Leaked source code of windows server 2003
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// sspsidl.idl : IDL source for a subset of scardssp.dll
//
// This MIDL file is not compiled, it is merely for backwards compatibility.
//
cpp_quote("//+-------------------------------------------------------------------------")
cpp_quote("//")
cpp_quote("// Microsoft Smart Card Support")
cpp_quote("// Copyright (C) Microsoft Corporation, 1996 - 1999")
cpp_quote("//")
cpp_quote("//")
cpp_quote("// File: SspsIdl.h")
cpp_quote("//")
cpp_quote("//--------------------------------------------------------------------------")
cpp_quote("")
cpp_quote("//////////////////////////////////////////////////////////////////")
cpp_quote("//")
cpp_quote("// Imports")
cpp_quote("//")
#ifndef DO_NO_IMPORTS
import "oaidl.idl";
import "ocidl.idl";
#endif
cpp_quote("")
cpp_quote("//////////////////////////////////////////////////////////////////")
cpp_quote("//")
cpp_quote("// Interface declarations")
cpp_quote("//")
interface IByteBuffer;
interface ISCardTypeConv;
interface ISCardCmd;
cpp_quote("")
cpp_quote("//////////////////////////////////////////////////////////////////")
cpp_quote("//")
cpp_quote("// Types and Constants")
cpp_quote("//")
cpp_quote("#ifndef _NULL_DEFINED")
cpp_quote("#define _NULL_DEFINED")
#define NULL 0
cpp_quote("#endif // !_NULL_DEFINED")
cpp_quote("#ifndef _BYTE_DEFINED")
cpp_quote("#define _BYTE_DEFINED")
typedef [public] unsigned char BYTE;
cpp_quote("#endif // !_BYTE_DEFINED")
cpp_quote("#ifndef _LPBYTE_DEFINED")
cpp_quote("#define _LPBYTE_DEFINED")
typedef [public] BYTE *LPBYTE;
cpp_quote("#endif // !_LPBYTE_DEFINED")
cpp_quote("#ifndef _LPCBYTE_DEFINED")
cpp_quote("#define _LPCBYTE_DEFINED")
typedef [public] const BYTE *LPCBYTE;
cpp_quote("#endif // !_LPCBYTE_DEFINED")
cpp_quote("#ifndef _BYTEARRAY_DEFINED")
cpp_quote("#define _BYTEARRAY_DEFINED")
typedef [helpstring("Helpful byte array."),
//uuid(),
//helpcontext(),
version(1.0)]
struct tagBYTEARRAY {
HGLOBAL hMem;
DWORD dwSize;
[size_is(dwSize)] LPBYTE pbyData;
} BYTEARRAY;
cpp_quote("#define _CB_BYTEARRAY_DEFINED")
cpp_quote("#define CB_BYTEARRAY (sizeof(BYTEARRAY))")
cpp_quote("#define _PBYTEARRAY_DEFINED")
typedef [public] BYTEARRAY *PBYTEARRAY;
cpp_quote("#define _PCBYTEARRAY_DEFINED")
typedef [public] const BYTEARRAY *PCBYTEARRAY;
cpp_quote("#define _LPBYTEARRAY_DEFINED")
typedef [public] BYTEARRAY *LPBYTEARRAY;
cpp_quote("#define _LPCBYTEARRAY_DEFINED")
typedef [public] const BYTEARRAY *LPCBYTEARRAY;
cpp_quote("#endif // _BYTEARRAY_DEFINED")
cpp_quote("#ifndef _STATSTRUCT")
cpp_quote("#define _STATSTRUCT")
typedef [helpstring("Stream status structure."),
//uuid(),
//helpcontext(),
version(1.0)]
struct tagSTATSTRUCT {
LONG type;
LONG cbSize;
LONG grfMode;
LONG grfLocksSupported;
LONG grfStateBits;
} STATSTRUCT;
cpp_quote("#define _CB_STATSTRUCT_DEFINED")
cpp_quote("#define CB_STATSTRUCT (sizeof(STATSTRUCT))")
cpp_quote("#define _LPSTATSTRUCT_DEFINED")
typedef [public] STATSTRUCT* LPSTATSTRUCT;
cpp_quote("#endif // _STATSTRUCT_DEFINED")
cpp_quote("#ifndef _ISO_APDU_TYPE")
cpp_quote("#define _ISO_APDU_TYPE")
typedef [helpstring("ISO 7816-4 APDU Case types."),
//uuid(),
//helpcontext(),
version(1.0)]
enum tagISO_APDU_TYPE {
ISO_CASE_1 = 1,
ISO_CASE_2 = 2,
ISO_CASE_3 = 3,
ISO_CASE_4 = 4
} ISO_APDU_TYPE;
cpp_quote("#endif // _ISO_APDU_TYPE")
cpp_quote("")
cpp_quote("//////////////////////////////////////////////////////////////////")
cpp_quote("//")
cpp_quote("// IByteBuffer Interface")
cpp_quote("//")
cpp_quote("#ifndef _LPBYTEBUFFER_DEFINED")
cpp_quote("#define _LPBYTEBUFFER_DEFINED")
[
object,
uuid(E126F8FE-A7AF-11D0-B88A-00C04FD424B9),
// dual,
helpstring("IByteBuffer Interface"),
pointer_default(unique)
]
interface IByteBuffer : IDispatch
{
// Pointers -
typedef [unique] IByteBuffer* LPBYTEBUFFER;
typedef [unique] const IByteBuffer *LPCBYTEBUFFER;
// Properties -
[ id(0), propget, hidden,
helpstring("Returns a pointer to the internal IStream object.")]
HRESULT Stream( [out, retval] LPSTREAM* ppStream );
[ id(0), propput, hidden,
helpstring("Sets the internal IStream pointer.")]
HRESULT Stream( [in] LPSTREAM pStream );
// Methods -
[ id(1),
helpstring("Creates a new object with its own seek pointer that references the same bytes as the original.")
]
HRESULT Clone([in, out] LPBYTEBUFFER* ppByteBuffer);
[ id(2),
helpstring("Ensures that any changes made to an object open in transacted mode are reflected in the parent storage.")
]
HRESULT Commit([in] LONG grfCommitFlags);
[ id(3),
helpstring("Copies a specified number of bytes from the current seek pointer in the object to the current seek pointer in another object.")
]
HRESULT CopyTo( [in,out] LPBYTEBUFFER* ppByteBuffer,
[in] LONG cb,
[in,out, defaultvalue(NULL)] LONG* pcbRead,
[in,out, defaultvalue(NULL)] LONG* pcbWritten);
[ id(4),
helpstring("Initializes the object. This must be called prior to calling any other methods!")]
HRESULT Initialize( [in, defaultvalue(1)] LONG lSize,
[in, defaultvalue(NULL)] BYTE* pData );
[ id(5),
helpstring("Restricts access to a specified range of bytes in the buffer object.")
]
HRESULT LockRegion( [in] LONG libOffset,
[in] LONG cb,
[in] LONG dwLockType);
[ id(6),
helpstring("Reads a specified number of bytes from the buffer object into memory starting at the current seek pointer.")
]
HRESULT Read( [in,out] BYTE* pByte,
[in] LONG cb,
[in, out, defaultvalue(NULL)] LONG* pcbRead);
[ id(7),
helpstring("Discards all changes that have been made to a transacted stream since the last IByteBuffer::Commit call.")
]
HRESULT Revert ( void );
[ id(8),
helpstring("Changes the seek pointer to a new location relative to the beginning of the buffer, to the end of the buffer, or to the current seek pointer.")
]
HRESULT Seek( [in] LONG dLibMove,
[in] LONG dwOrigin,
[in,out, defaultvalue(NULL)] LONG* pLibnewPosition);
[ id(9),
helpstring("Changes the size of the stream object.")
]
HRESULT SetSize([in] LONG libNewSize);
[ id(10),
helpstring("Retrieves the STATSTG structure for this object.")
]
HRESULT Stat( [in,out] LPSTATSTRUCT pstatstg,
[in] LONG grfStatFlag);
[ id(11),
helpstring("Removes the access restriction on a range of bytes previously restricted with IByteBuffer::LockRegion.")
]
HRESULT UnlockRegion( [in] LONG libOffset,
[in] LONG cb,
[in] LONG dwLockType);
[ id(12),
helpstring("Writes a specified number from bytes into the stream object starting at the current seek pointer.")
]
HRESULT Write( [in,out] BYTE* pByte,
[in] LONG cb,
[in,out] LONG* pcbWritten);
};
cpp_quote("#endif //_LPBYTEBUFFER_DEFINED")
cpp_quote("")
cpp_quote("//////////////////////////////////////////////////////////////////")
cpp_quote("//")
cpp_quote("// ISCardTypeConv Interface Definition")
cpp_quote("//")
cpp_quote("#ifndef _LPSCARDTYPECONV_DEFINED")
cpp_quote("#define _LPSCARDTYPECONV_DEFINED")
[
object,
uuid(53B6AA63-3F56-11D0-916B-00AA00C18068),
// dual,
helpstring("ISCardTypeConv Interface"),
pointer_default(unique)
]
interface ISCardTypeConv : IDispatch
{
// Pointer(s);
typedef [unique] ISCardTypeConv *LPSCARDTYPECONV;
// Methods:
[id(0), helpstring("Convert an array of bytes to an IByteBuffer")]
HRESULT ConvertByteArrayToByteBuffer(
[in] LPBYTE pbyArray,
[in] DWORD dwArraySize,
[out,retval] LPBYTEBUFFER *ppbyBuffer);
[id(1), helpstring("Convert an IByteBuffer to an array of bytes")]
HRESULT ConvertByteBufferToByteArray(
[in] LPBYTEBUFFER pbyBuffer,
[out,retval] LPBYTEARRAY *ppArray);
[id(2), helpstring("Convert an IByteBuffer to a SAFEARRAY(unsigned char)")]
HRESULT ConvertByteBufferToSafeArray(
[in] LPBYTEBUFFER pbyBuffer,
[out,retval] LPSAFEARRAY *ppbyArray);
[id(3), helpstring("Convert a SAFEARRAY(unsigned char) to an IByteBuffer")]
HRESULT ConvertSafeArrayToByteBuffer(
[in] LPSAFEARRAY pbyArray,
[out,retval] LPBYTEBUFFER *ppbyBuff);
[id(4), helpstring("Create an array of bytes")]
HRESULT CreateByteArray(
[in] DWORD dwAllocSize,
[out,retval] LPBYTE *ppbyArray);
[id(5), helpstring("Create an IByteBuffer object")]
HRESULT CreateByteBuffer(
[in] DWORD dwAllocSize,
[out,retval] LPBYTEBUFFER *ppbyBuff);
[id(6), helpstring("Create a SAFEARRAY(unsigned char)")]
HRESULT CreateSafeArray(
[in] UINT nAllocSize,
[out,retval] LPSAFEARRAY *ppArray);
[id(7), helpstring("Free a pointer to the memory block managed by the IStream")]
HRESULT FreeIStreamMemoryPtr(
[in] LPSTREAM pStrm,
[in] LPBYTE pMem);
[id(8), helpstring("Get a pointer to the memory block managed by the IStream")]
HRESULT GetAtIStreamMemory(
[in] LPSTREAM pStrm,
[out,retval] LPBYTEARRAY *ppMem);
[id(9), helpstring("How many bytes are in the given IStream")]
HRESULT SizeOfIStream(
[in] LPSTREAM pStrm,
[out,retval] ULARGE_INTEGER* puliSize);
};
cpp_quote("#endif // _LPSCARDTYPECONV_DEFINED")
cpp_quote("")
cpp_quote("//////////////////////////////////////////////////////////////////")
cpp_quote("//")
cpp_quote("// ISCardCmd Interface Definition")
cpp_quote("//")
cpp_quote("#ifndef _LPSCARDCMD_DEFINED")
cpp_quote("#define _LPSCARDCMD_DEFINED")
[
object,
uuid(D5778AE3-43DE-11D0-9171-00AA00C18068),
// dual,
helpstring("ISCardCmd Interface"),
pointer_default(unique)
]
interface ISCardCmd : IDispatch
{
// Pointer(s) -
typedef [unique] ISCardCmd *LPSCARDCMD;
// Properties -
[id(0), propget/*, defaultcollelem*/,
helpstring("Get the raw ISO 7816 APDU string")]
HRESULT Apdu([out,retval] LPBYTEBUFFER *ppApdu);
[id(0), propput/*, defaultcollelem*/,
helpstring("Copy a new APDU over the current one")]
HRESULT Apdu([in] LPBYTEBUFFER pApdu);
[id(1), propget/*, defaultcollelem*/,
helpstring("Get the byte count (size) of the raw ISO 7816 APDU string")]
HRESULT ApduLength([out,retval] LONG* plSize);
[id(2), propget/*, defaultcollelem*/,
helpstring("Get the raw reply ISO 7816 APDU string")]
HRESULT ApduReply([out,retval] LPBYTEBUFFER *ppReplyApdu);
[id(2), propput/*, defaultcollelem*/,
helpstring("Set the raw reply ISO 7816 APDU string")]
HRESULT ApduReply([in] LPBYTEBUFFER pReplyApdu);
[id(3), propget/*, defaultcollelem*/,
helpstring("Get the byte count (size) of the raw reply ISO 7816 APDU string")]
HRESULT ApduReplyLength([out,retval] LONG* plSize);
[id(3), propput/*, defaultcollelem*/,
helpstring("Set the byte count (size) of the raw reply ISO 7816 APDU string")]
HRESULT ApduReplyLength([in] LONG lSize);
[id(4), propget/*, defaultcollelem*/,
helpstring("Get the current class ID of the ISO 7816 APDU header")]
HRESULT ClassId([out,retval] BYTE* pbyClass);
[id(4), propput/*, defaultcollelem*/,
helpstring("Assign a new class ID in the ISO 7816 APDU header")]
HRESULT ClassId([in,defaultvalue(0)] BYTE byClass);
[id(5), propget/*, defaultcollelem*/,
helpstring("Get the current data portion of the ISO 7816 APDU string")]
HRESULT Data([out,retval] LPBYTEBUFFER *ppData);
[id(5), propput/*, defaultcollelem*/,
helpstring("Assign a new data portion of the ISO 7816 APDU string")]
HRESULT Data([in] LPBYTEBUFFER pData);
[id(6), propget/*, defaultcollelem*/,
helpstring("Get the current instruction ID of the ISO 7816 APDU header")]
HRESULT InstructionId([out,retval] BYTE* pbyIns);
[id(6), propput/*, defaultcollelem*/,
helpstring("Assign a new instruction ID in the ISO 7816 APDU header")]
HRESULT InstructionId([in] BYTE byIns);
[id(7), propget/*, defaultcollelem*/,
helpstring("Get the Le parameter (expected length of reply data) of the ISO 7816 APDU")]
HRESULT LeField([out,retval] LONG* plSize);
[id(8), propget/*, defaultcollelem*/,
helpstring("Get the first parameter of the ISO 7816 APDU header")]
HRESULT P1([out,retval] BYTE* pbyP1);
[id(8), propput/*, defaultcollelem*/,
helpstring("Assign a new first parameter in the ISO 7816 APDU header")]
HRESULT P1([in] BYTE byP1);
[id(9), propget/*, defaultcollelem*/,
helpstring("Get the second parameter of the ISO 7816 APDU header")]
HRESULT P2([out,retval] BYTE* pbyP2);
[id(9), propput/*, defaultcollelem*/,
helpstring("Assign a new second parameter in the ISO 7816 APDU header")]
HRESULT P2([in] BYTE byP2);
[id(10), propget/*, defaultcollelem*/,
helpstring("Get the third parameter of the ISO 7816 APDU header")]
HRESULT P3([out,retval] BYTE* pbyP3);
[id(11), propget/*, defaultcollelem*/,
helpstring("Get the reply status word")]
HRESULT ReplyStatus([out,retval] LPWORD pwStatus);
[id(11), propput/*, defaultcollelem*/,
helpstring("Set (save) the reply status word")]
HRESULT ReplyStatus([in] WORD wStatus);
[id(12), propget/*, defaultcollelem*/,
helpstring("Get the reply status SW1 byte.")]
HRESULT ReplyStatusSW1([out,retval] BYTE* pbySW1);
[id(13), propget/*, defaultcollelem*/,
helpstring("Get the reply status SW2 byte.")]
HRESULT ReplyStatusSW2([out,retval] BYTE* pbySW2);
[id(14), propget/*, defaultcollelem*/,
helpstring("Get the current ISO 7816-4 type of the encapsulated APDU.")]
HRESULT Type([out,retval] ISO_APDU_TYPE* pType);
[id(18), propget/*, defaultcollelem*/,
helpstring("Get the T=1 Node Address")]
HRESULT Nad([out,retval] BYTE* pbNad);
[id(18), propput/*, defaultcollelem*/,
helpstring("Set (save) the T=1 Node Address")]
HRESULT Nad([in] BYTE bNad);
[id(19), propget/*, defaultcollelem*/,
helpstring("Get the T=1 Reply Node Address")]
HRESULT ReplyNad([out,retval] BYTE* pbNad);
[id(19), propput/*, defaultcollelem*/,
helpstring("Set (save) the T=1 Reply Node Address")]
HRESULT ReplyNad([in] BYTE bNad);
// Methods -
[id(15),
helpstring("Build a valid ISO 7816 APDU string")]
HRESULT BuildCmd([in] BYTE byClassId,
[in] BYTE byInsId,
[in,defaultvalue(0)] BYTE byP1,
[in,defaultvalue(0)] BYTE byP2,
[in,defaultvalue(NULL)] LPBYTEBUFFER pbyData,
[in,defaultvalue(NULL)] LONG* plLe);
[id(16),
helpstring("Clear the current APDU data")]
HRESULT Clear(void);
[id(17),
helpstring("Encapsulate onother APDU into this one as data")]
HRESULT Encapsulate([in] LPBYTEBUFFER pApdu,
[in] ISO_APDU_TYPE ApduType);
[id(20), propget/*, defaultcollelem*/,
helpstring("Get the alternate class ID of the ISO 7816 APDU header")]
HRESULT AlternateClassId([out,retval] BYTE* pbyClass);
[id(20), propput/*, defaultcollelem*/,
helpstring("Assign a new alternate class ID in the ISO 7816 APDU header")]
HRESULT AlternateClassId([in] BYTE byClass);
};
cpp_quote("#endif //!_LPSCARDCMD_DEFINED")