.*"; # packages that have been uninstalled may be listed
package_name_convention => "$(name)=$(version)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
# Target a specific release, such as backports
package_add_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_list_update_command => "$(debian_knowledge.call_apt_get) update";
package_delete_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes -q remove";
package_update_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_patch_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_verify_command => "$(debian_knowledge.call_dpkg) -s";
package_noverify_returncode => "1";
package_patch_list_command => "$(debian_knowledge.call_apt_get) --just-print dist-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
# make correct version comparisons
package_version_less_command => "$(debian_knowledge.dpkg_compare_less)";
package_version_equal_command => "$(debian_knowledge.dpkg_compare_equal)";
}
apt_get_permissive
Prototype: apt_get_permissive
Description: APT permissive (just by name) package method
This package method interacts with the APT package manager through
apt-get.
Normally you have to specify the package version, and it defaults to
*, which then triggers the bug of installing xyz-abc when you ask for xyz.
This "permissive" body sets
package_name_convention => "$(name)";
which is permissive in the sense of not requiring the version.
Example:
code
packages:
"mypackage" package_method => apt_get_permissive, package_policy => "add";
Implementation:
code
body package_method apt_get_permissive
{
package_changes => "bulk";
package_list_command => "$(debian_knowledge.call_dpkg) -l";
package_list_name_regex => "$(debian_knowledge.list_name_regex)";
package_list_version_regex => "$(debian_knowledge.list_version_regex)";
package_installed_regex => ".i.*"; # packages that have been uninstalled may be listed
package_name_convention => "$(name)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
# Target a specific release, such as backports
package_add_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_list_update_command => "$(debian_knowledge.call_apt_get) update";
package_delete_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes -q remove";
package_update_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_patch_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_verify_command => "$(debian_knowledge.call_dpkg) -s";
package_noverify_returncode => "1";
package_patch_list_command => "$(debian_knowledge.call_apt_get) --just-print dist-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
# make correct version comparisons
package_version_less_command => "$(debian_knowledge.dpkg_compare_less)";
package_version_equal_command => "$(debian_knowledge.dpkg_compare_equal)";
}
apt_get_release
Prototype: apt_get_release(release)
Description: APT installation package method
Arguments:
release: specific release to use
This package method interacts with the APT package manager through apt-get but sets a specific target release.
Example:
code
packages:
"mypackage" package_method => apt_get_release("xyz"), package_policy => "add";
Implementation:
code
body package_method apt_get_release(release)
{
package_changes => "bulk";
package_list_command => "$(debian_knowledge.call_dpkg) -l";
package_list_name_regex => "$(debian_knowledge.list_name_regex)";
package_list_version_regex => "$(debian_knowledge.list_version_regex)";
package_installed_regex => ".i.*"; # packages that have been uninstalled may be listed
package_name_convention => "$(name)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
# Target a specific release, such as backports
package_add_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes --target-release $(release) install";
package_list_update_command => "$(debian_knowledge.call_apt_get) update";
package_delete_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes -q remove";
package_update_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes --target-release $(release) install";
package_patch_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes --target-release $(release) install";
package_verify_command => "$(debian_knowledge.call_dpkg) -s";
package_noverify_returncode => "1";
package_patch_list_command => "$(debian_knowledge.call_apt_get) --just-print dist-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
# make correct version comparisons
package_version_less_command => "$(debian_knowledge.dpkg_compare_less)";
package_version_equal_command => "$(debian_knowledge.dpkg_compare_equal)";
}
dpkg_version
Prototype: dpkg_version(repo)
Description: dpkg installation package method
Arguments:
repo: specific repo to use
This package method interacts with dpkg.
Example:
code
packages:
"mypackage" package_method => dpkg_version("xyz"), package_policy => "add";
Implementation:
code
body package_method dpkg_version(repo)
{
package_changes => "individual";
package_list_command => "$(debian_knowledge.call_dpkg) -l";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(debian_knowledge.call_apt_get) update";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_list_name_regex => "$(debian_knowledge.list_name_regex)";
package_list_version_regex => "$(debian_knowledge.list_version_regex)";
package_installed_regex => ".i.*"; # packages that have been uninstalled may be listed
package_file_repositories => { "$(repo)" };
debian.x86_64::
package_name_convention => "$(name)_$(version)_amd64.deb";
debian.i686::
package_name_convention => "$(name)_$(version)_i386.deb";
have_aptitude::
package_patch_list_command => "$(debian_knowledge.call_aptitude) --assume-yes --simulate --verbose full-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
!have_aptitude::
package_patch_list_command => "$(debian_knowledge.call_apt_get) --just-print dist-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
debian::
package_add_command => "$(debian_knowledge.call_dpkg) --install";
package_delete_command => "$(debian_knowledge.call_dpkg) --purge";
package_update_command => "$(debian_knowledge.call_dpkg) --install";
package_patch_command => "$(debian_knowledge.call_dpkg) --install";
# make correct version comparisons
package_version_less_command => "$(debian_knowledge.dpkg_compare_less)";
package_version_equal_command => "$(debian_knowledge.dpkg_compare_equal)";
}
rpm_version
Prototype: rpm_version(repo)
Description: RPM direct installation method
Arguments:
repo: the specific repository forpackage_file_repositories
This package method interacts with the RPM package manager for a specific repo.
Example:
code
packages:
"mypackage" package_method => rpm_version("myrepo"), package_policy => "add";
Implementation:
code
body package_method rpm_version(repo)
{
package_changes => "individual";
package_list_command => "$(rpm_knowledge.call_rpm) -qa --queryformat \"$(rpm_knowledge.rpm_output_format)\"";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_list_name_regex => "$(rpm_knowledge.rpm_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm_arch_regex)";
package_installed_regex => "i.*";
package_file_repositories => { "$(repo)" };
package_name_convention => "$(name)-$(version).$(arch).rpm";
package_add_command => "$(rpm_knowledge.call_rpm) -ivh ";
package_update_command => "$(rpm_knowledge.call_rpm) -Uvh ";
package_patch_command => "$(rpm_knowledge.call_rpm) -Uvh ";
package_delete_command => "$(rpm_knowledge.call_rpm) -e --nodeps";
package_verify_command => "$(rpm_knowledge.call_rpm) -V";
package_noverify_regex => ".*[^\s].*";
package_version_less_command => "$(redhat_knowledge.rpm_compare_less)";
package_version_equal_command => "$(redhat_knowledge.rpm_compare_equal)";
}
windows_feature
Prototype: windows_feature
Description: Method for managing Windows features
Implementation:
code
body package_method windows_feature
{
package_changes => "individual";
package_name_convention => "$(name)";
package_delete_convention => "$(name)";
package_installed_regex => ".*";
package_list_name_regex => "(.*)";
package_list_version_regex => "(.*)"; # FIXME: the listing does not give version, so takes name for version too now
package_add_command => "$(sys.winsysdir)\\WindowsPowerShell\\v1.0\\powershell.exe -Command \"Import-Module ServerManager; Add-WindowsFeature -Name\"";
package_delete_command => "$(sys.winsysdir)\\WindowsPowerShell\\v1.0\\powershell.exe -Command \"Import-Module ServerManager; Remove-WindowsFeature -confirm:$false -Name\"";
package_list_command => "$(sys.winsysdir)\\WindowsPowerShell\\v1.0\\powershell.exe -Command \"Import-Module ServerManager; Get-WindowsFeature | where {$_.installed -eq $True} |foreach {$_.Name}\"";
}
msi_implicit
Prototype: msi_implicit(repo)
Description: Windows MSI method
Arguments:
repo: The package file repository
Uses the whole file name as promiser, e.g. "7-Zip-4.50-x86_64.msi". The name, version and arch is then deduced from the promiser.
See also: msi_explicit()
Implementation:
code
body package_method msi_implicit(repo)
{
package_changes => "individual";
package_file_repositories => { "$(repo)" };
package_installed_regex => ".*";
package_name_convention => "$(name)-$(version)-$(arch).msi";
package_delete_convention => "$(firstrepo)$(name)-$(version)-$(arch).msi";
package_name_regex => "^(\S+)-(\d+\.?)+";
package_version_regex => "^\S+-((\d+\.?)+)";
package_arch_regex => "^\S+-[\d\.]+-(.*).msi";
package_add_command => "\"$(sys.winsysdir)\msiexec.exe\" /qn /i";
package_update_command => "\"$(sys.winsysdir)\msiexec.exe\" /qn /i";
package_delete_command => "\"$(sys.winsysdir)\msiexec.exe\" /qn /x";
}
msi_explicit
Prototype: msi_explicit(repo)
Description: Windows MSI method
Arguments:
repo: The package file repository
Uses software name as promiser, e.g. "7-Zip", and explicitly
specify any package_version and package_arch.
See also: msi_implicit()
Implementation:
code
body package_method msi_explicit(repo)
{
package_changes => "individual";
package_file_repositories => { "$(repo)" };
package_installed_regex => ".*";
package_name_convention => "$(name)-$(version)-$(arch).msi";
package_delete_convention => "$(firstrepo)$(name)-$(version)-$(arch).msi";
package_add_command => "\"$(sys.winsysdir)\msiexec.exe\" /qn /i";
package_update_command => "\"$(sys.winsysdir)\msiexec.exe\" /qn /i";
package_delete_command => "\"$(sys.winsysdir)\msiexec.exe\" /qn /x";
}
yum
Prototype: yum
Description: Yum+RPM installation method
This package method interacts with the Yum and RPM package managers.
It is a copy of yum_rpm(), which was contributed by Trond Hasle
Amundsen. The old yum package method has been removed.
This is an efficient package method for RPM-based systems - uses rpm
instead of yum to list installed packages.
It will use rpm -e to remove packages. Please note that if several packages
with the same name but varying versions or architectures are installed,
rpm -e will return an error and not delete any of them.
Example:
code
packages:
"mypackage" package_method => yum, package_policy => "add";
Implementation:
code
body package_method yum
{
package_changes => "bulk";
package_list_command => "$(rpm_knowledge.call_rpm) -qa --qf '$(rpm_knowledge.rpm3_output_format)'";
package_patch_list_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_offline_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_name_regex => "$(rpm_knowledge.rpm3_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm3_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm3_arch_regex)";
package_installed_regex => ".*";
package_name_convention => "$(name)-$(version).$(arch)";
# just give the package name to rpm to delete, otherwise it gets "name.*" (from package_name_convention above)
package_delete_convention => "$(name)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_patch_name_regex => "$(redhat_knowledge.patch_name_regex)";
package_patch_version_regex => "$(redhat_knowledge.patch_version_regex)";
package_patch_arch_regex => "$(redhat_knowledge.patch_arch_regex)";
package_add_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y install";
package_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_patch_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_delete_command => "$(rpm_knowledge.call_rpm) -e --nodeps";
package_verify_command => "$(rpm_knowledge.call_rpm) -V";
package_noverify_returncode => "1";
package_version_less_command => "$(redhat_knowledge.rpm_compare_less)";
package_version_equal_command => "$(redhat_knowledge.rpm_compare_equal)";
}
yum_rpm
Prototype: yum_rpm
Description: Yum+RPM installation method
This package method interacts with the Yum and RPM package managers.
Contributed by Trond Hasle Amundsen
This is an efficient package method for RPM-based systems - uses rpm
instead of yum to list installed packages.
It will use rpm -e to remove packages. Please note that if several packages
with the same name but varying versions or architectures are installed,
rpm -e will return an error and not delete any of them.
Example:
code
packages:
"mypackage" package_method => yum_rpm, package_policy => "add";
Implementation:
code
body package_method yum_rpm
{
package_changes => "bulk";
package_list_command => "$(rpm_knowledge.call_rpm) -qa --qf '$(rpm_knowledge.rpm3_output_format)'";
package_patch_list_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_offline_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_name_regex => "$(rpm_knowledge.rpm3_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm3_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm3_arch_regex)";
package_installed_regex => ".*";
package_name_convention => "$(name)-$(version).$(arch)";
# just give the package name to rpm to delete, otherwise it gets "name.*" (from package_name_convention above)
package_delete_convention => "$(name)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_patch_name_regex => "$(redhat_knowledge.patch_name_regex)";
package_patch_version_regex => "$(redhat_knowledge.patch_version_regex)";
package_patch_arch_regex => "$(redhat_knowledge.patch_arch_regex)";
package_add_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y install";
package_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_patch_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_delete_command => "$(rpm_knowledge.call_rpm) -e --nodeps";
package_verify_command => "$(rpm_knowledge.call_rpm) -V";
package_noverify_returncode => "1";
package_version_less_command => "$(redhat_knowledge.rpm_compare_less)";
package_version_equal_command => "$(redhat_knowledge.rpm_compare_equal)";
}
yum_rpm_permissive
Prototype: yum_rpm_permissive
Description: Yum+RPM permissive (just by name) package method
This package method interacts with the Yum and RPM package managers.
Copy of yum_rpm which was contributed by Trond Hasle Amundsen
This is an efficient package method for RPM-based systems - uses
rpm instead of yum to list installed packages. It can't delete
packages and can't take a target version or architecture, so only
the "add" and "addupdate" methods should be used.
Normally you have to specify the package version, and it defaults to
*, which then triggers the bug of installing xyz-abc when you ask for xyz.
This "permissive" body sets
package_name_convention => "$(name)";
which is permissive in the sense of not requiring the version.
Example:
code
packages:
"mypackage" package_method => yum_rpm_permissive, package_policy => "add";
Implementation:
code
body package_method yum_rpm_permissive
{
package_changes => "bulk";
package_list_command => "$(rpm_knowledge.call_rpm) -qa --qf '$(rpm_knowledge.rpm3_output_format)'";
package_patch_list_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_offline_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_name_regex => "$(rpm_knowledge.rpm3_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm3_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm3_arch_regex)";
package_installed_regex => ".*";
package_name_convention => "$(name)";
# not needed, same as package_name_convention above
package_delete_convention => "$(name)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_patch_name_regex => "$(redhat_knowledge.patch_name_regex)";
package_patch_version_regex => "$(redhat_knowledge.patch_version_regex)";
package_patch_arch_regex => "$(redhat_knowledge.patch_arch_regex)";
package_add_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y install";
package_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_patch_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_delete_command => "$(rpm_knowledge.call_rpm) -e --nodeps";
package_verify_command => "$(rpm_knowledge.call_rpm) -V";
package_noverify_returncode => "1";
package_version_less_command => "$(redhat_knowledge.rpm_compare_less)";
package_version_equal_command => "$(redhat_knowledge.rpm_compare_equal)";
}
yum_rpm_enable_repo
Prototype: yum_rpm_enable_repo(repoid)
Description: Yum+RPM repo-specific installation method
Arguments:
repoid: the repository name as inyum --enablerepo=???
This package method interacts with the RPM package manager for a specific repo.
Based on yum_rpm() with addition to enable a repository for the install.
Sometimes repositories are configured but disabled by default. For example this pacakge_method could be used when installing a package that exists in the EPEL, which normally you do not want to install packages from.
Example:
code
packages:
"mypackage" package_method => yum_rpm_enable_repo("myrepo"), package_policy => "add";
Implementation:
code
body package_method yum_rpm_enable_repo(repoid)
{
package_changes => "bulk";
package_list_command => "$(rpm_knowledge.call_rpm) -qa --qf '$(rpm_knowledge.rpm2_output_format)'";
package_patch_list_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_offline_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_name_regex => "$(rpm_knowledge.rpm2_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm2_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm2_arch_regex)";
package_installed_regex => ".*";
package_name_convention => "$(name)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_patch_name_regex => "$(redhat_knowledge.patch_name_regex)";
package_patch_version_regex => "$(redhat_knowledge.patch_version_regex)";
package_patch_arch_regex => "$(redhat_knowledge.patch_arch_regex)";
package_add_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) --enablerepo=$(repoid) -y install";
package_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) --enablerepo=$(repoid) -y update";
package_patch_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_delete_command => "$(rpm_knowledge.call_rpm) -e --nodeps --allmatches";
package_verify_command => "$(rpm_knowledge.call_rpm) -V";
package_noverify_returncode => "1";
package_version_less_command => "$(redhat_knowledge.rpm_compare_less)";
package_version_equal_command => "$(redhat_knowledge.rpm_compare_equal)";
}
yum_group
Prototype: yum_group
Description: RPM direct installation method
Makes use of the "groups of packages" feature of Yum possible. (yum
groupinstall, yum groupremove)
Groups must be specified by their groupids, available through yum
grouplist -v (between parentheses). For example, below
network-tools is the groupid.
code
$ yum grouplist -v|grep Networking|head -n 1
Networking Tools (network-tools)
Example:
code
Policies examples:
-Install "web-server" group:
----------------------------
packages:
"web-server"
package_policy => "add",
package_method => yum_group;
-Remove "debugging" and "php" groups:
-------------------------------------
vars:
"groups" slist => { "debugging", "php" };
packages:
"$(groups)"
package_policy => "delete",
package_method => yum_group;
Implementation:
code
body package_method yum_group
{
package_add_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) groupinstall -y";
package_changes => "bulk";
package_delete_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) groupremove -y";
package_delete_convention => "$(name)";
package_installed_regex => "^i.*";
# Generate a dpkg -l like listing, "i" means installed, "a" available, and a dummy version 1
package_list_command =>
"$(redhat_knowledge.call_yum) grouplist -v|awk '$0 ~ /^Done$/ {next} {sub(/.*\(/, \"\");sub(/\).*/, \"\")} /Available/ {h=\"a\";next} /Installed/ {h=\"i\";next} h==\"i\" || h==\"a\" {print h\" \"$0\" 1\"}'";
package_list_name_regex => "a|i ([^\s]+) 1";
package_list_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_list_version_regex => "(1)";
package_name_convention => "$(name)";
package_name_regex => "(.*)";
package_noverify_returncode => "0";
package_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) groupupdate";
# grep -x to only get full line matching
package_verify_command => "$(redhat_knowledge.call_yum) grouplist -v|awk '$0 ~ /^Done$/ {next} {sub(/.*\(/, \"\");sub(/\).*/, \"\")} /Available/ {h=\"a\";next} /Installed/ {h=\"i\";next} h==\"i\"|grep -qx";
}
rpm_filebased
Prototype: rpm_filebased(path)
Description: install packages from local filesystem-based RPM repository.
Arguments:
path: the path to the local package repository
Contributed by Aleksey Tsalolikhin. Written on 29-Feb-2012.
Based on yum_rpm() body by Trond Hasle Amundsen.
Example:
code
packages:
"epel-release"
package_policy => "add",
package_version => "5-4",
package_architectures => { "noarch" },
package_method => rpm_filebased("/repo/RPMs");
Implementation:
code
body package_method rpm_filebased(path)
{
package_file_repositories => { "$(path)" };
# the above is an addition to Trond's yum_rpm body
package_add_command => "$(rpm_knowledge.call_rpm) -ihv ";
# The above is a change from Trond's yum_rpm body, this makes the commands rpm only.
# The reason I changed the install command from yum to rpm is yum will be default
# refuse to install the epel-release RPM as it does not have the EPEL GPG key,
# but rpm goes ahead and installs the epel-release RPM and the EPEL GPG key.
package_name_convention => "$(name)-$(version).$(arch).rpm";
# The above is a change from Tron's yum_rpm body. When package_file_repositories is in play,
# package_name_convention has to match the file name, not the package name, per the
# CFEngine 3 Reference Manual
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
# The rest is unchanged from Trond's yum_rpm body
package_changes => "bulk";
package_list_command => "$(rpm_knowledge.call_rpm) -qa --qf '$(rpm_knowledge.rpm2_output_format)'";
package_list_name_regex => "$(rpm_knowledge.rpm2_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm2_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm2_arch_regex)";
package_installed_regex => ".*";
package_delete_command => "$(rpm_knowledge.call_rpm) -e --allmatches";
package_verify_command => "$(rpm_knowledge.call_rpm) -V";
package_noverify_returncode => "1";
package_version_less_command => "$(redhat_knowledge.rpm_compare_less)";
package_version_equal_command => "$(redhat_knowledge.rpm_compare_equal)";
}
ips
Prototype: ips
Description: Image Package System method, used by OpenSolaris based systems (Solaris 11, Illumos, etc)
A note about Solaris 11.1 versioning format:
code
$ pkg list -v --no-refresh zsh
FMRI IFO
pkg://solaris/shell/zsh@4.3.17,5.11-0.175.1.0.0.24.0:20120904T174236Z i--
name--------- |<----->| |/________________________\|
version---------------- |\ /|
Notice that the publisher and timestamp aren't used. And that the package version then must have the commas replaced by underscores.
Thus, 4.3.17,5.11-0.175.1.0.0.24.0 Becomes: 4.3.17_5.11-0.175.1.0.0.24.0
Therefore, a properly formatted package promise looks like this:
code
"shell/zsh"
package_policy => "addupdate",
package_method => ips,
package_select => ">=",
package_version => "4.3.17_5.11-0.175.1.0.0.24.0";
Implementation:
code
body package_method ips
{
package_changes => "bulk";
package_list_command => "$(paths.path[pkg]) list -v --no-refresh";
package_list_name_regex => "pkg://.+?(?<=/)([^\s]+)@.*$";
package_list_version_regex => "[^\s]+@([^\s]+):.*";
package_installed_regex => ".*(i..)"; # all reported are installed
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(paths.path[pkg]) refresh --full";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_add_command => "$(paths.path[pkg]) install --accept ";
package_delete_command => "$(paths.path[pkg]) uninstall";
package_update_command => "$(paths.path[pkg]) install --accept";
package_patch_command => "$(paths.path[pkg]) install --accept";
package_verify_command => "$(paths.path[pkg]) list -a -v --no-refresh";
package_noverify_regex => "(.*---|pkg list: no packages matching .* installed)";
}
smartos
Prototype: smartos
Description: pkgin method for SmartOS (solaris 10 fork by Joyent)
Implementation:
code
body package_method smartos
{
package_changes => "bulk";
package_list_command => "/opt/local/bin/pkgin list";
package_list_name_regex => "([^\s]+)\-[0-9][^\s;]+.*[\s;]";
package_list_version_regex => "[^\s]+\-([0-9][^\s;]+).*[\s;]";
package_installed_regex => ".*"; # all reported are installed
package_list_update_command => "/opt/local/bin/pkgin -y update";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_add_command => "/opt/local/bin/pkgin -y install";
package_delete_command => "/opt/local/bin/pkgin -y remove";
# pkgin update doesn't do what you think it does. pkgin install against and
# already installed package will upgrade it however.
package_update_command => "/opt/local/bin/pkgin -y install";
}
smartos_pkg_add
Prototype: smartos_pkg_add(repo)
Description: SmartOS pkg_add installation package method
This package method interacts with SmartOS pkg_add to install from local or remote repositories. It is slightly different than the FreeBSD pkg_add.
This example installs "perl5" from a remote repository:
code
----------------------------
packages:
"perl5"
package_policy => "add",
package_method => smartos_pkg_add("http://pkg.example.com/packages/");
Arguments:
repo: string, used in the value of attributepackage_add_command
Implementation:
code
body package_method smartos_pkg_add(repo)
{
package_changes => "individual";
package_list_command => "/opt/local/sbin/pkg_info";
package_list_name_regex => "([^\s]+)\-[0-9]+.*\s";
package_list_version_regex => "[^\s]+\-([0-9][^\s]+)\s";
package_installed_regex => ".*"; # all reported are installed
package_add_command => "/usr/bin/env PKG_PATH=$(repo) /opt/local/sbin/pkg_add";
package_delete_command => "/opt/local/sbin/pkg_delete";
package_update_command => "/usr/bin/env PKG_PATH=$(repo) /opt/local/sbin/pkg_add";
}
opencsw
Prototype: opencsw
Description: OpenCSW (Solaris software packages) method
Implementation:
code
body package_method opencsw
{
package_changes => "bulk";
package_list_command => "/opt/csw/bin/pkgutil -c";
package_list_name_regex => "CSW(.*?)\s.*";
package_list_version_regex => ".*?\s+(.*),.*";
package_installed_regex => ".*"; # all reported are installed
package_list_update_command => "/opt/csw/bin/pkgutil -U";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_add_command => "/opt/csw/bin/pkgutil -yi";
package_delete_command => "/opt/csw/bin/pkgutil -yr";
package_update_command => "/opt/csw/bin/pkgutil -yu";
}
solaris
Prototype: solaris(pkgname, spoolfile, adminfile)
Description: Package method for old Solaris package system
Arguments:
pkgname: Not usedspoolfile: The spool file, located in/tmpadminfile: The admin file, located in/tmp
The older solaris package system is poorly designed, with too many different names to track. See the example in tests/units/unit_package_solaris.cf to see how to use this.
Implementation:
code
body package_method solaris(pkgname, spoolfile, adminfile)
{
package_changes => "individual";
package_list_command => "$(solaris_knowledge.call_pkginfo) -l";
package_multiline_start => "\s*PKGINST:\s+[^\s]+.*";
package_list_name_regex => "\s*PKGINST:\s+([^\s]+).*";
package_list_version_regex => "\s*VERSION:\s+([^\s]+).*";
package_list_arch_regex => "\s*ARCH:\s+([^\s]+)";
package_installed_regex => "\s*STATUS:\s*(completely|partially)\s+installed.*";
package_name_convention => "$(name)";
package_add_command => "$(solaris_knowledge.call_pkgadd) -n -a /tmp/$(adminfile) -d /tmp/$(spoolfile)";
package_delete_command => "$(solaris_knowledge.call_pkgrm) -n -a /tmp/$(adminfile)";
}
solaris_install
Prototype: solaris_install(adminfile)
Description: Package method for old Solaris package system
Arguments:
adminfile: The admin file created bycreate_solaris_admin_file
Implementation:
code
body package_method solaris_install(adminfile)
{
package_changes => "individual";
package_list_command => "$(solaris_knowledge.call_pkginfo) -l";
package_multiline_start => "\s*PKGINST:\s+[^\s]+.*";
package_list_name_regex => "\s*PKGINST:\s+([^\s]+).*";
package_list_version_regex => "\s*VERSION:\s+([^\s]+).*";
package_list_arch_regex => "\s*ARCH:\s+([^\s]+)";
package_installed_regex => "\s*STATUS:\s*(completely|partially)\s+installed.*";
package_name_convention => "$(name)";
package_add_command => "$(solaris_knowledge.call_pkgadd) -n -a $(adminfile)";
package_delete_command => "$(solaris_knowledge.call_pkgrm) -n -a $(adminfile)";
}
freebsd
Prototype: freebsd
Description: FreeBSD pkg_add installation package method
This package method interacts with FreeBSD pkg_add to install from remote repositories.
Example: NOTE: Do not use this method on pkgng systems! It will appear to operate normally but is highly likely to break your package system.
This example installs "perl5" from a non-default repository:
code
----------------------------
vars:
environment => { "PACKAGESITE=http://repo.example.com/private/8_STABLE/" };
packages:
"perl5"
package_policy => "add",
package_method => freebsd;
Implementation:
code
body package_method freebsd
{
package_changes => "individual";
# Could use rpm for this
package_list_command => "/usr/sbin/pkg info";
# Remember to escape special characters like |
package_list_name_regex => "([^\s]+)-.*";
package_list_version_regex => "[^\s]+-([^\s]+).*";
package_name_regex => "([^\s]+)-.*";
package_version_regex => "[^\s]+-([^\s]+).*";
package_installed_regex => ".*";
package_name_convention => "$(name)-$(version)";
package_add_command => "/usr/sbin/pkg install -y";
package_delete_command => "/usr/sbin/pkg delete -y";
}
freebsd_portmaster
Prototype: freebsd_portmaster
Description: FreeBSD portmaster package installation method
This package method interacts with portmaster to build and install packages.
Note that you must use the complete package name as it appears in /usr/ports/*/name, such as 'perl5.14' rather than 'perl5'. Repositories are hard-coded to /usr/ports; alternate locations are unsupported at this time. This method supports both pkg_* and pkgng systems.
Example:
code
packages:
"perl5.14"
package_policy => "add",
package_method => freebsd_portmaster;
Implementation:
code
body package_method freebsd_portmaster
{
package_changes => "individual";
package_list_command => "/usr/sbin/pkg info";
package_list_name_regex => "([^\s]+)-.*";
package_list_version_regex => "[^\s]+-([^\s]+).*";
package_installed_regex => ".*";
package_name_convention => "$(name)";
package_delete_convention => "$(name)-$(version)";
package_file_repositories => {
"/usr/ports/accessibility/",
"/usr/port/arabic/",
"/usr/ports/archivers/",
"/usr/ports/astro/",
"/usr/ports/audio/",
"/usr/ports/benchmarks/",
"/usr/ports/biology/",
"/usr/ports/cad/",
"/usr/ports/chinese/",
"/usr/ports/comms/",
"/usr/ports/converters/",
"/usr/ports/databases/",
"/usr/ports/deskutils/",
"/usr/ports/devel/",
"/usr/ports/dns/",
"/usr/ports/editors/",
"/usr/ports/emulators/",
"/usr/ports/finance/",
"/usr/ports/french/",
"/usr/ports/ftp/",
"/usr/ports/games/",
"/usr/ports/german/",
"/usr/ports/graphics/",
"/usr/ports/hebrew/",
"/usr/ports/hungarian/",
"/usr/ports/irc/",
"/usr/ports/japanese/",
"/usr/ports/java/",
"/usr/ports/korean/",
"/usr/ports/lang/",
"/usr/ports/mail/",
"/usr/ports/math/",
"/usr/ports/mbone/",
"/usr/ports/misc/",
"/usr/ports/multimedia/",
"/usr/ports/net/",
"/usr/ports/net-im/",
"/usr/ports/net-mgmt/",
"/usr/ports/net-p2p/",
"/usr/ports/news/",
"/usr/ports/packages/",
"/usr/ports/palm/",
"/usr/ports/polish/",
"/usr/ports/ports-mgmt/",
"/usr/ports/portuguese/",
"/usr/ports/print/",
"/usr/ports/russian/",
"/usr/ports/science/",
"/usr/ports/security/",
"/usr/ports/shells/",
"/usr/ports/sysutils/",
"/usr/ports/textproc/",
"/usr/ports/ukrainian/",
"/usr/ports/vietnamese/",
"/usr/ports/www/",
"/usr/ports/x11/",
"/usr/ports/x11-clocks/",
"/usr/ports/x11-drivers/",
"/usr/ports/x11-fm/",
"/usr/ports/x11-fonts/",
"/usr/ports/x11-servers/",
"/usr/ports/x11-themes/",
"/usr/ports/x11-toolkits/",
"/usr/ports/x11-wm/",
};
package_add_command => "/usr/local/sbin/portmaster -D -G --no-confirm";
package_update_command => "/usr/local/sbin/portmaster -D -G --no-confirm";
package_delete_command => "/usr/local/sbin/portmaster --no-confirm -e";
}
alpinelinux
Prototype: alpinelinux
Description: Alpine Linux apk package installation method
This package method interacts with apk to manage packages.
Example:
code
packages:
"vim"
package_policy => "add",
package_method => alpinelinux;
Implementation:
code
body package_method alpinelinux
{
package_changes => "bulk";
package_list_command => "/sbin/apk info -v";
package_list_name_regex => "([^\s]+)-.*";
package_list_version_regex => "[^\s]+-([^\s]+).*";
package_name_regex => ".*";
package_installed_regex => ".*";
package_name_convention => "$(name)";
package_add_command => "/sbin/apk add";
package_delete_command => "/sbin/apk del";
}
emerge
Prototype: emerge
Description: Gentoo emerge package installation method
This package method interacts with emerge to build and install packages.
Example:
code
packages:
"zsh"
package_policy => "add",
package_method => emerge;
Implementation:
code
body package_method emerge
{
package_changes => "individual";
package_list_command => "/bin/sh -c '/bin/ls -d /var/db/pkg/*/* | cut -c 13-'";
package_list_name_regex => ".*/([^\s]+)-\d.*";
package_list_version_regex => ".*/[^\s]+-(\d.*)";
package_installed_regex => ".*"; # all reported are installed
package_name_convention => "$(name)";
package_list_update_command => "/bin/true"; # I prefer manual syncing
#package_list_update_command => "/usr/bin/emerge --sync"; # if you like automatic
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_add_command => "/usr/bin/emerge -q --quiet-build";
package_delete_command => "/usr/bin/emerge --depclean";
package_update_command => "/usr/bin/emerge --update";
package_patch_command => "/usr/bin/emerge --update";
package_verify_command => "/usr/bin/emerge -s";
package_noverify_regex => ".*(Not Installed|Applications found : 0).*";
}
pacman
Prototype: pacman
Description: Arch Linux pacman package management method
Implementation:
code
body package_method pacman
{
package_changes => "bulk";
package_list_command => "/usr/bin/pacman -Q";
package_verify_command => "/usr/bin/pacman -Q";
package_noverify_regex => "error:\b.*\bwas not found";
# set it to "0" to avoid caching of list during upgrade
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_list_name_regex => "(.*)\s+.*";
package_list_version_regex => ".*\s+(.*)";
package_installed_regex => ".*";
package_name_convention => "$(name)";
package_add_command => "/usr/bin/pacman -S --noconfirm --noprogressbar --needed";
package_delete_command => "/usr/bin/pacman -Rs --noconfirm";
package_update_command => "/usr/bin/pacman -S --noconfirm --noprogressbar --needed";
}
zypper
Prototype: zypper
Description: SUSE installation method
This package method interacts with the SUSE Zypper package manager
Example:
code
packages:
"mypackage" package_method => zypper, package_policy => "add";
Implementation:
code
body package_method zypper
{
package_changes => "bulk";
package_list_command => "$(paths.path[rpm]) -qa --queryformat \"$(rpm_knowledge.rpm_output_format)\"";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(suse_knowledge.call_zypper) list-updates";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_patch_list_command => "$(suse_knowledge.call_zypper) patches";
package_installed_regex => "i.*";
package_list_name_regex => "$(rpm_knowledge.rpm_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm_arch_regex)";
package_patch_installed_regex => ".*Installed.*|.*Not Applicable.*";
package_patch_name_regex => "[^|]+\|\s+([^\s]+).*";
package_patch_version_regex => "[^|]+\|[^|]+\|\s+([^\s]+).*";
package_name_convention => "$(name)";
package_add_command => "$(suse_knowledge.call_zypper) --non-interactive install";
package_delete_command => "$(suse_knowledge.call_zypper) --non-interactive remove --force-resolution";
package_update_command => "$(suse_knowledge.call_zypper) --non-interactive update";
package_patch_command => "$(suse_knowledge.call_zypper) --non-interactive patch$"; # $ means no args
package_verify_command => "$(suse_knowledge.call_zypper) --non-interactive verify$";
}
generic
Prototype: generic
Description: Generic installation package method
This package method attempts to handle all platforms.
The Redhat section is a verbatim insertion of yum_rpm(), which was
contributed by Trond Hasle Amundsen.
Example:
code
packages:
"mypackage" package_method => generic, package_policy => "add";
Implementation:
code
body package_method generic
{
suse|sles::
package_changes => "bulk";
package_list_command => "$(rpm_knowledge.call_rpm) -qa --queryformat \"$(rpm_knowledge.rpm_output_format)\"";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(suse_knowledge.call_zypper) list-updates";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_patch_list_command => "$(suse_knowledge.call_zypper) patches";
package_installed_regex => "i.*";
package_list_name_regex => "$(rpm_knowledge.rpm_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm_arch_regex)";
package_patch_installed_regex => ".*Installed.*|.*Not Applicable.*";
package_patch_name_regex => "[^|]+\|\s+([^\s]+).*";
package_patch_version_regex => "[^|]+\|[^|]+\|\s+([^\s]+).*";
package_name_convention => "$(name)";
package_add_command => "$(suse_knowledge.call_zypper) --non-interactive install";
package_delete_command => "$(suse_knowledge.call_zypper) --non-interactive remove --force-resolution";
package_update_command => "$(suse_knowledge.call_zypper) --non-interactive update";
package_patch_command => "$(suse_knowledge.call_zypper) --non-interactive patch$"; # $ means no args
package_verify_command => "$(suse_knowledge.call_zypper) --non-interactive verify$";
redhat::
package_changes => "bulk";
package_list_command => "$(rpm_knowledge.call_rpm) -qa --qf '$(rpm_knowledge.rpm3_output_format)'";
package_patch_list_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_offline_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_name_regex => "$(rpm_knowledge.rpm3_name_regex)";
package_list_version_regex => "$(rpm_knowledge.rpm3_version_regex)";
package_list_arch_regex => "$(rpm_knowledge.rpm3_arch_regex)";
package_installed_regex => ".*";
package_name_convention => "$(name)-$(version).$(arch)";
# just give the package name to rpm to delete, otherwise it gets "name.*" (from package_name_convention above)
package_delete_convention => "$(name)";
# set it to "0" to avoid caching of list during upgrade
package_list_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) check-update $(redhat_knowledge.check_update_postproc)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_patch_name_regex => "$(redhat_knowledge.patch_name_regex)";
package_patch_version_regex => "$(redhat_knowledge.patch_version_regex)";
package_patch_arch_regex => "$(redhat_knowledge.patch_arch_regex)";
package_add_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y install";
package_update_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_patch_command => "$(redhat_knowledge.call_yum) $(redhat_knowledge.yum_options) -y update";
package_delete_command => "$(rpm_knowledge.call_rpm) -e --nodeps";
package_verify_command => "$(rpm_knowledge.call_rpm) -V";
package_noverify_returncode => "1";
package_version_less_command => "$(redhat_knowledge.rpm_compare_less)";
package_version_equal_command => "$(redhat_knowledge.rpm_compare_equal)";
debian::
package_changes => "bulk";
package_list_command => "$(debian_knowledge.call_dpkg) -l";
package_list_name_regex => "$(debian_knowledge.list_name_regex)";
package_list_version_regex => "$(debian_knowledge.list_version_regex)";
package_installed_regex => ".i.*"; # packages that have been uninstalled may be listed
package_name_convention => "$(name)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
# make correct version comparisons
package_version_less_command => "$(debian_knowledge.dpkg_compare_less)";
package_version_equal_command => "$(debian_knowledge.dpkg_compare_equal)";
debian.have_aptitude::
package_add_command => "$(debian_knowledge.call_aptitude) $(debian_knowledge.dpkg_options) --assume-yes install";
package_list_update_command => "$(debian_knowledge.call_aptitude) update";
package_delete_command => "$(debian_knowledge.call_aptitude) $(debian_knowledge.dpkg_options) --assume-yes remove";
package_update_command => "$(debian_knowledge.call_aptitude) $(debian_knowledge.dpkg_options) --assume-yes install";
package_patch_command => "$(debian_knowledge.call_aptitude) $(debian_knowledge.dpkg_options) --assume-yes install";
package_verify_command => "$(debian_knowledge.call_aptitude) show";
package_noverify_regex => "(State: not installed|E: Unable to locate package .*)";
package_patch_list_command => "$(debian_knowledge.call_aptitude) --assume-yes --simulate --verbose full-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
debian.!have_aptitude::
package_add_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_list_update_command => "$(debian_knowledge.call_apt_get) update";
package_delete_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes remove";
package_update_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_patch_command => "$(debian_knowledge.call_apt_get) $(debian_knowledge.dpkg_options) --yes install";
package_verify_command => "$(debian_knowledge.call_dpkg) -s";
package_noverify_returncode => "1";
package_patch_list_command => "$(debian_knowledge.call_apt_get) --just-print dist-upgrade";
package_patch_name_regex => "$(debian_knowledge.patch_name_regex)";
package_patch_version_regex => "$(debian_knowledge.patch_version_regex)";
freebsd::
package_changes => "individual";
package_list_command => "/usr/sbin/pkg info";
package_list_name_regex => "([^\s]+)-.*";
package_list_version_regex => "[^\s]+-([^\s]+).*";
package_name_regex => "([^\s]+)-.*";
package_version_regex => "[^\s]+-([^\s]+).*";
package_installed_regex => ".*";
package_name_convention => "$(name)-$(version)";
package_add_command => "/usr/sbin/pkg install -y";
package_delete_command => "/usr/sbin/pkg delete";
alpinelinux::
package_changes => "bulk";
package_list_command => "/sbin/apk info -v";
package_list_name_regex => "([^\s]+)-.*";
package_list_version_regex => "[^\s]+-([^\s]+).*";
package_name_regex => ".*";
package_installed_regex => ".*";
package_name_convention => "$(name)";
package_add_command => "/sbin/apk add";
package_delete_command => "/sbin/apk del";
gentoo::
package_changes => "individual";
package_list_command => "/bin/sh -c '/bin/ls -d /var/db/pkg/*/* | cut -c 13-'";
package_list_name_regex => "([^/]+/(?:(?!-\d).)+)-\d.*";
package_list_version_regex => "[^/]+/(?:(?!-\d).)+-(\d.*)";
package_installed_regex => ".*"; # all reported are installed
package_name_convention => "$(name)";
package_list_update_command => "/bin/true"; # I prefer manual syncing
#package_list_update_command => "/usr/bin/emerge --sync"; # if you like automatic
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_add_command => "/usr/bin/emerge -q --quiet-build";
package_delete_command => "/usr/bin/emerge --depclean";
package_update_command => "/usr/bin/emerge --update";
package_patch_command => "/usr/bin/emerge --update";
package_verify_command => "/usr/bin/emerge -s";
package_noverify_regex => ".*(Not Installed|Applications found : 0).*";
archlinux::
package_changes => "bulk";
package_list_command => "/usr/bin/pacman -Q";
package_verify_command => "/usr/bin/pacman -Q";
package_noverify_regex => "error:\b.*\bwas not found";
package_list_name_regex => "(.*)\s+.*";
package_list_version_regex => ".*\s+(.*)";
package_installed_regex => ".*";
package_name_convention => "$(name)";
package_list_update_ifelapsed => "$(common_knowledge.list_update_ifelapsed)";
package_add_command => "/usr/bin/pacman -S --noconfirm --noprogressbar --needed";
package_delete_command => "/usr/bin/pacman -Rs --noconfirm";
package_update_command => "/usr/bin/pacman -S --noconfirm --noprogressbar --needed";
}
common bodies
package_module_knowledge
Prototype: package_module_knowledge
Description: common package_module_knowledge bundle
This common bundle defines which package modules are the defaults on different platforms.
Implementation:
code
bundle common package_module_knowledge
{
vars:
# Package inventory refresh
"query_installed_ifelapsed" -> { "CFE-2771", "CFE-3504" }
string => ifelse( isvariable( "def.package_module_query_installed_ifelapsed" ),
"$(def.package_module_query_installed_ifelapsed)",
"0"); # Always refresh local package inventory
"query_updates_ifelapsed" -> { "CFE-2771", "CFE-3504" }
string => ifelse( isvariable( "def.package_module_query_updates_ifelapsed" ),
"$(def.package_module_query_updates_ifelapsed)",
"1440"); # Refresh software updates available once a day
debian::
"platform_default" string => "apt_get";
freebsd::
"platform_default" string => "pkg";
redhat|amazon_linux::
"platform_default" string => "yum";
suse|sles|opensuse::
"platform_default" string => "zypper";
aix::
"platform_default" string => "nimclient";
slackware::
"platform_default" string => "slackpkg";
windows::
"platform_default" string => "msiexec";
alpinelinux::
"platform_default" string => "apk";
termux::
"platform_default" string => "apt_get";
}
packages_common
Prototype: packages_common
Description: Define inputs required for this policy file
Implementation:
code
bundle common packages_common
{
vars:
"inputs" slist => {
"$(this.promise_dirname)/paths.cf",
"$(this.promise_dirname)/files.cf",
"$(this.promise_dirname)/common.cf"
};
}
common_knowledge
Prototype: common_knowledge
Description: common packages knowledge bundle
This common bundle defines general things about platforms.
Implementation:
code
bundle common common_knowledge
{
vars:
# This variable can be customized via augments:
# { "variables": { "default:common_knowledge.list_update_ifelapsed": { "value": "0" } } }
"list_update_ifelapsed"
string => "240",
if => not( isvariable( "list_update_ifelapsed" )),
comment => concat( "The number of minutes to wait before updating the",
" package cache. Note this controls both the software",
" installed and the software updates available.");
}
debian_knowledge
Prototype: debian_knowledge
Description: common Debian knowledge bundle
This common bundle has useful information about Debian.
Implementation:
code
bundle common debian_knowledge
{
vars:
# Debian default package architecture, see https://wiki.debian.org/Multiarch/Tuples
"default_arch" string => ifelse("x86_64", "amd64",
"i386", "i386",
$(sys.arch));
"apt_prefix" string => "/usr/bin/env DEBIAN_FRONTEND=noninteractive LC_ALL=C PATH=/bin:/sbin/:/usr/bin:/usr/sbin";
"call_dpkg" string => "$(apt_prefix) $(paths.path[dpkg])";
"call_apt_get" string => "$(apt_prefix) $(paths.path[apt_get])";
"call_aptitude" string => "$(apt_prefix) $(paths.path[aptitude])";
"dpkg_options" string => "-o Dpkg::Options::=--force-confold -o Dpkg::Options::=--force-confdef";
"dpkg_compare_equal" string => "$(call_dpkg) --compare-versions '$(v1)' eq '$(v2)'";
"dpkg_compare_less" string => "$(call_dpkg) --compare-versions '$(v1)' lt '$(v2)'";
"list_name_regex" string => "^.i\s+([^\s:]+).*";
"list_version_regex" string => "^.i\s+[^\s]+\s+([^\s]+).*";
"patch_name_regex" string => "^Inst\s+(\S+)\s+.*";
"patch_version_regex" string => "^Inst\s+\S+\s+\[\S+\]\s+\((\S+)\s+.*";
}
rpm_knowledge
Prototype: rpm_knowledge
Description: common RPM knowledge bundle
This common bundle has useful information about platforms using RPM
Implementation:
code
bundle common rpm_knowledge
{
vars:
"call_rpm" string => "$(paths.rpm)";
"rpm_output_format" string => "i | repos | %{name} | %{version}-%{release} | %{arch}\n";
"rpm_name_regex" string => "[^|]+\|[^|]+\|\s+([^\s|]+).*";
"rpm_version_regex" string => "[^|]+\|[^|]+\|[^|]+\|\s+([^\s|]+).*";
"rpm_arch_regex" string => "[^|]+\|[^|]+\|[^|]+\|[^|]+\|\s+([^\s]+).*";
"rpm2_output_format" string => "%{name} %{version}-%{release} %{arch}\n";
"rpm2_name_regex" string => "^(\S+?)\s\S+?\s\S+$";
"rpm2_version_regex" string => "^\S+?\s(\S+?)\s\S+$";
"rpm2_arch_regex" string => "^\S+?\s\S+?\s(\S+)$";
"rpm3_output_format" string => "%{name} %{arch} %{version}-%{release}\n";
"rpm3_name_regex" string => "(\S+).*";
"rpm3_version_regex" string => "\S+\s+\S+\s+(\S+).*";
"rpm3_arch_regex" string => "\S+\s+(\S+).*";
}
redhat_no_locking_knowledge
Prototype: redhat_no_locking_knowledge
Description: common Red Hat knowledge bundle
This common bundle has useful information about Red Hat and its derivatives
Implementation:
code
bundle common redhat_no_locking_knowledge {
{
vars:
# Red Hat default package architecture
"default_arch" string => $(sys.arch);
"call_yum" string => "$(paths.path[yum])";
"call_rpmvercmp" string => "$(sys.bindir)/rpmvercmp";
# on RHEL 3/4, Yum doesn't know how to be --quiet
"yum_options" string => ifelse("centos_4|redhat_4|centos_3|redhat_3", "",
"--quiet ${redhat_no_locking_knowledge.no_locking_option}");
"yum_offline_options" string => "$(yum_options) -C";
"rpm_compare_equal" string => "$(call_rpmvercmp) '$(v1)' eq '$(v2)'";
"rpm_compare_less" string => "$(call_rpmvercmp) '$(v1)' lt '$(v2)'";
# yum check-update prints a lot of extra useless lines, but the format of
# the actual package lines is:
#
# <name>.<arch> <version> <repo>
#
# We try to match that format as closely as possible, so we reject
# possibly interspersed error messages.
"patch_name_regex" string => "^(\S+)\.[^\s.]+\s+\S+\s+\S+\s*$";
"patch_version_regex" string => "^\S+\.[^\s.]+\s+(\S+)\s+\S+\s*$";
"patch_arch_regex" string => "^\S+\.([^\s.]+)\s+\S+\s+\S+\s*$";
# Combine multiline entries into one line. A line without at least three
# fields gets combined with the next line, if that line starts with a
# space.
"check_update_postproc" string => "| $(paths.sed) -r -n -e '
:begin;
/\S+\s+\S+\s+\S+/!{ # Check for valid line.
N; # If not, read in the next line and append it.
/\n /!{ # Check whether that line started with a space.
h; # If not, copy buffer to clipboard.
s/\n[^\n]*$//; # Erase last line.
p; # Print current buffer.
x; # Restore from clipboard.
s/^.*\n//; # Erase everything but last line.
};
s/\n / /; # Combine lines by removing newline.
bbegin; # Jump back to begin.
};
p; # Print current buffer.'";
}
redhat_knowledge
Prototype: redhat_knowledge
Description: common Red Hat knowledge bundle
This common bundle has useful information about Red Hat and its derivatives
Implementation:
code
bundle common redhat_knowledge
{
vars:
# Red Hat default package architecture
"default_arch" string => $(sys.arch);
"call_yum" string => "$(paths.path[yum])";
"call_rpmvercmp" string => "$(sys.bindir)/rpmvercmp";
# on RHEL 3/4, Yum doesn't know how to be --quiet
"yum_options" string => ifelse("centos_4|redhat_4|centos_3|redhat_3", "",
"--quiet ${redhat_no_locking_knowledge.no_locking_option}");
"yum_offline_options" string => "$(yum_options) -C";
"rpm_compare_equal" string => "$(call_rpmvercmp) '$(v1)' eq '$(v2)'";
"rpm_compare_less" string => "$(call_rpmvercmp) '$(v1)' lt '$(v2)'";
# yum check-update prints a lot of extra useless lines, but the format of
# the actual package lines is:
#
# <name>.<arch> <version> <repo>
#
# We try to match that format as closely as possible, so we reject
# possibly interspersed error messages.
"patch_name_regex" string => "^(\S+)\.[^\s.]+\s+\S+\s+\S+\s*$";
"patch_version_regex" string => "^\S+\.[^\s.]+\s+(\S+)\s+\S+\s*$";
"patch_arch_regex" string => "^\S+\.([^\s.]+)\s+\S+\s+\S+\s*$";
# Combine multiline entries into one line. A line without at least three
# fields gets combined with the next line, if that line starts with a
# space.
"check_update_postproc" string => "| $(paths.sed) -r -n -e '
:begin;
/\S+\s+\S+\s+\S+/!{ # Check for valid line.
N; # If not, read in the next line and append it.
/\n /!{ # Check whether that line started with a space.
h; # If not, copy buffer to clipboard.
s/\n[^\n]*$//; # Erase last line.
p; # Print current buffer.
x; # Restore from clipboard.
s/^.*\n//; # Erase everything but last line.
};
s/\n / /; # Combine lines by removing newline.
bbegin; # Jump back to begin.
};
p; # Print current buffer.'";
}
suse_knowledge
Prototype: suse_knowledge
Description: common SUSE knowledge bundle
Implementation:
code
bundle common suse_knowledge
{
vars:
# SUSE default package architecture
"default_arch" string => $(sys.arch);
"call_zypper" string => "$(paths.zypper)";
}
darwin_knowledge
Prototype: darwin_knowledge
Description: common Darwin / Mac OS X knowledge bundle
This common bundle has useful information about Darwin / Mac OS X.
Implementation:
code
bundle common darwin_knowledge
{
vars:
"call_brew" string => "$(paths.path[brew])";
"call_sudo" string => "$(paths.path[sudo])";
# used with brew list --versions format '%{name} %{version}\n'
"brew_name_regex" string => "([\S]+)\s[\S]+";
"brew_version_regex" string => "[\S]+\s([\S]+)";
}
npm_knowledge
Prototype: npm_knowledge
Description: Node.js `npm' knowledge bundle
This common bundle has useful information about the Node.js `npm' package manager.
Implementation:
code
bundle common npm_knowledge
{
vars:
"call_npm" string => "$(paths.path[npm])";
"npm_list_name_regex" string => "^[^ /]+ ([\w\d-._~]+)@[\d.]+";
"npm_list_version_regex" string => "^[^ /]+ [\w\d-._~]+@([\d.]+)";
"npm_installed_regex" string => "^[^ /]+ ([\w\d-._~]+@[\d.]+)";
}
pip_knowledge
Prototype: pip_knowledge
Description: Python `pip' knowledge bundle
This common bundle has useful information about the Python `pip' package manager.
Implementation:
code
bundle common pip_knowledge
{
vars:
"call_pip" string => "$(paths.path[pip])";
"pip_list_name_regex" string => "^([[:alnum:]-_]+)\s\([\d.]+\)";
"pip_list_version_regex" string => "^[[:alnum:]-_]+\s\(([\d.]+)\)";
"pip_installed_regex" string => "^([[:alnum:]-_]+\s\([\d.]+\))";
}
solaris_knowledge
Prototype: solaris_knowledge
Description: Solaris knowledge bundle
This common bundle has useful information about the Solaris packages.
Implementation:
code
bundle common solaris_knowledge
{
vars:
"call_pkgadd" string => "$(paths.path[pkgadd])";
"call_pkgrm" string => "$(paths.path[pkgrm])";
"call_pkginfo" string => "$(paths.path[pkginfo])";
"admin_nocheck" string => "mail=
instance=unique
partial=nocheck
runlevel=nocheck
idepend=nocheck
rdepend=nocheck
space=nocheck
setuid=nocheck
conflict=nocheck
action=nocheck
networktimeout=60
networkretries=3
authentication=quit
keystore=/var/sadm/security
proxy=
basedir=default";
}
edit_line bundles
create_solaris_admin_file
Prototype: create_solaris_admin_file
Description: The following bundle is part of a package setup for solaris
See unit examples.
Implementation:
code
bundle edit_line create_solaris_admin_file
{
insert_lines:
"$(solaris_knowledge.admin_nocheck)"
comment => "Insert contents of Solaris admin file (automatically install packages)";
}
agent bundles
package_absent
Prototype: package_absent(package)
Description: Ensure package is absent
Arguments:
package: the packages to remove
This package method will remove package, using
package_ensure.
Example:
code
methods:
"nozip" usebundle => package_absent("zip");
Implementation:
code
bundle agent package_absent(package)
{
packages:
debian::
"$(package)"
package_policy => "delete",
package_method => apt_get_permissive;
redhat::
"$(package)"
package_policy => "delete",
package_method => yum_rpm_permissive;
suse|sles::
"$(package)"
package_policy => "delete",
package_method => zypper;
!debian.!redhat.!(suse|sles)::
"$(package)"
package_policy => "delete",
package_method => generic;
}
package_present
Prototype: package_present(package)
Description: Ensure package is present
Arguments:
package: the packages to install
This package method will install package. On Debian, it will use
apt_get_permissive. On Red Hat, yum_rpm_permissive. Otherwise,
generic.
Example:
code
methods:
"pleasezip" usebundle => package_present("zip");
Implementation:
code
bundle agent package_present(package)
{
packages:
debian::
"$(package)"
package_policy => "add",
package_method => apt_get_permissive;
redhat::
"$(package)"
package_policy => "add",
package_method => yum_rpm_permissive;
suse|sles::
"$(package)"
package_policy => "add",
package_method => zypper;
!debian.!redhat.!(suse|sles)::
"$(package)"
package_policy => "add",
package_method => generic;
}
package_latest
Prototype: package_latest(package)
Description: Ensure package is present and updated
Arguments:
package: the package to add/update
This package method will install package or update it to the
latest version. On Debian, it will use apt_get_permissive. On Red
Hat, yum_rpm_permissive. Otherwise, generic.
Example:
code
methods:
"latestzip" usebundle => package_latest("zip");
Implementation:
code
bundle agent package_latest(package)
{
packages:
debian::
"$(package)"
package_policy => "addupdate",
package_version => "999999999:9999999999",
package_method => apt_get_permissive;
redhat::
"$(package)"
package_policy => "addupdate",
package_version => "999999999",
package_method => yum_rpm_permissive;
suse|sles::
"$(package)"
package_policy => "addupdate",
package_version => "999999999",
package_method => zypper;
!debian.!redhat.!(suse|sles)::
"$(package)"
package_policy => "addupdate",
package_method => generic;
}
package_specific_present
Prototype: package_specific_present(packageorfile, package_version, package_arch)
Description: Ensure package is present
Arguments:
packageorfile: the package or full filename to addpackage_version: thepackage_versiondesiredpackage_arch: a string determining thepackage_architecturesdesired
This package method will add packageorfile as a package or file,
using package_specific.
Example:
code
methods:
"addfilezip"
usebundle => package_specific_present("/mydir/zip",
"3.0-7",
$(debian_knowledge.default_arch));
Implementation:
code
bundle agent package_specific_present(packageorfile, package_version, package_arch)
{
methods:
"ensure" usebundle => package_specific($(packageorfile),
"add",
$(package_version),
$(package_arch));
}
package_specific_absent
Prototype: package_specific_absent(packageorfile, package_version, package_arch)
Description: Ensure package is absent
Arguments:
packageorfile: the package or full filename to deletepackage_version: thepackage_versiondesiredpackage_arch: a string determining thepackage_architecturesdesired
This package method will remove packageorfile as a package or file,
using package_specific.
Example:
code
methods:
"addfilezip"
usebundle => package_specific_absent("/mydir/zip",
"3.0-7",
$(debian_knowledge.default_arch));
Implementation:
code
bundle agent package_specific_absent(packageorfile, package_version, package_arch)
{
methods:
"ensure" usebundle => package_specific($(packageorfile),
"delete",
$(package_version),
$(package_arch));
}
package_specific_latest
Prototype: package_specific_latest(packageorfile, package_version, package_arch)
Description: Ensure package is added or updated
Arguments:
packageorfile: the package or full filename to add or updatepackage_version: thepackage_versiondesiredpackage_arch: a string determining thepackage_architecturesdesired
This package method will add or update packageorfile as a package
or file, using package_specific.
Example:
code
methods:
"latestfilezip"
usebundle => package_specific_latest("/mydir/zip",
"3.0-7",
$(debian_knowledge.default_arch));
"latestzip"
usebundle => package_specific_latest("/mydir/zip",
"3.0-7",
$(debian_knowledge.default_arch));
Implementation:
code
bundle agent package_specific_latest(packageorfile, package_version, package_arch)
{
methods:
"ensure" usebundle => package_specific($(packageorfile),
"addupdate",
$(package_version),
$(package_arch));
}
package_specific
Prototype: package_specific(package_name, desired, package_version, package_arch)
Description: Ensure package_name has the desired state
Arguments:
package_name: the packages to ensure (can be files)desired: the desiredpackage_policy, add or delete or addupdatepackage_version: the desiredpackage_versionpackage_arch: the desired package architecture
This package method will manage packages with package_policy set
to desired, using package_version, and package_arch.
If package_name is not a file name: on Debian, it will use
apt_get. On Red Hat, yum_rpm. Otherwise, generic.
If package_name is a file name, it will use dpkg_version or
rpm_version from the file's directory.
For convenience on systems where sys.arch is not correct, you can
use debian_knowledge.default_arch and
redhat_knowledge.default_arch.
Solaris is only supported with pkgadd. Patches welcome.
Example:
code
methods:
"ensure" usebundle => package_specific("zsh", "add", "1.2.3", "amd64");
"ensure" usebundle => package_specific("/mydir/package.deb", "add", "9.8.7", "amd64");
"ensure" usebundle => package_specific("tcsh", "delete", "2.3.4", "x86_64");
Implementation:
code
bundle agent package_specific(package_name, desired, package_version, package_arch)
{
classes:
"filebased" expression => fileexists($(package_name));
"solaris_pkgadd" and => { "solaris", "_stdlib_path_exists_pkgadd" };
vars:
"solaris_adminfile" string => "/tmp/cfe-adminfile";
filebased::
"package_basename" string => lastnode($(package_name), "/");
"dir" string => dirname($(package_name));
methods:
solaris_pkgadd.filebased::
"" usebundle => file_make($(solaris_adminfile),
$(solaris_knowledge.admin_nocheck)),
classes => scoped_classes_generic("bundle", "solaris_adminfile");
packages:
debian.!filebased::
"$(package_name)"
package_policy => $(desired),
package_select => '>=', # see verify_packages.c
package_version => $(package_version),
package_architectures => { $(package_arch) },
package_method => apt_get;
debian.filebased::
"$(package_basename)"
package_policy => $(desired),
package_select => '>=',
package_version => $(package_version),
package_architectures => { $(package_arch) },
package_method => dpkg_version($(dir));
redhat.!filebased::
"$(package_name)"
package_policy => $(desired),
package_select => '>=', # see verify_packages.c
package_version => $(package_version),
package_architectures => { $(package_arch) },
package_method => yum_rpm;
suse|sles::
"$(package_name)"
package_policy => $(desired),
package_select => '>=', # see verify_packages.c
package_version => $(package_version),
package_architectures => { $(package_arch) },
package_method => zypper;
(redhat|aix).filebased::
"$(package_basename)"
package_policy => $(desired),
package_select => '>=',
package_version => $(package_version),
package_architectures => { $(package_arch) },
package_method => rpm_version($(dir));
solaris_adminfile_ok::
"$(package_name)"
package_policy => $(desired),
package_select => '>=',
package_version => $(package_version),
package_method => solaris_install($(solaris_admin_file));
!filebased.!debian.!redhat.!(suse|sles)::
"$(package_name)"
package_policy => $(desired),
package_method => generic;
reports:
"(DEBUG|DEBUG_$(this.bundle)).filebased.!(suse|sles).!debian.!redhat.!aix.!solaris_pkgadd"::
"DEBUG $(this.bundle): sorry, can't do file-based installs on $(sys.os)";
}
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