-- SaffronTypeDependenciesImpl.mesa
 -- Copyright Ó 1987 by Xerox Corporation.  All rights reserved.
 -- Generated by Rauen.pa at September 1, 1988 2:58:35 pm PDT
 --  using ThreeCasabaFour [1.2] of June 1, 1987 6:00:00 pm PDT

DIRECTORY
	SaffronAG6aDef,
	SaffronAG6bDef,
	SaffronAG7bDef,
	SaffronAG6cDef,
	ThreeC4Support,
	SaffronBaseDef,
	SaffronATDef;

SaffronTypeDependenciesImpl: CEDAR PROGRAM IMPORTS ThreeC4Support, SaffronBaseDef EXPORTS SaffronAG6aDef, SaffronAG6bDef, SaffronAG7bDef, SaffronAG6cDef= 
BEGIN
OPEN SaffronAG6aDef, SaffronAG6bDef, SaffronAG7bDef, SaffronAG6cDef, ThreeC4Support, SaffronBaseDef, SaffronATDef;
TypeExprecordProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprecordProdData _ NARROW[tree.data];
temp0 _ treeData.RecList.procs.AddSizeDependencies[treeData.RecList, dg, dgn];
END
END;

TypeExprecordProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprecordProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on record types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExprecordProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprecordProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on record types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpunionProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpunionProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.VariantList.procs.AddSizeDependencies[treeData.VariantList, dg, dgn];
dg2 _ treeData.Tag.procs.AddSizeDependencies[treeData.Tag, dg1, dgn];
temp0 _ dg2;
END;
END
END;

TypeExpunionProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpunionProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on union types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpunionProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpunionProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on union types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpsequenceProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpsequenceProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.TypeExp.procs.AddSizeDependencies[treeData.TypeExp, dg, dgn];
dg2 _ treeData.Tag.procs.AddSizeDependencies[treeData.Tag, dg1, dgn];
temp0 _ dg2;
END;
END
END;

TypeExpsequenceProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpsequenceProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on sequence types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpsequenceProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpsequenceProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on sequence types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpenumProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpenumProdData _ NARROW[tree.data];
temp0 _ treeData.ElementList.procs.AddSizeDependencies[treeData.ElementList, dg, dgn];
END
END;

TypeExpenumProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpenumProdData _ NARROW[tree.data];
temp0 _ treeData.ElementList.procs.AddLastDependencies[treeData.ElementList, dg, dgn];
END
END;

TypeExpenumProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpenumProdData _ NARROW[tree.data];
temp0 _ treeData.ElementList.procs.AddFirstDependencies[treeData.ElementList, dg, dgn];
END
END;

TypeExprefProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprefProdData _ NARROW[tree.data];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

TypeExprefProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprefProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on REF types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExprefProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprefProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on REF types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExprefanyProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprefanyProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.refany"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExprefanyProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprefanyProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on REF ANY"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExprefanyProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprefanyProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on REF ANY"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExprefunspecifiedProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.refunspecified"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExprefunspecifiedProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on REF UNSPECIFIED"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExprefunspecifiedProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on REF UNSPECIFIED"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExptypeidProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptypeidProdData _ NARROW[tree.data];
temp0 _ treeData.TypeId.procs.AddSizeDependencies[treeData.TypeId, dg, dgn];
END
END;

TypeExptypeidProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptypeidProdData _ NARROW[tree.data];
temp0 _ treeData.TypeId.procs.AddLastDependencies[treeData.TypeId, dg, dgn];
END
END;

TypeExptypeidProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptypeidProdData _ NARROW[tree.data];
temp0 _ treeData.TypeId.procs.AddFirstDependencies[treeData.TypeId, dg, dgn];
END
END;

TypeExpsubrangeProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpsubrangeProdData _ NARROW[tree.data];
temp0 _ treeData.Subrange.procs.AddSizeDependencies[treeData.Subrange, dg, dgn];
END
END;

TypeExpsubrangeProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpsubrangeProdData _ NARROW[tree.data];
temp0 _ treeData.Subrange.procs.AddLastDependencies[treeData.Subrange, dg, dgn];
END
END;

TypeExpsubrangeProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpsubrangeProdData _ NARROW[tree.data];
temp0 _ treeData.Subrange.procs.AddFirstDependencies[treeData.Subrange, dg, dgn];
END
END;

TypeExppointerProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExppointerProdData _ NARROW[tree.data];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

TypeExppointerProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExppointerProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on pointer types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExppointerProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExppointerProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on pointer types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpvarProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpvarProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.var"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExpvarProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpvarProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on VAR types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpvarProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpvarProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on VAR types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExplistProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExplistProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.list"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExplistProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExplistProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on LIST types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExplistProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExplistProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on LIST types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExparrayProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExparrayProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.array"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExparrayProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExparrayProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on ARRAY types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExparrayProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExparrayProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on ARRAY types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpdescriptorProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpdescriptorProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.descriptor"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExpdescriptorProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpdescriptorProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on descriptor types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpdescriptorProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpdescriptorProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on descriptor types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExptransferProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptransferProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.transfer"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExptransferProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptransferProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on transfer types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExptransferProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptransferProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on transfer types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExprelativeProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprelativeProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.relative"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExprelativeProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprelativeProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on relative types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExprelativeProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExprelativeProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on relative types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpzoneProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpzoneProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.zone"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExpzoneProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpzoneProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on zone types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpzoneProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpzoneProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on zone types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExplongProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExplongProdData _ NARROW[tree.data];
temp0 _ treeData.TypeExp.procs.AddSizeDependencies[treeData.TypeExp, dg, dgn];
END
END;

TypeExplongProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExplongProdData _ NARROW[tree.data];
temp0 _ treeData.TypeExp.procs.AddLastDependencies[treeData.TypeExp, dg, dgn];
END
END;

TypeExplongProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExplongProdData _ NARROW[tree.data];
temp0 _ treeData.TypeExp.procs.AddFirstDependencies[treeData.TypeExp, dg, dgn];
END
END;

TypeExpframeProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpframeProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.frame"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExpframeProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpframeProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["LAST is not a valid operation on frame types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExpframeProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExpframeProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["FIRST is not a valid operation on frame types"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExppaintedProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExppaintedProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.painted"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExppaintedProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExppaintedProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.painted"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExppaintedProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExppaintedProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.painted"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExptypeapplyProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptypeapplyProdData _ NARROW[tree.data];
BEGIN
dg1:	DependencyGraphNode;
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.typeapply"];
dg1 _ FakeDamageDependencyGraph[dg];
temp0 _ dg1;
END;
END
END;

TypeExptypeapplyProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptypeapplyProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.typeapply"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeExptypeapplyProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeExpNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeExptypeapplyProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeExp.typeapply"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

RecListemptyProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	RecListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

RecListpairlistProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	RecListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	RecListpairlistProdData _ NARROW[tree.data];
temp0 _ treeData.PairList.procs.AddSizeDependencies[treeData.PairList, dg, dgn];
END
END;

RecListtypelistProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	RecListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	RecListtypelistProdData _ NARROW[tree.data];
temp0 _ treeData.TypeList.procs.AddSizeDependencies[treeData.TypeList, dg, dgn];
END
END;

PairListoneProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	PairListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	PairListoneProdData _ NARROW[tree.data];
temp0 _ treeData.PairItem.procs.AddSizeDependencies[treeData.PairItem, dg, dgn];
END
END;

PairListmanyProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	PairListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	PairListmanyProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.PairListhead.procs.AddSizeDependencies[treeData.PairListhead, dg, dgn];
dg2 _ treeData.PairListtail.procs.AddSizeDependencies[treeData.PairListtail, dg1, dgn];
temp0 _ dg2;
END;
END
END;

TypeListoneProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeListoneProdData _ NARROW[tree.data];
temp0 _ treeData.TypeItem.procs.AddSizeDependencies[treeData.TypeItem, dg, dgn];
END
END;

TypeListmanyProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeListmanyProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.TypeListhead.procs.AddSizeDependencies[treeData.TypeListhead, dg, dgn];
dg2 _ treeData.TypeListtail.procs.AddSizeDependencies[treeData.TypeListtail, dg1, dgn];
temp0 _ dg2;
END;
END
END;

PairItemProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	PairItemNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	PairItemProdData _ NARROW[tree.data];
temp0 _ treeData.TypeExp.procs.AddSizeDependencies[treeData.TypeExp, dg, dgn];
END
END;

TypeItemProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeItemNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeItemProdData _ NARROW[tree.data];
temp0 _ treeData.TypeExp.procs.AddSizeDependencies[treeData.TypeExp, dg, dgn];
END
END;

TagidentProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TagNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TagidentProdData _ NARROW[tree.data];
temp0 _ treeData.TagType.procs.AddSizeDependencies[treeData.TagType, dg, dgn];
END
END;

TagcomputedProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TagNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TagcomputedProdData _ NARROW[tree.data];
temp0 _ treeData.TagType.procs.AddSizeDependencies[treeData.TagType, dg, dgn];
END
END;

TagoverlaidProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TagNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TagoverlaidProdData _ NARROW[tree.data];
temp0 _ treeData.TagType.procs.AddSizeDependencies[treeData.TagType, dg, dgn];
END
END;

TagTypestarProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TagTypeNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

TagTypetypeexpProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TagTypeNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TagTypetypeexpProdData _ NARROW[tree.data];
temp0 _ treeData.TypeExp.procs.AddSizeDependencies[treeData.TypeExp, dg, dgn];
END
END;

VariantListoneProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	VariantListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	VariantListoneProdData _ NARROW[tree.data];
temp0 _ treeData.VariantItem.procs.AddSizeDependencies[treeData.VariantItem, dg, dgn];
END
END;

VariantListmoreProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	VariantListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	VariantListmoreProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.VariantItem.procs.AddSizeDependencies[treeData.VariantItem, dg, dgn];
dg2 _ treeData.VariantList.procs.AddSizeDependencies[treeData.VariantList, dg1, dgn];
temp0 _ dg2;
END;
END
END;

VariantItemProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	VariantItemNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	VariantItemProdData _ NARROW[tree.data];
temp0 _ treeData.RecList.procs.AddSizeDependencies[treeData.RecList, dg, dgn];
END
END;

ElementListemptyProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

ElementListemptyProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

ElementListemptyProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

ElementListmoreProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementListmoreProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.Element.procs.AddSizeDependencies[treeData.Element, dg, dgn];
dg2 _ treeData.ElementList.procs.AddSizeDependencies[treeData.ElementList, dg1, dgn];
temp0 _ dg2;
END;
END
END;

ElementListmoreProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementListmoreProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.Element.procs.AddLastDependencies[treeData.Element, dg, dgn];
dg2 _ treeData.ElementList.procs.AddLastDependencies[treeData.ElementList, dg1, dgn];
temp0 _ dg2;
END;
END
END;

ElementListmoreProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementListNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementListmoreProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.Element.procs.AddFirstDependencies[treeData.Element, dg, dgn];
dg2 _ treeData.ElementList.procs.AddFirstDependencies[treeData.ElementList, dg1, dgn];
temp0 _ dg2;
END;
END
END;

ElementidProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementidProdData _ NARROW[tree.data];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

ElementidProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementidProdData _ NARROW[tree.data];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

ElementidProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementidProdData _ NARROW[tree.data];
temp0 _ FakeDamageDependencyGraph[dg];
END
END;

ElementidwithrepProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementidwithrepProdData _ NARROW[tree.data];
temp0 _ treeData.Exp.procs.AddValueDependencies[treeData.Exp, dg, dgn];
END
END;

ElementidwithrepProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementidwithrepProdData _ NARROW[tree.data];
temp0 _ treeData.Exp.procs.AddValueDependencies[treeData.Exp, dg, dgn];
END
END;

ElementidwithrepProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementidwithrepProdData _ NARROW[tree.data];
temp0 _ treeData.Exp.procs.AddValueDependencies[treeData.Exp, dg, dgn];
END
END;

ElementanonymousrepProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementanonymousrepProdData _ NARROW[tree.data];
temp0 _ treeData.Exp.procs.AddValueDependencies[treeData.Exp, dg, dgn];
END
END;

ElementanonymousrepProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementanonymousrepProdData _ NARROW[tree.data];
temp0 _ treeData.Exp.procs.AddValueDependencies[treeData.Exp, dg, dgn];
END
END;

ElementanonymousrepProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	ElementNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	ElementanonymousrepProdData _ NARROW[tree.data];
temp0 _ treeData.Exp.procs.AddValueDependencies[treeData.Exp, dg, dgn];
END
END;

TypeIdidProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeIdNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeIdidProdData _ NARROW[tree.data];
temp0 _ AddSizeDependency[dg, dgn, treeData.Id];
END
END;

TypeIdidProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeIdNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeIdidProdData _ NARROW[tree.data];
temp0 _ AddLastDependency[dg, dgn, treeData.Id];
END
END;

TypeIdidProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeIdNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeIdidProdData _ NARROW[tree.data];
temp0 _ AddFirstDependency[dg, dgn, treeData.Id];
END
END;

TypeIdqualifierProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeIdNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeIdqualifierProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeId.qualifier"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeIdqualifierProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeIdNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeIdqualifierProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeId.qualifier"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

TypeIdqualifierProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	TypeIdNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	TypeIdqualifierProdData _ NARROW[tree.data];
BEGIN
err:	BOOLEAN;
err _ Error["Dependency analysis not implemented for TypeId.qualifier"];
temp0 _ FakeDamageDependencyGraph[dg];
END;
END
END;

SubrangenamedProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	SubrangeNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	SubrangenamedProdData _ NARROW[tree.data];
temp0 _ treeData.Interval.procs.AddSizeDependencies[treeData.Interval, dg, dgn];
END
END;

SubrangenamedProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	SubrangeNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	SubrangenamedProdData _ NARROW[tree.data];
temp0 _ treeData.Interval.procs.AddLastDependencies[treeData.Interval, dg, dgn];
END
END;

SubrangenamedProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	SubrangeNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	SubrangenamedProdData _ NARROW[tree.data];
temp0 _ treeData.Interval.procs.AddFirstDependencies[treeData.Interval, dg, dgn];
END
END;

SubrangeunnamedProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	SubrangeNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	SubrangeunnamedProdData _ NARROW[tree.data];
temp0 _ treeData.Interval.procs.AddSizeDependencies[treeData.Interval, dg, dgn];
END
END;

SubrangeunnamedProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	SubrangeNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	SubrangeunnamedProdData _ NARROW[tree.data];
temp0 _ treeData.Interval.procs.AddLastDependencies[treeData.Interval, dg, dgn];
END
END;

SubrangeunnamedProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	SubrangeNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	SubrangeunnamedProdData _ NARROW[tree.data];
temp0 _ treeData.Interval.procs.AddFirstDependencies[treeData.Interval, dg, dgn];
END
END;

IntervalccProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalccProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddSizeDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalccProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalccProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddLastDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalccProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalccProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddFirstDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalcoProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalcoProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddSizeDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalcoProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalcoProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddLastDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalcoProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalcoProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddFirstDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalocProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalocProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddSizeDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalocProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalocProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddLastDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalocProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalocProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddFirstDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalooProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalooProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddSizeDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalooProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalooProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddLastDependencies[treeData.Bounds, dg, dgn];
END
END;

IntervalooProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	IntervalNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	IntervalooProdData _ NARROW[tree.data];
temp0 _ treeData.Bounds.procs.AddFirstDependencies[treeData.Bounds, dg, dgn];
END
END;

BoundsProdAddSizeDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	BoundsNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	BoundsProdData _ NARROW[tree.data];
BEGIN
dg2:	DependencyGraphNode;
dg1:	DependencyGraphNode;
dg1 _ treeData.Explower.procs.AddValueDependencies[treeData.Explower, dg, dgn];
dg2 _ treeData.Expupper.procs.AddValueDependencies[treeData.Expupper, dg1, dgn];
temp0 _ dg2;
END;
END
END;

BoundsProdAddLastDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	BoundsNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	BoundsProdData _ NARROW[tree.data];
temp0 _ treeData.Expupper.procs.AddValueDependencies[treeData.Expupper, dg, dgn];
END
END;

BoundsProdAddFirstDependencies:	PUBLIC PROC[ref: REF ANY, dg: DependencyGraphNode, dgn: DependencyGraphNodeNode] RETURNS[temp0: DependencyGraphNode] =
BEGIN
tree:	BoundsNode_ NARROW[ref];
BEGIN
ENABLE ThreeC4Support.GetSourceInfo => RESUME[tree.position, tree.length];
treeData:	BoundsProdData _ NARROW[tree.data];
temp0 _ treeData.Explower.procs.AddValueDependencies[treeData.Explower, dg, dgn];
END
END;

END..