Namespaces
	detail

	field_location_tags
	indicates where a field may occur

	tlv

Data Structures
class	CachePolicy
	represents a CachePolicy header field More...

struct	Field
	concept check for fields More...

class	Nack
	represents a Network Nack More...

class	NackHeader
	represents a Network NACK header More...

class	Packet

Typedefs
typedef detail::FieldDecl< field_location_tags::Header, Sequence, tlv::Sequence >	SequenceField

typedef detail::FieldDecl< field_location_tags::Header, uint64_t, tlv::FragIndex >	FragIndexField

typedef detail::FieldDecl< field_location_tags::Header, uint64_t, tlv::FragCount >	FragCountField

typedef detail::FieldDecl< field_location_tags::Header, NackHeader, tlv::Nack >	NackField

typedef detail::FieldDecl< field_location_tags::Header, uint64_t, tlv::NextHopFaceId >	NextHopFaceIdField

typedef detail::FieldDecl< field_location_tags::Header, CachePolicy, tlv::CachePolicy >	CachePolicyField

typedef detail::FieldDecl< field_location_tags::Header, uint64_t, tlv::IncomingFaceId >	IncomingFaceIdField

typedef detail::FieldDecl< field_location_tags::Header, uint64_t, tlv::CongestionMark >	CongestionMarkField

typedef detail::FieldDecl< field_location_tags::Header, Sequence, tlv::Ack, true >	AckField

typedef detail::FieldDecl< field_location_tags::Fragment, std::pair< Buffer::const_iterator, Buffer::const_iterator >, tlv::Fragment >	FragmentField
	The value of the wire encoded field is the data between the provided iterators. More...

typedef boost::mpl::set< FragmentField, SequenceField, FragIndexField, FragCountField, NackField, NextHopFaceIdField, CachePolicyField, IncomingFaceIdField, CongestionMarkField, AckField >	FieldSet
	set of all field declarations More...

typedef uint64_t	Sequence
	represents a sequence number More...

typedef SimpleTag< uint64_t, 10 >	IncomingFaceIdTag

typedef SimpleTag< uint64_t, 11 >	NextHopFaceIdTag

typedef SimpleTag< CachePolicy, 12 >	CachePolicyTag

typedef SimpleTag< uint64_t, 13 >	CongestionMarkTag

Enumerations
enum	CachePolicyType { CachePolicyType::NONE = 0, CachePolicyType::NO_CACHE = 1 }
	indicates the cache policy applied to a Data packet More...

enum	NackReason { NackReason::NONE = 0, NackReason::CONGESTION = 50, NackReason::DUPLICATE = 100, NackReason::NO_ROUTE = 150 }
	indicates the reason type of a network NACK More...

Functions
std::ostream &	operator<< (std::ostream &os, CachePolicyType policy)

template size_t	CachePolicy::wireEncode< encoding::EncoderTag > (EncodingImpl< encoding::EncoderTag > &encoder) const

template size_t	CachePolicy::wireEncode< encoding::EstimatorTag > (EncodingImpl< encoding::EstimatorTag > &encoder) const

std::ostream &	operator<< (std::ostream &os, NackReason reason)

template size_t	NackHeader::wireEncode< encoding::EncoderTag > (EncodingImpl< encoding::EncoderTag > &encoder) const

template size_t	NackHeader::wireEncode< encoding::EstimatorTag > (EncodingImpl< encoding::EstimatorTag > &encoder) const

template size_t	Packet::wireEncode< encoding::EncoderTag > (EncodingImpl< encoding::EncoderTag > &encoder) const

template size_t	Packet::wireEncode< encoding::EstimatorTag > (EncodingImpl< encoding::EstimatorTag > &encoder) const

Variables
	Field< SequenceField >

	Field< FragIndexField >

	Field< FragCountField >

	Field< NackField >

	Field< NextHopFaceIdField >

	Field< CachePolicyField >

	Field< IncomingFaceIdField >

	Field< CongestionMarkField >

	Field< AckField >

	Field< FragmentField >