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Reorganize the methods, remove timeout/throttle

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This commit is contained in:
Evan Phoenix 2011-09-24 00:19:22 -07:00
parent 5e61ea4ec3
commit 8eb062cb09
1 changed files with 158 additions and 168 deletions
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320
lib/puma/server.rb
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@ -28,18 +28,12 @@ module Puma
# the same time. Any requests over this ammount are queued and handled
# as soon as a thread is available.
#
# The throttle parameter is a sleep timeout (in hundredths of a second)
# that is placed between socket.accept calls in order to give the server
# a cheap throttle time. It defaults to 0 and actually if it is 0 then
# the sleep is not done at all.
def initialize(host, port, concurrent=10, throttle=0, timeout=60)
def initialize(host, port, concurrent=10)
@socket = TCPServer.new(host, port)
@host = host
@port = port
@throttle = throttle / 100.0
@concurrent = concurrent
@timeout = timeout
@check, @notify = IO.pipe
@running = true
@ -52,47 +46,93 @@ module Puma
@stdout = STDOUT
end
def handle_request(params, client, body)
if host = params[HTTP_HOST]
if colon = host.index(":")
params[SERVER_NAME] = host[0, colon]
params[SERVER_PORT] = host[colon+1, host.size]
# Runs the server. It returns the thread used so you can "join" it.
# You can also access the HttpServer#acceptor attribute to get the
# thread later.
def run
BasicSocket.do_not_reverse_lookup = true
configure_socket_options
if @tcp_defer_accept_opts
@socket.setsockopt(*@tcp_defer_accept_opts)
end
tcp_cork_opts = @tcp_cork_opts
@acceptor = Thread.new do
begin
check = @check
sockets = [check, @socket]
pool = @thread_pool
while @running
begin
ios = IO.select sockets
ios.first.each do |sock|
if sock == check
break if handle_check
else
params[SERVER_NAME] = host
params[SERVER_PORT] = PORT_80
client = sock.accept
client.setsockopt(*tcp_cork_opts) if tcp_cork_opts
pool << client
end
end
rescue Errno::ECONNABORTED
# client closed the socket even before accept
client.close rescue nil
rescue Object => e
@stderr.puts "#{Time.now}: Unhandled listen loop exception #{e.inspect}."
@stderr.puts e.backtrace.join("\n")
end
end
graceful_shutdown
ensure
@socket.close
# @stderr.puts "#{Time.now}: Closed socket."
end
end
params[SERVER_PROTOCOL] = HTTP_11
params[SERVER_SOFTWARE] = PUMA_VERSION
params[GATEWAY_INTERFACE] = CGI_VER
unless params[REQUEST_PATH]
# it might be a dumbass full host request header
uri = URI.parse(params[REQUEST_URI])
params[REQUEST_PATH] = uri.path
raise "No REQUEST PATH" unless params[REQUEST_PATH]
return @acceptor
end
# From http://www.ietf.org/rfc/rfc3875 :
# "Script authors should be aware that the REMOTE_ADDR and
# REMOTE_HOST meta-variables (see sections 4.1.8 and 4.1.9)
# may not identify the ultimate source of the request.
# They identify the client for the immediate request to the
# server; that client may be a proxy, gateway, or other
# intermediary acting on behalf of the actual source client."
#
params[REMOTE_ADDR] = client.peeraddr.last
def configure_socket_options
@tcp_defer_accept_opts = nil
@tcp_cork_opts = nil
process params, client, body
case RUBY_PLATFORM
when /linux/
# 9 is currently TCP_DEFER_ACCEPT
@tcp_defer_accept_opts = [Socket::SOL_TCP, 9, 1]
@tcp_cork_opts = [Socket::SOL_TCP, 3, 1]
when /freebsd(([1-4]\..{1,2})|5\.[0-4])/
# Do nothing, just closing a bug when freebsd <= 5.4
when /freebsd/
# Use the HTTP accept filter if available.
# The struct made by pack() is defined in /usr/include/sys/socket.h as accept_filter_arg
unless `/sbin/sysctl -nq net.inet.accf.http`.empty?
@tcp_defer_accept_opts = [Socket::SOL_SOCKET, Socket::SO_ACCEPTFILTER, ['httpready', nil].pack('a16a240')]
end
end
end
def handle_check
cmd = @check.read(1)
case cmd
when STOP_COMMAND
@running = false
return true
end
return false
end
# Does the majority of the IO processing. It has been written in Ruby using
# about 7 different IO processing strategies and no matter how it's done
# the performance just does not improve. It is currently carefully constructed
# to make sure that it gets the best possible performance, but anyone who
# thinks they can make it faster is more than welcome to take a crack at it.
def process_client(client)
begin
parser = HttpParser.new
@ -147,139 +187,40 @@ module Puma
end
end
# Wait for all outstanding requests to finish.
def graceful_shutdown
@thread_pool.shutdown
end
def configure_socket_options
@tcp_defer_accept_opts = nil
@tcp_cork_opts = nil
case RUBY_PLATFORM
when /linux/
# 9 is currently TCP_DEFER_ACCEPT
@tcp_defer_accept_opts = [Socket::SOL_TCP, 9, 1]
@tcp_cork_opts = [Socket::SOL_TCP, 3, 1]
when /freebsd(([1-4]\..{1,2})|5\.[0-4])/
# Do nothing, just closing a bug when freebsd <= 5.4
when /freebsd/
# Use the HTTP accept filter if available.
# The struct made by pack() is defined in /usr/include/sys/socket.h as accept_filter_arg
unless `/sbin/sysctl -nq net.inet.accf.http`.empty?
@tcp_defer_accept_opts = [Socket::SOL_SOCKET, Socket::SO_ACCEPTFILTER, ['httpready', nil].pack('a16a240')]
end
end
end
def handle_check
cmd = @check.read(1)
case cmd
when STOP_COMMAND
@running = false
return true
end
return false
end
# Runs the thing. It returns the thread used so you can "join" it.
# You can also access the HttpServer::acceptor attribute to get the
# thread later.
def run
BasicSocket.do_not_reverse_lookup = true
configure_socket_options
if @tcp_defer_accept_opts
@socket.setsockopt(*@tcp_defer_accept_opts)
end
tcp_cork_opts = @tcp_cork_opts
@acceptor = Thread.new do
begin
check = @check
sockets = [check, @socket]
pool = @thread_pool
while @running
begin
ios = IO.select sockets
ios.first.each do |sock|
if sock == check
break if handle_check
def handle_request(params, client, body)
if host = params[HTTP_HOST]
if colon = host.index(":")
params[SERVER_NAME] = host[0, colon]
params[SERVER_PORT] = host[colon+1, host.size]
else
client = sock.accept
client.setsockopt(*tcp_cork_opts) if tcp_cork_opts
pool << client
end
end
rescue Errno::ECONNABORTED
# client closed the socket even before accept
client.close rescue nil
rescue Object => e
@stderr.puts "#{Time.now}: Unhandled listen loop exception #{e.inspect}."
@stderr.puts e.backtrace.join("\n")
end
end
graceful_shutdown
ensure
@socket.close
# @stderr.puts "#{Time.now}: Closed socket."
params[SERVER_NAME] = host
params[SERVER_PORT] = PORT_80
end
end
return @acceptor
params[SERVER_PROTOCOL] = HTTP_11
params[SERVER_SOFTWARE] = PUMA_VERSION
params[GATEWAY_INTERFACE] = CGI_VER
unless params[REQUEST_PATH]
# it might be a dumbass full host request header
uri = URI.parse(params[REQUEST_URI])
params[REQUEST_PATH] = uri.path
raise "No REQUEST PATH" unless params[REQUEST_PATH]
end
def read_body(env, client, body)
content_length = env[CONTENT_LENGTH].to_i
# From http://www.ietf.org/rfc/rfc3875 :
# "Script authors should be aware that the REMOTE_ADDR and
# REMOTE_HOST meta-variables (see sections 4.1.8 and 4.1.9)
# may not identify the ultimate source of the request.
# They identify the client for the immediate request to the
# server; that client may be a proxy, gateway, or other
# intermediary acting on behalf of the actual source client."
#
params[REMOTE_ADDR] = client.peeraddr.last
remain = content_length - body.size
return StringIO.new(body) if remain <= 0
# Use a Tempfile if there is a lot of data left
if remain > MAX_BODY
stream = Tempfile.new(Const::PUMA_TMP_BASE)
stream.binmode
else
stream = StringIO.new
end
stream.write body
# Read an odd sized chunk so we can read even sized ones
# after this
chunk = client.readpartial(remain % CHUNK_SIZE)
# No chunk means a closed socket
unless chunk
stream.close
return nil
end
remain -= stream.write(chunk)
# Raed the rest of the chunks
while remain > 0
chunk = client.readpartial(CHUNK_SIZE)
unless chunk
stream.close
return nil
end
remain -= stream.write(chunk)
end
stream.rewind
return stream
process params, client, body
end
def process(env, client, body)
@ -339,6 +280,55 @@ module Puma
end
end
def read_body(env, client, body)
content_length = env[CONTENT_LENGTH].to_i
remain = content_length - body.size
return StringIO.new(body) if remain <= 0
# Use a Tempfile if there is a lot of data left
if remain > MAX_BODY
stream = Tempfile.new(Const::PUMA_TMP_BASE)
stream.binmode
else
stream = StringIO.new
end
stream.write body
# Read an odd sized chunk so we can read even sized ones
# after this
chunk = client.readpartial(remain % CHUNK_SIZE)
# No chunk means a closed socket
unless chunk
stream.close
return nil
end
remain -= stream.write(chunk)
# Raed the rest of the chunks
while remain > 0
chunk = client.readpartial(CHUNK_SIZE)
unless chunk
stream.close
return nil
end
remain -= stream.write(chunk)
end
stream.rewind
return stream
end
# Wait for all outstanding requests to finish.
def graceful_shutdown
@thread_pool.shutdown
end
# Stops the acceptor thread and then causes the worker threads to finish
# off the request queue before finally exiting.