| Class and Description |
|---|
| AMQFrame |
| Class and Description |
|---|
| AMQDataBlock
A data block represents something that has a size in bytes and the ability to write itself to a byte
buffer (similar to a byte array).
|
| AMQFrameDecodingException
AMQFrameDecodingException indicates that an AMQP frame cannot be decoded because it does not have the correct
format as defined by the protocol.
|
| AMQProtocolVersionException
AMQProtocolInstanceException indicates that the client and server differ on expected protocol version in a header.
|
| AMQShortString
A short string is a representation of an AMQ Short String
Short strings differ from the Java String class by being limited to on ASCII characters (0-127)
and thus can be held more effectively in a byte buffer.
|
| Class and Description |
|---|
| AMQShortString
A short string is a representation of an AMQ Short String
Short strings differ from the Java String class by being limited to on ASCII characters (0-127)
and thus can be held more effectively in a byte buffer.
|
| Class and Description |
|---|
| AMQMethodBody |
| AMQShortString
A short string is a representation of an AMQ Short String
Short strings differ from the Java String class by being limited to on ASCII characters (0-127)
and thus can be held more effectively in a byte buffer.
|
| Class and Description |
|---|
| AMQDataBlock
A data block represents something that has a size in bytes and the ability to write itself to a byte
buffer (similar to a byte array).
|
| AMQMethodBody |
| AMQShortString
A short string is a representation of an AMQ Short String
Short strings differ from the Java String class by being limited to on ASCII characters (0-127)
and thus can be held more effectively in a byte buffer.
|
| ContentBody |
| ContentHeaderBody |
| HeartbeatBody |
| MethodRegistry |
| ProtocolVersion |
| Class and Description |
|---|
| ProtocolVersion |
| Class and Description |
|---|
| AMQShortString
A short string is a representation of an AMQ Short String
Short strings differ from the Java String class by being limited to on ASCII characters (0-127)
and thus can be held more effectively in a byte buffer.
|
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