Uses of Class
org.algernon.aam.Processor

Packages that use Processor

org.algernon
org.algernon.aam
org.algernon.aam.compile
org.algernon.aam.opcode
org.algernon.aam.register
org.algernon.datatype
org.algernon.rule

Uses of Processor in org.algernon

Fields in org.algernon declared as Processor

protected Processor

Algernon.m_processor

Methods in org.algernon that return Processor

Processor

Algernon.getProcessor()

Methods in org.algernon with parameters of type Processor

void	Algernon.addToActionQueue(Processor processor, LispValue item) Adds an activation to the action queue.

Uses of Processor in org.algernon.aam

Fields in org.algernon.aam declared as Processor

protected Processor	Tracer.m_processor
protected Processor	QueryHistory.m_processor
protected Processor	Profiler.m_processor
protected Processor	OpcodeSet.f_processor

Methods in org.algernon.aam that return Processor

Processor

Processor.copy() Returns a new processor that contains the same global variable bindings as this one.

Methods in org.algernon.aam with parameters of type Processor

void	Opcode.execute(Processor processor, AlgernonKBSet kbSet) Executes this opcode, using information in the given processor.

Constructors in org.algernon.aam with parameters of type Processor

Tracer(Processor processor)
Creates a new Tracer object.

QueryHistory(Processor proc)

Profiler(Processor processor)
Creates a new Profiler object.

OpcodeSet(Algernon algy, Processor processor)
Create a new AAM OpcodeSet.

Uses of Processor in org.algernon.aam.compile

Fields in org.algernon.aam.compile declared as Processor

private Processor

AlgernonCompiler.f_processor

Uses of Processor in org.algernon.aam.opcode

Methods in org.algernon.aam.opcode with parameters of type Processor

void	Verify.execute(Processor processor, AlgernonKBSet kbSet) Executes the VERIFY opcode.
void	UseKB.execute(Processor processor, AlgernonKBSet kbSet) Executes the UseKB opcode.
void	Trace.execute(Processor processor, AlgernonKBSet kbSet) Executes the Trace opcode.
void	TestUnique.execute(Processor processor, AlgernonKBSet kbSet) This opcode is like TestSucceed except that it only aborts the computation if there are multiple bindings for the given variable.
void	TestUnbound.execute(Processor processor, AlgernonKBSet kbSet) Checks the variable in the clause and sets result to NIL if it is bound, where it is checked by the :FAIL operator.
void	TestTrue.execute(Processor processor, AlgernonKBSet kbSet) Executes the TEST opcode.
void	TestSucceed.execute(Processor processor, AlgernonKBSet kbSet) Executes the TEST-SUCCEED opcode.
void	TestKnown.execute(Processor processor, AlgernonKBSet kbSet) Executes the :KNOWN opcode.
void	TestFail.execute(Processor processor, AlgernonKBSet kbSet) Executes the TEST-FAIL opcode.
void	TestBound.execute(Processor processor, AlgernonKBSet kbSet) Checks the variable in the clause and sets result to T if it is bound, where it is checked by the :FAIL operator.
void	TemplateRelation.execute(Processor processor, AlgernonKBSet kbSet) Executes the TEMPLATE-RELATION opcode.
void	Superclass.execute(Processor processor, AlgernonKBSet kbSet) Executes the Superclass opcode, which collects all direct and indirect subclasses of a class.
void	SubstituteBindings1.execute(Processor processor, AlgernonKBSet kbSet) Executes the SUBSTITUTE1 opcode.
void	SubstituteBindings.execute(Processor processor, AlgernonKBSet kbSet) Executes the SUBSTITUTE opcode.
void	Subroutine.execute(Processor processor, AlgernonKBSet kbSet) Executes the SUBROUTINE opcode.
protected BindingSet	Subroutine.consolidateBindings(Processor processor, LispValue result, Object var) Consolidates a list of results into one binding set.
void	Subclass.execute(Processor processor, AlgernonKBSet kbSet) Executes the Subclass opcode, which collects all direct and indirect subclasses of a class.
void	Stop.execute(Processor processor, AlgernonKBSet kbSet) Executes the STOP opcode.
void	Skip.execute(Processor processor, AlgernonKBSet kbSet, LispValue label) Pops the CODE register until reaching the label.
void	Skip.execute(Processor processor, AlgernonKBSet kbSet) Pops the CODE register until reaching the label.
void	ShowCode.execute(Processor processor, AlgernonKBSet kbSet) Executes the SHOW-CODE opcode.
void	Show.execute(Processor processor, AlgernonKBSet kbSet) Executes the SHOW opcode.
void	Select.execute(Processor processor, AlgernonKBSet kbSet) Executes the SELECT opcode.
void	Save.execute(Processor processor, AlgernonKBSet kbSet) Executes the SAVE opcode.
void	RootClass.execute(Processor processor, AlgernonKBSet kbSet) Executes the RootClass opcode, which collects all the root classes of a class.
void	Return.execute(Processor processor, AlgernonKBSet kbSet) Executes the RETURN opcode, which ends a stream of Algernon processing.
void	Query.execute(Processor processor, AlgernonKBSet kbSet) Executes the QUERY opcode.
void	Push.execute(Processor processor, AlgernonKBSet kbSet) Executes the PUSH opcode.
void	Print.execute(Processor processor, AlgernonKBSet kbSet) Executes the PRINT and PRINTLN macros.
void	Pop.execute(Processor processor, AlgernonKBSet kbSet) Executes the TEST opcode.
void	Parent.execute(Processor processor, AlgernonKBSet kbSet) Executes the Parent opcode, which verifies that a pair of frames are parent and child.
void	NotEqual.execute(Processor processor, AlgernonKBSet kbSet) Executes the NotEqual opcode.
void	Name.execute(Processor processor, AlgernonKBSet kbSet) Executes the NAME opcode.
void	MergeBindings.execute(Processor processor, AlgernonKBSet kbSet) Executes the :MERGE-BINDINGS opcode.
void	Limit.execute(Processor processor, AlgernonKBSet kbSet) Executes the Limit opcode.
void	LeastCommonSuperclass.execute(Processor processor, AlgernonKBSet kbSet) Executes the LeastCommonSuperclass opcode.
void	LeafClass.execute(Processor processor, AlgernonKBSet kbSet) Executes the LeafClass opcode, which collects all direct and indirect subclasses of a class that are leaves.
void	Label.execute(Processor processor, AlgernonKBSet kbSet) Executes the TEST opcode.
void	IsRelation.execute(Processor processor, AlgernonKBSet kbSet) Executes the IsRelation opcode.
void	IsInstance.execute(Processor processor, AlgernonKBSet kbSet) Executes the IsInstance opcode.
void	IsFrame.execute(Processor processor, AlgernonKBSet kbSet) Executes the IsFrame opcode.
void	IsFacet.execute(Processor processor, AlgernonKBSet kbSet) Executes the IsFacet opcode.
void	IsClass.execute(Processor processor, AlgernonKBSet kbSet) Executes the IsClass opcode.
void	Instance.execute(Processor processor, AlgernonKBSet kbSet) Executes the INSTANCE opcode.
void	For.execute(Processor processor, AlgernonKBSet kbSet) Executes the For opcode.
void	Fire.execute(Processor processor, AlgernonKBSet kbSet) Executes the FIRE opcode.
void	Eval.execute(Processor processor, AlgernonKBSet kbSet) Executes the :EVAL opcode.
void	DirectSuperclass.execute(Processor processor, AlgernonKBSet kbSet) Executes the DirectInstance opcode.
void	DirectSubclass.execute(Processor processor, AlgernonKBSet kbSet) Executes the DirectInstance opcode.
void	DirectInstance.execute(Processor processor, AlgernonKBSet kbSet) Executes the DirectInstance opcode.
void	DirectClass.execute(Processor processor, AlgernonKBSet kbSet) Executes the DirectClass opcode.
void	DeleteRelation.execute(Processor processor, AlgernonKBSet kbSet) Executes the DeleteRelation opcode.
void	DeleteInstance.execute(Processor processor, AlgernonKBSet kbSet) Executes the DeleteInstance opcode.
void	DeleteFrame.execute(Processor processor, AlgernonKBSet kbSet) Executes the DeleteFrame opcode.
void	DeleteFacet.execute(Processor processor, AlgernonKBSet kbSet) Executes the DeleteFacet opcode.
void	DeleteClause.execute(Processor processor, AlgernonKBSet kbSet) Executes the DeleteClause opcode.
void	DeleteClass.execute(Processor processor, AlgernonKBSet kbSet) Executes the DeleteClass opcode.
void	Date.execute(Processor processor, AlgernonKBSet kbSet) Executes the Date opcode.
void	CreateRules.execute(Processor processor, AlgernonKBSet kbSet) Executes the :ADD-RULES macro.
void	CreateRelationRules.execute(Processor processor, AlgernonKBSet kbSet) Executes the CreateRelationRules opcode.
void	CreateRelation.execute(Processor processor, AlgernonKBSet kbSet) Creates a new relation in the KB.
void	CreateInstance.execute(Processor processor, AlgernonKBSet kbSet) Executes the CreateInstance opcode.
void	CreateFacet.execute(Processor processor, AlgernonKBSet kbSet) Executes the CreateFacet opcode.
void	CreateClass.execute(Processor processor, AlgernonKBSet kbSet) Executes the CREATE-CLASS opcode.
void	Count.execute(Processor processor, AlgernonKBSet kbSet) Executes the Count opcode.
void	Continuation.execute(Processor processor, AlgernonKBSet kbSet) Executes the CONTINUATION opcode.
void	ConjunctiveClear.execute(Processor processor, AlgernonKBSet kbSet) Executes the ConjunctiveClear opcode.
void	ConjunctiveBranch.execute(Processor processor, AlgernonKBSet kbSet) Executes the ConjunctiveBranch opcode.
void	ClearRelation.execute(Processor processor, AlgernonKBSet kbSet) Executes the ClearRelation opcode.
void	Clause.execute(Processor processor, AlgernonKBSet kbSet) Sets the CLAUSE register to the given value.
void	ClassOp.execute(Processor processor, AlgernonKBSet kbSet) Executes the CLASS opcode.
void	Child.execute(Processor processor, AlgernonKBSet kbSet) Executes the Child opcode, which verifies that a pair of frames are parent and child.
void	BranchByUser.execute(Processor processor, AlgernonKBSet kbSet) Executes the BranchByUser opcode.
void	Branch.execute(Processor processor, AlgernonKBSet kbSet) Executes the BRANCH opcode.
void	Branch.execute(Processor processor, AlgernonKBSet kbSet, boolean saveRegisters) Executes the BRANCH opcode.
void	Bind.execute(Processor processor, AlgernonKBSet kbSet) Executes the BIND opcode.
void	Assume.execute(Processor processor, AlgernonKBSet kbSet) Executes the TEST opcode.
void	Assert.execute(Processor processor, AlgernonKBSet kbSet) Executes the ASSERT opcode, which stores a clause in the KB.
void	Ask.execute(Processor processor, AlgernonKBSet kbSet) Executes the ASK opcode.
void	Any.execute(Processor processor, AlgernonKBSet kbSet) If there is more than one binding list in the topmost binding-set of the *BINDINGS* register, pick one at random and throw the rest away.
void	ActivateFCRules.execute(Processor processor, AlgernonKBSet kbSet) Executes the Activate FC opcode.
void	ActivateBCRules.execute(Processor processor, AlgernonKBSet kbSet) Executes the Activate BC opcode.

Uses of Processor in org.algernon.aam.register

Fields in org.algernon.aam.register declared as Processor

protected Processor	RegisterSet.f_processor
protected Processor	GeneralRegister.m_processor
protected Processor	GeneralRegister.f_processor

Constructors in org.algernon.aam.register with parameters of type Processor

RegisterSet(Processor processor)
Create a new AAM RegisterSet.

GeneralRegister(Processor processor, String name, RegisterSet registerSet)
Creates a new general-purpose AAM register.

BindingsRegister(Processor processor, String name, RegisterSet registerSet)
Creates a new AAM register that holds a binding set.

Uses of Processor in org.algernon.datatype

Methods in org.algernon.datatype with parameters of type Processor

LispValue

Path.findName(Processor processor, LispValue variable) Given a variable name, searches for a clause of the form ( variable string) and returns the string as a symbol.

Constructors in org.algernon.datatype with parameters of type Processor

Activation(Algernon algy, Processor processor, BindingList bindings, int direction, AlgernonKBSet kbSet, Rule rule, int codeType, LispValue conjunctionID, LispValue ID)
Create a new AAM Activation.

Uses of Processor in org.algernon.rule

Methods in org.algernon.rule with parameters of type Processor

LispValue	Rule.findBCRuleCode(Processor processor, AlgernonKBSet kbSet, BindingList boundVariables) Returns the compiled code that is appropriate for the set of bound variables passed in.
LispValue	Rule.getCode(Processor processor, AlgernonKBSet kbSet, BindingList bindings) Returns the code for a forward chaining rule, or for a backward chaining rule with no bound variables.