gxg-framework/lib/gxg/gxg_communications.rb
2021-11-16 08:41:53 -08:00

964 lines
No EOL
43 KiB
Ruby

# ### GxG Communications Layer
# Note: MatrixClient --> 64K max message size (gross), less than 1K overhead --> so, 63K max payload size (64512 bytes).
module GxG
BRIDGES = {}
BRIDGES_AVAILABLE = {}
module Communications
BRIDGE_THREAD_SAFETY = ::Mutex.new
def self.bridge(the_uuid)
if ::GxG::valid_uuid?(the_uuid)
BRIDGE_THREAD_SAFETY.synchronize { ::GxG::BRIDGES[(the_uuid)] }
else
nil
end
end
#
def self.open_bridge(process=nil, the_url=nil, options=nil)
new_bridge = ::GxG::Communications::Bridge.new(process, the_url, options)
BRIDGE_THREAD_SAFETY.synchronize { ::GxG::BRIDGES[(new_bridge.uuid)] = new_bridge }
new_bridge.uuid
end
#
def self.close_bridge(the_uuid=nil)
if ::GxG::valid_uuid?(the_uuid)
the_bridge = BRIDGE_THREAD_SAFETY.synchronize { ::GxG::BRIDGES.delete(the_uuid) }
if the_bridge
the_bridge.close
timeout = ::Chronic::parse("30 seconds from now").to_f
while the_bridge.open? do
sleep 1.0
if Time.now.to_f >= timeout
break
end
end
end
true
else
false
end
end
# ### Adapters
class BridgeAdapter
# WARNING: Only instantiate subclasses
def self.protocol()
:unspecified
end
#
def self.abilities()
[]
end
#
def self.limits()
{}
end
#
def self.templates()
{}
end
#
def initialize(the_process=nil, the_url=nil, options=nil)
if the_url.is_a?(::String)
the_url = ::URI::parse(the_url)
end
unless the_url.is_a?(::URI::Generic)
raise ArgumentError, "You MUST provide a valid URL as a String or URI."
end
unless the_process
raise ArgumentError, "You MUST provide a Service or Application object to interact with."
end
@process = the_process
@url = the_url
@options = (options || {})
unless @options.is_a?(::Hash)
raise ArgumentError, "You must provide options as a Hash."
end
@active = false
@connector = nil
@thread_safety = ::Mutex.new
#
@uuid = ::GxG::uuid_generate.to_sym
self
end
#
def uuid()
@uuid
end
#
def my_id()
nil
end
#
def open?()
if @connector
if @connector.closed?
@active = false
else
@active = true
end
end
@active
end
#
def open()
unless self.open?
@active = @connector.login(@url, @options)
end
@active
end
#
def close()
if self.open?
@connector.logout()
@active = false
end
true
end
# ### Information Refresh
def notify(details=nil)
#
end
#
# ### Basic Entity Support
def entitiies()
[]
end
#
def entity_status(the_address=nil)
:online
end
# ### Basic Channel Support
def channels()
{}
end
end
# ### Matrix
class BridgeAdapterMatrix < ::GxG::Communications::BridgeAdapter
def self.protocol()
:"matrix-https"
end
#
def self.abilities()
[:message, :file_transfer, :request]
end
#
def self.limits()
{:message_size => 64512, :file_transfer_size => nil, :request_size => 64512}
end
#
def self.templates()
{}
end
#
private
def decode_message(the_message=nil)
result = message
if message.is_a?(::GxG::Events::Message)
fallback_key = nil
key = nil
message_sender = message[:sender].to_s
@thread_safety.synchronize {
if @keychain[(message_sender.to_s)]
fallback_key = @keychain[(message_sender.to_s)][:original]
key = @keychain[(message_sender.to_s)][:current]
end
}
new_body = nil
if key && fallback_key
if message[:body].is_a?(::String)
begin
if message[:body].base64?
new_body = message[:body].decode64.decrypt(key)
else
new_body = message[:body].decrypt(key)
end
new_body = ::Hash::gxg_import(::JSON::parse(new_body, {:symbolize_names => true}))
rescue Exception => the_error
begin
if message[:body].base64?
new_body = message[:body].decode64.decrypt(fallback_key)
else
new_body = message[:body].decrypt(fallback_key)
end
new_body = ::Hash::gxg_import(::JSON::parse(new_body, {:symbolize_names => true}))
rescue Exception => the_error
message[:bridge_unintelligible] = true
log_error({:error => the_error})
new_body = nil
end
end
end
else
if message[:body].is_a?(::String)
if message[:body].base64?
new_body = message[:body].decode64
else
new_body = message[:body]
end
begin
new_body = ::Hash::gxg_import(::JSON::parse(new_body, {:symbolize_names => true}))
rescue Exception => the_error
log_error({:error => the_error})
new_body = nil
end
end
end
if new_body.is_a?(::Hash)
message[:body] = new_body
end
end
result
end
#
public
#
def initialize(the_process=nil, the_url=nil, options={:sasl => :digest, :digest => true})
super(the_process, the_url, options)
unless @options[:sasl]
@options = {:sasl => :digest, :digest => true}
end
#
# Channels format: {<uuid> => {:channel => <XMPPConversation>, :entities => [<jid-string>, ...]}}
@channels = {}
# Keychain format: {:original => "", :current => ""}
@keychain = {}
# Messages format: {<uuid> => [<::GxG::Events::Message>, ...]}
@messages = {}
@messages_busy_semaphore = false
@invitations = {}
@file_transfers = {}
#
@connector = ::GxG::Networking::MatrixClient.new(the_url)
self.open
#
self
end
#
def my_id()
if @connector
@connector.my_jid.to_s
else
nil
end
end
# ### Information Refresh
def notify(details=nil)
# Review : totally re-write this --> VFS integration, Matrix-based approach (adapt)
if details.is_a?(::Hash)
if @process
if @process.respond_to?(:dispatcher) && @process.respond_to?(:respond_to_event?)
case details[:event]
when :new_invitation
active_list = {}
@connector.invitations.each do |the_invitation|
active_list[(the_invitation.uuid)] = {:invitation => the_invitation, :title => the_invitation[:title].to_s, :sender => the_invitation[:sender].to_s, :type => the_invitation[:type].to_s}
end
@thread_safety.synchronize { @invitations = active_list }
#
if @process.respond_to_event?(:new_invitation)
@process.dispatcher.post_event(:communications) do
@process.call_event({:new_invitation => {:invitation => details[:invitation], :sender => details[:sender], :at => ::DateTime.now}})
end
end
when :new_file_transfer
# First, update Bridge Manifest
active_list = {}
@connector.file_transfers.each do |the_transfer|
reference = the_transfer.reference
file_name = the_transfer.file_details[:filename]
file_size = the_transfer.file_details[:size]
sender = the_transfer.info[:sender]
# set download path
unless ::File.exists?(GxG::SYSTEM_PATHS[:temporary] + "/" + reference.to_s)
::FileUtils.mkpath(GxG::SYSTEM_PATHS[:temporary] + "/" + reference.to_s)
end
the_transfer.download_directory = (GxG::SYSTEM_PATHS[:temporary] + "/" + reference.to_s)
# store entry
active_list[(reference)] = {:transfer => the_transfer, :sender => sender, :file => file_name, :size => file_size, :path => ("/System/Temporary/" + reference.to_s + "/" + file_name)}
end
@thread_safety.synchronize { @file_transfers = active_list }
if @process.respond_to_event?(:new_file_transfer)
@process.dispatcher.post_event(:communications) do
@process.call_event({:new_file_transfer => {:transfer => details[:transfer], :sender => details[:sender], :at => ::DateTime.now}})
end
end
when :file_transfer_complete, :file_transfer_cancelled, :file_transfer_error
notification = {}
notification[(details[:event])] = {:transfer => details[:transfer], :at => ::DateTime.now}
#
active_list = {}
@connector.file_transfers.each do |the_transfer|
reference = the_transfer.reference
file_name = the_transfer.file_details[:filename]
file_size = the_transfer.file_details[:size]
sender = the_transfer.info[:sender]
# store entry
active_list[(reference)] = {:transfer => the_transfer, :sender => sender, :file => file_name, :size => file_size, :path => ("/System/Temporary/" + reference.to_s + "/" + file_name)}
end
@thread_safety.synchronize { @file_transfers = active_list }
#
if @process.respond_to_event?(details[:event])
@process.call_event(notification)
end
when :file_transfer_progress
if @process.respond_to_event?(:file_transfer_progress)
@process.call_event({:file_transfer_progress => {:transfer => details[:transfer], :progress => details[:progress], :at => ::DateTime.now}})
end
when :new_message, :new_private_message, :new_announcement, :new_error
# ### unless channel exists - add it
the_channel = @thread_safety.synchronize { @channels[(details[:conversation].to_sym)] }
unless the_channel
found = nil
@connector.conversations.each do |channel_object|
if details[:conversation].to_sym == channel_object.uuid
found = channel_object
break
end
end
if found
@thread_safety.synchronize { @channels[(details[:conversation].to_sym)] = {:channel => found, :title => found.title()}}
the_channel = found
end
end
# ### get messages
if the_channel
unless @thread_safety.synchronize { @messages[(the_channel.uuid)].is_a?(::Array) }
@thread_safety.synchronize { @messages[(the_channel.uuid)] = [] }
end
the_channel.process_received() do |the_message|
# Note: this will pick up other messages from the adapter now, but it is ok - a notification will be generated on EACH message.
the_message[:channel] = the_channel.uuid
@thread_safety.synchronize { @messages[(the_channel.uuid)] << the_message }
end
end
# Review : differentiate beteween private and open messages? How to do?
if @process.respond_to_event?(:new_message)
notification = {}
notification[:new_message] = {:channel => details[:conversation], :message => details[:message], :sender => details[:sender].to_s, :at => ::DateTime.now}
#
@process.dispatcher.post_event(:communications) do
@process.call_event(notification)
end
end
#
end
end
end
end
end
# ### Keychain
def set_key(recipient=nil, password=nil)
result = false
if recipient.to_s.valid_jid? && password.is_a?(::String)
@thread_safety.synchronize {
if @keychain[(recipient.to_s)]
@keychain[(recipient.to_s)][:current] = password
else
@keychain[(recipient.to_s)] = {:original => password, :current => password}
end
result = true
}
end
result
end
# ### Invitations
def accept_invitation(the_invitation_uuid=nil)
result = false
if ::GxG::valid_uuid?(the_invitation_uuid)
found = nil
@thread_safety.synchronize {
found = @invitations[(the_invitation_uuid.to_sym)]
}
if found
found[:invitation].accept()
result = true
end
end
result
end
#
def decline_invitation(the_invitation_uuid=nil)
result = false
if ::GxG::valid_uuid?(the_invitation_uuid)
found = nil
@thread_safety.synchronize {
found = @invitations[(the_invitation_uuid.to_sym)]
}
if found
found[:invitation].decline()
result = true
end
end
result
end
# ### File Transfers
def file_transfers()
result = {}
@thread_safety.synchronize {
@file_transfers.each_pair do |the_uuid, the_record|
result[(the_uuid)] = {:sender => the_record[:sender], :file => the_record[:file], :size => the_record[:size], :path => the_record[:path]}
end
}
result
end
#
def accept_file_transfer(the_transfer_uuid=nil)
result = false
if ::GxG::valid_uuid?(the_transfer_uuid)
found = nil
@thread_safety.synchronize {
found = @file_transfers[(the_transfer_uuid.to_sym)]
}
if found
found[:transfer].accept()
result = true
end
end
result
end
#
def decline_file_transfer(the_transfer_uuid=nil)
result = false
if ::GxG::valid_uuid?(the_transfer_uuid)
found = nil
@thread_safety.synchronize {
found = @file_transfers[(the_transfer_uuid.to_sym)]
}
if found
found[:transfer].decline()
if ::File.exists?(GxG::SYSTEM_PATHS[:temporary] + "/" + found[:transfer].reference.to_s)
::GxG::VFS.rmdir("/System/Temporary/" + found[:transfer].reference.to_s)
end
result = true
end
end
result
end
#
def cancel_file_transfer(the_transfer_uuid=nil)
result = false
if ::GxG::valid_uuid?(the_transfer_uuid)
found = nil
@thread_safety.synchronize {
found = @file_transfers[(the_transfer_uuid.to_sym)]
}
if found
found[:transfer].cancel()
if ::File.exists?(GxG::SYSTEM_PATHS[:temporary] + "/" + found[:transfer].reference.to_s)
::GxG::VFS.rmdir("/System/Temporary/" + found[:transfer].reference.to_s)
end
result = true
end
end
result
end
# ### Entities
def entities()
result = []
@connector.buddies().each do |record|
new_record = {:id => "", :title => "Untitled", :groups => [], :status => :offline}
new_record[:id] = record[:jid]
new_record[:title] = record[:title]
new_record[:groups] = record[:groups]
case record[:status]
when :chat, :normal, :available
new_record[:status] = :online
when :dnd
new_record[:status] = :busy
when :away
new_record[:status] = :away
when :xa
new_record[:status] = :extended_away
when :unavailable, :offline
new_record[:status] = :offline
when :error
new_record[:status] = :error
end
result << new_record
end
result
end
#
def entity_status(the_address=nil)
result = :invalid_address
if the_address.valid_jid?()
result = :unknown_address
self.entities.each do |the_record|
if the_record[:id] == the_address
result = the_record[:status]
break
end
end
end
result
end
#
def status()
result = :offline
case @adapter.get_status
when :chat, :normal, :available
result = :online
when :dnd
result = :busy
when :away
result = :away
when :xa
result = :extended_away
when :unavailable, :offline
result = :offline
when :error
result = :error
end
result
end
#
def status=(the_status=nil, message=nil)
result = :available
case the_status
when :online
result = :available
when :busy
result = :dnd
when :away
result = :away
when :extended_away
result = :xa
when :offline
result = :unavailable
when :error
result = :error
end
@adapter.set_status(result, message)
end
# ### Basic Channel Support
def channels()
result = {}
@thread_safety.synchronize {
@channels.each_pair do |the_uuid, the_record|
result[(the_uuid)] = the_record[:title]
end
}
result
end
#
def associate(recipient=nil)
result = false
if recipient.is_a?(::String)
if recipient.valid_jid?
@adapter.add_buddy(recipient)
result = true
end
end
result
end
#
def disassociate(recipient=nil)
result = false
if recipient.is_a?(::String)
if recipient.valid_jid?
@adapter.remove_buddy(recipient)
result = true
end
end
result
end
#
def open_channel(with_jid=nil, password=nil, configuration={})
result = nil
if with_jid.is_a?(::String)
if with_jid.valid_jid? && configuration.is_any?(::Hash, ::GxG::Database::PersistedHash)
# If channel already exists and they attempt a repeat opening action:
@thread_safety.synchronize {
@channels.each_pair do |the_uuid, the_record|
if with_jid.to_s == the_record.jid.to_s
result = the_record.uuid
break
end
end
}
unless result
# Channel needs to be constructed:
if @connector.create_conversation(with_jid, password, configuration) == true
existing_channels = self.channels()
found = nil
@thread_safety.synchronize {
@connector.conversations.each do |channel_object|
if existing_channels.keys.include?(channel_object.uuid)
next
else
found = channel_object
@channels[(channel_object.uuid)] = {:channel => found, :title => found.title()}
break
end
end
}
if found
result = channel_object.uuid
if password
if channel_object[:type] == :chat
# on :groupchat password is only used for access, not encryption.
self.set_key(with_jid, password)
end
end
end
#
end
end
end
end
result
end
#
def join_channel(channel_jid=nil, password=nil, options={})
result = nil
if channel_jid.is_a?(::String)
if channel_jid.valid_jid? && options.is_any?(::Hash, ::GxG::Database::PersistedHash)
if @connector.join_conversation(channel_jid, password, options) == true
existing_channels = self.channels()
found = nil
@thread_safety.synchronize {
@connector.conversations.each do |channel_object|
if existing_channels.keys.include?(channel_object.uuid)
next
else
found = channel_object
@channels[(channel_object.uuid)] = {:channel => found, :title => found.title()}
break
end
end
}
if found
result = channel_object.uuid
end
#
end
end
end
result
end
#
def close_channel(the_channel_uuid=nil)
if ::GxG::valid_uuid?(the_channel_uuid)
the_channel = nil
@thread_safety.synchronize {
if @channels[(the_channel_uuid.to_sym)].is_a?(::Hash)
the_channel = @channels.delete(the_channel_uuid.to_sym)[:channel]
end
}
if the_channel
the_channel.leave("{ \"exit_channel\":\"#{the_channel.my_jid.to_s}\" }")
true
else
false
end
else
false
end
end
# ### Messages
def send_message(the_channel_uuid=nil, message=nil, recipient=nil, use_fallback_key=false)
result = false
#
if ::GxG::valid_uuid?(the_channel_uuid)
the_channel = nil
@thread_safety.synchronize {
if @channels[(the_channel_uuid.to_sym)].is_a?(::Hash)
the_channel = @channels[(the_channel_uuid.to_sym)][:channel]
end
}
if the_channel
if message.is_any?(::String, ::Hash, ::GxG::Database::PersistedHash, ::GxG::Events::Message)
if message.is_a?(::String)
message = new_message({:sender => @connector.my_jid.to_s, :body => {:message => message}.gxg_export.to_json})
end
if message.is_a?(::Hash)
message = new_message({:sender => @connector.my_jid.to_s, :body => message.gxg_export.to_json})
end
if message.is_a?(::GxG::Database::PersistedHash)
message = new_message({:sender => @connector.my_jid.to_s, :body => message.sync_export.gxg_export.to_json})
end
if message.is_a?(::GxG::Events::Message)
if message[:body].is_a?(::Hash)
message[:body] = message[:body].gxg_export.to_json
end
if message[:body].is_a?(::GxG::Database::PersistedHash)
message[:body] = message[:body].sync_export.gxg_export.to_json
end
end
#
if message.is_a?(::GxG::Events::Message)
# Reset :sender if a ruby object is the current setting. (bridge addressing translation)
unless message[:sender].is_a?(::String)
message[:sender] = @connector.my_jid.to_s
end
# encrypt body?
key = nil
if recipient.is_a?(::String)
intended_recipient = recipient
else
intended_recipient = the_channel.jid()
end
@thread_safety.synchronize {
if @keychain[(intended_recipient.to_s)]
if use_fallback_key == true
key = @keychain[(intended_recipient.to_s)][:original]
else
key = @keychain[(intended_recipient.to_s)][:current]
end
end
}
if key.is_a?(::String)
message[:body] = message[:body].encrypt(key).encode64
else
message[:body] = message[:body].encode64
end
# send message
result = the_channel.say_something(message, recipient)
# Review : use this next little bit of code in the request/reply code:
# if result == true
# message.succeed(message)
# else
# message.fail(message)
# end
end
else
raise ArgumentError, "You MUST provide the message as a String, Hash, GxG::Database::PersistedHash, or GxG::Events::Message; NOT #{message.class} ."
end
else
raise ArgumentError, "Invalid Channel selector, the Channel was not found: #{the_channel.inspect} . Try opening the channel first."
end
else
raise ArgumentError, "Invalid Channel selector: #{the_channel.inspect} . You MUST provide a valid UUID."
end
result
end
#
def next_message(the_channel_uuid=nil)
result = nil
if ::GxG::valid_uuid?(the_channel_uuid)
@thread_safety.synchronize {
if @messages[(the_channel_uuid.to_sym)].is_a?(::Array)
result = @messages[(the_channel_uuid.to_sym)].shift
end
}
if result
result = decode_message(result)
end
end
result
end
#
def all_messages(the_channel_uuid=nil)
result = []
if ::GxG::valid_uuid?(the_channel_uuid)
@thread_safety.synchronize {
if @messages[(the_channel_uuid.to_sym)].is_a?(::Array)
@messages[(the_channel_uuid.to_sym)].size.times do
result << decode_message(@messages[(the_channel_uuid.to_sym)].shift)
end
end
}
end
result
end
#
def get_message(the_channel_uuid=nil, the_message_uuid=nil)
result = nil
if ::GxG::valid_uuid?(the_channel_uuid) && the_message_uuid
@thread_safety.synchronize {
if @messages[(the_channel_uuid.to_sym)].is_a?(::Array)
@messages[(the_channel_uuid.to_sym)].each_with_index do |the_message, the_index|
if the_message_uuid == the_message.id()
result = @messages[(the_channel_uuid.to_sym)].delete_at(the_index)
break
end
end
end
}
if result
result = decode_message(result)
end
end
result
end
#
def get_messages_by_context(the_channel_uuid=nil, the_context_uuid=nil)
result = []
if ::GxG::valid_uuid?(the_channel_uuid) && the_context_uuid
@thread_safety.synchronize {
if @messages[(the_channel_uuid.to_sym)].is_a?(::Array)
@messages[(the_channel_uuid.to_sym)].each_with_index do |the_message, the_index|
if the_context_uuid.to_s.to_sym == the_message[:context].to_s.to_sym
result << @messages[(the_channel_uuid.to_sym)].delete_at(the_index)
end
end
end
}
if result
result = decode_message(result)
end
end
result
end
#
def get_messages_by_sender(the_channel_uuid=nil, the_sender=nil)
result = []
if ::GxG::valid_uuid?(the_channel_uuid) && the_sender
@thread_safety.synchronize {
if @messages[(the_channel_uuid.to_sym)].is_a?(::Array)
@messages[(the_channel_uuid.to_sym)].each_with_index do |the_message, the_index|
if the_sender.to_s == the_message[:sender].to_s
result << @messages[(the_channel_uuid.to_sym)].delete_at(the_index)
end
end
end
}
if result
result = decode_message(result)
end
end
result
end
#
end
#
class Bridge
def initialize(process=nil, the_url=nil, options=nil)
# Note: process (required) is a Service or Application instance only
unless process.is_a?(::GxG::Services::Service)
raise ArgumentError, "You MUST provide a Service or Application instance to bind to."
end
# Ensure protocol supported
if the_url.is_a?(::String)
the_url = ::URI::parse(the_url)
end
unless the_url.is_a?(::URI::Generic)
raise ArgumentError, "You MUST provide a valid URL as a String or URI."
end
the_type = ::GxG::BRIDGES_AVAILABLE[(the_url.scheme.to_sym)]
unless the_type
raise ArgumentError, "Sorry, #{the_url.scheme.to_sym.inspect} is not a supported protocol."
end
# Variables
@process = process
@url = the_url
@adapter = the_type.new(self, @url, options)
@uuid = ::GxG::uuid_generate.to_sym
@interface = {}
self.on(:interface, "Available Commands") do
self.interface()
end
self
end
#
def uuid()
@uuid
end
# ### Command Interface
def on(the_event, description=nil, &block)
unless the_event.is_a?(::Symbol)
raise ArgumentError, "You must specify an event listener with a unique Symbol."
end
unless block.respond_to?(:call)
raise ArgumentError, "You must provide an event code block to execute."
end
unless description
description = "{ '#{the_event.to_s}': '(your_data_payload)' }"
end
@interface[(the_event)] = {:description => description, :procedure => block}
true
end
#
def call_event(operation_envelope=nil)
result = nil
if operation_envelope.is_a?(::Hash)
the_event = operation_envelope.keys[0]
if the_event
data = operation_envelope[(the_event)]
if @interface[(the_event)]
begin
result = {:result => @interface[(the_event)][:procedure].call(@process, self, data)}
rescue Exception => the_error
log_error({:error => the_error, :parameters => {:data => data}})
result = {:result => nil, :error => the_error.to_s}
end
else
result = {:result => nil, :error => "Command #{the_event.inspect} Not Found"}
end
end
end
result
end
#
def interface()
result = {}
@interface.each_pair do |the_event, the_record|
result[(the_event)] = the_record[:description]
end
result
end
#
def respond_to_event?(the_event=nil)
result = false
if the_event.is_a?(::Symbol)
if @interface[(the_event)]
result = true
end
end
result
end
# ### Request/Reply Support
def request(the_channel_uuid=nil, request_body=nil, address=nil, options={})
result = nil
#
if ::GxG::valid_uuid?(the_channel_uuid) && request_body.is_a?(::GxG::Events::Message) && address
payload = nil
context = ::GxG::uuid_generate
if address.to_s.valid_jid?
# Point-to-Point Request
payload = new_message({:sender => @adapter.jid().to_s, :body => request_body})
payload[:context] = context.to_s
if payload
@adapter.send_message(the_channel_uuid, payload, address)
the_reply_list = @adapter.get_messages_by_context(the_channel_uuid, context)
if options.is_a?(::Hash)
if options[:timeout].is_a?(::Numeric)
timeout = Time.now.to_f + options[:timeout].to_f
else
timeout = Time.now.to_f + 30.0
end
else
timeout = Time.now.to_f + 30.0
end
until the_reply_list.size > 0 do
the_reply_list = @adapter.get_messages_by_context(the_channel_uuid, context)
sleep 0.5
if Time.now.to_f >= timeout
break
end
end
if the_reply_list.size > 0
result = the_reply_list[0]
end
end
end
end
#
result
end
#
def reply(the_channel_uuid=nil, reply_body=nil, address=nil)
result = {:result => false}
if ::GxG::valid_uuid?(the_channel_uuid) && reply_body.is_a?(::GxG::Events::Message) && address
@adapter.send_message(the_channel_uuid, reply_body, address)
result[:result] = true
end
result
end
end
#
end
end
# ### Register BridgeAdapters by protocol
::GxG::Communications::BridgeAdapter.descendants.each do |the_adapter_class|
::GxG::BRIDGES_AVAILABLE[((the_adapter_class)::protocol)] = the_adapter_class
end