public override bool ResolveNames(LexicalScope scope)
{
// Step 1: Create new scope and populate the symbol table
var newScope = getNewScope(scope, null);
// Step 1a: add all class declarations to the current scope
foreach (Statement each in ClassDeclarations)
{
Declaration classDec = each as Declaration;
if (classDec != null)
{
classDec.AddItemsToSymbolTable(newScope);
}
}
// Step 2: ResolveNames for each part of the complilation unit
bool loopResolve = true;
if (ClassDeclarations != null)
{
foreach (ClassDeclaration each in ClassDeclarations)
{
loopResolve = loopResolve & each.ResolveNames(newScope);
}
}
// need to do something special with package declarations and import declarations - Nathan
return(loopResolve);
}
public override bool ResolveNames(LexicalScope scope)
{
// Step 1: Create new scope and populate the symbol table
// Special case with blocks - add to symbol table line by line as the names are resolved.
// This is the catch the situation where the declaration is after the use of the variable.
//var newScope = getNewScope(scope, null);
// Step 2: ResolveNames for each part of the complilation unit
bool loopResolve = true;
if (statements != null)
{
foreach (Statement each in statements)
{
Declaration decl = each as Declaration; // try to cast statement as a declaration
if (decl != null)
{
decl.AddItemsToSymbolTable(scope);
}
loopResolve = loopResolve & each.ResolveNames(scope);
}
}
return(loopResolve);
}
public static LexicalScope getNewScope(LexicalScope oldScope, List<Expression> variableList)
{
// Step 1: Create scope that includes standard libraries (ie Java.Lang) if oldScope == null.
if (oldScope == null)
{
var JLnode = new JavaLang();
oldScope = new LexicalScope();
oldScope.Symbol_table = new Dictionary<string, Declaration>();
JLnode.AddItemsToSymbolTable(oldScope);
}
// Step 1: set the new scope
var newScope = new LexicalScope();
newScope.ParentScope = oldScope;
newScope.Symbol_table = new Dictionary<string, Declaration>();
// Step 2: Check for declarations in the new scope and add to symbol_table of old scope
if (variableList != null)
{
foreach (Expression each in variableList)
{
Declaration decl = each as Declaration; // try to cast statement as a declaration
if (decl != null)
{
decl.AddItemsToSymbolTable(newScope);
}
}
}
return newScope;
}
public override Boolean ResolveNames(LexicalScope scope)
{
// Step 2: Create new scope
var newScope = getNewScope(scope, null);
// Step 1: Add class name to current scope
//AddItemsToSymbolTable(scope);
// Step 0: add all class declarations to the current scope
foreach (Statement each in classBody)
{
Declaration methodDec = each as Declaration;
// Should create new scope and add here. This will allow diffrent class
// have a method with similar name.
if (methodDec != null)
{
if (methodDec is MethodDeclaration)
{
// We want Main method at global scope
var dec = (MethodDeclaration)methodDec;
if (dec.isMainMethod())
{
methodDec.AddItemsToSymbolTable(scope);
}
}
methodDec.AddItemsToSymbolTable(newScope);
}
}
// Step 3: ResolveNames for each statement in the class
bool loopResolve = true;
if (classBody != null)
{
foreach (Statement each in classBody)
{
loopResolve = loopResolve & each.ResolveNames(newScope);
}
}
return(loopResolve);
}
public override bool ResolveNames(LexicalScope scope)
{
// Step 2: ResolveNames for each part of the complilation unit
bool loopResolve = true;
if (statements != null)
{
foreach (Statement each in statements)
{
Declaration decl = each as Declaration; // try to cast statement as a declaration
if (decl != null)
{
decl.AddItemsToSymbolTable(scope);
}
loopResolve = loopResolve & each.ResolveNames(scope);
}
}
return(loopResolve);
}
public override bool ResolveNames(LexicalScope scope)
{
//note each switch block is a new scope
var newScope = getNewScope(scope, null);
bool loopResolve = true;
if (block != null)
{
foreach (Statement each in block)
{
Declaration decl = each as Declaration; // try to cast statement as a declaration
if (decl != null)
{
decl.AddItemsToSymbolTable(scope);
}
loopResolve = loopResolve & each.ResolveNames(scope);
}
}
return(loopResolve && expression.ResolveNames(scope));
}