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The Meta-Environment API | |||||||||
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Packages that use State | |
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toolbus | This package implements the ToolBus coordination architecture. |
toolbus.atom | |
toolbus.atom.msg | |
toolbus.atom.note | |
toolbus.atom.tool | |
toolbus.process |
Uses of State in toolbus |
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Methods in toolbus that return State | |
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State |
StateElement.getFollow()
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State |
StateElement.gotoNextStateAndActivate()
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State |
State.gotoNextStateAndActivate()
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State |
StateElement.gotoNextStateAndActivate(StateElement elem)
Get the successor of the StateElement for a given other StateElement elem. |
State |
State.gotoNextStateAndActivate(StateElement a)
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State |
State.union(State b)
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Methods in toolbus with parameters of type State | |
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State |
State.union(State b)
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Uses of State in toolbus.atom |
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Methods in toolbus.atom that return State | |
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State |
Delta.getFirst()
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State |
Atom.gotoNextStateAndActivate()
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State |
Atom.gotoNextStateAndActivate(StateElement b)
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Methods in toolbus.atom with parameters of type State | |
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void |
Atom.compile(ProcessInstance pi,
java.util.Stack<java.lang.String> calls,
State follow)
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void |
Create.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follow)
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void |
Assign.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follow)
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Uses of State in toolbus.atom.msg |
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Methods in toolbus.atom.msg with parameters of type State | |
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void |
RecMsg.compile(ProcessInstance pi,
java.util.Stack<java.lang.String> calls,
State follow)
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Uses of State in toolbus.atom.note |
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Methods in toolbus.atom.note with parameters of type State | |
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void |
Subscribe.compile(ProcessInstance pi,
java.util.Stack<java.lang.String> calls,
State follow)
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Uses of State in toolbus.atom.tool |
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Methods in toolbus.atom.tool with parameters of type State | |
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void |
Execute.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follow)
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Uses of State in toolbus.process |
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Fields in toolbus.process declared as State | |
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private State |
ProcessInstance.currentState
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private State |
ProcessExpression.first
The first (entry) state for the automaton that implements this process expression. |
private State |
DynamicProcessCall.firstState
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private State |
ProcessCall.firstState
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private State |
ProcessExpression.follow
The state that follows (= connected to the exit of) the automaton that implements this process expression. |
private State[] |
Merge.initialState
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private State |
ProcessInstance.initialState
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private State |
LeftBiasedAlternative.mergeState
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private State |
RightBiasedAlternative.mergeState
|
private State |
Merge.mergeState
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private State[] |
LeftBiasedAlternative.state
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private State[] |
RightBiasedAlternative.state
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private State[] |
Merge.state
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Methods in toolbus.process that return State | |
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State |
ProcessInstance.getCurrentState()
|
State |
LeftBiasedAlternative.getFirst()
|
State |
ProcessExpression.getFirst()
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State |
RightBiasedAlternative.getFirst()
|
State |
LetDefinition.getFirst()
|
State |
Merge.getFirst()
|
State |
ProcessExpression.getFollow()
|
State |
LetDefinition.getFollow()
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State |
ProcessInstance.getProcessState()
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State |
LeftBiasedAlternative.gotoNextStateAndActivate()
|
State |
DynamicProcessCall.gotoNextStateAndActivate()
|
State |
RightBiasedAlternative.gotoNextStateAndActivate()
|
State |
Merge.gotoNextStateAndActivate()
|
State |
ProcessCall.gotoNextStateAndActivate()
|
State |
LeftBiasedAlternative.gotoNextStateAndActivate(StateElement se)
|
State |
DynamicProcessCall.gotoNextStateAndActivate(StateElement se)
|
State |
RightBiasedAlternative.gotoNextStateAndActivate(StateElement se)
|
State |
Merge.gotoNextStateAndActivate(StateElement se)
|
State |
ProcessCall.gotoNextStateAndActivate(StateElement se)
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Methods in toolbus.process with parameters of type State | |
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protected void |
ProcessExpression.addToFollow(State set)
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protected void |
LeftBiasedAlternative.compile(ProcessInstance processInstance,
java.util.Stack<java.lang.String> calls,
State follows)
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protected void |
Iteration.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follow)
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protected void |
DynamicProcessCall.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follows)
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protected abstract void |
ProcessExpression.compile(ProcessInstance processInstance,
java.util.Stack<java.lang.String> calls,
State followSet)
|
protected void |
RightBiasedAlternative.compile(ProcessInstance processInstance,
java.util.Stack<java.lang.String> calls,
State follows)
|
protected void |
Disrupt.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follow)
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protected void |
Alternative.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follow)
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protected void |
LetDefinition.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follows)
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protected void |
Merge.compile(ProcessInstance processInstance,
java.util.Stack<java.lang.String> calls,
State follows)
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protected void |
Sequence.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follow)
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protected void |
IfElse.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follows)
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protected void |
ProcessCall.compile(ProcessInstance P,
java.util.Stack<java.lang.String> calls,
State follows)
|
protected void |
ProcessExpression.setFirst(State first)
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protected void |
ProcessExpression.setFollow(State follow)
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The Meta-Environment API | |||||||||
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