module Puma module MiniSSL class Socket def initialize(socket, engine) @socket = socket @engine = engine end def to_io @socket end def readpartial(size) while true output = @engine.read return output if output data = @socket.readpartial(size) @engine.inject(data) output = @engine.read return output if output while neg_data = @engine.extract @socket.write neg_data end end end def read_nonblock(size) while true output = @engine.read return output if output data = @socket.read_nonblock(size) @engine.inject(data) output = @engine.read return output if output while neg_data = @engine.extract @socket.write neg_data end end end def write(data) need = data.bytesize while true wrote = @engine.write data enc = @engine.extract while enc @socket.write enc enc = @engine.extract end need -= wrote return data.bytesize if need == 0 data = data[need..-1] end end alias_method :syswrite, :write def flush @socket.flush end def close @socket.close end def peeraddr @socket.peeraddr end end class Context attr_accessor :verify_mode attr_reader :key attr_reader :cert def key=(key) raise ArgumentError, "No such key file '#{key}'" unless File.exist? key @key = key end def cert=(cert) raise ArgumentError, "No such cert file '#{cert}'" unless File.exist? cert @cert = cert end end VERIFY_NONE = 0 VERIFY_PEER = 1 #if defined?(JRUBY_VERSION) #class Engine #def self.server(key, cert) #new(key, cert) #end #end #end class Server def initialize(socket, ctx) @socket = socket @ctx = ctx end def to_io @socket end def accept io = @socket.accept engine = Engine.server @ctx.key, @ctx.cert Socket.new io, engine end def accept_nonblock io = @socket.accept_nonblock engine = Engine.server @ctx.key, @ctx.cert Socket.new io, engine end def close @socket.close end end end end