Class: Aspera::Api::Node
- Inherits:
-
Rest::Client
- Object
- Rest::Client
- Aspera::Api::Node
- Defined in:
- lib/aspera/api/node.rb
Overview
Aspera Node API client with gen4 extensions (access keys)
Direct Known Subclasses
Defined Under Namespace
Modules: Scope
Constant Summary collapse
- ACCESS_LEVELS =
Node API permissions: delete list mkdir preview read rename write
%w[delete list mkdir preview read rename write].freeze
- HEADER_X_ASPERA_ACCESS_KEY =
Special HTTP Headers
'X-Aspera-AccessKey'- HEADER_X_CACHE_CONTROL =
'X-Aspera-Cache-Control'- HEADER_X_NEXT_ITER_TOKEN =
'X-Aspera-Next-Iteration-Token'- HEADER_X_TOTAL_COUNT =
'X-Total-Count'- HEADER_ACCEPT_VERSION =
'Accept-Version'- PATH_SEPARATOR =
/ in cloud
'/'- OPTIONS =
.keys.freeze
Class Attribute Summary collapse
-
.api_options ⇒ Object
Returns the value of attribute api_options.
-
.use_dynamic_key ⇒ Object
Returns the value of attribute use_dynamic_key.
Instance Attribute Summary collapse
-
#app_info ⇒ Api::AoC::AppInfo?
readonly
Set for AoC.
Attributes inherited from Rest::Client
#auth_params, #base_url, #headers
Class Method Summary collapse
-
.add_cache_control(headers = {}) ⇒ Hash
Adds cache control header for node API /files/:id as globally specified to read request Use like this: read(..., headers: add_cache_control).
-
.add_private_key(parameters) ⇒ Object
Adds fields
ssh_private_keyin provided Hash, if dynamic key is set. -
.add_public_key(parameters) ⇒ Hash
Adds fields
public_keysin provided Hash, if dynamic key is set. -
.bearer_headers(bearer_auth, access_key: nil) ⇒ Hash
Headers to call node API with access key and auth.
-
.bearer_token(access_key:, payload:, private_key:) ⇒ Object
Create an Aspera Node bearer token.
-
.decode_bearer_token(token) ⇒ Object
Decode an Aspera Node bearer token.
-
.split_folder(path) ⇒ Array(String, String)
Split path into folder + filename.
Instance Method Summary collapse
-
#add_tspec_info(tspec) ⇒ Hash
Update transfer spec with special additional tags.
-
#base_spec ⇒ Hash
Get a base download transfer spec (gen3).
-
#entry_has_link_information(entry) ⇒ Boolean
Check if a link entry in folder has target information.
-
#find_files(top_file_id, test_lambda) ⇒ Object
Recursively find files matching lambda.
-
#initialize(app_info: nil, add_tspec: nil, **rest_args) ⇒ Node
constructor
A new instance of Node.
-
#list_files(top_file_id, query: nil) ⇒ Object
Recursively list all files and folders.
-
#node_id_to_node(node_id) ⇒ Node?
A Node Api object or nil if no App defined.
-
#process_folder_tree(method_sym:, state:, top_file_id:, top_file_path: '/', query: nil) ⇒ Object
Recursively browse in a folder (with non-recursive method) Entries of folders are processed if the processing method returns true Links are processed on the respective node.
-
#read_folder_content(file_id, query = nil, exception: true, path: nil) ⇒ Array<Hash>
Read folder content with pagination management for gen4 (non-recursive).
-
#read_with_pages(subpath, query = nil, **kwargs) ⇒ Array<Hash>
Read resource content with pagination (page, per_page).
-
#read_with_paging(subpath, query = nil, iteration: nil, **call_args) ⇒ Array
Executes
GETcall in loop usingiteration_token(/ops/transfers). -
#refreshed_transfer_token ⇒ Object
Generate a refreshed auth token.
-
#resolve_api_fid(top_file_id, path, process_last_link = false) ⇒ NodeFileId
Navigate the path from given file id on current node, and return the node and file id of target.
-
#resolve_api_fid_paths(top_file_id, paths) ⇒ Array<(NodeFileId, Array<Hash>)>
Given a list of paths, finds a common root and list of sub-paths.
-
#transfer_spec_gen4(file_id, direction, ts_merge = nil) ⇒ Object
Create transfer spec for gen4.
-
#transport_params ⇒ Hash
Get generic part of transfer spec with transport parameters only.
Methods inherited from Rest::Client
#call, #cancel, #create, #delete, #oauth, #params, #read, #update
Constructor Details
#initialize(app_info: nil, add_tspec: nil, **rest_args) ⇒ Node
Returns a new instance of Node.
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# File 'lib/aspera/api/node.rb', line 211 def initialize(app_info: nil, add_tspec: nil, **rest_args) # Init Rest super(**rest_args) @dynamic_key = nil @app_info = app_info # This is added to transfer spec, for instance to add tags (COS) @add_tspec = add_tspec @std_t_spec_cache = nil end |
Class Attribute Details
.api_options ⇒ Object
Returns the value of attribute api_options.
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# File 'lib/aspera/api/node.rb', line 98 def end |
.use_dynamic_key ⇒ Object
Returns the value of attribute use_dynamic_key.
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# File 'lib/aspera/api/node.rb', line 99 def use_dynamic_key @use_dynamic_key end |
Instance Attribute Details
#app_info ⇒ Api::AoC::AppInfo? (readonly)
Returns set for AoC.
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# File 'lib/aspera/api/node.rb', line 204 def app_info @app_info end |
Class Method Details
.add_cache_control(headers = {}) ⇒ Hash
Adds cache control header for node API /files/:id as globally specified to read request Use like this: read(..., headers: add_cache_control)
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# File 'lib/aspera/api/node.rb', line 115 def add_cache_control(headers = {}) headers[HEADER_X_CACHE_CONTROL] = 'no-cache' unless [:cache] headers end |
.add_private_key(parameters) ⇒ Object
Adds fields ssh_private_key in provided Hash, if dynamic key is set.
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# File 'lib/aspera/api/node.rb', line 144 def add_private_key(parameters) parameters['ssh_private_key'] = @dynamic_key.to_pem if @dynamic_key return parameters end |
.add_public_key(parameters) ⇒ Hash
Adds fields public_keys in provided Hash, if dynamic key is set.
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# File 'lib/aspera/api/node.rb', line 130 def add_public_key(parameters) if @dynamic_key ssh_key = Net::SSH::Buffer.from(:key, @dynamic_key) # Get pub key in OpenSSH public key format (authorized_keys) parameters['public_keys'] = [ ssh_key.read_string, Base64.strict_encode64(ssh_key.to_s) ].join(' ') end return parameters end |
.bearer_headers(bearer_auth, access_key: nil) ⇒ Hash
Returns Headers to call node API with access key and auth.
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# File 'lib/aspera/api/node.rb', line 190 def bearer_headers(bearer_auth, access_key: nil) # If username is not provided, use the access key from the token if access_key.nil? access_key = Node::Scope.split(Node.decode_bearer_token(OAuth::Factory.bearer_token(bearer_auth))['scope'])[:access_key] Aspera.assert(!access_key.nil?, 'access_key could not be determined from token') end return { HEADER_X_ASPERA_ACCESS_KEY => access_key, 'Authorization' => bearer_auth } end |
.bearer_token(access_key:, payload:, private_key:) ⇒ Object
Create an Aspera Node bearer token
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# File 'lib/aspera/api/node.rb', line 162 def bearer_token(access_key:, payload:, private_key:) Aspera.assert_type(payload, Hash) Aspera.assert(payload.key?('user_id'), 'payload must have user_id') Aspera.assert_type(payload['user_id'], String) Aspera.assert(!payload['user_id'].empty?, 'user_id must not be empty') Aspera.assert_type(private_key, OpenSSL::PKey::RSA) # Manage convenience parameters expiration_sec = payload['_validity'] || BEARER_TOKEN_VALIDITY_DEFAULT payload.delete('_validity') scope = payload.delete('_scope') || Scope::USER payload['scope'] ||= Scope.join(access_key: access_key, scope: scope) payload['auth_type'] ||= 'access_key' payload['expires_at'] ||= (Time.now + expiration_sec).utc.strftime('%FT%TZ') payload_json = JSON.generate(payload) return Base64.strict_encode64(Zlib::Deflate.deflate([ payload_json, SIGNATURE_DELIMITER, Base64.strict_encode64(private_key.sign(OpenSSL::Digest.new('sha512'), payload_json)).scan(/.{1,60}/).join("\n"), '' ].join("\n"))) end |
.decode_bearer_token(token) ⇒ Object
Decode an Aspera Node bearer token
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# File 'lib/aspera/api/node.rb', line 185 def decode_bearer_token(token) return JSON.parse(Zlib::Inflate.inflate(Base64.decode64(token)).partition(SIGNATURE_DELIMITER).first) end |
Instance Method Details
#add_tspec_info(tspec) ⇒ Hash
Update transfer spec with special additional tags
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# File 'lib/aspera/api/node.rb', line 224 def add_tspec_info(tspec) tspec.deep_merge!(@add_tspec) unless @add_tspec.nil? return tspec end |
#base_spec ⇒ Hash
Get a base download transfer spec (gen3)
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# File 'lib/aspera/api/node.rb', line 456 def base_spec create( 'files/download_setup', {transfer_requests: [{transfer_request: {paths: [{source: '/'}]}}]} )['transfer_specs'].first['transfer_spec'] end |
#entry_has_link_information(entry) ⇒ Boolean
Check if a link entry in folder has target information
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# File 'lib/aspera/api/node.rb', line 249 def entry_has_link_information(entry) # If target information is missing in folder, try to get it on entry if entry['target_node_id'].nil? || entry['target_id'].nil? link_entry = read("files/#{entry['id']}") entry['target_node_id'] = link_entry['target_node_id'] entry['target_id'] = link_entry['target_id'] end return true unless entry['target_node_id'].nil? || entry['target_id'].nil? Log.log.warn { "Missing target information for link: #{entry['name']}" } return false end |
#find_files(top_file_id, test_lambda) ⇒ Object
Recursively find files matching lambda
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# File 'lib/aspera/api/node.rb', line 435 def find_files(top_file_id, test_lambda) Log.log.debug { "find_files: file id=#{top_file_id}" } find_state = {found: [], test_lambda: test_lambda} process_folder_tree(method_sym: :process_find_files, state: find_state, top_file_id: top_file_id) return find_state[:found] end |
#list_files(top_file_id, query: nil) ⇒ Object
Recursively list all files and folders
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# File 'lib/aspera/api/node.rb', line 443 def list_files(top_file_id, query: nil) find_state = {found: []} process_folder_tree(method_sym: :process_list_files, state: find_state, top_file_id: top_file_id, query: query) return find_state[:found] end |
#node_id_to_node(node_id) ⇒ Node?
Returns a Node Api object or nil if no App defined.
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# File 'lib/aspera/api/node.rb', line 230 def node_id_to_node(node_id) if !@app_info.nil? return self if node_id.eql?(@app_info.node_info['id']) return @app_info.api.node_api_from( node_id: node_id, workspace_id: @app_info.workspace_id, workspace_name: @app_info.workspace_name ) end Log.log.warn { "Cannot resolve link with node id #{node_id}, no resolver" } return rescue Rest::CallError => e Log.log.warn { "Cannot resolve link with node id #{node_id}: #{e.message}" } return end |
#process_folder_tree(method_sym:, state:, top_file_id:, top_file_path: '/', query: nil) ⇒ Object
Recursively browse in a folder (with non-recursive method) Entries of folders are processed if the processing method returns true Links are processed on the respective node
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# File 'lib/aspera/api/node.rb', line 325 def process_folder_tree(method_sym:, state:, top_file_id:, top_file_path: '/', query: nil) Aspera.assert(!top_file_path.nil?, 'top_file_path not set') Log.log.debug { "process_folder_tree: node=#{@app_info ? @app_info.node_info['id'] : 'nil'}, file id=#{top_file_id}, path=#{top_file_path}" } # Start at top folder folders_to_explore = [{id: top_file_id, path: top_file_path}] Log.dump(:folders_to_explore, folders_to_explore) until folders_to_explore.empty? # Consume first in job list current_item = folders_to_explore.shift Log.log.debug { "Exploring #{current_item[:path]}".bg(:green) } # Get folder content folder_contents = read_folder_content(current_item[:id], query, exception: false, path: current_item[:path]) Log.dump(:folder_contents, folder_contents) folder_contents.each do |entry| if entry.key?('error') Log.log.error(entry['error']['user_message']) if entry['error'].is_a?(Hash) && entry['error'].key?('user_message') next end current_path = File.join(current_item[:path], entry['name']) Log.log.debug { "process_folder_tree: checking #{current_path}" } # Call block, continue only if method returns true next unless send(method_sym, entry, current_path, state) # Entry type is file, folder or link case entry['type'] when 'folder' folders_to_explore.push({id: entry['id'], path: current_path}) when 'link' if entry_has_link_information(entry) node_id_to_node(entry['target_node_id'])&.process_folder_tree( method_sym: method_sym, state: state, top_file_id: entry['target_id'], top_file_path: current_path ) end end end end end |
#read_folder_content(file_id, query = nil, exception: true, path: nil) ⇒ Array<Hash>
Read folder content with pagination management for gen4 (non-recursive)
Behavior WITHOUT Accept-Version: 4.0:
- Without
pageandper_page: all entries are returned - With
pageorper_page: both parameters are required, otherwise returns 400 error
Behavior WITH Accept-Version: 4.0:
- Unavailable query parameters (ignored or return 400 error): page, sort, min_size, max_size, min_modified_time, max_modified_time, target_id, target_node_id, files_prefetch_count, name_iglob
- Query parameter
include: accepted but has no effect (access_levels and recursive_counts already included) - Query parameter
iteration_token: enables pagination- Response header
X-Aspera-Next-Iteration-Token: token for next page - Response header
X-Aspera-Total-Count: total count of entries
- Response header
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# File 'lib/aspera/api/node.rb', line 281 def read_folder_content(file_id, query = nil, exception: true, path: nil) folder_items = [] begin query ||= {} headers = self.class.add_cache_control use_v4 = self.class.[:accept_v4] return read("files/#{file_id}/files", query, headers: headers) unless use_v4 || query.key?('page') || query.key?('per_page') if use_v4 headers[HEADER_ACCEPT_VERSION] = '4.0' query['per_page'] = 1000 unless query.key?('per_page') elsif query.key?('per_page') && !query.key?('page') query['page'] = 0 end loop do Rest::Parameters.instance.spinner_cb.call(folder_items.count) data, http = read("files/#{file_id}/files", query, headers: headers, ret: :both) folder_items.concat(data) if use_v4 iteration_token = http[HEADER_X_NEXT_ITER_TOKEN] break if iteration_token.nil? || iteration_token.empty? query['iteration_token'] = iteration_token else break if data['item_count'].eql?(0) query['offset'] += data['item_count'] end end rescue StandardError => e raise e if exception Log.log.warn { "#{path || file_id}: #{e.class} #{e.message}" } Log.log.debug { (['Backtrace:'] + e.backtrace).join("\n") } ensure Rest::Parameters.instance.spinner_cb.call(folder_items.count, action: :success) end folder_items end |
#read_with_pages(subpath, query = nil, **kwargs) ⇒ Array<Hash>
Read resource content with pagination (page, per_page)
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# File 'lib/aspera/api/node.rb', line 593 def read_with_pages(subpath, query = nil, **kwargs) items = [] query ||= {} query['per_page'] ||= 500 query['page'] ||= 1 suffix = nil loop do Rest::Parameters.instance.spinner_cb.call("#{items.count}#{suffix}") data, http = read(subpath, query, **kwargs, ret: :both) items.concat(data) break if data.length < query['per_page'] suffix ||= "/#{http[HEADER_X_TOTAL_COUNT]}" if http[HEADER_X_TOTAL_COUNT] query['page'] += 1 end rescue StandardError => e Log.log.warn { "#{e.class} #{e.message}" } Log.log.debug { (['Backtrace:'] + e.backtrace).join("\n") } ensure Rest::Parameters.instance.spinner_cb.call(items.count, action: :success) return items # rubocop:disable Lint/EnsureReturn end |
#read_with_paging(subpath, query = nil, iteration: nil, **call_args) ⇒ Array
Executes GET call in loop using iteration_token (/ops/transfers)
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# File 'lib/aspera/api/node.rb', line 537 def read_with_paging(subpath, query = nil, iteration: nil, **call_args) Aspera.assert_type(iteration, Array, NilClass) { 'iteration' } Aspera.assert_type(query, Hash, NilClass) { 'query' } Aspera.assert(!call_args.key?(:query), ':query must not be in call_args (use query parameter)') query = {} if query.nil? query[:iteration_token] = iteration[0] unless iteration.nil? || iteration[0].nil? max = query.delete(Rest::List::MAX_ITEMS) # Return empty list immediately if max is 0 return [] if max&.zero? item_list = [] loop do data, http = read(subpath, query, **call_args, ret: :both) Aspera.assert_type(data, Array) { "Expected data to be an Array, got: #{data.class}" } # no data break if data.empty? item_list.concat(data) # Check if we reached the max limit if max&.<=(item_list.length) item_list = item_list.slice(0, max) break end # Update progress spinner Rest::Parameters.instance.spinner_cb.call(item_list.length) # Parse Link header according to RFC 8288 to extract next iteration token next_url = LinkHeader.parse(http['Link']).find_href(rel: 'next') next_iteration_token = nil if next_url begin parsed_uri = URI.parse(next_url) query_params = Rest.query_to_h(parsed_uri.query) if parsed_uri.query next_iteration_token = query_params['iteration_token'] if query_params rescue URI::InvalidURIError => e Log.log.warn { "Invalid URI in Link header: #{next_url} - #{e.message}" } end end # Stop if no next token break if next_iteration_token.nil? # Stop if same token as current (infinite loop protection) break if next_iteration_token.eql?(query[:iteration_token]) # Update token for next iteration query[:iteration_token] = next_iteration_token end # Signal completion Rest::Parameters.instance.spinner_cb.call(action: :success) # save iteration token if needed iteration[0] = query[:iteration_token] unless iteration.nil? item_list end |
#refreshed_transfer_token ⇒ Object
Generate a refreshed auth token
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# File 'lib/aspera/api/node.rb', line 450 def refreshed_transfer_token return oauth.(refresh: true) end |
#resolve_api_fid(top_file_id, path, process_last_link = false) ⇒ NodeFileId
Navigate the path from given file id on current node, and return the node and file id of target. If the path ends with a "/" or process_last_link is true then if the last item in path is a link, it is followed.
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# File 'lib/aspera/api/node.rb', line 371 def resolve_api_fid(top_file_id, path, process_last_link = false) Aspera.assert_type(top_file_id, String) Aspera.assert_type(path, String) process_last_link ||= path.end_with?(PATH_SEPARATOR) path_elements = path.split(PATH_SEPARATOR).reject(&:empty?) return NodeFileId.new(self, top_file_id) if path_elements.empty? resolve_state = {path: path_elements, consumed: [], result: nil, process_last_link: process_last_link} process_folder_tree(method_sym: :process_api_fid, state: resolve_state, top_file_id: top_file_id) Aspera.assert(!resolve_state[:result].nil?, type: ParameterError) { "Entry not found: #{resolve_state[:path].first} in /#{resolve_state[:consumed].join(PATH_SEPARATOR)}" } Log.log.debug { "resolve_api_fid: #{path} -> #{resolve_state[:result].node_api.base_url} #{resolve_state[:result].file_id}" } return resolve_state[:result] end |
#resolve_api_fid_paths(top_file_id, paths) ⇒ Array<(NodeFileId, Array<Hash>)>
Given a list of paths, finds a common root and list of sub-paths
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# File 'lib/aspera/api/node.rb', line 392 def resolve_api_fid_paths(top_file_id, paths) Aspera.assert_type(paths, Array) Aspera.assert(paths.size.positive?, 'paths must not be empty') split_sources = paths.map { |p| Pathname(p['source']).each_filename.to_a } root = [] split_sources.map(&:size).min.times do |i| parts = split_sources.map { |s| s[i] } break unless parts.uniq.size == 1 root << parts.first end source_folder = File.join(root) source_paths = paths.each_with_index.map do |p, i| m = {'source' => File.join(split_sources[i][root.size..])} m['destination'] = p['destination'] if p.key?('destination') m end apifid = resolve_api_fid(top_file_id, source_folder, true) # If a single item if source_paths.size.eql?(1) # Get precise info in this element file_info = apifid.node_api.read("files/#{apifid.file_id}") source_paths = case file_info['type'] when 'file' # If the single source is a file, we need to split into folder path and filename src_dir_elements = source_folder.split(Api::Node::PATH_SEPARATOR) filename = src_dir_elements.pop apifid = resolve_api_fid(top_file_id, src_dir_elements.join(Api::Node::PATH_SEPARATOR), true) # Filename is the last one, source folder is what remains [{'source' => filename}] when 'link', 'folder' # Single source is 'folder' or 'link' # TODO: add this ? , 'destination'=>file_info['name'] [{'source' => '.'}] else Aspera.error_unexpected_value(file_info['type']) { 'source type' } end end [apifid, source_paths] end |
#transfer_spec_gen4(file_id, direction, ts_merge = nil) ⇒ Object
Create transfer spec for gen4
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# File 'lib/aspera/api/node.rb', line 473 def transfer_spec_gen4(file_id, direction, ts_merge = nil) ak_name = nil ak_token = nil case auth_params[:type] when :basic ak_name = auth_params[:username] Aspera.assert(auth_params[:password], 'no secret in node object') ak_token = Rest.(auth_params[:username], auth_params[:password]) when :oauth2 ak_name = params[:headers][HEADER_X_ASPERA_ACCESS_KEY] # TODO: token_generation_lambda = lambda{|do_refresh|oauth.authorization(refresh: do_refresh)} # Get bearer token, possibly use cache ak_token = oauth. when :none ak_name = params[:headers][HEADER_X_ASPERA_ACCESS_KEY] ak_token = params[:headers]['Authorization'] else Aspera.error_unexpected_value(auth_params[:type]) end transfer_spec = { 'direction' => direction, 'token' => ak_token, 'tags' => { Transfer::Spec::TAG_RESERVED => { 'node' => { 'access_key' => ak_name, 'file_id' => file_id } } } } # Add specials tags (cos) add_tspec_info(transfer_spec) transfer_spec.deep_merge!(ts_merge) unless ts_merge.nil? # Add application specific tags (AoC) @app_info&.api&.(transfer_spec: transfer_spec, app_info: @app_info) # Add remote host info if self.class.[:standard_ports] # Get default TCP/UDP ports and transfer user transfer_spec.merge!(Transfer::Spec::AK_TSPEC_BASE) # By default: same address as node API transfer_spec['remote_host'] = URI.parse(base_url).host # AoC allows specification of other url (in UI: `Transfer endpoint (optional)`) transfer_url = @app_info&.node_info&.[]('transfer_url').to_s transfer_spec['remote_host'] = transfer_url unless transfer_url.empty? info = read('info') # Get the transfer user from info on access key transfer_spec['remote_user'] = info['transfer_user'] if info['transfer_user'] # Get settings from name.value array to hash key.value settings = info['settings']&.to_h { |i| [i['name'], i['value']] } # Check WSS ports Transfer::Spec::WSS_FIELDS.each do |i| transfer_spec[i] = settings[i] if settings.key?(i) end if settings.is_a?(Hash) else transfer_spec.merge!(transport_params) end Aspera.assert_values(transfer_spec['remote_user'], [Transfer::Spec::ACCESS_KEY_TRANSFER_USER], type: :warn) { 'transfer user' } return transfer_spec end |
#transport_params ⇒ Hash
Get generic part of transfer spec with transport parameters only
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# File 'lib/aspera/api/node.rb', line 465 def transport_params @std_t_spec_cache ||= base_spec.slice(*Transfer::Spec::TRANSPORT_FIELDS).freeze end |