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require "spec/helper/all"
describe EM::Synchrony::AMQP do
xit "should yield until connection is ready" do
EM.synchrony do
connection = EM::Synchrony::AMQP.connect
connection.connected?.should eq(true)
EM.stop
end
end
xit "should yield until disconnection is complete" do
EM.synchrony do
connection = EM::Synchrony::AMQP.connect
connection.disconnect
connection.connected?.should eq(false)
EM.stop
end
end
xit "should yield until the channel is created" do
EM.synchrony do
connection = EM::Synchrony::AMQP.connect
channel = EM::Synchrony::AMQP::Channel.new(connection)
channel.should be_kind_of(EM::Synchrony::AMQP::Channel)
EM.stop
end
end
xit "should yield until the queue is created" do
EM.synchrony do
connection = EM::Synchrony::AMQP.connect
channel = EM::Synchrony::AMQP::Channel.new(connection)
queue = EM::Synchrony::AMQP::Queue.new(channel, "test.em-synchrony.queue1", :auto_delete => true)
EM.stop
end
end
xit "should yield when a queue is created from a channel" do
EM.synchrony do
connection = EM::Synchrony::AMQP.connect
channel = EM::Synchrony::AMQP::Channel.new(connection)
queue = channel.queue("test.em-synchrony.queue1", :auto_delete => true)
EM.stop
end
end
xit "should yield until the exchange is created" do
EM.synchrony do
connection = EM::Synchrony::AMQP.connect
channel = EM::Synchrony::AMQP::Channel.new(connection)
exchange = EM::Synchrony::AMQP::Exchange.new(channel, :fanout, "test.em-synchrony.exchange")
exchange.should be_kind_of(EventMachine::Synchrony::AMQP::Exchange)
[:direct, :fanout, :topic, :headers].each do |type|
# Exercise cached exchange code path
2.times.map { channel.send(type, "test.em-synchrony.#{type}") }.each do |ex|
ex.should be_kind_of(EventMachine::Synchrony::AMQP::Exchange)
end
end
EM.stop
end
end
xit "should publish and receive messages" do
nb_msg = 10
EM.synchrony do
connection = EM::Synchrony::AMQP.connect
channel = EM::Synchrony::AMQP::Channel.new(connection)
ex = EM::Synchrony::AMQP::Exchange.new(channel, :fanout, "test.em-synchrony.fanout")
q1 = channel.queue("test.em-synchrony.queues.1", :auto_delete => true)
q2 = channel.queue("test.em-synchrony.queues.2", :auto_delete => true)
q1.bind(ex)
q2.bind(ex)
nb_q1, nb_q2 = 0, 0
stop_cb = proc { EM.stop if nb_q1 + nb_q2 == 2 * nb_msg }
q1.subscribe(:ack => false) do |meta, msg|
msg.should match(/^Bonjour [0-9]+/)
nb_q1 += 1
stop_cb.call
end
q2.subscribe do |meta, msg|
msg.should match(/^Bonjour [0-9]+/)
nb_q2 += 1
stop_cb.call
end
Fiber.new do
nb_msg.times do |n|
ex.publish("Bonjour #{n}")
EM::Synchrony.sleep(0.1)
end
end.resume
end
end
xit "should handle several consumers" do
nb_msg = 10
EM.synchrony do
connection = EM::Synchrony::AMQP.connect
channel = EM::Synchrony::AMQP::Channel.new(connection)
exchange = EM::Synchrony::AMQP::Exchange.new(channel, :fanout, "test.em-synchrony.consumers.fanout")
queue = channel.queue("test.em-synchrony.consumers.queue", :auto_delete => true)
queue.bind(exchange)
cons1 = EM::Synchrony::AMQP::Consumer.new(channel, queue)
cons2 = EM::Synchrony::AMQP::Consumer.new(channel, queue)
nb_cons1, nb_cons2 = 0, 0
stop_cb = Proc.new do
if nb_cons1 + nb_cons2 == nb_msg
nb_cons1.should eq(nb_cons2)
EM.stop
end
end
cons1.on_delivery do |meta, msg|
msg.should match(/^Bonjour [0-9]+/)
nb_cons1 += 1
stop_cb.call
end.consume
cons2.on_delivery do |meta, msg|
msg.should match(/^Bonjour [0-9]+/)
nb_cons2 += 1
stop_cb.call
end.consume
10.times do |n|
exchange.publish("Bonjour #{n}")
EM::Synchrony.sleep(0.1)
end
end
end
end
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