Golang protos.ProtocolData函数代码示例

func TestAmqp_ChannelCloseErrorMethod(t *testing.T) {
	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"amqp", "amqpdetailed"})
	}

	amqp := amqpModForTests()

	data, err := hex.DecodeString("0100010000009000140028019685505245434f4e444" +
		"954494f4e5f4641494c4544202d20696e6571756976616c656e74206172672027617574" +
		"6f5f64656c6574652720666f722065786368616e676520277465737445786368616e676" +
		"52720696e2076686f737420272f273a207265636569766564202774727565272062757" +
		"42063757272656e74206973202766616c7365270028000ace")
	assert.Nil(t, err)
	data2, err := hex.DecodeString("0100010000000400280033ce")
	assert.Nil(t, err)

	tcptuple := testTCPTuple()

	req := protos.Packet{Payload: data}
	private := protos.ProtocolData(new(amqpPrivateData))
	private = amqp.Parse(&req, tcptuple, 0, private)
	req = protos.Packet{Payload: data2}
	amqp.Parse(&req, tcptuple, 1, private)

	trans := expectTransaction(t, amqp)
	assert.Equal(t, "channel.close", trans["method"])
	assert.Equal(t, "amqp", trans["type"])
	assert.Equal(t, common.ERROR_STATUS, trans["status"])
	assert.Nil(t, trans["notes"])
}

func TestAmqp_MultipleBodyFrames(t *testing.T) {
	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"amqp", "amqpdetailed"})
	}

	amqp := amqpModForTests()
	amqp.sendRequest = true
	data, err := hex.DecodeString("0100010000000e003c00280000000568656c6c6f00ce" +
		"02000100000021003c0000000000000000002a80400a746578742f706c61696e00000000" +
		"56a22873ce030001000000202a2a2a68656c6c6f2049206c696b6520746f207075626c69" +
		"736820626967206dce")
	assert.Nil(t, err)
	data2, err := hex.DecodeString("0300010000000a657373616765732a2a2ace")
	assert.Nil(t, err)

	tcptuple := testTCPTuple()
	req := protos.Packet{Payload: data}
	private := protos.ProtocolData(new(amqpPrivateData))
	private = amqp.Parse(&req, tcptuple, 0, private)
	req = protos.Packet{Payload: data2}
	amqp.Parse(&req, tcptuple, 0, private)
	trans := expectTransaction(t, amqp)
	assert.Equal(t, "basic.publish", trans["method"])
	assert.Equal(t, "***hello I like to publish big messages***", trans["request"])
}

func TestAmqp_ConnectionCloseNoError(t *testing.T) {
	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"amqp", "amqpdetailed"})
	}

	amqp := amqpModForTests()
	amqp.hideConnectionInformation = false

	data, err := hex.DecodeString("01000000000012000a003200c8076b74687862616900000000ce")
	assert.Nil(t, err)
	data2, err := hex.DecodeString("01000000000004000a0033ce")
	assert.Nil(t, err)

	tcptuple := testTCPTuple()

	req := protos.Packet{Payload: data}
	private := protos.ProtocolData(new(amqpPrivateData))
	private = amqp.Parse(&req, tcptuple, 0, private)
	req = protos.Packet{Payload: data2}
	amqp.Parse(&req, tcptuple, 1, private)

	trans := expectTransaction(t, amqp)
	assert.Equal(t, "connection.close", trans["method"])
	assert.Equal(t, "amqp", trans["type"])
	assert.Equal(t, common.OK_STATUS, trans["status"])
	assert.Nil(t, trans["notes"])

	fields, ok := trans["amqp"].(common.MapStr)
	assert.True(t, ok)
	code, ok := fields["reply-code"].(uint16)
	assert.True(t, ok)
	assert.Equal(t, uint16(200), code)
}

func TestAmqp_RejectMessage(t *testing.T) {
	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"amqp", "amqpdetailed"})
	}

	amqp := amqpModForTests()
	amqp.sendRequest = true

	data, err := hex.DecodeString("0100010000000d003c005a000000000000000101ce")
	assert.Nil(t, err)

	tcptuple := testTCPTuple()

	req := protos.Packet{Payload: data}
	private := protos.ProtocolData(new(amqpPrivateData))

	//method frame
	amqp.Parse(&req, tcptuple, 0, private)

	trans := expectTransaction(t, amqp)

	assert.Equal(t, "basic.reject", trans["method"])
	assert.Equal(t, "basic.reject 1", trans["request"])
	assert.Equal(t, "amqp", trans["type"])
	assert.Equal(t, common.ERROR_STATUS, trans["status"])
	fields, ok := trans["amqp"].(common.MapStr)
	if !ok {
		t.Errorf("Field should be present")
	}
	assert.Equal(t, true, fields["multiple"])
}

// Verify that a gap during the response publish the request with Notes
func TestGapResponse(t *testing.T) {
	dns := newDns(testing.Verbose())
	q := sophosTxtTcp.request
	r := sophosTxtTcp.response[:10]

	tcptuple := testTcpTuple()
	private := protos.ProtocolData(new(dnsPrivateData))

	packet := newPacket(forward, q)
	private = dns.Parse(packet, tcptuple, tcp.TcpDirectionOriginal, private)
	assert.Equal(t, 1, dns.transactions.Size(), "There should be one transaction.")

	packet = newPacket(reverse, r)
	private = dns.Parse(packet, tcptuple, tcp.TcpDirectionReverse, private)
	assert.Equal(t, 1, dns.transactions.Size(), "There should be one transaction.")

	private, drop := dns.GapInStream(tcptuple, tcp.TcpDirectionReverse, 10, private)
	assert.Equal(t, true, drop)

	private = dns.ReceivedFin(tcptuple, tcp.TcpDirectionReverse, private)

	client := dns.results.(publisher.ChanClient)
	close(client.Channel)
	mapStr := <-client.Channel
	assert.NotNil(t, mapStr, "One result should have been published.")
	assert.Equal(t, mapStr["notes"], "Response packet's data could not be decoded as DNS.")
	assert.Nil(t, mapStr["answers"])
}

// parseTcpRequestResponse parses a request then a response packet and validates
// the published result.
func parseTcpRequestResponse(t testing.TB, dns *Dns, q DnsTestMessage) {
	packet := newPacket(forward, q.request)
	tcptuple := testTcpTuple()
	private := protos.ProtocolData(new(dnsPrivateData))
	dns.Parse(packet, tcptuple, tcp.TcpDirectionOriginal, private)

	packet = newPacket(reverse, q.response)
	dns.Parse(packet, tcptuple, tcp.TcpDirectionReverse, private)

	assert.Empty(t, dns.transactions.Size(), "There should be no transactions.")

	m := expectResult(t, dns)
	assert.Equal(t, "tcp", mapValue(t, m, "transport"))
	assert.Equal(t, len(q.request), mapValue(t, m, "bytes_in"))
	assert.Equal(t, len(q.response), mapValue(t, m, "bytes_out"))
	assert.NotNil(t, mapValue(t, m, "responsetime"))

	if assert.ObjectsAreEqual("NOERROR", mapValue(t, m, "dns.response_code")) {
		assert.Equal(t, common.OK_STATUS, mapValue(t, m, "status"))
	} else {
		assert.Equal(t, common.ERROR_STATUS, mapValue(t, m, "status"))
	}

	assert.Nil(t, mapValue(t, m, "notes"))
	assertMapStrData(t, m, q)
}

func TestAmqp_GetEmptyMethod(t *testing.T) {
	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"amqp", "amqpdetailed"})
	}

	amqp := amqpModForTests()
	amqp.sendRequest = true

	data, err := hex.DecodeString("01000100000013003c004600000b526f626269" +
		"654b65616e6501ce")
	assert.Nil(t, err)
	data2, err := hex.DecodeString("01000100000005003c004800ce")
	assert.Nil(t, err)

	tcptuple := testTCPTuple()

	req := protos.Packet{Payload: data}
	private := protos.ProtocolData(new(amqpPrivateData))
	private = amqp.Parse(&req, tcptuple, 0, private)
	req = protos.Packet{Payload: data2}
	amqp.Parse(&req, tcptuple, 1, private)

	trans := expectTransaction(t, amqp)
	assert.Equal(t, "basic.get-empty", trans["method"])
	assert.Equal(t, "basic.get RobbieKeane", trans["request"])
	assert.Equal(t, "amqp", trans["type"])
	assert.Equal(t, common.OK_STATUS, trans["status"])
}

func TestAmqp_NoWaitQueueDeleteMethod(t *testing.T) {
	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"amqp", "amqpdetailed"})
	}

	amqp := amqpModForTests()
	amqp.sendRequest = true

	data, err := hex.DecodeString("010001000000120032002800000a546573745468" +
		"6f6d617304ce")
	assert.Nil(t, err)

	tcptuple := testTCPTuple()

	req := protos.Packet{Payload: data}
	private := protos.ProtocolData(new(amqpPrivateData))

	amqp.Parse(&req, tcptuple, 0, private)

	trans := expectTransaction(t, amqp)

	assert.Equal(t, "queue.delete", trans["method"])
	assert.Equal(t, "queue.delete TestThomas", trans["request"])
	assert.Equal(t, "amqp", trans["type"])
	fields, ok := trans["amqp"].(common.MapStr)
	if !ok {
		t.Errorf("Field should be present")
	}
	assert.Equal(t, true, fields["no-wait"])
	assert.Equal(t, false, fields["if-empty"])
	assert.Equal(t, false, fields["if-unused"])
	assert.Equal(t, "TestThomas", fields["queue"])
}

func TestAmqp_GetMethod(t *testing.T) {
	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"amqp", "amqpdetailed"})
	}

	amqp := amqpModForTests()
	amqp.sendRequest = true
	amqp.sendResponse = true

	data, err := hex.DecodeString("0100010000000f003c0046000007546573744" +
		"7657401ce")
	assert.Nil(t, err)
	data2, err := hex.DecodeString("0100010000001a003c00470000000000000001" +
		"0000075465737447657400000001ce02000100000019003c000000000000000000" +
		"1280000a746578742f706c61696ece03000100000012476574206d6520696620796" +
		"f752064617265ce")
	assert.Nil(t, err)

	tcptuple := testTCPTuple()

	req := protos.Packet{Payload: data}
	private := protos.ProtocolData(new(amqpPrivateData))
	private = amqp.Parse(&req, tcptuple, 0, private)
	req = protos.Packet{Payload: data2}
	amqp.Parse(&req, tcptuple, 1, private)

	trans := expectTransaction(t, amqp)
	assert.Equal(t, "basic.get", trans["method"])
	assert.Equal(t, "basic.get TestGet", trans["request"])
	assert.Equal(t, "amqp", trans["type"])
	assert.Equal(t, common.OK_STATUS, trans["status"])
	assert.Equal(t, "Get me if you dare", trans["response"])
}

func TestAmqp_RecoverMethod(t *testing.T) {
	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"amqp", "amqpdetailed"})
	}

	amqp := amqpModForTests()
	amqp.sendRequest = true

	data, err := hex.DecodeString("01000100000005003c006e01ce")
	assert.Nil(t, err)
	data2, err := hex.DecodeString("01000100000004003c006fce")
	assert.Nil(t, err)

	tcptuple := testTCPTuple()

	req := protos.Packet{Payload: data}
	private := protos.ProtocolData(new(amqpPrivateData))
	private = amqp.Parse(&req, tcptuple, 0, private)
	req = protos.Packet{Payload: data2}
	amqp.Parse(&req, tcptuple, 1, private)

	trans := expectTransaction(t, amqp)
	assert.Equal(t, "basic.recover", trans["method"])
	assert.Equal(t, "basic.recover", trans["request"])
	assert.Equal(t, "amqp", trans["type"])
	assert.Equal(t, common.OK_STATUS, trans["status"])
	assert.Equal(t, common.MapStr{"requeue": true}, trans["amqp"])
}

// Benchmarks TCP parsing for the given test message.
func benchmarkTcp(b *testing.B, q DnsTestMessage) {
	dns := newDns(false)
	for i := 0; i < b.N; i++ {
		packet := newPacket(forward, q.request)
		tcptuple := testTcpTuple()
		private := protos.ProtocolData(new(dnsPrivateData))
		dns.Parse(packet, tcptuple, tcp.TcpDirectionOriginal, private)

		packet = newPacket(reverse, q.response)
		tcptuple = testTcpTuple()
		private = protos.ProtocolData(new(dnsPrivateData))
		dns.Parse(packet, tcptuple, tcp.TcpDirectionOriginal, private)

		client := dns.results.(publisher.ChanClient)
		<-client.Channel
	}
}

// Verify that a malformed packet is safely handled (no panics).
func TestParseTcp_malformedPacket(t *testing.T) {
	dns := newDns(testing.Verbose())
	garbage := []byte{0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13}
	tcptuple := testTcpTuple()
	packet := newPacket(forward, garbage)
	private := protos.ProtocolData(new(dnsPrivateData))

	dns.Parse(packet, tcptuple, tcp.TcpDirectionOriginal, private)
	assert.Empty(t, dns.transactions.Size(), "There should be no transactions.")
}

// Benchmark that runs with parallelism to help find concurrency related
// issues. To run with parallelism, the 'go test' cpu flag must be set
// greater than 1, otherwise it just runs concurrently but not in parallel.
func BenchmarkParallelTcpParse(b *testing.B) {
	rand.Seed(22)
	numMessages := len(messagesTcp)
	dns := newDns(false)
	client := dns.results.(publisher.ChanClient)

	// Drain the results channal while the test is running.
	go func() {
		totalMessages := 0
		for r := range client.Channel {
			_ = r
			totalMessages++
		}
		fmt.Printf("Parsed %d messages.\n", totalMessages)
	}()

	b.ResetTimer()
	b.RunParallel(func(pb *testing.PB) {
		// Each iteration parses one message, either a request or a response.
		// The request and response could be parsed on different goroutines.
		for pb.Next() {
			q := messagesTcp[rand.Intn(numMessages)]
			var packet *protos.Packet
			var tcptuple *common.TcpTuple
			var private protos.ProtocolData

			if rand.Intn(2) == 0 {
				packet = newPacket(forward, q.request)
				tcptuple = testTcpTuple()
				private = protos.ProtocolData(new(dnsPrivateData))
			} else {
				packet = newPacket(reverse, q.response)
				tcptuple = testTcpTuple()
				private = protos.ProtocolData(new(dnsPrivateData))
			}
			dns.Parse(packet, tcptuple, tcp.TcpDirectionOriginal, private)
		}
	})

	defer close(client.Channel)
}

// Verify that the lone request packet is parsed.
func TestParseTcp_requestPacket(t *testing.T) {
	dns := newDns(testing.Verbose())
	packet := newPacket(forward, elasticATcp.request)
	tcptuple := testTcpTuple()
	private := protos.ProtocolData(new(dnsPrivateData))

	dns.Parse(packet, tcptuple, tcp.TcpDirectionOriginal, private)
	assert.Equal(t, 1, dns.transactions.Size(), "There should be one transaction.")
	client := dns.results.(publisher.ChanClient)
	close(client.Channel)
	assert.Nil(t, <-client.Channel, "No result should have been published.")
}

func TestThrift_GapInStream_response(t *testing.T) {

	if testing.Verbose() {
		logp.LogInit(logp.LOG_DEBUG, "", false, true, []string{"thrift", "thriftdetailed"})
	}

	var thrift Thrift
	thrift.Init(true, nil)
	thrift.Idl = thriftIdlForTesting(t, `
		exception InvalidOperation {
		  1: i32 what,
		  2: string why
		}
		service Test {
		   i32 calculate(1:i32 logid, 2:Work w) throws (1:InvalidOperation ouch),
		}
		`)

	thrift.PublishQueue = make(chan *ThriftTransaction, 10)

	tcptuple := testTcpTuple()

	req := createTestPacket(t, "800100010000000963616c63756c6174650000000008000"+
		"1000000010c00020800010000000108000200000000080003000000040000")
	// missing last few bytes
	repl := createTestPacket(t, "800100020000000963616c63756c617465000000000c00"+
		"01080001000000040b00020000001243616e6e6f742064697669646520")

	private := protos.ProtocolData(new(thriftPrivateData))
	private = thrift.Parse(req, tcptuple, 0, private)
	private = thrift.Parse(repl, tcptuple, 1, private)
	private, drop := thrift.GapInStream(tcptuple, 1, 5, private)

	if drop == false {
		t.Error("GapInStream returned drop=false")
	}

	trans := expectThriftTransaction(t, thrift)
	// The exception is not captured, but otherwise the values from the request
	// are correct
	if trans.Request.Method != "calculate" ||
		trans.Request.Params != "(logid: 1, w: (1: 1, 2: 0, 3: 4))" ||
		trans.Reply.ReturnValue != "" ||
		trans.Reply.Exceptions != `` ||
		trans.Reply.HasException ||
		trans.Request.Service != "Test" ||
		trans.Reply.Notes[0] != "Packet loss while capturing the response" {

		t.Error("trans.Reply.Exceptions", trans.Reply.Exceptions)
		t.Error("trans.Reply.HasException", trans.Reply.HasException)
	}
}