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mnipper/serket | lib/serket/field_decrypter.rb | Serket.FieldDecrypter.parse | def parse(field)
case @format
when :delimited
field.split(field_delimiter)
when :json
parsed = JSON.parse(field)
[parsed['iv'], parsed['key'], parsed['message']]
end
end | ruby | def parse(field)
case @format
when :delimited
field.split(field_delimiter)
when :json
parsed = JSON.parse(field)
[parsed['iv'], parsed['key'], parsed['message']]
end
end | [
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tonytonyjan/tj-bootstrap-helper | lib/tj_bootstrap_helper/helper.rb | TJBootstrapHelper.Helper.page_header | def page_header *args, &block
if block_given?
size = (1..6) === args.first ? args.first : 1
content_tag :div, :class => "page-header" do
content_tag "h#{size}" do
capture(&block)
end
end
else
title = args.first
size = (1..6) === args.second ? args.second : 1
content_tag :div, content_tag("h#{size}", title), :class => "page-header"
end
end | ruby | def page_header *args, &block
if block_given?
size = (1..6) === args.first ? args.first : 1
content_tag :div, :class => "page-header" do
content_tag "h#{size}" do
capture(&block)
end
end
else
title = args.first
size = (1..6) === args.second ? args.second : 1
content_tag :div, content_tag("h#{size}", title), :class => "page-header"
end
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tonytonyjan/tj-bootstrap-helper | lib/tj_bootstrap_helper/helper.rb | TJBootstrapHelper.Helper.nav_li | def nav_li *args, &block
options = (block_given? ? args.first : args.second) || {}
url = url_for(options)
active = "active" if url == request.path || url == request.url
content_tag :li, :class => active do
link_to *args, &block
end
end | ruby | def nav_li *args, &block
options = (block_given? ? args.first : args.second) || {}
url = url_for(options)
active = "active" if url == request.path || url == request.url
content_tag :li, :class => active do
link_to *args, &block
end
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spheromak/services | lib/services/connection.rb | Services.Connection.find_servers | def find_servers
# need a run_context to find anything in
return nil unless run_context
# If there are already servers in attribs use those
return node[:etcd][:servers] if node.key?(:etcd) &&
node[:etcd].key?(:servers)
# if we have already searched in this run use those
return node.run_state[:etcd_servers] if node.run_state.key? :etcd_servers
# find nodes and build array of ip's
etcd_nodes = search(:node, search_query)
servers = etcd_nodes.map { |n| n[:ipaddress] }
# store that in the run_state
node.run_state[:etcd_servers] = servers
end | ruby | def find_servers
# need a run_context to find anything in
return nil unless run_context
# If there are already servers in attribs use those
return node[:etcd][:servers] if node.key?(:etcd) &&
node[:etcd].key?(:servers)
# if we have already searched in this run use those
return node.run_state[:etcd_servers] if node.run_state.key? :etcd_servers
# find nodes and build array of ip's
etcd_nodes = search(:node, search_query)
servers = etcd_nodes.map { |n| n[:ipaddress] }
# store that in the run_state
node.run_state[:etcd_servers] = servers
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spheromak/services | lib/services/connection.rb | Services.Connection.try_connect | def try_connect(server)
c = ::Etcd.client(host: server, port: port, allow_redirect: @redirect)
begin
c.get '/_etcd/machines'
return c
rescue
puts "ETCD: failed to connect to #{c.host}:#{c.port}"
return nil
end
end | ruby | def try_connect(server)
c = ::Etcd.client(host: server, port: port, allow_redirect: @redirect)
begin
c.get '/_etcd/machines'
return c
rescue
puts "ETCD: failed to connect to #{c.host}:#{c.port}"
return nil
end
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danielbush/RubyCron | lib/CronR/Cron.rb | CronR.Cron.run | def run time=nil
puts "[cron] run called #{Time.now}" if @debug
time = self.time if time.nil?
self.each { |cron_job|
ok,details = cron_job.runnable?(time)
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end
end
}
self.reject! { |cron_job|
cron_job[:delete]
}
end | ruby | def run time=nil
puts "[cron] run called #{Time.now}" if @debug
time = self.time if time.nil?
self.each { |cron_job|
ok,details = cron_job.runnable?(time)
if ok then
@queue.enq(cron_job)
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cron_job[:delete] = true
end
end
}
self.reject! { |cron_job|
cron_job[:delete]
}
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danielbush/RubyCron | lib/CronR/Cron.rb | CronR.Cron.start | def start debug=false,method=:every_minute,*args
@stopped = false
@suspended = false
@dead = Queue.new
@thread = CronR::Utils.send(method,debug,*args) {
time = self.time
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}
}
end | ruby | def start debug=false,method=:every_minute,*args
@stopped = false
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time = self.time
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}
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danielbush/RubyCron | lib/CronR/Cron.rb | CronR.Cron.stop | def stop &block
if block_given? then
@stopped = true
@suspended = false
# Wait till something is put on the dead queue...
# This stops us from acquiring the mutex until after @thread
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@mutex.synchronize {
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block.call(self)
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end
end | ruby | def stop &block
if block_given? then
@stopped = true
@suspended = false
# Wait till something is put on the dead queue...
# This stops us from acquiring the mutex until after @thread
# has processed @stopped set to true.
sig = @dead.deq
# The cron thread should be dead now, or wrapping up (with the
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@mutex.synchronize {
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end
block.call(self)
}
end
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NUBIC/aker | lib/aker/form/middleware/login_renderer.rb | Aker::Form::Middleware.LoginRenderer.provide_login_html | def provide_login_html(env)
request = ::Rack::Request.new(env)
html = login_html(env, :url => request['url'], :session_expired => request['session_expired'])
html_response(html).finish
end | ruby | def provide_login_html(env)
request = ::Rack::Request.new(env)
html = login_html(env, :url => request['url'], :session_expired => request['session_expired'])
html_response(html).finish
end | [
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kvokka/active_admin_simple_life | lib/active_admin_simple_life/simple_elements.rb | ActiveAdminSimpleLife.SimpleElements.filter_for_main_fields | def filter_for_main_fields(klass, options ={})
klass.main_fields.each do |f|
if f == :gender
filter ExtensionedSymbol.new(f).cut_id, collection: genders
else
filter ExtensionedSymbol.new(f).cut_id
end
end
end | ruby | def filter_for_main_fields(klass, options ={})
klass.main_fields.each do |f|
if f == :gender
filter ExtensionedSymbol.new(f).cut_id, collection: genders
else
filter ExtensionedSymbol.new(f).cut_id
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end
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kvokka/active_admin_simple_life | lib/active_admin_simple_life/simple_elements.rb | ActiveAdminSimpleLife.SimpleElements.nested_form_for_main_fields | def nested_form_for_main_fields(klass, nested_klass, options={})
form_for_main_fields(klass,options) do |form_field|
nested_table_name = nested_klass.to_s.underscore.pluralize.to_sym
main_model_name = klass.to_s.underscore.to_sym
form_field.has_many nested_table_name, allow_destroy: true do |form|
nested_klass.main_fields.map { |f| ExtensionedSymbol.new(f).cut_id }.each do |nested_field|
current_options = options.fetch(nested_table_name){{}}.fetch(nested_field){{}}
form.input(nested_field, current_options) unless nested_field == main_model_name
end
end
end
end | ruby | def nested_form_for_main_fields(klass, nested_klass, options={})
form_for_main_fields(klass,options) do |form_field|
nested_table_name = nested_klass.to_s.underscore.pluralize.to_sym
main_model_name = klass.to_s.underscore.to_sym
form_field.has_many nested_table_name, allow_destroy: true do |form|
nested_klass.main_fields.map { |f| ExtensionedSymbol.new(f).cut_id }.each do |nested_field|
current_options = options.fetch(nested_table_name){{}}.fetch(nested_field){{}}
form.input(nested_field, current_options) unless nested_field == main_model_name
end
end
end
end | [
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pwnall/authpwn_rails | lib/authpwn_rails/http_basic.rb | Authpwn.HttpBasicControllerInstanceMethods.authenticate_using_http_basic | def authenticate_using_http_basic
return if current_user
authenticate_with_http_basic do |email, password|
signin = Session.new email: email, password: password
auth = User.authenticate_signin signin
self.current_user = auth unless auth.kind_of? Symbol
end
end | ruby | def authenticate_using_http_basic
return if current_user
authenticate_with_http_basic do |email, password|
signin = Session.new email: email, password: password
auth = User.authenticate_signin signin
self.current_user = auth unless auth.kind_of? Symbol
end
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sideshowcoder/activerecord_translatable | lib/activerecord_translatable/extension.rb | ActiveRecordTranslatable.ClassMethods.translate | def translate(*attributes)
self._translatable ||= Hash.new { |h,k| h[k] = [] }
self._translatable[base_name] = translatable.concat(attributes).uniq
end | ruby | def translate(*attributes)
self._translatable ||= Hash.new { |h,k| h[k] = [] }
self._translatable[base_name] = translatable.concat(attributes).uniq
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leoc/em-systemcommand | lib/em-systemcommand.rb | EventMachine.SystemCommand.execute | def execute &block
raise 'Previous process still exists' unless pipes.empty?
# clear callbacks
@callbacks = []
@errbacks = []
pid, stdin, stdout, stderr = POSIX::Spawn.popen4 @command.to_s
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if block
block.call self
elsif @execution_proc
@execution_proc.call self
end
self
end | ruby | def execute &block
raise 'Previous process still exists' unless pipes.empty?
# clear callbacks
@callbacks = []
@errbacks = []
pid, stdin, stdout, stderr = POSIX::Spawn.popen4 @command.to_s
@pid = pid
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leoc/em-systemcommand | lib/em-systemcommand.rb | EventMachine.SystemCommand.unbind | def unbind name
pipes.delete name
if pipes.empty?
exit_callbacks.each do |cb|
EM.next_tick do
cb.call status
end
end
if status.exitstatus == 0
EM.next_tick do
succeed self
end
else
EM.next_tick do
fail self
end
end
end
end | ruby | def unbind name
pipes.delete name
if pipes.empty?
exit_callbacks.each do |cb|
EM.next_tick do
cb.call status
end
end
if status.exitstatus == 0
EM.next_tick do
succeed self
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fail self
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leoc/em-systemcommand | lib/em-systemcommand.rb | EventMachine.SystemCommand.kill | def kill signal = 'TERM', wait = false
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jdno/ai_games-parser | lib/ai_games/parser.rb | AiGames.Parser.run | def run
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Fire-Dragon-DoL/fried-typings | lib/fried/typings/enumerator_of.rb | Fried::Typings.EnumeratorOf.valid? | def valid?(enumerator)
return false unless Is[Enumerator].valid?(enumerator)
enumerator.all? { |obj| Is[type].valid?(obj) }
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return false unless Is[Enumerator].valid?(enumerator)
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fotonauts/activr | lib/activr/activity.rb | Activr.Activity.to_hash | def to_hash
result = { }
# id
result['_id'] = @_id if @_id
# timestamp
result['at'] = @at
# kind
result['kind'] = kind.to_s
# entities
@entities.each do |entity_name, entity|
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end
# meta
result['meta'] = @meta.stringify_keys unless @meta.blank?
result
end | ruby | def to_hash
result = { }
# id
result['_id'] = @_id if @_id
# timestamp
result['at'] = @at
# kind
result['kind'] = kind.to_s
# entities
@entities.each do |entity_name, entity|
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fotonauts/activr | lib/activr/activity.rb | Activr.Activity.humanization_bindings | def humanization_bindings(options = { })
result = { }
@entities.each do |entity_name, entity|
result[entity_name] = entity.humanize(options.merge(:activity => self))
result["#{entity_name}_model".to_sym] = entity.model
end
result.merge(@meta)
end | ruby | def humanization_bindings(options = { })
result = { }
@entities.each do |entity_name, entity|
result[entity_name] = entity.humanize(options.merge(:activity => self))
result["#{entity_name}_model".to_sym] = entity.model
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fotonauts/activr | lib/activr/activity.rb | Activr.Activity.humanize | def humanize(options = { })
raise "No humanize_tpl defined" if self.humanize_tpl.blank?
Activr.sentence(self.humanize_tpl, self.humanization_bindings(options))
end | ruby | def humanize(options = { })
raise "No humanize_tpl defined" if self.humanize_tpl.blank?
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end
end | ruby | def check!
# check mandatory entities
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kron4eg/confrider | lib/confrider/vault.rb | Confrider.Vault.deep_merge! | def deep_merge!(other_hash)
other_hash.each_pair do |k,v|
tv = self[k]
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self
end | ruby | def deep_merge!(other_hash)
other_hash.each_pair do |k,v|
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fugroup/easymongo | lib/easymongo/query.rb | Easymongo.Query.ids | def ids(data)
# Just return if nothing to do
return data if data and data.empty?
# Support passing id as string
data = {'_id' => data} if !data or data.is_a?(String)
# Turn all keys to string
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data[k] = oid(v)
end
end
# Return data
data
end | ruby | def ids(data)
# Just return if nothing to do
return data if data and data.empty?
# Support passing id as string
data = {'_id' => data} if !data or data.is_a?(String)
# Turn all keys to string
data = data.stringify_keys
# Convert id to _id for mongo
data['_id'] = data.delete('id') if data['id']
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data.each do |k, v|
if v.is_a?(String) and v =~ /^[0-9a-fA-F]{24}$/
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end
end
# Return data
data
end | [
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fugroup/easymongo | lib/easymongo/query.rb | Easymongo.Query.oid | def oid(v = nil)
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end | ruby | def oid(v = nil)
return BSON::ObjectId.new if v.nil?; BSON::ObjectId.from_string(v) rescue v
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pluginaweek/encrypted_attributes | lib/encrypted_attributes.rb | EncryptedAttributes.MacroMethods.encrypts | def encrypts(*attr_names, &config)
base_options = attr_names.last.is_a?(Hash) ? attr_names.pop : {}
attr_names.each do |attr_name|
options = base_options.dup
attr_name = attr_name.to_s
to_attr_name = (options.delete(:to) || attr_name).to_s
# Figure out what cipher is being configured for the attribute
mode = options.delete(:mode) || :sha
class_name = "#{mode.to_s.classify}Cipher"
if EncryptedAttributes.const_defined?(class_name)
cipher_class = EncryptedAttributes.const_get(class_name)
else
cipher_class = EncryptedStrings.const_get(class_name)
end
# Define encryption hooks
define_callbacks("before_encrypt_#{attr_name}", "after_encrypt_#{attr_name}")
send("before_encrypt_#{attr_name}", options.delete(:before)) if options.include?(:before)
send("after_encrypt_#{attr_name}", options.delete(:after)) if options.include?(:after)
# Set the encrypted value on the configured callback
callback = options.delete(:on) || :before_validation
# Create a callback method to execute on the callback event
send(callback, :if => options.delete(:if), :unless => options.delete(:unless)) do |record|
record.send(:write_encrypted_attribute, attr_name, to_attr_name, cipher_class, config || options)
true
end
# Define virtual source attribute
if attr_name != to_attr_name && !column_names.include?(attr_name)
attr_reader attr_name unless method_defined?(attr_name)
attr_writer attr_name unless method_defined?("#{attr_name}=")
end
# Define the reader when reading the encrypted attribute from the database
define_method(to_attr_name) do
read_encrypted_attribute(to_attr_name, cipher_class, config || options)
end
unless included_modules.include?(EncryptedAttributes::InstanceMethods)
include EncryptedAttributes::InstanceMethods
end
end
end | ruby | def encrypts(*attr_names, &config)
base_options = attr_names.last.is_a?(Hash) ? attr_names.pop : {}
attr_names.each do |attr_name|
options = base_options.dup
attr_name = attr_name.to_s
to_attr_name = (options.delete(:to) || attr_name).to_s
# Figure out what cipher is being configured for the attribute
mode = options.delete(:mode) || :sha
class_name = "#{mode.to_s.classify}Cipher"
if EncryptedAttributes.const_defined?(class_name)
cipher_class = EncryptedAttributes.const_get(class_name)
else
cipher_class = EncryptedStrings.const_get(class_name)
end
# Define encryption hooks
define_callbacks("before_encrypt_#{attr_name}", "after_encrypt_#{attr_name}")
send("before_encrypt_#{attr_name}", options.delete(:before)) if options.include?(:before)
send("after_encrypt_#{attr_name}", options.delete(:after)) if options.include?(:after)
# Set the encrypted value on the configured callback
callback = options.delete(:on) || :before_validation
# Create a callback method to execute on the callback event
send(callback, :if => options.delete(:if), :unless => options.delete(:unless)) do |record|
record.send(:write_encrypted_attribute, attr_name, to_attr_name, cipher_class, config || options)
true
end
# Define virtual source attribute
if attr_name != to_attr_name && !column_names.include?(attr_name)
attr_reader attr_name unless method_defined?(attr_name)
attr_writer attr_name unless method_defined?("#{attr_name}=")
end
# Define the reader when reading the encrypted attribute from the database
define_method(to_attr_name) do
read_encrypted_attribute(to_attr_name, cipher_class, config || options)
end
unless included_modules.include?(EncryptedAttributes::InstanceMethods)
include EncryptedAttributes::InstanceMethods
end
end
end | [
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Configuration options:
* <tt>:mode</tt> - The mode of encryption to use. Default is <tt>:sha</tt>.
See EncryptedStrings for other possible modes.
* <tt>:to</tt> - The attribute to write the encrypted value to. Default
is the same attribute being encrypted.
* <tt>:before</tt> - The callback to invoke every time *before* the
attribute is encrypted
* <tt>:after</tt> - The callback to invoke every time *after* the
attribute is encrypted
* <tt>:on</tt> - The ActiveRecord callback to use when triggering the
encryption. By default, this will encrypt on <tt>before_validation</tt>.
See ActiveRecord::Callbacks for a list of possible callbacks.
* <tt>:if</tt> - Specifies a method, proc or string to call to determine
if the encryption should occur. The method, proc or string should return
or evaluate to a true or false value.
* <tt>:unless</tt> - Specifies a method, proc or string to call to
determine if the encryption should not occur. The method, proc or string
should return or evaluate to a true or false value.
For additional configuration options used during the actual encryption,
see the individual cipher class for the specified mode.
== Encryption timeline
By default, attributes are encrypted immediately before a record is
validated. This means that you can still validate the presence of the
encrypted attribute, but other things like password length cannot be
validated without either (a) decrypting the value first or (b) using a
different encryption target. For example,
class User < ActiveRecord::Base
encrypts :password, :to => :crypted_password
validates_presence_of :password, :crypted_password
validates_length_of :password, :maximum => 16
end
In the above example, the actual encrypted password will be stored in
the +crypted_password+ attribute. This means that validations can
still run against the model for the original password value.
user = User.new(:password => 'secret')
user.password # => "secret"
user.crypted_password # => nil
user.valid? # => true
user.crypted_password # => "8152bc582f58c854f580cb101d3182813dec4afe"
user = User.new(:password => 'longer_than_the_maximum_allowed')
user.valid? # => false
user.crypted_password # => "e80a709f25798f87d9ca8005a7f64a645964d7c2"
user.errors[:password] # => "is too long (maximum is 16 characters)"
== Encryption mode examples
SHA encryption:
class User < ActiveRecord::Base
encrypts :password
# encrypts :password, :salt => 'secret'
end
Symmetric encryption:
class User < ActiveRecord::Base
encrypts :password, :mode => :symmetric
# encrypts :password, :mode => :symmetric, :key => 'custom'
end
Asymmetric encryption:
class User < ActiveRecord::Base
encrypts :password, :mode => :asymmetric
# encrypts :password, :mode => :asymmetric, :public_key_file => '/keys/public', :private_key_file => '/keys/private'
end
== Dynamic configuration
For better security, the encryption options (such as the salt value)
can be based on values in each individual record. In order to
dynamically configure the encryption options so that individual records
can be referenced, an optional block can be specified.
For example,
class User < ActiveRecord::Base
encrypts :password, :mode => :sha, :before => :create_salt do |user|
{:salt => user.salt}
end
private
def create_salt
self.salt = "#{login}-#{Time.now}"
end
end
In the above example, the SHA encryption's <tt>salt</tt> is configured
dynamically based on the user's login and the time at which it was
encrypted. This helps improve the security of the user's password. | [
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] | 2f5fba00800ab846b3b5a513d21ede19efcf681c | https://github.com/pluginaweek/encrypted_attributes/blob/2f5fba00800ab846b3b5a513d21ede19efcf681c/lib/encrypted_attributes.rb#L106-L152 | train |
pluginaweek/encrypted_attributes | lib/encrypted_attributes.rb | EncryptedAttributes.InstanceMethods.write_encrypted_attribute | def write_encrypted_attribute(attr_name, to_attr_name, cipher_class, options)
value = send(attr_name)
# Only encrypt values that actually have content and have not already
# been encrypted
unless value.blank? || value.encrypted?
callback("before_encrypt_#{attr_name}")
# Create the cipher configured for this attribute
cipher = create_cipher(cipher_class, options, value)
# Encrypt the value
value = cipher.encrypt(value)
value.cipher = cipher
# Update the value based on the target attribute
send("#{to_attr_name}=", value)
callback("after_encrypt_#{attr_name}")
end
end | ruby | def write_encrypted_attribute(attr_name, to_attr_name, cipher_class, options)
value = send(attr_name)
# Only encrypt values that actually have content and have not already
# been encrypted
unless value.blank? || value.encrypted?
callback("before_encrypt_#{attr_name}")
# Create the cipher configured for this attribute
cipher = create_cipher(cipher_class, options, value)
# Encrypt the value
value = cipher.encrypt(value)
value.cipher = cipher
# Update the value based on the target attribute
send("#{to_attr_name}=", value)
callback("after_encrypt_#{attr_name}")
end
end | [
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pluginaweek/encrypted_attributes | lib/encrypted_attributes.rb | EncryptedAttributes.InstanceMethods.read_encrypted_attribute | def read_encrypted_attribute(to_attr_name, cipher_class, options)
value = read_attribute(to_attr_name)
# Make sure we set the cipher for equality comparison when reading
# from the database. This should only be done if the value is *not*
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# Create the cipher configured for this attribute
value.cipher = create_cipher(cipher_class, options, value)
end
value
end | ruby | def read_encrypted_attribute(to_attr_name, cipher_class, options)
value = read_attribute(to_attr_name)
# Make sure we set the cipher for equality comparison when reading
# from the database. This should only be done if the value is *not*
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unless value.blank? || value.encrypted? || attribute_changed?(to_attr_name)
# Create the cipher configured for this attribute
value.cipher = create_cipher(cipher_class, options, value)
end
value
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pluginaweek/encrypted_attributes | lib/encrypted_attributes.rb | EncryptedAttributes.InstanceMethods.create_cipher | def create_cipher(klass, options, value)
options = options.is_a?(Proc) ? options.call(self) : options.dup
# Only use the contextual information for this plugin's ciphers
klass.parent == EncryptedAttributes ? klass.new(value, options) : klass.new(options)
end | ruby | def create_cipher(klass, options, value)
options = options.is_a?(Proc) ? options.call(self) : options.dup
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klass.parent == EncryptedAttributes ? klass.new(value, options) : klass.new(options)
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jeremyz/edoors-ruby | lib/edoors/room.rb | Edoors.Room.add_iota | def add_iota i
raise Edoors::Exception.new "Iota #{i.name} already has #{i.parent.name} as parent" if not i.parent.nil? and i.parent!=self
raise Edoors::Exception.new "Iota #{i.name} already exists in #{path}" if @iotas.has_key? i.name
i.parent = self if i.parent.nil?
@iotas[i.name]=i
end | ruby | def add_iota i
raise Edoors::Exception.new "Iota #{i.name} already has #{i.parent.name} as parent" if not i.parent.nil? and i.parent!=self
raise Edoors::Exception.new "Iota #{i.name} already exists in #{path}" if @iotas.has_key? i.name
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@param [Iota] i the Iota to add
@raise Edoors::Exception if i already has a parent or if a Iota with the same name already exists | [
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jeremyz/edoors-ruby | lib/edoors/room.rb | Edoors.Room.add_link | def add_link l
l.door = @iotas[l.src]
raise Edoors::Exception.new "Link source #{l.src} does not exist in #{path}" if l.door.nil?
(@links[l.src] ||= [])<< l
end | ruby | def add_link l
l.door = @iotas[l.src]
raise Edoors::Exception.new "Link source #{l.src} does not exist in #{path}" if l.door.nil?
(@links[l.src] ||= [])<< l
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@param [Link] l the Link to add
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jeremyz/edoors-ruby | lib/edoors/room.rb | Edoors.Room._try_links | def _try_links p
puts " -> try_links ..." if @spin.debug_routing
links = @links[p.src.name]
return false if links.nil?
pending_link = nil
links.each do |link|
if p.link_with? link
if pending_link
p2 = @spin.require_p p.class
p2.clone_data p
p2.apply_link! pending_link
send_p p2
end
pending_link = link
end
end
if pending_link
p.apply_link! pending_link
_send p
end
pending_link
end | ruby | def _try_links p
puts " -> try_links ..." if @spin.debug_routing
links = @links[p.src.name]
return false if links.nil?
pending_link = nil
links.each do |link|
if p.link_with? link
if pending_link
p2 = @spin.require_p p.class
p2.clone_data p
p2.apply_link! pending_link
send_p p2
end
pending_link = link
end
end
if pending_link
p.apply_link! pending_link
_send p
end
pending_link
end | [
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jeremyz/edoors-ruby | lib/edoors/room.rb | Edoors.Room._route | def _route p
if p.room.nil? or p.room==path
if door = @iotas[p.door]
p.dst_routed! door
else
p.error! Edoors::ERROR_ROUTE_RRWD
end
elsif door = @spin.search_world(p.room+Edoors::PATH_SEP+p.door)
p.dst_routed! door
else
p.error! Edoors::ERROR_ROUTE_DNE
end
end | ruby | def _route p
if p.room.nil? or p.room==path
if door = @iotas[p.door]
p.dst_routed! door
else
p.error! Edoors::ERROR_ROUTE_RRWD
end
elsif door = @spin.search_world(p.room+Edoors::PATH_SEP+p.door)
p.dst_routed! door
else
p.error! Edoors::ERROR_ROUTE_DNE
end
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jeremyz/edoors-ruby | lib/edoors/room.rb | Edoors.Room._send | def _send p, sys=false
if not sys and p.src.nil?
# do not route non system orphan particles !!
p.error! Edoors::ERROR_ROUTE_NS, @spin
elsif p.dst
# direct routing through pointer
return
elsif p.door
# direct routing through path
_route p
elsif p.next_dst
p.split_dst!
if p.door
_route p
elsif not sys
# boomerang
p.dst_routed! p.src
elsif p.action
p.dst_routed! @spin
end
elsif not sys and _try_links p
return
else
p.error!( sys ? Edoors::ERROR_ROUTE_SND : Edoors::ERROR_ROUTE_NDNL)
end
end | ruby | def _send p, sys=false
if not sys and p.src.nil?
# do not route non system orphan particles !!
p.error! Edoors::ERROR_ROUTE_NS, @spin
elsif p.dst
# direct routing through pointer
return
elsif p.door
# direct routing through path
_route p
elsif p.next_dst
p.split_dst!
if p.door
_route p
elsif not sys
# boomerang
p.dst_routed! p.src
elsif p.action
p.dst_routed! @spin
end
elsif not sys and _try_links p
return
else
p.error!( sys ? Edoors::ERROR_ROUTE_SND : Edoors::ERROR_ROUTE_NDNL)
end
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jeremyz/edoors-ruby | lib/edoors/room.rb | Edoors.Room.send_p | def send_p p
puts " * send_p #{(p.next_dst.nil? ? 'no dst' : p.next_dst)} ..." if @spin.debug_routing
_send p
puts " -> #{p.dst.path}#{Edoors::ACT_SEP}#{p.action}" if @spin.debug_routing
@spin.post_p p
end | ruby | def send_p p
puts " * send_p #{(p.next_dst.nil? ? 'no dst' : p.next_dst)} ..." if @spin.debug_routing
_send p
puts " -> #{p.dst.path}#{Edoors::ACT_SEP}#{p.action}" if @spin.debug_routing
@spin.post_p p
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jeremyz/edoors-ruby | lib/edoors/room.rb | Edoors.Room.send_sys_p | def send_sys_p p
puts " * send_sys_p #{(p.next_dst.nil? ? 'no dst' : p.next_dst)} ..." if @spin.debug_routing
_send p, true
puts " -> #{p.dst.path}#{Edoors::ACT_SEP}#{p.action}" if @spin.debug_routing
@spin.post_sys_p p
end | ruby | def send_sys_p p
puts " * send_sys_p #{(p.next_dst.nil? ? 'no dst' : p.next_dst)} ..." if @spin.debug_routing
_send p, true
puts " -> #{p.dst.path}#{Edoors::ACT_SEP}#{p.action}" if @spin.debug_routing
@spin.post_sys_p p
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jeremyz/edoors-ruby | lib/edoors/room.rb | Edoors.Room.process_sys_p | def process_sys_p p
if p.action==Edoors::SYS_ACT_ADD_LINK
add_link Edoors::Link.from_particle p
elsif p.action==Edoors::SYS_ACT_ADD_ROOM
Edoors::Room.from_particle p, self
end
@spin.release_p p
end | ruby | def process_sys_p p
if p.action==Edoors::SYS_ACT_ADD_LINK
add_link Edoors::Link.from_particle p
elsif p.action==Edoors::SYS_ACT_ADD_ROOM
Edoors::Room.from_particle p, self
end
@spin.release_p p
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nobuhiko-ido/Ixyml | lib/ixyml/xyml.rb | Xyml.Document.out_XML | def out_XML io,indent=nil
if indent
Xyml.rawobj2domobj(@root).write(io,indent.to_i)
else
sio=StringIO.new
Xyml.rawobj2domobj(@root).write(sio)
sio.rewind
io.print sio.read,"\n"
end
io.close
end | ruby | def out_XML io,indent=nil
if indent
Xyml.rawobj2domobj(@root).write(io,indent.to_i)
else
sio=StringIO.new
Xyml.rawobj2domobj(@root).write(sio)
sio.rewind
io.print sio.read,"\n"
end
io.close
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自身のツリーデータを、指定されたIOを通して、XMLファイルに保存する。
==== Args
_indent_(if not nil) :: a saved XML file is formatted with the designaged indent.
xyml_tree=Xyml::Document.new({a: [{b: "ccc"},{d: ["eee"]}]})
#-> [{a: [{b: "ccc"},{d: ["eee"]}]}]
xyml_tree.out_XML(File.open("aaa.xml","w"))
#-> aaa.xml
# <a b="ccc">
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nobuhiko-ido/Ixyml | lib/ixyml/xyml.rb | Xyml.Document.load_XYML | def load_XYML io
raw_yaml=YAML.load(io)
@root=Xyml.rawobj2element raw_yaml[0]
self.clear.push @root
io.close
end | ruby | def load_XYML io
raw_yaml=YAML.load(io)
@root=Xyml.rawobj2element raw_yaml[0]
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io.close
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# - a:
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# -d:
# - eee
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nobuhiko-ido/Ixyml | lib/ixyml/xyml.rb | Xyml.Document.out_JSON | def out_JSON io
serialized=JSON.generate(Xyml.remove_parent_rcsv(self))
io.print serialized
io.close
end | ruby | def out_JSON io
serialized=JSON.generate(Xyml.remove_parent_rcsv(self))
io.print serialized
io.close
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#-> [{a: [{b: "ccc"},{d: ["eee"]}]}]
xyml_tree.out_JSON(File.open("aaa.json","w"))
#-> aaa.jdon
# [{"a":[{"b":"ccc"},{"d":["eee"]}]}] | [
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conversation/raca | lib/raca/account.rb | Raca.Account.public_endpoint | def public_endpoint(service_name, region = nil)
return IDENTITY_URL if service_name == "identity"
endpoints = service_endpoints(service_name)
if endpoints.size > 1 && region
region = region.to_s.upcase
endpoints = endpoints.select { |e| e["region"] == region } || {}
elsif endpoints.size > 1 && region.nil?
raise ArgumentError, "The requested service exists in multiple regions, please specify a region code"
end
if endpoints.size == 0
raise ArgumentError, "No matching services found"
else
endpoints.first["publicURL"]
end
end | ruby | def public_endpoint(service_name, region = nil)
return IDENTITY_URL if service_name == "identity"
endpoints = service_endpoints(service_name)
if endpoints.size > 1 && region
region = region.to_s.upcase
endpoints = endpoints.select { |e| e["region"] == region } || {}
elsif endpoints.size > 1 && region.nil?
raise ArgumentError, "The requested service exists in multiple regions, please specify a region code"
end
if endpoints.size == 0
raise ArgumentError, "No matching services found"
else
endpoints.first["publicURL"]
end
end | [
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] | Return the public API URL for a particular rackspace service.
Use Account#service_names to see a list of valid service_name's for this.
Check the project README for an updated list of the available regions.
account = Raca::Account.new("username", "secret")
puts account.public_endpoint("cloudServers", :syd)
Some service APIs are not regioned. In those cases, the region code can be
left off:
account = Raca::Account.new("username", "secret")
puts account.public_endpoint("cloudDNS") | [
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] | fa69dfde22359cc0e06f655055be4eadcc7019c0 | https://github.com/conversation/raca/blob/fa69dfde22359cc0e06f655055be4eadcc7019c0/lib/raca/account.rb#L47-L63 | train |
conversation/raca | lib/raca/account.rb | Raca.Account.refresh_cache | def refresh_cache
# Raca::HttpClient depends on Raca::Account, so we intentionally don't use it here
# to avoid a circular dependency
Net::HTTP.new(identity_host, 443).tap {|http|
http.use_ssl = true
}.start {|http|
payload = {
auth: {
'RAX-KSKEY:apiKeyCredentials' => {
username: @username,
apiKey: @key
}
}
}
response = http.post(
tokens_path,
JSON.dump(payload),
{'Content-Type' => 'application/json'},
)
if response.is_a?(Net::HTTPSuccess)
cache_write(cache_key, JSON.load(response.body))
else
raise_on_error(response)
end
}
end | ruby | def refresh_cache
# Raca::HttpClient depends on Raca::Account, so we intentionally don't use it here
# to avoid a circular dependency
Net::HTTP.new(identity_host, 443).tap {|http|
http.use_ssl = true
}.start {|http|
payload = {
auth: {
'RAX-KSKEY:apiKeyCredentials' => {
username: @username,
apiKey: @key
}
}
}
response = http.post(
tokens_path,
JSON.dump(payload),
{'Content-Type' => 'application/json'},
)
if response.is_a?(Net::HTTPSuccess)
cache_write(cache_key, JSON.load(response.body))
else
raise_on_error(response)
end
}
end | [
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conversation/raca | lib/raca/account.rb | Raca.Account.extract_value | def extract_value(data, *keys)
if keys.empty?
data
elsif data.respond_to?(:[]) && data[keys.first]
extract_value(data[keys.first], *keys.slice(1,100))
else
nil
end
end | ruby | def extract_value(data, *keys)
if keys.empty?
data
elsif data.respond_to?(:[]) && data[keys.first]
extract_value(data[keys.first], *keys.slice(1,100))
else
nil
end
end | [
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the standard library. Sorry.
Use this to safely extract values from nested hashes:
data = {a: {b: {c: 1}}}
extract_value(data, :a, :b, :c)
=> 1
extract_value(data, :a, :b, :d)
=> nil
extract_value(data, :d)
=> nil | [
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mikemackintosh/slackdraft | lib/slackdraft/message.rb | Slackdraft.Message.generate_payload | def generate_payload
payload = {}
payload[:channel] = self.channel unless self.channel.nil?
payload[:username] = self.username unless self.username.nil?
payload[:icon_url] = self.icon_url unless self.icon_url.nil?
payload[:icon_emoji] = self.icon_emoji unless self.icon_emoji.nil?
payload[:text] = self.text unless self.text.nil?
payload[:attachments] = self.attachments unless self.attachments.empty?
payload
end | ruby | def generate_payload
payload = {}
payload[:channel] = self.channel unless self.channel.nil?
payload[:username] = self.username unless self.username.nil?
payload[:icon_url] = self.icon_url unless self.icon_url.nil?
payload[:icon_emoji] = self.icon_emoji unless self.icon_emoji.nil?
payload[:text] = self.text unless self.text.nil?
payload[:attachments] = self.attachments unless self.attachments.empty?
payload
end | [
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] | 4025fe370f468750fdf5a0dc9741871bca897c0a | https://github.com/mikemackintosh/slackdraft/blob/4025fe370f468750fdf5a0dc9741871bca897c0a/lib/slackdraft/message.rb#L55-L65 | train |
zh/rss-client | lib/rss-client/http-access2.rb | HTTPAccess2.Client.set_basic_auth | def set_basic_auth(uri, user, passwd)
uri = urify(uri)
@www_auth.basic_auth.set(uri, user, passwd)
reset_all
end | ruby | def set_basic_auth(uri, user, passwd)
uri = urify(uri)
@www_auth.basic_auth.set(uri, user, passwd)
reset_all
end | [
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zh/rss-client | lib/rss-client/http-access2.rb | HTTPAccess2.SSLConfig.set_client_cert_file | def set_client_cert_file(cert_file, key_file)
@client_cert = OpenSSL::X509::Certificate.new(File.open(cert_file).read)
@client_key = OpenSSL::PKey::RSA.new(File.open(key_file).read)
change_notify
end | ruby | def set_client_cert_file(cert_file, key_file)
@client_cert = OpenSSL::X509::Certificate.new(File.open(cert_file).read)
@client_key = OpenSSL::PKey::RSA.new(File.open(key_file).read)
change_notify
end | [
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zh/rss-client | lib/rss-client/http-access2.rb | HTTPAccess2.SSLConfig.set_context | def set_context(ctx)
# Verification: Use Store#verify_callback instead of SSLContext#verify*?
ctx.cert_store = @cert_store
ctx.verify_mode = @verify_mode
ctx.verify_depth = @verify_depth if @verify_depth
ctx.verify_callback = @verify_callback || method(:default_verify_callback)
# SSL config
ctx.cert = @client_cert
ctx.key = @client_key
ctx.client_ca = @client_ca
ctx.timeout = @timeout
ctx.options = @options
ctx.ciphers = @ciphers
end | ruby | def set_context(ctx)
# Verification: Use Store#verify_callback instead of SSLContext#verify*?
ctx.cert_store = @cert_store
ctx.verify_mode = @verify_mode
ctx.verify_depth = @verify_depth if @verify_depth
ctx.verify_callback = @verify_callback || method(:default_verify_callback)
# SSL config
ctx.cert = @client_cert
ctx.key = @client_key
ctx.client_ca = @client_ca
ctx.timeout = @timeout
ctx.options = @options
ctx.ciphers = @ciphers
end | [
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] | cbc4c5146e3b5d8188e221076f56d9471f752237 | https://github.com/zh/rss-client/blob/cbc4c5146e3b5d8188e221076f56d9471f752237/lib/rss-client/http-access2.rb#L721-L734 | train |
zh/rss-client | lib/rss-client/http-access2.rb | HTTPAccess2.BasicAuth.set | def set(uri, user, passwd)
if uri.nil?
@cred = ["#{user}:#{passwd}"].pack('m').tr("\n", '')
else
uri = Util.uri_dirname(uri)
@auth[uri] = ["#{user}:#{passwd}"].pack('m').tr("\n", '')
end
end | ruby | def set(uri, user, passwd)
if uri.nil?
@cred = ["#{user}:#{passwd}"].pack('m').tr("\n", '')
else
uri = Util.uri_dirname(uri)
@auth[uri] = ["#{user}:#{passwd}"].pack('m').tr("\n", '')
end
end | [
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zh/rss-client | lib/rss-client/http-access2.rb | HTTPAccess2.Session.connect | def connect
site = @proxy || @dest
begin
retry_number = 0
timeout(@connect_timeout) do
@socket = create_socket(site)
begin
@src.host = @socket.addr[3]
@src.port = @socket.addr[1]
rescue SocketError
# to avoid IPSocket#addr problem on Mac OS X 10.3 + ruby-1.8.1.
# cf. [ruby-talk:84909], [ruby-talk:95827]
end
if @dest.scheme == 'https'
@socket = create_ssl_socket(@socket)
connect_ssl_proxy(@socket) if @proxy
@socket.ssl_connect
@socket.post_connection_check(@dest)
@ssl_peer_cert = @socket.peer_cert
end
# Use Ruby internal buffering instead of passing data immediatly
# to the underlying layer
# => we need to to call explicitely flush on the socket
@socket.sync = @socket_sync
end
rescue TimeoutError
if @connect_retry == 0
retry
else
retry_number += 1
retry if retry_number < @connect_retry
end
close
raise
end
@state = :WAIT
@readbuf = ''
end | ruby | def connect
site = @proxy || @dest
begin
retry_number = 0
timeout(@connect_timeout) do
@socket = create_socket(site)
begin
@src.host = @socket.addr[3]
@src.port = @socket.addr[1]
rescue SocketError
# to avoid IPSocket#addr problem on Mac OS X 10.3 + ruby-1.8.1.
# cf. [ruby-talk:84909], [ruby-talk:95827]
end
if @dest.scheme == 'https'
@socket = create_ssl_socket(@socket)
connect_ssl_proxy(@socket) if @proxy
@socket.ssl_connect
@socket.post_connection_check(@dest)
@ssl_peer_cert = @socket.peer_cert
end
# Use Ruby internal buffering instead of passing data immediatly
# to the underlying layer
# => we need to to call explicitely flush on the socket
@socket.sync = @socket_sync
end
rescue TimeoutError
if @connect_retry == 0
retry
else
retry_number += 1
retry if retry_number < @connect_retry
end
close
raise
end
@state = :WAIT
@readbuf = ''
end | [
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zh/rss-client | lib/rss-client/http-access2.rb | HTTPAccess2.Session.read_header | def read_header
if @state == :DATA
get_data {}
check_state()
end
unless @state == :META
raise InvalidState, 'state != :META'
end
parse_header(@socket)
@content_length = nil
@chunked = false
@headers.each do |line|
case line
when /^Content-Length:\s+(\d+)/i
@content_length = $1.to_i
when /^Transfer-Encoding:\s+chunked/i
@chunked = true
@content_length = true # how?
@chunk_length = 0
when /^Connection:\s+([\-\w]+)/i, /^Proxy-Connection:\s+([\-\w]+)/i
case $1
when /^Keep-Alive$/i
@next_connection = true
when /^close$/i
@next_connection = false
end
else
# Nothing to parse.
end
end
# Head of the request has been parsed.
@state = :DATA
req = @requests.shift
if req.header.request_method == 'HEAD'
@content_length = 0
if @next_connection
@state = :WAIT
else
close
end
end
@next_connection = false unless @content_length
return [@version, @status, @reason]
end | ruby | def read_header
if @state == :DATA
get_data {}
check_state()
end
unless @state == :META
raise InvalidState, 'state != :META'
end
parse_header(@socket)
@content_length = nil
@chunked = false
@headers.each do |line|
case line
when /^Content-Length:\s+(\d+)/i
@content_length = $1.to_i
when /^Transfer-Encoding:\s+chunked/i
@chunked = true
@content_length = true # how?
@chunk_length = 0
when /^Connection:\s+([\-\w]+)/i, /^Proxy-Connection:\s+([\-\w]+)/i
case $1
when /^Keep-Alive$/i
@next_connection = true
when /^close$/i
@next_connection = false
end
else
# Nothing to parse.
end
end
# Head of the request has been parsed.
@state = :DATA
req = @requests.shift
if req.header.request_method == 'HEAD'
@content_length = 0
if @next_connection
@state = :WAIT
else
close
end
end
@next_connection = false unless @content_length
return [@version, @status, @reason]
end | [
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marcboeker/mongolicious | lib/mongolicious/storage.rb | Mongolicious.Storage.upload | def upload(bucket, key, path)
Mongolicious.logger.info("Uploading archive to #{key}")
@con.put_object(
bucket, key, File.open(path, 'r'),
{'x-amz-acl' => 'private', 'Content-Type' => 'application/x-tar'}
)
end | ruby | def upload(bucket, key, path)
Mongolicious.logger.info("Uploading archive to #{key}")
@con.put_object(
bucket, key, File.open(path, 'r'),
{'x-amz-acl' => 'private', 'Content-Type' => 'application/x-tar'}
)
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marcboeker/mongolicious | lib/mongolicious/storage.rb | Mongolicious.Storage.upload_part | def upload_part(bucket, key, upload_id, part_number, data)
response = @con.upload_part(bucket, key, upload_id, part_number, data)
return response.headers['ETag']
end | ruby | def upload_part(bucket, key, upload_id, part_number, data)
response = @con.upload_part(bucket, key, upload_id, part_number, data)
return response.headers['ETag']
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marcboeker/mongolicious | lib/mongolicious/storage.rb | Mongolicious.Storage.complete_multipart_upload | def complete_multipart_upload(bucket, key, upload_id, parts)
response = @con.complete_multipart_upload(bucket, key, upload_id, parts)
return response
end | ruby | def complete_multipart_upload(bucket, key, upload_id, parts)
response = @con.complete_multipart_upload(bucket, key, upload_id, parts)
return response
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marcboeker/mongolicious | lib/mongolicious/storage.rb | Mongolicious.Storage.cleanup | def cleanup(bucket, prefix, versions)
objects = @con.get_bucket(bucket, :prefix => prefix).body['Contents']
return if objects.size <= versions
objects[0...(objects.size - versions)].each do |o|
Mongolicious.logger.info("Removing outdated version #{o['Key']}")
@con.delete_object(bucket, o['Key'])
end
end | ruby | def cleanup(bucket, prefix, versions)
objects = @con.get_bucket(bucket, :prefix => prefix).body['Contents']
return if objects.size <= versions
objects[0...(objects.size - versions)].each do |o|
Mongolicious.logger.info("Removing outdated version #{o['Key']}")
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richo/twat | lib/twat/subcommands/base.rb | Twat::Subcommands.Base.format | def format(twt, idx = nil)
idx = pad(idx) if idx
text = deentitize(twt.text)
if config.colors?
buf = idx ? "#{idx.cyan}:" : ""
if twt.as_user == config.account_name.to_s
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buf.colorise!
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buf = idx ? "#{idx}: " : ""
buf += "#{twt.as_user}: #{text}"
end
end | ruby | def format(twt, idx = nil)
idx = pad(idx) if idx
text = deentitize(twt.text)
if config.colors?
buf = idx ? "#{idx.cyan}:" : ""
if twt.as_user == config.account_name.to_s
buf += "#{twt.as_user.bold.blue}: #{text}"
elsif text.mentions?(config.account_name)
buf += "#{twt.as_user.bold.red}: #{text}"
else
buf += "#{twt.as_user.bold.cyan}: #{text}"
end
buf.colorise!
else
buf = idx ? "#{idx}: " : ""
buf += "#{twt.as_user}: #{text}"
end
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teodor-pripoae/scalaroid | lib/scalaroid/transaction.rb | Scalaroid.Transaction.write | def write(key, value, binary = false)
result = req_list(new_req_list().add_write(key, value, binary))[0]
_process_result_commit(result)
end | ruby | def write(key, value, binary = false)
result = req_list(new_req_list().add_write(key, value, binary))[0]
_process_result_commit(result)
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teodor-pripoae/scalaroid | lib/scalaroid/transaction.rb | Scalaroid.Transaction.add_del_on_list | def add_del_on_list(key, to_add, to_remove)
result = req_list(new_req_list().add_add_del_on_list(key, to_add, to_remove))[0]
process_result_add_del_on_list(result)
end | ruby | def add_del_on_list(key, to_add, to_remove)
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teodor-pripoae/scalaroid | lib/scalaroid/transaction.rb | Scalaroid.Transaction.add_on_nr | def add_on_nr(key, to_add)
result = req_list(new_req_list().add_add_on_nr(key, to_add))[0]
process_result_add_on_nr(result)
end | ruby | def add_on_nr(key, to_add)
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nigel-lowry/random_outcome | lib/random_outcome/simulator.rb | RandomOutcome.Simulator.outcome | def outcome
num = random_float_including_zero_and_excluding_one # don't inline
@probability_range_to_outcome.detect { |probability_range, _| num.in? probability_range }.last
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num = random_float_including_zero_and_excluding_one # don't inline
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device-independent/restless_router | lib/restless_router/routes.rb | RestlessRouter.Routes.add_route | def add_route(route)
raise InvalidRouteError.new('Route must respond to #url_for') unless valid_route?(route)
@routes << route unless route_exists?(route)
end | ruby | def add_route(route)
raise InvalidRouteError.new('Route must respond to #url_for') unless valid_route?(route)
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device-independent/restless_router | lib/restless_router/routes.rb | RestlessRouter.Routes.add_route! | def add_route!(route)
# Raise exception if the route is existing, too
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# Raise exception if the route is existing, too
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device-independent/restless_router | lib/restless_router/routes.rb | RestlessRouter.Routes.route_for | def route_for(name)
name = name.to_s
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device-independent/restless_router | lib/restless_router/routes.rb | RestlessRouter.Routes.route_for! | def route_for!(name)
route = route_for(name)
raise RouteNotFoundError.new(("Route not found for %s" % [name])) if route.nil?
route
end | ruby | def route_for!(name)
route = route_for(name)
raise RouteNotFoundError.new(("Route not found for %s" % [name])) if route.nil?
route
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bcantin/auditing | lib/auditing/base.rb | Auditing.Base.audit_enabled | def audit_enabled(opts={})
include InstanceMethods
class_attribute :auditing_fields
has_many :audits, :as => :auditable, :order => 'created_at DESC, id DESC'
self.auditing_fields = gather_fields_for_auditing(opts[:fields])
after_create :log_creation
after_update :log_update
end | ruby | def audit_enabled(opts={})
include InstanceMethods
class_attribute :auditing_fields
has_many :audits, :as => :auditable, :order => 'created_at DESC, id DESC'
self.auditing_fields = gather_fields_for_auditing(opts[:fields])
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scotdalton/institutions | lib/institutions/institution/util.rb | Institutions.Util.method_missing | def method_missing(method, *args, &block)
instance_variable = instance_variablize(method)
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self.class.send :attr_reader, method.to_sym
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end
end | ruby | def method_missing(method, *args, &block)
instance_variable = instance_variablize(method)
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self.class.send :attr_reader, method.to_sym
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# Short circuit if we have invalid instance variable name,
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threez/mapkit | lib/mapkit.rb | MapKit.Point.in? | def in?(bounding_box)
top, left, bottom, right = bounding_box.coords
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end | ruby | def in?(bounding_box)
top, left, bottom, right = bounding_box.coords
(left..right) === @lng && (top..bottom) === @lat
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threez/mapkit | lib/mapkit.rb | MapKit.Point.pixel | def pixel(bounding_box)
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end | ruby | def pixel(bounding_box)
x, y = MapKit.latlng2pixel(@lat, @lng, bounding_box.zoom)
tile_x, tile_y = MapKit.latlng2pixel(bounding_box.top, bounding_box.left, bounding_box.zoom)
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threez/mapkit | lib/mapkit.rb | MapKit.BoundingBox.grow! | def grow!(percent)
lng = ((100.0 + percent) * (width / 2.0 / 100.0)) / 2.0
lat = ((100.0 + percent) * (height / 2.0 / 100.0)) / 2.0
@top += lat
@left -= lng
@bottom -= lat
@right += lng
end | ruby | def grow!(percent)
lng = ((100.0 + percent) * (width / 2.0 / 100.0)) / 2.0
lat = ((100.0 + percent) * (height / 2.0 / 100.0)) / 2.0
@top += lat
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ideonetwork/lato-blog | lib/lato_blog/interfaces/fields.rb | LatoBlog.Interface::Fields.blog__sync_config_post_fields_with_db_post_fields | def blog__sync_config_post_fields_with_db_post_fields
posts = LatoBlog::Post.all
# create / update fields on database
posts.map { |p| blog__sync_config_post_fields_with_db_post_fields_for_post(p) }
end | ruby | def blog__sync_config_post_fields_with_db_post_fields
posts = LatoBlog::Post.all
# create / update fields on database
posts.map { |p| blog__sync_config_post_fields_with_db_post_fields_for_post(p) }
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ideonetwork/lato-blog | lib/lato_blog/interfaces/fields.rb | LatoBlog.Interface::Fields.blog__sync_config_post_fields_with_db_post_fields_for_post | def blog__sync_config_post_fields_with_db_post_fields_for_post(post)
# save or update post fields from config
post_fields = CONFIGS[:lato_blog][:post_fields]
post_fields.map { |key, content| blog__sync_config_post_field(post, key, content) }
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end | ruby | def blog__sync_config_post_fields_with_db_post_fields_for_post(post)
# save or update post fields from config
post_fields = CONFIGS[:lato_blog][:post_fields]
post_fields.map { |key, content| blog__sync_config_post_field(post, key, content) }
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ideonetwork/lato-blog | lib/lato_blog/interfaces/fields.rb | LatoBlog.Interface::Fields.blog__sync_config_post_field | def blog__sync_config_post_field(post, key, content)
db_post_field = LatoBlog::PostField.find_by(
key: key,
lato_blog_post_id: post.id,
lato_blog_post_field_id: nil
)
# check if post field can be created for the post
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db_categories = LatoBlog::Category.where(meta_permalink: content[:categories])
return if (post.categories.pluck(:id) & db_categories.pluck(:id)).empty?
end
# run correct action for field
if db_post_field
blog__update_db_post_field(db_post_field, content)
else
blog__create_db_post_field(post, key, content)
end
end | ruby | def blog__sync_config_post_field(post, key, content)
db_post_field = LatoBlog::PostField.find_by(
key: key,
lato_blog_post_id: post.id,
lato_blog_post_field_id: nil
)
# check if post field can be created for the post
if content[:categories] && !content[:categories].empty?
db_categories = LatoBlog::Category.where(meta_permalink: content[:categories])
return if (post.categories.pluck(:id) & db_categories.pluck(:id)).empty?
end
# run correct action for field
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end
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ideonetwork/lato-blog | lib/lato_blog/interfaces/fields.rb | LatoBlog.Interface::Fields.blog__sync_db_post_field | def blog__sync_db_post_field(post, db_post_field)
post_fields = CONFIGS[:lato_blog][:post_fields]
# search db post field on config file
content = post_fields[db_post_field.key]
db_post_field.update(meta_visible: false) && return unless content
# check category of post field is accepted
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db_post_field.update(meta_visible: false) && return if (post.categories.pluck(:id) & db_categories.pluck(:id)).empty?
end
end | ruby | def blog__sync_db_post_field(post, db_post_field)
post_fields = CONFIGS[:lato_blog][:post_fields]
# search db post field on config file
content = post_fields[db_post_field.key]
db_post_field.update(meta_visible: false) && return unless content
# check category of post field is accepted
if content[:categories] && !content[:categories].empty?
db_categories = LatoBlog::Category.where(meta_permalink: content[:categories])
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ideonetwork/lato-blog | lib/lato_blog/interfaces/fields.rb | LatoBlog.Interface::Fields.blog__update_db_post_field | def blog__update_db_post_field(db_post_field, content, post_field_parent = nil)
# run minimum updates
db_post_field.update(
position: content[:position],
meta_visible: true
)
# run custom update for type
case db_post_field.typology
when 'text'
update_db_post_field_text(db_post_field, content, post_field_parent)
when 'textarea'
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when 'datetime'
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when 'editor'
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when 'geolocalization'
update_db_post_field_geolocalization(db_post_field, content, post_field_parent)
when 'image'
update_db_post_field_image(db_post_field, content, post_field_parent)
when 'gallery'
update_db_post_field_gallery(db_post_field, content, post_field_parent)
when 'youtube'
update_db_post_field_youtube(db_post_field, content, post_field_parent)
when 'composed'
update_db_post_field_composed(db_post_field, content, post_field_parent)
when 'relay'
update_db_post_field_relay(db_post_field, content, post_field_parent)
end
end | ruby | def blog__update_db_post_field(db_post_field, content, post_field_parent = nil)
# run minimum updates
db_post_field.update(
position: content[:position],
meta_visible: true
)
# run custom update for type
case db_post_field.typology
when 'text'
update_db_post_field_text(db_post_field, content, post_field_parent)
when 'textarea'
update_db_post_field_textarea(db_post_field, content, post_field_parent)
when 'datetime'
update_db_post_field_datetime(db_post_field, content, post_field_parent)
when 'editor'
update_db_post_field_editor(db_post_field, content, post_field_parent)
when 'geolocalization'
update_db_post_field_geolocalization(db_post_field, content, post_field_parent)
when 'image'
update_db_post_field_image(db_post_field, content, post_field_parent)
when 'gallery'
update_db_post_field_gallery(db_post_field, content, post_field_parent)
when 'youtube'
update_db_post_field_youtube(db_post_field, content, post_field_parent)
when 'composed'
update_db_post_field_composed(db_post_field, content, post_field_parent)
when 'relay'
update_db_post_field_relay(db_post_field, content, post_field_parent)
end
end | [
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westlakedesign/auth_net_receiver | app/models/auth_net_receiver/raw_transaction.rb | AuthNetReceiver.RawTransaction.json_data | def json_data
begin
return JSON.parse(self.data)
rescue JSON::ParserError, TypeError => e
logger.warn "Error while parsing raw transaction data: #{e.message}"
return {}
end
end | ruby | def json_data
begin
return JSON.parse(self.data)
rescue JSON::ParserError, TypeError => e
logger.warn "Error while parsing raw transaction data: #{e.message}"
return {}
end
end | [
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westlakedesign/auth_net_receiver | app/models/auth_net_receiver/raw_transaction.rb | AuthNetReceiver.RawTransaction.md5_hash_is_valid? | def md5_hash_is_valid?(json)
if AuthNetReceiver.config.hash_value.nil? || AuthNetReceiver.config.gateway_login.nil?
raise StandardError, 'AuthNetReceiver hash_value and gateway_login cannot be nil!'
end
parts = []
parts << AuthNetReceiver.config.hash_value
parts << AuthNetReceiver.config.gateway_login if json['x_subscription_id'].blank?
parts << json['x_trans_id']
parts << json['x_amount']
hash = Digest::MD5.hexdigest(parts.join()).upcase
return hash == json['x_MD5_Hash']
end | ruby | def md5_hash_is_valid?(json)
if AuthNetReceiver.config.hash_value.nil? || AuthNetReceiver.config.gateway_login.nil?
raise StandardError, 'AuthNetReceiver hash_value and gateway_login cannot be nil!'
end
parts = []
parts << AuthNetReceiver.config.hash_value
parts << AuthNetReceiver.config.gateway_login if json['x_subscription_id'].blank?
parts << json['x_trans_id']
parts << json['x_amount']
hash = Digest::MD5.hexdigest(parts.join()).upcase
return hash == json['x_MD5_Hash']
end | [
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The formula for the hash differs for subscription vs regular transactions. Regular transactions
will be associated with the gateway ID that was used in the originating API call. Subscriptions
however are ran on the server at later date, and therefore will not be associated to a gateway ID.
* Subscriptions: MD5 Digest(AUTH_NET_HASH_VAL + TRANSACTION_ID + TRANSACTION_AMOUNT)
* Other Transactions: MD5 Digest(AUTH_NET_HASH_VAL + GATEWAY_LOGIN + TRANSACTION_ID + TRANSACTION_AMOUNT) | [
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agios/simple_form-dojo | lib/simple_form-dojo/form_builder.rb | SimpleFormDojo.FormBuilder.button | def button(type, *args, &block)
# set options to value if first arg is a Hash
options = args.extract_options!
button_type = 'dijit/form/Button'
button_type = 'dojox/form/BusyButton' if options[:busy]
options.reverse_merge!(:'data-dojo-type' => button_type)
content = ''
if value = options.delete(:value)
content = value.html_safe
else
content = button_default_value
end
options.reverse_merge!({ :type => type, :value => content })
dojo_props = {}
dojo_props.merge!(options[:dojo_html]) if options.include?(:dojo_html)
options[:'data-dojo-props'] = SimpleFormDojo::FormBuilder.encode_as_dojo_props(dojo_props)
options[:class] = "button #{options[:class]}".strip
template.content_tag(:button, content, *(args << options), &block)
end | ruby | def button(type, *args, &block)
# set options to value if first arg is a Hash
options = args.extract_options!
button_type = 'dijit/form/Button'
button_type = 'dojox/form/BusyButton' if options[:busy]
options.reverse_merge!(:'data-dojo-type' => button_type)
content = ''
if value = options.delete(:value)
content = value.html_safe
else
content = button_default_value
end
options.reverse_merge!({ :type => type, :value => content })
dojo_props = {}
dojo_props.merge!(options[:dojo_html]) if options.include?(:dojo_html)
options[:'data-dojo-props'] = SimpleFormDojo::FormBuilder.encode_as_dojo_props(dojo_props)
options[:class] = "button #{options[:class]}".strip
template.content_tag(:button, content, *(args << options), &block)
end | [
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overrides simple_form's button method
dojo_form_for @user do |f|
f.button :submit, :value => 'Save Me'
end
To use dojox/form/BusyButton, pass :busy => true
dojo_form_for @uswer do |f|
f.button :submit, :busy => true, :value => 'Save Me'
end
If :value doesn't exist, tries to determine the
the value based on the current object | [
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agios/simple_form-dojo | lib/simple_form-dojo/form_builder.rb | SimpleFormDojo.FormBuilder.button_default_value | def button_default_value
obj = object.respond_to?(:to_model) ? object.to_model : object
key = obj ? (obj.persisted? ? :edit : :new) : :submit
model = if obj.class.respond_to?(:model_name)
obj.class.model_name.human
else
object_name.to_s.humanize
end
defaults = []
defaults << "helpers.submit.#{object_name}.#{key}"
defaults << "#{key.to_s.humanize} #{model}"
I18n.t(defaults.shift, :default => defaults)
end | ruby | def button_default_value
obj = object.respond_to?(:to_model) ? object.to_model : object
key = obj ? (obj.persisted? ? :edit : :new) : :submit
model = if obj.class.respond_to?(:model_name)
obj.class.model_name.human
else
object_name.to_s.humanize
end
defaults = []
defaults << "helpers.submit.#{object_name}.#{key}"
defaults << "#{key.to_s.humanize} #{model}"
I18n.t(defaults.shift, :default => defaults)
end | [
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LAS-IT/open_directory_utils | lib/open_directory_utils/connection.rb | OpenDirectoryUtils.Connection.run | def run(command:, params:, output: nil)
answer = {}
params[:format] = output
# just in case clear record_name and calculate later
params[:record_name] = nil
ssh_cmds = send(command, params, dir_info)
# pp ssh_cmds
results = send_cmds_to_od_server(ssh_cmds)
# pp results
answer = process_results(results, command, params, ssh_cmds )
params[:value] = nil
return answer
rescue ArgumentError, NoMethodError => error
format_results(error.message, command, params, ssh_cmds, 'error')
end | ruby | def run(command:, params:, output: nil)
answer = {}
params[:format] = output
# just in case clear record_name and calculate later
params[:record_name] = nil
ssh_cmds = send(command, params, dir_info)
# pp ssh_cmds
results = send_cmds_to_od_server(ssh_cmds)
# pp results
answer = process_results(results, command, params, ssh_cmds )
params[:value] = nil
return answer
rescue ArgumentError, NoMethodError => error
format_results(error.message, command, params, ssh_cmds, 'error')
end | [
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@output [String] - optional -- 'xml' or 'plist' will return responses using xml format
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octoai/gem-octocore-mongo | lib/octocore-mongo/counter.rb | Octo.Counter.local_count | def local_count(duration, type)
aggr = {}
Octo::Enterprise.each do |enterprise|
args = {
enterprise_id: enterprise.id,
ts: duration,
type: type
}
aggr[enterprise.id.to_s] = {} unless aggr.has_key?(enterprise.id.to_s)
results = where(args)
results_group = results.group_by { |x| x.uid }
results_group.each do |uid, counters|
_sum = counters.inject(0) do |sum, counter|
sum + counter.count
end
aggr[enterprise.id.to_s][uid] = _sum
end
end
aggr
end | ruby | def local_count(duration, type)
aggr = {}
Octo::Enterprise.each do |enterprise|
args = {
enterprise_id: enterprise.id,
ts: duration,
type: type
}
aggr[enterprise.id.to_s] = {} unless aggr.has_key?(enterprise.id.to_s)
results = where(args)
results_group = results.group_by { |x| x.uid }
results_group.each do |uid, counters|
_sum = counters.inject(0) do |sum, counter|
sum + counter.count
end
aggr[enterprise.id.to_s][uid] = _sum
end
end
aggr
end | [
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@param [Time] duration A time/time range object
@param [Fixnum] type The type of counter to look for | [
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jarrett/ichiban | lib/ichiban/scripts.rb | Ichiban.ScriptRunner.script_file_changed | def script_file_changed(path)
Ichiban.logger.script_run(path)
script = Ichiban::Script.new(path).run
end | ruby | def script_file_changed(path)
Ichiban.logger.script_run(path)
script = Ichiban::Script.new(path).run
end | [
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aub/tumble | lib/tumble/blog.rb | Tumble.Blog.reblog_post | def reblog_post(id, reblog_key, options={})
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@connection.post("/blog/#{name}/post/reblog", options.merge('id' => id, 'reblog_key' => reblog_key)).response
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pwnall/file_blobs_rails | lib/file_blobs_rails/active_record_migration_extensions.rb | FileBlobs.ActiveRecordMigrationExtensions.create_file_blobs_table | def create_file_blobs_table(table_name = :file_blobs, options = {}, &block)
blob_limit = options[:blob_limit] || 1.megabyte
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t.primary_key :id, :string, null: false, limit: 48
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# Block capturing and calling is a bit slower than using yield. This is
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block.call t
end
end | ruby | def create_file_blobs_table(table_name = :file_blobs, options = {}, &block)
blob_limit = options[:blob_limit] || 1.megabyte
create_table table_name, id: false do |t|
t.primary_key :id, :string, null: false, limit: 48
t.binary :data, null: false, limit: blob_limit
# Block capturing and calling is a bit slower than using yield. This is
# not a concern because migrations aren't run in tight loops.
block.call t
end
end | [
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culturecode/s3_asset | lib/s3_asset/acts_as_s3_asset.rb | S3Asset.ActsAsS3Asset.crop_resized | def crop_resized(image, size, gravity = "Center")
size =~ /(\d+)x(\d+)/
width = $1.to_i
height = $2.to_i
# Grab the width and height of the current image in one go.
cols, rows = image[:dimensions]
# Only do anything if needs be. Who knows, maybe it's already the exact
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if(width != cols && height != rows)
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end
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c.crop("#{width}x#{height}+0+0")
end
end
end | ruby | def crop_resized(image, size, gravity = "Center")
size =~ /(\d+)x(\d+)/
width = $1.to_i
height = $2.to_i
# Grab the width and height of the current image in one go.
cols, rows = image[:dimensions]
# Only do anything if needs be. Who knows, maybe it's already the exact
# dimensions we're looking for.
if(width != cols && height != rows)
image.combine_options do |c|
# Scale the image down to the widest dimension.
if(width != cols || height != rows)
scale = [width / cols.to_f, height / rows.to_f].max * 100
c.resize("#{scale}%")
end
# Align how things will be cropped.
c.gravity(gravity)
# Crop the image to size.
c.crop("#{width}x#{height}+0+0")
end
end
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megamsys/megam_api | lib/megam/core/rest_adapter.rb | Megam.RestAdapter.megam_rest | def megam_rest
options = {
:email => email,
:api_key => api_key,
:org_id => org_id,
:password_hash => password_hash,
:master_key => master_key,
:host => host
}
if headers
options[:headers] = headers
end
Megam::API.new(options)
end | ruby | def megam_rest
options = {
:email => email,
:api_key => api_key,
:org_id => org_id,
:password_hash => password_hash,
:master_key => master_key,
:host => host
}
if headers
options[:headers] = headers
end
Megam::API.new(options)
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=== Parameters
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.add_attribute | def add_attribute(name, type, metadata={})
attr_reader name
attributes << (metadata || {}).merge(:name => name.to_sym, :type => type.to_sym)
end | ruby | def add_attribute(name, type, metadata={})
attr_reader name
attributes << (metadata || {}).merge(:name => name.to_sym, :type => type.to_sym)
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.string | def string(attr, metadata={})
add_attribute(attr, :string, metadata)
define_method("#{attr}=") do |arg|
instance_variable_set("@#{attr}", arg.nil? ? nil : arg.to_s)
end
end | ruby | def string(attr, metadata={})
add_attribute(attr, :string, metadata)
define_method("#{attr}=") do |arg|
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end
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.boolean | def boolean(attr, metadata={})
add_attribute(attr, :boolean, metadata)
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v = case arg
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alias_method "#{attr}?", attr
end | ruby | def boolean(attr, metadata={})
add_attribute(attr, :boolean, metadata)
define_method("#{attr}=") do |arg|
v = case arg
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.integer | def integer(attr, metadata={})
add_attribute(attr, :integer, metadata)
define_method("#{attr}=") do |arg|
instance_variable_set("@#{attr}", arg.nil? ? nil : arg.to_i)
end
end | ruby | def integer(attr, metadata={})
add_attribute(attr, :integer, metadata)
define_method("#{attr}=") do |arg|
instance_variable_set("@#{attr}", arg.nil? ? nil : arg.to_i)
end
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.float | def float(attr, metadata={})
add_attribute(attr, :float, metadata)
define_method("#{attr}=") do |arg|
instance_variable_set("@#{attr}", arg.nil? ? nil : arg.to_f)
end
end | ruby | def float(attr, metadata={})
add_attribute(attr, :float, metadata)
define_method("#{attr}=") do |arg|
instance_variable_set("@#{attr}", arg.nil? ? nil : arg.to_f)
end
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.decimal | def decimal(attr, metadata={})
add_attribute(attr, :decimal, metadata)
define_method("#{attr}=") do |arg|
instance_variable_set("@#{attr}", arg.nil? ? nil : BigDecimal.new(arg.to_s))
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.date | def date(attr, metadata={})
add_attribute(attr, :date, metadata)
define_method("#{attr}=") do |arg|
v = case arg
when Date then arg
when Time, DateTime then arg.to_date
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end
instance_variable_set("@#{attr}", v)
end
end | ruby | def date(attr, metadata={})
add_attribute(attr, :date, metadata)
define_method("#{attr}=") do |arg|
v = case arg
when Date then arg
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when String then Date.parse(arg)
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instance_variable_set("@#{attr}", v)
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] | 0fc1af52b969addb80b347d2c608e31c56a3c6de | https://github.com/pjb3/attribution/blob/0fc1af52b969addb80b347d2c608e31c56a3c6de/lib/attribution.rb#L151-L166 | train |
pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.array | def array(attr, metadata={})
add_attribute(attr, :array, metadata)
define_method("#{attr}=") do |arg|
instance_variable_set("@#{attr}", Array(arg))
end
end | ruby | def array(attr, metadata={})
add_attribute(attr, :array, metadata)
define_method("#{attr}=") do |arg|
instance_variable_set("@#{attr}", Array(arg))
end
end | [
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.add_association | def add_association(name, type, metadata={})
associations << (metadata || {}).merge(:name => name.to_sym, :type => type.to_sym)
end | ruby | def add_association(name, type, metadata={})
associations << (metadata || {}).merge(:name => name.to_sym, :type => type.to_sym)
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pjb3/attribution | lib/attribution.rb | Attribution.ClassMethods.has_many | def has_many(association_name, metadata={})
add_association association_name, :has_many, metadata
association_class_name = metadata.try(:fetch, :class_name, [name.split('::')[0..-2].join('::'), association_name.to_s.classify].reject(&:blank?).join('::'))
# foos
define_method(association_name) do |*query|
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# TODO: Support a more generic version of lazy-loading
if query.empty? # Ex: Books.all, so we want to cache it.
ivar = "@#{association_name}"
if instance_variable_defined?(ivar)
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instance_variable_set(ivar, Array(association_class.all("#{self.class.name.underscore}_id" => id)))
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end
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if self.class.autoload_associations? && association_class.respond_to?(:all)
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end
end
end
# foos=
define_method("#{association_name}=") do |arg|
association_class = association_class_name.constantize
attr_name = self.class.name.demodulize.underscore
objs = (arg.is_a?(Hash) ? arg.values : Array(arg)).map do |obj|
o = association_class.cast(obj)
if o.respond_to?("#{attr_name}=")
o.send("#{attr_name}=", self)
end
if o.respond_to?("#{attr_name}_id=") && respond_to?(:id)
o.send("#{attr_name}_id=", id)
end
o
end
instance_variable_set("@#{association_name}", objs)
end
end | ruby | def has_many(association_name, metadata={})
add_association association_name, :has_many, metadata
association_class_name = metadata.try(:fetch, :class_name, [name.split('::')[0..-2].join('::'), association_name.to_s.classify].reject(&:blank?).join('::'))
# foos
define_method(association_name) do |*query|
association_class = association_class_name.constantize
# TODO: Support a more generic version of lazy-loading
if query.empty? # Ex: Books.all, so we want to cache it.
ivar = "@#{association_name}"
if instance_variable_defined?(ivar)
instance_variable_get(ivar)
elsif self.class.autoload_associations? && association_class.respond_to?(:all)
instance_variable_set(ivar, Array(association_class.all("#{self.class.name.underscore}_id" => id)))
else
[]
end
else # Ex: Book.all(:name => "The..."), so we do not want to cache it
if self.class.autoload_associations? && association_class.respond_to?(:all)
Array(association_class.all({"#{self.class.name.demodulize.underscore}_id" => id}.merge(query.first)))
end
end
end
# foos=
define_method("#{association_name}=") do |arg|
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attr_name = self.class.name.demodulize.underscore
objs = (arg.is_a?(Hash) ? arg.values : Array(arg)).map do |obj|
o = association_class.cast(obj)
if o.respond_to?("#{attr_name}=")
o.send("#{attr_name}=", self)
end
if o.respond_to?("#{attr_name}_id=") && respond_to?(:id)
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end
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sinsoku/ponytail | lib/ponytail/config.rb | Ponytail.Configuration.update_schema | def update_schema
config.update_schema = config.update_schema.call if config.update_schema.respond_to?(:call)
config.update_schema
end | ruby | def update_schema
config.update_schema = config.update_schema.call if config.update_schema.respond_to?(:call)
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jeffwilliams/quartz-flow | lib/quartz_flow/wrappers.rb | QuartzTorrent.TorrentDataDelegate.to_h | def to_h
result = {}
## Extra fields added by this method:
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result[:infoHash] = @infoHash
result[:recommendedName] = @recommendedName
result[:downloadRate] = @downloadRate
result[:uploadRate] = @uploadRate
result[:downloadRateDataOnly] = @downloadRateDataOnly
result[:uploadRateDataOnly] = @uploadRateDataOnly
result[:completedBytes] = @completedBytes
result[:peers] = @peers.collect{ |p| p.to_h }
result[:state] = @state
#result[:completePieceBitfield] = @completePieceBitfield
result[:metainfoLength] = @metainfoLength
result[:metainfoCompletedLength] = @metainfoCompletedLength
result[:paused] = @paused
result[:queued] = @queued
result[:uploadRateLimit] = @uploadRateLimit
result[:downloadRateLimit] = @downloadRateLimit
result[:ratio] = @ratio
result[:uploadDuration] = @uploadDuration
result[:bytesUploaded] = @bytesUploaded
result[:bytesDownloaded] = @bytesDownloaded
result[:alarms] = @alarms.collect{ |a| a.to_h }
result
end | ruby | def to_h
result = {}
## Extra fields added by this method:
# Length of the torrent
result[:dataLength] = @info ? @info.dataLength : 0
# Percent complete
pct = withCurrentAndTotalBytes{ |cur, total| (cur.to_f / total.to_f * 100.0).round 1 }
result[:percentComplete] = pct
# Time left
secondsLeft = withCurrentAndTotalBytes do |cur, total|
if @downloadRateDataOnly && @downloadRateDataOnly > 0
(total.to_f - cur.to_f) / @downloadRateDataOnly
else
0
end
end
# Cap estimated time at 9999 hours
secondsLeft = 35996400 if secondsLeft > 35996400
result[:timeLeft] = Formatter.formatTime(secondsLeft)
## Regular fields
result[:info] = @info ? @info.to_h : nil
result[:infoHash] = @infoHash
result[:recommendedName] = @recommendedName
result[:downloadRate] = @downloadRate
result[:uploadRate] = @uploadRate
result[:downloadRateDataOnly] = @downloadRateDataOnly
result[:uploadRateDataOnly] = @uploadRateDataOnly
result[:completedBytes] = @completedBytes
result[:peers] = @peers.collect{ |p| p.to_h }
result[:state] = @state
#result[:completePieceBitfield] = @completePieceBitfield
result[:metainfoLength] = @metainfoLength
result[:metainfoCompletedLength] = @metainfoCompletedLength
result[:paused] = @paused
result[:queued] = @queued
result[:uploadRateLimit] = @uploadRateLimit
result[:downloadRateLimit] = @downloadRateLimit
result[:ratio] = @ratio
result[:uploadDuration] = @uploadDuration
result[:bytesUploaded] = @bytesUploaded
result[:bytesDownloaded] = @bytesDownloaded
result[:alarms] = @alarms.collect{ |a| a.to_h }
result
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woodruffw/dreck | lib/dreck/result.rb | Dreck.Result.list | def list(type, sym, count: nil)
if count
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woodruffw/dreck | lib/dreck/result.rb | Dreck.Result.parse! | def parse!
check_absorption!
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self
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woodruffw/dreck | lib/dreck/result.rb | Dreck.Result.check_absorption! | def check_absorption!
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"!=",
"@args",
".",
"size",
"&&",
"!",
"greedy",
"end"
] | Check whether the expected arguments absorb all supplied arguments.
@raise [AbsoptionError] if absorption fails and {strict?} is not true
@api private | [
"Check",
"whether",
"the",
"expected",
"arguments",
"absorb",
"all",
"supplied",
"arguments",
"."
] | 9a9d79810b3b193583396cc2bf4801f236fc2f76 | https://github.com/woodruffw/dreck/blob/9a9d79810b3b193583396cc2bf4801f236fc2f76/lib/dreck/result.rb#L74-L81 | train |
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