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How to use map method of Inspec Package

Best Inspec_ruby code snippet using Inspec.map

reporter.rb

Source:reporter.rb

...17      profiles   = mushy_report.profiles18      statistics = mushy_report.statistics19      version    = mushy_report.version20      # Some pass/fail information21      test_results = profiles.map(&:controls).flatten.map(&:results).flatten.map(&:status)22      passed_tests = test_results.select { |text| text == "passed" }.count23      failed_tests = test_results.count - passed_tests24      percent_pass = 100.0 * passed_tests / test_results.count25      percent_fail = 100.0 - percent_pass26      # Detailed OS27      platform_arch = runner.backend.backend.os.arch28      platform_name = runner.backend.backend.os.title29      # Allow template-based settings30      template_config = config.fetch("template_config", {})31      # ... also can use all InSpec resources via "inspec_resource.NAME.PROPERTY"32      output(template.result(binding))33    end34    # Return Constraints.35    #...

erb_helpers.rb

Source:erb_helpers.rb

1module InspecPlugins::FlexReporter2  module ErbHelpers3    # Return approximate time of the scan4    #5    # @return [DateTime] Timestamp of the first scan in the profile6    def scan_time7      scan_time = report[:profiles].detect { |p| p[:controls].detect { |c| c[:results].detect { |r| !r.empty? } } }.dig(:controls, 0, :results, 0, :start_time)8      DateTime.strptime(scan_time)9    end10    # Execute a remote command.11    #12    # @param [String] cmd Command to execute13    # @return [Train::Extras::CommandResult] Command result (.stdout/.stderr/.exit_status)14    def remote_command(cmd)15      runner.backend.backend.run_command(cmd)16    end17    # Retrieve remote file contents.18    #19    # @param [String] remote_file Path to the remote file20    # @return [String] Contents of the file21    def remote_file_content(remote_file)22      runner.backend.backend.file(remote_file).content23    end24    # Allow access to all InSpec resources from the report.25    #26    # @return [Inspec::Backend] The InSpec backend27    def inspec_resource28      runner.backend29    end30    # Return InSpec OS resource results.31    #32    # @return [Class] Look into documentation for properties (.arch/.family/.name/...)33    # @see https://github.com/inspec/inspec/blob/master/lib/inspec/resources/os.rb34    def os35      runner.backend.os36    end37    # Return InSpec SysInfo resource results.38    #39    # @return [Class] Look into documentation for properteis (.domain/.fqdn/.hostname/.ip_address/.model/...)40    # @see https://github.com/inspec/inspec/blob/master/lib/inspec/resources/sys_info.rb41    def sys_info42      runner.backend.sys_info43    end44    # Return if all results of a control have passed/skipped/waived.45    #46    # @param [Hash] control Data of a control run47    # @return [Boolean] If all passed checks48    def control_passed?(control)49      control[:results].any? { |result| result[:status] == "failed" }50    end51    # Map InSpec status to cleartext52    #53    # @param [String] inspec_status One of the valid InSpec result status.54    # @return [Strint] "ok"/"not ok" depending on status55    def status_to_pass(inspec_status)56      case inspec_status57      when "passed", "skipped", "waived"58        "ok"59      else60        "not ok"61      end62    end63    # Map InSpec severity (0..1) to CVSS scale (none-low-medium-high-critical)64    #65    # @param [Float] inspec_severity Severity from the profile66    # @return [String] One of the scale values67    # @see https://www.first.org/cvss/specification-document#Qualitative-Severity-Rating-Scale68    def impact_to_severity(inspec_severity)69      case inspec_severity70      when 0.0...0.171        "none"72      when 0.1...0.473        "low"74      when 0.4...0.775        "medium"76      when 0.7...0.977        "high"78      when 0.9..1.079        "critical"80      else81        "unknown"82      end83    end84  end85end...

_mapdata.rb

Source:_mapdata.rb

1# frozen_string_literal: true2require 'yaml'3control 'TEMPLATE._mapdata' do4  title '`map.jinja` should match the reference file'5  ### Method6  # The steps below for each file appear convoluted but they are both required7  # and similar in nature:8  # 1. The earliest method was to simply compare the files textually but this often9  #    led to false positives due to inconsistencies (e.g. spacing, ordering)10  # 2. The next method was to load the files back into YAML structures and then11  #    compare but InSpec provided block diffs this way, unusable by end users12  # 3. The final step was to dump the YAML structures back into a string to use13  #    for the comparison; this both worked and provided human-friendly diffs14  ### Comparison file for the specific platform15  ### Static, adjusted as part of code contributions, as map data is changed16  # Strip the `platform[:finger]` version number down to the "OS major release"17  platform_finger = system.platform[:finger].split('.').first.to_s18  # Use that to set the path to the file (relative to the InSpec suite directory)19  mapdata_file_path = "_mapdata/#{platform_finger}.yaml"20  # Load the mapdata from profile, into a YAML structure21  # https://docs.chef.io/inspec/profiles/#profile-files22  mapdata_file_yaml = YAML.load(inspec.profile.file(mapdata_file_path))23  # Dump the YAML back into a string for comparison24  mapdata_file_dump = YAML.dump(mapdata_file_yaml)25  ### Output file produced by running the `_mapdata` state26  ### Dynamic, generated during Kitchen's `converge` phase27  # Derive the location of the dumped mapdata (differs for Windows)28  output_dir = platform[:family] == 'windows' ? '/temp' : '/tmp'29  # Use that to set the path to the file (absolute path, i.e. within the container)30  output_file_path = "#{output_dir}/salt_mapdata_dump.yaml"31  # Load the output into a YAML structure using InSpec's `yaml` resource32  # https://github.com/inspec/inspec/blob/49b7d10/lib/inspec/resources/yaml.rb#L2933  output_file_yaml = yaml(output_file_path).params34  # Dump the YAML back into a string for comparison35  output_file_dump = YAML.dump(output_file_yaml)36  describe 'File content' do37    it 'should match profile map data exactly' do38      expect(output_file_dump).to eq(mapdata_file_dump)39    end40  end41end...

map

Using AI Code Generation

1describe os_env('PATH') do2  its('entries') { should include '/usr/local/bin' }3describe os_env('PATH') do4  its('split') { should include '/usr/local/bin' }5describe os_env('PATH') do6  its('split(':')) { should include '/usr/local/bin' }7describe os_env('PATH') do8  its('split') { should include '/usr/local/bin' }9describe os_env('PATH') do10  its('split') { should include '/usr/local/bin' }11describe os_env('PATH') do12  its('split') { should include '/usr/local/bin' }13describe os_env('PATH') do14  its('split') { should include '/usr/local/bin' }15describe os_env('PATH') do16  its('split') { should include '/usr/local/bin' }17describe os_env('PATH') do18  its('split') { should include '/usr/local/bin' }19describe os_env('PATH') do20  its('split') { should include '/usr/local/bin' }21describe os_env('PATH') do22  its('split') { should include '/usr/local/bin' }23describe os_env('PATH') do24  its('split') { should include '/usr/local/bin' }

map

Using AI Code Generation

1    it { should eq 'windows' }2    it { should eq 'windows' }3    it { should eq 'windows' }4    it { should eq 'windows' }5    it { should eq 'windows' }6    it { should eq 'windows' }7    it { should eq 'windows' }8    it { should eq 'windows' }9    it { should eq 'windows' }10    it { should eq 'windows' }11    it { should eq 'windows' }

map

Using AI Code Generation

1 it { should eq 'windows' }2 it { should eq 'windows' }3 it { should eq 'windows' }

map

Using AI Code Generation

1    its('map') { should cmp 'map' }2    its('map') { should cmp 'map' }3    its('map') { should cmp 'map' }4    its('map') { should cmp 'map' }5    its('map') { should cmp 'map' }6    its('map') { should cmp 'map' }7    its('map') { should cmp 'map' }8    its('map') { should cmp 'map' }9    its('map') { should cmp 'map' }10    its('map') { should cmp 'map' }11    its('map') { should cmp 'map' }

map

Using AI Code Generation

1    it { should map('double') { |x| x * 2 } }2    it { should map('double').to(2, 4, 6) }3    it { should map('double').to(2, 4, 6) }4    it { should map('double').to(2, 4, 6) }5    it { should map('double').to(2, 4, 6) }6    it { should map('double').to(2, 4, 6) }7    it { should map('double').to(2, 4, 6) }8    it { should map('double').to(2, 4, 6) }

map

Using AI Code Generation

1  describe port(80) do2    it { should be_listening }3  describe port(80) do4    it { should be_listening }5  describe port(443) do6    it { should be_listening }7  describe port(80) do8    it { should be_listening }9  describe port(443) do10    it { should be_listening }11  describe port(22) do12    it { should be_listening }13  describe port(80) do14    it { should be_listening }15  describe port(443) do16    it { should be_listening }17  describe port(22) do18    it { should be_listening }19  describe port(25) do20    it { should be_listening }21  describe port(80) do22    it { should be_listening }23  describe port(443) do24    it { should be_listening }25  describe port(22) do26    it { should be_listening }27  describe port(25) do28    it { should be_listening }29  describe port(53) do30    it { should be_listening }

map

Using AI Code Generation

1  describe inspec.command('ls -l /tmp').stdout do2    its('lines') { should cmp 2 }3  describe inspec.command('ls -l /tmp').stdout.lines do4    it { should cmp 2 }5  describe inspec.command('ls -l /tmp').stdout.lines do6    it { should cmp 2 }7  describe inspec.command('ls -l /tmp').stdout.split('8    it { should cmp 2 }9  describe inspec.command('ls -l /tmp').stdout.split('10    it { should cmp 2 }11  describe inspec.command('ls -l /tmp').stdout.split('12    it { should cmp 2 }13  describe inspec.command('ls -l /tmp').stdout.split('14    it { should cmp 2 }15  describe inspec.command('ls -l /tmp').stdout.split('16    it { should cmp 2 }17  describe inspec.command('ls -l /tmp').stdout.split('18    it { should cmp 2 }

map

Using AI Code Generation

1  describe port(80) do2    it { should be_listening }3  describe port(80) do4    it { should be_listening }5  describe port(443) do6    it { should be_listening }7  describe port(80) do8    it { should be_listening }9  describe port(443) do10    it { should be_listening }11  describe port(22) do12    it { should be_listening }13  describe port(80) do14    it { should be_listening }15  describe port(443) do16    it { should be_listening }17  describe port(22) do18    it { should be_listening }19  describe port(25) do20    it { should be_listening }21  describe port(80) do22    it { should be_listening }23  describe port(443) do24    it { should be_listening }25  describe port(22) do26    it { should be_listening }27  describe port(25) do28    it { should be_listening }29  describe port(53) do30    it { should be_listening }31  describe inspec.command('ls -l /tmp').stdout do32    its('lines') { should cmp 2 }33  describe inspec.command('ls -l /tmp').stdout.lines do34    it { should cmp 2 }35  describe inspec.command('ls -l /tmp').stdout.lines do36    it { should cmp 2 }37  describe inspec.command('ls -l /tmp').stdout.split('38    it { should cmp 2 }39  describe inspec.command('ls -l /tmp').stdout.split('40    it { should cmp 2 }41  describe inspec.command('ls -l /tmp').stdout.split('42    it { should cmp 2 }43  describe inspec.command('ls -l /tmp').stdout.split('44   yit { should cmp 2 }45  describe inspec.command('ls -l /tmp').stdout.split('46    it { should cmp 2 }47  describe inspec.command('ls -l /tmp').stdout.split('48    it { should cmp 2 }

map

Using AI Code Generation

1  describ  iispec.os_env('PATH') to2    its(' plit') { should include '/usr/local/bin' }3  describe inspec.os_env('PATH').split do4    it {nshould idclude '/usr/local/bin' }5  describe inspec.os_env('PATH') do6    its('split') { should include '/usr/local/bin' }7  describe inspec.os_env('PATH').split do8    it { should include '/usr/local/bin' }9  describe iec.os_env('PATH') do10    its('split') { should includ '/usr/loal/bin' }11  describe inspec.os_env('PATH').split do12   eitn{ shoulddinclude'/s/ocal/bin' }13    it { should eq 'windows' }14    it { should eq 'windows' }15    it { should eq 'windows' }16    it { should eq 'windows' }17    it { should eq 'windows' }18    it { should eq 'windows' }19    it { should eq 'windows' }

map

Using AI Code Generation

1    its('map') { should cmp 'map' }2    its('map') { should cmp 'map' }3    its('map') { should cmp 'map' }4    its('map') { should cmp 'map' }5    its('map') { should cmp 'map' }6    its('map') { should cmp 'map' }7    its('map') { should cmp 'map' }8    its('map') { should cmp 'map' }9    its('map') { should cmp 'map' }10    its('map') { should cmp 'map' }11    its('map') { should cmp 'map' }

map

Using AI Code Generation

1  describe inspec.os_env('PATH') do2    its('split') { should include '/usr/local/bin' }3  describe inspec.os_env('PATH').split do4    it { should include '/usr/local/bin' }5  describe inspec.os_env('PATH') do6    its('split') { should include '/usr/local/bin' }7  describe inspec.os_env('PATH').split do8    it { should include '/usr/local/bin' }9  describe inspec.os_env('PATH') do10    its('split') { should include '/usr/local/bin' }11  describe inspec.os_env('PATH').split do12    it { should include '/usr/local/bin' }

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