m := NewSbeGoMarshaller()

in := Simple0{2863311530, 2863311530, 123456, 7890, 63, -8, -16, -32, -64, 3.14, -3.14e7, [6]byte{'a', 'b', 'c', 'd', 'e', 'f'}, 'A', [2]int32{254, 255}}

var sbuf = new(bytes.Buffer)

if err := in.Encode(m, sbuf, true); err != nil {

t.Log("Simple0 Encoding Error", err)

t.Fail()

}

t.Log(in, " -> ", sbuf.Bytes())

t.Log("Cap() = ", sbuf.Cap(), "Len() = ", sbuf.Len())

hdr := MessageHeader{in.SbeBlockLength(), in.SbeTemplateId(), in.SbeSchemaId(), in.SbeSchemaVersion()}

var mbuf = new(bytes.Buffer)

if err := hdr.Encode(m, mbuf); err != nil {

t.Log("MessageHeader Encoding Error", err)

t.Fail()

}

t.Log(hdr, " -> ", mbuf.Bytes())

t.Log("Cap() = ", mbuf.Cap(), "Len() = ", mbuf.Len())

// Create a new empty MessageHeader and Simple0

hdr = *new(MessageHeader)

var out Simple0 = *new(Simple0)

// Note generated standard header in use (as blocklength is uint8)

if err := hdr.Decode(m, mbuf, in.SbeSchemaVersion()); err != nil {

t.Log("MessageHeader Decoding Error", err)

t.Fail()

}

t.Log("MessageHeader Decodes as: ", m)

t.Log("Cap() = ", mbuf.Cap(), "Len() = ", mbuf.Len())

if err := out.Decode(m, sbuf, in.SbeSchemaVersion(), in.SbeBlockLength(), true); err != nil {

t.Log("Simple0 Decoding Error", err)

t.Fail()

}

t.Log("Simple0 decodes as: ", out)

t.Log("Cap() = ", sbuf.Cap(), "Len() = ", sbuf.Len())

if in != out {

t.Logf("in != out\n%v\n%v", in, out)

t.Fail()

}

// SinceVersion and Deprecated checkeds

if in.U64SinceVersion() != 1 {

t.Log("in.U64Deprecated() should be 1 and is", in.U64SinceVersion())

t.Fail()

}

if in.U64Deprecated() != 2 {

t.Log("in.U64Deprecated() should be 2 and is", in.U64Deprecated())

t.Fail()

}