1 /////////////////////////////////////////////////////////////////////////////
3 // Purpose: OLE automation utilities
4 // Author: Julian Smart
8 // Copyright: (c) 1998, Julian Smart
9 // Licence: wxWindows licence
10 /////////////////////////////////////////////////////////////////////////////
12 #ifndef _WX_AUTOMTN_H_
13 #define _WX_AUTOMTN_H_
17 #if wxUSE_OLE_AUTOMATION
19 #include "wx/object.h"
20 #include "wx/variant.h"
22 typedef void WXIDISPATCH
;
23 typedef unsigned short* WXBSTR
;
31 * Wraps up an IDispatch pointer and invocation; does variant conversion.
34 class WXDLLIMPEXP_CORE wxAutomationObject
: public wxObject
37 wxAutomationObject(WXIDISPATCH
* dispatchPtr
= NULL
);
38 virtual ~wxAutomationObject();
40 // Set/get dispatch pointer
41 void SetDispatchPtr(WXIDISPATCH
* dispatchPtr
) { m_dispatchPtr
= dispatchPtr
; }
42 WXIDISPATCH
* GetDispatchPtr() const { return m_dispatchPtr
; }
43 bool IsOk() const { return m_dispatchPtr
!= NULL
; }
45 // Get a dispatch pointer from the current object associated
46 // with a class id, such as "Excel.Application"
47 bool GetInstance(const wxString
& classId
) const;
49 // Get a dispatch pointer from a new instance of the the class
50 bool CreateInstance(const wxString
& classId
) const;
52 // Low-level invocation function. Pass either an array of variants,
53 // or an array of pointers to variants.
54 bool Invoke(const wxString
& member
, int action
,
55 wxVariant
& retValue
, int noArgs
, wxVariant args
[], const wxVariant
* ptrArgs
[] = 0) const;
57 // Invoke a member function
58 wxVariant
CallMethod(const wxString
& method
, int noArgs
, wxVariant args
[]);
59 wxVariant
CallMethodArray(const wxString
& method
, int noArgs
, const wxVariant
**args
);
61 // Convenience function
62 wxVariant
CallMethod(const wxString
& method
,
63 const wxVariant
& arg1
= wxNullVariant
, const wxVariant
& arg2
= wxNullVariant
,
64 const wxVariant
& arg3
= wxNullVariant
, const wxVariant
& arg4
= wxNullVariant
,
65 const wxVariant
& arg5
= wxNullVariant
, const wxVariant
& arg6
= wxNullVariant
);
68 wxVariant
GetProperty(const wxString
& property
, int noArgs
= 0, wxVariant args
[] = NULL
) const;
69 wxVariant
GetPropertyArray(const wxString
& property
, int noArgs
, const wxVariant
**args
) const;
70 wxVariant
GetProperty(const wxString
& property
,
71 const wxVariant
& arg1
, const wxVariant
& arg2
= wxNullVariant
,
72 const wxVariant
& arg3
= wxNullVariant
, const wxVariant
& arg4
= wxNullVariant
,
73 const wxVariant
& arg5
= wxNullVariant
, const wxVariant
& arg6
= wxNullVariant
);
75 bool PutPropertyArray(const wxString
& property
, int noArgs
, const wxVariant
**args
);
76 bool PutProperty(const wxString
& property
, int noArgs
, wxVariant args
[]) ;
77 bool PutProperty(const wxString
& property
,
78 const wxVariant
& arg1
, const wxVariant
& arg2
= wxNullVariant
,
79 const wxVariant
& arg3
= wxNullVariant
, const wxVariant
& arg4
= wxNullVariant
,
80 const wxVariant
& arg5
= wxNullVariant
, const wxVariant
& arg6
= wxNullVariant
);
82 // Uses DISPATCH_PROPERTYGET
83 // and returns a dispatch pointer. The calling code should call Release
84 // on the pointer, though this could be implicit by constructing an wxAutomationObject
85 // with it and letting the destructor call Release.
86 WXIDISPATCH
* GetDispatchProperty(const wxString
& property
, int noArgs
, wxVariant args
[]) const;
87 WXIDISPATCH
* GetDispatchProperty(const wxString
& property
, int noArgs
, const wxVariant
**args
) const;
89 // A way of initialising another wxAutomationObject with a dispatch object,
90 // without having to deal with nasty IDispatch pointers.
91 bool GetObject(wxAutomationObject
& obj
, const wxString
& property
, int noArgs
= 0, wxVariant args
[] = NULL
) const;
92 bool GetObject(wxAutomationObject
& obj
, const wxString
& property
, int noArgs
, const wxVariant
**args
) const;
95 WXIDISPATCH
* m_dispatchPtr
;
97 wxDECLARE_NO_COPY_CLASS(wxAutomationObject
);
100 #endif // wxUSE_OLE_AUTOMATION
102 #endif // _WX_AUTOMTN_H_