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| | require 'test/test_helper'
require 'tempfile'
class TestSocketHelper < Test::Unit::TestCase
include Unicorn::SocketHelper
attr_reader :logger
GET_SLASH = "GET / HTTP/1.0\r\n\r\n".freeze
def setup
@log_tmp = Tempfile.new 'logger'
@logger = Logger.new(@log_tmp.path)
@test_addr = ENV['UNICORN_TEST_ADDR'] || '127.0.0.1'
end
def test_bind_listen_tcp
port = unused_port @test_addr
@tcp_listener_name = "#@test_addr:#{port}"
@tcp_listener = bind_listen(@tcp_listener_name)
assert Socket === @tcp_listener
assert_equal @tcp_listener_name, sock_name(@tcp_listener)
end
def test_bind_listen_options
port = unused_port @test_addr
tcp_listener_name = "#@test_addr:#{port}"
tmp = Tempfile.new 'unix.sock'
unix_listener_name = tmp.path
File.unlink(tmp.path)
[ { :backlog => 5 }, { :sndbuf => 4096 }, { :rcvbuf => 4096 },
{ :backlog => 16, :rcvbuf => 4096, :sndbuf => 4096 }
].each do |opts|
assert_nothing_raised do
tcp_listener = bind_listen(tcp_listener_name, opts)
assert Socket === tcp_listener
tcp_listener.close
unix_listener = bind_listen(unix_listener_name, opts)
assert Socket === unix_listener
unix_listener.close
end
end
#system('cat', @log_tmp.path)
end
def test_bind_listen_unix
tmp = Tempfile.new 'unix.sock'
@unix_listener_path = tmp.path
File.unlink(@unix_listener_path)
@unix_listener = bind_listen(@unix_listener_path)
assert Socket === @unix_listener
assert_equal @unix_listener_path, sock_name(@unix_listener)
end
def test_bind_listen_unix_idempotent
test_bind_listen_unix
a = bind_listen(@unix_listener)
assert_equal a.fileno, @unix_listener.fileno
unix_server = server_cast(@unix_listener)
a = bind_listen(unix_server)
assert_equal a.fileno, unix_server.fileno
assert_equal a.fileno, @unix_listener.fileno
end
def test_bind_listen_tcp_idempotent
test_bind_listen_tcp
a = bind_listen(@tcp_listener)
assert_equal a.fileno, @tcp_listener.fileno
tcp_server = server_cast(@tcp_listener)
a = bind_listen(tcp_server)
assert_equal a.fileno, tcp_server.fileno
assert_equal a.fileno, @tcp_listener.fileno
end
def test_bind_listen_unix_rebind
test_bind_listen_unix
new_listener = bind_listen(@unix_listener_path)
assert Socket === new_listener
assert new_listener.fileno != @unix_listener.fileno
assert_equal sock_name(new_listener), sock_name(@unix_listener)
assert_equal @unix_listener_path, sock_name(new_listener)
pid = fork do
client = server_cast(new_listener).accept
client.syswrite('abcde')
exit 0
end
s = UNIXSocket.new(@unix_listener_path)
IO.select([s])
assert_equal 'abcde', s.sysread(5)
pid, status = Process.waitpid2(pid)
assert status.success?
end
def test_server_cast
assert_nothing_raised do
test_bind_listen_unix
test_bind_listen_tcp
end
@unix_server = server_cast(@unix_listener)
assert_equal @unix_listener.fileno, @unix_server.fileno
assert UNIXServer === @unix_server
assert File.socket?(@unix_server.path)
assert_equal @unix_listener_path, sock_name(@unix_server)
@tcp_server = server_cast(@tcp_listener)
assert_equal @tcp_listener.fileno, @tcp_server.fileno
assert TCPServer === @tcp_server
assert_equal @tcp_listener_name, sock_name(@tcp_server)
end
def test_sock_name
test_server_cast
sock_name(@unix_server)
end
def test_tcp_unicorn_peeraddr
test_bind_listen_tcp
@tcp_server = server_cast(@tcp_listener)
tmp = Tempfile.new 'shared'
pid = fork do
client = @tcp_server.accept
IO.select([client])
assert_equal GET_SLASH, client.sysread(GET_SLASH.size)
tmp.syswrite "#{client.unicorn_peeraddr}"
exit 0
end
host, port = sock_name(@tcp_server).split(/:/)
client = TCPSocket.new(host, port.to_i)
client.syswrite(GET_SLASH)
pid, status = Process.waitpid2(pid)
assert_nothing_raised { client.close }
assert status.success?
tmp.sysseek 0
assert_equal @test_addr, tmp.sysread(4096)
tmp.sysseek 0
end
def test_unix_unicorn_peeraddr
test_bind_listen_unix
@unix_server = server_cast(@unix_listener)
tmp = Tempfile.new 'shared'
pid = fork do
client = @unix_server.accept
IO.select([client])
assert_equal GET_SLASH, client.sysread(4096)
tmp.syswrite "#{client.unicorn_peeraddr}"
exit 0
end
client = UNIXSocket.new(@unix_listener_path)
client.syswrite(GET_SLASH)
pid, status = Process.waitpid2(pid)
assert_nothing_raised { client.close }
assert status.success?
tmp.sysseek 0
assert_equal '127.0.0.1', tmp.sysread(4096)
tmp.sysseek 0
end
end
|