mirror of https://bitbucket.org/ausocean/av.git
container/mts/encoder_test.go: finished writing test TestEncodeVideo
Test is also now checking payload data as well as MPEGTS headers.
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@ -52,15 +52,15 @@ func (d *destination) Write(p []byte) (int, error) {
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return len(p), nil
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}
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/*
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// TestEncodeVideo checks that we can correctly encode some dummy data into a
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// valid MPEGTS stream. This checks for correct MPEGTS headers and also that the
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// original data is stored correctly and is retreivable.
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func TestEncodeVideo(t *testing.T) {
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Meta = meta.New()
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const headAndAdaptLen = 12
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const adaptNoStuffLen = 7
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const dataLength = 440
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const numOfPackets = 3
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const stuffingLen = 88
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const stuffingLen = 100
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// Generate test data.
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data := make([]byte, 0, dataLength)
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@ -83,17 +83,17 @@ func TestEncodeVideo(t *testing.T) {
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0x47, // Sync byte.
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0x01, // TEI=0, PUSI=0, TP=0, PID=00001 (256).
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0x00, // PID(Cont)=00000000.
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0x31, // TSC=00, AFC=11(adaptation followed by payload), CC=0000(0).
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0x07, // AFL= 7.
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0x10, // DI=0,RAI=0,ESPI=0,PCRF=1,OPCRF=0,SPF=0,TPDF=0, AFEF=0.
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0x31, // TSC=00, AFC=11(adaptation followed by payload), CC=0001(1).
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0x01, // AFL= 1.
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0x00, // DI=0,RAI=0,ESPI=0,PCRF=0,OPCRF=0,SPF=0,TPDF=0, AFEF=0.
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},
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{
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0x47, // Sync byte.
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0x01, // TEI=0, PUSI=0, TP=0, PID=00001 (256).
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0x00, // PID(Cont)=00000000.
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0x31, // TSC=00, AFC=11(adaptation followed by payload), CC=0000(0).
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byte(adaptNoStuffLen + stuffingLen), // AFL= 7+stuffingLen.
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0x10, // DI=0,RAI=0,ESPI=0,PCRF=1,OPCRF=0,SPF=0,TPDF=0, AFEF=0.
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0x47, // Sync byte.
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0x01, // TEI=0, PUSI=0, TP=0, PID=00001 (256).
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0x00, // PID(Cont)=00000000.
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0x32, // TSC=00, AFC=11(adaptation followed by payload), CC=0010(2).
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0x57, // AFL= 1+stuffingLen.
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0x00, // DI=0,RAI=0,ESPI=0,PCRF=1,OPCRF=0,SPF=0,TPDF=0, AFEF=0.
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},
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}
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@ -116,17 +116,39 @@ func TestEncodeVideo(t *testing.T) {
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if pid == VideoPid {
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// Get mts header, excluding PCR.
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gotHeader := p[0:6]
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fmt.Printf("got: %v\n", p)
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wantHeader := expectedHeaders[expectedIdx]
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fmt.Printf("want: %v\n", expectedHeaders[expectedIdx])
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if !bytes.Equal(gotHeader, wantHeader) {
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t.Errorf("did not get expected header.\n Got: %v\n Want: %v\n", gotHeader, wantHeader)
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t.Errorf("did not get expected header for idx: %v.\n Got: %v\n Want: %v\n", expectedIdx, gotHeader, wantHeader)
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}
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expectedIdx++
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}
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}
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// Gather payload data from packets to form the total PES packet.
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var pesData []byte
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for _, p := range dst.packets {
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var _p packet.Packet
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copy(_p[:], p)
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pid := packet.Pid(&_p)
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if pid == VideoPid {
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payload, err := packet.Payload(&_p)
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if err != nil {
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t.Fatalf("could not get payload from mts packet, failed with err: %v\n", err)
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}
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pesData = append(pesData, payload...)
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}
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}
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// Get data from the PES packet and compare with the original data.
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pes, err := pes.NewPESHeader(pesData)
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if err != nil {
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t.Fatalf("got error from pes creation: %v\n", err)
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}
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_data := pes.Data()
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if !bytes.Equal(data, _data) {
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t.Errorf("did not get expected result.\n Got: %v\n Want: %v\n", data, _data)
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}
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}
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*/
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// TestEncodePcm tests the mpegts encoder's ability to encode pcm audio data.
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// It reads and encodes input pcm data into mpegts, then decodes the mpegts and compares the result to the input pcm.
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