protected void SetupRulePhases()
{
_rulePhases = new ArrayList(5);
/*
* Phase 1: Scan the specification for units and also any
* information that may be helpful for determining structure.
*/
SpecScanPhase phaseOne = new SpecScanPhase();
phaseOne.AddRule(new ListFindingRule());
phaseOne.AddRule(new UnitFindingRule());
phaseOne.AddRule(new MutualExclusionRule());
_rulePhases.Add(phaseOne);
/*
* Phase 2: Scan the specification again and assign CIOs to
* each appliance object. These will used in later phases to
* populate the lists and make decisions about list structure.
*/
UnitScanPhase phaseTwo = new UnitScanPhase();
phaseTwo.AddRule(new ListUnitFinder());
phaseTwo.AddRule(new ObjectUnitFinder());
_rulePhases.Add(phaseTwo);
/*
* Phase 3: Build an intermediate list structure that can be
* easily modified by later phases. This structure is tightly
* bound to the appliance structure.
*/
BuildListPhase phaseThree = new BuildListPhase();
phaseThree.AddRule(new AssignListNodeRule());
phaseThree.AddRule(new MutualExclusionSubListRule());
phaseThree.AddRule(new NamedGroupSubListRule());
phaseThree.AddRule(new ObjectsInListRule());
_rulePhases.Add(phaseThree);
/*
* Phase 4: Build the concrete list structure from the
* intermediate structure that has been determined so far.
*/
ListManipulatePhase phaseFour = new ListManipulatePhase();
phaseFour.AddRule(new CombinePanelNodesRule());
phaseFour.AddRule(new NoSingleListNodesRule());
_rulePhases.Add(phaseFour);
/*
* Phase 5: Build the concrete list structure from the
* intermediate structure that has been determined so far.
*/
BuildConcreteListPhase phaseFive = new BuildConcreteListPhase();
phaseFive.AddRule(new MakeValueSubListRule());
phaseFive.AddRule(new MakeSubListRule());
phaseFive.AddRule(new MakePanelItemRule());
phaseFive.AddRule(new MakeListItemRule());
phaseFive.AddRule(new PlacePanelItemsRule());
_rulePhases.Add(phaseFive);
}
protected void SetupRulePhases()
{
_rulePhases = new ArrayList(2);
/*
* Phase 1: Scan the specification for units and also any
* information that may be helpful for determining structure.
*/
SpecScanPhase phaseOne = new SpecScanPhase();
phaseOne.AddRule(new ListFindingRule());
phaseOne.AddRule(new UnitFindingRule());
phaseOne.AddRule(new MutualExclusionRule());
_rulePhases.Add(phaseOne);
/*
* Phase 2: Modify the specification based upon information
* found in the previous phase, and inferences made during this
* phase.
*/
GroupScanPhase phaseTwo = new GroupScanPhase();
phaseTwo.AddRule(new NoPanelsRule());
phaseTwo.AddRule(new PowerPanelRule());
phaseTwo.AddRule(new TabbedPanelsRule());
phaseTwo.AddRule(new OverlappingPanelsRule());
_rulePhases.Add(phaseTwo);
/*
* Phase 3: Scan throught the portions of the group tree
* not yet assigned to widgets.
*/
UnitScanPhase phaseThree = new UnitScanPhase();
phaseThree.AddRule(new ListUnitFinder());
phaseThree.AddRule(new ObjectUnitFinder());
_rulePhases.Add(phaseThree);
/*
* Phase 4: Build the interface tree from the group tree.
* Assign rows to CIOs during this process.
*/
TreeBuildingPhase phaseFour = new TreeBuildingPhase();
phaseFour.AddRule(new OrganizeTreeRule());
phaseFour.AddRule(new GetPanelRule());
phaseFour.AddRule(new LabeledTwoCompRowRule());
phaseFour.AddRule(new FullWidthRowRule());
phaseFour.AddRule(new OneColumnRowRule());
_rulePhases.Add(phaseFour);
/*
* Phase 5: Build the concrete interface from the interface tree.
*/
BuildConcretePhase phaseFive = new BuildConcretePhase();
// TODO: Re-write this phase to use rules... Currently the
// phase object does all the work.
_rulePhases.Add(phaseFive);
/*
* Phase 6: Attempt to fix layout problems in the interface tree.
*/
FixLayoutPhase phaseSix = new FixLayoutPhase();
phaseSix.AddRule(new FixLayoutWithTabsRule());
_rulePhases.Add(phaseSix);
/*
* Phase 7: Enabling auto-scrolling for panels.
*/
TreeTraversalPhase phaseSeven = new TreeTraversalPhase();
phaseSeven.AddRule(new TurnOnScrollingRule());
_rulePhases.Add(phaseSeven);
}
