Class: Raptor::Http1

Inherits:
Object
  • Object
show all
Defined in:
lib/raptor/http1.rb,
sig/generated/raptor/http1.rbs

Overview

Parses HTTP/1.x requests and dispatches them to the Rack application. Coordinates with the Ractor pool for parsing and with the reactor for requests that need more data before they can be handled.

Constant Summary collapse

BODY_BUFFER_THRESHOLD =

Returns:

  • (Object) 
256 * 1024
CHUNKED_WRITE_THRESHOLD =

Returns:

  • (Object) 
512 * 1024
FILE_CHUNK_SIZE =

Returns:

  • (Object) 
64 * 1024
READ_BUFFER_SIZE =

Returns:

  • (Object) 
64 * 1024
RESPONSE_BUFFER_CAPACITY =

Returns:

  • (Object) 
4 * 1024
KEEPALIVE_READ_TIMEOUT =

Returns:

  • (::Float) 
0.001
MAX_KEEPALIVE_REQUESTS =

Returns:

  • (::Integer) 
100
HTTP_10 =

Returns:

  • (::String) 
"HTTP/1.0"
HTTP_11 =

Returns:

  • (::String) 
"HTTP/1.1"
STATUS_LINE_CACHE_10 =

Returns:

  • (Object) 
Hash.new do |h, status|
  reason = Rack::Utils::HTTP_STATUS_CODES[status]
  h[status] = "HTTP/1.0 #{status}#{reason ? " #{reason}" : ""}\r\n".freeze
end
STATUS_LINE_CACHE_11 =

Returns:

  • (Object) 
Hash.new do |h, status|
  reason = Rack::Utils::HTTP_STATUS_CODES[status]
  h[status] = "HTTP/1.1 #{status}#{reason ? " #{reason}" : ""}\r\n".freeze
end
CONTINUE_RESPONSE =

Returns:

  • (::String) 
"HTTP/1.1 100 Continue\r\n\r\n"
BAD_REQUEST_RESPONSE =

Returns:

  • (::String) 
"HTTP/1.1 400 Bad Request\r\nContent-Length: 0\r\nConnection: close\r\n\r\n"
CONTENT_TOO_LARGE_RESPONSE =

Returns:

  • (::String) 
"HTTP/1.1 413 Content Too Large\r\nContent-Length: 0\r\nConnection: close\r\n\r\n"
INTERNAL_SERVER_ERROR_RESPONSE =

Returns:

  • (::String) 
"HTTP/1.1 500 Internal Server Error\r\nContent-Length: 0\r\nConnection: close\r\n\r\n"
CONNECTION_CLOSE =

Returns:

  • (::String) 
"close"
CONNECTION_KEEPALIVE =

Returns:

  • (::String) 
"keep-alive"
EXPECT_100_CONTINUE =

Returns:

  • (::String) 
"100-continue"
TRANSFER_ENCODING_CHUNKED =

Returns:

  • (::String) 
"chunked"
CHUNKED_TERMINATOR =

Returns:

  • (::String) 
"0\r\n\r\n"
HTTP_CONNECTION =

Returns:

  • (::String) 
"HTTP_CONNECTION"
HTTP_EXPECT =

Returns:

  • (::String) 
"HTTP_EXPECT"
HTTP_TRANSFER_ENCODING =

Returns:

  • (::String) 
"HTTP_TRANSFER_ENCODING"
RACK_HEADER_PREFIX =

Returns:

  • (::String) 
"rack."
RACK_HIJACKED =

Returns:

  • (::String) 
"rack.hijacked"
RACK_HIJACK_IO =

Returns:

  • (::String) 
"rack.hijack_io"

Class Method Summary collapse

Instance Method Summary collapse

Constructor Details

#initialize(app, server_port, connection_options: {}, http1_options: {}, access_log_io: nil, on_error: nil) ⇒ Http1

Creates a new Http1 handler.

RBS:

  • (^(Hash[String, untyped]) -> [Integer, Hash[String, String | Array[String]], untyped] app, Integer server_port, ?connection_options: Hash[Symbol, untyped], ?http1_options: Hash[Symbol, untyped], ?access_log_io: IO?, ?on_error: ^(Hash[String, untyped]?, Exception) -> void | nil) -> void

Parameters:

  • app (#call) —

    the Rack application to dispatch complete requests to

  • server_port (Integer) —

    port number used to populate SERVER_PORT in the Rack env

  • connection_options (Hash) (defaults to: {}) —

    per-connection settings shared across protocols

  • http1_options (Hash) (defaults to: {}) —

    HTTP/1.1-specific settings

  • access_log_io (IO, nil) (defaults to: nil) —

    IO to write Common Log Format access entries to, or nil to disable

  • on_error (#call, nil) (defaults to: nil) —

    callback invoked with (env, exception) when the Rack app raises

  • connection_options: (Hash[Symbol, untyped]) (defaults to: {})
  • http1_options: (Hash[Symbol, untyped]) (defaults to: {})
  • access_log_io: (IO, nil) (defaults to: nil)
  • on_error: (^(Hash[String, untyped]?, Exception) -> void, nil) (defaults to: nil)

Options Hash (connection_options:):

  • :write_timeout (Integer) —

    per-write socket timeout in seconds

  • :max_body_size (Integer, nil) —

    maximum request body size in bytes

  • :body_spool_threshold (Integer, nil) —

    spool bodies larger than this to a tempfile

Options Hash (http1_options:):

  • :max_keepalive_requests (Integer) —

    maximum requests per HTTP/1.1 keep-alive connection



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# File 'lib/raptor/http1.rb', line 190

def initialize(app, server_port, connection_options: {}, http1_options: {}, access_log_io: nil, on_error: nil)
  @app = app
  @server_port = server_port
  @server_port_string = server_port.to_s.freeze
  @write_timeout = connection_options[:write_timeout] || Http::WRITE_TIMEOUT
  @max_body_size = connection_options[:max_body_size]
  @body_spool_threshold = connection_options[:body_spool_threshold]
  @max_keepalive_requests = http1_options[:max_keepalive_requests] || MAX_KEEPALIVE_REQUESTS
  @access_log_io = access_log_io
  @on_error = on_error
  @running = AtomicBoolean.new(true)
  @env_template = {
    Rack::RACK_VERSION => Rack::VERSION,
    Rack::RACK_IS_HIJACK => true,
    Rack::SCRIPT_NAME => "",
    Rack::QUERY_STRING => "",
    Http::SERVER_SOFTWARE => Http::SERVER_SOFTWARE_VALUE
  }.freeze
end

Class Method Details

.invalid_host?(env) ⇒ Boolean

Returns true when an HTTP/1.1 request lacks a valid Host header per RFC 9112 section 3.2, where a valid value is a non-empty single-value line.

RBS:

  • (Hash[String, untyped] env) -> bool

Parameters:

  • env (Hash) —

    the Rack environment after header parsing

Returns:

  • (Boolean) 


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# File 'lib/raptor/http1.rb', line 66

def self.invalid_host?(env)
  return false unless env[Rack::SERVER_PROTOCOL] == HTTP_11

  http_host = env[Rack::HTTP_HOST]
  !http_host || http_host.empty? || http_host.include?(",")
end

.parse(data, env_template, max_body_size) ⇒ Hash

Advances an HTTP/1.x request parse from the state hash's buffered bytes. A complete well-formed request returns with :complete set plus populated :env and :body; malformed or oversized input flips :malformed or :too_large; incomplete input returns the state so the reactor can wait for more.

RBS:

  • (Hash[Symbol, untyped] data, Hash[String, untyped] env_template, Integer? max_body_size) -> Hash[Symbol, untyped]

Parameters:

  • data (Hash) —

    the current parse state

  • env_template (Hash) —

    the Rack env template to seed the request with

  • max_body_size (Integer, nil) —

    byte limit for the request body, or nil for no limit

Returns:

  • (Hash) —

    the updated parse state, made shareable for cross-Ractor return



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# File 'lib/raptor/http1.rb', line 112

def self.parse(data, env_template, max_body_size)
  parser = Raptor::HttpParser.new
  env = env_template.dup
  nread = begin
    parser.execute(env, data[:buffer], 0)
  rescue Raptor::HttpParserError
    return Ractor.make_shareable(data.merge(complete: true, malformed: true))
  end
  parse_data = if data[:parse_data]
    data[:parse_data].dup
  else
    { parse_count: 0, content_length: parser.content_length }
  end
  parse_data[:parse_count] += 1

  message = if parser.finished?
    if invalid_host?(env) || request_smuggling?(env)
      data.merge(env: env, body: nil, parse_data: parse_data, complete: true, malformed: true)
    elsif parser.has_body?
      body_buffer = data[:buffer].byteslice(nread..-1) || ""

      if max_body_size && parser.content_length > max_body_size
        data.merge(env: env, body: nil, parse_data: parse_data, complete: true, too_large: true)
      elsif parser.chunked?
        decoded_body, chunked_state = HttpParser.decode_chunked(body_buffer, max_body_size)

        case chunked_state
        when :complete
          env.delete(HTTP_TRANSFER_ENCODING)
          data.merge(env: env, body: decoded_body, parse_data: parse_data, complete: true)
        when :too_large
          data.merge(env: env, body: nil, parse_data: parse_data, complete: true, too_large: true)
        when :malformed
          data.merge(env: env, body: nil, parse_data: parse_data, complete: true, malformed: true)
        else
          data.merge(env: env, parse_data: parse_data)
        end
      elsif parser.content_length > body_buffer.bytesize
        data.merge(env: env, parse_data: parse_data)
      else
        data.merge(env: env, body: body_buffer, parse_data: parse_data, complete: true)
      end
    else
      data.merge(env: env, body: nil, parse_data: parse_data, complete: true)
    end
  else
    data.merge(env: env, parse_data: parse_data)
  end
  Ractor.make_shareable(message)
end

.request_smuggling?(env) ⇒ Boolean

Returns true when the message framing shows a request-smuggling vector per RFC 9112 section 6.3: a Transfer-Encoding where chunked is missing, not the final encoding, or duplicated; a Transfer-Encoding paired with a Content-Length; or a Content-Length containing any non-digit character.

RBS:

  • (Hash[String, untyped] env) -> bool

Parameters:

  • env (Hash) —

    the Rack environment after header parsing

Returns:

  • (Boolean) 


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# File 'lib/raptor/http1.rb', line 83

def self.request_smuggling?(env)
  transfer_encoding = env[HTTP_TRANSFER_ENCODING]
  content_length = env[Http::CONTENT_LENGTH]

  if transfer_encoding
    return true if content_length

    encodings = transfer_encoding.downcase.split(",").map(&:strip)
    return true if encodings.last != TRANSFER_ENCODING_CHUNKED
    return true if encodings.count(TRANSFER_ENCODING_CHUNKED) > 1
  elsif content_length
    return true if content_length.match?(/[^\d]/)
  end

  false
end

Instance Method Details

#build_rack_env(env, parse_data, body, socket, remote_addr: Server::DEFAULT_REMOTE_ADDR, url_scheme: Server::HTTP_SCHEME) ⇒ Hash

Builds a Rack environment hash from parsed HTTP request data.

RBS:

  • (Hash[String, untyped] env, Hash[Symbol, untyped] parse_data, String? body, TCPSocket socket, ?remote_addr: String, ?url_scheme: String) -> Hash[String, untyped]

Parameters:

  • env (Hash) —

    partial env hash from the HTTP parser

  • parse_data (Hash) —

    metadata from the parsing pass, including content_length

  • body (String, nil) —

    decoded request body, or nil if no body

  • socket (TCPSocket) —

    the client socket, used for hijack support

  • remote_addr (String) (defaults to: Server::DEFAULT_REMOTE_ADDR) —

    client IP address

  • url_scheme (String) (defaults to: Server::HTTP_SCHEME) —

    "http" or "https"

  • remote_addr: (String) (defaults to: Server::DEFAULT_REMOTE_ADDR)
  • url_scheme: (String) (defaults to: Server::HTTP_SCHEME)

Returns:

  • (Hash) —

    fully populated Rack environment hash



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# File 'lib/raptor/http1.rb', line 728

def build_rack_env(env, parse_data, body, socket, remote_addr: Server::DEFAULT_REMOTE_ADDR, url_scheme: Server::HTTP_SCHEME)
  env[Rack::RACK_INPUT] = build_rack_input(body)
  env[Rack::RACK_ERRORS] = $stderr
  env[Rack::RACK_RESPONSE_FINISHED] = []
  env[Rack::RACK_HIJACK] = proc do
    env[RACK_HIJACKED] = true
    env[RACK_HIJACK_IO] = socket
    socket
  end
  env[Rack::RACK_EARLY_HINTS] = proc do |hints|
    send_early_hints(socket, hints) rescue nil
  end

  unless env.key?(Rack::PATH_INFO)
    request_uri = env[Http::REQUEST_URI]
    scheme_end = request_uri&.index("://")
    if scheme_end
      authority_end = request_uri.index("/", scheme_end + 3) || request_uri.bytesize
      path_and_query = request_uri.byteslice(authority_end..-1) || ""
      if query_delim = path_and_query.index("?")
        env[Rack::PATH_INFO] = query_delim.zero? ? "/" : path_and_query.byteslice(0, query_delim)
        env[Rack::QUERY_STRING] = path_and_query.byteslice(query_delim + 1..-1)
      else
        env[Rack::PATH_INFO] = path_and_query.empty? ? "/" : path_and_query
      end
    else
      env[Rack::PATH_INFO] = ""
    end
  end

  if (content_length = parse_data[:content_length]).positive?
    env[Http::CONTENT_LENGTH] = content_length.to_s
  end

  env[Http::REMOTE_ADDR] = remote_addr
  env[Http::HTTP_VERSION] = env[Rack::SERVER_PROTOCOL]

  behind_tls_proxy = (url_scheme == Server::HTTP_SCHEME) && forwarded_https?(env)
  env[Rack::RACK_URL_SCHEME] = behind_tls_proxy ? Server::HTTPS_SCHEME : url_scheme
  default_port = behind_tls_proxy ? "443" : @server_port_string

  http_host = env[Rack::HTTP_HOST]
  host = nil
  port = nil
  if http_host && !http_host.empty?
    if http_host.start_with?("[")
      bracket_end = http_host.index("]")
      if bracket_end
        host = http_host.byteslice(1, bracket_end - 1)
        port_colon = http_host.index(":", bracket_end + 1)
        port = port_colon && http_host.byteslice(port_colon + 1, http_host.bytesize - port_colon - 1)
      end
    else
      colon = http_host.index(":")
      if colon
        host = http_host.byteslice(0, colon)
        port = http_host.byteslice(colon + 1, http_host.bytesize - colon - 1)
      else
        host = http_host
      end
    end
  end
  env[Rack::SERVER_NAME] ||= host || Server::DEFAULT_SERVER_NAME
  env[Rack::SERVER_PORT] ||= port || default_port

  env
end

#build_rack_input(body) ⇒ IO

Builds the rack.input IO object for the request body. Returns an in-memory StringIO for bodies up to the spool threshold, or a Tempfile for larger bodies to bound per-worker memory.

RBS:

  • (String? body) -> IO

Parameters:

  • body (String, nil) —

    decoded request body

Returns:

  • (IO) —

    an IO-like object positioned at the start of the body



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# File 'lib/raptor/http1.rb', line 804

def build_rack_input(body)
  if body && @body_spool_threshold && body.bytesize > @body_spool_threshold
    tempfile = Tempfile.new("raptor-body")
    tempfile.binmode
    tempfile.write(body)
    tempfile.rewind
    tempfile
  else
    (body ? StringIO.new(body) : StringIO.new).set_encoding(Encoding::ASCII_8BIT)
  end
end

#build_status_line(http_version, status) ⇒ String

Returns the HTTP status line for status.

RBS:

  • (String http_version, Integer status) -> String

Parameters:

  • http_version (String) —

    "HTTP/1.1" or "HTTP/1.0"

  • status (Integer) —

    HTTP status code

Returns:

  • (String) —

    the status line including trailing CRLF



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# File 'lib/raptor/http1.rb', line 984

def build_status_line(http_version, status)
  cache = http_version == HTTP_11 ? STATUS_LINE_CACHE_11 : STATUS_LINE_CACHE_10
  response = (Thread.current[:raptor_response_buffer] ||= String.new(capacity: RESPONSE_BUFFER_CAPACITY))
  response.clear
  response << cache[status]
  response
end

#calculate_content_length(body) ⇒ Integer?

Returns the byte length of the body when it can be determined upfront (array or file), otherwise nil.

RBS:

  • (untyped body) -> Integer?

Parameters:

  • body (Object) —

    the response body

Returns:

  • (Integer, nil) —

    the byte length, or nil if it cannot be determined



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# File 'lib/raptor/http1.rb', line 1092

def calculate_content_length(body)
  if body.respond_to?(:to_ary)
    array = body.to_ary
    return unless array.is_a?(Array)

    array.sum { |chunk| chunk.is_a?(String) ? chunk.bytesize : 0 }
  elsif body.respond_to?(:to_path) && (path = body.to_path) && File.readable?(path)
    File.size(path)
  else
    nil
  end
end

#call_response_finished(env, status, headers, error) ⇒ void

This method returns an undefined value.

Calls every rack.response_finished callback in reverse registration order, rescuing any that raise.

RBS:

  • (Hash[String, untyped] env, Integer? status, Hash[String, String | Array[String]]? headers, Exception? error) -> void

Parameters:

  • env (Hash, nil) —

    the Rack environment

  • status (Integer, nil) —

    the response status code

  • headers (Hash, nil) —

    the response headers

  • error (Exception, nil) —

    any error raised during processing, or nil on success



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# File 'lib/raptor/http1.rb', line 1251

def call_response_finished(env, status, headers, error)
  return unless env && env[Rack::RACK_RESPONSE_FINISHED].is_a?(Array)

  env[Rack::RACK_RESPONSE_FINISHED].reverse_each do |callable|
    callable.call(env, status, headers, error) rescue nil
  end
end

#cork_socket(socket) ⇒ void

This method returns an undefined value.

Enables TCP_CORK on the socket to batch outgoing packets into fewer segments. Linux-only; a no-op elsewhere.

RBS:

  • (TCPSocket socket) -> void

Parameters:

  • socket (TCPSocket) —

    the socket to cork



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# File 'lib/raptor/http1.rb', line 1294

def cork_socket(socket)
  socket.setsockopt(Socket::IPPROTO_TCP, Socket::TCP_CORK, 1) if socket.is_a?(TCPSocket)
end

#eager_accept(socket, id, reactor, thread_pool, remote_addr, url_scheme) ⇒ void

This method returns an undefined value.

Eagerly reads and parses the first request on a freshly accepted connection on the server thread, dispatching directly to the thread pool when complete. Falls back to the reactor when more data is needed.

RBS:

  • (TCPSocket socket, Integer id, Reactor reactor, AtomicThreadPool thread_pool, String remote_addr, String url_scheme) -> void

Parameters:

  • socket (TCPSocket) —

    the freshly accepted client socket

  • id (Integer) —

    unique client identifier

  • reactor (Reactor) —

    the reactor for fallback registration

  • thread_pool (AtomicThreadPool) —

    thread pool for application processing

  • remote_addr (String) —

    client IP address

  • url_scheme (String) —

    "http" or "https"



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# File 'lib/raptor/http1.rb', line 269

def eager_accept(socket, id, reactor, thread_pool, remote_addr, url_scheme)
  begin
    buffer = read_into_thread_buffer(socket)
  rescue IO::WaitReadable
    reactor.add(id: id, socket: socket, remote_addr: remote_addr, url_scheme: url_scheme)
    return
  rescue EOFError, IOError
    socket.close rescue nil
    return
  end

  env, parse_data, nread, parser = begin
    parse_next_request(buffer)
  rescue HttpParserError
    reject_malformed(socket)
    return
  end

  if !parser.finished?
    fallback_to_reactor(socket, id, buffer, env, parse_data, reactor, 0, remote_addr, url_scheme, persisted: false)
    return
  elsif Http1.invalid_host?(env) || Http1.request_smuggling?(env)
    reject_malformed(socket)
    return
  elsif parser.has_body? && @max_body_size && parser.content_length > @max_body_size
    reject_oversized(socket)
    return
  end

  body = extract_body(buffer, env, parser, nread, decode_chunked: true)
  case body
  when :incomplete
    fallback_to_reactor(socket, id, buffer, env, parse_data, reactor, 0, remote_addr, url_scheme, persisted: false)
    return
  when :too_large
    reject_oversized(socket)
    return
  when :malformed
    reject_malformed(socket)
    return
  end

  thread_pool << proc do
    process_client(socket, id, env, parse_data, body, reactor, thread_pool, 1, remote_addr, url_scheme)
  end
end

#eager_keepalive(socket, id, reactor, thread_pool, request_count, remote_addr, url_scheme) ⇒ void

This method returns an undefined value.

Reads and processes subsequent requests inline on a kept-alive connection. Falls back to the reactor when no data arrives within the timeout, the thread pool is saturated, or the request is incomplete.

RBS:

  • (TCPSocket socket, Integer id, Reactor reactor, AtomicThreadPool thread_pool, Integer request_count, String remote_addr, String url_scheme) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • id (Integer) —

    unique client identifier

  • reactor (Reactor) —

    the reactor for fallback registration

  • thread_pool (AtomicThreadPool) —

    thread pool for deprioritization

  • request_count (Integer) —

    number of requests handled on this connection

  • remote_addr (String) —

    client IP address

  • url_scheme (String) —

    "http" or "https"



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# File 'lib/raptor/http1.rb', line 587

def eager_keepalive(socket, id, reactor, thread_pool, request_count, remote_addr, url_scheme)
  loop do
    unless @running.true?
      socket.close rescue nil
      return
    end

    unless socket.wait_readable(KEEPALIVE_READ_TIMEOUT)
      reactor.persist(socket, id, request_count, remote_addr: remote_addr, url_scheme: url_scheme)
      return
    end

    begin
      buffer = read_into_thread_buffer(socket)
    rescue IO::WaitReadable
      reactor.persist(socket, id, request_count, remote_addr: remote_addr, url_scheme: url_scheme)
      return
    rescue EOFError
      socket.close rescue nil
      return
    end

    env, parse_data, nread, parser = begin
      parse_next_request(buffer)
    rescue HttpParserError
      reject_malformed(socket)
      return
    end

    if !parser.finished?
      fallback_to_reactor(socket, id, buffer, env, parse_data, reactor, request_count, remote_addr, url_scheme)
      return
    end

    body = extract_body(buffer, env, parser, nread, decode_chunked: false)
    if body == :incomplete
      fallback_to_reactor(socket, id, buffer, env, parse_data, reactor, request_count, remote_addr, url_scheme)
      return
    end

    request_count += 1

    if thread_pool.queue_size >= thread_pool.size
      thread_pool << proc do
        process_client(
          socket,
          id,
          env,
          parse_data,
          body,
          reactor,
          thread_pool,
          request_count,
          remote_addr,
          url_scheme
        )
      end
      return
    end

    keep_alive = process_request(
      socket,
      env,
      parse_data,
      body,
      request_count,
      remote_addr,
      url_scheme
    )
    return unless keep_alive
  end
end

#expects_100_continue?(env) ⇒ Boolean

Returns true if the request expects a 100 Continue response per RFC 7231 section 5.1.1.

RBS:

  • (Hash[String, untyped] env) -> bool

Parameters:

  • env (Hash) —

    the parsed Rack environment (possibly incomplete)

Returns:

  • (Boolean) 


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# File 'lib/raptor/http1.rb', line 446

def expects_100_continue?(env)
  (env[Rack::SERVER_PROTOCOL] == HTTP_11) && env[HTTP_EXPECT]&.casecmp?(EXPECT_100_CONTINUE)
end

#extract_body(buffer, env, parser, nread, decode_chunked:) ⇒ String, ...

Resolves the request body for a finished parse. Returns the body String (or nil when the request has no body), or one of :incomplete, :too_large, :malformed when the caller must fall back or reject.

RBS:

  • (String buffer, Hash[String, untyped] env, HttpParser parser, Integer nread, decode_chunked: bool) -> (String | Symbol)?

Parameters:

  • buffer (String) —

    the raw request bytes

  • env (Hash) —

    the Rack environment being built

  • parser (HttpParser) —

    the parser holding the finished parse state

  • nread (Integer) —

    the byte offset where the body begins in buffer

  • decode_chunked (Boolean) —

    whether to decode chunked bodies inline; when false chunked bodies signal :incomplete

  • decode_chunked: (Boolean)

Returns:

  • (String, nil, Symbol) 


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# File 'lib/raptor/http1.rb', line 416

def extract_body(buffer, env, parser, nread, decode_chunked:)
  return unless parser.has_body?

  body = buffer.byteslice(nread..-1) || ""

  if parser.chunked?
    return :incomplete unless decode_chunked

    body, chunked_state = HttpParser.decode_chunked(body, @max_body_size)
    case chunked_state
    when :complete
      env.delete(HTTP_TRANSFER_ENCODING)
      body
    else
      chunked_state
    end
  elsif parser.content_length > body.bytesize
    :incomplete
  else
    body
  end
end

#fallback_to_reactor(socket, id, buffer, env, parse_data, reactor, request_count, remote_addr, url_scheme, persisted: true) ⇒ void

This method returns an undefined value.

Re-registers a socket with the reactor for further processing when an incomplete request is received on the fast path.

RBS:

  • (TCPSocket socket, Integer id, String buffer, Hash[String, untyped] env, Hash[Symbol, untyped] parse_data, Reactor reactor, Integer request_count, String remote_addr, String url_scheme, persisted: bool) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • id (Integer) —

    unique client identifier

  • buffer (String) —

    the partial request data already read

  • env (Hash) —

    partial env hash from the HTTP parser

  • parse_data (Hash) —

    metadata from the parsing pass

  • reactor (Reactor) —

    the reactor to re-register with

  • request_count (Integer) —

    number of requests handled on this connection

  • remote_addr (String) —

    client IP address

  • url_scheme (String) —

    "http" or "https"

  • persisted (Boolean) (defaults to: true) —

    whether the connection has already completed at least one request

  • persisted: (Boolean) (defaults to: true) 


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# File 'lib/raptor/http1.rb', line 676

def fallback_to_reactor(socket, id, buffer, env, parse_data, reactor, request_count, remote_addr, url_scheme, persisted: true)
  continued = expects_100_continue?(env)
  socket_write(socket, CONTINUE_RESPONSE) rescue nil if continued

  reactor.persist(socket, id, request_count, remote_addr: remote_addr, url_scheme: url_scheme)
  state = {
    id: id,
    buffer: buffer.dup,
    env: env,
    request_count: request_count,
    parse_data: parse_data,
    remote_addr: remote_addr,
    url_scheme: url_scheme
  }
  state[:persisted] = true if persisted
  state[:continued] = true if continued
  reactor.update_state(Ractor.make_shareable(state))
end

#forwarded_https?(env) ⇒ Boolean

Returns true when an upstream proxy signals that it terminated TLS for this request via X-Forwarded-Proto, X-Forwarded-Scheme, or X-Forwarded-Ssl. Only the first comma-separated value is consulted.

RBS:

  • (Hash[String, untyped] env) -> bool

Parameters:

  • env (Hash) —

    the Rack environment

Returns:

  • (Boolean) 


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# File 'lib/raptor/http1.rb', line 824

def forwarded_https?(env)
  proto = env["HTTP_X_FORWARDED_PROTO"] || env["HTTP_X_FORWARDED_SCHEME"]
  return true if proto && proto.split(",").first&.strip&.casecmp?(Server::HTTPS_SCHEME)

  env["HTTP_X_FORWARDED_SSL"]&.casecmp?("on") || false
end

#handle_app_error(socket, rack_env, status, headers, error, response_started:, hijacked:) ⇒ void

This method returns an undefined value.

Handles an exception raised while processing a request. Fires the rack.response_finished callbacks with the error, writes a 500 response when no bytes have gone to the socket yet, and routes the exception through the configured on_error handler (or re-raises).

RBS:

  • (TCPSocket socket, Hash[String, untyped]? rack_env, Integer? status, Hash[String, String | Array[String]]? headers, Exception error, response_started: bool, hijacked: bool) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • rack_env (Hash, nil) —

    the Rack environment, if it was built

  • status (Integer, nil) —

    the status returned by the app, if any

  • headers (Hash, nil) —

    the headers returned by the app, if any

  • error (Exception) —

    the exception raised

  • response_started (Boolean) —

    whether any response bytes have been written

  • hijacked (Boolean) —

    whether the app took over the socket

  • response_started: (Boolean)
  • hijacked: (Boolean) 


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# File 'lib/raptor/http1.rb', line 562

def handle_app_error(socket, rack_env, status, headers, error, response_started:, hijacked:)
  call_response_finished(rack_env, status, headers, error) if rack_env
  socket.write(INTERNAL_SERVER_ERROR_RESPONSE) rescue nil unless response_started || hijacked

  if @on_error
    @on_error.call(rack_env, error) rescue nil
  else
    raise error
  end
end

#handle_parsed_request(parsed_request, reactor, thread_pool) ⇒ void

This method returns an undefined value.

Dispatches a parsed HTTP request to the thread pool when complete, or hands it back to the reactor for more I/O when incomplete.

RBS:

  • (Hash[Symbol, untyped] parsed_request, Reactor reactor, AtomicThreadPool thread_pool) -> void

Parameters:

  • parsed_request (Hash) —

    the parsed request state from the ractor pool

  • reactor (Reactor) —

    the reactor managing the client connection

  • thread_pool (AtomicThreadPool) —

    thread pool for application processing



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# File 'lib/raptor/http1.rb', line 325

def handle_parsed_request(parsed_request, reactor, thread_pool)
  if parsed_request[:too_large]
    socket = reactor.remove(parsed_request[:id])
    reject_oversized(socket) if socket
    return
  end

  if parsed_request[:malformed]
    socket = reactor.remove(parsed_request[:id])
    reject_malformed(socket) if socket
    return
  end

  unless parsed_request[:complete]
    parsed_request = send_continue_if_expected(parsed_request, reactor)
    reactor.update_state(parsed_request)
  else
    socket = reactor.remove(parsed_request[:id])
    request_count = (parsed_request[:request_count] || 0) + 1
    remote_addr = parsed_request[:remote_addr] || Server::DEFAULT_REMOTE_ADDR
    url_scheme = parsed_request[:url_scheme] || Server::HTTP_SCHEME

    thread_pool << proc do
      process_client(
        socket,
        parsed_request[:id],
        parsed_request[:env].dup,
        parsed_request[:parse_data],
        parsed_request[:body],
        reactor,
        thread_pool,
        request_count,
        remote_addr,
        url_scheme
      )
    end
  end
end

#keep_alive?(env, request_count) ⇒ Boolean

Returns true when the connection should be kept alive after the current response.

RBS:

  • (Hash[String, untyped] env, Integer request_count) -> bool

Parameters:

  • env (Hash) —

    the Rack environment

  • request_count (Integer) —

    number of requests handled on this connection

Returns:

  • (Boolean) —

    true if the connection should be kept alive



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# File 'lib/raptor/http1.rb', line 839

def keep_alive?(env, request_count)
  return false if request_count >= @max_keepalive_requests

  connection_header = env[HTTP_CONNECTION]

  if env[Rack::SERVER_PROTOCOL] == HTTP_11
    !connection_header&.casecmp?(CONNECTION_CLOSE)
  else
    connection_header&.casecmp?(CONNECTION_KEEPALIVE) || false
  end
end

#normalize_headers(headers) ⇒ Hash

Returns a normalised copy of the response headers with lowercased keys and illegal/rack.*/status entries dropped.

RBS:

  • (Hash[String, String | Array[String]] headers) -> Hash[String, String | Array[String]]

Parameters:

  • headers (Hash) —

    raw headers from the Rack application

Returns:

  • (Hash) —

    normalized headers with lowercased string keys

Raises:

  • (TypeError) —

    if headers is not a Hash or a key is not a String



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# File 'lib/raptor/http1.rb', line 941

def normalize_headers(headers)
  raise TypeError, "headers must be a Hash" unless headers.is_a?(Hash)

  normalized = {}
  headers.each do |key, value|
    raise TypeError, "header keys must be Strings" unless key.is_a?(String)

    next if HttpParser.illegal_header_key?(key)

    normalized_key = key.match?(/[A-Z]/) ? key.downcase : key
    next if normalized_key.start_with?(RACK_HEADER_PREFIX)
    next if normalized_key == "status"

    normalized[normalized_key] = value
  end
  normalized
end

#parse_next_request(buffer) ⇒ Array(Hash, Hash, Integer, HttpParser)

Runs a fresh HTTP/1.x parse against buffer, returning [env, parse_data, nread, parser]. Raises HttpParserError on malformed input.

RBS:

  • (String buffer) -> [Hash[String, untyped], Hash[Symbol, untyped], Integer, HttpParser]

Parameters:

  • buffer (String) —

    the raw request bytes

Returns:



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# File 'lib/raptor/http1.rb', line 394

def parse_next_request(buffer)
  parser = (Thread.current[:raptor_http_parser] ||= HttpParser.new)
  parser.reset
  env = @env_template.dup
  nread = parser.execute(env, buffer, 0)
  parse_data = { parse_count: 1, content_length: parser.content_length }
  [env, parse_data, nread, parser]
end

#parser_worker ⇒ Proc

Instance-level wrapper around Raptor::Http.parser_worker that binds this handler's env template and body-size limit into the worker proc.

RBS:

  • () -> ^(Hash[Symbol, untyped]) -> Hash[Symbol, untyped]

Returns:

  • (Proc) 


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# File 'lib/raptor/http1.rb', line 216

def parser_worker
  Http.parser_worker(@env_template, @max_body_size)
end

#process_client(socket, id, env, parse_data, body, reactor, thread_pool, request_count, remote_addr, url_scheme) ⇒ void

This method returns an undefined value.

Processes a client connection by handling the current request and, if keep-alive, eagerly reading subsequent requests inline.

RBS:

  • (TCPSocket socket, Integer id, Hash[String, untyped] env, Hash[Symbol, untyped] parse_data, String? body, Reactor reactor, AtomicThreadPool thread_pool, Integer request_count, String remote_addr, String url_scheme) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • id (Integer) —

    unique client identifier

  • env (Hash) —

    partial env hash from the HTTP parser

  • parse_data (Hash) —

    metadata from the parsing pass

  • body (String, nil) —

    decoded request body

  • reactor (Reactor) —

    the reactor managing the client connection

  • thread_pool (AtomicThreadPool) —

    thread pool for application processing

  • request_count (Integer) —

    number of requests handled on this connection

  • remote_addr (String) —

    client IP address

  • url_scheme (String) —

    "http" or "https"



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# File 'lib/raptor/http1.rb', line 488

def process_client(socket, id, env, parse_data, body, reactor, thread_pool, request_count, remote_addr, url_scheme)
  keep_alive = process_request(socket, env, parse_data, body, request_count, remote_addr, url_scheme)
  eager_keepalive(socket, id, reactor, thread_pool, request_count, remote_addr, url_scheme) if keep_alive
end

#process_request(socket, env, parse_data, body, request_count, remote_addr, url_scheme) ⇒ Boolean

Processes a single request. Builds the Rack env, calls the app, writes the response, and returns whether the connection stays open for another request.

RBS:

  • (TCPSocket socket, Hash[String, untyped] env, Hash[Symbol, untyped] parse_data, String? body, Integer request_count, String remote_addr, String url_scheme) -> bool

Parameters:

  • socket (TCPSocket) —

    the client socket

  • env (Hash) —

    partial env hash from the HTTP parser

  • parse_data (Hash) —

    metadata from the parsing pass

  • body (String, nil) —

    decoded request body

  • request_count (Integer) —

    number of requests handled on this connection

  • remote_addr (String) —

    client IP address

  • url_scheme (String) —

    "http" or "https"

Returns:

  • (Boolean) —

    true if the connection should be kept alive



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# File 'lib/raptor/http1.rb', line 507

def process_request(socket, env, parse_data, body, request_count, remote_addr, url_scheme)
  rack_env = nil
  status = nil
  headers = nil
  hijacked = false
  keep_alive = false
  response_started = false

  begin
    rack_env = build_rack_env(env, parse_data, body, socket, remote_addr: remote_addr, url_scheme: url_scheme)
    status, headers, body = @app.call(rack_env)

    if rack_env[RACK_HIJACKED]
      hijacked = true
      body.close if body.respond_to?(:close)
    else
      hijacked = headers.is_a?(Hash) && !!headers[Rack::RACK_HIJACK]
      streaming = body.respond_to?(:call) && !body.respond_to?(:each)
      keep_alive = (hijacked || streaming) ? false : keep_alive?(rack_env, request_count)
      response_size = response_size(headers, body) if @access_log_io && !hijacked
      response_started = true
      write_response(socket, rack_env, status, headers, body, keep_alive: keep_alive)
    end

    write_access_log(rack_env, status, response_size, remote_addr) if @access_log_io && !hijacked
    call_response_finished(rack_env, status, headers, nil)
    keep_alive && !hijacked
  rescue => error
    keep_alive = false
    handle_app_error(socket, rack_env, status, headers, error, response_started: response_started, hijacked: hijacked)
  ensure
    rack_input = rack_env && rack_env[Rack::RACK_INPUT]
    rack_input.close! rescue nil if rack_input.respond_to?(:close!)

    unless hijacked || keep_alive
      socket.close rescue nil
    end
  end
end

#read_into_thread_buffer(socket) ⇒ String

Reads pending bytes off socket into the thread-local read buffer, draining any additional SSL-buffered bytes so pending is empty on return. Raises IO::WaitReadable, EOFError, or IOError like the underlying read_nonblock does.

RBS:

  • (TCPSocket socket) -> String

Parameters:

  • socket (TCPSocket) —

    the socket to read from

Returns:

  • (String) —

    the thread-local buffer, freshly populated



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# File 'lib/raptor/http1.rb', line 375

def read_into_thread_buffer(socket)
  buffer = (Thread.current[:raptor_read_buffer] ||= String.new(capacity: READ_BUFFER_SIZE))
  socket.read_nonblock(READ_BUFFER_SIZE, buffer)

  while socket.respond_to?(:pending) && socket.pending.positive?
    buffer << socket.read_nonblock(socket.pending)
  end

  buffer
end

#reject_malformed(socket) ⇒ void

This method returns an undefined value.

Writes a 400 response and closes the socket.

RBS:

  • (TCPSocket socket) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket



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# File 'lib/raptor/http1.rb', line 712

def reject_malformed(socket)
  socket.write(BAD_REQUEST_RESPONSE) rescue nil
  socket.close rescue nil
end

#reject_oversized(socket) ⇒ void

This method returns an undefined value.

Writes a 413 response and closes the socket.

RBS:

  • (TCPSocket socket) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket



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# File 'lib/raptor/http1.rb', line 701

def reject_oversized(socket)
  socket.write(CONTENT_TOO_LARGE_RESPONSE) rescue nil
  socket.close rescue nil
end

#response_size(headers, body) ⇒ String

Returns the response body size as a String for the access log, taken from the content-length header when set, computed from the body otherwise, or - when the size cannot be determined upfront.

RBS:

  • (Hash[String, String | Array[String]] headers, untyped body) -> String

Parameters:

  • headers (Hash) —

    the response headers

  • body (Object) —

    the response body

Returns:

  • (String) 


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# File 'lib/raptor/http1.rb', line 1282

def response_size(headers, body)
  headers[Rack::CONTENT_LENGTH] || calculate_content_length(body)&.to_s || "-"
end

#send_continue_if_expected(state, reactor) ⇒ Hash

Sends an HTTP 100 Continue response when the client requested Expect: 100-continue, returning the state hash with :continued set once written. A write failure is silently ignored.

RBS:

  • (Hash[Symbol, untyped] state, Reactor reactor) -> Hash[Symbol, untyped]

Parameters:

  • state (Hash) —

    the partially-parsed connection state

  • reactor (Reactor) —

    the reactor holding the connection's socket

Returns:

  • (Hash) —

    the state, with :continued set if 100 was written



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# File 'lib/raptor/http1.rb', line 459

def send_continue_if_expected(state, reactor)
  return state if state[:continued]

  env = state[:env]
  return state unless env && expects_100_continue?(env)

  socket = reactor.socket_for(state[:id])
  return state unless socket

  socket_write(socket, CONTINUE_RESPONSE) rescue nil
  state.merge(continued: true)
end

#send_early_hints(socket, hints) ⇒ void

This method returns an undefined value.

Sends an HTTP 103 Early Hints response, skipping any entries with illegal header keys or values. No-ops when hints is empty.

RBS:

  • (TCPSocket socket, Hash[String, String | Array[String]] hints) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket to write to

  • hints (Hash) —

    header name to value (or array of values) pairs



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# File 'lib/raptor/http1.rb', line 859

def send_early_hints(socket, hints)
  return if hints.empty?

  response = +"#{HTTP_11} 103 Early Hints\r\n"
  hints.each do |key, value|
    next if HttpParser.illegal_header_key?(key)

    values = value.is_a?(Array) ? value : [value]
    values.each do |hint_value|
      next if HttpParser.illegal_header_value?(hint_value.to_s)

      response << "#{key.downcase}: #{hint_value}\r\n"
    end
  end
  response << "\r\n"

  socket_write(socket, response)
end

#shutdown ⇒ void

This method returns an undefined value.

Signals eager keep-alive loops to stop processing further requests on their connections. In-flight requests complete normally.

RBS:

  • () -> void



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# File 'lib/raptor/http1.rb', line 252

def shutdown
  @running.make_false
end

#socket_write(socket, string) ⇒ void

This method returns an undefined value.

Instance-level wrapper around Raptor::Http.socket_write that applies the configured write_timeout.

RBS:

  • (TCPSocket socket, String string) -> void

Parameters:

  • socket (TCPSocket) —

    the socket to write to

  • string (String) —

    the data to write

Raises:

  • (Http::WriteError) —

    if the socket is not writable within the timeout or raises IOError



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# File 'lib/raptor/http1.rb', line 229

def socket_write(socket, string)
  Http.socket_write(socket, string, timeout: @write_timeout)
end

#socket_writev(socket, strings) ⇒ void

This method returns an undefined value.

Instance-level wrapper around Raptor::Http.socket_writev that applies the configured write_timeout.

RBS:

  • (TCPSocket socket, Array[String] strings) -> void

Parameters:

  • socket (TCPSocket) —

    the socket to write to

  • strings (Array<String>) —

    the buffers to write in order

Raises:

  • (Http::WriteError) —

    if the socket is not writable within the timeout or raises IOError



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# File 'lib/raptor/http1.rb', line 242

def socket_writev(socket, strings)
  Http.socket_writev(socket, strings, timeout: @write_timeout)
end

#uncork_socket(socket) ⇒ void

This method returns an undefined value.

Disables TCP_CORK on the socket, flushing any buffered packets. Linux-only; a no-op elsewhere.

RBS:

  • (TCPSocket socket) -> void

Parameters:

  • socket (TCPSocket) —

    the socket to uncork



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# File 'lib/raptor/http1.rb', line 1305

def uncork_socket(socket)
  socket.setsockopt(Socket::IPPROTO_TCP, Socket::TCP_CORK, 0) if socket.is_a?(TCPSocket)
end

#validate_headers(headers, status, no_entity_body) ⇒ void

This method returns an undefined value.

Raises when the headers include entries forbidden for the response status (content-type or content-length on a 204, 304, or 1xx).

RBS:

  • (Hash[String, String | Array[String]] headers, Integer status, bool no_entity_body) -> void

Parameters:

  • headers (Hash) —

    normalized response headers

  • status (Integer) —

    HTTP status code

  • no_entity_body (Boolean) —

    whether the status forbids an entity body

Raises:

  • (ArgumentError) —

    if a forbidden header is present for the status



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# File 'lib/raptor/http1.rb', line 969

def validate_headers(headers, status, no_entity_body)
  if no_entity_body
    raise ArgumentError, "content-type must not be present for status #{status}" if headers.key?(Rack::CONTENT_TYPE)

    raise ArgumentError, "content-length must not be present for status #{status}" if headers.key?(Rack::CONTENT_LENGTH)
  end
end

#validate_status(status) ⇒ void

This method returns an undefined value.

Validates that the status code is a valid integer.

RBS:

  • (Integer status) -> void

Parameters:

  • status (Object) —

    the status value to validate

Raises:

  • (TypeError) —

    if status is not an Integer

  • (ArgumentError) —

    if status is less than 100



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# File 'lib/raptor/http1.rb', line 927

def validate_status(status)
  raise TypeError, "status must be an Integer" unless status.is_a?(Integer)

  raise ArgumentError, "status must be >= 100" unless status >= 100
end

#write_access_log(env, status, size, remote_addr) ⇒ void

This method returns an undefined value.

Instance-level wrapper around Raptor::Http.write_access_log that routes to the configured @access_log_io.

RBS:

  • (Hash[String, untyped] env, Integer status, String size, String remote_addr) -> void

Parameters:

  • env (Hash) —

    the Rack environment

  • status (Integer) —

    the response status code

  • size (String) —

    the response body size in bytes, or - if unknown

  • remote_addr (String) —

    the client IP address



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# File 'lib/raptor/http1.rb', line 1269

def write_access_log(env, status, size, remote_addr)
  Http.write_access_log(@access_log_io, env, status, size, remote_addr)
end

#write_array_body(socket, response, body_array, use_chunked) ⇒ void

This method returns an undefined value.

Writes an array body to the socket.

RBS:

  • (TCPSocket socket, String response, Array[String] body_array, bool use_chunked) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • response (String) —

    headers already serialized, to be written before the body

  • body_array (Array<String>) —

    the response body chunks

  • use_chunked (Boolean) —

    whether to use chunked transfer encoding



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# File 'lib/raptor/http1.rb', line 1147

def write_array_body(socket, response, body_array, use_chunked)
  if body_array.length == 1
    write_single_chunk(socket, response, body_array.first, use_chunked)
  else
    write_multiple_chunks(socket, response, body_array, use_chunked)
  end
end

#write_enumerable_body(socket, response, body, use_chunked) ⇒ void

This method returns an undefined value.

Writes a generic enumerable body to the socket.

RBS:

  • (TCPSocket socket, String response, untyped body, bool use_chunked) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • response (String) —

    headers already serialized, to be written before the body

  • body (Object) —

    any object responding to each

  • use_chunked (Boolean) —

    whether to use chunked transfer encoding

Raises:

  • (TypeError) —

    if any yielded chunk is not a String



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# File 'lib/raptor/http1.rb', line 1219

def write_enumerable_body(socket, response, body, use_chunked)
  if use_chunked
    socket_write(socket, response)
    buffer = +""
    body.each do |chunk|
      raise TypeError, "body must yield String values" unless chunk.is_a?(String)

      buffer.clear
      HttpParser.chunked_encode(buffer, chunk)
      socket_write(socket, buffer) unless buffer.empty?
    end
    socket_write(socket, CHUNKED_TERMINATOR)
  else
    body.each do |chunk|
      raise TypeError, "body must yield String values" unless chunk.is_a?(String)

      response << chunk
    end
    socket_write(socket, response)
  end
end

#write_file_body(socket, response, path, content_length, use_chunked) ⇒ void

This method returns an undefined value.

Writes a file body to the socket.

RBS:

  • (TCPSocket socket, String response, String path, Integer? content_length, bool use_chunked) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • response (String) —

    headers already serialized, to be written before the body

  • path (String) —

    filesystem path of the file to send

  • content_length (Integer, nil) —

    pre-calculated file size

  • use_chunked (Boolean) —

    whether to use chunked transfer encoding



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# File 'lib/raptor/http1.rb', line 1115

def write_file_body(socket, response, path, content_length, use_chunked)
  File.open(path, "rb") do |file|
    if use_chunked
      buffer = response
      while (chunk = file.read(FILE_CHUNK_SIZE))
        HttpParser.chunked_encode(buffer, chunk)
        if buffer.bytesize >= CHUNKED_WRITE_THRESHOLD
          socket_write(socket, buffer)
          buffer = +""
        end
      end
      buffer << CHUNKED_TERMINATOR
      socket_write(socket, buffer)
    elsif content_length && content_length < BODY_BUFFER_THRESHOLD
      response << file.read(content_length)
      socket_write(socket, response)
    else
      socket_write(socket, response)
      IO.copy_stream(file, socket)
    end
  end
end

#write_full_response(socket, response, headers, body, http_version) ⇒ void

This method returns an undefined value.

Writes a complete response with a body. Emits a Content-Length when the total size is known upfront, otherwise chunked encoding on HTTP/1.1.

RBS:

  • (TCPSocket socket, String response, Hash[String, String | Array[String]] headers, untyped body, String http_version) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • response (String) —

    the status line accumulated so far

  • headers (Hash) —

    normalized response headers

  • body (Object) —

    the response body

  • http_version (String) —

    "HTTP/1.1" or "HTTP/1.0"



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# File 'lib/raptor/http1.rb', line 1043

def write_full_response(socket, response, headers, body, http_version)
  if body.respond_to?(:call)
    HttpParser.format_headers(response, headers)
    response << "\r\n"
    socket_write(socket, response)
    uncork_socket(socket)
    body.call(socket)
    return
  end

  content_length = headers[Rack::CONTENT_LENGTH]&.to_i
  use_chunked = false

  if !content_length || content_length.zero?
    calculated_length = calculate_content_length(body)
    if calculated_length
      content_length = calculated_length
    elsif http_version == HTTP_11 && !headers.key?(Rack::TRANSFER_ENCODING)
      use_chunked = true
    end
  end

  if content_length && content_length >= 0
    headers[Rack::CONTENT_LENGTH] = content_length.to_s
  elsif use_chunked
    headers[Rack::TRANSFER_ENCODING] = TRANSFER_ENCODING_CHUNKED
  end

  HttpParser.format_headers(response, headers)
  response << "\r\n"

  if body.respond_to?(:to_path) && (path = body.to_path) && File.readable?(path)
    write_file_body(socket, response, path, content_length, use_chunked)
  elsif body.respond_to?(:to_ary)
    write_array_body(socket, response, body.to_ary, use_chunked)
  elsif body.respond_to?(:each)
    write_enumerable_body(socket, response, body, use_chunked)
  else
    raise TypeError, "body must respond to each, to_ary, or to_path"
  end
end

#write_hijacked_response(socket, response, headers, response_hijack) ⇒ void

This method returns an undefined value.

Writes the response headers, uncorks the socket, and hands the raw socket to the hijack callback.

RBS:

  • (TCPSocket socket, String response, Hash[String, String | Array[String]] headers, ^(TCPSocket) -> void response_hijack) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • response (String) —

    the status line accumulated so far

  • headers (Hash) —

    normalized response headers

  • response_hijack (Proc) —

    callable that receives the socket and writes the body



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# File 'lib/raptor/http1.rb', line 1002

def write_hijacked_response(socket, response, headers, response_hijack)
  HttpParser.format_headers(response, headers)
  response << "\r\n"
  socket_write(socket, response)
  uncork_socket(socket)
  response_hijack.call(socket)
end

#write_multiple_chunks(socket, response, body_array, use_chunked) ⇒ void

This method returns an undefined value.

Writes a multi-element array body to the socket.

RBS:

  • (TCPSocket socket, String response, Array[String] body_array, bool use_chunked) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • response (String) —

    headers already serialized, to be written before the body

  • body_array (Array<String>) —

    the response body chunks

  • use_chunked (Boolean) —

    whether to use chunked transfer encoding

Raises:

  • (TypeError) —

    if any chunk is not a String



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# File 'lib/raptor/http1.rb', line 1187

def write_multiple_chunks(socket, response, body_array, use_chunked)
  if use_chunked
    buffer = response
    body_array.each do |chunk|
      raise TypeError, "body must yield String values" unless chunk.is_a?(String)

      HttpParser.chunked_encode(buffer, chunk)
      if buffer.bytesize >= CHUNKED_WRITE_THRESHOLD
        socket_write(socket, buffer)
        buffer = +""
      end
    end
    buffer << CHUNKED_TERMINATOR
    socket_write(socket, buffer)
  else
    body_array.each do |chunk|
      raise TypeError, "body must yield String values" unless chunk.is_a?(String)
    end
    socket_writev(socket, [response, *body_array])
  end
end

#write_no_body_response(socket, response, headers, no_entity_body) ⇒ void

This method returns an undefined value.

Writes a response with no entity body, adding a zero Content-Length when the status may carry a body but none was supplied.

RBS:

  • (TCPSocket socket, String response, Hash[String, String | Array[String]] headers, bool no_entity_body) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • response (String) —

    the status line accumulated so far

  • headers (Hash) —

    normalized response headers

  • no_entity_body (Boolean) —

    whether the response status forbids an entity body



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# File 'lib/raptor/http1.rb', line 1021

def write_no_body_response(socket, response, headers, no_entity_body)
  unless no_entity_body
    headers[Rack::CONTENT_LENGTH] = "0" unless headers.key?(Rack::CONTENT_LENGTH) || headers.key?(Rack::TRANSFER_ENCODING)
  end

  HttpParser.format_headers(response, headers)
  response << "\r\n"
  socket_write(socket, response)
end

#write_response(socket, env, status, headers, body, keep_alive: false) ⇒ void

This method returns an undefined value.

Writes a complete HTTP response to the socket.

RBS:

  • (TCPSocket socket, Hash[String, untyped] env, Integer status, Hash[String, String | Array[String]] headers, untyped body, ?keep_alive: bool) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket to write to

  • env (Hash) —

    the Rack environment

  • status (Integer) —

    HTTP status code

  • headers (Hash) —

    response headers from the Rack application

  • body (Object) —

    response body (array, enumerable, file, or callable)

  • keep_alive (Boolean) (defaults to: false) —

    whether to send a keep-alive connection header

  • keep_alive: (Boolean) (defaults to: false) 


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# File 'lib/raptor/http1.rb', line 889

def write_response(socket, env, status, headers, body, keep_alive: false)
  validate_status(status)
  response_hijack = headers.is_a?(Hash) ? headers.delete(Rack::RACK_HIJACK) : nil
  headers = normalize_headers(headers)
  no_entity_body = (status >= 100 && status < 200) || status == 204 || status == 304
  validate_headers(headers, status, no_entity_body)

  headers["connection"] = keep_alive ? CONNECTION_KEEPALIVE : CONNECTION_CLOSE

  http_version = env[Rack::SERVER_PROTOCOL] == HTTP_11 ? HTTP_11 : HTTP_10
  no_body = env[Rack::REQUEST_METHOD] == "HEAD" || no_entity_body

  response = build_status_line(http_version, status)

  corked = !keep_alive
  cork_socket(socket) if corked

  if response_hijack
    write_hijacked_response(socket, response, headers, response_hijack)
  elsif no_body
    write_no_body_response(socket, response, headers, no_entity_body)
  else
    write_full_response(socket, response, headers, body, http_version)
  end
ensure
  body.close if body.respond_to?(:close)
  uncork_socket(socket) if corked
  socket.flush rescue nil
end

#write_single_chunk(socket, response, chunk, use_chunked) ⇒ void

This method returns an undefined value.

Writes a single-element array body to the socket.

RBS:

  • (TCPSocket socket, String response, String chunk, bool use_chunked) -> void

Parameters:

  • socket (TCPSocket) —

    the client socket

  • response (String) —

    headers already serialized, to be written before the body

  • chunk (String) —

    the single body chunk

  • use_chunked (Boolean) —

    whether to use chunked transfer encoding

Raises:

  • (TypeError) —

    if the chunk is not a String



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# File 'lib/raptor/http1.rb', line 1165

def write_single_chunk(socket, response, chunk, use_chunked)
  raise TypeError, "body must yield String values" unless chunk.is_a?(String)

  if use_chunked
    HttpParser.chunked_encode(response, chunk)
    response << CHUNKED_TERMINATOR
    socket_write(socket, response)
  else
    socket_writev(socket, [response, chunk])
  end
end