Best Inspec_ruby code snippet using Inspec.tag
xccdf2inspec.rb
Source: xccdf2inspec.rb
...8require 'word_wrap'9require 'pp'10WIDTH = 8011class Xccdf2Inspec12 def initialize(xccdf_path, cci_path, output, output_format, seperated, replace_tags)13 @cci_xml = File.read(cci_path)14 @xccdf_xml = File.read(xccdf_path)15 @output = 'inspec_profile' if output.nil?16 @output = output unless output.nil?17 @format = 'ruby' if output_format.nil?18 @format = output_format unless output_format.nil?19 @seperated = true if seperated.nil? || seperated == 'true'20 @seperated = false if seperated == 'false'21 @replace_tags = replace_tags.split(',').map(&:strip) unless replace_tags.nil?22 @controls = []23 replace_tags_in_xml unless replace_tags.nil?24 parse_xmls25 parse_controls26 generate_controls27 print_benchmark_info28 end29 private30 def wrap(s, width = WIDTH)31 s.gsub!("desc \"\n ", 'desc "')32 s.gsub!(/\\r/, "\n")33 s.gsub!(/\\n/, "\n")34 WordWrap.ww(s.to_s, width)35 end36 def replace_tags_in_xml37 @replace_tags.each do |tag|38 @xccdf_xml = @xccdf_xml.gsub(/(<|<)#{tag}(>|>)/, "$#{tag}")39 end40 end41 def parse_xmls42 @cci_items = CCI_List.parse(@cci_xml)43 @xccdf_controls = Benchmark.parse(@xccdf_xml)44 end45 def parse_controls46 @xccdf_controls.group.each do |group|47 control = Inspec::Control.new48 control.id = group.id49 control.title = group.rule.title50 control.desc = group.rule.description.vuln_discussion.split('Satisfies: ')[0]51 control.impact = get_impact(group.rule.severity)52 control.add_tag(Inspec::Tag.new('gtitle', group.title))53 control.add_tag(Inspec::Tag.new('satisfies', group.rule.description.vuln_discussion.split('Satisfies: ')[1].split(',').map(&:strip))) if group.rule.description.vuln_discussion.split('Satisfies: ').length > 154 control.add_tag(Inspec::Tag.new('gid', group.id))55 control.add_tag(Inspec::Tag.new('rid', group.rule.id))56 control.add_tag(Inspec::Tag.new('stig_id', group.rule.version))57 control.add_tag(Inspec::Tag.new('fix_id', group.rule.fix.id))58 control.add_tag(Inspec::Tag.new('cci', group.rule.idents))59 control.add_tag(Inspec::Tag.new('nist', @cci_items.fetch_nists(group.rule.idents)))60 control.add_tag(Inspec::Tag.new('false_negatives', group.rule.description.false_negatives)) if group.rule.description.false_negatives != ''61 control.add_tag(Inspec::Tag.new('false_positives', group.rule.description.false_positives)) if group.rule.description.false_positives != ''62 control.add_tag(Inspec::Tag.new('documentable', group.rule.description.documentable)) if group.rule.description.documentable != ''63 control.add_tag(Inspec::Tag.new('mitigations', group.rule.description.false_negatives)) if group.rule.description.mitigations != ''64 control.add_tag(Inspec::Tag.new('severity_override_guidance', group.rule.description.severity_override_guidance)) if group.rule.description.severity_override_guidance != ''65 control.add_tag(Inspec::Tag.new('potential_impacts', group.rule.description.potential_impacts)) if group.rule.description.potential_impacts != ''66 control.add_tag(Inspec::Tag.new('third_party_tools', group.rule.description.third_party_tools)) if group.rule.description.third_party_tools != ''67 control.add_tag(Inspec::Tag.new('mitigation_controls', group.rule.description.mitigation_controls)) if group.rule.description.mitigation_controls != ''68 control.add_tag(Inspec::Tag.new('responsibility', group.rule.description.responsibility)) if group.rule.description.responsibility != ''69 control.add_tag(Inspec::Tag.new('ia_controls', group.rule.description.ia_controls)) if group.rule.description.ia_controls != ''70 control.add_tag(Inspec::Tag.new('check', group.rule.check.check_content))71 control.add_tag(Inspec::Tag.new('fix', group.rule.fixtext))72 @controls << control73 end74 end75 def generate_controls76 Dir.mkdir @output.to_s unless Dir.exist?(@output.to_s)77 Dir.mkdir "#{@output}/controls" unless Dir.exist?("#{@output}/controls")78 Dir.mkdir "#{@output}/libaries" unless Dir.exist?("#{@output}/libraries")79 myfile = File.new("#{@output}/README.md", 'w')80 myfile.puts "# Example InSpec Profile\n\nthis example shows the implementation of an InSpec profile."81 if @seperated82 if @format == 'ruby'83 @controls.each do |control|84 file_name = control.id.to_s85 myfile = File.new("#{@output}/controls/#{file_name}.rb", 'w')86 myfile.puts wrap(control.to_ruby, WIDTH) + "\n"87 myfile.close88 end89 else90 @controls.each do |control|91 file_name = control.id.to_s92 myfile = File.new("#{@output}/controls/#{file_name}.rb", 'w')93 PP.pp(control.to_hash, myfile)94 myfile.close95 end96 end97 else98 myfile = File.new("#{@output}/controls/controls.rb", 'w')99 if @format == 'ruby'100 @controls.each do |control|101 myfile.puts wrap(control.to_ruby, WIDTH) + "\n"102 end103 else104 @controls.each do |control|105 control.desc = control.desc.strip106 PP.pp(control.to_hash, myfile)107 end108 end109 myfile.close110 end111 end112 # @!method print_benchmark_info(info)113 # writes benchmark info to profile inspec.yml file114 #115 def print_benchmark_info116 benchmark_info =117"name: #{@output}118title: #{@xccdf_controls.title}119maintainer: The Authors120copyright: The Authors121copyright_email: you@example.com122license: Apache-2.0123summary: An InSpec Compliance Profile124version: 0.1.0"125 myfile = File.new("#{@output}/inspec.yml", 'w')126 myfile.puts benchmark_info127 end128 # @!method get_impact(severity)129 # Takes in the STIG severity tag and converts it to the InSpec #{impact}130 # control tag.131 # At the moment the mapping is static, so that:132 # high => 0.7133 # medium => 0.5134 # low => 0.3135 # @param severity [String] the string value you want to map to an InSpec136 # 'impact' level.137 #138 # @return impact [Float] the impact level level mapped to the XCCDF severity139 # mapped to a float between 0.0 - 1.0.140 #141 # @todo Allow for the user to pass in a hash for the desired mapping of text142 # values to numbers or to override our hard coded values.143 #144 def get_impact(severity)...
read_stig_json.rb
Source: read_stig_json.rb
...67 control '#{control}' do68 impact #{impact(finding['severity'])}69 title '#{finding['title']}'70 desc '\n#{safe(finding['description'])}\n'71 tag 'stig','#{control}'72 tag severity: '#{finding['severity']}'73 tag checkid: '#{finding['checkid']}'74 tag fixid: '#{finding['fixid']}'75 tag version: '#{finding['version']}'76 tag ruleid: '#{finding['ruleID']}'77 tag fixtext: '\n#{safe(finding['fixtext'])}\n'78 tag checktext: '\n#{safe(finding['checktext'])}\n'79 #{make_inspec_rule(control)}80 end81 HEREDOC82 #File.write("#{$dest}/#{control}.rb", output)83end...
objects.rb
Source: objects.rb
1module Inspec2 module Object3 autoload :Tag, "inspec/objects/tag"4 autoload :Control, "inspec/objects/control"5 autoload :Describe, "inspec/objects/describe"6 autoload :EachLoop, "inspec/objects/each_loop"7 autoload :List, "inspec/objects/list"8 autoload :OrTest, "inspec/objects/or_test"9 autoload :RubyHelper, "inspec/objects/ruby_helper"10 autoload :Test, "inspec/objects/test"11 autoload :Value, "inspec/objects/value"12 autoload :Input, "inspec/objects/input"13 end14end...
tag
Using AI Code Generation
1tag('tag1')2tag('tag2')3tag('tag3')4tag('tag4')5tag('tag5')6tag('tag6')7tag('tag7')8tag('tag8')9tag('tag9')10tag('tag10')11tag('tag11')12tag('tag12')13tag('tag13')14tag('tag14')15tag('tag15')16tag('tag16')17tag('tag17')18tag('tag18')19tag('tag19')20tag('tag20')21tag('tag21')22tag('tag22')
tag
Using AI Code Generation
1tag('foo')2tag('bar')3tag('foo')4tag('bar')5tag('foo')6tag('bar')7tag('foo')8tag('bar')9tag('foo')10tag('bar')11tag('foo')12tag('bar')13tag('foo')14tag('bar')15tag('foo')16tag('bar')17tag('foo')18tag('bar')19tag('foo')20tag('bar')21tag('foo')22tag('bar')23tag('foo')
tag
Using AI Code Generation
1describe file('/etc/passwd') do2 it { should exist }3describe file('/etc/passwd') do4 it { should exist }5 its('content') { should match /root:x:0:0/ }6 its('mode') { should cmp '0644' }7 its('owner') { should eq 'root' }8 its('group') { should eq 'root' }9describe file('/etc/passwd') do10 it { should exist }11 its('content') { should match /root:x:0:0/ }12 its('mode') { should cmp '0644' }13 its('owner') { should eq 'root' }14 its('group') { should eq 'root' }15 its('size') { should > 1000 }16describe file('/etc/passwd') do17 it { should exist }18 its('content') { should match /root:x:0:0/ }19 its('mode') { should cmp '0644' }20 its('owner') { should eq 'root' }21 its('group') { should eq 'root' }22 its('size') { should > 1000 }23 its('mtime') { should > Time.now - 3600 }24describe file('/etc/passwd') do25 it { should exist }26 its('content') { should match /root:x:0:0/ }27 its('mode') { should cmp '0644' }28 its('owner') { should eq 'root' }29 its('group') { should eq 'root' }30 its('size') { should > 1000 }31 its('mtime') { should > Time.now - 3600 }32 its('md5sum') { should eq 'b4b88b6018f9c1d4e2b9e08a8d8a3bbf' }33describe file('/etc/passwd') do34 it { should exist }35 its('content') { should match /root:x:0:0/ }36 its('mode') { should cmp '0644' }37 its('owner') { should eq 'root' }38 its('group') { should eq 'root' }39 its('size
tag
Using AI Code Generation
1 expect(1).to eq(1)2 expect(1).to eq(1)3 expect(1).to eq(1)4 expect(1).to eq(1)5 expect(1).to eq(1)6 expect(1).to eq(1)7 expect(1).to eq(1)
tag
Using AI Code Generation
1 describe file('/etc/passwd') do2 it { should exist }3 describe file('/etc/passwd') do4 it { should exist }5 describe file('/etc/passwd') do6 it { should exist }7 describe file('/etc/passwd') do8 it { should exist }9 describe file('/etc/passwd') do10 it { should exist }11 describe file('/etc/passwd') do12 it { should exist }13 describe file('/etc/passwd') do
tag
Using AI Code Generation
1 its('tag') { should eq('test') }2 its('tag') { should eq('test') }3 its('tag') { should eq('test') }4 its('tag') { should eq('test') }5 its('tag') { should eq('test') }6 its('tag') { should eq('test') }7 its('tag') { should eq('test') }
tag
Using AI Code Generation
1tag('tag1', 'value1')2tag('tag2', 'value2')3tag('tag3', 'value3')4tag('tag4', 'value4')5tag('tag5', 'value5')6tag('tag6', 'value6')
Check out the latest blogs from LambdaTest on this topic:
Continuous integration is a coding philosophy and set of practices that encourage development teams to make small code changes and check them into a version control repository regularly. Most modern applications necessitate the development of code across multiple platforms and tools, so teams require a consistent mechanism for integrating and validating changes. Continuous integration creates an automated way for developers to build, package, and test their applications. A consistent integration process encourages developers to commit code changes more frequently, resulting in improved collaboration and code quality.
People love to watch, read and interact with quality content — especially video content. Whether it is sports, news, TV shows, or videos captured on smartphones, people crave digital content. The emergence of OTT platforms has already shaped the way people consume content. Viewers can now enjoy their favorite shows whenever they want rather than at pre-set times. Thus, the OTT platform’s concept of viewing anything, anytime, anywhere has hit the right chord.
So, now that the first installment of this two fold article has been published (hence you might have an idea of what Agile Testing is not in my opinion), I’ve started feeling the pressure to explain what Agile Testing actually means to me.
The purpose of developing test cases is to ensure the application functions as expected for the customer. Test cases provide basic application documentation for every function, feature, and integrated connection. Test case development often detects defects in the design or missing requirements early in the development process. Additionally, well-written test cases provide internal documentation for all application processing. Test case development is an important part of determining software quality and keeping defects away from customers.
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!