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roo-rb/roo | lib/roo/excelx.rb | Roo.Excelx.process_zipfile | def process_zipfile(zipfilename_or_stream)
@sheet_files = []
unless is_stream?(zipfilename_or_stream)
zip_file = Zip::File.open(zipfilename_or_stream)
else
zip_file = Zip::CentralDirectory.new
zip_file.read_from_stream zipfilename_or_stream
end
process_zipfile_entries zip_file.to_a.sort_by(&:name)
end | ruby | def process_zipfile(zipfilename_or_stream)
@sheet_files = []
unless is_stream?(zipfilename_or_stream)
zip_file = Zip::File.open(zipfilename_or_stream)
else
zip_file = Zip::CentralDirectory.new
zip_file.read_from_stream zipfilename_or_stream
end
process_zipfile_entries zip_file.to_a.sort_by(&:name)
end | [
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roo-rb/roo | lib/roo/open_office.rb | Roo.OpenOffice.decrypt_if_necessary | def decrypt_if_necessary(
zip_file,
content_entry,
roo_content_xml_path, options
)
# Check if content.xml is encrypted by extracting manifest.xml
# and searching for a manifest:encryption-data element
if (manifest_entry = zip_file.glob('META-INF/manifest.xml').first)
roo_manifest_xml_path = File.join(@tmpdir, 'roo_manifest.xml')
manifest_entry.extract(roo_manifest_xml_path)
manifest = ::Roo::Utils.load_xml(roo_manifest_xml_path)
# XPath search for manifest:encryption-data only for the content.xml
# file
encryption_data = manifest.xpath(
"//manifest:file-entry[@manifest:full-path='content.xml']"\
"/manifest:encryption-data"
).first
# If XPath returns a node, then we know content.xml is encrypted
unless encryption_data.nil?
# Since we know it's encrypted, we check for the password option
# and if it doesn't exist, raise an argument error
password = options[:password]
if !password.nil?
perform_decryption(
encryption_data,
password,
content_entry,
roo_content_xml_path
)
else
fail ArgumentError, 'file is encrypted but password was not supplied'
end
end
else
fail ArgumentError, 'file missing required META-INF/manifest.xml'
end
end | ruby | def decrypt_if_necessary(
zip_file,
content_entry,
roo_content_xml_path, options
)
# Check if content.xml is encrypted by extracting manifest.xml
# and searching for a manifest:encryption-data element
if (manifest_entry = zip_file.glob('META-INF/manifest.xml').first)
roo_manifest_xml_path = File.join(@tmpdir, 'roo_manifest.xml')
manifest_entry.extract(roo_manifest_xml_path)
manifest = ::Roo::Utils.load_xml(roo_manifest_xml_path)
# XPath search for manifest:encryption-data only for the content.xml
# file
encryption_data = manifest.xpath(
"//manifest:file-entry[@manifest:full-path='content.xml']"\
"/manifest:encryption-data"
).first
# If XPath returns a node, then we know content.xml is encrypted
unless encryption_data.nil?
# Since we know it's encrypted, we check for the password option
# and if it doesn't exist, raise an argument error
password = options[:password]
if !password.nil?
perform_decryption(
encryption_data,
password,
content_entry,
roo_content_xml_path
)
else
fail ArgumentError, 'file is encrypted but password was not supplied'
end
end
else
fail ArgumentError, 'file missing required META-INF/manifest.xml'
end
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roo-rb/roo | lib/roo/open_office.rb | Roo.OpenOffice.perform_decryption | def perform_decryption(
encryption_data,
password,
content_entry,
roo_content_xml_path
)
# Extract various expected attributes from the manifest that
# describe the encryption
algorithm_node = encryption_data.xpath('manifest:algorithm').first
key_derivation_node =
encryption_data.xpath('manifest:key-derivation').first
start_key_generation_node =
encryption_data.xpath('manifest:start-key-generation').first
# If we have all the expected elements, then we can perform
# the decryption.
if !algorithm_node.nil? && !key_derivation_node.nil? &&
!start_key_generation_node.nil?
# The algorithm is a URI describing the algorithm used
algorithm = algorithm_node['manifest:algorithm-name']
# The initialization vector is base-64 encoded
iv = Base64.decode64(
algorithm_node['manifest:initialisation-vector']
)
key_derivation_name = key_derivation_node['manifest:key-derivation-name']
iteration_count = key_derivation_node['manifest:iteration-count'].to_i
salt = Base64.decode64(key_derivation_node['manifest:salt'])
# The key is hashed with an algorithm represented by this URI
key_generation_name =
start_key_generation_node[
'manifest:start-key-generation-name'
]
hashed_password = password
if key_generation_name == 'http://www.w3.org/2000/09/xmldsig#sha256'
hashed_password = Digest::SHA256.digest(password)
else
fail ArgumentError, "Unknown key generation algorithm #{key_generation_name}"
end
cipher = find_cipher(
algorithm,
key_derivation_name,
hashed_password,
salt,
iteration_count,
iv
)
begin
decrypted = decrypt(content_entry, cipher)
# Finally, inflate the decrypted stream and overwrite
# content.xml
IO.binwrite(
roo_content_xml_path,
Zlib::Inflate.new(-Zlib::MAX_WBITS).inflate(decrypted)
)
rescue StandardError => error
raise ArgumentError, "Invalid password or other data error: #{error}"
end
else
fail ArgumentError, 'manifest.xml missing encryption-data elements'
end
end | ruby | def perform_decryption(
encryption_data,
password,
content_entry,
roo_content_xml_path
)
# Extract various expected attributes from the manifest that
# describe the encryption
algorithm_node = encryption_data.xpath('manifest:algorithm').first
key_derivation_node =
encryption_data.xpath('manifest:key-derivation').first
start_key_generation_node =
encryption_data.xpath('manifest:start-key-generation').first
# If we have all the expected elements, then we can perform
# the decryption.
if !algorithm_node.nil? && !key_derivation_node.nil? &&
!start_key_generation_node.nil?
# The algorithm is a URI describing the algorithm used
algorithm = algorithm_node['manifest:algorithm-name']
# The initialization vector is base-64 encoded
iv = Base64.decode64(
algorithm_node['manifest:initialisation-vector']
)
key_derivation_name = key_derivation_node['manifest:key-derivation-name']
iteration_count = key_derivation_node['manifest:iteration-count'].to_i
salt = Base64.decode64(key_derivation_node['manifest:salt'])
# The key is hashed with an algorithm represented by this URI
key_generation_name =
start_key_generation_node[
'manifest:start-key-generation-name'
]
hashed_password = password
if key_generation_name == 'http://www.w3.org/2000/09/xmldsig#sha256'
hashed_password = Digest::SHA256.digest(password)
else
fail ArgumentError, "Unknown key generation algorithm #{key_generation_name}"
end
cipher = find_cipher(
algorithm,
key_derivation_name,
hashed_password,
salt,
iteration_count,
iv
)
begin
decrypted = decrypt(content_entry, cipher)
# Finally, inflate the decrypted stream and overwrite
# content.xml
IO.binwrite(
roo_content_xml_path,
Zlib::Inflate.new(-Zlib::MAX_WBITS).inflate(decrypted)
)
rescue StandardError => error
raise ArgumentError, "Invalid password or other data error: #{error}"
end
else
fail ArgumentError, 'manifest.xml missing encryption-data elements'
end
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] | 4ec1104f0c3c2a29711c0c907371cd2be12bcc3c | https://github.com/roo-rb/roo/blob/4ec1104f0c3c2a29711c0c907371cd2be12bcc3c/lib/roo/open_office.rb#L273-L344 | train |
roo-rb/roo | lib/roo/open_office.rb | Roo.OpenOffice.find_cipher_key | def find_cipher_key(*args)
fail ArgumentError, 'Unknown key derivation name ', args[1] unless args[1] == 'PBKDF2'
::OpenSSL::PKCS5.pbkdf2_hmac_sha1(args[2], args[3], args[4], args[0].key_len)
end | ruby | def find_cipher_key(*args)
fail ArgumentError, 'Unknown key derivation name ', args[1] unless args[1] == 'PBKDF2'
::OpenSSL::PKCS5.pbkdf2_hmac_sha1(args[2], args[3], args[4], args[0].key_len)
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roo-rb/roo | lib/roo/open_office.rb | Roo.OpenOffice.decrypt | def decrypt(content_entry, cipher)
# Zip::Entry.extract writes a 0-length file when trying
# to extract an encrypted stream, so we read the
# raw bytes based on the offset and lengths
decrypted = ''
File.open(@filename, 'rb') do |zipfile|
zipfile.seek(
content_entry.local_header_offset +
content_entry.calculate_local_header_size
)
total_to_read = content_entry.compressed_size
block_size = 4096
block_size = total_to_read if block_size > total_to_read
while (buffer = zipfile.read(block_size))
decrypted += cipher.update(buffer)
total_to_read -= buffer.length
break if total_to_read == 0
block_size = total_to_read if block_size > total_to_read
end
end
decrypted + cipher.final
end | ruby | def decrypt(content_entry, cipher)
# Zip::Entry.extract writes a 0-length file when trying
# to extract an encrypted stream, so we read the
# raw bytes based on the offset and lengths
decrypted = ''
File.open(@filename, 'rb') do |zipfile|
zipfile.seek(
content_entry.local_header_offset +
content_entry.calculate_local_header_size
)
total_to_read = content_entry.compressed_size
block_size = 4096
block_size = total_to_read if block_size > total_to_read
while (buffer = zipfile.read(block_size))
decrypted += cipher.update(buffer)
total_to_read -= buffer.length
break if total_to_read == 0
block_size = total_to_read if block_size > total_to_read
end
end
decrypted + cipher.final
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roo-rb/roo | lib/roo/open_office.rb | Roo.OpenOffice.set_cell_values | def set_cell_values(sheet, x, y, i, v, value_type, formula, table_cell, str_v, style_name)
key = [y, x + i]
@cell_type[sheet] ||= {}
@cell_type[sheet][key] = value_type.to_sym if value_type
@formula[sheet] ||= {}
if formula
['of:', 'oooc:'].each do |prefix|
if formula[0, prefix.length] == prefix
formula = formula[prefix.length..-1]
end
end
@formula[sheet][key] = formula
end
@cell[sheet] ||= {}
@style[sheet] ||= {}
@style[sheet][key] = style_name
case @cell_type[sheet][key]
when :float
@cell[sheet][key] = (table_cell.attributes['value'].to_s.include?(".") || table_cell.children.first.text.include?(".")) ? v.to_f : v.to_i
when :percentage
@cell[sheet][key] = v.to_f
when :string
@cell[sheet][key] = str_v
when :date
# TODO: if table_cell.attributes['date-value'].size != "XXXX-XX-XX".size
if attribute(table_cell, 'date-value').size != 'XXXX-XX-XX'.size
#-- dann ist noch eine Uhrzeit vorhanden
#-- "1961-11-21T12:17:18"
@cell[sheet][key] = DateTime.parse(attribute(table_cell, 'date-value').to_s)
@cell_type[sheet][key] = :datetime
else
@cell[sheet][key] = table_cell.attributes['date-value']
end
when :time
hms = v.split(':')
@cell[sheet][key] = hms[0].to_i * 3600 + hms[1].to_i * 60 + hms[2].to_i
else
@cell[sheet][key] = v
end
end | ruby | def set_cell_values(sheet, x, y, i, v, value_type, formula, table_cell, str_v, style_name)
key = [y, x + i]
@cell_type[sheet] ||= {}
@cell_type[sheet][key] = value_type.to_sym if value_type
@formula[sheet] ||= {}
if formula
['of:', 'oooc:'].each do |prefix|
if formula[0, prefix.length] == prefix
formula = formula[prefix.length..-1]
end
end
@formula[sheet][key] = formula
end
@cell[sheet] ||= {}
@style[sheet] ||= {}
@style[sheet][key] = style_name
case @cell_type[sheet][key]
when :float
@cell[sheet][key] = (table_cell.attributes['value'].to_s.include?(".") || table_cell.children.first.text.include?(".")) ? v.to_f : v.to_i
when :percentage
@cell[sheet][key] = v.to_f
when :string
@cell[sheet][key] = str_v
when :date
# TODO: if table_cell.attributes['date-value'].size != "XXXX-XX-XX".size
if attribute(table_cell, 'date-value').size != 'XXXX-XX-XX'.size
#-- dann ist noch eine Uhrzeit vorhanden
#-- "1961-11-21T12:17:18"
@cell[sheet][key] = DateTime.parse(attribute(table_cell, 'date-value').to_s)
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roo-rb/roo | lib/roo/utils.rb | Roo.Utils.num_cells_in_range | def num_cells_in_range(str)
cells = str.split(':')
return 1 if cells.count == 1
raise ArgumentError.new("invalid range string: #{str}. Supported range format 'A1:B2'") if cells.count != 2
x1, y1 = extract_coordinate(cells[0])
x2, y2 = extract_coordinate(cells[1])
(x2 - (x1 - 1)) * (y2 - (y1 - 1))
end | ruby | def num_cells_in_range(str)
cells = str.split(':')
return 1 if cells.count == 1
raise ArgumentError.new("invalid range string: #{str}. Supported range format 'A1:B2'") if cells.count != 2
x1, y1 = extract_coordinate(cells[0])
x2, y2 = extract_coordinate(cells[1])
(x2 - (x1 - 1)) * (y2 - (y1 - 1))
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.catalog | def catalog bundle
new_map_hash = {}
# Bundle always needs to be merged if it adds or removes sources
merged = (bundle.sources.length == source_map_hash.values.length)
bundle.sources.each do |source|
if source_map_hash.key?(source.filename)
if source_map_hash[source.filename].code == source.code && source_map_hash[source.filename].source.synchronized? && source.synchronized?
new_map_hash[source.filename] = source_map_hash[source.filename]
elsif !source.synchronized?
new_map_hash[source.filename] = source_map_hash[source.filename]
# @todo Smelly instance variable access
new_map_hash[source.filename].instance_variable_set(:@source, source)
else
map = Solargraph::SourceMap.map(source)
if source_map_hash[source.filename].try_merge!(map)
new_map_hash[source.filename] = source_map_hash[source.filename]
else
new_map_hash[source.filename] = map
merged = false
end
end
else
map = Solargraph::SourceMap.map(source)
new_map_hash[source.filename] = map
merged = false
end
end
return self if merged
pins = []
reqs = []
# @param map [SourceMap]
new_map_hash.values.each do |map|
pins.concat map.pins
reqs.concat map.requires.map(&:name)
end
reqs.concat bundle.workspace.config.required
unless bundle.workspace.require_paths.empty?
reqs.delete_if do |r|
result = false
bundle.workspace.require_paths.each do |l|
pn = Pathname.new(bundle.workspace.directory).join(l, "#{r}.rb")
if new_map_hash.keys.include?(pn.to_s)
result = true
break
end
end
result
end
end
yard_map.change(reqs)
new_store = Store.new(pins + yard_map.pins)
@mutex.synchronize {
@cache.clear
@source_map_hash = new_map_hash
@store = new_store
@unresolved_requires = yard_map.unresolved_requires
}
# resolve_method_aliases
self
end | ruby | def catalog bundle
new_map_hash = {}
# Bundle always needs to be merged if it adds or removes sources
merged = (bundle.sources.length == source_map_hash.values.length)
bundle.sources.each do |source|
if source_map_hash.key?(source.filename)
if source_map_hash[source.filename].code == source.code && source_map_hash[source.filename].source.synchronized? && source.synchronized?
new_map_hash[source.filename] = source_map_hash[source.filename]
elsif !source.synchronized?
new_map_hash[source.filename] = source_map_hash[source.filename]
# @todo Smelly instance variable access
new_map_hash[source.filename].instance_variable_set(:@source, source)
else
map = Solargraph::SourceMap.map(source)
if source_map_hash[source.filename].try_merge!(map)
new_map_hash[source.filename] = source_map_hash[source.filename]
else
new_map_hash[source.filename] = map
merged = false
end
end
else
map = Solargraph::SourceMap.map(source)
new_map_hash[source.filename] = map
merged = false
end
end
return self if merged
pins = []
reqs = []
# @param map [SourceMap]
new_map_hash.values.each do |map|
pins.concat map.pins
reqs.concat map.requires.map(&:name)
end
reqs.concat bundle.workspace.config.required
unless bundle.workspace.require_paths.empty?
reqs.delete_if do |r|
result = false
bundle.workspace.require_paths.each do |l|
pn = Pathname.new(bundle.workspace.directory).join(l, "#{r}.rb")
if new_map_hash.keys.include?(pn.to_s)
result = true
break
end
end
result
end
end
yard_map.change(reqs)
new_store = Store.new(pins + yard_map.pins)
@mutex.synchronize {
@cache.clear
@source_map_hash = new_map_hash
@store = new_store
@unresolved_requires = yard_map.unresolved_requires
}
# resolve_method_aliases
self
end | [
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] | 47badb5d151aca775ccbe6c470236089eae7839d | https://github.com/castwide/solargraph/blob/47badb5d151aca775ccbe6c470236089eae7839d/lib/solargraph/api_map.rb#L64-L123 | train |
castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.clip_at | def clip_at filename, position
position = Position.normalize(position)
SourceMap::Clip.new(self, cursor_at(filename, position))
end | ruby | def clip_at filename, position
position = Position.normalize(position)
SourceMap::Clip.new(self, cursor_at(filename, position))
end | [
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.get_constants | def get_constants namespace, context = ''
namespace ||= ''
cached = cache.get_constants(namespace, context)
return cached.clone unless cached.nil?
skip = []
result = []
bases = context.split('::')
while bases.length > 0
built = bases.join('::')
fqns = qualify(namespace, built)
visibility = [:public]
visibility.push :private if fqns == context
result.concat inner_get_constants(fqns, visibility, skip)
bases.pop
end
fqns = qualify(namespace, '')
visibility = [:public]
visibility.push :private if fqns == context
result.concat inner_get_constants(fqns, visibility, skip)
cache.set_constants(namespace, context, result)
result
end | ruby | def get_constants namespace, context = ''
namespace ||= ''
cached = cache.get_constants(namespace, context)
return cached.clone unless cached.nil?
skip = []
result = []
bases = context.split('::')
while bases.length > 0
built = bases.join('::')
fqns = qualify(namespace, built)
visibility = [:public]
visibility.push :private if fqns == context
result.concat inner_get_constants(fqns, visibility, skip)
bases.pop
end
fqns = qualify(namespace, '')
visibility = [:public]
visibility.push :private if fqns == context
result.concat inner_get_constants(fqns, visibility, skip)
cache.set_constants(namespace, context, result)
result
end | [
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@param namespace [String] The namespace
@param context [String] The context
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.qualify | def qualify namespace, context = ''
# @todo The return for self might work better elsewhere
return nil if namespace.nil?
return qualify(context) if namespace == 'self'
cached = cache.get_qualified_namespace(namespace, context)
return cached.clone unless cached.nil?
result = if namespace.start_with?('::')
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end
cache.set_qualified_namespace(namespace, context, result)
result
end | ruby | def qualify namespace, context = ''
# @todo The return for self might work better elsewhere
return nil if namespace.nil?
return qualify(context) if namespace == 'self'
cached = cache.get_qualified_namespace(namespace, context)
return cached.clone unless cached.nil?
result = if namespace.start_with?('::')
inner_qualify(namespace[2..-1], '', [])
else
inner_qualify(namespace, context, [])
end
cache.set_qualified_namespace(namespace, context, result)
result
end | [
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.get_instance_variable_pins | def get_instance_variable_pins(namespace, scope = :instance)
result = []
result.concat store.get_instance_variables(namespace, scope)
sc = qualify(store.get_superclass(namespace), namespace)
until sc.nil?
result.concat store.get_instance_variables(sc, scope)
sc = qualify(store.get_superclass(sc), sc)
end
result
end | ruby | def get_instance_variable_pins(namespace, scope = :instance)
result = []
result.concat store.get_instance_variables(namespace, scope)
sc = qualify(store.get_superclass(namespace), namespace)
until sc.nil?
result.concat store.get_instance_variables(sc, scope)
sc = qualify(store.get_superclass(sc), sc)
end
result
end | [
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.get_methods | def get_methods fqns, scope: :instance, visibility: [:public], deep: true
cached = cache.get_methods(fqns, scope, visibility, deep)
return cached.clone unless cached.nil?
result = []
skip = []
if fqns == ''
# @todo Implement domains
# domains.each do |domain|
# type = ComplexType.parse(domain).first
# result.concat inner_get_methods(type.name, type.scope, [:public], deep, skip)
# end
result.concat inner_get_methods(fqns, :class, visibility, deep, skip)
result.concat inner_get_methods(fqns, :instance, visibility, deep, skip)
result.concat inner_get_methods('Kernel', :instance, visibility, deep, skip)
else
result.concat inner_get_methods(fqns, scope, visibility, deep, skip)
end
# live = live_map.get_methods(fqns, '', scope.to_s, visibility.include?(:private))
# unless live.empty?
# exist = result.map(&:name)
# result.concat live.reject{|p| exist.include?(p.name)}
# end
resolved = resolve_method_aliases(result)
cache.set_methods(fqns, scope, visibility, deep, resolved)
resolved
end | ruby | def get_methods fqns, scope: :instance, visibility: [:public], deep: true
cached = cache.get_methods(fqns, scope, visibility, deep)
return cached.clone unless cached.nil?
result = []
skip = []
if fqns == ''
# @todo Implement domains
# domains.each do |domain|
# type = ComplexType.parse(domain).first
# result.concat inner_get_methods(type.name, type.scope, [:public], deep, skip)
# end
result.concat inner_get_methods(fqns, :class, visibility, deep, skip)
result.concat inner_get_methods(fqns, :instance, visibility, deep, skip)
result.concat inner_get_methods('Kernel', :instance, visibility, deep, skip)
else
result.concat inner_get_methods(fqns, scope, visibility, deep, skip)
end
# live = live_map.get_methods(fqns, '', scope.to_s, visibility.include?(:private))
# unless live.empty?
# exist = result.map(&:name)
# result.concat live.reject{|p| exist.include?(p.name)}
# end
resolved = resolve_method_aliases(result)
cache.set_methods(fqns, scope, visibility, deep, resolved)
resolved
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.get_complex_type_methods | def get_complex_type_methods type, context = '', internal = false
# This method does not qualify the complex type's namespace because
# it can cause conflicts between similar names, e.g., `Foo` vs.
# `Other::Foo`. It still takes a context argument to determine whether
# protected and private methods are visible.
return [] if type.undefined? || type.void?
result = []
if type.duck_type?
type.select(&:duck_type?).each do |t|
result.push Pin::DuckMethod.new(nil, t.tag[1..-1])
end
result.concat get_methods('Object')
else
unless type.nil? || type.name == 'void'
visibility = [:public]
if type.namespace == context || super_and_sub?(type.namespace, context)
visibility.push :protected
visibility.push :private if internal
end
result.concat get_methods(type.namespace, scope: type.scope, visibility: visibility)
end
end
result
end | ruby | def get_complex_type_methods type, context = '', internal = false
# This method does not qualify the complex type's namespace because
# it can cause conflicts between similar names, e.g., `Foo` vs.
# `Other::Foo`. It still takes a context argument to determine whether
# protected and private methods are visible.
return [] if type.undefined? || type.void?
result = []
if type.duck_type?
type.select(&:duck_type?).each do |t|
result.push Pin::DuckMethod.new(nil, t.tag[1..-1])
end
result.concat get_methods('Object')
else
unless type.nil? || type.name == 'void'
visibility = [:public]
if type.namespace == context || super_and_sub?(type.namespace, context)
visibility.push :protected
visibility.push :private if internal
end
result.concat get_methods(type.namespace, scope: type.scope, visibility: visibility)
end
end
result
end | [
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protected methods are included in the results. If protected methods are
included and internal is true, private methods are also included.
@example
api_map = Solargraph::ApiMap.new
type = Solargraph::ComplexType.parse('String')
api_map.get_complex_type_methods(type)
@param type [Solargraph::ComplexType] The complex type of the namespace
@param context [String] The context from which the type is referenced
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.get_method_stack | def get_method_stack fqns, name, scope: :instance
get_methods(fqns, scope: scope, visibility: [:private, :protected, :public]).select{|p| p.name == name}
end | ruby | def get_method_stack fqns, name, scope: :instance
get_methods(fqns, scope: scope, visibility: [:private, :protected, :public]).select{|p| p.name == name}
end | [
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.get_path_suggestions | def get_path_suggestions path
return [] if path.nil?
result = []
result.concat store.get_path_pins(path)
# if result.empty?
# lp = live_map.get_path_pin(path)
# result.push lp unless lp.nil?
# end
resolve_method_aliases(result)
end | ruby | def get_path_suggestions path
return [] if path.nil?
result = []
result.concat store.get_path_pins(path)
# if result.empty?
# lp = live_map.get_path_pin(path)
# result.push lp unless lp.nil?
# end
resolve_method_aliases(result)
end | [
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.search | def search query
rake_yard(store)
found = []
code_object_paths.each do |k|
if found.empty? || (query.include?('.') || query.include?('#')) || !(k.include?('.') || k.include?('#'))
found.push k if k.downcase.include?(query.downcase)
end
end
found
end | ruby | def search query
rake_yard(store)
found = []
code_object_paths.each do |k|
if found.empty? || (query.include?('.') || query.include?('#')) || !(k.include?('.') || k.include?('#'))
found.push k if k.downcase.include?(query.downcase)
end
end
found
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.document | def document path
rake_yard(store)
docs = []
docs.push code_object_at(path) unless code_object_at(path).nil?
docs
end | ruby | def document path
rake_yard(store)
docs = []
docs.push code_object_at(path) unless code_object_at(path).nil?
docs
end | [
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.query_symbols | def query_symbols query
result = []
source_map_hash.values.each do |s|
result.concat s.query_symbols(query)
end
result
end | ruby | def query_symbols query
result = []
source_map_hash.values.each do |s|
result.concat s.query_symbols(query)
end
result
end | [
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.require_extensions | def require_extensions
Gem::Specification.all_names.select{|n| n.match(/^solargraph\-[a-z0-9_\-]*?\-ext\-[0-9\.]*$/)}.each do |n|
Solargraph::Logging.logger.info "Loading extension #{n}"
require n.match(/^(solargraph\-[a-z0-9_\-]*?\-ext)\-[0-9\.]*$/)[1]
end
end | ruby | def require_extensions
Gem::Specification.all_names.select{|n| n.match(/^solargraph\-[a-z0-9_\-]*?\-ext\-[0-9\.]*$/)}.each do |n|
Solargraph::Logging.logger.info "Loading extension #{n}"
require n.match(/^(solargraph\-[a-z0-9_\-]*?\-ext)\-[0-9\.]*$/)[1]
end
end | [
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.prefer_non_nil_variables | def prefer_non_nil_variables pins
result = []
nil_pins = []
pins.each do |pin|
if pin.variable? && pin.nil_assignment?
nil_pins.push pin
else
result.push pin
end
end
result + nil_pins
end | ruby | def prefer_non_nil_variables pins
result = []
nil_pins = []
pins.each do |pin|
if pin.variable? && pin.nil_assignment?
nil_pins.push pin
else
result.push pin
end
end
result + nil_pins
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castwide/solargraph | lib/solargraph/api_map.rb | Solargraph.ApiMap.super_and_sub? | def super_and_sub?(sup, sub)
fqsup = qualify(sup)
cls = qualify(store.get_superclass(sub), sub)
until cls.nil?
return true if cls == fqsup
cls = qualify(store.get_superclass(cls), cls)
end
false
end | ruby | def super_and_sub?(sup, sub)
fqsup = qualify(sup)
cls = qualify(store.get_superclass(sub), sub)
until cls.nil?
return true if cls == fqsup
cls = qualify(store.get_superclass(cls), cls)
end
false
end | [
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castwide/solargraph | lib/solargraph/range.rb | Solargraph.Range.contain? | def contain? position
position = Position.normalize(position)
return false if position.line < start.line || position.line > ending.line
return false if position.line == start.line && position.character < start.character
return false if position.line == ending.line && position.character > ending.character
true
end | ruby | def contain? position
position = Position.normalize(position)
return false if position.line < start.line || position.line > ending.line
return false if position.line == start.line && position.character < start.character
return false if position.line == ending.line && position.character > ending.character
true
end | [
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castwide/solargraph | lib/solargraph/range.rb | Solargraph.Range.include? | def include? position
position = Position.normalize(position)
contain?(position) && !(position.line == start.line && position.character == start.character)
end | ruby | def include? position
position = Position.normalize(position)
contain?(position) && !(position.line == start.line && position.character == start.character)
end | [
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castwide/solargraph | lib/solargraph/source.rb | Solargraph.Source.tree_at | def tree_at(line, column)
# offset = Position.line_char_to_offset(@code, line, column)
position = Position.new(line, column)
stack = []
inner_tree_at @node, position, stack
stack
end | ruby | def tree_at(line, column)
# offset = Position.line_char_to_offset(@code, line, column)
position = Position.new(line, column)
stack = []
inner_tree_at @node, position, stack
stack
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castwide/solargraph | lib/solargraph/source.rb | Solargraph.Source.synchronize | def synchronize updater
raise 'Invalid synchronization' unless updater.filename == filename
real_code = updater.write(@code)
if real_code == @code
@version = updater.version
return self
end
synced = Source.new(real_code, filename)
if synced.parsed?
synced.version = updater.version
return synced
end
incr_code = updater.repair(@repaired)
synced = Source.new(incr_code, filename)
synced.error_ranges.concat (error_ranges + updater.changes.map(&:range))
synced.code = real_code
synced.version = updater.version
synced
end | ruby | def synchronize updater
raise 'Invalid synchronization' unless updater.filename == filename
real_code = updater.write(@code)
if real_code == @code
@version = updater.version
return self
end
synced = Source.new(real_code, filename)
if synced.parsed?
synced.version = updater.version
return synced
end
incr_code = updater.repair(@repaired)
synced = Source.new(incr_code, filename)
synced.error_ranges.concat (error_ranges + updater.changes.map(&:range))
synced.code = real_code
synced.version = updater.version
synced
end | [
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castwide/solargraph | lib/solargraph/source.rb | Solargraph.Source.location | def location
st = Position.new(0, 0)
en = Position.from_offset(code, code.length)
range = Range.new(st, en)
Location.new(filename, range)
end | ruby | def location
st = Position.new(0, 0)
en = Position.from_offset(code, code.length)
range = Range.new(st, en)
Location.new(filename, range)
end | [
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castwide/solargraph | lib/solargraph/source.rb | Solargraph.Source.associated_comments | def associated_comments
@associated_comments ||= begin
result = {}
Parser::Source::Comment.associate_locations(node, comments).each_pair do |loc, all|
block = all #.select{ |l| l.document? || code.lines[l.loc.line].strip.start_with?('#')}
next if block.empty?
result[loc.line] ||= []
result[loc.line].concat block
end
result
end
end | ruby | def associated_comments
@associated_comments ||= begin
result = {}
Parser::Source::Comment.associate_locations(node, comments).each_pair do |loc, all|
block = all #.select{ |l| l.document? || code.lines[l.loc.line].strip.start_with?('#')}
next if block.empty?
result[loc.line] ||= []
result[loc.line].concat block
end
result
end
end | [
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castwide/solargraph | lib/solargraph/source.rb | Solargraph.Source.stringify_comment_array | def stringify_comment_array comments
ctxt = ''
num = nil
started = false
last_line = nil
comments.each { |l|
# Trim the comment and minimum leading whitespace
p = l.text.gsub(/^#+/, '')
if num.nil? and !p.strip.empty?
num = p.index(/[^ ]/)
started = true
elsif started and !p.strip.empty?
cur = p.index(/[^ ]/)
num = cur if cur < num
end
# Include blank lines between comments
ctxt += ("\n" * (l.loc.first_line - last_line - 1)) unless last_line.nil? || l.loc.first_line - last_line <= 0
ctxt += "#{p[num..-1]}\n" if started
last_line = l.loc.last_line if last_line.nil? || l.loc.last_line > last_line
}
ctxt
end | ruby | def stringify_comment_array comments
ctxt = ''
num = nil
started = false
last_line = nil
comments.each { |l|
# Trim the comment and minimum leading whitespace
p = l.text.gsub(/^#+/, '')
if num.nil? and !p.strip.empty?
num = p.index(/[^ ]/)
started = true
elsif started and !p.strip.empty?
cur = p.index(/[^ ]/)
num = cur if cur < num
end
# Include blank lines between comments
ctxt += ("\n" * (l.loc.first_line - last_line - 1)) unless last_line.nil? || l.loc.first_line - last_line <= 0
ctxt += "#{p[num..-1]}\n" if started
last_line = l.loc.last_line if last_line.nil? || l.loc.last_line > last_line
}
ctxt
end | [
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castwide/solargraph | lib/solargraph/source.rb | Solargraph.Source.foldable_comment_block_ranges | def foldable_comment_block_ranges
return [] unless synchronized?
result = []
grouped = []
# @param cmnt [Parser::Source::Comment]
@comments.each do |cmnt|
if cmnt.document?
result.push Range.from_expr(cmnt.loc.expression)
elsif code.lines[cmnt.loc.expression.line].strip.start_with?('#')
if grouped.empty? || cmnt.loc.expression.line == grouped.last.loc.expression.line + 1
grouped.push cmnt
else
result.push Range.from_to(grouped.first.loc.expression.line, 0, grouped.last.loc.expression.line, 0) unless grouped.length < 3
grouped = [cmnt]
end
else
unless grouped.length < 3
result.push Range.from_to(grouped.first.loc.expression.line, 0, grouped.last.loc.expression.line, 0)
end
grouped.clear
end
end
result.push Range.from_to(grouped.first.loc.expression.line, 0, grouped.last.loc.expression.line, 0) unless grouped.length < 3
result
end | ruby | def foldable_comment_block_ranges
return [] unless synchronized?
result = []
grouped = []
# @param cmnt [Parser::Source::Comment]
@comments.each do |cmnt|
if cmnt.document?
result.push Range.from_expr(cmnt.loc.expression)
elsif code.lines[cmnt.loc.expression.line].strip.start_with?('#')
if grouped.empty? || cmnt.loc.expression.line == grouped.last.loc.expression.line + 1
grouped.push cmnt
else
result.push Range.from_to(grouped.first.loc.expression.line, 0, grouped.last.loc.expression.line, 0) unless grouped.length < 3
grouped = [cmnt]
end
else
unless grouped.length < 3
result.push Range.from_to(grouped.first.loc.expression.line, 0, grouped.last.loc.expression.line, 0)
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castwide/solargraph | lib/solargraph/workspace.rb | Solargraph.Workspace.merge | def merge source
unless directory == '*' || source_hash.key?(source.filename)
# Reload the config to determine if a new source should be included
@config = Solargraph::Workspace::Config.new(directory)
return false unless config.calculated.include?(source.filename)
end
source_hash[source.filename] = source
true
end | ruby | def merge source
unless directory == '*' || source_hash.key?(source.filename)
# Reload the config to determine if a new source should be included
@config = Solargraph::Workspace::Config.new(directory)
return false unless config.calculated.include?(source.filename)
end
source_hash[source.filename] = source
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castwide/solargraph | lib/solargraph/workspace.rb | Solargraph.Workspace.would_merge? | def would_merge? filename
return true if directory == '*' || source_hash.include?(filename)
@config = Solargraph::Workspace::Config.new(directory)
config.calculated.include?(filename)
end | ruby | def would_merge? filename
return true if directory == '*' || source_hash.include?(filename)
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config.calculated.include?(filename)
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castwide/solargraph | lib/solargraph/workspace.rb | Solargraph.Workspace.remove | def remove filename
return false unless source_hash.key?(filename)
source_hash.delete filename
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return false unless source_hash.key?(filename)
source_hash.delete filename
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castwide/solargraph | lib/solargraph/workspace.rb | Solargraph.Workspace.would_require? | def would_require? path
require_paths.each do |rp|
return true if File.exist?(File.join(rp, "#{path}.rb"))
end
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require_paths.each do |rp|
return true if File.exist?(File.join(rp, "#{path}.rb"))
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castwide/solargraph | lib/solargraph/workspace.rb | Solargraph.Workspace.synchronize! | def synchronize! updater
source_hash[updater.filename] = source_hash[updater.filename].synchronize(updater)
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source_hash[updater.filename] = source_hash[updater.filename].synchronize(updater)
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castwide/solargraph | lib/solargraph/workspace.rb | Solargraph.Workspace.generate_require_paths | def generate_require_paths
return configured_require_paths unless gemspec?
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result.push File.join(base, 'lib')
end
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result
end | ruby | def generate_require_paths
return configured_require_paths unless gemspec?
result = []
gemspecs.each do |file|
base = File.dirname(file)
# @todo Evaluating gemspec files violates the goal of not running
# workspace code, but this is how Gem::Specification.load does it
# anyway.
begin
spec = eval(File.read(file), binding, file)
next unless Gem::Specification === spec
result.concat(spec.require_paths.map { |path| File.join(base, path) })
rescue Exception => e
# Don't die if we have an error during eval-ing a gem spec.
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Solargraph.logger.warn "Error reading #{file}: [#{e.class}] #{e.message}"
result.push File.join(base, 'lib')
end
end
result.concat config.require_paths
result.push File.join(directory, 'lib') if result.empty?
result
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castwide/solargraph | lib/solargraph/workspace.rb | Solargraph.Workspace.configured_require_paths | def configured_require_paths
return ['lib'] if directory.empty?
return [File.join(directory, 'lib')] if config.require_paths.empty?
config.require_paths.map{|p| File.join(directory, p)}
end | ruby | def configured_require_paths
return ['lib'] if directory.empty?
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.create | def create filename, text
result = false
mutex.synchronize do
next unless contain?(filename) || open?(filename) || workspace.would_merge?(filename)
@synchronized = false
source = Solargraph::Source.load_string(text, filename)
workspace.merge(source)
result = true
end
result
end | ruby | def create filename, text
result = false
mutex.synchronize do
next unless contain?(filename) || open?(filename) || workspace.would_merge?(filename)
@synchronized = false
source = Solargraph::Source.load_string(text, filename)
workspace.merge(source)
result = true
end
result
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.create_from_disk | def create_from_disk filename
result = false
mutex.synchronize do
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next unless contain?(filename) || open?(filename) || workspace.would_merge?(filename)
@synchronized = false
source = Solargraph::Source.load_string(File.read(filename), filename)
workspace.merge(source)
result = true
end
result
end | ruby | def create_from_disk filename
result = false
mutex.synchronize do
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next unless contain?(filename) || open?(filename) || workspace.would_merge?(filename)
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source = Solargraph::Source.load_string(File.read(filename), filename)
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result
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.delete | def delete filename
detach filename
result = false
mutex.synchronize do
result = workspace.remove(filename)
@synchronized = !result if synchronized?
end
result
end | ruby | def delete filename
detach filename
result = false
mutex.synchronize do
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@synchronized = !result if synchronized?
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result
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.completions_at | def completions_at filename, line, column
position = Position.new(line, column)
cursor = Source::Cursor.new(checkout(filename), position)
api_map.clip(cursor).complete
end | ruby | def completions_at filename, line, column
position = Position.new(line, column)
cursor = Source::Cursor.new(checkout(filename), position)
api_map.clip(cursor).complete
end | [
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.definitions_at | def definitions_at filename, line, column
position = Position.new(line, column)
cursor = Source::Cursor.new(checkout(filename), position)
api_map.clip(cursor).define
end | ruby | def definitions_at filename, line, column
position = Position.new(line, column)
cursor = Source::Cursor.new(checkout(filename), position)
api_map.clip(cursor).define
end | [
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.signatures_at | def signatures_at filename, line, column
position = Position.new(line, column)
cursor = Source::Cursor.new(checkout(filename), position)
api_map.clip(cursor).signify
end | ruby | def signatures_at filename, line, column
position = Position.new(line, column)
cursor = Source::Cursor.new(checkout(filename), position)
api_map.clip(cursor).signify
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.diagnose | def diagnose filename
# @todo Only open files get diagnosed. Determine whether anything or
# everything in the workspace should get diagnosed, or if there should
# be an option to do so.
#
return [] unless open?(filename)
catalog
result = []
source = read(filename)
workspace.config.reporters.each do |name|
reporter = Diagnostics.reporter(name)
raise DiagnosticsError, "Diagnostics reporter #{name} does not exist" if reporter.nil?
result.concat reporter.new.diagnose(source, api_map)
end
result
end | ruby | def diagnose filename
# @todo Only open files get diagnosed. Determine whether anything or
# everything in the workspace should get diagnosed, or if there should
# be an option to do so.
#
return [] unless open?(filename)
catalog
result = []
source = read(filename)
workspace.config.reporters.each do |name|
reporter = Diagnostics.reporter(name)
raise DiagnosticsError, "Diagnostics reporter #{name} does not exist" if reporter.nil?
result.concat reporter.new.diagnose(source, api_map)
end
result
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.catalog | def catalog
@catalog_mutex.synchronize do
break if synchronized?
logger.info "Cataloging #{workspace.directory.empty? ? 'generic workspace' : workspace.directory}"
api_map.catalog bundle
@synchronized = true
logger.info "Catalog complete (#{api_map.pins.length} pins)"
end
end | ruby | def catalog
@catalog_mutex.synchronize do
break if synchronized?
logger.info "Cataloging #{workspace.directory.empty? ? 'generic workspace' : workspace.directory}"
api_map.catalog bundle
@synchronized = true
logger.info "Catalog complete (#{api_map.pins.length} pins)"
end
end | [
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.merge | def merge source
result = nil
mutex.synchronize do
result = workspace.merge(source)
@synchronized = !result if synchronized?
end
result
end | ruby | def merge source
result = nil
mutex.synchronize do
result = workspace.merge(source)
@synchronized = !result if synchronized?
end
result
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castwide/solargraph | lib/solargraph/library.rb | Solargraph.Library.read | def read filename
return @current if @current && @current.filename == filename
raise FileNotFoundError, "File not found: #{filename}" unless workspace.has_file?(filename)
workspace.source(filename)
end | ruby | def read filename
return @current if @current && @current.filename == filename
raise FileNotFoundError, "File not found: #{filename}" unless workspace.has_file?(filename)
workspace.source(filename)
end | [
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hashicorp/vault-ruby | lib/vault/request.rb | Vault.Request.extract_headers! | def extract_headers!(options = {})
extract = {
wrap_ttl: Vault::Client::WRAP_TTL_HEADER,
}
{}.tap do |h|
extract.each do |k,v|
if options[k]
h[v] = options.delete(k)
end
end
end
end | ruby | def extract_headers!(options = {})
extract = {
wrap_ttl: Vault::Client::WRAP_TTL_HEADER,
}
{}.tap do |h|
extract.each do |k,v|
if options[k]
h[v] = options.delete(k)
end
end
end
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hashicorp/vault-ruby | lib/vault/api/sys/seal.rb | Vault.Sys.unseal | def unseal(shard)
json = client.put("/v1/sys/unseal", JSON.fast_generate(
key: shard,
))
return SealStatus.decode(json)
end | ruby | def unseal(shard)
json = client.put("/v1/sys/unseal", JSON.fast_generate(
key: shard,
))
return SealStatus.decode(json)
end | [
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hashicorp/vault-ruby | lib/vault/api/logical.rb | Vault.Logical.list | def list(path, options = {})
headers = extract_headers!(options)
json = client.list("/v1/#{encode_path(path)}", {}, headers)
json[:data][:keys] || []
rescue HTTPError => e
return [] if e.code == 404
raise
end | ruby | def list(path, options = {})
headers = extract_headers!(options)
json = client.list("/v1/#{encode_path(path)}", {}, headers)
json[:data][:keys] || []
rescue HTTPError => e
return [] if e.code == 404
raise
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hashicorp/vault-ruby | lib/vault/api/logical.rb | Vault.Logical.read | def read(path, options = {})
headers = extract_headers!(options)
json = client.get("/v1/#{encode_path(path)}", {}, headers)
return Secret.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise
end | ruby | def read(path, options = {})
headers = extract_headers!(options)
json = client.get("/v1/#{encode_path(path)}", {}, headers)
return Secret.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise
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hashicorp/vault-ruby | lib/vault/api/logical.rb | Vault.Logical.unwrap | def unwrap(wrapper)
client.with_token(wrapper) do |client|
json = client.get("/v1/cubbyhole/response")
secret = Secret.decode(json)
# If there is nothing in the cubbyhole, return early.
if secret.nil? || secret.data.nil? || secret.data[:response].nil?
return nil
end
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json = JSON.parse(secret.data[:response], symbolize_names: true)
secret = Secret.decode(json)
return secret
end
rescue HTTPError => e
return nil if e.code == 404
raise
end | ruby | def unwrap(wrapper)
client.with_token(wrapper) do |client|
json = client.get("/v1/cubbyhole/response")
secret = Secret.decode(json)
# If there is nothing in the cubbyhole, return early.
if secret.nil? || secret.data.nil? || secret.data[:response].nil?
return nil
end
# Extract the response and parse it into a new secret.
json = JSON.parse(secret.data[:response], symbolize_names: true)
secret = Secret.decode(json)
return secret
end
rescue HTTPError => e
return nil if e.code == 404
raise
end | [
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Vault.logical.unwrap("f363dba8-25a7-08c5-430c-00b2367124e6") #=> #<Vault::Secret lease_id="">
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the token to use when unwrapping the value
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hashicorp/vault-ruby | lib/vault/api/logical.rb | Vault.Logical.unwrap_token | def unwrap_token(wrapper)
# If provided a secret, grab the token. This is really just to make the
# API a bit nicer.
if wrapper.is_a?(Secret)
wrapper = wrapper.wrap_info.token
end
# Unwrap
response = unwrap(wrapper)
# If nothing was there, return nil
if response.nil? || response.auth.nil?
return nil
end
return response.auth.client_token
rescue HTTPError => e
raise
end | ruby | def unwrap_token(wrapper)
# If provided a secret, grab the token. This is really just to make the
# API a bit nicer.
if wrapper.is_a?(Secret)
wrapper = wrapper.wrap_info.token
end
# Unwrap
response = unwrap(wrapper)
# If nothing was there, return nil
if response.nil? || response.auth.nil?
return nil
end
return response.auth.client_token
rescue HTTPError => e
raise
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hashicorp/vault-ruby | lib/vault/api/sys/auth.rb | Vault.Sys.auths | def auths
json = client.get("/v1/sys/auth")
json = json[:data] if json[:data]
return Hash[*json.map do |k,v|
[k.to_s.chomp("/").to_sym, Auth.decode(v)]
end.flatten]
end | ruby | def auths
json = client.get("/v1/sys/auth")
json = json[:data] if json[:data]
return Hash[*json.map do |k,v|
[k.to_s.chomp("/").to_sym, Auth.decode(v)]
end.flatten]
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hashicorp/vault-ruby | lib/vault/api/sys/auth.rb | Vault.Sys.enable_auth | def enable_auth(path, type, description = nil)
payload = { type: type }
payload[:description] = description if !description.nil?
client.post("/v1/sys/auth/#{encode_path(path)}", JSON.fast_generate(payload))
return true
end | ruby | def enable_auth(path, type, description = nil)
payload = { type: type }
payload[:description] = description if !description.nil?
client.post("/v1/sys/auth/#{encode_path(path)}", JSON.fast_generate(payload))
return true
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hashicorp/vault-ruby | lib/vault/api/sys/auth.rb | Vault.Sys.auth_tune | def auth_tune(path)
json = client.get("/v1/sys/auth/#{encode_path(path)}/tune")
return AuthConfig.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise
end | ruby | def auth_tune(path)
json = client.get("/v1/sys/auth/#{encode_path(path)}/tune")
return AuthConfig.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise
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hashicorp/vault-ruby | lib/vault/api/sys/auth.rb | Vault.Sys.put_auth_tune | def put_auth_tune(path, config = {})
json = client.put("/v1/sys/auth/#{encode_path(path)}/tune", JSON.fast_generate(config))
if json.nil?
return true
else
return Secret.decode(json)
end
end | ruby | def put_auth_tune(path, config = {})
json = client.put("/v1/sys/auth/#{encode_path(path)}/tune", JSON.fast_generate(config))
if json.nil?
return true
else
return Secret.decode(json)
end
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hashicorp/vault-ruby | lib/vault/persistent.rb | Vault.PersistentHTTP.expired? | def expired? connection
return true if @max_requests && connection.requests >= @max_requests
return false unless @idle_timeout
return true if @idle_timeout.zero?
Time.now - connection.last_use > @idle_timeout
end | ruby | def expired? connection
return true if @max_requests && connection.requests >= @max_requests
return false unless @idle_timeout
return true if @idle_timeout.zero?
Time.now - connection.last_use > @idle_timeout
end | [
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hashicorp/vault-ruby | lib/vault/persistent.rb | Vault.PersistentHTTP.idempotent? | def idempotent? req
case req
when Net::HTTP::Delete, Net::HTTP::Get, Net::HTTP::Head,
Net::HTTP::Options, Net::HTTP::Put, Net::HTTP::Trace then
true
end
end | ruby | def idempotent? req
case req
when Net::HTTP::Delete, Net::HTTP::Get, Net::HTTP::Head,
Net::HTTP::Options, Net::HTTP::Put, Net::HTTP::Trace then
true
end
end | [
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hashicorp/vault-ruby | lib/vault/persistent.rb | Vault.PersistentHTTP.pipeline | def pipeline uri, requests, &block # :yields: responses
connection_for uri do |connection|
connection.http.pipeline requests, &block
end
end | ruby | def pipeline uri, requests, &block # :yields: responses
connection_for uri do |connection|
connection.http.pipeline requests, &block
end
end | [
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hashicorp/vault-ruby | lib/vault/persistent.rb | Vault.PersistentHTTP.proxy_from_env | def proxy_from_env
env_proxy = ENV['http_proxy'] || ENV['HTTP_PROXY']
return nil if env_proxy.nil? or env_proxy.empty?
uri = URI normalize_uri env_proxy
env_no_proxy = ENV['no_proxy'] || ENV['NO_PROXY']
# '*' is special case for always bypass
return nil if env_no_proxy == '*'
if env_no_proxy then
uri.query = "no_proxy=#{escape(env_no_proxy)}"
end
unless uri.user or uri.password then
uri.user = escape ENV['http_proxy_user'] || ENV['HTTP_PROXY_USER']
uri.password = escape ENV['http_proxy_pass'] || ENV['HTTP_PROXY_PASS']
end
uri
end | ruby | def proxy_from_env
env_proxy = ENV['http_proxy'] || ENV['HTTP_PROXY']
return nil if env_proxy.nil? or env_proxy.empty?
uri = URI normalize_uri env_proxy
env_no_proxy = ENV['no_proxy'] || ENV['NO_PROXY']
# '*' is special case for always bypass
return nil if env_no_proxy == '*'
if env_no_proxy then
uri.query = "no_proxy=#{escape(env_no_proxy)}"
end
unless uri.user or uri.password then
uri.user = escape ENV['http_proxy_user'] || ENV['HTTP_PROXY_USER']
uri.password = escape ENV['http_proxy_pass'] || ENV['HTTP_PROXY_PASS']
end
uri
end | [
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indicated user and password unless HTTP_PROXY contains either of these in
the URI.
The +NO_PROXY+ ENV variable can be used to specify hosts which shouldn't
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hostname suffixes, optionally with +:port+ appended, for example
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hashicorp/vault-ruby | lib/vault/persistent.rb | Vault.PersistentHTTP.proxy_bypass? | def proxy_bypass? host, port
host = host.downcase
host_port = [host, port].join ':'
@no_proxy.each do |name|
return true if host[-name.length, name.length] == name or
host_port[-name.length, name.length] == name
end
false
end | ruby | def proxy_bypass? host, port
host = host.downcase
host_port = [host, port].join ':'
@no_proxy.each do |name|
return true if host[-name.length, name.length] == name or
host_port[-name.length, name.length] == name
end
false
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hashicorp/vault-ruby | lib/vault/persistent.rb | Vault.PersistentHTTP.request_failed | def request_failed exception, req, connection # :nodoc:
due_to = "(due to #{exception.message} - #{exception.class})"
message = "too many connection resets #{due_to} #{error_message connection}"
finish connection
raise Error, message, exception.backtrace
end | ruby | def request_failed exception, req, connection # :nodoc:
due_to = "(due to #{exception.message} - #{exception.class})"
message = "too many connection resets #{due_to} #{error_message connection}"
finish connection
raise Error, message, exception.backtrace
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hashicorp/vault-ruby | lib/vault/persistent.rb | Vault.PersistentHTTP.request_setup | def request_setup req_or_uri # :nodoc:
req = if URI === req_or_uri then
Net::HTTP::Get.new req_or_uri.request_uri
else
req_or_uri
end
@headers.each do |pair|
req.add_field(*pair)
end
@override_headers.each do |name, value|
req[name] = value
end
unless req['Connection'] then
req.add_field 'Connection', 'keep-alive'
req.add_field 'Keep-Alive', @keep_alive
end
req
end | ruby | def request_setup req_or_uri # :nodoc:
req = if URI === req_or_uri then
Net::HTTP::Get.new req_or_uri.request_uri
else
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@headers.each do |pair|
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req[name] = value
end
unless req['Connection'] then
req.add_field 'Connection', 'keep-alive'
req.add_field 'Keep-Alive', @keep_alive
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req
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hashicorp/vault-ruby | lib/vault/api/auth.rb | Vault.Authenticate.token | def token(new_token)
old_token = client.token
client.token = new_token
json = client.get("/v1/auth/token/lookup-self")
secret = Secret.decode(json)
return secret
rescue
client.token = old_token
raise
end | ruby | def token(new_token)
old_token = client.token
client.token = new_token
json = client.get("/v1/auth/token/lookup-self")
secret = Secret.decode(json)
return secret
rescue
client.token = old_token
raise
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Vault.token #=> "6440e1bd-ba22-716a-887d-e133944d22bd"
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hashicorp/vault-ruby | lib/vault/api/auth.rb | Vault.Authenticate.app_id | def app_id(app_id, user_id, options = {})
payload = { app_id: app_id, user_id: user_id }.merge(options)
json = client.post("/v1/auth/app-id/login", JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
end | ruby | def app_id(app_id, user_id, options = {})
payload = { app_id: app_id, user_id: user_id }.merge(options)
json = client.post("/v1/auth/app-id/login", JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
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@example
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@example with a custom mount point
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@param [String] user_id
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additional options to pass to the authentication call, such as a custom
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hashicorp/vault-ruby | lib/vault/api/auth.rb | Vault.Authenticate.approle | def approle(role_id, secret_id=nil)
payload = { role_id: role_id }
payload[:secret_id] = secret_id if secret_id
json = client.post("/v1/auth/approle/login", JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
end | ruby | def approle(role_id, secret_id=nil)
payload = { role_id: role_id }
payload[:secret_id] = secret_id if secret_id
json = client.post("/v1/auth/approle/login", JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
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@example
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@param [String] secret_id (default: nil)
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hashicorp/vault-ruby | lib/vault/api/auth.rb | Vault.Authenticate.userpass | def userpass(username, password, options = {})
payload = { password: password }.merge(options)
json = client.post("/v1/auth/userpass/login/#{encode_path(username)}", JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
end | ruby | def userpass(username, password, options = {})
payload = { password: password }.merge(options)
json = client.post("/v1/auth/userpass/login/#{encode_path(username)}", JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
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@example
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@example with a custom mount point
Vault.auth.userpass("sethvargo", "s3kr3t", mount: "admin-login") #=> #<Vault::Secret lease_id="">
@param [String] username
@param [String] password
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hashicorp/vault-ruby | lib/vault/api/auth.rb | Vault.Authenticate.github | def github(github_token, path="/v1/auth/github/login")
payload = {token: github_token}
json = client.post(path, JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
end | ruby | def github(github_token, path="/v1/auth/github/login")
payload = {token: github_token}
json = client.post(path, JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
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@param [String] github_token
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hashicorp/vault-ruby | lib/vault/api/auth.rb | Vault.Authenticate.aws_ec2 | def aws_ec2(role, pkcs7, nonce = nil, route = nil)
route ||= '/v1/auth/aws-ec2/login'
payload = { role: role, pkcs7: pkcs7 }
# Set a custom nonce if client is providing one
payload[:nonce] = nonce if nonce
json = client.post(route, JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
end | ruby | def aws_ec2(role, pkcs7, nonce = nil, route = nil)
route ||= '/v1/auth/aws-ec2/login'
payload = { role: role, pkcs7: pkcs7 }
# Set a custom nonce if client is providing one
payload[:nonce] = nonce if nonce
json = client.post(route, JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
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@param [String] role
@param [String] pkcs7
pkcs7 returned by the instance identity document (with line breaks removed)
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hashicorp/vault-ruby | lib/vault/api/auth.rb | Vault.Authenticate.gcp | def gcp(role, jwt, path = 'gcp')
payload = { role: role, jwt: jwt }
json = client.post("/v1/auth/#{CGI.escape(path)}/login", JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
end | ruby | def gcp(role, jwt, path = 'gcp')
payload = { role: role, jwt: jwt }
json = client.post("/v1/auth/#{CGI.escape(path)}/login", JSON.fast_generate(payload))
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
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@example
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@param [String] role
@param [String] jwt
jwt returned by the instance identity metadata, or iam api
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the path were the gcp auth backend is mounted
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hashicorp/vault-ruby | lib/vault/api/auth.rb | Vault.Authenticate.tls | def tls(pem = nil, path = 'cert')
new_client = client.dup
new_client.ssl_pem_contents = pem if !pem.nil?
json = new_client.post("/v1/auth/#{CGI.escape(path)}/login")
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
end | ruby | def tls(pem = nil, path = 'cert')
new_client = client.dup
new_client.ssl_pem_contents = pem if !pem.nil?
json = new_client.post("/v1/auth/#{CGI.escape(path)}/login")
secret = Secret.decode(json)
client.token = secret.auth.client_token
return secret
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Vault.auth.tls(pem_contents) #=> #<Vault::Secret lease_id="">
@example Reading a pem from disk
Vault.auth.tls(File.read("/path/to/my/certificate.pem")) #=> #<Vault::Secret lease_id="">
@example Sending to a cert authentication backend mounted at a custom location
Vault.auth.tls(pem_contents, 'custom/location') #=> #<Vault::Secret lease_id="">
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] | 02f0532a802ba1a2a0d8703a4585dab76eb9d864 | https://github.com/hashicorp/vault-ruby/blob/02f0532a802ba1a2a0d8703a4585dab76eb9d864/lib/vault/api/auth.rb#L290-L298 | train |
hashicorp/vault-ruby | lib/vault/api/sys/policy.rb | Vault.Sys.policy | def policy(name)
json = client.get("/v1/sys/policy/#{encode_path(name)}")
return Policy.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise
end | ruby | def policy(name)
json = client.get("/v1/sys/policy/#{encode_path(name)}")
return Policy.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise
end | [
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hashicorp/vault-ruby | lib/vault/api/sys/policy.rb | Vault.Sys.put_policy | def put_policy(name, rules)
client.put("/v1/sys/policy/#{encode_path(name)}", JSON.fast_generate(
rules: rules,
))
return true
end | ruby | def put_policy(name, rules)
client.put("/v1/sys/policy/#{encode_path(name)}", JSON.fast_generate(
rules: rules,
))
return true
end | [
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@example
policy = <<-EOH
path "sys" {
policy = "deny"
}
EOH
Vault.sys.put_policy("dev", policy) #=> true
It is recommend that you load policy rules from a file:
@example
policy = File.read("/path/to/my/policy.hcl")
Vault.sys.put_policy("dev", policy)
@param [String] name
the name of the policy
@param [String] rules
the policy rules
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hashicorp/vault-ruby | lib/vault/api/sys/audit.rb | Vault.Sys.audits | def audits
json = client.get("/v1/sys/audit")
json = json[:data] if json[:data]
return Hash[*json.map do |k,v|
[k.to_s.chomp("/").to_sym, Audit.decode(v)]
end.flatten]
end | ruby | def audits
json = client.get("/v1/sys/audit")
json = json[:data] if json[:data]
return Hash[*json.map do |k,v|
[k.to_s.chomp("/").to_sym, Audit.decode(v)]
end.flatten]
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@example
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hashicorp/vault-ruby | lib/vault/api/sys/audit.rb | Vault.Sys.audit_hash | def audit_hash(path, input)
json = client.post("/v1/sys/audit-hash/#{encode_path(path)}", JSON.fast_generate(input: input))
json = json[:data] if json[:data]
json[:hash]
end | ruby | def audit_hash(path, input)
json = client.post("/v1/sys/audit-hash/#{encode_path(path)}", JSON.fast_generate(input: input))
json = json[:data] if json[:data]
json[:hash]
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@example
Vault.sys.audit_hash("file-audit", "my input") #=> "hmac-sha256:30aa7de18a5e90bbc1063db91e7c387b32b9fa895977eb8c177bbc91e7d7c542"
@param [String] path
the path of the audit backend
@param [String] input
the input to generate a HMAC for
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hashicorp/vault-ruby | lib/vault/api/auth_token.rb | Vault.AuthToken.accessors | def accessors(options = {})
headers = extract_headers!(options)
json = client.list("/v1/auth/token/accessors", options, headers)
return Secret.decode(json)
end | ruby | def accessors(options = {})
headers = extract_headers!(options)
json = client.list("/v1/auth/token/accessors", options, headers)
return Secret.decode(json)
end | [
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] | Lists all token accessors.
@example Listing token accessors
result = Vault.auth_token.accessors #=> #<Vault::Secret>
result.data[:keys] #=> ["476ea048-ded5-4d07-eeea-938c6b4e43ec", "bb00c093-b7d3-b0e9-69cc-c4d85081165b"]
@return [Array<Secret>] | [
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hashicorp/vault-ruby | lib/vault/api/auth_token.rb | Vault.AuthToken.create | def create(options = {})
headers = extract_headers!(options)
json = client.post("/v1/auth/token/create", JSON.fast_generate(options), headers)
return Secret.decode(json)
end | ruby | def create(options = {})
headers = extract_headers!(options)
json = client.post("/v1/auth/token/create", JSON.fast_generate(options), headers)
return Secret.decode(json)
end | [
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newer options may be available that are not listed here.
@example Creating a token
Vault.auth_token.create #=> #<Vault::Secret lease_id="">
@example Creating a token assigned to policies with a wrap TTL
Vault.auth_token.create(
policies: ["myapp"],
wrap_ttl: 500,
)
@param [Hash] options
@option options [String] :id
The ID of the client token - this can only be specified for root tokens
@option options [Array<String>] :policies
List of policies to apply to the token
@option options [Fixnum, String] :wrap_ttl
The number of seconds or a golang-formatted timestamp like "5s" or "10m"
for the TTL on the wrapped response
@option options [Hash<String, String>] :meta
A map of metadata that is passed to audit backends
@option options [Boolean] :no_parent
Create a token without a parent - see also {#create_orphan}
@option options [Boolean] :no_default_policy
Create a token without the default policy attached
@option options [Boolean] :renewable
Set whether this token is renewable or not
@option options [String] :display_name
Name of the token
@option options [Fixnum] :num_uses
Maximum number of uses for the token
@return [Secret] | [
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hashicorp/vault-ruby | lib/vault/api/auth_token.rb | Vault.AuthToken.create_with_role | def create_with_role(name, options = {})
headers = extract_headers!(options)
json = client.post("/v1/auth/token/create/#{encode_path(name)}", JSON.fast_generate(options), headers)
return Secret.decode(json)
end | ruby | def create_with_role(name, options = {})
headers = extract_headers!(options)
json = client.post("/v1/auth/token/create/#{encode_path(name)}", JSON.fast_generate(options), headers)
return Secret.decode(json)
end | [
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@example
Vault.auth_token.create_with_role("developer") #=> #<Vault::Secret lease_id="">
@param [Hash] options
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hashicorp/vault-ruby | lib/vault/api/auth_token.rb | Vault.AuthToken.lookup | def lookup(token, options = {})
headers = extract_headers!(options)
json = client.post("/v1/auth/token/lookup", JSON.fast_generate(
token: token,
), headers)
return Secret.decode(json)
end | ruby | def lookup(token, options = {})
headers = extract_headers!(options)
json = client.post("/v1/auth/token/lookup", JSON.fast_generate(
token: token,
), headers)
return Secret.decode(json)
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@example
Vault.auth_token.lookup("abcd-...") #=> #<Vault::Secret lease_id="">
@param [String] token
@param [Hash] options
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hashicorp/vault-ruby | lib/vault/api/auth_token.rb | Vault.AuthToken.lookup_accessor | def lookup_accessor(accessor, options = {})
headers = extract_headers!(options)
json = client.post("/v1/auth/token/lookup-accessor", JSON.fast_generate(
accessor: accessor,
), headers)
return Secret.decode(json)
end | ruby | def lookup_accessor(accessor, options = {})
headers = extract_headers!(options)
json = client.post("/v1/auth/token/lookup-accessor", JSON.fast_generate(
accessor: accessor,
), headers)
return Secret.decode(json)
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@example
Vault.auth_token.lookup_accessor("acbd-...") #=> #<Vault::Secret lease_id="">
@param [String] accessor
@param [Hash] options | [
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hashicorp/vault-ruby | lib/vault/api/auth_token.rb | Vault.AuthToken.renew | def renew(token, increment = 0, options = {})
headers = extract_headers!(options)
json = client.put("/v1/auth/token/renew", JSON.fast_generate(
token: token,
increment: increment,
), headers)
return Secret.decode(json)
end | ruby | def renew(token, increment = 0, options = {})
headers = extract_headers!(options)
json = client.put("/v1/auth/token/renew", JSON.fast_generate(
token: token,
increment: increment,
), headers)
return Secret.decode(json)
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@example
Vault.auth_token.renew("abcd-1234") #=> #<Vault::Secret lease_id="">
@param [String] token
the auth token
@param [Fixnum] increment
@return [Secret] | [
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] | 02f0532a802ba1a2a0d8703a4585dab76eb9d864 | https://github.com/hashicorp/vault-ruby/blob/02f0532a802ba1a2a0d8703a4585dab76eb9d864/lib/vault/api/auth_token.rb#L155-L162 | train |
hashicorp/vault-ruby | lib/vault/api/auth_token.rb | Vault.AuthToken.renew_self | def renew_self(increment = 0, options = {})
headers = extract_headers!(options)
json = client.put("/v1/auth/token/renew-self", JSON.fast_generate(
increment: increment,
), headers)
return Secret.decode(json)
end | ruby | def renew_self(increment = 0, options = {})
headers = extract_headers!(options)
json = client.put("/v1/auth/token/renew-self", JSON.fast_generate(
increment: increment,
), headers)
return Secret.decode(json)
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@example
Vault.auth_token.renew_self #=> #<Vault::Secret lease_id="">
@param [Fixnum] increment
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hashicorp/vault-ruby | lib/vault/client.rb | Vault.Client.pool | def pool
@lock.synchronize do
return @nhp if @nhp
@nhp = PersistentHTTP.new("vault-ruby", nil, pool_size)
if proxy_address
proxy_uri = URI.parse "http://#{proxy_address}"
proxy_uri.port = proxy_port if proxy_port
if proxy_username
proxy_uri.user = proxy_username
proxy_uri.password = proxy_password
end
@nhp.proxy = proxy_uri
end
# Use a custom open timeout
if open_timeout || timeout
@nhp.open_timeout = (open_timeout || timeout).to_i
end
# Use a custom read timeout
if read_timeout || timeout
@nhp.read_timeout = (read_timeout || timeout).to_i
end
@nhp.verify_mode = OpenSSL::SSL::VERIFY_PEER
# Vault requires TLS1.2
@nhp.ssl_version = "TLSv1_2"
# Only use secure ciphers
@nhp.ciphers = ssl_ciphers
# Custom pem files, no problem!
pem = ssl_pem_contents || (ssl_pem_file ? File.read(ssl_pem_file) : nil)
if pem
@nhp.cert = OpenSSL::X509::Certificate.new(pem)
@nhp.key = OpenSSL::PKey::RSA.new(pem, ssl_pem_passphrase)
end
# Use custom CA cert for verification
if ssl_ca_cert
@nhp.ca_file = ssl_ca_cert
end
# Use custom CA path that contains CA certs
if ssl_ca_path
@nhp.ca_path = ssl_ca_path
end
if ssl_cert_store
@nhp.cert_store = ssl_cert_store
end
# Naughty, naughty, naughty! Don't blame me when someone hops in
# and executes a MITM attack!
if !ssl_verify
@nhp.verify_mode = OpenSSL::SSL::VERIFY_NONE
end
# Use custom timeout for connecting and verifying via SSL
if ssl_timeout || timeout
@nhp.ssl_timeout = (ssl_timeout || timeout).to_i
end
@nhp
end
end | ruby | def pool
@lock.synchronize do
return @nhp if @nhp
@nhp = PersistentHTTP.new("vault-ruby", nil, pool_size)
if proxy_address
proxy_uri = URI.parse "http://#{proxy_address}"
proxy_uri.port = proxy_port if proxy_port
if proxy_username
proxy_uri.user = proxy_username
proxy_uri.password = proxy_password
end
@nhp.proxy = proxy_uri
end
# Use a custom open timeout
if open_timeout || timeout
@nhp.open_timeout = (open_timeout || timeout).to_i
end
# Use a custom read timeout
if read_timeout || timeout
@nhp.read_timeout = (read_timeout || timeout).to_i
end
@nhp.verify_mode = OpenSSL::SSL::VERIFY_PEER
# Vault requires TLS1.2
@nhp.ssl_version = "TLSv1_2"
# Only use secure ciphers
@nhp.ciphers = ssl_ciphers
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end
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end
if ssl_cert_store
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end
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@nhp.verify_mode = OpenSSL::SSL::VERIFY_NONE
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hashicorp/vault-ruby | lib/vault/client.rb | Vault.Client.list | def list(path, params = {}, headers = {})
params = params.merge(list: true)
request(:get, path, params, headers)
end | ruby | def list(path, params = {}, headers = {})
params = params.merge(list: true)
request(:get, path, params, headers)
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hashicorp/vault-ruby | lib/vault/api/sys/lease.rb | Vault.Sys.renew | def renew(id, increment = 0)
json = client.put("/v1/sys/renew/#{id}", JSON.fast_generate(
increment: increment,
))
return Secret.decode(json)
end | ruby | def renew(id, increment = 0)
json = client.put("/v1/sys/renew/#{id}", JSON.fast_generate(
increment: increment,
))
return Secret.decode(json)
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@example
Vault.sys.renew("aws/username") #=> #<Vault::Secret ...>
@param [String] id
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@param [Fixnum] increment
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hashicorp/vault-ruby | lib/vault/response.rb | Vault.Response.to_h | def to_h
self.class.fields.inject({}) do |h, (k, opts)|
if opts[:as].nil?
h[k] = self.public_send(k)
else
h[k] = self.public_send(opts[:as])
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if !h[k].nil? && !h[k].is_a?(Array) && h[k].respond_to?(:to_h)
h[k] = h[k].to_h
end
h
end
end | ruby | def to_h
self.class.fields.inject({}) do |h, (k, opts)|
if opts[:as].nil?
h[k] = self.public_send(k)
else
h[k] = self.public_send(opts[:as])
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if !h[k].nil? && !h[k].is_a?(Array) && h[k].respond_to?(:to_h)
h[k] = h[k].to_h
end
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hashicorp/vault-ruby | lib/vault/api/sys/init.rb | Vault.Sys.init | def init(options = {})
json = client.put("/v1/sys/init", JSON.fast_generate(
root_token_pgp_key: options.fetch(:root_token_pgp_key, nil),
secret_shares: options.fetch(:secret_shares, options.fetch(:shares, 5)),
secret_threshold: options.fetch(:secret_threshold, options.fetch(:threshold, 3)),
pgp_keys: options.fetch(:pgp_keys, nil),
stored_shares: options.fetch(:stored_shares, nil),
recovery_shares: options.fetch(:recovery_shares, nil),
recovery_threshold: options.fetch(:recovery_threshold, nil),
recovery_pgp_keys: options.fetch(:recovery_pgp_keys, nil),
))
return InitResponse.decode(json)
end | ruby | def init(options = {})
json = client.put("/v1/sys/init", JSON.fast_generate(
root_token_pgp_key: options.fetch(:root_token_pgp_key, nil),
secret_shares: options.fetch(:secret_shares, options.fetch(:shares, 5)),
secret_threshold: options.fetch(:secret_threshold, options.fetch(:threshold, 3)),
pgp_keys: options.fetch(:pgp_keys, nil),
stored_shares: options.fetch(:stored_shares, nil),
recovery_shares: options.fetch(:recovery_shares, nil),
recovery_threshold: options.fetch(:recovery_threshold, nil),
recovery_pgp_keys: options.fetch(:recovery_pgp_keys, nil),
))
return InitResponse.decode(json)
end | [
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@example
Vault.sys.init #=> #<Vault::InitResponse keys=["..."] root_token="...">
@param [Hash] options
the list of init options
@option options [String] :root_token_pgp_key
optional base64-encoded PGP public key used to encrypt the initial root
token.
@option options [Fixnum] :secret_shares
the number of shares
@option options [Fixnum] :secret_threshold
the number of keys needed to unlock
@option options [Array<String>] :pgp_keys
an optional Array of base64-encoded PGP public keys to encrypt sharees
@option options [Fixnum] :stored_shares
the number of shares that should be encrypted by the HSM for
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@option options [Fixnum] :recovery_shares
the number of shares to split the recovery key into
@option options [Fixnum] :recovery_threshold
the number of shares required to reconstruct the recovery key
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an array of PGP public keys used to encrypt the output for the recovery
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@return [InitResponse] | [
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] | 02f0532a802ba1a2a0d8703a4585dab76eb9d864 | https://github.com/hashicorp/vault-ruby/blob/02f0532a802ba1a2a0d8703a4585dab76eb9d864/lib/vault/api/sys/init.rb#L69-L81 | train |
hashicorp/vault-ruby | lib/vault/api/approle.rb | Vault.AppRole.set_role | def set_role(name, options = {})
headers = extract_headers!(options)
client.post("/v1/auth/approle/role/#{encode_path(name)}", JSON.fast_generate(options), headers)
return true
end | ruby | def set_role(name, options = {})
headers = extract_headers!(options)
client.post("/v1/auth/approle/role/#{encode_path(name)}", JSON.fast_generate(options), headers)
return true
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secret_id_ttl: "10m",
token_ttl: "20m",
policies: "default",
period: 3600,
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@param [String] name
The name of the AppRole
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Require secret_id to be presented when logging in using this AppRole.
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Comma-separated list of CIDR blocks. Specifies blocks of IP addresses
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Comma-separated list of policies set on tokens issued via this AppRole.
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Number of times any particular SecretID can be used to fetch a token
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The number of seconds or a golang-formatted timestamp like "60m" to set
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The number of seconds or a golang-formatted timestamp like "60m" after
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@option options [Fixnum, String] :period
The number of seconds or a golang-formatted timestamp like "60m".
If set, the token generated using this AppRole is a periodic token.
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hashicorp/vault-ruby | lib/vault/api/approle.rb | Vault.AppRole.role | def role(name)
json = client.get("/v1/auth/approle/role/#{encode_path(name)}")
return Secret.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise
end | ruby | def role(name)
json = client.get("/v1/auth/approle/role/#{encode_path(name)}")
return Secret.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise
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hashicorp/vault-ruby | lib/vault/api/approle.rb | Vault.AppRole.role_id | def role_id(name)
json = client.get("/v1/auth/approle/role/#{encode_path(name)}/role-id")
return Secret.decode(json).data[:role_id]
rescue HTTPError => e
return nil if e.code == 404
raise
end | ruby | def role_id(name)
json = client.get("/v1/auth/approle/role/#{encode_path(name)}/role-id")
return Secret.decode(json).data[:role_id]
rescue HTTPError => e
return nil if e.code == 404
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hashicorp/vault-ruby | lib/vault/api/approle.rb | Vault.AppRole.set_role_id | def set_role_id(name, role_id)
options = { role_id: role_id }
client.post("/v1/auth/approle/role/#{encode_path(name)}/role-id", JSON.fast_generate(options))
return true
end | ruby | def set_role_id(name, role_id)
options = { role_id: role_id }
client.post("/v1/auth/approle/role/#{encode_path(name)}/role-id", JSON.fast_generate(options))
return true
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] | 02f0532a802ba1a2a0d8703a4585dab76eb9d864 | https://github.com/hashicorp/vault-ruby/blob/02f0532a802ba1a2a0d8703a4585dab76eb9d864/lib/vault/api/approle.rb#L116-L120 | train |
hashicorp/vault-ruby | lib/vault/api/approle.rb | Vault.AppRole.create_secret_id | def create_secret_id(role_name, options = {})
headers = extract_headers!(options)
if options[:secret_id]
json = client.post("/v1/auth/approle/role/#{encode_path(role_name)}/custom-secret-id", JSON.fast_generate(options), headers)
else
json = client.post("/v1/auth/approle/role/#{encode_path(role_name)}/secret-id", JSON.fast_generate(options), headers)
end
return Secret.decode(json)
end | ruby | def create_secret_id(role_name, options = {})
headers = extract_headers!(options)
if options[:secret_id]
json = client.post("/v1/auth/approle/role/#{encode_path(role_name)}/custom-secret-id", JSON.fast_generate(options), headers)
else
json = client.post("/v1/auth/approle/role/#{encode_path(role_name)}/secret-id", JSON.fast_generate(options), headers)
end
return Secret.decode(json)
end | [
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] | Generates and issues a new SecretID on an existing AppRole.
@example Generate a new SecretID
result = Vault.approle.create_secret_id("testrole") #=> #<Vault::Secret lease_id="...">
result.data[:secret_id] #=> "841771dc-11c9-bbc7-bcac-6a3945a69cd9"
@example Assign a custom SecretID
result = Vault.approle.create_secret_id("testrole", {
secret_id: "testsecretid"
}) #=> #<Vault::Secret lease_id="...">
result.data[:secret_id] #=> "testsecretid"
@param [String] role_name
The name of the AppRole
@param [Hash] options
@option options [String] :secret_id
SecretID to be attached to the Role. If not set, then the new SecretID
will be generated
@option options [Hash<String, String>] :metadata
Metadata to be tied to the SecretID. This should be a JSON-formatted
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tokens issued with this SecretID, and is logged in audit logs in
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] | 02f0532a802ba1a2a0d8703a4585dab76eb9d864 | https://github.com/hashicorp/vault-ruby/blob/02f0532a802ba1a2a0d8703a4585dab76eb9d864/lib/vault/api/approle.rb#L160-L168 | train |
hashicorp/vault-ruby | lib/vault/api/approle.rb | Vault.AppRole.secret_id | def secret_id(role_name, secret_id)
opts = { secret_id: secret_id }
json = client.post("/v1/auth/approle/role/#{encode_path(role_name)}/secret-id/lookup", JSON.fast_generate(opts), {})
return nil unless json
return Secret.decode(json)
rescue HTTPError => e
if e.code == 404 || e.code == 405
begin
json = client.get("/v1/auth/approle/role/#{encode_path(role_name)}/secret-id/#{encode_path(secret_id)}")
return Secret.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise e
end
end
raise
end | ruby | def secret_id(role_name, secret_id)
opts = { secret_id: secret_id }
json = client.post("/v1/auth/approle/role/#{encode_path(role_name)}/secret-id/lookup", JSON.fast_generate(opts), {})
return nil unless json
return Secret.decode(json)
rescue HTTPError => e
if e.code == 404 || e.code == 405
begin
json = client.get("/v1/auth/approle/role/#{encode_path(role_name)}/secret-id/#{encode_path(secret_id)}")
return Secret.decode(json)
rescue HTTPError => e
return nil if e.code == 404
raise e
end
end
raise
end | [
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If the specified SecretID don't exist, +nil+ is returned.
@example
Vault.approle.role("testrole", "841771dc-11c9-...") #=> #<Vault::Secret lease_id="...">
@param [String] role_name
The name of the AppRole
@param [String] secret_id
SecretID belonging to AppRole
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hashicorp/vault-ruby | lib/vault/api/approle.rb | Vault.AppRole.secret_id_accessors | def secret_id_accessors(role_name, options = {})
headers = extract_headers!(options)
json = client.list("/v1/auth/approle/role/#{encode_path(role_name)}/secret-id", options, headers)
return Secret.decode(json).data[:keys] || []
rescue HTTPError => e
return [] if e.code == 404
raise
end | ruby | def secret_id_accessors(role_name, options = {})
headers = extract_headers!(options)
json = client.list("/v1/auth/approle/role/#{encode_path(role_name)}/secret-id", options, headers)
return Secret.decode(json).data[:keys] || []
rescue HTTPError => e
return [] if e.code == 404
raise
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@example
Vault.approle.secret_ids("testrole") #=> ["ce102d2a-...", "a1c8dee4-..."]
@return [Array<String>] | [
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hashicorp/vault-ruby | lib/vault/encode.rb | Vault.EncodePath.encode_path | def encode_path(path)
path.b.gsub(%r!([^a-zA-Z0-9_.-/]+)!) { |m|
'%' + m.unpack('H2' * m.bytesize).join('%').upcase
}
end | ruby | def encode_path(path)
path.b.gsub(%r!([^a-zA-Z0-9_.-/]+)!) { |m|
'%' + m.unpack('H2' * m.bytesize).join('%').upcase
}
end | [
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@param [String]
@return [String] | [
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hashicorp/vault-ruby | lib/vault/api/sys/mount.rb | Vault.Sys.mounts | def mounts
json = client.get("/v1/sys/mounts")
json = json[:data] if json[:data]
return Hash[*json.map do |k,v|
[k.to_s.chomp("/").to_sym, Mount.decode(v)]
end.flatten]
end | ruby | def mounts
json = client.get("/v1/sys/mounts")
json = json[:data] if json[:data]
return Hash[*json.map do |k,v|
[k.to_s.chomp("/").to_sym, Mount.decode(v)]
end.flatten]
end | [
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@example
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@return [Hash<Symbol, Mount>] | [
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hashicorp/vault-ruby | lib/vault/api/sys/mount.rb | Vault.Sys.mount_tune | def mount_tune(path, data = {})
json = client.post("/v1/sys/mounts/#{encode_path(path)}/tune", JSON.fast_generate(data))
return true
end | ruby | def mount_tune(path, data = {})
json = client.post("/v1/sys/mounts/#{encode_path(path)}/tune", JSON.fast_generate(data))
return true
end | [
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@example
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@param [String] path
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@param [Hash] data
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hashicorp/vault-ruby | lib/vault/api/sys/mount.rb | Vault.Sys.remount | def remount(from, to)
client.post("/v1/sys/remount", JSON.fast_generate(
from: from,
to: to,
))
return true
end | ruby | def remount(from, to)
client.post("/v1/sys/remount", JSON.fast_generate(
from: from,
to: to,
))
return true
end | [
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@example
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@param [String] from
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@param [String] to
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@return [true] | [
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colszowka/simplecov | lib/simplecov/configuration.rb | SimpleCov.Configuration.coverage_path | def coverage_path
@coverage_path ||= begin
coverage_path = File.expand_path(coverage_dir, root)
FileUtils.mkdir_p coverage_path
coverage_path
end
end | ruby | def coverage_path
@coverage_path ||= begin
coverage_path = File.expand_path(coverage_dir, root)
FileUtils.mkdir_p coverage_path
coverage_path
end
end | [
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Subsets and Splits