# encoding: utf-8 # author: Christoph Hartmann # author: Dominik Richter # Resource to determine package information # # Usage: # describe package('nginx') do # it { should be_installed } # end class Package < Inspec.resource(1) name 'package' desc 'Use the package InSpec audit resource to test if the named package and/or package version is installed on the system.' example " describe package('nginx') do it { should be_installed } its('version') { should eq 1.9.5 } end " def initialize(package_name = nil) # rubocop:disable Metrics/AbcSize @package_name = package_name @name = @package_name @cache = nil # select package manager @pkgman = nil os = inspec.os if os.debian? @pkgman = Deb.new(inspec) elsif os.redhat? || os.suse? @pkgman = Rpm.new(inspec) elsif ['arch'].include?(os[:family]) @pkgman = Pacman.new(inspec) elsif ['darwin'].include?(os[:family]) @pkgman = Brew.new(inspec) elsif inspec.os.windows? @pkgman = WindowsPkg.new(inspec) elsif ['aix'].include?(os[:family]) @pkgman = BffPkg.new(inspec) elsif os.solaris? @pkgman = SolarisPkg.new(inspec) else return skip_resource 'The `package` resource is not supported on your OS yet.' end end # returns true if the package is installed def installed?(_provider = nil, _version = nil) return false if info.nil? info[:installed] == true end # returns the package description def info return @cache if !@cache.nil? return nil if @pkgman.nil? @pkgman.info(@package_name) end # return the package version def version info = @pkgman.info(@package_name) return nil if info.nil? info[:version] end def to_s "System Package #{@package_name}" end end class PkgManagement attr_reader :inspec def initialize(inspec) @inspec = inspec end end # Debian / Ubuntu class Deb < PkgManagement def info(package_name) cmd = inspec.command("dpkg -s #{package_name}") return nil if cmd.exit_status.to_i != 0 params = SimpleConfig.new( cmd.stdout.chomp, assignment_re: /^\s*([^:]*?)\s*:\s*(.*?)\s*$/, multiple_values: false, ).params { name: params['Package'], installed: true, version: params['Version'], type: 'deb', } end end # RHEL family class Rpm < PkgManagement def info(package_name) cmd = inspec.command("rpm -qia #{package_name}") # CentOS does not return an error code if the package is not installed, # therefore we need to check for emptyness return nil if cmd.exit_status.to_i != 0 || cmd.stdout.chomp.empty? params = SimpleConfig.new( cmd.stdout.chomp, assignment_re: /^\s*([^:]*?)\s*:\s*(.*?)\s*$/, multiple_values: false, ).params # On some (all?) systems, the linebreak before the vendor line is missing if params['Version'] =~ /\s*Vendor:/ v = params['Version'].split(' ')[0] else v = params['Version'] end # On some (all?) systems, the linebreak before the build line is missing if params['Release'] =~ /\s*Build Date:/ r = params['Release'].split(' ')[0] else r = params['Release'] end { name: params['Name'], installed: true, version: "#{v}-#{r}", type: 'rpm', } end end # MacOS / Darwin implementation class Brew < PkgManagement def info(package_name) cmd = inspec.command("brew info --json=v1 #{package_name}") return nil if cmd.exit_status.to_i != 0 # parse data pkg = JSON.parse(cmd.stdout)[0] { name: pkg.name.to_s, installed: true, version: pkg.installed.version.to_s, type: 'brew', } end end # Arch Linux class Pacman < PkgManagement def info(package_name) cmd = inspec.command("pacman -Qi #{package_name}") return nil if cmd.exit_status.to_i != 0 params = SimpleConfig.new( cmd.stdout.chomp, assignment_re: /^\s*([^:]*?)\s*:\s*(.*?)\s*$/, multiple_values: false, ).params { name: params['Name'], installed: true, version: params['Version'], type: 'pacman', } end end # Determines the installed packages on Windows # Currently we use 'Get-WmiObject -Class Win32_Product' as a detection method # TODO: evaluate if alternative methods as proposed by Microsoft are still valid: # @see: http://blogs.technet.com/b/heyscriptingguy/archive/2013/11/15/use-powershell-to-find-installed-software.aspx class WindowsPkg < PkgManagement def info(package_name) # Find the package cmd = inspec.command("Get-WmiObject -Class Win32_Product | Where-Object {$_.Name -eq '#{package_name}'} | Select-Object -Property Name,Version,Vendor,PackageCode,Caption,Description | ConvertTo-Json") begin package = JSON.parse(cmd.stdout) rescue JSON::ParserError => _e return nil end { name: package['Name'], installed: true, version: package['Version'], type: 'windows', } end end # AIX class BffPkg < PkgManagement def info(package_name) cmd = inspec.command("lslpp -cL #{package_name}") return nil if cmd.exit_status.to_i != 0 bff_pkg = cmd.stdout.split("\n").last.split(':') { name: bff_pkg[1], installed: true, version: bff_pkg[2], type: 'bff', } end end # Solaris class SolarisPkg < PkgManagement def info(package_name) if inspec.os[:release].to_i <= 10 solaris10_info(package_name) else solaris11_info(package_name) end end # solaris 10 def solaris10_info(package_name) cmd = inspec.command("pkginfo -l #{package_name}") return nil if cmd.exit_status.to_i != 0 params = SimpleConfig.new( cmd.stdout.chomp, assignment_re: /^\s*([^:]*?)\s*:\s*(.*?)\s*$/, multiple_values: false, ).params # parse 11.10.0,REV=2006.05.18.01.46 v = params['VERSION'].split(',') { name: params['PKGINST'], installed: true, version: v[0] + '-' + v[1].split('=')[1], type: 'pkg', } end # solaris 11 def solaris11_info(package_name) cmd = inspec.command("pkg info #{package_name}") return nil if cmd.exit_status.to_i != 0 params = SimpleConfig.new( cmd.stdout.chomp, assignment_re: /^\s*([^:]*?)\s*:\s*(.*?)\s*$/, multiple_values: false, ).params { name: params['Name'], installed: true, # 0.5.11-0.175.3.1.0.5.0 version: "#{params['Version']}-#{params['Branch']}", type: 'pkg', } end end