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lm Namespace Reference

Compounds
class	lm::Agent
class	lm::Decider
class	lm::Effector
struct	lm::UUID::germ_uuid_t::packed_
struct	lm::UUID::germ_uuid_t::standard_
union	lm::UUID::germ_uuid_t
class	lm::Learner
class	lm::LoomKernel
class	lm::LoomMessageHandler
class	lm::NetworkConnection
class	lm::Output
class	lm::ProblemGenerator
class	lm::Sensor
class	lm::StubDecider
class	lm::StubEffector
class	lm::StubLearner
class	lm::StubProblemGenerator
class	lm::StubSensor
class	lm::UUID
Typedefs
typedef UUID	MESSAGE_TYPE
typedef signed char	i8
typedef unsigned int	u8
typedef short	i16
typedef unsigned short	u16
typedef int	i32
typedef unsigned int	u32
typedef long long	i64
typedef unsigned long long	u64
Enumerations
enum	AgentState {   REQUESTING = 64, SOLVING = 32, DRONE = 16, PARENT = 8,   SUBJECT = 4, LISTENER = 2, STANDALONE = 1, ERROR = 0 }
Functions
const UUID	EFFECTORS (std::string("0b0a931f-214d-455d-b4f1-c94b7387840e"))
const UUID	SENSORS (std::string("220e8445-093e-4c29-ad36-ebdc93870c02"))
const UUID	STATECHANGE (std::string("c95c94ce-d331-4191-824b-91df9d8d1457"))
const UUID	INFOREQUEST (std::string("078f1610-8aa7-4a8d-bbdc-f077b2f505f4"))
std::ostream &	operator<< (std::ostream &out, const UUID &uuid)
Variables
const UUID	EFFECTORS
const UUID	SENSORS
const UUID	STATECHANGE
const UUID	INFOREQUEST

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Typedef Documentation

typedef short lm::i16

typedef int lm::i32

typedef long long lm::i64

typedef signed char lm::i8

typedef UUID lm::MESSAGE_TYPE

typedef unsigned short lm::u16

typedef unsigned int lm::u32

typedef unsigned long long lm::u64

typedef unsigned int lm::u8

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Enumeration Type Documentation

enum lm::AgentState

the different states that the agent may have (simultaneously) REQUESTING - I am waiting for an agent to determin the appropriate action for me. : sends to everyone SOLVING - I am solving a problem for another agent. : can only have 1 requester DRONE - I'm being told what effector to use : can only have 1 parent PARENT - Tell a DRONE what to do : can have n DRONES SUBJECT - Every time I use an effector I tell my listener that I'm doing something : can only have n listener LISTENER - I'm recieving updates from subjects about what they are doing : can only have 1 subject STANDALONE - this is the default mode. The agent reads in his sensors and decides what effector he should use. : by itself Enumeration values: REQUESTING  SOLVING  DRONE  PARENT  SUBJECT  LISTENER  STANDALONE  ERROR

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Function Documentation

const UUID EFFECTORS (  std::string("0b0a931f-214d-455d-b4f1-c94b7387840e")    )

const UUID INFOREQUEST (  std::string("078f1610-8aa7-4a8d-bbdc-f077b2f505f4")    )

std::ostream & lm::operator<< (  std::ostream &    out, const UUID &    uuid )

Writes the string representation of the given UUID to the give stream.

const UUID SENSORS (  std::string("220e8445-093e-4c29-ad36-ebdc93870c02")    )

const UUID STATECHANGE (  std::string("c95c94ce-d331-4191-824b-91df9d8d1457")    )

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Variable Documentation

const UUID lm::EFFECTORS

these are the pre-defined types of messages that we send across the plexus network, they are guids because that is what the plexus groupdomain type is and to make it easier to check a message type as it gets passed through the various levels we will conform to the standard.

const UUID lm::INFOREQUEST

const UUID lm::SENSORS

const UUID lm::STATECHANGE

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