public override void ResolveReferences(Story context)
{
base.ResolveReferences(context);
// List definitions are checked for conflicts separately
if (this.isDeclaration && listDefinition == null)
{
context.CheckForNamingCollisions(this, variableName, this.isGlobalDeclaration ? Story.SymbolType.Var : Story.SymbolType.Temp);
}
if (this.isGlobalDeclaration)
{
var variableReference = expression as VariableReference;
if (variableReference && !variableReference.isConstantReference && !variableReference.isListItemReference)
{
Error("global variable assignments cannot refer to other variables, only literal values, constants and list items");
}
}
if (!this.isNewTemporaryDeclaration)
{
if (!context.ResolveVariableWithName(this.variableName, fromNode: this).found)
{
if (story.constants.ContainsKey(variableName))
{
Error("Can't re-assign to a constant (do you need to use VAR when declaring '" + this.variableName + "'?)", this);
}
else
{
Error("Variable could not be found to assign to: '" + this.variableName + "'", this);
}
}
}
}
public override void ResolveReferences(Story context)
{
if (_startingSubFlowDivert)
{
_startingSubFlowDivert.targetPath = _startingSubFlowRuntime.path;
}
base.ResolveReferences(context);
// Check validity of parameter names
if (arguments != null)
{
foreach (var arg in arguments)
{
context.CheckForNamingCollisions(this, arg.identifier, Story.SymbolType.Arg, "argument");
}
// Separately, check for duplicate arugment names, since they aren't Parsed.Objects,
// so have to be checked independently.
for (int i = 0; i < arguments.Count; i++)
{
for (int j = i + 1; j < arguments.Count; j++)
{
if (arguments [i].identifier?.name == arguments [j].identifier?.name)
{
Error("Multiple arguments with the same name: '" + arguments [i].identifier + "'");
}
}
}
}
// Check naming collisions for knots and stitches
if (flowLevel != FlowLevel.Story)
{
// Weave points aren't FlowBases, so this will only be knot or stitch
var symbolType = flowLevel == FlowLevel.Knot ? Story.SymbolType.Knot : Story.SymbolType.SubFlowAndWeave;
context.CheckForNamingCollisions(this, identifier, symbolType);
}
}
public override void ResolveReferences(Story context)
{
base.ResolveReferences(context);
// List definitions are checked for conflicts separately
if (this.isDeclaration && listDefinition == null)
{
context.CheckForNamingCollisions(this, variableName, this.isGlobalDeclaration ? Story.SymbolType.Var : Story.SymbolType.Temp);
}
// Initial VAR x = [intialValue] declaration, not re-assignment
if (this.isGlobalDeclaration)
{
var variableReference = expression as VariableReference;
if (variableReference && !variableReference.isConstantReference && !variableReference.isListItemReference)
{
Error("global variable assignments cannot refer to other variables, only literal values, constants and list items");
}
}
if (!this.isNewTemporaryDeclaration)
{
var resolvedVarAssignment = context.ResolveVariableWithName(this.variableName, fromNode: this);
if (!resolvedVarAssignment.found)
{
if (story.constants.ContainsKey(variableName))
{
Error("Can't re-assign to a constant (do you need to use VAR when declaring '" + this.variableName + "'?)", this);
}
else
{
Error("Variable could not be found to assign to: '" + this.variableName + "'", this);
}
}
// A runtime assignment may not have been generated if it's the initial global declaration,
// since these are hoisted out and handled specially in Story.ExportRuntime.
if (_runtimeAssignment != null)
{
_runtimeAssignment.isGlobal = resolvedVarAssignment.isGlobal;
}
}
}
public override void ResolveReferences(Story context)
{
// Weave style choice - target own content container
if (_innerContentContainer)
{
_runtimeChoice.pathOnChoice = _innerContentContainer.path;
if (onceOnly)
{
_innerContentContainer.visitsShouldBeCounted = true;
}
}
if (_returnToR1)
{
_returnToR1.targetPath = _r1Label.path;
}
if (_returnToR2)
{
_returnToR2.targetPath = _r2Label.path;
}
if (_divertToStartContentOuter)
{
_divertToStartContentOuter.targetPath = _startContentRuntimeContainer.path;
}
if (_divertToStartContentInner)
{
_divertToStartContentInner.targetPath = _startContentRuntimeContainer.path;
}
base.ResolveReferences(context);
if (name != null && name.Length > 0)
{
context.CheckForNamingCollisions(this, name, Story.SymbolType.SubFlowAndWeave);
}
}
public override void ResolveReferences(Story context)
{
if (_finalLooseEndTarget)
{
var flowEndPath = _finalLooseEndTarget.path;
foreach (var finalLooseEndDivert in _finalLooseEnds)
{
finalLooseEndDivert.targetPath = flowEndPath;
}
}
if (_startingSubFlowDivert)
{
_startingSubFlowDivert.targetPath = _startingSubFlowRuntime.path;
}
base.ResolveReferences(context);
// Check validity of parameter names
if (arguments != null)
{
foreach (var arg in arguments)
{
context.CheckForNamingCollisions(this, arg.name, Story.SymbolType.Arg, "argument");
}
// Separately, check for duplicate arugment names, since they aren't Parsed.Objects,
// so have to be checked independently.
for (int i = 0; i < arguments.Count; i++)
{
for (int j = i + 1; j < arguments.Count; j++)
{
if (arguments [i].name == arguments [j].name)
{
Error("Multiple arguments with the same name: '" + arguments [i].name + "'");
}
}
}
}
}
//public override Runtime.Object GenerateRuntimeObject ()
//{
// var initialValues = new Runtime.InkList ();
// foreach (var itemDef in itemDefinitions) {
// if (itemDef.inInitialList) {
// var item = new Runtime.InkListItem (this.name, itemDef.name);
// initialValues [item] = itemDef.seriesValue;
// }
// }
// // Set origin name, so
// initialValues.SetInitialOriginName (name);
// return new Runtime.ListValue (initialValues);
//}
public override void ResolveReferences(Story context)
{
base.ResolveReferences(context);
context.CheckForNamingCollisions(this, name, Story.SymbolType.List);
}
