require 'time' module Serverspec::Type class X509Certificate < Base def certificate? (run_openssl_command_with("-noout").exit_status == 0) end def subject run_openssl_command_with("-subject -noout").stdout.chomp.gsub(/^subject= /,'') end def issuer run_openssl_command_with("-issuer -noout").stdout.chomp.gsub(/^issuer= /,'') end def email run_openssl_command_with("-email -noout").stdout.chomp end def fingerprint run_openssl_command_with("-fingerprint -noout").stdout.chomp end def alias run_openssl_command_with("-alias -noout").stdout.chomp end # Modern openssl use following output format for key length: # Public-Key: (4096 bit) # while ancient (0.9.8 for example) use # RSA Public Key: (2048 bit) def keylength len_str = run_openssl_command_with("-text -noout | grep -E 'Public(-| )Key: \\([[:digit:]]+ bit\\)'").stdout.chomp len_str.gsub(/^.*\(/,'').gsub(/ bit\)$/,'').to_i end def has_purpose?(p) grep_str = "#{p} : Yes" ( run_openssl_command_with("-purpose -noout | grep -wq \"#{grep_str}\""). exit_status == 0 ) end def valid? runner_res = run_openssl_command_with("-startdate -enddate -noout") return false if runner_res.exit_status != 0 date_map = parse_dates_str_to_map(runner_res.stdout) now = Time.now ( now >= date_map[:notBefore] && now <= date_map[:notAfter]) end def validity_in_days runner_res = run_openssl_command_with("-enddate -noout") return 0 if runner_res.exit_status != 0 date_map = parse_dates_str_to_map(runner_res.stdout) diff = date_map[:notAfter] - Time.now ( diff/(60*60*24) ) end def subject_alt_names text = run_openssl_command_with('-text -noout').stdout # X509v3 Subject Alternative Name: # DNS:*.example.com, DNS:www.example.net, IP:192.0.2.10 if text =~ /^ *X509v3 Subject Alternative Name:.*\n *(.*)$/ $1.split(/, +/) end end private def run_openssl_command_with(param_str) @runner.run_command("openssl x509 -in #{name} #{param_str}") end def parse_dates_str_to_map(dates_str) dates_str.split("\n").inject({}) do |res,line| kv_arr = line.split '=' time = Time.strptime(kv_arr[1],'%b %e %T %Y %Z') rescue Time.parse(kv_arr[1] || '') res.merge({ kv_arr[0].to_sym => time }) end end end end