# encoding: BINARY require 'helper' describe EM::WebSocket::Framing03 do class FramingContainer include EM::WebSocket::Framing03 def initialize @connection = Object.new def @connection.max_frame_size 1000000 end end def <<(data) @data << data process_data(data) end def debug(*args); end end before :each do @f = FramingContainer.new @f.initialize_framing end describe "basic examples" do it "connection close" do @f.should_receive(:message).with(:close, '', '') @f << 0b00000001 @f << 0b00000000 end it "ping" do @f.should_receive(:message).with(:ping, '', '') @f << 0b00000010 @f << 0b00000000 end it "pong" do @f.should_receive(:message).with(:pong, '', '') @f << 0b00000011 @f << 0b00000000 end it "text" do @f.should_receive(:message).with(:text, '', 'foo') @f << 0b00000100 @f << 0b00000011 @f << 'foo' end it "Text in two frames" do @f.should_receive(:message).with(:text, '', 'hello world') @f << 0b10000100 @f << 0b00000110 @f << "hello " @f << 0b00000000 @f << 0b00000101 @f << "world" end it "2 byte extended payload length text frame" do data = 'a' * 256 @f.should_receive(:message).with(:text, '', data) @f << 0b00000100 # Single frame, text @f << 0b01111110 # Length 126 (so read 2 bytes) @f << 0b00000001 # Two bytes in network byte order (256) @f << 0b00000000 @f << data end end # These examples are straight from the spec # http://tools.ietf.org/html/draft-ietf-hybi-thewebsocketprotocol-03#section-4.6 describe "examples from the spec" do it "a single-frame text message" do @f.should_receive(:message).with(:text, '', 'Hello') @f << "\x04\x05Hello" end it "a fragmented text message" do @f.should_receive(:message).with(:text, '', 'Hello') @f << "\x84\x03Hel" @f << "\x00\x02lo" end it "Ping request and response" do @f.should_receive(:message).with(:ping, '', 'Hello') @f << "\x02\x05Hello" end it "256 bytes binary message in a single frame" do data = "a"*256 @f.should_receive(:message).with(:binary, '', data) @f << "\x05\x7E\x01\x00" + data end it "64KiB binary message in a single frame" do data = "a"*65536 @f.should_receive(:message).with(:binary, '', data) @f << "\x05\x7F\x00\x00\x00\x00\x00\x01\x00\x00" + data end end describe "other tests" do it "should accept a fragmented unmasked text message in 3 frames" do @f.should_receive(:message).with(:text, '', 'Hello world') @f << "\x84\x03Hel" @f << "\x80\x02lo" @f << "\x00\x06 world" end end describe "error cases" do it "should raise an exception on continuation frame without preceeding more frame" do lambda { @f << 0b00000000 # Single frame, continuation @f << 0b00000001 # Length 1 @f << 'f' }.should raise_error(EM::WebSocket::WebSocketError, 'Continuation frame not expected') end end end # These examples are straight from the spec # http://tools.ietf.org/html/draft-ietf-hybi-thewebsocketprotocol-03#section-4.6 describe EM::WebSocket::Framing04 do class FramingContainer04 include EM::WebSocket::Framing04 def initialize @connection = Object.new def @connection.max_frame_size 1000000 end end def <<(data) @data << data process_data(data) end def debug(*args); end end before :each do @f = FramingContainer04.new @f.initialize_framing end describe "examples from the spec" do it "a single-frame text message" do @f.should_receive(:message).with(:text, '', 'Hello') @f << "\x84\x05\x48\x65\x6c\x6c\x6f" # "\x84\x05Hello" end it "a fragmented text message" do @f.should_receive(:message).with(:text, '', 'Hello') @f << "\x04\x03Hel" @f << "\x80\x02lo" end it "Ping request" do @f.should_receive(:message).with(:ping, '', 'Hello') @f << "\x82\x05Hello" end it "a pong response" do @f.should_receive(:message).with(:pong, '', 'Hello') @f << "\x83\x05Hello" end it "256 bytes binary message in a single frame" do data = "a"*256 @f.should_receive(:message).with(:binary, '', data) @f << "\x85\x7E\x01\x00" + data end it "64KiB binary message in a single frame" do data = "a"*65536 @f.should_receive(:message).with(:binary, '', data) @f << "\x85\x7F\x00\x00\x00\x00\x00\x01\x00\x00" + data end end describe "other tests" do it "should accept a fragmented unmasked text message in 3 frames" do @f.should_receive(:message).with(:text, '', 'Hello world') @f << "\x04\x03Hel" @f << "\x00\x02lo" @f << "\x80\x06 world" end end end describe EM::WebSocket::Framing07 do class FramingContainer07 include EM::WebSocket::Framing07 def initialize @connection = Object.new def @connection.max_frame_size 1000000 end end def <<(data) @data << data process_data(data) end def debug(*args); end end before :each do @f = FramingContainer07.new @f.initialize_framing end # These examples are straight from the spec # http://tools.ietf.org/html/draft-ietf-hybi-thewebsocketprotocol-07#section-4.6 describe "examples from the spec" do it "a single-frame unmakedtext message" do @f.should_receive(:message).with(:text, '', 'Hello') @f << "\x81\x05\x48\x65\x6c\x6c\x6f" # "\x84\x05Hello" end it "a single-frame masked text message" do @f.should_receive(:message).with(:text, '', 'Hello') @f << "\x81\x85\x37\xfa\x21\x3d\x7f\x9f\x4d\x51\x58" # "\x84\x05Hello" end it "a fragmented unmasked text message" do @f.should_receive(:message).with(:text, '', 'Hello') @f << "\x01\x03Hel" @f << "\x80\x02lo" end it "Ping request" do @f.should_receive(:message).with(:ping, '', 'Hello') @f << "\x89\x05Hello" end it "a pong response" do @f.should_receive(:message).with(:pong, '', 'Hello') @f << "\x8a\x05Hello" end it "256 bytes binary message in a single unmasked frame" do data = "a"*256 @f.should_receive(:message).with(:binary, '', data) @f << "\x82\x7E\x01\x00" + data end it "64KiB binary message in a single unmasked frame" do data = "a"*65536 @f.should_receive(:message).with(:binary, '', data) @f << "\x82\x7F\x00\x00\x00\x00\x00\x01\x00\x00" + data end end describe "other tests" do it "should raise a WSProtocolError if an invalid frame type is requested" do lambda { # Opcode 3 is not supported by this draft @f << "\x83\x05Hello" }.should raise_error(EventMachine::WebSocket::WSProtocolError, "Unknown opcode 3") end it "should accept a fragmented unmasked text message in 3 frames" do @f.should_receive(:message).with(:text, '', 'Hello world') @f << "\x01\x03Hel" @f << "\x00\x02lo" @f << "\x80\x06 world" end end end