Class: ChefConfig::Config
- Inherits:
-
Object
- Object
- ChefConfig::Config
- Extended by:
- Mixin::FuzzyHostnameMatcher, Mixlib::Config
- Defined in:
- lib/chef-config/config.rb
Constant Summary collapse
- USER =
Character classes for Addressable See www.ietf.org/rfc/rfc3986.txt 3.2.1 The user part may not have a : in it
Addressable::URI::CharacterClasses::UNRESERVED + Addressable::URI::CharacterClasses::SUB_DELIMS
- PASSWORD =
The password part may have any valid USERINFO characters
USER + "\\:"
Class Method Summary collapse
-
._this_file ⇒ Object
Path to this file in the current install.
- .add_event_logger(logger) ⇒ Object
- .add_formatter(name, file_path = nil) ⇒ Object
- .apply_extra_config_options(extra_config_options) ⇒ Object
-
.c_chef_dir ⇒ Object
On windows, C:/chef/.
- .c_opscode_dir ⇒ Object
- .derive_path_from_chef_repo_path(child_path) ⇒ Object
-
.embedded_dir ⇒ Object
If installed via an omnibus installer, this gives the path to the “embedded” directory which contains all of the software packaged with omnibus.
-
.enable_fips_mode ⇒ Object
private
Set fips mode in openssl.
-
.env ⇒ Object
This provides a hook which rspec can stub so that we can avoid twiddling global state in tests.
-
.etc_chef_dir(is_windows = ChefUtils.windows?) ⇒ Object
On *nix, /etc/chef.
- .expand_relative_paths(path) ⇒ Object
- .export_no_proxy(value) ⇒ Object private
-
.export_proxies ⇒ Object
Public method that users should call to export proxies to the appropriate environment variables.
-
.export_proxy(scheme, path, user, pass) ⇒ Object
private
Builds a proxy uri and exports it to the appropriate environment variables.
- .find_chef_repo_path(cwd) ⇒ Object
-
.from_string(string, filename) ⇒ Object
Evaluates the given string as config.
-
.guess_internal_locale ⇒ Object
Chef requires an English-language UTF-8 locale to function properly.
-
.init_openssl ⇒ Object
Initialize openssl.
- .inspect ⇒ Object
-
.is_valid_url?(uri) ⇒ Boolean
Is the URL valid.
-
.path_accessible?(path) ⇒ Boolean
Returns true only if the path exists and is readable and writeable for the user.
-
.platform_specific_path(path) ⇒ String
given a *nix style config path return the platform specific path to that same config file.
-
.proxy_uri(scheme, host, port) ⇒ Object
Given a scheme, host, and port, return the correct proxy URI based on the set environment variables, unless excluded by no_proxy, in which case nil is returned.
- .set_defaults_for_nix ⇒ Object
- .set_defaults_for_windows ⇒ Object
-
.set_extra_config_options(extra_parsed_options) ⇒ Object
We use :[]= assignment here to not bypass any coercions that happen via mixlib-config writes_value callbacks.
- .target_mode? ⇒ Boolean
-
.var_chef_dir(is_windows = ChefUtils.windows?) ⇒ Object
On *nix, /var/chef.
-
.var_root_dir(is_windows = ChefUtils.windows?) ⇒ Object
On *nix, the root of /var/, used to test if we can create and write in /var/chef.
- .windows_home_path ⇒ Object
-
.windows_installation_drive ⇒ String
the drive where Chef is installed on a windows host.
Instance Method Summary collapse
-
#user ⇒ Object
Daemonization Settings ## What user should Chef run as?.
Methods included from Mixin::FuzzyHostnameMatcher
fuzzy_hostname_match?, fuzzy_hostname_match_any?
Class Method Details
._this_file ⇒ Object
Path to this file in the current install.
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# File 'lib/chef-config/config.rb', line 1226 def self._this_file File.(__FILE__) end |
.add_event_logger(logger) ⇒ Object
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# File 'lib/chef-config/config.rb', line 128 def self.add_event_logger(logger) event_handlers << logger end |
.add_formatter(name, file_path = nil) ⇒ Object
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# File 'lib/chef-config/config.rb', line 123 def self.add_formatter(name, file_path = nil) formatters << [name, file_path] end |
.apply_extra_config_options(extra_config_options) ⇒ Object
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# File 'lib/chef-config/config.rb', line 132 def self.() if = .inject({}) do |memo, option| # Sanity check value. if option.empty? || !option.include?("=") raise UnparsableConfigOption, "Unparsable config option #{option.inspect}" end # Split including whitespace if someone does truly odd like # --config-option "foo = bar" key, value = option.split(/\s*=\s*/, 2) # Call to_sym because Chef::Config expects only symbol keys. Also # runs a simple parse on the string for some common types. memo[key.to_sym] = YAML.safe_load(value) memo end () end end |
.c_chef_dir ⇒ Object
On windows, C:/chef/
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# File 'lib/chef-config/config.rb', line 96 def self.c_chef_dir drive = windows_installation_drive || "C:" path = PathHelper.join(drive, ChefConfig::Dist::DIR_SUFFIX) PathHelper.cleanpath(path) end |
.c_opscode_dir ⇒ Object
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# File 'lib/chef-config/config.rb', line 102 def self.c_opscode_dir drive = windows_installation_drive || "C:" path = PathHelper.join(drive, ChefConfig::Dist::LEGACY_CONF_DIR, ChefConfig::Dist::DIR_SUFFIX) PathHelper.cleanpath(path) end |
.derive_path_from_chef_repo_path(child_path) ⇒ Object
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# File 'lib/chef-config/config.rb', line 251 def self.derive_path_from_chef_repo_path(child_path) if chef_repo_path.is_a?(String) PathHelper.join(chef_repo_path, child_path) else chef_repo_path.uniq.map { |path| PathHelper.join(path, child_path) } end end |
.embedded_dir ⇒ Object
If installed via an omnibus installer, this gives the path to the “embedded” directory which contains all of the software packaged with omnibus. This is used to locate the cacert.pem file on windows.
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# File 'lib/chef-config/config.rb', line 1215 def self. Pathname.new(_this_file).ascend do |path| if path.basename.to_s == "embedded" return path.to_s end end nil end |
.enable_fips_mode ⇒ Object
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Set fips mode in openssl. Do any patching necessary to make sure Chef runs do not crash.
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# File 'lib/chef-config/config.rb', line 1233 def self.enable_fips_mode OpenSSL.fips_mode = true require "digest" require "digest/sha1" require "digest/md5" # Remove pre-existing constants if they do exist to reduce the # amount of log spam and warnings. Digest.send(:remove_const, "SHA1") if Digest.const_defined?("SHA1") Digest.const_set("SHA1", OpenSSL::Digest::SHA1) OpenSSL::Digest.send(:remove_const, "MD5") if OpenSSL::Digest.const_defined?("MD5") OpenSSL::Digest.const_set("MD5", Digest::MD5) ChefConfig.logger.debug "FIPS mode is enabled." end |
.env ⇒ Object
This provides a hook which rspec can stub so that we can avoid twiddling global state in tests.
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# File 'lib/chef-config/config.rb', line 889 def self.env ENV end |
.etc_chef_dir(is_windows = ChefUtils.windows?) ⇒ Object
On *nix, /etc/chef
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# File 'lib/chef-config/config.rb', line 78 def self.etc_chef_dir(is_windows = ChefUtils.windows?) path = is_windows ? c_chef_dir : PathHelper.join("/etc", ChefConfig::Dist::DIR_SUFFIX) PathHelper.cleanpath(path) end |
.expand_relative_paths(path) ⇒ Object
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# File 'lib/chef-config/config.rb', line 199 def self.(path) unless path.nil? if path.is_a?(String) File.(path) else Array(path).map { |path| File.(path) } end end end |
.export_no_proxy(value) ⇒ Object
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
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# File 'lib/chef-config/config.rb', line 1118 def self.export_no_proxy(value) ENV["no_proxy"] = value unless ENV["no_proxy"] ENV["NO_PROXY"] = value unless ENV["NO_PROXY"] end |
.export_proxies ⇒ Object
Public method that users should call to export proxies to the appropriate environment variables. This method should be called after the config file is parsed and loaded. TODO add some post-file-parsing logic that automatically calls this so users don’t have to
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# File 'lib/chef-config/config.rb', line 1074 def self.export_proxies export_proxy("http", http_proxy, http_proxy_user, http_proxy_pass) if key?(:http_proxy) && http_proxy export_proxy("https", https_proxy, https_proxy_user, https_proxy_pass) if key?(:https_proxy) && https_proxy export_proxy("ftp", ftp_proxy, ftp_proxy_user, ftp_proxy_pass) if key?(:ftp_proxy) && ftp_proxy export_no_proxy(no_proxy) if key?(:no_proxy) && no_proxy end |
.export_proxy(scheme, path, user, pass) ⇒ Object
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Builds a proxy uri and exports it to the appropriate environment variables. Examples:
http://username:password@hostname:port
https://username@hostname:port
ftp://hostname:port
when
scheme = "http", "https", or "ftp"
hostport = hostname:port or scheme://hostname:port
user = username
pass = password
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# File 'lib/chef-config/config.rb', line 1098 def self.export_proxy(scheme, path, user, pass) path = "#{scheme}://#{path}" unless path.include?("://") # URI.split returns the following parts: # [scheme, userinfo, host, port, registry, path, opaque, query, fragment] uri = Addressable::URI.encode(path, Addressable::URI) if user && !user.empty? userinfo = Addressable::URI.encode_component(user, USER) if pass userinfo << ":#{Addressable::URI.encode_component(pass, PASSWORD)}" end uri.userinfo = userinfo end path = uri.to_s ENV["#{scheme}_proxy".downcase] = path unless ENV["#{scheme}_proxy".downcase] ENV["#{scheme}_proxy".upcase] = path unless ENV["#{scheme}_proxy".upcase] end |
.find_chef_repo_path(cwd) ⇒ Object
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# File 'lib/chef-config/config.rb', line 234 def self.find_chef_repo_path(cwd) # In local mode, we auto-discover the repo root by looking for a path with "cookbooks" under it. # This allows us to run config-free. path = cwd until File.directory?(PathHelper.join(path, "cookbooks")) || File.directory?(PathHelper.join(path, "cookbook_artifacts")) new_path = File.("..", path) if new_path == path ChefConfig.logger.warn("No cookbooks directory found at or above current directory. Assuming #{cwd}.") return cwd end path = new_path end ChefConfig.logger.info("Auto-discovered #{ChefConfig::Dist::SHORT} repository at #{path}") path end |
.from_string(string, filename) ⇒ Object
Evaluates the given string as config.
filename
is used for context in stacktraces, but doesn’t need to be the name of an actual file.
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# File 'lib/chef-config/config.rb', line 49 def self.from_string(string, filename) instance_eval(string, filename, 1) end |
.guess_internal_locale ⇒ Object
Chef requires an English-language UTF-8 locale to function properly. We attempt to use the ‘locale -a’ command and search through a list of preferences until we find one that we can use. On Ubuntu systems we should find ‘C.UTF-8’ and be able to use that even if there is no English locale on the server, but Mac, Solaris, AIX, etc do not have that locale. We then try to find an English locale and fall back to ‘C’ if we do not. The choice of fallback is pick-your-poison. If we try to do the work to return a non-US UTF-8 locale then we fail inside of providers when things like ‘svn info’ return Japanese and we can’t parse them. OTOH, if we pick ‘C’ then we will blow up on UTF-8 characters. Between the warn we throw and the Encoding exception that ruby will throw it is more obvious what is broken if we drop UTF-8 by default rather than drop English.
If there is no ‘locale -a’ then we return ‘en_US.UTF-8’ since that is the most commonly available English UTF-8 locale. However, all modern POSIXen should support ‘locale -a’.
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# File 'lib/chef-config/config.rb', line 1157 def self.guess_internal_locale # https://github.com/chef/chef/issues/2181 # Some systems have the `locale -a` command, but the result has # invalid characters for the default encoding. # # For example, on CentOS 6 with ENV['LANG'] = "en_US.UTF-8", # `locale -a`.split fails with ArgumentError invalid UTF-8 encoding. cmd = Mixlib::ShellOut.new("locale -a").run_command cmd.error! locales = cmd.stdout.split case when locales.include?("C.UTF-8") "C.UTF-8" when locales.include?("en_US.UTF-8"), locales.include?("en_US.utf8") "en_US.UTF-8" when locales.include?("en.UTF-8") "en.UTF-8" else # Will match en_ZZ.UTF-8, en_ZZ.utf-8, en_ZZ.UTF8, en_ZZ.utf8 guesses = locales.select { |l| l =~ /^en_.*UTF-?8$/i } unless guesses.empty? guessed_locale = guesses.first # Transform into the form en_ZZ.UTF-8 guessed_locale.gsub(/UTF-?8$/i, "UTF-8") else ChefConfig.logger.warn "Please install an English UTF-8 locale for Chef to use, falling back to C locale and disabling UTF-8 support." "C" end end rescue if ChefUtils.windows? ChefConfig.logger.trace "Defaulting to locale en_US.UTF-8 on Windows, until it matters that we do something else." else ChefConfig.logger.trace "No usable locale -a command found, assuming you have en_US.UTF-8 installed." end "en_US.UTF-8" end |
.init_openssl ⇒ Object
Initialize openssl
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# File 'lib/chef-config/config.rb', line 682 def self.init_openssl if fips enable_fips_mode end end |
.inspect ⇒ Object
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# File 'lib/chef-config/config.rb', line 53 def self.inspect configuration.inspect end |
.is_valid_url?(uri) ⇒ Boolean
Returns is the URL valid.
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# File 'lib/chef-config/config.rb', line 176 def self.is_valid_url?(uri) url = uri.to_s.strip %r{^http://} =~ url || %r{^https://} =~ url || /^chefzero:/ =~ url end |
.path_accessible?(path) ⇒ Boolean
Returns true only if the path exists and is readable and writeable for the user.
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# File 'lib/chef-config/config.rb', line 357 def self.path_accessible?(path) File.exists?(path) && File.readable?(path) && File.writable?(path) end |
.platform_specific_path(path) ⇒ String
given a *nix style config path return the platform specific path to that same config file
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# File 'lib/chef-config/config.rb', line 63 def self.platform_specific_path(path) path = PathHelper.cleanpath(path) if ChefUtils.windows? # turns \etc\chef\client.rb and \var\chef\client.rb into C:/chef/client.rb # Some installations will be on different drives so use the drive that # the expanded path to __FILE__ is found. drive = windows_installation_drive if drive && path[0] == '\\' && path.split('\\')[2] == "chef" path = PathHelper.join(drive, path.split('\\', 3)[2]) end end path end |
.proxy_uri(scheme, host, port) ⇒ Object
Given a scheme, host, and port, return the correct proxy URI based on the set environment variables, unless excluded by no_proxy, in which case nil is returned
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# File 'lib/chef-config/config.rb', line 1126 def self.proxy_uri(scheme, host, port) proxy_env_var = ENV["#{scheme}_proxy"].to_s.strip # Check if the proxy string contains a scheme. If not, add the url's scheme to the # proxy before parsing. The regex /^.*:\/\// matches, for example, http://. Reusing proxy # here since we are really just trying to get the string built correctly. proxy = unless proxy_env_var.empty? if %r{^.*://}.match?(proxy_env_var) URI.parse(proxy_env_var) else URI.parse("#{scheme}://#{proxy_env_var}") end end return proxy unless fuzzy_hostname_match_any?(host, ENV["no_proxy"]) end |
.set_defaults_for_nix ⇒ Object
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# File 'lib/chef-config/config.rb', line 867 def self.set_defaults_for_nix # Those lists of regular expressions define what chef considers a # valid user and group name # # user/group cannot start with '-', '+' or '~' # user/group cannot contain ':', ',' or non-space-whitespace or null byte # everything else is allowed (UTF-8, spaces, etc) and we delegate to your O/S useradd program to barf or not # copies: http://anonscm.debian.org/viewvc/pkg-shadow/debian/trunk/debian/patches/506_relaxed_usernames?view=markup default :user_valid_regex, [ /^[^-+~:,\t\r\n\f\0]+[^:,\t\r\n\f\0]*$/ ] default :group_valid_regex, [ /^[^-+~:,\t\r\n\f\0]+[^:,\t\r\n\f\0]*$/ ] end |
.set_defaults_for_windows ⇒ Object
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# File 'lib/chef-config/config.rb', line 856 def self.set_defaults_for_windows # Those lists of regular expressions define what chef considers a # valid user and group name # From http://technet.microsoft.com/en-us/library/cc776019(WS.10).aspx principal_valid_regex_part = '[^"\/\\\\\[\]\:;|=,+*?<>]+' default :user_valid_regex, [ /^(#{principal_valid_regex_part}\\)?#{principal_valid_regex_part}$/ ] default :group_valid_regex, [ /^(#{principal_valid_regex_part}\\)?#{principal_valid_regex_part}$/ ] default :fatal_windows_admin_check, false end |
.set_extra_config_options(extra_parsed_options) ⇒ Object
We use :[]= assignment here to not bypass any coercions that happen via mixlib-config writes_value callbacks
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# File 'lib/chef-config/config.rb', line 154 def self.() .each do |key, value| self[key.to_sym] = value end end |
.target_mode? ⇒ Boolean
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# File 'lib/chef-config/config.rb', line 503 def self.target_mode? target_mode.enabled end |
.var_chef_dir(is_windows = ChefUtils.windows?) ⇒ Object
On *nix, /var/chef
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# File 'lib/chef-config/config.rb', line 84 def self.var_chef_dir(is_windows = ChefUtils.windows?) path = is_windows ? c_chef_dir : PathHelper.join("/var", ChefConfig::Dist::DIR_SUFFIX) PathHelper.cleanpath(path) end |
.var_root_dir(is_windows = ChefUtils.windows?) ⇒ Object
On *nix, the root of /var/, used to test if we can create and write in /var/chef
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# File 'lib/chef-config/config.rb', line 90 def self.var_root_dir(is_windows = ChefUtils.windows?) path = is_windows ? c_chef_dir : "/var" PathHelper.cleanpath(path) end |
.windows_home_path ⇒ Object
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# File 'lib/chef-config/config.rb', line 893 def self.windows_home_path ChefConfig.logger.deprecation("Chef::Config.windows_home_path is now deprecated. Consider using Chef::Util::PathHelper.home instead.") PathHelper.home end |
.windows_installation_drive ⇒ String
the drive where Chef is installed on a windows host. This is determined either by the drive containing the current file or by the SYSTEMDRIVE ENV variable
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# File 'lib/chef-config/config.rb', line 113 def self.windows_installation_drive if ChefUtils.windows? drive = File.(__FILE__).split("/", 2)[0] drive = ENV["SYSTEMDRIVE"] if drive.to_s == "" drive end end |
Instance Method Details
#user ⇒ Object
Daemonization Settings ## What user should Chef run as?
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# File 'lib/chef-config/config.rb', line 379 default :user, nil |