|
Building Parsers with Java | ||||||||
| PREV NEXT | FRAMES NO FRAMES | ||||||||
| Packages that use Scope | |
| sjm.engine | |
| Uses of Scope in sjm.engine |
| Fields in sjm.engine declared as Scope | |
protected Scope |
DynamicRule.scope
|
| Methods in sjm.engine that return Scope | |
Scope |
DynamicRule.getScope()
Return the home of this dynamic rule's variables. |
| Methods in sjm.engine with parameters of type Scope | |
Term |
Structure.copyForProof(AxiomSource as,
Scope scope)
Create a ConsultingStructure counterpart that
can unify with other structures. |
Term |
Fact.copyForProof(AxiomSource ignored,
Scope ignored2)
Returns this fact. |
Term |
Term.copyForProof(AxiomSource as,
Scope scope)
Returns a copy of the term for use in a proof. |
Term |
Variable.copyForProof(AxiomSource ignored,
Scope scope)
Create a copy that uses the provided scope. |
protected static Structure[] |
DynamicRule.provableStructures(AxiomSource as,
Scope scope,
Structure[] structures)
Create provable versions of an input array of structures. |
Term |
ArithmeticOperator.copyForProof(AxiomSource ignored,
Scope scope)
Create a copy using the supplied scope for variables. |
Term |
Anonymous.copyForProof(AxiomSource ignored,
Scope ignored2)
Returns this anonymous variable, which does not unify with anything and thus does not need to copy itself. |
Term |
Not.copyForProof(AxiomSource as,
Scope scope)
Create a ConsultingNot counterpart that
can prove itself. |
Term |
Comparison.copyForProof(AxiomSource ignored,
Scope scope)
Create a copy that uses the provided scope. |
Term |
Evaluation.copyForProof(AxiomSource ignored,
Scope scope)
Create a copy that uses the provided scope. |
| Constructors in sjm.engine with parameters of type Scope | |
DynamicRule.DynamicRule(AxiomSource as,
Scope scope,
Structure[] structures)
|
|
DynamicRule.DynamicRule(AxiomSource as,
Scope scope,
Rule rule)
Construct a provable rule for the given axiom source, scope, and rule. |
|
Query.Query(AxiomSource as,
Scope scope,
Structure[] structures)
|
|
|
by Steve Metsker | ||||||||
| PREV NEXT | FRAMES NO FRAMES | ||||||||