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standalone_self_upgrade.cf.in
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standalone_self_upgrade.cf.in
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# This policy is designed to be run with an independent agent.
# WARNING: Including this policy into the inputs of another policy may result in
# duplicate definition of bundles.
# TODO remove windows_unattended_upgrade.cf when ENT-6823 allows us to use msiexec packages module
bundle common standalone_self_upgrade_file_control
{
vars:
"inputs" slist => { "$(this.promise_dirname)$(const.dirsep)cfe_internal$(const.dirsep)update$(const.dirsep)windows_unattended_upgrade.cf" };
}
body file control
{
inputs => { @(standalone_self_upgrade_file_control.inputs) };
}
bundle common def_standalone_self_upgrade
{
vars:
"control_agent_agentfacility" -> { "ENT-10209" }
string => "",
if => not( isvariable ( "default:def.control_agent_agentfacility" ));
classes:
"control_agent_agentfacility_configured" -> { "ENT-10209" }
expression => regcmp( "LOG_(USER|DAEMON|LOCAL[0-7])",
$(control_agent_agentfacility) ),
comment => concat( "If default:def.control_agent_agentfacility is a",
" valid setting, we want to use it in body agent",
" control for setting agentfacility" );
"control_common_tls_min_version_defined" -> { "ENT-10198" }
expression => isvariable( "default:def.control_common_tls_min_version"),
comment => concat( "If default:def.control_common_tls_min_version is defined then",
" its value will be used for the minimum version in outbound",
" connections. Else the binary default will be used.");
"control_common_tls_ciphers_defined" -> { "ENT-10198" }
expression => isvariable( "default:def.control_common_tls_ciphers"),
comment => concat( "If default:def.control_common_tls_ciphers is defined then",
" its value will be used for the set of tls ciphers allowed",
" for outbound connections. Else the binary default will be used.");
}
body agent control
# @brief Agent controls for standalone self upgrade
{
control_agent_agentfacility_configured::
agentfacility => "$(default:update_def.control_agent_agentfacility)";
}
bundle agent main
# @brief This bundle drives the self upgrade. It actuates the appropriate
# bundles to download binaries to the hub for serving to clients, caching the
# software to remote clients, and managing the version of cfengine installed on
# non hubs.
{
classes:
"policy_server_dat_unstable"
expression => isnewerthan( "$(sys.workdir)/policy_server.dat", "$(sys.workdir)/outputs" ),
comment => "If $(sys.workdir)/policy_server.dat is newer than the
outputs directory, it can indicate that the current agent
execution is a result of bootstrap. For stability we want to
skip upgrades during bootstrap. The outputs directory should
be newer than the policy_server.dat on the next agent run
and allow upgrade then.";
reports:
"Running $(this.promise_filename)";
methods:
"cfengine_software";
(am_policy_hub|policy_server).!mpf_disable_hub_masterfiles_software_update_seed::
"Master Software Repository Data"
usebundle => cfengine_master_software_content;
!(am_policy_hub|policy_server|policy_server_dat_unstable)::
"Local Software Cache"
usebundle => cfengine_software_cached_locally;
"CFEngine Version"
usebundle => cfengine_software_version;
}
bundle common package_module_knowledge
# @brief common package_module_knowledge bundle
#
# This common bundle defines which package modules are the defaults on different
# platforms.
{
vars:
debian|ubuntu::
"platform_default" string => "apt_get";
redhat|centos|amazon_linux::
"platform_default" string => "yum";
}
bundle common u_common_knowledge
# @brief standalone common packages knowledge bundle
#
# This common bundle defines general things about platforms.
# @see common_knowledge
{
vars:
"list_update_ifelapsed_now" string => "10080";
}
bundle agent cfengine_software
# @brief Variables to control the specifics in desired package selection
{
vars:
any::
# Extract the hub binary version info if it's available. Only expected to
# be available on a client.
"hub_binary_version" -> { "ENT-10664" }
data => data_regextract(
"^(?<major_minor_patch>\d+\.\d+\.\d+)-(?<release>\d+)",
readfile("$(sys.statedir)$(const.dirsep)hub_cf_version.txt" ) ),
if => fileexists( "$(sys.statedir)$(const.dirsep)hub_cf_version.txt" );
# Default desired CFEngine software
"pkg_name" string => ifelse( isvariable( "def.cfengine_software_pkg_name" ), $(def.cfengine_software_pkg_name), "cfengine-nova");
"pkg_version" -> { "ENT-10664" }
string => "$(sys.cf_version_major).$(sys.cf_version_minor).$(sys.cf_version_patch)",
if => "am_policy_hub|policy_server",
comment => "The hub will use its own version to seed client packages.";
"pkg_version" -> { "ENT-10664" }
string => "$(hub_binary_version[major_minor_patch])",
if => isvariable("hub_binary_version[major_minor_patch]"),
comment => "Use the hub binary version if available.";
"pkg_version"
string => "$(def.cfengine_software_pkg_version)",
if => isvariable( "def.cfengine_software_pkg_version" ),
comment => "If the target version is explicitly set, we want to use that.";
"pkg_release" string => "$(sys.cf_version_release)", if => "am_policy_hub|policy_server";
"pkg_release" string => "$(hub_binary_version[release])", if => isvariable("hub_binary_version[release]");
"pkg_release" string => "$(def.cfengine_software_pkg_release)", if => isvariable("def.cfengine_software_pkg_release");
"pkg_arch" string => ifelse( isvariable( "def.cfengine_software_pkg_arch" ), $(def.cfengine_software_pkg_arch), "x86_64");
"package_dir" string => ifelse( isvariable( "def.cfengine_software_pkg_dir" ), $(def.cfengine_software_pkg_dir), "$(sys.flavour)_$(sys.arch)");
"pkg_edition_path" string => ifelse( isvariable( "def.cfengine_software_pkg_edition_path" ), $(def.cfengine_software_pkg_edition_path), "enterprise/Enterprise-$(pkg_version)/agent");
community_edition::
"pkg_name" string => "cfengine-community";
"pkg_edition_path" string => "community_binaries/Community-$(pkg_version)";
aix::
"pkg_name" string => "cfengine-nova";
"pkg_arch" string => "default";
solaris|solarisx86::
"pkg_name" string => "cfengine-nova";
amzn_2::
"package_dir"
string => "amazon_2_$(pkg_arch)";
(debian|ubuntu).64_bit::
"pkg_arch"
string => "amd64",
comment => "On debian hosts it's the standard to use 'amd64' instead of
'x86_64' in package architectures.";
(debian|ubuntu).aarch64::
"pkg_arch"
string => "arm64",
comment => concat( "On debian hosts it's the CFEngine standard to use 'arm64' in",
"the package filename." );
"package_dir"
string => "$(sys.flavor)_arm_64";
(redhat|centos|suse|sles).32_bit::
"pkg_arch"
string => "i386",
comment => "i686 is the detected architecture, but the package is
compatible from i386 up.";
hpux::
"package_dir"
string => "$(sys.class)_$(sys.arch)",
comment => "The directory within software updates to look for packages.
On HPUX sys.flavor includes versions, so we use sys.class
instead.";
windows::
"package_dir" -> { "ENT-9010" }
string => "$(sys.class)_$(sys.arch)",
comment => concat( "The directory within software updates to look for ",
"packages. Since one package is built for each",
"supported architecture instead of each platform",
"version architecture we use sys.class and sys.arch.");
any::
"local_software_dir"
string => translatepath( "$(sys.workdir)/software_updates/$(package_dir)" ),
comment => "So that we converge on the first pass we set this last as
package_dir may vary across platforms.";
reports:
DEBUG|DEBUG_cfengine_software::
"$(this.bundle) pkg_name = $(pkg_name)";
"$(this.bundle) pkg_version = $(pkg_version)";
"$(this.bundle) pkg_release = $(pkg_release)";
"$(this.bundle) pkg_arch = $(pkg_arch)";
"$(this.bundle) package_dir = $(package_dir)";
files:
windows::
"$(sys.bindir)$(const.dirsep)vercmp.ps1"
create => "true",
template_method => "mustache",
edit_template => "$(this.promise_dirname)$(const.dirsep)/templates/vercmp.ps1",
template_data => mergedata( '{}' ),
comment => "We need to use specialized version comparison logic for unattended self upgrades.";
}
bundle agent cfengine_software_cached_locally
# @brief Ensure that the internal local software mirror is up to date
{
reports:
inform_mode::
"Ensuring local software cache in $(local_software_dir) is up to date";
vars:
"local_software_dir"
string => "$(cfengine_software.local_software_dir)";
"package_dir"
string => "$(cfengine_software.package_dir)";
"master_software_location" -> { "ENT-4953" }
string => "master_software_updates",
comment => "The Cfengine binary updates directory on the policy server",
handle => "cfe_internal_update_bins_vars_master_software_location";
files:
"$(local_software_dir)/."
create => "true",
comment => "Ensure the local software directory exists for new binaries
to be downloaded to";
# NOTE This is pegged to the single upstream policy hub, it won't fail
# over to a secondary for copying the binarys to update.
"$(local_software_dir)/."
comment => "Copy binary updates from master source on policy server",
handle => "cfe_internal_update_bins_files_pkg_copy",
copy_from => u_dsync( "$(master_software_location)/$(package_dir)", $(sys.policy_hub) ),
file_select => plain,
depth_search => u_recurse_basedir(inf),
action => u_immediate,
classes => u_if_repaired("bin_newpkg");
}
bundle agent cfengine_software_version
# @brief Ensure the version of CFEngine installed is correct for supported
# platforms. Different platforms leverage different implementations for self
# upgrading.
{
classes:
"__supported_platform" -> { "ENT-5045", "ENT-5152", "ENT-4094", "ENT-8247" }
or => {
"amazon_linux",
"redhat.!redhat_4",
"centos.!centos_4",
"debian",
"suse|opensuse",
"ubuntu",
"hpux",
"aix",
"windows", # ENT-4094
};
# Add "windows" to __new_implementation classes with ENT-6823
"__new_implementation"
or => { "amazon_linux", "redhat", "centos", "ubuntu", "debian", "suse", "opensuse" };
vars:
"pkg_name" string => "$(cfengine_software.pkg_name)";
"pkg_version" string => "$(cfengine_software.pkg_version)";
"pkg_release" string => "$(cfengine_software.pkg_release)";
"_cf_version_release" string => ifelse( isvariable( "sys.cf_version_release" ), "$(sys.cf_version_release)", "1" );
"pkg_arch" string => "$(cfengine_software.pkg_arch)";
"package_dir" string => "$(cfengine_software.package_dir)";
"local_software_dir" string => "$(cfengine_software.local_software_dir)";
methods:
__supported_platform.__new_implementation::
"Manage CFEngine Version"
usebundle => cfengine_software_version_packages2;
__supported_platform.!__new_implementation::
"Manage CFEngine Version"
usebundle => cfengine_software_version_packages1;
# TODO, remove this and cfe_internal/enterprise/windows_unattended_upgrade.cf
# when ENT-6823 allows us to use msiexec.bat packages module.
"Windows Unattended Upgrade Workaround"
usebundle => windows_unattended_upgrade,
if => and(
"windows",
or(
not(strcmp("$(cfengine_software.pkg_version)", "$(sys.cf_version)")),
not(strcmp("$(cfengine_software.pkg_release)", "$(_cf_version_release)"))
)
);
reports:
!__supported_platform.inform_mode::
"$(this.bundle) $(package_dir) is not supported";
}
bundle agent cfengine_software_version_packages2
# @brief Ensure the correct version of software is installed using the new packages promise implementation
{
vars:
"pkg_name" string => "$(cfengine_software.pkg_name)";
"pkg_version" string => "$(cfengine_software.pkg_version)";
"pkg_release" string => "$(cfengine_software.pkg_release)";
"pkg_arch" string => "$(cfengine_software.pkg_arch)";
"package_dir" string => "$(cfengine_software.package_dir)";
"local_software_dir" string => "$(cfengine_software.local_software_dir)";
packages:
(amazon_linux|redhat|centos)::
"$(local_software_dir)/$(cfengine_package_names.my_pkg)"
policy => "present",
package_module => yum,
comment => "Ensure the latest package is installed";
(debian|ubuntu)::
"$(local_software_dir)/$(cfengine_package_names.my_pkg)"
policy => "present",
package_module => apt_get,
comment => "Ensure the latest package is installed";
(opensuse|suse)::
"$(local_software_dir)/$(cfengine_package_names.my_pkg)"
policy => "present",
package_module => zypper,
comment => "Ensure the latest package is installed";
# TODO, uncomment the following to enable msiexec packages module (ENT-6823)
# windows::
# "$(local_software_dir)$(const.dirsep)$(cfengine_package_names.my_pkg)"
# policy => "present",
# package_module => msiexec,
# comment => "Ensure the latest package is installed";
reports:
"DEBUG|DEBUG_$(this.bundle)"::
"Running $(this.bundle)";
}
bundle agent cfengine_software_version_packages1
# @brief Ensure the correct version of software is installed using the legacy self update mechanism
#@ **Supported Platforms:**
#@ - RedHat|Centos|Suse (rpm)
#@ - Debian|Ubuntu (dpkg)
#@ - solarisx86|solaris (pkgadd)
#@ - windows (msiexec)
#@ - aix (installp)
#@ **Unsupported Platforms:** (but stubbed)
#@ - freebsd|netbsd (pkg_add)
{
classes:
"cf_upgrade" expression => "(redhat|suse|sles|debian|solaris|solarisx86).!(am_policy_hub|policy_server)";
vars:
# NOTE These logs are not actively used or cleaned up by anything. Their
# use will be phased as platforms migrate to the new packages
# implementation for self upgrades.
"local_update_log_dir"
string => translatepath("$(sys.workdir)/software_updates/update_log"),
comment => "Local directory to store update log for this host.",
handle => "cfe_internal_update_bins_vars_local_update_log_dir";
"local_software_dir" string => "$(cfengine_software.local_software_dir)";
"desired_version" -> { "ENT-4094" }
string => ifelse("linux", "$(cfengine_software.pkg_version)-$(cfengine_software.pkg_release)",
"windows", "$(cfengine_software.pkg_version).$(cfengine_software.pkg_release)", # ENT-4094
"aix", "$(cfengine_software.pkg_version).0",
$(cfengine_software.pkg_version) ),
comment => "The version attribute sometimes contains package release
information and sometimes does not. Here we construct the
version used in the package promise for the given
platform.";
cf_upgrade::
# We only use cf-upgrade for some platforms, the need for it has been
# deprecated by the new packages promise implementation.
# backup script for cf-upgrade
# the script should have 2 conditions, BACKUP and RESTORE
# BACKUP and RESTORE status is $(const.dollar)1 variable in the script
# see more details at bundle edit_line u_backup_script
# NOTE cf-upgrade wants to execute from /tmp by default. This is
# problematic for systems where /tmp is mounted with no-exec.
"backup_script" string => "/tmp/cf-upgrade_backup.sh";
# a single compressed backup file for cf-upgrade
# this backup_file is passed to backup_script as $(const.dollar)2 variable
# cf-upgrade will extract this file if return signal of upgrade command is not 0
"backup_file" string => "/tmp/cfengine-nova-$(sys.cf_version).tar.gz";
# install script for cf-upgrade
# each distribution has its own way to upgrade a package
# see more details at bundle edit_line u_install_script
"install_script" string => "/tmp/cf-upgrade_install.sh";
(solarisx86|solaris).enterprise::
# to automatically remove or install packages on Solaris
# admin_file is a must to have to avoid pop-up interaction
# see more details at bundle edit_line u_admin_file
"admin_file" string => "/tmp/cf-upgrade_admin_file";
files:
# Remote enterprise agents (non policy hubs) that have `trigger_upgrade` defined
cf_upgrade.enterprise.trigger_upgrade::
"$(backup_script)"
comment => "Create a backup script for cf-upgrade",
handle => "cfe_internal_update_bins_files_backup_script",
create => "true",
if => "!windows",
edit_defaults => u_empty_no_backup,
edit_line => u_backup_script,
perms => u_m("0755");
"$(install_script)"
comment => "Create an install script for cf-upgrade",
handle => "cfe_internal_update_bins_files_install_script",
create => "true",
if => "!windows",
edit_defaults => u_empty_no_backup,
edit_line => u_install_script,
perms => u_m("0755");
"$(admin_file)"
comment => "Create solaris admin_file to automate remove and install packages",
handle => "cfe_internal_update_bins_files_solaris_admin_file",
create => "true",
edit_defaults => u_empty_no_backup,
edit_line => u_admin_file,
perms => u_m("0644"),
if => "solarisx86|solaris";
packages:
# Only non policy hubs running are allowed to self upgrade
# We don't upgrade during bootstrap
!(am_policy_hub|policy_server|bootstrap_mode).enterprise_edition::
"$(cfengine_software.pkg_name)"
comment => "Update Nova package to a newer version",
handle => "cfe_internal_update_bins_packages_nova_update",
package_policy => "update",
package_select => "==",
package_architectures => { "$(cfengine_software.pkg_arch)" },
package_version => "$(desired_version)",
package_method => u_generic( $(cfengine_software.local_software_dir) ),
classes => u_if_else("bin_update_success", "bin_update_fail");
reports:
"DEBUG|DEBUG_$(this.bundle)"::
"Running $(this.bundle)";
}
bundle common cfengine_package_names
# @brief Maps platforms to the package naming convention used by the self upgrade policy
{
vars:
"pkg_name" string => "$(cfengine_software.pkg_name)";
"pkg_version" string => "$(cfengine_software.pkg_version)";
"pkg_release" string => "$(cfengine_software.pkg_release)";
"pkg_arch" string => "$(cfengine_software.pkg_arch)";
# Redhat/Centos/Oracle 5, SuSE 11 use the same package
"pkg[redhat_5_x86_64]" string => "$(pkg_name)-$(pkg_version)-$(pkg_release).el5.centos.x86_64.rpm";
"pkg[centos_5_x86_64]" string => "$(pkg[redhat_5_x86_64])";
"pkg[oracle_5_x86_64]" string => "$(pkg[redhat_5_x86_64])";
"pkg[SuSE_11_x86_64]" string => "$(pkg[redhat_5_x86_64])";
# 32bit RPMs
"pkg[$(cfengine_master_software_content._rpm_dists)_$(cfengine_master_software_content._32bit_arches)]" string => "$(pkg_name)-$(pkg_version)-$(pkg_release).el5.centos.i386.rpm";
# Redhat/Centos/Oracle 6, SuSE 12-15, Opensuse Leap 15 use the same package
"pkg[redhat_6_x86_64]" string => "$(pkg_name)-$(pkg_version)-$(pkg_release).el6.x86_64.rpm";
"pkg[centos_6_x86_64]" string => "$(pkg[redhat_6_x86_64])";
"pkg[oracle_6_x86_64]" string => "$(pkg[redhat_6_x86_64])";
"pkg[SuSE_12_x86_64]" string => "$(pkg[redhat_6_x86_64])";
"pkg[SuSE_15_x86_64]" string => "$(pkg[redhat_6_x86_64])";
"pkg[opensuse_leap_15_x86_64]" string => "$(pkg[redhat_6_x86_64])";
# Redhat/Centos/Oracle/Rocky 7/Amazon 2 use the same package
"pkg[redhat_7_x86_64]" string => "$(pkg_name)-$(pkg_version)-$(pkg_release).el7.x86_64.rpm";
"pkg[centos_7_x86_64]" string => "$(pkg[redhat_7_x86_64])";
"pkg[oracle_7_x86_64]" string => "$(pkg[redhat_7_x86_64])";
"pkg[rocky_7_x86_64]" string => "$(pkg[redhat_7_x86_64])";
"pkg[amazon_2_x86_64]" string => "$(pkg[redhat_7_x86_64])";
# Redhat/Centos/Oracle/Rocky 8 use the same package
"pkg[redhat_8_x86_64]" string => "$(pkg_name)-$(pkg_version)-$(pkg_release).el8.x86_64.rpm";
"pkg[centos_8_x86_64]" string => "$(pkg[redhat_8_x86_64])";
"pkg[oracle_8_x86_64]" string => "$(pkg[redhat_8_x86_64])";
"pkg[rocky_8_x86_64]" string => "$(pkg[redhat_8_x86_64])";
# Redhat/Centos/Oracle/Rocky 8 use the same package
"pkg[redhat_9_x86_64]" string => "$(pkg_name)-$(pkg_version)-$(pkg_release).el9.x86_64.rpm";
"pkg[centos_9_x86_64]" string => "$(pkg[redhat_9_x86_64])";
"pkg[oracle_9_x86_64]" string => "$(pkg[redhat_9_x86_64])";
"pkg[rocky_9_x86_64]" string => "$(pkg[redhat_9_x86_64])";
# 64bit Debian
"pkg[debian_7_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).debian7_amd64.deb";
"pkg[debian_8_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).debian8_amd64.deb";
"pkg[debian_9_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).debian9_amd64.deb";
"pkg[debian_10_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).debian10_amd64.deb";
"pkg[debian_11_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).debian11_amd64.deb";
# 64bit Ubuntu
"pkg[ubuntu_14_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).ubuntu14_amd64.deb";
"pkg[ubuntu_16_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).ubuntu16_amd64.deb";
"pkg[ubuntu_18_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).ubuntu18_amd64.deb";
"pkg[ubuntu_20_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).ubuntu20_amd64.deb";
"pkg[ubuntu_22_x86_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).ubuntu22_amd64.deb";
# aarch64 Ubuntu
"pkg[ubuntu_22_arm_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).ubuntu22_arm64.deb";
# aarch64 Debian
"pkg[debian_11_arm_64]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).debian11_arm64.deb";
# 32bit DEBs
"pkg[$(cfengine_master_software_content._deb_dists)_$(cfengine_master_software_content._32bit_arches)]" string => "$(pkg_name)_$(pkg_version)-$(pkg_release).debian7_i386.deb";
# Windows
"pkg[windows_x86_64]" string => "$(pkg_name)-$(pkg_version)-$(pkg_release)-x86_64.msi";
"pkg[windows_i686]" string => "$(pkg_name)-$(pkg_version)-$(pkg_release)-i686.msi";
"my_pkg"
string => "$(pkg[$(cfengine_software.package_dir)])",
comment => "The package name for the currently executing platform.";
reports:
"DEBUG|DEBUG_$(this.bundle)"::
"My Package: $(my_pkg)";
}
bundle agent cfengine_master_software_content
# @brief When cfengine_master_software_content_state_present is defined the software
# will try be be automatically downloaded.
{
vars:
"pkg_name" string => "$(cfengine_software.pkg_name)";
"pkg_version" string => "$(cfengine_software.pkg_version)";
"pkg_release" string => "$(cfengine_software.pkg_release)";
"pkg_arch" string => "$(cfengine_software.pkg_arch)";
"package_dir" string => "$(cfengine_software.package_dir)";
"pkg_edition" string => "$(cfengine_software.pkg_edition_path)";
"base_url" string => "https://cfengine-package-repos.s3.amazonaws.com/$(pkg_edition)";
# Map platform/directory identifier to upstream package URLs
# Better to read in an external explicit data structure?
"_32bit_arches" slist => { "i386", "i586", "i686" };
# Redhat/Centos/Oracle 5 and SuSE 11 all use the same package
"dir[redhat_5_x86_64]" string => "agent_rpm_x86_64";
"dir[centos_5_x86_64]" string => "$(dir[redhat_5_x86_64])";
"dir[oracle_5_x86_64]" string => "$(dir[redhat_5_x86_64])";
"dir[SuSE_11_x86_64]" string => "$(dir[redhat_5_x86_64])";
"pkg[SuSE_12_x86_64]" string => "$(pkg[redhat_6_x86_64])";
"pkg[SuSE_15_x86_64]" string => "$(pkg[redhat_6_x86_64])";
"pkg[opensuse_leap_15_x86_64]" string => "$(pkg[redhat_6_x86_64])";
# All 32bit rpms use the same package
"_rpm_dists" slist => { "redhat_5", "redhat_6", "redhat_7",
"centos_5", "centos_6", "centos_7",
"SuSE_11", "SuSE_10" };
"dir[$(_rpm_dists)_$(_32bit_arches)]" string => "agent_rpm_i386";
# Redhat/Centos/Oracle 6 use the same package
"dir[redhat_6_x86_64]" string => "agent_rhel6_x86_64";
"dir[centos_6_x86_64]" string => "$(dir[redhat_6_x86_64])";
"dir[oracle_6_x86_64]" string => "$(dir[redhat_6_x86_64])";
# Redhat/Centos/Oracle/Rocky 7/Amazon 2 use the same package
"dir[redhat_7_x86_64]" string => "agent_rhel7_x86_64";
"dir[centos_7_x86_64]" string => "$(dir[redhat_7_x86_64])";
"dir[oracle_7_x86_64]" string => "$(dir[redhat_7_x86_64])";
"dir[rocky_7_x86_64]" string => "$(dir[redhat_7_x86_64])";
"dir[amazon_2_x86_64]" string => "$(dir[redhat_7_x86_64])";
# Redhat/Centos/Oracle/Rocky 8 use the same package
"dir[redhat_8_x86_64]" string => "agent_rhel8_x86_64";
"dir[centos_8_x86_64]" string => "$(dir[redhat_8_x86_64])";
"dir[oracle_8_x86_64]" string => "$(dir[redhat_8_x86_64])";
"dir[rocky_8_x86_64]" string => "$(dir[redhat_8_x86_64])";
# Redhat/Centos/Oracle/Rocky 9 use the same package
"dir[redhat_9_x86_64]" string => "agent_rhel9_x86_64";
"dir[centos_9_x86_64]" string => "$(dir[redhat_9_x86_64])";
"dir[oracle_9_x86_64]" string => "$(dir[redhat_9_x86_64])";
"dir[rocky_9_x86_64]" string => "$(dir[redhat_9_x86_64])";
# Debian
"dir[debian_7_x86_64]" string => "agent_deb_x86_64";
"dir[debian_8_x86_64]" string => "agent_debian8_x86_64";
"dir[debian_9_x86_64]" string => "agent_debian9_x86_64";
"dir[debian_10_x86_64]" string => "agent_debian10_x86_64";
"dir[debian_11_x86_64]" string => "agent_debian11_x86_64";
"dir[debian_11_arm_64]" string => "agent_debian11_arm_64";
# Ubuntu
"dir[ubuntu_14_x86_64]" string => "agent_ubuntu14_x86_64";
"dir[ubuntu_16_x86_64]" string => "agent_ubuntu16_x86_64";
"dir[ubuntu_18_x86_64]" string => "agent_ubuntu18_x86_64";
"dir[ubuntu_20_x86_64]" string => "agent_ubuntu20_x86_64";
"dir[ubuntu_22_x86_64]" string => "agent_ubuntu22_x86_64";
"dir[ubuntu_22_arm_64]" string => "agent_ubuntu22_arm_64";
# All 32bit debs use the same package
"_deb_dists" slist => { "debian_4", "debian_5", "debian_6",
"debian_7", "debian_8", "debian_9",
"debian_10", "ubuntu_14", "ubuntu_16",
"ubuntu_18" };
"dir[$(_deb_dists)_$(_32bit_arches)]" string => "agent_deb_i386";
# Windows
"dir[windows_x86_64]" string => "windows_x86_64";
"dir[windows_i686]" string => "windows_i686";
"platform_dir" slist => getindices( dir );
"download_dir" string => "$(sys.workdir)/master_software_updates";
files:
"$(download_dir)/$(platform_dir)/."
create => "true",
comment => "We need a place to download each packge we build";
"$(download_dir)/$(cfengine_software.pkg_version)-downloaded.txt"
content => join( "\n", classesmatching( "binary_downloaded_.*" ) ),
if => isgreaterthan( length(classesmatching( "binary_downloaded_.*" )),
0 ),
comment => concat( "We place a marker of the files downloaded so that",
" the hub can skip the self upgrade policy after",
" download.");
commands:
# Fetch each package that we don't already have
"/usr/bin/curl"
args => "-s $(base_url)/$(dir[$(platform_dir)])/$(cfengine_package_names.pkg[$(platform_dir)]) --output /var/cfengine/master_software_updates/$(platform_dir)/$(cfengine_package_names.pkg[$(platform_dir)])",
if => not( fileexists( "$(download_dir)/$(platform_dir)/$(cfengine_package_names.pkg[$(platform_dir)])" ) ),
classes => u_if_else("binary_downloaded_$(platform_dir)","binary_not_downloaded");
reports:
DEBUG|DEBUG_cfengine_master_software_content::
"curl -s $(base_url)/$(dir[$(platform_dir)])/$(cfengine_package_names.pkg[$(platform_dir)]) --output $(download_dir)/$(platform_dir)/$(cfengine_package_names.pkg[$(platform_dir)])";
}
bundle edit_line u_backup_script
# @brief Backup script used by cf-upgrade
{
insert_lines:
linux::
"#!/bin/sh
if [ $(const.dollar)1 = \"BACKUP\" ]; then
tar cfzS $(const.dollar)2 $(sys.workdir) > /dev/null
fi
if [ $(const.dollar)1 = \"RESTORE\" ]; then
tar xfz $(const.dollar)2
fi";
solarisx86|solaris::
"#!/bin/sh
if [ $(const.dollar)1 = \"BACKUP\" ]; then
tar cf $(const.dollar)2 $(sys.workdir); gzip $(const.dollar)2
fi
if [ $(const.dollar)1 = \"RESTORE\" ]; then
gunzip $(const.dollar)2.gz; tar xf $(const.dollar)2
fi";
}
bundle edit_line u_install_script
# @brief Install script used by cf-upgrade
{
insert_lines:
redhat|suse|sles::
"#!/bin/sh
/bin/rpm -U $(const.dollar)1";
debian::
"#!/bin/sh
/usr/bin/dpkg --force-confdef --force-confnew --install $(const.dollar)1 > /dev/null";
solarisx86|solaris::
"#!/bin/sh
pkgname=`pkginfo -d $(const.dollar)1 | awk '{print $(const.dollar)2}'`
/usr/sbin/pkgrm -n -a $(cfengine_software_version_packages1.admin_file) $pkgname
/usr/sbin/pkgadd -n -a $(cfengine_software_version_packages1.admin_file) -d $(const.dollar)1 all
$(sys.workdir)/bin/cf-execd || true
exit 0";
}
bundle edit_line u_admin_file
# @brief Admin file specification to enable unattended installation
{
insert_lines:
sunos_5_8::
"mail=
instance=unique
partial=nocheck
runlevel=nocheck
idepend=nocheck
rdepend=nocheck
space=nocheck
setuid=nocheck
conflict=nocheck
action=nocheck
basedir=default";
solaris.!sunos_5_8::
"mail=
instance=overwrite
partial=nocheck
runlevel=nocheck
idepend=nocheck
rdepend=nocheck
space=nocheck
setuid=nocheck
conflict=nocheck
action=nocheck
networktimeout=60
networkretries=3
authentication=quit
keystore=/var/sadm/security
proxy=
basedir=default";
}
body action u_immediate
# @brief Ignore promise locks, actuate the promise immediately
{
ifelapsed => "0";
}
body copy_from u_dsync(from,server)
# @brief Synchronize promiser with `from` on `server` using digest comparison. If host is a policy hub, then it skips the remote copy, preferring the local file path. For this reason, this body is not compatible with shortcuts defined by cf-serverd.
# @param from File path to copy from on remote server
# @param server Remote server to copy file from if executing host is not a policy server
{
# NOTE policy servers cheat and copy directly from the local file system.
# This works even if cf-serverd is down and it makes sense if your serving
# yourself.
source => "$(from)";
compare => "digest";
trustkey => "false";
purge => "true";
!am_policy_hub::
servers => { "$(server)" };
cfengine_internal_encrypt_transfers::
encrypt => "true";
}
body classes u_if_repaired(x)
# @brief Define `x` if promise results in a repair
# @param x Name of the class to be defined if promise results in repair
{
promise_repaired => { "$(x)" };
}
body classes u_if_else(yes,no)
# @brief Define `yes` if promise results in a repair, `no` if promise is not kept (failed, denied, timeout)
# @param yes class to define if promise results in repair
# @param no class to define if promise is not kept (failed, denied, timeout)
{
# promise_kept => { "$(yes)" };
promise_repaired => { "$(yes)" };
repair_failed => { "$(no)" };
repair_denied => { "$(no)" };
repair_timeout => { "$(no)" };
}
body common control
# @brief Common control for standalone self upgrade
{
version => "CFEngine Standalone Self Upgrade @VERSION@";
control_common_tls_min_version_defined::
tls_min_version => "$(default:def.control_common_tls_min_version)"; # See also: allowtlsversion in body server control
control_common_tls_ciphers_defined::
tls_ciphers => "$(default:def.control_common_tls_ciphers)"; # See also: allowciphers in body server control
(debian|ubuntu)::
package_inventory => { $(package_module_knowledge.platform_default) };
# We only define pacakge_inventory on redhat like systems that have a
# python version that works with the package module.
(redhat|centos)::
package_inventory => { $(package_module_knowledge.platform_default) };
(debian|redhat)::
package_module => $(package_module_knowledge.platform_default);
}
body depth_search u_recurse_basedir(d)
# @brief Search recursively from (and including) the referenced directory directory to depth `d` excluding common version control paths
# @param d maximum depth to descend
{
include_basedir => "true";
depth => "$(d)";
exclude_dirs => { "\.svn", "\.git", "git-core" };
}
body edit_defaults u_empty_no_backup
# @brief Do not create backups and ensure we are promising the entire content of
# the file.
{
empty_file_before_editing => "true";
edit_backup => "false";
}
body file_select plain
# @brief Select plain, regular files
{
file_types => { "plain" };
file_result => "file_types";
}
body package_method u_generic(repo)
# @brief Generic package_method capable of managing packages on multiple platforms.
# @param repo Local directory to look for packages in
{
debian::
package_changes => "individual";
package_list_command => "/usr/bin/dpkg -l";
# package_list_update_command => "/usr/bin/apt-get update";
package_list_update_ifelapsed => "$(u_common_knowledge.list_update_ifelapsed_now)";
package_list_name_regex => "ii\s+([^\s:]+).*";
# package_list_version_regex => "ii\s+[^\s]+\s+([^\s]+).*";
package_list_version_regex => "ii\s+[^\s]+\s+(\d+\.\d+((\.|-)\d+)+).*";
package_installed_regex => ".*"; # all reported are installed
package_file_repositories => { "$(repo)" };
package_version_equal_command => "/usr/bin/dpkg --compare-versions '$(v1)' eq '$(v2)'";
package_version_less_command => "/usr/bin/dpkg --compare-versions '$(v1)' lt '$(v2)'";
debian.x86_64::
package_name_convention => "$(name)_$(version)_amd64.deb";
debian.i686::
package_name_convention => "$(name)_$(version)_i386.deb";
debian::
package_add_command => "/usr/bin/dpkg --force-confdef --force-confnew --install";
package_delete_command => "/usr/bin/dpkg --purge";
redhat|SuSE|suse|sles::
package_changes => "individual";
package_list_command => "/bin/rpm -qa --queryformat \"i | repos | %{name} | %{version}-%{release} | %{arch}\n\"";
package_list_update_ifelapsed => "$(u_common_knowledge.list_update_ifelapsed_now)";
package_list_name_regex => "[^|]+\|[^|]+\|\s+([^\s|]+).*";
package_list_version_regex => "[^|]+\|[^|]+\|[^|]+\|\s+([^\s|]+).*";
package_list_arch_regex => "[^|]+\|[^|]+\|[^|]+\|[^|]+\|\s+([^\s]+).*";
package_installed_regex => "i.*";
package_file_repositories => { "$(repo)" };
package_name_convention => "$(name)-$(version).$(arch).rpm";
package_add_command => "/bin/rpm -ivh ";
package_delete_command => "/bin/rpm -e --nodeps";
package_verify_command => "/bin/rpm -V";
package_noverify_regex => ".*[^\s].*";
package_version_less_command => "$(sys.bindir)/rpmvercmp '$(v1)' lt '$(v2)'";
package_version_equal_command => "$(sys.bindir)/rpmvercmp '$(v1)' eq '$(v2)'";
(redhat|SuSE|suse|sles|debian|solarisx86|solaris)::
package_update_command => "$(sys.workdir)/bin/cf-upgrade -b $(cfengine_software_version_packages1.backup_script) -s $(cfengine_software_version_packages1.backup_file) -i $(cfengine_software_version_packages1.install_script)";
redhat.!redhat_4::
package_list_update_command => "/usr/bin/yum --quiet check-update";
redhat_4::
package_list_update_command => "/usr/bin/yum check-update";
SuSE|suse|sles::
package_list_update_command => "/usr/bin/zypper list-updates";
windows::
package_changes => "individual";
package_list_update_ifelapsed => "$(u_common_knowledge.list_update_ifelapsed_now)";
package_file_repositories => { "$(repo)" };
package_installed_regex => ".*";
package_name_convention => "$(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 => "\"$(sys.winsysdir)\msiexec.exe\" /qn /x";
package_version_less_command => '$(sys.winsysdir)$(const.dirsep)WindowsPowerShell$(const.dirsep)v1.0$(const.dirsep)powershell.exe "$(sys.bindir)$(const.dirsep)vercmp.ps1" "$(v1)" "lt" "$(v2)"';
package_version_equal_command => '$(sys.winsysdir)$(const.dirsep)WindowsPowerShell$(const.dirsep)v1.0$(const.dirsep)powershell.exe "$(sys.bindir)$(const.dirsep)vercmp.ps1" "$(v1)" "eq" "$(v2)"';
freebsd::
package_changes => "individual";
package_list_command => "/usr/sbin/pkg_info";
package_list_update_command => "/usr/bin/true";
package_list_update_ifelapsed => "$(u_common_knowledge.list_update_ifelapsed_now)";
package_list_name_regex => "^(\S+)-(\d+\.?)+";
package_list_version_regex => "^\S+-((\d+\.?)+\_\d)";