func StreamIdentifiersTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("5.1.1", "Stream Identifiers")
tg.AddTestCase(NewTestCase(
"Sends even-numbered stream identifier",
"The endpoint MUST respond with a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 2
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
if ctx.Strict {
tg.AddTestCase(NewTestCase(
"Sends stream identifier that is numerically smaller than previous",
"The endpoint MUST respond with a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp1 http2.HeadersFrameParam
hp1.StreamID = 5
hp1.EndStream = true
hp1.EndHeaders = true
hp1.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp1)
var hp2 http2.HeadersFrameParam
hp2.StreamID = 3
hp2.EndStream = true
hp2.EndHeaders = true
hp2.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp2)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
}
return tg
}
func PriorityTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("6.3", "PRIORITY")
tg.AddTestCase(NewTestCase(
"Sends a PRIORITY frame with 0x0 stream identifier",
"The endpoint MUST respond with a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
// PRIORITY Frame
fmt.Fprintf(http2Conn.conn, "\x00\x00\x05\x02\x00\x00\x00\x00\x00")
fmt.Fprintf(http2Conn.conn, "\x80\x00\x00\x01\x0a")
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a PRIORITY frame with a length other than 5 octets",
"The endpoint MUST respond with a stream error of type FRAME_SIZE_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
// PRIORITY Frame
fmt.Fprintf(http2Conn.conn, "\x00\x00\x04\x02\x00\x00\x00\x00\x01")
fmt.Fprintf(http2Conn.conn, "\x80\x00\x00\x01")
actualCodes := []http2.ErrCode{http2.ErrCodeFrameSize}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func MalformedRequestsAndResponsesTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("8.1.2.6", "Malformed Requests and Responses")
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that contains the \"content-length\" header field which does not equal the sum of the DATA frame payload lengths",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("content-length", "1"))
hdrs[0].Value = "POST"
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that contains the \"content-length\" header field which does not equal the sum of the multiple DATA frame payload lengths",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("content-length", "1"))
hdrs[0].Value = "POST"
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, false, []byte("test"))
http2Conn.fr.WriteData(1, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func RequestPseudoHeaderFieldsTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("8.1.2.3", "Request Pseudo-Header Fields")
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that omits mandatory pseudo-header fields",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
tmp := hdrs[0:2]
hdrs = append(tmp, hdrs[3])
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame containing more than one pseudo-header fields with the same name",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs1 := commonHeaderFields(ctx)
hdrs2 := commonHeaderFields(ctx)
hdrs := append(hdrs1, hdrs2...)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func ConnectionSpecificHeaderFieldsTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("8.1.2.2", "Connection-Specific Header Fields")
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that contains the connection-specific header field",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("connection", "keep-alive"))
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that contains the TE header field that contain any value other than \"trailers\"",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("trailers", "test"))
hdrs = append(hdrs, pair("te", "trailers, deflate"))
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func HttpHeaderFieldsTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("8.1.2", "HTTP Header Fields")
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that contains the header field name in uppercase letters",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("X-TEST", "test"))
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestGroup(PseudoHeaderFieldsTestGroup(ctx))
tg.AddTestGroup(ConnectionSpecificHeaderFieldsTestGroup(ctx))
tg.AddTestGroup(RequestPseudoHeaderFieldsTestGroup(ctx))
tg.AddTestGroup(MalformedRequestsAndResponsesTestGroup(ctx))
return tg
}
func FrameSizeTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("4.2", "Frame Size")
tg.AddTestCase(NewTestCase(
"Sends large size frame that exceeds the SETTINGS_MAX_FRAME_SIZE",
"The endpoint MUST send a FRAME_SIZE_ERROR error.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
max_size, ok := http2Conn.Settings[http2.SettingMaxFrameSize]
if !ok {
max_size = 18384
}
http2Conn.fr.WriteData(1, true, []byte(dummyData(int(max_size)+1)))
actualCodes := []http2.ErrCode{http2.ErrCodeFrameSize}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func TestHTTPHeaderFields(ctx *Context) {
PrintHeader("8.1.2. HTTP Header Fields", 1)
func(ctx *Context) {
desc := "Sends a HEADERS frame that contains the header field name in uppercase letters"
msg := "the endpoint MUST respond with a stream error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("X-TEST", "test"),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
rf, ok := f.(*http2.RSTStreamFrame)
if ok {
if rf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 1)
}(ctx)
TestPseudoHeaderFields(ctx)
TestConnectionSpecificHeaderFields(ctx)
TestRequestPseudoHeaderFields(ctx)
TestMalformedRequestsAndResponses(ctx)
}
func RstStreamTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("6.4", "RST_STREAM")
tg.AddTestCase(NewTestCase(
"Sends a RST_STREAM frame with 0x0 stream identifier",
"The endpoint MUST respond with a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteRSTStream(0, http2.ErrCodeCancel)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a RST_STREAM frame on a idle stream",
"The endpoint MUST respond with a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteRSTStream(1, http2.ErrCodeCancel)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a RST_STREAM frame with a length other than 4 octets",
"The endpoint MUST respond with a connection error of type FRAME_SIZE_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
// RST_STREAM Frame
fmt.Fprintf(http2Conn.conn, "\x00\x00\x03\x03\x00\x00\x00\x00\x01")
fmt.Fprintf(http2Conn.conn, "\x00\x00\x00")
actualCodes := []http2.ErrCode{http2.ErrCodeFrameSize}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func TestPriority(ctx *Context) {
PrintHeader("6.3. PRIORITY", 0)
func(ctx *Context) {
desc := "Sends a PRIORITY frame with 0x0 stream identifier"
msg := "The endpoint MUST respond with a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
fmt.Fprintf(http2Conn.conn, "\x00\x00\x05\x02\x00\x00\x00\x00\x00")
http2Conn.conn.Write(buf.Bytes())
fmt.Fprintf(http2Conn.conn, "\x80\x00\x00\x01\x0a")
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
PrintFooter()
}
func TestMalformedRequestsAndResponses(ctx *Context) {
PrintHeader("8.1.2.6. Malformed Requests and Responses", 2)
// 8.1.2.6. ボディを構成する DATA フレームペイロードの長さの合計が "content-length" ヘッダーフィールドの値と等しくない場合、リクエストやレスポンスは不正な形式になります。
func(ctx *Context) {
desc := "Sends a HEADERS frame that contains invalid \"content-length\" header field"
msg := "the endpoint MUST respond with a stream error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "POST"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("content-length", "1"),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
rf, ok := f.(*http2.RSTStreamFrame)
if ok {
if rf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 2)
}(ctx)
}
func StreamDependenciesTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("5.3.1", "Stream Dependencies")
tg.AddTestCase(NewTestCase(
"Sends HEADERS frame that depend on itself",
"The endpoint MUST treat this as a stream error of type PROTOCOL_ERROR",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var pp http2.PriorityParam
pp.StreamDep = 3
pp.Exclusive = false
pp.Weight = 255
var hp http2.HeadersFrameParam
hp.StreamID = 3
hp.EndStream = true
hp.EndHeaders = true
hp.Priority = pp
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends PRIORITY frame that depend on itself",
"The endpoint MUST treat this as a stream error of type PROTOCOL_ERROR",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var pp http2.PriorityParam
pp.StreamDep = 2
pp.Exclusive = false
pp.Weight = 255
http2Conn.fr.WritePriority(2, pp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func StreamConcurrencyTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("5.1.2", "Stream Concurrency")
tg.AddTestCase(NewTestCase(
"Sends HEADERS frames that causes their advertised concurrent stream limit to be exceeded",
"The endpoint MUST treat this as a stream error (Section 5.4.2) of type PROTOCOL_ERROR or REFUSED_STREAM",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
// Skip this test when SETTINGS_MAX_CONCURRENT_STREAMS is unlimited.
_, ok := http2Conn.Settings[http2.SettingMaxConcurrentStreams]
if !ok {
actual = &ResultSkipped{"SETTINGS_MAX_CONCURRENT_STREAMS is unlimited."}
return nil, actual
}
// Set INITIAL_WINDOW_SIZE to zero to prevent the peer from closing the stream
settings := http2.Setting{http2.SettingInitialWindowSize, 0}
http2Conn.fr.WriteSettings(settings)
hdrs := commonHeaderFields(ctx)
hbf := http2Conn.EncodeHeader(hdrs)
var streamID uint32 = 1
for i := 0; i <= int(http2Conn.Settings[http2.SettingMaxConcurrentStreams]); i++ {
var hp http2.HeadersFrameParam
hp.StreamID = streamID
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = hbf
http2Conn.fr.WriteHeaders(hp)
streamID += 2
}
actualCodes := []http2.ErrCode{
http2.ErrCodeProtocol,
http2.ErrCodeRefusedStream,
}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func StreamStatesTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("5.1", "Stream States")
tg.AddTestCase(NewTestCase(
"idle: Sends a DATA frame",
"The endpoint MUST treat this as a connection error (Section 5.4.1) of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteData(1, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"idle: Sends a RST_STREAM frame",
"The endpoint MUST treat this as a connection error (Section 5.4.1) of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteRSTStream(1, http2.ErrCodeCancel)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"idle: Sends a WINDOW_UPDATE frame",
"The endpoint MUST treat this as a connection error (Section 5.4.1) of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteWindowUpdate(1, 100)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"idle: Sends a CONTINUATION frame",
"The endpoint MUST treat this as a connection error (Section 5.4.1) of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
blockFragment := http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteContinuation(1, true, blockFragment)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"half closed (remote): Sends a DATA frame",
"The endpoint MUST respond with a stream error (Section 5.4.2) of type STREAM_CLOSED.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = blockFragment
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeStreamClosed}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"half closed (remote): Sends a HEADERS frame",
"The endpoint MUST respond with a stream error (Section 5.4.2) of type STREAM_CLOSED.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp1 http2.HeadersFrameParam
hp1.StreamID = 1
hp1.EndStream = true
hp1.EndHeaders = true
hp1.BlockFragment = blockFragment
http2Conn.fr.WriteHeaders(hp1)
var hp2 http2.HeadersFrameParam
hp2.StreamID = 1
hp2.EndStream = true
hp2.EndHeaders = true
hp2.BlockFragment = blockFragment
http2Conn.fr.WriteHeaders(hp2)
actualCodes := []http2.ErrCode{http2.ErrCodeStreamClosed}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"half closed (remote): Sends a CONTINUATION frame",
"The endpoint MUST respond with a stream error (Section 5.4.2) of type STREAM_CLOSED.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("x-dummy1", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy2", dummyData(10000)))
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, true, blockFragment[16384:])
actualCodes := []http2.ErrCode{http2.ErrCodeStreamClosed}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
if ctx.Strict {
tg.AddTestCase(NewTestCase(
"closed: Sends a DATA frame",
"The endpoint MUST treat this as a stream error (Section 5.4.2) of type STREAM_CLOSED.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = blockFragment
http2Conn.fr.WriteHeaders(hp)
expected, actual = TestStreamClose(ctx, http2Conn)
if !EvaluateResult(expected, actual) {
return expected, actual
}
http2Conn.fr.WriteData(1, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeStreamClosed}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
}
if ctx.Strict {
tg.AddTestCase(NewTestCase(
"closed: Sends a HEADERS frame",
"The endpoint MUST treat this as a stream error (Section 5.4.2) of type STREAM_CLOSED.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = blockFragment
http2Conn.fr.WriteHeaders(hp)
expected, actual = TestStreamClose(ctx, http2Conn)
if !EvaluateResult(expected, actual) {
return expected, actual
}
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeStreamClosed}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
}
tg.AddTestCase(NewTestCase(
"closed: Sends a CONTINUATION frame",
"The endpoint MUST treat this as a stream error (Section 5.4.2) of type STREAM_CLOSED.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("x-dummy1", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy2", dummyData(10000)))
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, true, blockFragment[16384:])
expected, actual = TestStreamClose(ctx, http2Conn)
if !EvaluateResult(expected, actual) {
return expected, actual
}
http2Conn.fr.WriteContinuation(1, true, blockFragment[16384:])
actualCodes := []http2.ErrCode{http2.ErrCodeStreamClosed}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestGroup(StreamIdentifiersTestGroup(ctx))
tg.AddTestGroup(StreamConcurrencyTestGroup(ctx))
return tg
}
func ExtendingHttp2TestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("5.5", "Extending HTTP/2")
tg.AddTestCase(NewTestCase(
"Sends an unknown extension frame",
"The endpoint MUST discard frames that have unknown or unsupported types",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
pass = false
expected = []Result{
&ResultFrame{LengthDefault, http2.FramePing, http2.FlagPingAck, ErrCodeDefault},
}
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
// Write a frame of type 0xFF, which isn't yet defined
// as an extension frame. This should be ignored; no GOAWAY,
// RST_STREAM or closing the connection should occur
http2Conn.fr.WriteRawFrame(0xFF, 0x00, 0, []byte("unknown"))
// Now send a normal PING frame, and if this is processed
// without error, then the preceeding unknown frame must have
// been processed and ignored.
data := [8]byte{'h', '2', 's', 'p', 'e', 'c'}
http2Conn.fr.WritePing(false, data)
loop:
for {
f, err := http2Conn.ReadFrame(ctx.Timeout)
if err != nil {
opErr, ok := err.(*net.OpError)
if err == io.EOF || (ok && opErr.Err == syscall.ECONNRESET) {
rf, ok := actual.(*ResultFrame)
if actual == nil || (ok && rf.Type != http2.FrameGoAway) {
actual = &ResultConnectionClose{}
}
} else if err == TIMEOUT {
if actual == nil {
actual = &ResultTestTimeout{}
}
} else {
actual = &ResultError{err}
}
break loop
}
switch f := f.(type) {
case *http2.PingFrame:
actual = CreateResultFrame(f)
if f.FrameHeader.Flags.Has(http2.FlagPingAck) {
pass = true
break loop
}
default:
actual = CreateResultFrame(f)
}
}
return pass, expected, actual
},
))
tg.AddTestCase(NewTestCase(
"Sends an unknown extension frame in the middle of a header block",
"The endpoint MUST treat as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("x-dummy1", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy2", dummyData(10000)))
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteRawFrame(0xFF, 0x01, 0, []byte("unknown"))
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func TestHeaders(ctx *Context) {
PrintHeader("6.2. HEADERS", 0)
func(ctx *Context) {
desc := "Sends a HEADERS frame followed by any frame other than CONTINUATION"
msg := "The endpoint MUST treat the receipt of any other type of frame as a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = false
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a HEADERS frame followed by a frame on a different stream"
msg := "The endpoint MUST treat the receipt of a frame on a different stream as a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp1 http2.HeadersFrameParam
hp1.StreamID = 1
hp1.EndStream = false
hp1.EndHeaders = false
hp1.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp1)
var hp2 http2.HeadersFrameParam
hp2.StreamID = 3
hp2.EndStream = true
hp2.EndHeaders = true
hp2.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp2)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a HEADERS frame with 0x0 stream identifier"
msg := "The endpoint MUST respond with a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 0
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a HEADERS frame with invalid pad length"
msg := "The endpoint MUST treat this as a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
fmt.Fprintf(http2Conn.conn, "\x00\x00\x0f\x01\x0c\x00\x00\x00\x01")
http2Conn.conn.Write(buf.Bytes())
fmt.Fprintf(http2Conn.conn, "\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00")
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
PrintFooter()
}
func TestPseudoHeaderFields(ctx *Context) {
PrintHeader("8.1.2.1. Pseudo-Header Fields", 2)
func(ctx *Context) {
desc := "Sends a HEADERS frame that contains the pseudo-header field defined for response"
msg := "the endpoint MUST respond with a stream error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair(":status", "200"),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
rf, ok := f.(*http2.RSTStreamFrame)
if ok {
if rf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 2)
}(ctx)
func(ctx *Context) {
desc := "Sends a HEADERS frame that contains the invalid pseudo-header field"
msg := "the endpoint MUST respond with a stream error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair(":test", "test"),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
rf, ok := f.(*http2.RSTStreamFrame)
if ok {
if rf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 2)
}(ctx)
func(ctx *Context) {
desc := "Sends a HEADERS frame that contains a pseudo-header field that appears in a header block after a regular header field"
msg := "the endpoint MUST respond with a stream error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair("x-test", "test"),
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
rf, ok := f.(*http2.RSTStreamFrame)
if ok {
if rf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 2)
}(ctx)
}
func TestConnectionSpecificHeaderFields(ctx *Context) {
PrintHeader("8.1.2.2. Connection-Specific Header Fields", 2)
// 8.1.2.3. CONNECT リクエスト (8.3節) である場合を除き、":method"、":scheme"、そして ":path" 擬似ヘッダーフィールドに有効な値を1つ含まなければなりません (MUST)。これらの擬似ヘッダーフィールドが省略された HTTP リクエストは不正な形式 (8.1.2.6節) です。
// 8.1.2.6. ボディを構成する DATA フレームペイロードの長さの合計が "content-length" ヘッダーフィールドの値と等しくない場合、リクエストやレスポンスは不正な形式になります。
func(ctx *Context) {
desc := "Sends a HEADERS frame that contains the connection-specific header field"
msg := "the endpoint MUST respond with a stream error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("connection", "keep-alive"),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
rf, ok := f.(*http2.RSTStreamFrame)
if ok {
if rf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 2)
}(ctx)
func(ctx *Context) {
desc := "Sends a HEADERS frame that contains the TE header field that contain any value other than \"trailers\""
msg := "the endpoint MUST respond with a stream error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("trailers", "test"),
pair("te", "trailers, deflate"),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
rf, ok := f.(*http2.RSTStreamFrame)
if ok {
if rf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 2)
}(ctx)
}
func WindowUpdateTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("6.9", "WINDOW_UPDATE")
tg.AddTestCase(NewTestCase(
"Sends a WINDOW_UPDATE frame",
"The endpoint is expected to send the DATA frame based on the window size.",
func(ctx *Context) (expected []Result, actual Result) {
expected = []Result{
&ResultFrame{http2.FrameData, FlagDefault, ErrCodeDefault},
}
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
settings := http2.Setting{http2.SettingInitialWindowSize, 1}
http2Conn.fr.WriteSettings(settings)
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
winUpdated := false
loop:
for {
f, err := http2Conn.ReadFrame(ctx.Timeout)
if err != nil {
opErr, ok := err.(*net.OpError)
if err == io.EOF || (ok && opErr.Err == syscall.ECONNRESET) {
actual = &ResultConnectionClose{}
} else if err == TIMEOUT {
if actual == nil {
actual = &ResultTestTimeout{}
}
} else {
actual = &ResultError{err}
}
break loop
}
switch f := f.(type) {
case *http2.DataFrame:
if winUpdated {
if f.FrameHeader.Length > 10 {
err := errors.New("The length of DATA frame is invalid.")
actual = &ResultError{err}
break loop
}
actual = &ResultFrame{f.Header().Type, FlagDefault, ErrCodeDefault}
break loop
} else {
if f.FrameHeader.Length != 1 {
err := errors.New("The length of DATA frame is invalid.")
actual = &ResultError{err}
break loop
}
http2Conn.fr.WriteWindowUpdate(1, 10)
winUpdated = true
}
default:
actual = &ResultFrame{f.Header().Type, FlagDefault, ErrCodeDefault}
}
}
return expected, actual
},
))
tg.AddTestCase(NewTestCase(
"Sends a WINDOW_UPDATE frame with an flow control window increment of 0",
"The endpoint MUST respond with a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteWindowUpdate(0, 0)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a WINDOW_UPDATE frame with an flow control window increment of 0 on a stream",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteWindowUpdate(1, 0)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a WINDOW_UPDATE frame with a length other than a multiple of 4 octets",
"The endpoint MUST respond with a connection error of type FRAME_SIZE_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
fmt.Fprintf(http2Conn.conn, "\x00\x00\x03\x08\x00\x00\x00\x00\x00")
fmt.Fprintf(http2Conn.conn, "\x00\x00\x01")
actualCodes := []http2.ErrCode{http2.ErrCodeFrameSize}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestGroup(TheFlowControlWindowTestGroup(ctx))
tg.AddTestGroup(InitialFlowControlWindowSizeTestGroup(ctx))
return tg
}
func PseudoHeaderFieldsTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("8.1.2.1", "Pseudo-Header Fields")
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that contains the pseudo-header field defined for response",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair(":status", "200"))
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that contains the invalid pseudo-header field",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair(":test", "test"))
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame that contains a pseudo-header field that appears in a header block after a regular header field",
"The endpoint MUST respond with a stream error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
tmp := []hpack.HeaderField{
pair("x-test", "test"),
}
hdrs = append(tmp, hdrs...)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func TheFlowControlWindowTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("6.9.1", "The Flow Control Window")
tg.AddTestCase(NewTestCase(
"Sends multiple WINDOW_UPDATE frames on a connection increasing the flow control window to above 2^31-1",
"The endpoint MUST sends a GOAWAY frame with a FLOW_CONTROL_ERROR code.",
func(ctx *Context) (expected []Result, actual Result) {
expected = []Result{
&ResultFrame{http2.FrameGoAway, FlagDefault, http2.ErrCodeFlowControl},
}
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteWindowUpdate(0, 2147483647)
http2Conn.fr.WriteWindowUpdate(0, 2147483647)
loop:
for {
f, err := http2Conn.ReadFrame(ctx.Timeout)
if err != nil {
opErr, ok := err.(*net.OpError)
if err == io.EOF || (ok && opErr.Err == syscall.ECONNRESET) {
actual = &ResultConnectionClose{}
} else if err == TIMEOUT {
if actual == nil {
actual = &ResultTestTimeout{}
}
} else {
actual = &ResultError{err}
}
break loop
}
switch f := f.(type) {
case *http2.GoAwayFrame:
actual = &ResultFrame{f.Header().Type, FlagDefault, f.ErrCode}
if f.ErrCode == http2.ErrCodeFlowControl {
break loop
}
default:
actual = &ResultFrame{f.Header().Type, FlagDefault, ErrCodeDefault}
}
}
return expected, actual
},
))
tg.AddTestCase(NewTestCase(
"Sends multiple WINDOW_UPDATE frames on a stream increasing the flow control window to above 2^31-1",
"The endpoint MUST sends a RST_STREAM with the error code of FLOW_CONTROL_ERROR code.",
func(ctx *Context) (expected []Result, actual Result) {
expected = []Result{
&ResultFrame{http2.FrameRSTStream, FlagDefault, http2.ErrCodeFlowControl},
}
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteWindowUpdate(1, 2147483647)
http2Conn.fr.WriteWindowUpdate(1, 2147483647)
loop:
for {
f, err := http2Conn.ReadFrame(ctx.Timeout)
if err != nil {
opErr, ok := err.(*net.OpError)
if err == io.EOF || (ok && opErr.Err == syscall.ECONNRESET) {
actual = &ResultConnectionClose{}
} else if err == TIMEOUT {
if actual == nil {
actual = &ResultTestTimeout{}
}
} else {
actual = &ResultError{err}
}
break loop
}
switch f := f.(type) {
case *http2.RSTStreamFrame:
actual = &ResultFrame{f.Header().Type, FlagDefault, f.ErrCode}
if f.ErrCode == http2.ErrCodeFlowControl {
break loop
}
default:
actual = &ResultFrame{f.Header().Type, FlagDefault, ErrCodeDefault}
}
}
return expected, actual
},
))
return tg
}
func HttpRequestResponseExchangeTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("8.1", "HTTP Request/Response Exchange")
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame as HEAD request",
"The endpoint should respond with no DATA frame or empty DATA frame.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
pass = false
expected = []Result{
&ResultFrame{LengthDefault, http2.FrameHeaders, http2.FlagHeadersEndStream, ErrCodeDefault},
&ResultFrame{0, http2.FrameData, http2.FlagDataEndStream, ErrCodeDefault},
}
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs[0].Value = "HEAD"
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
loop:
for {
f, err := http2Conn.ReadFrame(ctx.Timeout)
if err != nil {
opErr, ok := err.(*net.OpError)
if err == io.EOF || (ok && opErr.Err == syscall.ECONNRESET) {
rf, ok := actual.(*ResultFrame)
if actual == nil || (ok && rf.Type != http2.FrameGoAway) {
actual = &ResultConnectionClose{}
}
} else if err == TIMEOUT {
if actual == nil {
actual = &ResultTestTimeout{}
}
} else {
actual = &ResultError{err}
}
break loop
}
switch f := f.(type) {
case *http2.DataFrame:
actual = CreateResultFrame(f)
if f.FrameHeader.Flags.Has(http2.FlagDataEndStream) && f.Header().Length == 0 {
pass = true
break loop
}
case *http2.HeadersFrame:
actual = CreateResultFrame(f)
if f.FrameHeader.Flags.Has(http2.FlagHeadersEndStream) {
pass = true
break loop
}
}
actual = CreateResultFrame(f)
}
return pass, expected, actual
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame containing trailer part",
"The endpoint should respond with HEADERS frame.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
pass = false
expected = []Result{
&ResultFrame{LengthDefault, http2.FrameHeaders, http2.FlagHeadersEndStream, ErrCodeDefault},
}
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs[0].Value = "POST"
hdrs = append(hdrs, pair("content-length", "4"))
hdrs = append(hdrs, pair("content-type", "text/plain"))
hdrs = append(hdrs, pair("trailer", "x-test"))
var hp1 http2.HeadersFrameParam
hp1.StreamID = 1
hp1.EndStream = false
hp1.EndHeaders = true
hp1.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp1)
http2Conn.fr.WriteData(1, false, []byte("test"))
trailers := []hpack.HeaderField{
pair("x-test", "ok"),
}
var hp2 http2.HeadersFrameParam
hp2.StreamID = 1
hp2.EndStream = true
hp2.EndHeaders = true
hp2.BlockFragment = http2Conn.EncodeHeader(trailers)
http2Conn.fr.WriteHeaders(hp2)
loop:
for {
f, err := http2Conn.ReadFrame(ctx.Timeout)
if err != nil {
opErr, ok := err.(*net.OpError)
if err == io.EOF || (ok && opErr.Err == syscall.ECONNRESET) {
rf, ok := actual.(*ResultFrame)
if actual == nil || (ok && rf.Type != http2.FrameGoAway) {
actual = &ResultConnectionClose{}
}
} else if err == TIMEOUT {
if actual == nil {
actual = &ResultTestTimeout{}
}
} else {
actual = &ResultError{err}
}
break loop
}
switch f := f.(type) {
case *http2.HeadersFrame:
actual = CreateResultFrame(f)
if f.FrameHeader.Flags.Has(http2.FlagHeadersEndHeaders) {
pass = true
break loop
}
}
actual = CreateResultFrame(f)
}
return pass, expected, actual
},
))
tg.AddTestGroup(HttpHeaderFieldsTestGroup(ctx))
return tg
}
func TestStreamIdentifiers(ctx *Context) {
PrintHeader("5.1.1. Stream Identifiers", 1)
msg := "The endpoint MUST respond with a connection error of type PROTOCOL_ERROR."
func(ctx *Context) {
desc := "Sends even-numbered stream identifier"
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 2
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 1)
}(ctx)
func(ctx *Context) {
desc := "Sends stream identifier that is numerically smaller than previous"
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp1 http2.HeadersFrameParam
hp1.StreamID = 5
hp1.EndStream = true
hp1.EndHeaders = true
hp1.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp1)
var hp2 http2.HeadersFrameParam
hp2.StreamID = 3
hp2.EndStream = true
hp2.EndHeaders = true
hp2.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp2)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 1)
}(ctx)
}
func HeaderCompressionAndDecompressionTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("4.3", "Header Compression and Decompression")
tg.AddTestCase(NewTestCase(
"Sends invalid header block fragment",
"The endpoint MUST terminate the connection with a connection error of type COMPRESSION_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
// Literal Header Field with Incremental Indexing without Length and String segment
fmt.Fprintf(http2Conn.conn, "\x00\x00\x01\x01\x05\x00\x00\x00\x01\x40")
actualCodes := []http2.ErrCode{http2.ErrCodeCompression}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends Dynamic Table Size Update (RFC 7541, 6.3)",
"The endpoint must accept Dynamic Table Size Update",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
// 2 Dynamic Table Size Updates, 0 and 4096.
blockFragment := []byte{0x20, 0x3f, 0xe1, 0x1f}
blockFragment = append(blockFragment, http2Conn.EncodeHeader(hdrs)...)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = blockFragment
http2Conn.fr.WriteHeaders(hp)
return TestStreamClose(ctx, http2Conn)
},
))
tg.AddTestCase(NewTestCase(
"Encodes Dynamic Table Size Update (RFC 7541, 6.3) after common header fields",
"The endpoint MUST terminate the connection with a connection error of type COMPRESSION_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
blockFragment := http2Conn.EncodeHeader(hdrs)
// append 2 Dynamic Table Size Updates, 0 and
// 4096. this is illegal, since RFC 7541,
// section 4.2 says that dynamic table size
// update MUST occur at the beginning of the
// first header block following the changes to
// the dynamic table size.
blockFragment = append(blockFragment, 0x20, 0x3f, 0xe1, 0x1f)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = blockFragment
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeCompression}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func TestWindowUpdate(ctx *Context) {
PrintHeader("6.9. WINDOW_UPDATE", 0)
func(ctx *Context) {
desc := "Sends a WINDOW_UPDATE frame with an flow control window increment of 0"
msg := "the endpoint MUST respond with a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteWindowUpdate(0, 0)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a WINDOW_UPDATE frame with an flow control window increment of 0 on a stream"
msg := "the endpoint MUST respond with a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteWindowUpdate(1, 0)
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
TestInitialFlowControlWindowSize(ctx)
PrintFooter()
}
func HeadersTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("6.2", "HEADERS")
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame followed by any frame other than CONTINUATION",
"The endpoint MUST treat the receipt of any other type of frame as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = false
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame followed by a frame on a different stream",
"The endpoint MUST treat the receipt of a frame on a different stream as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp1 http2.HeadersFrameParam
hp1.StreamID = 1
hp1.EndStream = false
hp1.EndHeaders = false
hp1.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp1)
var hp2 http2.HeadersFrameParam
hp2.StreamID = 3
hp2.EndStream = true
hp2.EndHeaders = true
hp2.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp2)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame with 0x0 stream identifier",
"The endpoint MUST respond with a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 0
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a HEADERS frame with invalid pad length",
"The endpoint MUST treat this as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := commonHeaderFields(ctx)
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
fmt.Fprintf(http2Conn.conn, "\x00\x00\x0f\x01\x0c\x00\x00\x00\x01")
http2Conn.conn.Write(buf.Bytes())
fmt.Fprintf(http2Conn.conn, "\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00")
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func TestContinuation(ctx *Context) {
PrintHeader("6.10. CONTINUATION", 0)
func(ctx *Context) {
desc := "Sends a CONTINUATION frame"
msg := "The endpoint must accept the frame."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("x-dummy1", GetDummyData(10000)),
pair("x-dummy2", GetDummyData(10000)),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var blockFragment = buf.Bytes()
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, true, blockFragment[16384:])
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
_, ok := f.(*http2.HeadersFrame)
if ok {
result = true
break loop
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends multiple CONTINUATION frames"
msg := "The endpoint must accept the frames."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("x-dummy1", GetDummyData(10000)),
pair("x-dummy2", GetDummyData(10000)),
pair("x-dummy3", GetDummyData(10000)),
pair("x-dummy4", GetDummyData(10000)),
pair("x-dummy5", GetDummyData(10000)),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var blockFragment = buf.Bytes()
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, false, blockFragment[16384:32767])
http2Conn.fr.WriteContinuation(1, true, blockFragment[32767:])
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
_, ok := f.(*http2.HeadersFrame)
if ok {
result = true
break loop
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a CONTINUATION frame followed by any frame other than CONTINUATION"
msg := "The endpoint MUST treat as a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("x-dummy1", GetDummyData(10000)),
pair("x-dummy2", GetDummyData(10000)),
pair("x-dummy3", GetDummyData(10000)),
pair("x-dummy4", GetDummyData(10000)),
pair("x-dummy5", GetDummyData(10000)),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var blockFragment = buf.Bytes()
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, false, blockFragment[16384:32767])
http2Conn.fr.WriteData(1, true, []byte("test"))
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a CONTINUATION frame followed by a frame on a different stream"
msg := "The endpoint MUST treat as a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("x-dummy1", GetDummyData(10000)),
pair("x-dummy2", GetDummyData(10000)),
pair("x-dummy3", GetDummyData(10000)),
pair("x-dummy4", GetDummyData(10000)),
pair("x-dummy5", GetDummyData(10000)),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var blockFragment = buf.Bytes()
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, false, blockFragment[16384:32767])
http2Conn.fr.WriteContinuation(3, true, blockFragment[32767:])
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a CONTINUATION frame with the stream identifier that is 0x0"
msg := "The endpoint MUST treat as a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
pair("x-dummy1", GetDummyData(10000)),
pair("x-dummy2", GetDummyData(10000)),
pair("x-dummy3", GetDummyData(10000)),
pair("x-dummy4", GetDummyData(10000)),
pair("x-dummy5", GetDummyData(10000)),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var blockFragment = buf.Bytes()
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, false, blockFragment[16384:32767])
http2Conn.fr.WriteContinuation(0, true, blockFragment[32767:])
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a CONTINUATION frame after the frame other than HEADERS, PUSH_PROMISE or CONTINUATION"
msg := "The endpoint MUST treat as a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
http2Conn.fr.WriteContinuation(1, true, buf.Bytes())
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
break loop
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
PrintFooter()
}
func TestData(ctx *Context) {
PrintHeader("6.1. DATA", 0)
func(ctx *Context) {
desc := "Sends a DATA frame with 0x0 stream identifier"
msg := "The endpoint MUST respond with a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteData(0, true, []byte("test"))
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
func(ctx *Context) {
desc := "Sends a DATA frame on the stream that is not opend"
msg := "The endpoint MUST respond with a stream error of type STREAM_CLOSED."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeStreamClosed {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
// bradfitz/http2 does not support padding of DATA frame.
/*
func(ctx *Context) {
desc := "Sends a DATA frame with invalid pad length"
msg := "The endpoint MUST treat this as a connection error of type PROTOCOL_ERROR."
result := false
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
var buf bytes.Buffer
hdrs := []hpack.HeaderField{
pair(":method", "GET"),
pair(":scheme", "http"),
pair(":path", "/"),
pair(":authority", ctx.Authority()),
}
enc := hpack.NewEncoder(&buf)
for _, hf := range hdrs {
_ = enc.WriteField(hf)
}
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = buf.Bytes()
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
timeCh := time.After(3 * time.Second)
loop:
for {
select {
case f := <-http2Conn.dataCh:
gf, ok := f.(*http2.GoAwayFrame)
if ok {
if gf.ErrCode == http2.ErrCodeProtocol {
result = true
}
}
case <-http2Conn.errCh:
break loop
case <-timeCh:
break loop
}
}
PrintResult(result, desc, msg, 0)
}(ctx)
*/
PrintFooter()
}
func DataTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("6.1", "DATA")
tg.AddTestCase(NewTestCase(
"Sends a DATA frame with 0x0 stream identifier",
"The endpoint MUST respond with a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
http2Conn.fr.WriteData(0, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a DATA frame on the stream that is not opend",
"The endpoint MUST respond with a stream error of type STREAM_CLOSED.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs[0].Value = "POST"
hdrs = append(hdrs, pair("content-type", "4"))
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeStreamClosed}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a DATA frame with invalid pad length",
"The endpoint MUST treat this as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (pass bool, expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs[0].Value = "POST"
hdrs = append(hdrs, pair("content-type", "4"))
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
// Data length: 5, Pad length: 6
fmt.Fprintf(http2Conn.conn, "\x00\x00\x05\x00\x0b\x00\x00\x00\x01")
fmt.Fprintf(http2Conn.conn, "\x06\x54\x65\x73\x74")
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestStreamError(ctx, http2Conn, actualCodes)
},
))
return tg
}
func ContinuationTestGroup(ctx *Context) *TestGroup {
tg := NewTestGroup("6.10", "CONTINUATION")
tg.AddTestCase(NewTestCase(
"Sends a CONTINUATION frame",
"The endpoint must accept the frame.",
func(ctx *Context) (expected []Result, actual Result) {
expected = []Result{
&ResultFrame{http2.FrameHeaders, FlagDefault, ErrCodeDefault},
}
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("x-dummy1", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy2", dummyData(10000)))
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, true, blockFragment[16384:])
loop:
for {
f, err := http2Conn.ReadFrame(ctx.Timeout)
if err != nil {
opErr, ok := err.(*net.OpError)
if err == io.EOF || (ok && opErr.Err == syscall.ECONNRESET) {
actual = &ResultConnectionClose{}
} else if err == TIMEOUT {
if actual == nil {
actual = &ResultTestTimeout{}
}
} else {
actual = &ResultError{err}
}
break loop
}
actual = &ResultFrame{f.Header().Type, FlagDefault, ErrCodeDefault}
_, ok := f.(*http2.HeadersFrame)
if ok {
break loop
}
}
return expected, actual
},
))
tg.AddTestCase(NewTestCase(
"Sends multiple CONTINUATION frames",
"The endpoint must accept the frames.",
func(ctx *Context) (expected []Result, actual Result) {
expected = []Result{
&ResultFrame{http2.FrameHeaders, FlagDefault, ErrCodeDefault},
}
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("x-dummy1", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy2", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy3", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy4", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy5", dummyData(10000)))
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, false, blockFragment[16384:32767])
http2Conn.fr.WriteContinuation(1, true, blockFragment[32767:])
loop:
for {
f, err := http2Conn.ReadFrame(ctx.Timeout)
if err != nil {
opErr, ok := err.(*net.OpError)
if err == io.EOF || (ok && opErr.Err == syscall.ECONNRESET) {
actual = &ResultConnectionClose{}
} else if err == TIMEOUT {
if actual == nil {
actual = &ResultTestTimeout{}
}
} else {
actual = &ResultError{err}
}
break loop
}
actual = &ResultFrame{f.Header().Type, FlagDefault, ErrCodeDefault}
_, ok := f.(*http2.HeadersFrame)
if ok {
break loop
}
}
return expected, actual
},
))
tg.AddTestCase(NewTestCase(
"Sends a CONTINUATION frame followed by any frame other than CONTINUATION",
"The endpoint MUST treat as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("x-dummy1", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy2", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy3", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy4", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy5", dummyData(10000)))
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, false, blockFragment[16384:32767])
http2Conn.fr.WriteData(1, true, []byte("test"))
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a CONTINUATION frame followed by a frame on a different stream",
"The endpoint MUST treat as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("x-dummy1", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy2", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy3", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy4", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy5", dummyData(10000)))
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, false, blockFragment[16384:32767])
http2Conn.fr.WriteContinuation(3, true, blockFragment[32767:])
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a CONTINUATION frame with the stream identifier that is 0x0",
"The endpoint MUST treat as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
hdrs = append(hdrs, pair("x-dummy1", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy2", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy3", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy4", dummyData(10000)))
hdrs = append(hdrs, pair("x-dummy5", dummyData(10000)))
blockFragment := http2Conn.EncodeHeader(hdrs)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = true
hp.EndHeaders = false
hp.BlockFragment = blockFragment[0:16384]
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteContinuation(1, false, blockFragment[16384:32767])
http2Conn.fr.WriteContinuation(0, true, blockFragment[32767:])
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
tg.AddTestCase(NewTestCase(
"Sends a CONTINUATION frame after the frame other than HEADERS, PUSH_PROMISE or CONTINUATION",
"The endpoint MUST treat as a connection error of type PROTOCOL_ERROR.",
func(ctx *Context) (expected []Result, actual Result) {
http2Conn := CreateHttp2Conn(ctx, true)
defer http2Conn.conn.Close()
hdrs := commonHeaderFields(ctx)
var hp http2.HeadersFrameParam
hp.StreamID = 1
hp.EndStream = false
hp.EndHeaders = true
hp.BlockFragment = http2Conn.EncodeHeader(hdrs)
http2Conn.fr.WriteHeaders(hp)
http2Conn.fr.WriteData(1, true, []byte("test"))
http2Conn.fr.WriteContinuation(1, true, http2Conn.EncodeHeader(hdrs))
actualCodes := []http2.ErrCode{http2.ErrCodeProtocol}
return TestConnectionError(ctx, http2Conn, actualCodes)
},
))
return tg
}