codemodel.h

qt-x11-opensource-src-4.1.4.tar.gz源码

    void setParent(Scope *parent)
    { m_parent = parent; }

    virtual ClassType *toClassType() const
    { return const_cast<ClassType*>(this); }

private:
    Scope *m_parent;
    ClassScope *m_scope;

};

struct BuiltinType: public Type
{
protected:
    BuiltinType(const QByteArray &name, Scope *parent)
        : m_name(name), m_parent(parent) {}

public:
    QByteArray name() const
    { return m_name; }

    Scope *parent() const
    { return m_parent; }

    virtual BuiltinType *toBuiltinType() const
    { return const_cast<BuiltinType*>(this); }

    static BuiltinType Bool;
    static BuiltinType Void;
    static BuiltinType Char;
    static BuiltinType Short;
    static BuiltinType Int;
    static BuiltinType Long;
    static BuiltinType Double;
    static BuiltinType Float;
    static BuiltinType Unsigned;
    static BuiltinType Signed;
    // ### more

private:
    QByteArray m_name;
    Scope *m_parent;
};

struct PointerType: public Type
{
    PointerType()
        : m_parent(0), m_baseType(0) {}

    Type *baseType() const
    { return m_baseType; }

    void setBaseType(Type *baseType)
    { m_baseType = baseType; }

    QByteArray name() const
    { return m_baseType->name(); }

    Scope *parent() const
    { return m_parent; }

    void setParent(Scope *parent)
    { m_parent = parent; }

    virtual PointerType *toPointerType() const
    { return const_cast<PointerType*>(this); }

private:
    Scope *m_parent;
    Type *m_baseType;
};

struct ReferenceType: public Type
{
    ReferenceType()
        : m_parent(0), m_baseType(0) {}

    Type *baseType() const
    { return m_baseType; }

    void setBaseType(Type *baseType)
    { m_baseType = baseType; }

    QByteArray name() const
    { return m_baseType->name(); }

    Scope *parent() const
    { return m_parent; }

    void setParent(Scope *parent)
    { m_parent = parent; }

    virtual ReferenceType *toReferenceType() const
    { return const_cast<ReferenceType*>(this); }

private:
    Scope *m_parent;
    Type *m_baseType;
};

struct GenericType: public Type // ### implement me
{
    virtual GenericType *toGenericType() const
    { return const_cast<GenericType*>(this); }
};

struct AliasType: public Type // ### implement me
{
    AliasType ()
        : m_parent(0) {}

    QByteArray name() const
    {  return m_name;  }

    Scope *parent() const
    {  return m_parent;  }

    virtual AliasType *toAliasType() const
    { return const_cast<AliasType*>(this); }
private:
    QByteArray m_name;
    Scope *m_parent;
};

struct Argument: public Item
{
    Argument()
        : m_parent(0), m_type(0) {}

    Type *type() const
    { return m_type; }

    void setType(Type *type)
    { m_type = type; }

    QByteArray name() const
    { return m_name; }

    void setName(const QByteArray &name)
    { m_name = name; }

    TokenEngine::TokenRef nameToken() const
    { return m_nameToken; }

    void setNameToken(TokenEngine::TokenRef nameToken)
    { m_nameToken = nameToken; }

    virtual FunctionMember *parent() const
    { return m_parent; }

    void setParent(FunctionMember *parent)
    { m_parent = parent; }

private:
    FunctionMember *m_parent;
    Type *m_type;
    QByteArray m_name;
    TokenEngine::TokenRef m_nameToken;
};

struct FunctionMember: public Member
{
    inline FunctionMember()
        : m_returnType(0),
          m_functionBodyScope(0),
          m_signal(0),
          m_virtual(0), m_abstract(0) { m_slot = 0; }

    virtual FunctionMember *toFunctionMember() const
    { return const_cast<FunctionMember*>(this); }

    Type *returnType() const
    { return m_returnType; }

    void setReturnType(Type *type)
    { m_returnType = type; }

    const Collection<Argument> arguments() const
    { return m_arguments; }

    void addArgument(Argument *argument)
    { m_arguments.insert(argument->name(), argument); }

    void setFunctionBodyScope(BlockScope *functionBodyScope)
    { m_functionBodyScope = functionBodyScope; }

    BlockScope *functionBodyScope() const
    {return m_functionBodyScope;}

    bool isSignal() const
    { return m_signal; }

    void setSignal(bool b)
    { m_signal = b; }

    bool isSlot() const
    { return m_slot; }

    void setSlot(bool b)
    { m_slot = b; }

    bool isVirtual() const
    { return m_virtual; }

    void setVirtual(bool b)
    { m_virtual = b; }

    bool isAbstract() const
    { return m_abstract; }

    void setAbstract(bool b)
    { m_abstract = b; }

private:
    Type *m_returnType;
    Collection<Argument> m_arguments;
    BlockScope *m_functionBodyScope;
    uint m_signal: 1;
    uint m_slot: 1;
    uint m_virtual: 1;
    uint m_abstract: 1;
};

struct VariableMember: public Member
{
    VariableMember()
        : m_type(0) {}

    Type *type() const
    { return m_type; }

    void setType(Type *type)
    { m_type = type; }

    virtual VariableMember *toVariableMember() const
    { return const_cast<VariableMember*>(this); }

private:
    Type *m_type;
};

struct UsingDeclarationMember: public Member
{
    UsingDeclarationMember()
    : m_member(0) {}

    virtual UsingDeclarationMember *toUsingDeclarationMember() const
    { return const_cast<UsingDeclarationMember*>(this); }

    Member *member() const
    { return m_member; }

    void setMember(Member *member)
    { m_member = member; }

private:
    Member *m_member;
};

struct NamespaceMember: public Member
{
    NamespaceMember()
        :m_namespaceScope(0) {}

    virtual NamespaceMember *toNamespaceMember() const
    { return const_cast<NamespaceMember*>(this); }

    NamespaceScope *namespaceScope() const
    { return m_namespaceScope; }

    void setNamespaceScope(NamespaceScope *namespaceScope)
    { m_namespaceScope = namespaceScope; }
private:
    NamespaceScope *m_namespaceScope;
};

struct TypeMember: public Member
{
    TypeMember()
        :m_type(0) {}

    virtual TypeMember *toTypeMember() const
    { return const_cast<TypeMember*>(this); }

    Type *type() const
    { return m_type; }

    void setType(Type *type)
    { m_type = type; }
private:
    Type *m_type;

};

struct NameUse: public Item
{
    NameUse()
    : m_declaration(0), m_parent(0) {}

    QByteArray name() const
    { return m_name; }

    void setName(const QByteArray &name)
    {  m_name = name; }

     TokenEngine::TokenRef nameToken() const
    { return m_nameToken; }

    void setNameToken(TokenEngine::TokenRef nameToken)
    { m_nameToken = nameToken; }

    Scope *parent() const
    { return m_parent; }

    void setParent(Scope *parent)
    { m_parent = parent; }

    Member *declaration() const
    { return m_declaration; }

    void setDeclaration(Member *parent)
    { m_declaration = parent; }

private:
    QByteArray m_name;
    TokenEngine::TokenRef m_nameToken;
    Member *m_declaration;
    Scope *m_parent;
};

struct UsingDirectiveLink: public Item
{
    UsingDirectiveLink()
        : m_parent(0) {}

    QByteArray name() const
    { return QByteArray(); }

    Scope *parent() const
    { return m_parent; }

    void setParent(Scope *parent)
    { m_parent = parent; }

    NamespaceScope *targetNamespace() const
    { return m_targetNamespace; }

    void setTargetNamespace(NamespaceScope *targetNamespace)
    { m_targetNamespace = targetNamespace; }

    NamespaceScope *insertionNamespace() const
    { return m_insertionNamespace; }

    void setInsertionNamespace(NamespaceScope *insertionNamespace)
    { m_insertionNamespace = insertionNamespace; }
private:
    Scope *m_parent;
    // targetNamespace is the namespace specified by the using directive.
    NamespaceScope *m_targetNamespace;
    // m_insertionNamespace is the namespace where the names from
    // targetNamespace will be inserted. The C++ standard (7.3.4.1)
    // defines this as the nearest namespace that includes both m_parent
    // and m_targetNamespace.
    NamespaceScope *m_insertionNamespace;
};

template <class T>
T *Create(TypedPool<CodeModel::Item> *p)
{
    return new (p->allocate(sizeof(T))) T();
}

} // namespace CodeModel

#endif // CODEMODEL_H