dcerpc

type BindReq struct {
	Header          // 16 Bytes
	MaxSendFragSize uint16
	MaxRecvFragSize uint16
	Association     uint32      // A value of 0 means a request for a new Association group
	ContextList     ContextList // p_cont_list_t

}

type BindRes struct {
	Header          // 16 Bytes
	MaxSendFragSize uint16
	MaxRecvFragSize uint16
	Association     uint32
	SecAddrLen      uint16
	SecAddr         []byte
	ResultList      ContextResList
}

type ContextItem struct {
	Id             uint16
	Count          byte // Determined by number of items in TransferSyntax list
	Reserved       byte // Alignment
	AbstractSyntax SyntaxId
	TransferSyntax []SyntaxId
}

type ContextList struct {
	Count     byte
	Reserved  byte   // Alignment
	Reserved2 uint16 // Alignment
	Items     []ContextItem
}

type ContextResItem struct {
	Result         resultType
	Reason         providerReason
	TransferSyntax SyntaxId
}

type ContextResList struct {
	Results   byte   // Count of ContextResItem list
	Reserved  byte   // Alignment
	Reserved2 uint16 // Alignment
	Items     []ContextResItem
}

type Header struct {
	MajorVersion   byte // rpc_vers
	MinorVersion   byte // rpc_vers_minor
	Type           byte
	Flags          byte
	Representation uint32 // NDR data representation
	FragLength     uint16
	AuthLength     uint16
	CallId         uint32
}

type RequestReq struct {
	Header // 16 bytes
	// AllocHint is an optional field useful for hinting required space when
	// sending fragmented requests
	AllocHint uint32
	ContextId uint16 // Data representation
	Opnum     uint16
	// Optional field object uuid_t
	// Only present if PfcObjectUUID is set in the header flags
	Buffer []byte
}

type RequestRes struct {
	Header // 16 bytes
	// This optional field AllocHint is used to hint about how much
	// contiguous space to allocate for fragmented requests.
	AllocHint   uint32
	ContextId   uint16
	CancelCount byte
	Reserved    byte
	Buffer      []byte
}

type ServiceBind struct {
	// contains filtered or unexported fields
}

type SyntaxId struct {
	UUID []byte // 16 bytes
	// Major version is encoded in the 16 least significant bits
	// Minor version is encoded in the 16 most significant bits
	Version uint32
}