cosmo000.odl

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/*
 * COSMO000.ODL
 * Neutral/English Language Cosmo Type Library Chapter 14
 *
 * "Neutral" language is considered to be English.  We register
 * this under LCID of 0 so the lcid before "library" has to match.
 *
 * Copyright (c)1993-1995 Microsoft Corporation, All Rights Reserved
 *
 * Kraig Brockschmidt, Microsoft
 * Internet  :  [e-mail]
 * Compuserve:  >INTERNET:[e-mail]
 */

//LIBID_Cosmo2TypeLibrary
[
uuid(00021165-0000-0000-C000-000000000046)
    , helpstring("Cosmo (Chapter 14) Type Library")
    , lcid(0x0000)
    , version(1.0)
]
library CosmoTypeLibrary
    {
   #ifdef WIN32
    importlib("STDOLE32.TLB");
   #else
    importlib("STDOLE.TLB");
   #endif

    /*
     * IID_ICosmoFigure, the interface of a Cosmo Figure.
     * Since each Cosmo document has one figure, then this
     * is also considered the 'document' interface.
     */
    [
    uuid(00021161-0000-0000-C000-000000000046)
        , helpstring("Definition of interface ICosmoFigure")
        , odl
    ]
    interface ICosmoFigure : IUnknown
        {
        //Standard Document Properties
        [propget, helpstring("Cosmo's application object")]
            IDispatch *    Application(void);

        [propget, helpstring("Cosmo's application object")]
            IDispatch *    Parent(void);

        [propget, helpstring("The full pathname of the figure")]
            BSTR       FullName(void);

        [id(0), propget, helpstring("The simple name of the figure")]
            BSTR       Name(void);

        [propget, helpstring("The path of the figure without the name")]
            BSTR       Path(void);

        [propget, helpstring("The saved state of the figure")]
            boolean    Saved(void);


        //Custom Properties
        [propget, helpstring("The number of points in the figure")]
            short NumberOfPoints(void);

        [propget, helpstring("The background color of the figure")]
            long  BackColor(void);

        [propput]
            void  BackColor([in] long BackColor);

        [propget, helpstring("The line color of the figure")]
            long  LineColor(void);

        [propput]
            void  LineColor([in] long LineColor);

        [propget, helpstring("The line style of the figure")]
            short LineStyle(void);

        [propput]
            void  LineStyle([in] short Style);

        [propget, helpstring("The horizontal position (pixels) of the figure window relative to the frame")]
            long  Left(void);

        [propput]
            void  Left([in] long Left);

        [propget, helpstring("The vertical position (pixels) of the figure window relative to the frame")]
            long  Top(void);

        [propput]
            void  Top([in] long Top);

        [propget, helpstring("The horizontal dimension (pixels) of the figure window")]
            long  Width(void);

        [propput]
            void  Width([in] long Width);

        [propget, helpstring("The vertical dimension (pixels) of the figure window")]
            long  Height(void);

        [propput]
            void  Height([in] long Height);

        [propget, helpstring("Controls the visibility of the figure window")]
            boolean Visible(void);

        [propput]
            void    Visible([in] boolean Visible);



        //Standard Methods
        [helpstring("Activate this figure window")]
            void  Activate(void);

        [helpstring("Close this figure window")]
            void  Close([in, optional] VARIANT SaveChanges
                , [in, optional] VARIANT Path);

        [helpstring("Discard changes to this figure and reload it")]
            void  RevertToSaved(void);

        [helpstring("Save this figure to the pathname in the FullName property")]
            void  Save(void);

        /*
         * The pathname could be optional for SaveAs, but I don't
         * see how that would help.  So here it's required.
         */
        [helpstring("Save this figure to the specified pathname")]
            void  SaveAs([in] BSTR Path);

        //Custom Methods
        [helpstring("Replace the figure with the figure in the given pathname")]
            void  Import([in] BSTR ImportPath);

        [helpstring("Copy the figure to the clipboard")]
            void  Copy(void);

        [helpstring("Move the figure to the clipboard")]
            void  Cut(void);

        [helpstring("Replace the figure with the one on the clipboard")]
            void  Paste(void);

        //Custom Methods
        [helpstring("Add a point, on a 32767*32767 grid, to the figure")]
            boolean AddPoint([in] short x, [in] short y);

        [helpstring("Remove the last added point from the figure")]
            void RemovePoint(void);
        }



    //IID_ICosmoFigures, the interface of the Cosmo Figures collection
    [
    uuid(00021160-0000-0000-C000-000000000046)
        , helpstring("Definition of interface ICosmoFigures")
        , odl
    ]
    interface ICosmoFigures : IUnknown
        {
        //Standard Properties
        [propget, helpstring("Cosmo's application object")]
            IDispatch *Application(void);

        [propget, helpstring("Cosmo's application object")]
            IDispatch *Parent(void);

        [propget, helpstring("The number of figures currently open")]
            long       Count(void);


        //Standard Methods
        [id(0), helpstring("Return the figure for the given index")]
            IDispatch *Item([in,optional] VARIANT index);

        [helpstring("Create a new figure")]
            IDispatch *Add(void);

        [helpstring("Opens an existing figure")]
            IDispatch *Open([in] BSTR Path);

        [helpstring("Close all figures")]
            void       Close(void);

        [id(-4), helpstring("Enumerates the figures")]
            IUnknown *_NewEnum(void);
        }



    /*
     * IID_ICosmoApplication, Cosmo's application interface
     */
    [
    uuid(0002115F-0000-0000-C000-000000000046)
        , helpstring("Definition of interface ICosmoApplication")
        , odl
    ]
    interface ICosmoApplication : IUnknown
        {
        //Standard Properties
        //DISPID_VALUE returns the same object as invoked
        [id(0), propget, helpstring("The application object")]
            IDispatch *Application(void);

        [propget, helpstring("The active figure")]
            IDispatch *ActiveFigure(void);

        //You can make this read-write, but ours is read-only
        [propget, helpstring("The application caption")]
            BSTR       Caption(void);

        [propget, helpstring("The collection of open figures")]
            IDispatch *Figures(void);

        [propget, helpstring("The full pathname of the application module")]
            BSTR       FullName(void);

        [propget, helpstring("The module name of the application")]
            BSTR       Name(void);

        [propget, helpstring("The application path without the module name")]
            BSTR       Path(void);


        [propget, helpstring("The horizontal position (pixels) of the frame window relative to the screen")]
            long  Left(void);

        [propput]
            void  Left([in] long Left);

        [propget, helpstring("The vertical position (pixels) of the frame window relative to the screen")]
            long  Top(void);

        [propput]
            void  Top([in] long Top);

        [propget, helpstring("The horizontal dimension (pixels) of the frame window")]
            long  Width(void);

        [propput]
            void  Width([in] long Width);

        [propget, helpstring("The vertical dimension (pixels) of the frame window")]
            long  Height(void);

        [propput]
            void  Height([in] long Height);

        [propget, helpstring("Controls the visibility of the application")]
            boolean Visible(void);

        [propput]
            void    Visible([in] boolean Visible);

        [propget, helpstring("The text in the status bar")]
            BSTR    StatusBar(void);

        [propput]
            void    StatusBar([in] BSTR Text);

        //Methods
        [helpstring("Terminates the application")]
            void Quit(void);
        }


    /*
     * Now define dispinterfaces that have the same members
     * as the interfaces we just defined.  Note that if we
     * were using dual interfaces we'd add 'dual' to the
     * interfaces above.
     */

    //DIID_DICosmoFigure
    [
    uuid(00021164-0000-0000-C000-000000000046)
        , helpstring("Definition of dispinterface DICosmoFigure")
    ]
    dispinterface DICosmoFigure
        {
        interface   ICosmoFigure;
        }


    //DIID_DICosmoFigures
    [
    uuid(00021163-0000-0000-C000-000000000046)
        , helpstring("Definition of dispinterface DICosmoFigures")
    ]
    dispinterface DICosmoFigures
        {
        interface   ICosmoFigures;
        }


    //DIID_DICosmoApplication
    [
    uuid(00021162-0000-0000-C000-000000000046)
        , helpstring("Definition of dispinterface DICosmoApplications")
    ]
    dispinterface DICosmoApplication
        {
        interface   ICosmoApplication;
        }


    /*
     * Now we finally define the component classes that are
     * involved with this automated version of Cosmo.  We'll have
     * two:  CLSID_Cosmo2Figure and CLSID_Cosmo2Application.
     * CLSID_Cosmo2Figure is also the CLSID stored in our
     * compound files.
     */

    //CLSID_Cosmo2Figure
    [
    uuid(00021107-0000-0000-C000-000000000046)
        , helpstring("Cosmo Figure Object Type Information")
    ]
    coclass Cosmo2Figure
        {
        dispinterface   DICosmoFigure;
        interface       ICosmoFigure;
        }

    //CLSID_Cosmo2Application
    [
    uuid(00021166-0000-0000-C000-000000000046)
        , helpstring("Cosmo Application Type Information")
    ]
    coclass Cosmo2Application
        {
        dispinterface   DICosmoApplication;
        interface       ICosmoApplication;
        }

    };