quisp::modules Namespace Reference

Namespaces
namespace	backend
namespace	common
namespace	Logger
namespace	ospf
namespace	qnic_record
namespace	qnic_store
namespace	qrsa
namespace	qubit_id
namespace	qubit_record
namespace	routing_daemon
namespace	ruleset_gen
namespace	runtime_callback
namespace	SharedResource
	SharedResource is a global module that initializes shared static resources and provides them to other modules.

Classes
class	Application
	Application. More...
class	BellPairStore
class	BellStateAnalyzer
	BellStateAnalyzer. More...
class	BSAController
	This module takes the click event from BSA, compile the result and report back to QNode that sent the photons. More...
class	ConnectionManager
	ConnectionManager. More...
struct	ConnectionSetupInfo
class	dummyModule
	dummyModule More...
class	EntangledPhotonPairSource
class	EPPSController
	EPPSController. More...
class	HardwareMonitor
	HardwareMonitor. More...
class	IApplication
class	IConnectionManager
class	IHardwareMonitor
struct	InterfaceInfo
class	IRealTimeController
class	IRoutingDaemon
class	IRuleEngine
class	IStationaryQubit
struct	LinkCost
struct	NeighborInfo
struct	OutputCount
class	PhotonicSwitch
	PhotonicSwitch. More...
struct	QNIC
struct	QubitAddr_cons
class	Queue
	Queue. More...
class	RealTimeController
	RealTimeController. More...
class	Router
	Router routes messages to components or other qnode according to the message header. More...
class	RuleEngine
	RuleEngine. More...
class	StationaryQubit
	StationaryQubit. https://arxiv.org/abs/1908.10758. More...
struct	SwappingResultData
struct	TomographyOutcome

Typedefs
using	RoutingTable = std::map<NodeAddr, int>
using	json = nlohmann::json
using	QNicPairInfo = std::pair<QNIC, QNIC>
using	NeighborTable = std::map<int, InterfaceInfo>
using	RawData = std::map<int, std::map<std::string, OutputCount>>
using	LinkCostMap = std::map<int, LinkCost>
using	TomographyOutcomeTable = std::map<int, std::map<int, TomographyOutcome>>
using	PartnerAddrQubitMap = std::multimap<QNodeAddr, qrsa::IQubitRecord*>
using	ResourceKey = std::pair<QNIC_type, QNicIndex>
using	PartnerAddrQubitMapRange = std::pair<PartnerAddrQubitMap::iterator, PartnerAddrQubitMap::iterator>

Enumerations
enum	QNIC_type : int { QNIC_E , QNIC_R , QNIC_RP , QNIC_N }

Functions
	Define_Module (Application)
	Define_Module (Queue)
	Define_Module (Router)
	Define_Module (dummyModule)
	Define_Module (BellStateAnalyzer)
	Define_Module (BSAController)
	Define_Module (EntangledPhotonPairSource)
	Define_Module (EPPSController)
	NLOHMANN_JSON_SERIALIZE_ENUM (QNIC_type, { {QNIC_E, "QNIC_E"}, {QNIC_R, "QNIC_R"}, {QNIC_RP, "QNIC_RP"}, }) static const char *QNIC_names[QNIC_N]
	Define_Module (PhotonicSwitch)
	Define_Module (StationaryQubit)
	Define_Module (ConnectionManager)
	Define_Module (HardwareMonitor)
	Define_Module (RealTimeController)
std::ostream &	operator<< (std::ostream &os, const quisp::modules::BellPairStore &store)
	Define_Module (RuleEngine)

Variables
const ConnectionSetupInfo	NULL_CONNECTION_SETUP_INFO

Typedef Documentation

json

typedef nlohmann::json json = nlohmann::json

LinkCostMap

using quisp::modules::LinkCostMap = std::map<int, LinkCost>

NeighborTable

using quisp::modules::NeighborTable = std::map<int, InterfaceInfo>

PartnerAddrQubitMap

using quisp::modules::PartnerAddrQubitMap = std::multimap<QNodeAddr, qrsa::IQubitRecord*>

PartnerAddrQubitMapRange

using quisp::modules::PartnerAddrQubitMapRange = std::pair<PartnerAddrQubitMap::iterator, PartnerAddrQubitMap::iterator>

QNicPairInfo

using quisp::modules::QNicPairInfo = std::pair<QNIC, QNIC>

RawData

using quisp::modules::RawData = std::map<int, std::map<std::string, OutputCount>>

ResourceKey

using quisp::modules::ResourceKey = std::pair<QNIC_type, QNicIndex>

RoutingTable

using quisp::modules::RoutingTable = std::map<NodeAddr, int>

TomographyOutcomeTable

using quisp::modules::TomographyOutcomeTable = std::map<int, std::map<int, TomographyOutcome>>

Enumeration Type Documentation

QNIC_type

enum quisp::modules::QNIC_type : int

Enumerator
QNIC_E	Emitter QNIC
QNIC_R	Receiver QNIC
QNIC_RP	Passive Receiver QNIC
QNIC_N

Function Documentation

Define_Module() [1/14]

quisp::modules::Define_Module

(

Application

)

Define_Module() [2/14]

quisp::modules::Define_Module

(

BellStateAnalyzer

)

Define_Module() [3/14]

quisp::modules::Define_Module

(

BSAController

)

Define_Module() [4/14]

quisp::modules::Define_Module

(

ConnectionManager

)

Define_Module() [5/14]

quisp::modules::Define_Module

(

dummyModule

)

Define_Module() [6/14]

quisp::modules::Define_Module

(

EntangledPhotonPairSource

)

Define_Module() [7/14]

quisp::modules::Define_Module

(

EPPSController

)

Define_Module() [8/14]

quisp::modules::Define_Module

(

HardwareMonitor

)

Define_Module() [9/14]

quisp::modules::Define_Module

(

PhotonicSwitch

)

Define_Module() [10/14]

quisp::modules::Define_Module

(

Queue

)

Define_Module() [11/14]

quisp::modules::Define_Module

(

RealTimeController

)

Define_Module() [12/14]

quisp::modules::Define_Module

(

Router

)

Define_Module() [13/14]

quisp::modules::Define_Module

(

RuleEngine

)

Define_Module() [14/14]

quisp::modules::Define_Module

(

StationaryQubit

)

NLOHMANN_JSON_SERIALIZE_ENUM()

quisp::modules::NLOHMANN_JSON_SERIALIZE_ENUM	(	QNIC_type	,
		{ {QNIC_E, "QNIC_E"}, {QNIC_R, "QNIC_R"}, {QNIC_RP, "QNIC_RP"}, }	) const

operator<<()

std::ostream & quisp::modules::operator<<	(	std::ostream &	os,
		const quisp::modules::BellPairStore &	store )

Variable Documentation

NULL_CONNECTION_SETUP_INFO

const ConnectionSetupInfo quisp::modules::NULL_CONNECTION_SETUP_INFO

Initial value:

{.qnic =
                                                         {
                                                             .type = QNIC_N,
                                                             .index = -1,
                                                         },
                                                     .neighbor_address = -1,
                                                     .quantum_link_cost = -1}