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gecko/modules/plugin/os2wrapper/wrap_XPCOM.cpp

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/* ***** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1/GPL 2.0/LGPL 2.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
* http://www.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is InnoTek Plugin Wrapper code.
*
* The Initial Developer of the Original Code is
* InnoTek Systemberatung GmbH.
* Portions created by the Initial Developer are Copyright (C) 2003-2005
* the Initial Developer. All Rights Reserved.
*
* Contributor(s):
* InnoTek Systemberatung GmbH / Knut St. Osmundsen
* Peter Weilbacher <mozilla@weilbacher.org>
*
* Alternatively, the contents of this file may be used under the terms of
* either the GNU General Public License Version 2 or later (the "GPL"), or
* the GNU Lesser General Public License Version 2.1 or later (the "LGPL"),
* in which case the provisions of the GPL or the LGPL are applicable instead
* of those above. If you wish to allow use of your version of this file only
* under the terms of either the GPL or the LGPL, and not to allow others to
* use your version of this file under the terms of the MPL, indicate your
* decision by deleting the provisions above and replace them with the notice
* and other provisions required by the GPL or the LGPL. If you do not delete
* the provisions above, a recipient may use your version of this file under
* the terms of any one of the MPL, the GPL or the LGPL.
*
* ***** END LICENSE BLOCK ***** */
/*
* XPCOM Plugin Interface
*/
/*******************************************************************************
* Header Files *
*******************************************************************************/
# ifdef IPLUGINW_OUTOFTREE
# ifdef __IBMCPP__
# include "moz_VACDefines.h"
# else
# include "moz_GCCDefines.h"
# endif
# endif
#define INCL_DOSSEMAPHORES
#define INCL_DOSMODULEMGR
#define INCL_ERRORS
#define INCL_PM
#include <os2.h>
#include <float.h>
/* the headers */
#include "npapi.h"
#include "npupp.h"
#include "nscore.h"
#include "nsError.h"
#include "nsDebug.h"
#include "nsID.h"
#include "nsrootidl.h"
#include "nsISupports.h"
#include "nsISupportsBase.h"
#include "nsISupportsImpl.h"
#include "nsISupportsUtils.h"
#include "nsIClassInfo.h"
#include "nsIFile.h"
#include "nsIEnumerator.h"
#include "nsCOMPtr.h"
#include "nsIServiceManager.h"
#include "nsIServiceManagerObsolete.h"
#include "nsIComponentManagerObsolete.h"
#include "nsIComponentManager.h"
#include "nsIFactory.h"
#include "nsIMemory.h"
#include "nsIOutputStream.h"
#include "nsIRequestObserver.h"
#include "nsIStreamListener.h"
#include "nspluginroot.h"
#include "nsplugindefs.h"
#include "nsIPlugin.h"
#include "nsIPluginManager.h"
#include "nsIEventHandler.h"
#include "nsIPluginManager2.h"
#include "nsIPluginStreamInfo.h"
#include "nsIPluginStreamListener.h"
#include "nsIPluginInstance.h"
#include "nsIPluginInstancePeer.h"
#include "nsIPluginInstancePeer2.h"
#include "nsIPluginTagInfo.h"
#include "nsIPluginTagInfo2.h"
#include "nsICookieStorage.h"
#include "nsIHTTPHeaderListener.h"
#include "nsIJRIPlugin.h"
#include "nsIJVMPluginInstance.h"
#include "nsIJVMManager.h"
#include "nsIJVMWindow.h"
#include "nsIJVMConsole.h"
#include "nsISerializable.h"
#include "nsIPrincipal.h"
#include "nsIJVMPlugin.h"
#include "nsIJVMPluginTagInfo.h"
#include "nsIJVMPrefsWindow.h"
#include "nsILiveConnectManager.h"
#include "nsISecurityContext.h"
#include "nsILiveConnect.h"
#include "nsISecureLiveConnect.h"
#include "nsISecureEnv.h"
#include "nsISymantecDebugger.h"
#include "nsISymantecDebugManager.h"
#include "nsIJVMThreadManager.h"
#include "nsIRunnable.h"
#include "nsIJVMConsole.h"
#include "nsILoadGroup.h"
#include "nsIInterfaceRequestor.h"
#ifdef IPLUGINW_OUTOFTREE
#include "nsStringDefines.h"
#include "nsStringFwd.h"
#include "nsBufferHandle.h"
#include "nsStringIteratorUtils.h"
#include "nsCharTraits.h"
#include "nsStringFragment.h"
#include "nsCharTraits.h"
#include "nsStringTraits.h"
#include "nsAlgorithm.h"
#include "nsStringIterator.h"
#include "nsAString.h"
#endif
#include "domstubs.h"
#include "nsIDOM3Node.h"
#include "nsIDOMNode.h"
#include "nsIDOMElement.h"
#include "prlink.h"
#include "nsInnoTekPluginWrapper.h"
#include "wrap_XPCOM_3rdparty.h"
#include "wrap_VFTs.h"
/*******************************************************************************
* Defined Constants And Macros *
*******************************************************************************/
/** Define DO_EXTRA_FAILURE_HANDLING and we'll zero some return buffers. */
#define DO_EXTRA_FAILURE_HANDLING
/** Breakpoing macro */
#ifdef __IBMCPP__
# define BREAK_POINT() __interrupt(3)
#else
# define BREAK_POINT() asm("int $3")
#endif
/** Global breakpoint trigger. */
#ifdef DEBUG
# define DEBUG_GLOBAL_BREAKPOINT(cond) do { if (gfGlobalBreakPoint && (cond)) BREAK_POINT(); } while (0)
#else
# define DEBUG_GLOBAL_BREAKPOINT(cond) do {} while (0)
#endif
/** Function define to use. */
#ifdef __IBMCPP__
#define XPFUNCTION __FUNCTION__
#else
#define XPFUNCTION __PRETTY_FUNCTION__
#endif
/** Function name variable. */
#ifdef DEBUG
# define DEBUG_FUNCTIONNAME() static const char *pszFunction = XPFUNCTION
#else
# define DEBUG_FUNCTIONNAME() do {} while (0)
#endif
/** Creates a 'safe' VFT, meaning we add a bunch of empty entries at the end
* of the VFT just in case someone is trying to access them.
*/
#define MAKE_SAFE_VFT(VFTType, name) \
const struct VFTType##WithPaddings \
{ \
const VFTType vft; \
unsigned aulNulls[10]; \
} name = {
/** The NULL padding of the safe VFT. */
//#define SAFE_VFT_ZEROS() 0, 0, 0, 0, 0, 0, 0, 0, 0, 0
#define SAFE_VFT_ZEROS() ,{ 0x81000001, 0x81000002, 0x81000003, 0x81000004, \
0x81000005, 0x81000006, 0x81000007, 0x81000008, 0x81000009, 0x8100000a} }
/** dprintf a nsID structure (reference to such). */
#define DPRINTF_NSID(refID) \
if (VALID_REF(refID)) \
dprintf(("%s: %s={%08x,%04x,%04x,%02x,%02x,%02x,%02x,%02x,%02x,%02x,%02x} %s (%p)", \
pszFunction, #refID, (refID).m0, (refID).m1, (refID).m2, (refID).m3[0], (refID).m3[1], \
(refID).m3[2], (refID).m3[3], (refID).m3[4], (refID).m3[5], (refID).m3[6], (refID).m3[7], \
getIIDCIDName(refID), &(refID))); \
else \
dprintf(("%s: %s=%p (illegal pointer!!!)", pszFunction, #refID, &(refID)))
/** dprintf a contract ID. */
#define DPRINTF_CONTRACTID(pszContractID) \
DPRINTF_STR(pszContractID)
/** safely dprintf a string. */
#define DPRINTF_STR(pszStr) \
do \
{ \
if (VALID_PTR(pszStr)) \
dprintf(("%s: %s='%s' (%p)", pszFunction, #pszStr, pszStr, pszStr)); \
else if (pszStr) \
dprintf(("%s: %s=%p (illegal pointer!!!)", pszFunction, #pszStr, pszStr));\
else \
dprintf(("%s: %s=<NULL>", pszFunction, #pszStr)); \
} while (0)
/** safely dprintf a string, if it's NULL it will be ignored. */
#define DPRINTF_STRNULL(pszStr) \
do \
{ \
if (VALID_PTR(pszStr)) \
dprintf(("%s: %s='%s' (%p)", pszFunction, #pszStr, pszStr, pszStr)); \
else if (pszStr) \
dprintf(("%s: %s=%p (illegal pointer!!!)", pszFunction, #pszStr, pszStr)); \
} while (0)
/** Debugging thing for stack corruption. */
#if defined(DEBUG) && 0
#define DEBUG_STACK_ENTER() \
void * pvStackGuard = memset(alloca(sizeof(achDebugStack)), 'k', sizeof(achDebugStack))
#else
#define DEBUG_STACK_ENTER() do {} while (0)
#endif
/** Debugging thing for stack corruption. */
#if defined(DEBUG) && 0
static char achDebugStack[0x1000];
#define DEBUG_STACK_LEAVE() \
do { \
if (achDebugStack[0] != 'k') \
memset(achDebugStack, 'k', sizeof(achDebugStack)); \
if (memcmp(achDebugStack, pvStackGuard, sizeof(achDebugStack))) \
{ \
dprintf(("%s: ARRRRRRRRRGGGGGGGGGGG!!!!!!!! Stack is f**ked !!!", pszFunction)); \
DebugInt3(); \
} \
} while (0)
#else
#define DEBUG_STACK_LEAVE() do {} while (0)
#endif
/** Save the FPU control word. */
#define SAVELOAD_FPU_CW(usNewCw) \
unsigned short usSavedCw = _control87(usNewCw, 0xffff)
/** Restore the FPU control word. */
#define RESTORE_FPU_CW() \
_control87(usSavedCw, 0xffff)
/** Make a interface pointer pMozI from a DOWNTHIS pointer. */
#define DOWN_MAKE_pMozI(interface, pvDownThis) \
interface *pMozI = (interface *)((PDOWNTHIS)pvDownThis)->pvThis
/** Test and assert that the down this pointer is valid. */
#define DOWN_VALID(pvDownThis) \
( VALID_PTR(pvDownThis) \
&& !memcmp(&((PDOWNTHIS)(pvDownThis))->achMagic[0], gszDownMagicString, sizeof(gszDownMagicString)) )
/** Validate the down this pointer, complaing and returning error code if invalid. */
#define DOWN_VALIDATE_RET(pvDownThis) \
if (!DOWN_VALID(pvDownThis)) \
{ \
dprintf(("%s: invalid this pointer %p!", pszFunction, pvDownThis)); \
DebugInt3(); \
DOWN_TRACE_LEAVE_INT(pvDownThis, NS_ERROR_INVALID_POINTER); \
return NS_ERROR_INVALID_POINTER; \
}
/** Validate the down this pointer, complaing and returning error code if invalid. */
#define DOWN_VALIDATE_NORET(pvDownThis) \
if (!DOWN_VALID(pvDownThis)) \
{ \
dprintf(("%s: invalid this pointer %p!", pszFunction, pvDownThis)); \
DebugInt3(); \
}
/** Enter a DOWN worker. */
#define DOWN_TRACE_ENTER(pvDownThis) \
dprintf(("%s: enter this=%p (down)", pszFunction, pvDownThis));
/** Default DOWN enter code. */
#define DOWN_ENTER(pvDownThis, interface) \
DEBUG_STACK_ENTER(); \
DEBUG_FUNCTIONNAME(); \
DOWN_TRACE_ENTER(pvDownThis); \
DOWN_VALIDATE_RET(pvDownThis); \
DOWN_MAKE_pMozI(interface, pvDownThis); \
DEBUG_GLOBAL_BREAKPOINT(1);
/** No-return DOWN enter code. */
#define DOWN_ENTER_NORET(pvDownThis, interface) \
DEBUG_STACK_ENTER(); \
DEBUG_FUNCTIONNAME(); \
DOWN_TRACE_ENTER(pvDownThis); \
DOWN_VALIDATE_NORET(pvDownThis); \
DOWN_MAKE_pMozI(interface, pvDownThis); \
DEBUG_GLOBAL_BREAKPOINT(1);
/** Default DOWN enter code, with default rc declaration. */
#define DOWN_ENTER_RC(pvDownThis, interface) \
DOWN_ENTER(pvDownThis, interface); \
nsresult rc = NS_ERROR_UNEXPECTED
/** Leave a DOWN worker. */
#define DOWN_TRACE_LEAVE(pvDownThis) \
dprintf(("%s: leave this=%p (down)", pszFunction, pvDownThis))
/** Leave a DOWN worker with INT rc. */
#define DOWN_TRACE_LEAVE_INT(pvDownThis, rc) \
dprintf(("%s: leave this=%p rc=%x (down)", pszFunction, pvDownThis, rc))
/** Leave a DOWN worker. */
#define DOWN_LEAVE(pvDownThis) \
DOWN_TRACE_LEAVE(pvDownThis); \
DEBUG_GLOBAL_BREAKPOINT(1); \
DEBUG_STACK_LEAVE();
/** Leave a DOWN worker with INT rc. */
#define DOWN_LEAVE_INT(pvDownThis, rc) \
DOWN_TRACE_LEAVE_INT(pvDownThis, rc); \
DEBUG_GLOBAL_BREAKPOINT(1); \
DEBUG_STACK_LEAVE();
/** Magic string. */
#define DOWN_MAGIC_STRING "DownMagicString"
/** Lock the down list. */
#define DOWN_LOCK() downLock()
/** UnLock the down list. */
#define DOWN_UNLOCK() downUnLock()
/** Validates a UP object. */
#define UP_VALID() \
(*(void**)mpvThis == mpvVFTable)
/** Validates a UP object and returns NS_ERROR_UNEXPECTED if invalid. */
#define UP_VALIDATE_RET() \
if (*(void**)mpvThis != mpvVFTable) \
{ \
dprintf(("%s: invalid object!!! VFTable entery have changed! %x != %x", \
pszFunction, *(void**)mpvThis, mpvVFTable)); \
DebugInt3(); \
return NS_ERROR_UNEXPECTED; \
}
/** Enter a UP worker. */
#define UP_TRACE_ENTER() \
dprintf(("%s: enter this=%p (up)", pszFunction, mpvThis));
/** Default UP enter code. */
#define UP_ENTER__(fGDB) \
DEBUG_FUNCTIONNAME(); \
UP_TRACE_ENTER(); \
DEBUG_GLOBAL_BREAKPOINT(fGDB)
/** Default UP enter code with default rc declaration. */
#define UP_ENTER_RC__(fGDB) \
DEBUG_FUNCTIONNAME(); \
UP_TRACE_ENTER(); \
nsresult rc = NS_ERROR_UNEXPECTED; \
UP_VALIDATE_RET(); \
DEBUG_GLOBAL_BREAKPOINT(fGDB)
/** Default UP enter code. */
#define UP_ENTER() \
UP_ENTER__(1)
/** Default UP enter code - no global breakpoint. */
#define UP_ENTER_NODBGBRK() \
UP_ENTER__(0)
/** Default UP enter code, with default rc declaration. */
#define UP_ENTER_RC() \
UP_ENTER_RC__(1)
/** Default UP enter code, with default rc declaration - no global breakpoint. */
#define UP_ENTER_RC_NODBGBRK() \
UP_ENTER_RC__(0)
/** Leave a UP worker. */
#define UP_TRACE_LEAVE() \
dprintf(("%s: leave this=%p (up)", pszFunction, mpvThis));
/** Leave a UP worker with INT rc. */
#define UP_TRACE_LEAVE_INT(rc) \
dprintf(("%s: leave this=%p rc=%x (up)", pszFunction, mpvThis, rc));
/** Leave a UP worker. */
#define UP_LEAVE() \
UP_TRACE_LEAVE(); \
DEBUG_GLOBAL_BREAKPOINT(1); \
DEBUG_STACK_LEAVE()
/** Leave a UP worker with INT rc. */
#define UP_LEAVE_INT(rc) \
UP_TRACE_LEAVE_INT(rc); \
DEBUG_GLOBAL_BREAKPOINT(1); \
DEBUG_STACK_LEAVE()
/** Leave a UP worker with INT rc. */
#define UP_LEAVE_INT_NODBGBRK(rc) \
UP_TRACE_LEAVE_INT(rc); \
DEBUG_STACK_LEAVE()
/** Implements the nsISupports Interface. */
#define UP_IMPL_NSISUPPORTS() \
NS_IMETHOD QueryInterface(REFNSIID aIID, void **aInstancePtr) { return hlpQueryInterface(aIID, aInstancePtr); } \
NS_IMETHOD_(nsrefcnt) AddRef(void) { return hlpAddRef(); } \
NS_IMETHOD_(nsrefcnt) Release(void) { return hlpRelease(); } \
//
/** Implements the nsISupports Interface. */
#define UP_IMPL_NSISUPPORTS_NOT_RELEASE() \
NS_IMETHOD QueryInterface(REFNSIID aIID, void **aInstancePtr) { return hlpQueryInterface(aIID, aInstancePtr); } \
NS_IMETHOD_(nsrefcnt) AddRef(void) { return hlpAddRef(); } \
//
/** Implements the nsIFactory Interface. */
#define UP_IMPL_NSIFACTORY() \
NS_IMETHOD CreateInstance(nsISupports *aOuter, const nsIID & aIID, void * *result) \
{ return hlpCreateInstance(aOuter, aIID, result); } \
NS_IMETHOD LockFactory(PRBool lock) \
{ return hlpLockFactory(lock); } \
//
/** Implements the nsIJVMWindow Interface. */
#define UP_IMPL_NSIJVMWINDOW() \
NS_IMETHOD Show(void) \
{ return hlpShow(); } \
NS_IMETHOD Hide(void) \
{ return hlpHide(); } \
NS_IMETHOD IsVisible(PRBool *result) \
{ return hlpIsVisible(result); } \
//
/** Implements the nsIPluginInstnacePeer Interface. */
#define UP_IMPL_NSIPLUGININSTANCEPEER() \
NS_IMETHOD GetValue(nsPluginInstancePeerVariable aVariable, void * aValue) \
{ return hlpGetValue(aVariable, aValue); } \
NS_IMETHOD GetMIMEType(nsMIMEType *aMIMEType) \
{ return hlpGetMIMEType(aMIMEType); } \
NS_IMETHOD GetMode(nsPluginMode *aMode) \
{ return hlpGetMode(aMode); } \
NS_IMETHOD NewStream(nsMIMEType aType, const char *aTarget, nsIOutputStream **aResult) \
{ return hlpNewStream(aType, aTarget, aResult); } \
NS_IMETHOD ShowStatus(const char *aMessage) \
{ return hlpShowStatus(aMessage); } \
NS_IMETHOD SetWindowSize(PRUint32 aWidth, PRUint32 aHeight) \
{ return hlpSetWindowSize(aWidth, aHeight); } \
//
/** Implements the nsIRequestObserver Interface. */
#define UP_IMPL_NSIREQUESTOBSERVER() \
NS_IMETHOD OnStartRequest(nsIRequest *aRequest, nsISupports *aContext) \
{ return hlpOnStartRequest(aRequest, aContext); } \
NS_IMETHOD OnStopRequest(nsIRequest *aRequest, nsISupports *aContext, nsresult aStatusCode) \
{ return hlpOnStopRequest(aRequest, aContext, aStatusCode); } \
//
/** Implements the nsIRequest Interface. */
#define UP_IMPL_NSIREQUEST() \
NS_IMETHOD GetName(nsACString & aName) \
{ return hlpGetName(aName); } \
NS_IMETHOD IsPending(PRBool *_retval) \
{ return hlpIsPending(_retval); } \
NS_IMETHOD GetStatus(nsresult *aStatus) \
{ return hlpGetStatus(aStatus); } \
NS_IMETHOD Cancel(nsresult aStatus) \
{ return hlpCancel(aStatus); } \
NS_IMETHOD Suspend(void) \
{ return hlpSuspend(); } \
NS_IMETHOD Resume(void) \
{ return hlpResume(); } \
NS_IMETHOD GetLoadGroup(nsILoadGroup * *aLoadGroup) \
{ return hlpGetLoadGroup(aLoadGroup); } \
NS_IMETHOD SetLoadGroup(nsILoadGroup * aLoadGroup) \
{ return hlpSetLoadGroup(aLoadGroup); } \
NS_IMETHOD GetLoadFlags(nsLoadFlags *aLoadFlags) \
{ return hlpGetLoadFlags(aLoadFlags); } \
NS_IMETHOD SetLoadFlags(nsLoadFlags aLoadFlags) \
{ return hlpSetLoadFlags(aLoadFlags); } \
//
/** Clears a java value. */
#if 1
#define ZERO_JAVAVALUE(value, type) memset(&value, 0, sizeof(jvalue))
#else
#define ZERO_JAVAVALUE(value, type) \
do \
{ \
switch (type) \
{ \
case jobject_type: (value).l = 0; break; \
case jboolean_type: (value).z = 0; break; \
case jbyte_type: (value).b = 0; break; \
case jchar_type: (value).c = 0; break; \
case jshort_type: (value).s = 0; break; \
case jint_type: (value).i = 0; break; \
case jlong_type: (value).j = 0; break; \
case jfloat_type: (value).f = 0; break; \
case jdouble_type: (value).d = 0; break; \
} \
} while (0)
#endif
/*******************************************************************************
* Structures and Typedefs *
*******************************************************************************/
/* forward references */
struct DownThis;
class UpWrapperBase;
/**
* Linked list node.
*/
typedef struct WrapperNode
{
/** Wrapper type. */
enum enmWrapperType
{ enmDown, enmUp }
enmType;
/** Next */
volatile struct WrapperNode *pNext;
/** The this pointer they're wrapping. */
void *pvThis;
/** Pointer to the wrapper. */
union WrapperPointer
{
struct DownThis * pDown;
UpWrapperBase * pUp;
} u;
} WNODE, *PWNODE;
/**
* What the pvThis pointer points at when the plugin calls back thru a 'down'
* wrapper. (This is a struct really and I don't care that it's not proper C++.)
*/
typedef struct DownThis
{
/** @name Public Data
* @{
*/
/** Pointer to virtual function table. */
const void * pvVFT;
/** Some zero padding. (paranoia) */
#ifdef DEBUG
char achZeros[12 + 256];
#else
char achZeros[12 + 16];
#endif
/** Pointer to the original class. */
void * pvThis;
/** Magic */
char achMagic[16];
/** Next pointer */
volatile struct DownThis * pNext;
//@}
/**
* Initalize the struct.
*/
inline void initialize(void *zpvThis, const void *zpvVFT)
{
this->pvVFT = zpvVFT;
memset(&achZeros[0], 0, sizeof(achZeros));
for (unsigned i = 0; i < sizeof(achZeros) / sizeof(unsigned); i += sizeof(unsigned))
achZeros[i] = 0xC0000000 | i;
this->pvThis = zpvThis;
memcpy(achMagic, DOWN_MAGIC_STRING, sizeof(achMagic));
}
} DOWNTHIS, *PDOWNTHIS;
/*******************************************************************************
* Global Variables *
*******************************************************************************/
/** This variable is used to drag in XPCOM in the linking of a primary wrapper. */
int giXPCOM;
/** Global flag for triggering breakpoing on enter and leave of wrapper methods.
* DEBUG ONLY for use in the Debugger.
*/
#ifdef DEBUG
int gfGlobalBreakPoint = FALSE;
#endif
/** @name Constants
* @{
*/
/** Magic of the DOWNTHIS structure. */
const char gszDownMagicString[16] = DOWN_MAGIC_STRING;
//@}
/** Down Wrapper List.
* Protected by gmtxDown.
*/
volatile struct DownThis * gpDownHead = NULL;
/** Down Wrapper Mutex. */
HMTX ghmtxDown = NULLHANDLE;
/*
* Include the IDs and make them materialize here.
* Include twice to get the right definition.
*/
#include "moz_IDs_Generated.h"
#undef NP_DEF_ID
#define NP_DEF_ID NS_DEFINE_IID
#define NP_INCL_LOOKUP
#include "moz_IDs_Generated.h"
/*******************************************************************************
* Internal Functions *
*******************************************************************************/
const void * downIsSupportedInterface(REFNSIID aIID);
nsresult downCreateWrapper(void **ppvResult, const void *pvVFT, nsresult rc);
nsresult downCreateWrapper(void **ppvResult, REFNSIID aIID, nsresult rc);
void downLock(void);
void downUnLock(void);
BOOL upIsSupportedInterface(REFNSIID aIID);
nsresult upCreateWrapper(void **ppvResult, REFNSIID aIID, nsresult rc);
int downCreateJNIEnvWrapper(JNIEnv **ppJNIEnv, int rc);
int upCreateJNIEnvWrapper(JNIEnv **ppJNIEnv, int rc);
void verifyAndFixUTF8String(const char *pszString, const char *pszFunction);
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP Base Classes
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Base class for all 'up' wrappers - meaning up to mozilla.
*/
class UpWrapperBase
{
protected:
/** This pointer of the Win32 object. */
void * mpvThis;
/** This pointer of the Win32 class vftable.
* This is actually an duplicate but it's ok for the purpose of list key. */
void * mpvVFTable;
/** Interface ID. Also needed for the list stuff.*/
REFNSIID miid;
/** Pointer to the interface we implement.
* This is kind of required to get the right pointer when searching existing
* wrappers without having to perform a bunch of stupid IID compares to find
* the proper casing. (C++ rulez!)
*/
void * mpvInterface;
/** Next wrapper */
volatile UpWrapperBase * mpNext;
/** List of UP wrappers.
* Protected by hmtx.
*/
static volatile UpWrapperBase * mpHead;
/** Our The mutex protecting this wrapper list. */
static HMTX mhmtx;
protected:
/**
* Constructor.
*
* @param pvThis Pointer to the Win32 class.
* @param pvInterface Pointer to the interface we implement. Meaning
* what's returned on a query interface.
* @param iid The Interface ID of the wrapped interface.
*/
UpWrapperBase(void *pvThis, void *pvInterface, REFNSIID iid) :
mpvThis(pvThis), mpvVFTable(*(void**)pvThis), miid(iid), mpvInterface(pvInterface), mpNext(NULL)
{
}
public:
/**
* Destructor.
*/
virtual ~UpWrapperBase()
{
}
/**
* Inserts the wrapper into the linked list of wrappers.
* We hold the lock at entry.
*/
void upInsertWrapper(void)
{
mpNext = mpHead;
mpHead = this;
}
/**
* Remove this wrapper from the linked list.
* We hold the lock at entry.
* @returns 1 if successfully removed it.
* @returns 0 on failure.
*/
int upRemoveWrapper(void)
{
int fUnchained;
UpWrapperBase * pUp, *pUpPrev;
for (pUp = (UpWrapperBase*)mpHead, pUpPrev = NULL, fUnchained = 0;
pUp;
pUpPrev = pUp, pUp = (UpWrapperBase*)pUp->mpNext)
{
if (pUp->mpvThis == mpvThis)
{
if (pUpPrev)
pUpPrev->mpNext = pUp->mpNext;
else
mpHead = pUp->mpNext;
#ifdef DEBUG
/* paranoid as always */
if (fUnchained)
{
dprintf(("upRemoveWrapper: this=%x is linked twice !!!", this));
DebugInt3();
}
fUnchained = 1;
#else
fUnchained = 1;
break;
#endif
}
}
if (fUnchained)
this->mpNext = NULL;
return fUnchained;
}
/**
* Gets the interface pointer.
*/
void * getInterfacePointer()
{
return mpvInterface;
}
/**
* Gets the Win32 this pointer.
*/
void * getThis()
{
return mpvThis;
}
/**
* Gets the Win32 VFT pointer.
*/
void * getVFT()
{
return mpvVFTable;
}
/**
* Locks the linked list of up wrappers.
*/
static void upLock(void)
{
DEBUG_FUNCTIONNAME();
if (!mhmtx)
{
int rc = DosCreateMutexSem(NULL, &mhmtx, 0, TRUE);
if (rc)
{
dprintf(("%s: DosCreateMutexSem failed with rc=%d.", pszFunction, rc));
ReleaseInt3(0xdeadbee1, 0xe000, rc);
}
}
else
{
int rc = DosRequestMutexSem(mhmtx, SEM_INDEFINITE_WAIT);
if (rc)
{
dprintf(("%s: DosRequestMutexSem failed with rc=%d.", pszFunction, rc));
ReleaseInt3(0xdeadbee1, 0xe001, rc);
}
//@todo handle cases with the holder dies.
}
}
/**
* Unlocks the linked list of up wrappers.
*/
static void upUnLock()
{
DEBUG_FUNCTIONNAME();
int rc = DosReleaseMutexSem(mhmtx);
if (rc)
{
dprintf(("%s: DosRequestMutexSem failed with rc=%d.", pszFunction, rc));
ReleaseInt3(0xdeadbee1, 0xe002, rc);
}
//@todo handle cases with the holder dies.
}
/**
* Try find an existing wrapper.
*
* The list is locked on entry and exit.
*
* @returns Pointer to existing wrapper if found.
* @returns NULL if not found.
* @param pvThis Pointer to the Win32 class.
* @param iid The Interface ID of the wrapped interface.
*/
static UpWrapperBase * findUpWrapper(void *pvThis, REFNSIID iid)
{
DEBUG_FUNCTIONNAME();
/*
* Walk the list and look...
*/
for (UpWrapperBase * pUp = (UpWrapperBase*)mpHead; pUp; pUp = (UpWrapperBase*)pUp->mpNext)
if (pUp->mpvThis == pvThis)
{
if (pUp->mpvVFTable == *((void**)pvThis))
{
if (iid.Equals(pUp->miid) || iid.Equals(kSupportsIID))
{
dprintf(("%s: Found existing UP wrapper %p/%p for %p.",
pszFunction, pUp, pUp->mpvInterface, pvThis));
return pUp;
}
else
{
dprintf(("%s: Found wrapper %p/%p for %p, but iid's wasn't matching.",
pszFunction, pUp, pUp->getInterfacePointer(), pvThis));
DPRINTF_NSID(iid);
DPRINTF_NSID(pUp->miid);
}
}
else
{
dprintf(("%s: Seems like an object have been release and reused again... (pvThis=%x)",
pszFunction, pvThis));
/*
* This happens with the IBM java.
* I think we safely can remove this wrapper and reuse it.
*/
if (pUp->upRemoveWrapper())
pUp = (UpWrapperBase*)mpHead;
}
}
/** @todo remove from list and such. */
return NULL;
}
/**
* Try find an existing up wrapper before creating a down wrapper.
*
* See findDownWrapper() for explanation.
*
* @returns Pointer to existing wrapper if found.
* @returns NULL if not found.
* @param pvThis Pointer to the Mozilla interface object which
* may actually be an UpWrapperBase pointer.
*/
static void * findUpWrapper(void *pvThis)
{
DEBUG_FUNCTIONNAME();
/*
* Walk the list and look.
*/
upLock();
for (UpWrapperBase * pUp = (UpWrapperBase *)mpHead; pUp; pUp = (UpWrapperBase *)pUp->mpNext)
if ((void*)pUp == pvThis)
{
void *pvRet = pUp->mpvThis;
upUnLock();
dprintf(("%s: pvThis(=%x) was pointing to an up wrapper. Returning pointer to real object(=%x)",
pszFunction, pvThis, pvRet));
return pvRet;
}
upUnLock();
/* No luck... */
return NULL;
}
/**
* Try find an down wrapper for the desired up wrapper.
*
* This is the first thing we'll try when creating an up wrapper. The
* object might actually have been created by mozilla and is sent down
* to the plugin, like the nsIPluginInstancePeer, and is later queried
* by mozilla. It is inefficient to wrap the object twice, also it's
* potentially dangerous to do so.
*
* @returns Pointer to real object if it was sent down.
* @returns NULL if not found.
* @param pvThis Pointer to the Win32 class.
*/
static void * findDownWrapper(void *pvThis)
{
DEBUG_FUNCTIONNAME();
/*
* Walk the list and look.
*/
DOWN_LOCK();
for (PDOWNTHIS pDown = (PDOWNTHIS)gpDownHead; pDown; pDown = (PDOWNTHIS)pDown->pNext)
if (pDown == pvThis)
{
void *pvRet = pDown->pvThis;
DOWN_UNLOCK();
dprintf(("%s: pvThis(=%x) was pointing to a down wrapper. Returning pointer to real object(=%x)",
pszFunction, pvThis, pvRet));
return pvRet;
}
DOWN_UNLOCK();
/* No luck... */
return NULL;
}
};
volatile UpWrapperBase * UpWrapperBase::mpHead = NULL;
HMTX UpWrapperBase::mhmtx = NULLHANDLE;
/**
* This class implements helpers for the nsISupports interface.
*
* Because of the way C++ treats multiple inheritance we cannot implement
* nsISupports here and inherit the implementation automagically when
* wrapping an interface subclassing nsISupports. Therefore we implement
* helpers here with different names which can be called from the subclasses.
*/
class UpSupportsBase : public UpWrapperBase
{
protected:
/**
* Constructor.
*
* @param pvThis Pointer to the Win32 class.
* @param pvInterface Pointer to the interface we implement. Meaning
* what's returned on a query interface.
* @param iid The Interface ID of the wrapped interface.
*/
UpSupportsBase(void *pvThis, void *pvInterface, REFNSIID iid) :
UpWrapperBase(pvThis, pvInterface, iid)
{
}
/**
* A run time mechanism for interface discovery.
* @param aIID [in] A requested interface IID
* @param aInstancePtr [out] A pointer to an interface pointer to
* receive the result.
* @return <b>NS_OK</b> if the interface is supported by the associated
* instance, <b>NS_NOINTERFACE</b> if it is not.
* <b>NS_ERROR_INVALID_POINTER</b> if <i>aInstancePtr</i> is <b>NULL</b>.
*/
nsresult hlpQueryInterface(REFNSIID aIID, void **aInstancePtr)
{
UP_ENTER_RC_NODBGBRK();
DPRINTF_NSID(aIID);
rc = VFTCALL2((VFTnsISupports*)mpvVFTable, QueryInterface, mpvThis, aIID, aInstancePtr);
rc = upCreateWrapper(aInstancePtr, aIID, rc);
UP_LEAVE_INT_NODBGBRK(rc);
return rc;
}
/**
* Increases the reference count for this interface.
* The associated instance will not be deleted unless
* the reference count is returned to zero.
*
* @return The resulting reference count.
*/
nsrefcnt hlpAddRef()
{
UP_ENTER_NODBGBRK();
nsrefcnt c = 0;
if (UP_VALID())
c = VFTCALL0((VFTnsISupports*)mpvVFTable, AddRef, mpvThis);
else
{
dprintf(("%s: Invalid object!", pszFunction));
DebugInt3();
}
UP_LEAVE_INT_NODBGBRK(c);
return c;
}
/**
* Decreases the reference count for this interface.
* Generally, if the reference count returns to zero,
* the associated instance is deleted.
*
* @return The resulting reference count.
*/
nsrefcnt hlpRelease()
{
UP_ENTER_NODBGBRK();
nsrefcnt c = 0;
if (UP_VALID())
{
c = VFTCALL0((VFTnsISupports*)mpvVFTable, Release, mpvThis);
if (!c)
{
dprintf(("%s: the reference count is zero! Delete this wrapper", pszFunction));
/* (This is prohibitted by german law I think, suicide that is.) */
UP_LEAVE_INT_NODBGBRK(0); /* exit odin context *first* */
#ifdef DO_DELETE
/*
* First unchain this object.
*/
upLock();
if (upRemoveWrapper())
{
upUnLock();
/** @todo Make a list of wrapper which is scheduled for lazy destruction.
* We can then easily check if we get a call to a dead object.
*/
delete this;
}
else
{
upUnLock();
/*
* Allready unchained? This shouldn't ever happen...
* The only possible case is that two threads calls hlpRelease()
* a the same time. So, we will *not* touch this node now.
*/
dprintf(("%s: pvThis=%p not found in the list !!!!", pszFunction, mpvThis));
DebugInt3();
}
#endif
return 0;
}
}
else
{
dprintf(("%s: Invalid object!", pszFunction));
DebugInt3();
}
UP_LEAVE_INT_NODBGBRK(c);
return c;
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsISupports
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsISupports wrapper.
* @remark No, you are NOT gonna inherit anything from this. Use UpSupportsBase.
*/
class UpSupports : public nsISupports, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Constructor
*/
UpSupports(void *pvThis) :
UpSupportsBase(pvThis, (nsISupports*)this, kSupportsIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIFactory
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
class UpFactoryBase : public UpSupportsBase
{
protected:
/**
* Creates an instance of a component.
*
* @param aOuter Pointer to a component that wishes to be aggregated
* in the resulting instance. This will be nsnull if no
* aggregation is requested.
* @param iid The IID of the interface being requested in
* the component which is being currently created.
* @param result [out] Pointer to the newly created instance, if successful.
* @return NS_OK - Component successfully created and the interface
* being requested was successfully returned in result.
* NS_NOINTERFACE - Interface not accessible.
* NS_ERROR_NO_AGGREGATION - if an 'outer' object is supplied, but the
* component is not aggregatable.
* NS_ERROR* - Method failure.
*/
/* void createInstance (in nsISupports aOuter, in nsIIDRef iid, [iid_is (iid), retval] out nsQIResult result); */
NS_IMETHOD hlpCreateInstance(nsISupports *aOuter, const nsIID & aIID, void * *result)
{
UP_ENTER_RC();
DPRINTF_NSID(aIID);
/*
* Supported interface requested?
*/
if (upIsSupportedInterface(aIID))
{
/*
* Wrap the outer.
*/
nsISupports * pDownOuter = aOuter;
rc = downCreateWrapper((void**)&pDownOuter, downIsSupportedInterface(kSupportsIID), NS_OK);
if (rc == NS_OK)
{
rc = VFTCALL3((VFTnsIFactory*)mpvVFTable, CreateInstance, mpvThis, pDownOuter, aIID, result);
rc = upCreateWrapper(result, aIID, rc);
}
else
{
dprintf(("%s: downCreateWrapper failed for nsISupports/aOuter. rc=%x", pszFunction, rc));
DebugInt3();
}
}
else
{
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 7, aIID.m0);
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* LockFactory provides the client a way to keep the component
* in memory until it is finished with it. The client can call
* LockFactory(PR_TRUE) to lock the factory and LockFactory(PR_FALSE)
* to release the factory.
*
* @param lock - Must be PR_TRUE or PR_FALSE
* @return NS_OK - If the lock operation was successful.
* NS_ERROR* - Method failure.
*/
/* void lockFactory (in PRBool lock); */
NS_IMETHOD hlpLockFactory(PRBool lock)
{
UP_ENTER_RC();
dprintf(("%s: lock=%d", pszFunction, lock));
rc = VFTCALL1((VFTnsIFactory*)mpvVFTable, LockFactory, mpvThis, lock);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor. */
UpFactoryBase(void *pvThis, void *pvInterface, REFNSIID iid = kFactoryIID) :
UpSupportsBase(pvThis, pvInterface, iid)
{
}
};
/**
* nsIFactory wrapper.
*/
class UpFactory : public nsIFactory, public UpFactoryBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIFACTORY();
/** Constructor. */
UpFactory(void *pvThis) :
UpFactoryBase(pvThis, (nsIFactory*)this, kFactoryIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIPlugin
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIPlugin wrapper.
*/
class UpPlugin : public nsIPlugin, public UpFactoryBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIFACTORY();
/**
* Creates a new plugin instance, based on a MIME type. This
* allows different impelementations to be created depending on
* the specified MIME type.
*/
/* void createPluginInstance (in nsISupports aOuter, in nsIIDRef aIID, in string aPluginMIMEType, [iid_is (aIID), retval] out nsQIResult aResult); */
NS_IMETHOD CreatePluginInstance(nsISupports *aOuter, const nsIID & aIID, const char *aPluginMIMEType, void * *aResult)
{
UP_ENTER_RC();
DPRINTF_NSID(aIID);
DPRINTF_STR(aPluginMIMEType);
/*
* Supported interface requested?
*/
if (upIsSupportedInterface(aIID))
{
/*
* Wrap the outer.
*/
nsISupports * pDownOuter = aOuter;
rc = downCreateWrapper((void**)&pDownOuter, downIsSupportedInterface(kSupportsIID), NS_OK);
if (rc == NS_OK)
{
rc = VFTCALL4((VFTnsIPlugin*)mpvVFTable, CreatePluginInstance, mpvThis, aOuter, aIID, aPluginMIMEType, aResult);
rc = upCreateWrapper(aResult, aIID, rc);
}
else
{
dprintf(("%s: downCreateWrapper failed for nsISupports/aOuter. rc=%x", pszFunction, rc));
DebugInt3();
}
}
else
{
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 8, aIID.m0);
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Initializes the plugin and will be called before any new instances are
* created. It is passed browserInterfaces on which QueryInterface
* may be used to obtain an nsIPluginManager, and other interfaces.
*
* @param browserInterfaces - an object that allows access to other browser
* interfaces via QueryInterface
* @result - NS_OK if this operation was successful
*/
/* void initialize (); */
NS_IMETHOD Initialize(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIPlugin*)mpvVFTable, Initialize, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called when the browser is done with the plugin factory, or when
* the plugin is disabled by the user.
*
* (Corresponds to NPP_Shutdown.)
*
* @result - NS_OK if this operation was successful
*/
/* void shutdown (); */
NS_IMETHOD Shutdown(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIPlugin*)mpvVFTable, Shutdown, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Returns the MIME description for the plugin. The MIME description
* is a colon-separated string containg the plugin MIME type, plugin
* data file extension, and plugin name, e.g.:
*
* "application/x-simple-plugin:smp:Simple LiveConnect Sample Plug-in"
*
* (Corresponds to NPP_GetMIMEDescription.)
*
* @param aMIMEDescription - the resulting MIME description
* @result - NS_OK if this operation was successful
*/
/* void getMIMEDescription (out constCharPtr aMIMEDescription); */
NS_IMETHOD GetMIMEDescription(const char * *aMIMEDescription)
{
//@todo TEXT: aMIMEDescription? Doesn't apply to java plugin, and probably not called by OS/2.
UP_ENTER_RC();
dprintf(("%s: aMIMEDescription=%x", pszFunction, aMIMEDescription));
rc = VFTCALL1((VFTnsIPlugin*)mpvVFTable, GetMIMEDescription, mpvThis, aMIMEDescription);
if (NS_SUCCEEDED(rc) && VALID_PTR(aMIMEDescription))
DPRINTF_STR(*aMIMEDescription);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Returns the value of a variable associated with the plugin.
*
* (Corresponds to NPP_GetValue.)
*
* @param aVariable - the plugin variable to get
* @param aValue - the address of where to store the resulting value
* @result - NS_OK if this operation was successful
*/
/* void getValue (in nsPluginVariable aVariable, in voidPtr aValue); */
NS_IMETHOD GetValue(nsPluginVariable aVariable, void * aValue)
{
UP_ENTER_RC();
dprintf(("%s: aVariable=%d aValue=%x", pszFunction, aVariable, aValue));
rc = VFTCALL2((VFTnsIPlugin*)mpvVFTable, GetValue, mpvThis, aVariable, aValue);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Constructor
*/
UpPlugin(void *pvThis) :
UpFactoryBase(pvThis, (nsIPlugin*)this, kPluginIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIJVMPlugin
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
class UpJVMPlugin : public nsIJVMPlugin, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
// Causes the JVM to append a new directory to its classpath.
// If the JVM doesn't support this operation, an error is returned.
NS_IMETHOD AddToClassPath(const char* dirPath)
{
UP_ENTER_RC();
DPRINTF_STR(dirPath);
rc = VFTCALL1((VFTnsIJVMPlugin*)mpvVFTable, AddToClassPath, mpvThis, dirPath);
UP_LEAVE_INT(rc);
return rc;
}
// Causes the JVM to remove a directory from its classpath.
// If the JVM doesn't support this operation, an error is returned.
NS_IMETHOD RemoveFromClassPath(const char* dirPath)
{
UP_ENTER_RC();
DPRINTF_STR(dirPath);
rc = VFTCALL1((VFTnsIJVMPlugin*)mpvVFTable, RemoveFromClassPath, mpvThis, dirPath);
UP_LEAVE_INT(rc);
return rc;
}
// Returns the current classpath in use by the JVM.
NS_IMETHOD GetClassPath(const char* *result)
{
UP_ENTER_RC();
dprintf(("%s: result=%p", pszFunction, result));
rc = VFTCALL1((VFTnsIJVMPlugin*)mpvVFTable, GetClassPath, mpvThis, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
DPRINTF_STR(*result);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetJavaWrapper(JNIEnv* jenv, jint obj, jobject *jobj)
{
UP_ENTER_RC();
dprintf(("%s: jenv=%p obj=%p jobj=%p", pszFunction, jenv, obj, jobj));
rc = VFTCALL3((VFTnsIJVMPlugin*)mpvVFTable, GetJavaWrapper, mpvThis, jenv, obj, jobj);
if (NS_SUCCEEDED(rc) && VALID_PTR(jobj))
dprintf(("%s: *jobj=%x", pszFunction, jobj));
UP_LEAVE_INT(rc);
return rc;
}
/**
* This creates a new secure communication channel with Java. The second parameter,
* nativeEnv, if non-NULL, will be the actual thread for Java communication.
* Otherwise, a new thread should be created.
* @param proxyEnv the env to be used by all clients on the browser side
* @return outSecureEnv the secure environment used by the proxyEnv
*/
NS_IMETHOD CreateSecureEnv(JNIEnv* proxyEnv, nsISecureEnv* *outSecureEnv)
{
UP_ENTER_RC();
dprintf(("%s: proxyEnv=%x outSecureEnv=%x", pszFunction, proxyEnv, outSecureEnv));
JNIEnv *pdownProxyEnv = proxyEnv;
rc = downCreateJNIEnvWrapper(&pdownProxyEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = VFTCALL2((VFTnsIJVMPlugin*)mpvVFTable, CreateSecureEnv, mpvThis, pdownProxyEnv, outSecureEnv);
rc = upCreateWrapper((void**)outSecureEnv, kSecureEnvIID, rc);
}
else
dprintf(("%s: Failed to make JNIEnv down wrapper!!!", pszFunction));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Gives time to the JVM from the main event loop of the browser. This is
* necessary when there aren't any plugin instances around, but Java threads exist.
*/
NS_IMETHOD SpendTime(PRUint32 timeMillis)
{
UP_ENTER_RC();
dprintf(("%s: timeMillis=%d", pszFunction, timeMillis));
rc = VFTCALL1((VFTnsIJVMPlugin*)mpvVFTable, SpendTime, mpvThis, timeMillis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD UnwrapJavaWrapper(JNIEnv* jenv, jobject jobj, jint* obj)
{
UP_ENTER_RC();
dprintf(("%s: jenv=%p jobj=%p obj=%p", pszFunction, jenv, jobj, obj));
rc = VFTCALL3((VFTnsIJVMPlugin*)mpvVFTable, UnwrapJavaWrapper, mpvThis, jenv, jobj, obj);
if (NS_SUCCEEDED(rc) && VALID_PTR(jobj))
dprintf(("%s: *jobj=%p", pszFunction, jobj));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Constructor
*/
UpJVMPlugin(void *pvThis) :
UpSupportsBase(pvThis, (nsIJVMPlugin*)this, kJVMPluginIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIJVMPluginInstance
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIJVMPluginInstance
*/
class UpJVMPluginInstance : public nsIJVMPluginInstance, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/* [noscript] void GetJavaObject (out jobject result); */
NS_IMETHOD GetJavaObject(jobject *result)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIJVMPluginInstance*)mpvVFTable, GetJavaObject, mpvThis, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
/* [noscript] void GetText (in nChar result); */
NS_IMETHOD GetText(const char ** result)
{
//@todo TEXT: result? Don't know, can't find anyone calling this...
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIJVMPluginInstance*)mpvVFTable, GetText, mpvThis, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result) && VALID_PTR(*result))
DPRINTF_STR(*result);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpJVMPluginInstance(void *pvThis) :
UpSupportsBase(pvThis, (nsIJVMWindow*)this, kJVMPluginInstanceIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsISecureEnv
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsISecureEnv Wrapper.
*/
class UpSecureEnv : public nsISecureEnv, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Create new Java object in LiveConnect.
*
* @param clazz -- Java Class object.
* @param methodID -- Method id
* @param args -- arguments for invoking the constructor.
* @param result -- return new Java object.
* @param ctx -- security context
*/
NS_IMETHOD NewObject(/*[in]*/ jclass clazz,
/*[in]*/ jmethodID methodID,
/*[in]*/ jvalue *args,
/*[out]*/ jobject* result,
/*[in]*/ nsISecurityContext* ctx = NULL)
{
UP_ENTER_RC();
dprintf(("%s: clazz=%p methodID=%p args=%p result=%p ctx=%p", pszFunction, clazz, methodID, args, result, ctx));
nsISecurityContext *pDownCtx = ctx;
rc = downCreateWrapper((void**)&pDownCtx, downIsSupportedInterface(kSecurityContextIID), NS_OK);
if (rc == NS_OK)
{
rc = VFTCALL5((VFTnsISecureEnv*)mpvVFTable, NewObject, mpvThis, clazz, methodID, args, result, pDownCtx);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, result));
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Invoke method on Java object in LiveConnect.
*
* @param type -- Return type
* @param obj -- Java object.
* @param methodID -- method id
* @param args -- arguments for invoking the constructor.
* @param result -- return result of invocation.
* @param ctx -- security context
*/
NS_IMETHOD CallMethod(/*[in]*/ jni_type type,
/*[in]*/ jobject obj,
/*[in]*/ jmethodID methodID,
/*[in]*/ jvalue *args,
/*[out]*/ jvalue* result,
/*[in]*/ nsISecurityContext* ctx = NULL)
{
UP_ENTER_RC();
dprintf(("%s: type=%x obj=%p methodID=%p args=%p result=%p ctx=%p", pszFunction, type, obj, methodID, args, result, ctx));
nsISecurityContext *pDownCtx = ctx;
rc = downCreateWrapper((void**)&pDownCtx, downIsSupportedInterface(kSecurityContextIID), NS_OK);
if (rc == NS_OK)
{
rc = VFTCALL6((VFTnsISecureEnv*)mpvVFTable, CallMethod, mpvThis, type, obj, methodID, args, result, pDownCtx);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=0x%08x", pszFunction, *(int*)result));
#ifdef DO_EXTRA_FAILURE_HANDLING
else if (VALID_PTR(result))
ZERO_JAVAVALUE(*result, type);
#endif
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Invoke non-virtual method on Java object in LiveConnect.
*
* @param type -- Return type
* @param obj -- Java object.
* @param clazz -- Class object
* @param methodID -- method id
* @param args -- arguments for invoking the constructor.
* @param ctx -- security context
* @param result -- return result of invocation.
*/
NS_IMETHOD CallNonvirtualMethod(/*[in]*/ jni_type type,
/*[in]*/ jobject obj,
/*[in]*/ jclass clazz,
/*[in]*/ jmethodID methodID,
/*[in]*/ jvalue *args,
/*[out]*/ jvalue* result,
/*[in]*/ nsISecurityContext* ctx = NULL)
{
UP_ENTER_RC();
dprintf(("%s: type=%x obj=%p clazz=%p methodID=%p args=%p result=%p ctx=%p", pszFunction, type, obj, clazz, methodID, args, result, ctx));
nsISecurityContext *pDownCtx = ctx;
rc = downCreateWrapper((void**)&pDownCtx, downIsSupportedInterface(kSecurityContextIID), NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = VFTCALL7((VFTnsISecureEnv*)mpvVFTable, CallNonvirtualMethod, mpvThis, type, obj, clazz, methodID, args, result, pDownCtx);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=0x%08x (int)", pszFunction, *(int*)result));
#ifdef DO_EXTRA_FAILURE_HANDLING
else if (VALID_PTR(result))
ZERO_JAVAVALUE(*result, type);
#endif
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Get a field on Java object in LiveConnect.
*
* @param type -- Return type
* @param obj -- Java object.
* @param fieldID -- field id
* @param result -- return field value
* @param ctx -- security context
*/
NS_IMETHOD GetField(/*[in]*/ jni_type type,
/*[in]*/ jobject obj,
/*[in]*/ jfieldID fieldID,
/*[out]*/ jvalue* result,
/*[in]*/ nsISecurityContext* ctx = NULL)
{
UP_ENTER_RC();
dprintf(("%s: type=%x obj=%p fieldID= result=%p ctx=%p", pszFunction, type, fieldID, result, ctx));
nsISecurityContext *pDownCtx = ctx;
rc = downCreateWrapper((void**)&pDownCtx, downIsSupportedInterface(kSecurityContextIID), NS_OK);
if (rc == NS_OK)
{
rc = VFTCALL5((VFTnsISecureEnv*)mpvVFTable, GetField, mpvThis, type, obj, fieldID, result, pDownCtx);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=0x%08x (int)", pszFunction, *(int*)result));
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Set a field on Java object in LiveConnect.
*
* @param type -- Return type
* @param obj -- Java object.
* @param fieldID -- field id
* @param val -- field value to set
* @param ctx -- security context
*/
NS_IMETHOD SetField(/*[in]*/ jni_type type,
/*[in]*/ jobject obj,
/*[in]*/ jfieldID fieldID,
/*[in]*/ jvalue val,
/*[in]*/ nsISecurityContext* ctx = NULL)
{
UP_ENTER_RC();
dprintf(("%s: type=%x, obj=%p fieldID=%p val=0x%08x (int) ctx=%p", pszFunction, type, obj, fieldID, val.i, ctx));
nsISecurityContext *pDownCtx = ctx;
rc = downCreateWrapper((void**)&pDownCtx, downIsSupportedInterface(kSecurityContextIID), NS_OK);
if (rc == NS_OK)
rc = VFTCALL5((VFTnsISecureEnv*)mpvVFTable, SetField, mpvThis, type, obj, fieldID, val, pDownCtx);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Invoke static method on Java object in LiveConnect.
*
* @param type -- Return type
* @param clazz -- Class object.
* @param methodID -- method id
* @param args -- arguments for invoking the constructor.
* @param result -- return result of invocation.
* @param ctx -- security context
*/
NS_IMETHOD CallStaticMethod(/*[in]*/ jni_type type,
/*[in]*/ jclass clazz,
/*[in]*/ jmethodID methodID,
/*[in]*/ jvalue *args,
/*[out]*/ jvalue* result,
/*[in]*/ nsISecurityContext* ctx = NULL)
{
UP_ENTER_RC();
dprintf(("%s: type=%d clazz=%#x methodID=%#x args=%p result=%p ctx=%p", pszFunction, type, clazz, methodID, args, result, ctx));
nsISecurityContext *pDownCtx = ctx;
rc = downCreateWrapper((void**)&pDownCtx, downIsSupportedInterface(kSecurityContextIID), NS_OK);
if (rc == NS_OK)
{
rc = VFTCALL6((VFTnsISecureEnv*)mpvVFTable, CallStaticMethod, mpvThis, type, clazz, methodID, args, result, pDownCtx);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=0x%08x (int)", pszFunction, *(int*)result));
#ifdef DO_EXTRA_FAILURE_HANDLING
else if (VALID_PTR(result))
ZERO_JAVAVALUE(*result, type);
#endif
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Get a static field on Java object in LiveConnect.
*
* @param type -- Return type
* @param clazz -- Class object.
* @param fieldID -- field id
* @param result -- return field value
* @param ctx -- security context
*/
NS_IMETHOD GetStaticField(/*[in]*/ jni_type type,
/*[in]*/ jclass clazz,
/*[in]*/ jfieldID fieldID,
/*[out]*/ jvalue* result,
/*[in]*/ nsISecurityContext* ctx = NULL)
{
UP_ENTER_RC();
dprintf(("%s: type=%d clazz=%#x fieldID=%#x result=%p ctx=%p", pszFunction, type, clazz, fieldID, result, ctx));
nsISecurityContext *pDownCtx = ctx;
rc = downCreateWrapper((void**)&pDownCtx, kSecurityContextIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = VFTCALL5((VFTnsISecureEnv*)mpvVFTable, GetStaticField, mpvThis, type, clazz, fieldID, result, pDownCtx);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=0x%08x (int)", pszFunction, *(int*)result));
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Set a static field on Java object in LiveConnect.
*
* @param type -- Return type
* @param clazz -- Class object.
* @param fieldID -- field id
* @param val -- field value to set
* @param ctx -- security context
*/
NS_IMETHOD SetStaticField(/*[in]*/ jni_type type,
/*[in]*/ jclass clazz,
/*[in]*/ jfieldID fieldID,
/*[in]*/ jvalue val,
/*[in]*/ nsISecurityContext* ctx = NULL)
{
UP_ENTER_RC();
dprintf(("%s: type=%x, clazz=%p fieldID=%p val=0x%08x (int) ctx=%p", pszFunction, type, clazz, fieldID, val.i, ctx));
nsISecurityContext *pDownCtx = ctx;
rc = downCreateWrapper((void**)&pDownCtx, downIsSupportedInterface(kSecurityContextIID), NS_OK);
if (rc == NS_OK)
rc = VFTCALL5((VFTnsISecureEnv*)mpvVFTable, SetStaticField, mpvThis, type, clazz, fieldID, val, pDownCtx);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetVersion(/*[out]*/ jint* version)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsISecureEnv*)mpvVFTable, GetVersion, mpvThis, version);
if (NS_SUCCEEDED(rc) && VALID_PTR(version))
dprintf(("%s: *version=%d", pszFunction, *version));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD DefineClass(/*[in]*/ const char* name,
/*[in]*/ jobject loader,
/*[in]*/ const jbyte *buf,
/*[in]*/ jsize len,
/*[out]*/ jclass* clazz)
{
UP_ENTER_RC();
DPRINTF_STR(name);
rc = VFTCALL5((VFTnsISecureEnv*)mpvVFTable, DefineClass, mpvThis, name, loader, buf, len, clazz);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD FindClass(/*[in]*/ const char* name,
/*[out]*/ jclass* clazz)
{
UP_ENTER_RC();
DPRINTF_STR(name);
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, FindClass, mpvThis, name, clazz);
if (NS_SUCCEEDED(rc) && VALID_PTR(clazz))
dprintf(("%s: *clazz=%p", pszFunction, *clazz));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetSuperclass(/*[in]*/ jclass sub,
/*[out]*/ jclass* super)
{
UP_ENTER_RC();
dprintf(("%s: sub=%p super=%p", pszFunction, sub, super));
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, GetSuperclass, mpvThis, sub, super);
if (NS_SUCCEEDED(rc) && VALID_PTR(super))
dprintf(("%s: *super=%p", pszFunction, *super));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD IsAssignableFrom(/*[in]*/ jclass sub,
/*[in]*/ jclass super,
/*[out]*/ jboolean* result)
{
UP_ENTER_RC();
dprintf(("%s: sub=%p super=%p result=%p", pszFunction, sub, super, result));
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, IsAssignableFrom, mpvThis, sub, super, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%d", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Throw(/*[in]*/ jthrowable obj,
/*[out]*/ jint* result)
{
UP_ENTER_RC();
dprintf(("%s: obj=%p result=%p", pszFunction, obj, result));
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, Throw, mpvThis, obj, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD ThrowNew(/*[in]*/ jclass clazz,
/*[in]*/ const char *msg,
/*[out]*/ jint* result)
{
//@todo TEXT: msg?? Don't think we care to much about this. :)
UP_ENTER_RC();
dprintf(("%s: clazz=%p msg=%p result=%p", pszFunction, clazz, msg, result));
DPRINTF_STR(msg);
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, ThrowNew, mpvThis, clazz, msg, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD ExceptionOccurred(/*[out]*/ jthrowable* result)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsISecureEnv*)mpvVFTable, ExceptionOccurred, mpvThis, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD ExceptionDescribe(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsISecureEnv*)mpvVFTable, ExceptionDescribe, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD ExceptionClear(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsISecureEnv*)mpvVFTable, ExceptionClear, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD FatalError(/*[in]*/ const char* msg)
{
UP_ENTER_RC();
DPRINTF_STR(msg);
rc = VFTCALL1((VFTnsISecureEnv*)mpvVFTable, FatalError, mpvThis, msg);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD NewGlobalRef(/*[in]*/ jobject lobj,
/*[out]*/ jobject* result)
{
UP_ENTER_RC();
dprintf(("%s: lobj=%p result=%p", pszFunction, lobj, result));
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, NewGlobalRef, mpvThis, lobj, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD DeleteGlobalRef(/*[in]*/ jobject gref)
{
UP_ENTER_RC();
dprintf(("%s: gref=%p", pszFunction, gref));
rc = VFTCALL1((VFTnsISecureEnv*)mpvVFTable, DeleteGlobalRef, mpvThis, gref);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD DeleteLocalRef(/*[in]*/ jobject obj)
{
UP_ENTER_RC();
dprintf(("%s: obj=%p", pszFunction, obj));
rc = VFTCALL1((VFTnsISecureEnv*)mpvVFTable, DeleteLocalRef, mpvThis, obj);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD IsSameObject(/*[in]*/ jobject obj1,
/*[in]*/ jobject obj2,
/*[out]*/ jboolean* result)
{
UP_ENTER_RC();
dprintf(("%s: obj1=%p obj2=%p result=%p", pszFunction, obj1, obj2, result));
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, IsSameObject, mpvThis, obj1, obj2, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%d", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD AllocObject(/*[in]*/ jclass clazz,
/*[out]*/ jobject* result)
{
UP_ENTER_RC();
dprintf(("%s: clazz=%p result=%p", pszFunction, clazz, result));
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, AllocObject, mpvThis, clazz, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetObjectClass(/*[in]*/ jobject obj,
/*[out]*/ jclass* result)
{
UP_ENTER_RC();
dprintf(("%s: obj=%p result=%p", pszFunction, obj, result));
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, GetObjectClass, mpvThis, obj, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=0x%08x (int)", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD IsInstanceOf(/*[in]*/ jobject obj,
/*[in]*/ jclass clazz,
/*[out]*/ jboolean* result)
{
UP_ENTER_RC();
dprintf(("%s: obj=%p clazz=%p result=%p", pszFunction, obj, clazz, result));
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, IsInstanceOf, mpvThis, obj, clazz, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%d", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetMethodID(/*[in]*/ jclass clazz,
/*[in]*/ const char* name,
/*[in]*/ const char* sig,
/*[out]*/ jmethodID* id)
{
UP_ENTER_RC();
dprintf(("%s: clazz=%#x name=%p sig=%p id=%p", pszFunction, clazz, name, sig, id));
DPRINTF_STR(name);
DPRINTF_STR(sig);
rc = VFTCALL4((VFTnsISecureEnv*)mpvVFTable, GetMethodID, mpvThis, clazz, name, sig, id);
if (NS_SUCCEEDED(rc) && VALID_PTR(id))
dprintf(("%s: *id=%#x", pszFunction, *id));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetFieldID(/*[in]*/ jclass clazz,
/*[in]*/ const char* name,
/*[in]*/ const char* sig,
/*[out]*/ jfieldID* id)
{
UP_ENTER_RC();
dprintf(("%s: clazz=%#x id=%p", pszFunction, clazz, id));
DPRINTF_STR(name);
DPRINTF_STR(sig);
rc = VFTCALL4((VFTnsISecureEnv*)mpvVFTable, GetFieldID, mpvThis, clazz, name, sig, id);
if (NS_SUCCEEDED(rc) && VALID_PTR(id))
dprintf(("%s: *id=%#x", pszFunction, *id));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetStaticMethodID(/*[in]*/ jclass clazz,
/*[in]*/ const char* name,
/*[in]*/ const char* sig,
/*[out]*/ jmethodID* id)
{
UP_ENTER_RC();
dprintf(("%s: clazz=%#x id=%p", pszFunction, clazz, id));
DPRINTF_STR(name);
DPRINTF_STR(sig);
rc = VFTCALL4((VFTnsISecureEnv*)mpvVFTable, GetStaticMethodID, mpvThis, clazz, name, sig, id);
if (NS_SUCCEEDED(rc) && VALID_PTR(id))
dprintf(("%s: *id=%#x", pszFunction, *id));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetStaticFieldID(/*[in]*/ jclass clazz,
/*[in]*/ const char* name,
/*[in]*/ const char* sig,
/*[out]*/ jfieldID* id)
{
UP_ENTER_RC();
dprintf(("%s: clazz=%#x id=%p", pszFunction, clazz, id));
DPRINTF_STR(name);
DPRINTF_STR(sig);
rc = VFTCALL4((VFTnsISecureEnv*)mpvVFTable, GetStaticFieldID, mpvThis, clazz, name, sig, id);
if (NS_SUCCEEDED(rc) && VALID_PTR(id))
dprintf(("%s: *id=%#x", pszFunction, *id));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD NewString(/*[in]*/ const jchar* unicode,
/*[in]*/ jsize len,
/*[out]*/ jstring* result)
{
UP_ENTER_RC();
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, NewString, mpvThis, unicode, len, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetStringLength(/*[in]*/ jstring str,
/*[out]*/ jsize* result)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, GetStringLength, mpvThis, str, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%d", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetStringChars(/*[in]*/ jstring str,
/*[in]*/ jboolean *isCopy,
/*[out]*/ const jchar** result)
{
UP_ENTER_RC();
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, GetStringChars, mpvThis, str, isCopy, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD ReleaseStringChars(/*[in]*/ jstring str,
/*[in]*/ const jchar *chars)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, ReleaseStringChars, mpvThis, str, chars);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD NewStringUTF(/*[in]*/ const char *utf,
/*[out]*/ jstring* result)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, NewStringUTF, mpvThis, utf, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetStringUTFLength(/*[in]*/ jstring str,
/*[out]*/ jsize* result)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, GetStringUTFLength, mpvThis, str, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%d", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetStringUTFChars(/*[in]*/ jstring str,
/*[in]*/ jboolean *isCopy,
/*[out]*/ const char** result)
{
UP_ENTER_RC();
dprintf(("%s: str=%p isCopy=%p result=%p", pszFunction, str, isCopy, result));
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, GetStringUTFChars, mpvThis, str, isCopy, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD ReleaseStringUTFChars(/*[in]*/ jstring str,
/*[in]*/ const char *chars)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, ReleaseStringUTFChars, mpvThis, str, chars);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetArrayLength(/*[in]*/ jarray array,
/*[out]*/ jsize* result)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, GetArrayLength, mpvThis, array, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%d", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD NewObjectArray(/*[in]*/ jsize len,
/*[in]*/ jclass clazz,
/*[in]*/ jobject init,
/*[out]*/ jobjectArray* result)
{
UP_ENTER_RC();
rc = VFTCALL4((VFTnsISecureEnv*)mpvVFTable, NewObjectArray, mpvThis, len, clazz, init, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetObjectArrayElement(/*[in]*/ jobjectArray array,
/*[in]*/ jsize index,
/*[out]*/ jobject* result)
{
UP_ENTER_RC();
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, GetObjectArrayElement, mpvThis, array, index, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetObjectArrayElement(/*[in]*/ jobjectArray array,
/*[in]*/ jsize index,
/*[in]*/ jobject val)
{
UP_ENTER_RC();
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, SetObjectArrayElement, mpvThis, array, index, val);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD NewArray(/*[in]*/ jni_type element_type,
/*[in]*/ jsize len,
/*[out]*/ jarray* result)
{
UP_ENTER_RC();
rc = VFTCALL3((VFTnsISecureEnv*)mpvVFTable, NewArray, mpvThis, element_type, len, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetArrayElements(/*[in]*/ jni_type type,
/*[in]*/ jarray array,
/*[in]*/ jboolean *isCopy,
/*[out]*/ void* result)
{
UP_ENTER_RC();
rc = VFTCALL4((VFTnsISecureEnv*)mpvVFTable, GetArrayElements, mpvThis, type, array, isCopy, result);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD ReleaseArrayElements(/*[in]*/ jni_type type,
/*[in]*/ jarray array,
/*[in]*/ void *elems,
/*[in]*/ jint mode)
{
UP_ENTER_RC();
rc = VFTCALL4((VFTnsISecureEnv*)mpvVFTable, ReleaseArrayElements, mpvThis, type, array, elems, mode);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetArrayRegion(/*[in]*/ jni_type type,
/*[in]*/ jarray array,
/*[in]*/ jsize start,
/*[in]*/ jsize len,
/*[out]*/ void* buf)
{
UP_ENTER_RC();
rc = VFTCALL5((VFTnsISecureEnv*)mpvVFTable, GetArrayRegion, mpvThis, type, array, start, len, buf);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetArrayRegion(/*[in]*/ jni_type type,
/*[in]*/ jarray array,
/*[in]*/ jsize start,
/*[in]*/ jsize len,
/*[in]*/ void* buf)
{
UP_ENTER_RC();
rc = VFTCALL5((VFTnsISecureEnv*)mpvVFTable, SetArrayRegion, mpvThis, type, array, start, len, buf);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD RegisterNatives(/*[in]*/ jclass clazz,
/*[in]*/ const JNINativeMethod *methods,
/*[in]*/ jint nMethods,
/*[out]*/ jint* result)
{
UP_ENTER_RC();
rc = VFTCALL4((VFTnsISecureEnv*)mpvVFTable, RegisterNatives, mpvThis, clazz, methods, nMethods, result);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD UnregisterNatives(/*[in]*/ jclass clazz,
/*[out]*/ jint* result)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, UnregisterNatives, mpvThis, clazz, result);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD MonitorEnter(/*[in]*/ jobject obj,
/*[out]*/ jint* result)
{
UP_ENTER_RC();
dprintf(("%s: obj=%p result=%p", pszFunction, obj, result));
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, MonitorEnter, mpvThis, obj, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD MonitorExit(/*[in]*/ jobject obj,
/*[out]*/ jint* result)
{
UP_ENTER_RC();
dprintf(("%s: obj=%p result=%p", pszFunction, obj, result));
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, MonitorExit, mpvThis, obj, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%p", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetJavaVM(/*[in]*/ JavaVM **vm,
/*[out]*/ jint* result)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsISecureEnv*)mpvVFTable, GetJavaVM, mpvThis, vm, result);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Constructor
*/
UpSecureEnv(void *pvThis) :
UpSupportsBase(pvThis, (nsISecureEnv*)this, kSecureEnvIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIPluginInstance
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
class UpPluginInstance : public nsIPluginInstance, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Initializes a newly created plugin instance, passing to it the plugin
* instance peer which it should use for all communication back to the browser.
*
* @param aPeer - the corresponding plugin instance peer
* @result - NS_OK if this operation was successful
*/
/* void initialize (in nsIPluginInstancePeer aPeer); */
NS_IMETHOD Initialize(nsIPluginInstancePeer *aPeer)
{
UP_ENTER_RC();
nsIPluginInstancePeer *pDownPeer = aPeer;
rc = downCreateWrapper((void**)&pDownPeer, kPluginInstancePeerIID, NS_OK);
if (rc == NS_OK)
rc = VFTCALL1((VFTnsIPluginInstance*)mpvVFTable, Initialize, mpvThis, pDownPeer);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Returns a reference back to the plugin instance peer. This method is
* used whenever the browser needs to obtain the peer back from a plugin
* instance. The implementation of this method should be sure to increment
* the reference count on the peer by calling AddRef.
*
* @param aPeer - the resulting plugin instance peer
* @result - NS_OK if this operation was successful
*/
/* readonly attribute nsIPluginInstancePeer peer; */
NS_IMETHOD GetPeer(nsIPluginInstancePeer * *aPeer)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIPluginInstance*)mpvVFTable, GetPeer, mpvThis, aPeer);
rc = upCreateWrapper((void**)aPeer, kPluginInstancePeerIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called to instruct the plugin instance to start. This will be called after
* the plugin is first created and initialized, and may be called after the
* plugin is stopped (via the Stop method) if the plugin instance is returned
* to in the browser window's history.
*
* @result - NS_OK if this operation was successful
*/
/* void start (); */
NS_IMETHOD Start(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIPluginInstance*)mpvVFTable, Start, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called to instruct the plugin instance to stop, thereby suspending its state.
* This method will be called whenever the browser window goes on to display
* another page and the page containing the plugin goes into the window's history
* list.
*
* @result - NS_OK if this operation was successful
*/
/* void stop (); */
NS_IMETHOD Stop(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIPluginInstance*)mpvVFTable, Stop, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called to instruct the plugin instance to destroy itself. This is called when
* it become no longer possible to return to the plugin instance, either because
* the browser window's history list of pages is being trimmed, or because the
* window containing this page in the history is being closed.
*
* @result - NS_OK if this operation was successful
*/
/* void destroy (); */
NS_IMETHOD Destroy(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIPluginInstance*)mpvVFTable, Destroy, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called when the window containing the plugin instance changes.
*
* (Corresponds to NPP_SetWindow.)
*
* @param aWindow - the plugin window structure
* @result - NS_OK if this operation was successful
*/
/* void setWindow (in nsPluginWindowPtr aWindow); */
NS_IMETHOD SetWindow(nsPluginWindow * aWindow)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIPluginInstance*)mpvVFTable, SetWindow, mpvThis, aWindow);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called to tell the plugin that the initial src/data stream is
* ready. Expects the plugin to return a nsIPluginStreamListener.
*
* (Corresponds to NPP_NewStream.)
*
* @param aListener - listener the browser will use to give the plugin the data
* @result - NS_OK if this operation was successful
*/
/* void newStream (out nsIPluginStreamListener aListener); */
NS_IMETHOD NewStream(nsIPluginStreamListener **aListener)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIPluginInstance*)mpvVFTable, NewStream, mpvThis, aListener);
rc = upCreateWrapper((void**)aListener, kPluginStreamListenerIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called to instruct the plugin instance to print itself to a printer.
*
* (Corresponds to NPP_Print.)
*
* @param aPlatformPrint - platform-specific printing information
* @result - NS_OK if this operation was successful
*/
/* void print (in nsPluginPrintPtr aPlatformPrint); */
NS_IMETHOD Print(nsPluginPrint * aPlatformPrint)
{
UP_ENTER_RC();
dprintf(("%s: aPlatformPrint=%p", pszFunction, aPlatformPrint));
if (aPlatformPrint)
{
if (aPlatformPrint->mode == nsPluginMode_Embedded)
dprintf(("%s: Embed: platformPrint=%08x windows: windows=%08x, (x,y,width,height)=(%d,%d,%d,%d) type=%d",
pszFunction,
aPlatformPrint->print.embedPrint.platformPrint,
aPlatformPrint->print.embedPrint.window.window,
aPlatformPrint->print.embedPrint.window.x,
aPlatformPrint->print.embedPrint.window.y,
aPlatformPrint->print.embedPrint.window.width,
aPlatformPrint->print.embedPrint.window.height,
aPlatformPrint->print.embedPrint.window.type));
else if (aPlatformPrint->mode == nsPluginMode_Full)
dprintf(("%s: Full: platformPrint=%08x pluginPrinted=%d printOne=%d",
pszFunction,
aPlatformPrint->print.fullPrint.platformPrint,
aPlatformPrint->print.fullPrint.pluginPrinted,
aPlatformPrint->print.fullPrint.printOne));
else
dprintf(("%s: Unknown mode!", pszFunction));
}
rc = VFTCALL1((VFTnsIPluginInstance*)mpvVFTable, Print, mpvThis, aPlatformPrint);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Returns the value of a variable associated with the plugin instance.
*
* @param aVariable - the plugin instance variable to get
* @param aValue - the address of where to store the resulting value
* @result - NS_OK if this operation was successful
*/
/* void getValue (in nsPluginInstanceVariable aVariable, in voidPtr aValue); */
NS_IMETHOD GetValue(nsPluginInstanceVariable aVariable, void * aValue)
{
UP_ENTER_RC();
dprintf(("%s: aVariable=%d, aValue=%p", pszFunction, aVariable, aValue));
rc = VFTCALL2((VFTnsIPluginInstance*)mpvVFTable, GetValue, mpvThis, aVariable, aValue);
if (VALID_PTR(aValue))
dprintf(("%s: *aValue=%p", pszFunction, *(void**)aValue));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Handles an event. An nsIEventHandler can also get registered with with
* nsIPluginManager2::RegisterWindow and will be called whenever an event
* comes in for that window.
*
* Note that for Unix and Mac the nsPluginEvent structure is different
* from the old NPEvent structure -- it's no longer the native event
* record, but is instead a struct. This was done for future extensibility,
* and so that the Mac could receive the window argument too. For Windows
* and OS2, it's always been a struct, so there's no change for them.
*
* (Corresponds to NPP_HandleEvent.)
*
* @param aEvent - the event to be handled
* @param aHandled - set to PR_TRUE if event was handled
* @result - NS_OK if this operation was successful
*/
/* void handleEvent (in nsPluginEventPtr aEvent, out boolean aHandled); */
NS_IMETHOD HandleEvent(nsPluginEvent * aEvent, PRBool *aHandled)
{
UP_ENTER_RC();
dprintf(("%s: aEvent=%p, aHandled=%p", pszFunction, aEvent, aHandled));
rc = VFTCALL2((VFTnsIPluginInstance*)mpvVFTable, HandleEvent, mpvThis, aEvent, aHandled);
if (VALID_PTR(aHandled))
dprintf(("%s: *aHandled=%d", pszFunction, *aHandled));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Constructor.
*/
UpPluginInstance(void *pvThis) :
UpSupportsBase(pvThis, (nsIPluginInstance*)this, kPluginInstanceIID)
{
}
/**
* Destructor.
*/
~UpPluginInstance()
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIPluginInstancePeer
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIPluginInstancePeer Base Wrapper
*/
class UpPluginInstancePeerBase : public UpSupportsBase
{
protected:
/**
* Returns the value of a variable associated with the plugin manager.
*
* (Corresponds to NPN_GetValue.)
*
* @param aVariable - the plugin manager variable to get
* @param aValue - the address of where to store the resulting value
* @result - NS_OK if this operation was successful
*/
/* void getValue (in nsPluginInstancePeerVariable aVariable, in voidPtr aValue); */
NS_IMETHOD hlpGetValue(nsPluginInstancePeerVariable aVariable, void * aValue)
{
UP_ENTER_RC();
dprintf(("%s: aVariable=%d, aValue=%p", pszFunction, aVariable, aValue));
rc = VFTCALL2((VFTnsIPluginInstancePeer*)mpvVFTable, GetValue, mpvThis, aVariable, aValue);
if (VALID_PTR(aValue))
dprintf(("%s: *aValue=%p", pszFunction, aValue));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Returns the MIME type of the plugin instance.
*
* (Corresponds to NPP_New's MIMEType argument.)
*
* @param aMIMEType - resulting MIME type
* @result - NS_OK if this operation was successful
*/
/* readonly attribute nsMIMEType MIMEType; */
NS_IMETHOD hlpGetMIMEType(nsMIMEType *aMIMEType)
{
UP_ENTER_RC();
dprintf(("%s: aMIMEType=%p", pszFunction, aMIMEType));
rc = VFTCALL1((VFTnsIPluginInstancePeer*)mpvVFTable, GetMIMEType, mpvThis, aMIMEType);
if (NS_SUCCEEDED(rc) && VALID_PTR(aMIMEType) && VALID_PTR(*aMIMEType))
DPRINTF_STR(*aMIMEType);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Returns the mode of the plugin instance, i.e. whether the plugin is
* embedded in the html, or full page.
*
* (Corresponds to NPP_New's mode argument.)
*
* @param result - the resulting mode
* @result - NS_OK if this operation was successful
*/
/* readonly attribute nsPluginMode mode; */
NS_IMETHOD hlpGetMode(nsPluginMode *aMode)
{
UP_ENTER_RC();
dprintf(("%s: aMode=%p", pszFunction, aMode));
rc = VFTCALL1((VFTnsIPluginInstancePeer*)mpvVFTable, GetMode, mpvThis, aMode);
if (NS_SUCCEEDED(rc) && VALID_PTR(aMode))
dprintf(("%s: *aMode=%d", pszFunction, aMode));
UP_LEAVE_INT(rc);
return rc;
}
/**
* This operation is called by the plugin instance when it wishes to send
* a stream of data to the browser. It constructs a new output stream to which
* the plugin may send the data. When complete, the Close and Release methods
* should be called on the output stream.
*
* (Corresponds to NPN_NewStream.)
*
* @param aType - MIME type of the stream to create
* @param aTarget - the target window name to receive the data
* @param aResult - the resulting output stream
* @result - NS_OK if this operation was successful
*/
/* void newStream (in nsMIMEType aType, in string aTarget, out nsIOutputStream aResult); */
NS_IMETHOD hlpNewStream(nsMIMEType aType, const char *aTarget, nsIOutputStream **aResult)
{
//@todo TEXT: aTarget? Doesn't apply to java plugin I think.
UP_ENTER_RC();
dprintf(("%s: aResult=%p", pszFunction, aResult));
DPRINTF_STR(aTarget);
DPRINTF_STR(aType);
rc = VFTCALL3((VFTnsIPluginInstancePeer*)mpvVFTable, NewStream, mpvThis, aType, aTarget, aResult);
rc = upCreateWrapper((void**)aResult, kOutputStreamIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
/**
* This operation causes status information to be displayed on the window
* associated with the plugin instance.
*
* (Corresponds to NPN_Status.)
*
* @param aMessage - the status message to display
* @result - NS_OK if this operation was successful
*/
/* void showStatus (in string aMessage); */
NS_IMETHOD hlpShowStatus(const char *aMessage)
{
//@todo TEXT: aMessage? This must be further tested!
UP_ENTER_RC();
DPRINTF_STR(aMessage);
rc = VFTCALL1((VFTnsIPluginInstancePeer*)mpvVFTable, ShowStatus, mpvThis, aMessage);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Set the desired size of the window in which the plugin instance lives.
*
* @param aWidth - new window width
* @param aHeight - new window height
* @result - NS_OK if this operation was successful
*/
/* void setWindowSize (in unsigned long aWidth, in unsigned long aHeight); */
NS_IMETHOD hlpSetWindowSize(PRUint32 aWidth, PRUint32 aHeight)
{
UP_ENTER_RC();
dprintf(("%s: aWidth=%d, aHeight=%d", pszFunction, aWidth, aHeight));
rc = VFTCALL2((VFTnsIPluginInstancePeer*)mpvVFTable, SetWindowSize, mpvThis, aWidth, aHeight);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Constructor.
*
* @param pvThis Pointer to the Win32 class.
* @param pvInterface Pointer to the interface we implement. Meaning
* what's returned on a query interface.
* @param iid The Interface ID of the wrapped interface.
*/
UpPluginInstancePeerBase(void *pvThis, void *pvInterface, REFNSIID iid) :
UpSupportsBase(pvThis, pvInterface, iid)
{
}
};
/**
* nsIPluginInstancePeer Wrapper
*/
class UpPluginInstancePeer : public nsIPluginInstancePeer, public UpPluginInstancePeerBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIPLUGININSTANCEPEER();
/**
* Constructor
*/
UpPluginInstancePeer(void *pvThis) :
UpPluginInstancePeerBase(pvThis, (nsIPluginInstancePeer*)this, kPluginInstancePeerIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIPluginInstancePeer2
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIPluginInstancePeer2 Wrapper
*/
class UpPluginInstancePeer2 : public nsIPluginInstancePeer2, public UpPluginInstancePeerBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIPLUGININSTANCEPEER();
/**
* Get the JavaScript window object corresponding to this plugin instance.
*
* @param aJSWindow - the resulting JavaScript window object
* @result - NS_OK if this operation was successful
*/
/* readonly attribute JSObjectPtr JSWindow; */
NS_IMETHOD GetJSWindow(JSObject * *aJSWindow)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIPluginInstancePeer2*)mpvVFTable, GetJSWindow, mpvThis, aJSWindow);
if (NS_SUCCEEDED(rc) && VALID_PTR(aJSWindow))
{
//@todo wrap aJSWindow? YES (*aJSWindow)->map->ops must be wrapped.
// struct JSObjectOps in jsapi.h defines that vtable.
dprintf(("%s: aJSWindow=%p - JS Wrapping !!!", pszFunction, aJSWindow));
DebugInt3();
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Get the JavaScript execution thread corresponding to this plugin instance.
*
* @param aJSThread - the resulting JavaScript thread id
* @result - NS_OK if this operation was successful
*/
/* readonly attribute unsigned long JSThread; */
NS_IMETHOD GetJSThread(PRUint32 *aJSThread)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIPluginInstancePeer2*)mpvVFTable, GetJSThread, mpvThis, aJSThread);
if (NS_SUCCEEDED(rc) && VALID_PTR(aJSThread))
dprintf(("%s: aJSThread=%u", pszFunction, aJSThread));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Get the JavaScript context to this plugin instance.
*
* @param aJSContext - the resulting JavaScript context
* @result - NS_OK if this operation was successful
*/
/* readonly attribute JSContextPtr JSContext; */
NS_IMETHOD GetJSContext(JSContext * *aJSContext)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIPluginInstancePeer2*)mpvVFTable, GetJSContext, mpvThis, aJSContext);
if (NS_SUCCEEDED(rc) && VALID_PTR(aJSContext))
{
//@todo wrap aJSContext? YES YES YES YES
// struct JSObjectOps in jsapi.h defines that vtable.
dprintf(("%s: aJSContext=%p - JS Wrapping !!!", pszFunction, aJSContext));
DebugInt3();
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Constructor
*/
UpPluginInstancePeer2(void *pvThis) :
UpPluginInstancePeerBase(pvThis, (nsIPluginInstancePeer2*)this, kPluginInstancePeer2IID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIPluginTagInfo
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
class UpPluginTagInfo : public nsIPluginTagInfo, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* QueryInterface on nsIPluginInstancePeer to get this.
*
* (Corresponds to NPP_New's argc, argn, and argv arguments.)
* Get a ptr to the paired list of attribute names and values,
* returns the length of the array.
*
* Each name or value is a null-terminated string.
*/
/* void getAttributes (in PRUint16Ref aCount, in constCharStarConstStar aNames, in constCharStarConstStar aValues); */
NS_IMETHOD GetAttributes(PRUint16 & aCount, const char* const* & aNames, const char* const* & aValues)
{
UP_ENTER_RC();
rc = VFTCALL3((VFTnsIPluginTagInfo*)mpvVFTable, GetAttributes, mpvThis, aCount, aNames, aValues);
if (NS_SUCCEEDED(rc))
{
dprintf(("%s: aCount=%d", pszFunction, aCount));
for (int i = 0; i < aCount; i++)
dprintf(("%s: aNames[%d]='%s' (%p) aValues[%d]='%s' (%p)", pszFunction,
i, aNames[i], aNames[i], i, aValues[i], aValues[i]));
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Gets the value for the named attribute.
*
* @param aName - the name of the attribute to find
* @param aResult - the resulting attribute
* @result - NS_OK if this operation was successful, NS_ERROR_FAILURE if
* this operation failed. result is set to NULL if the attribute is not found
* else to the found value.
*/
/* void getAttribute (in string aName, out constCharPtr aResult); */
NS_IMETHOD GetAttribute(const char *aName, const char * *aResult)
{
//@todo TEXT: aName? aResult? I believe that this one works as the text format is that of the document.
UP_ENTER_RC();
rc = VFTCALL2((VFTnsIPluginTagInfo*)mpvVFTable, GetAttribute, mpvThis, aName, aResult);
if (NS_SUCCEEDED(rc) && VALID_PTR(aResult) && VALID_PTR(*aResult))
DPRINTF_STR(*aResult);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Constructor.
*/
UpPluginTagInfo(void *pvThis) :
UpSupportsBase(pvThis, (nsIPluginTagInfo*)pvThis, kPluginTagInfoIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIJVMWindow
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Base class for nsIJVMWindow decendants.
*/
class UpJVMWindowBase : public UpSupportsBase
{
protected:
NS_IMETHOD hlpShow(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIJVMWindow*)mpvVFTable, Show, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD hlpHide(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIJVMWindow*)mpvVFTable, Hide, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD hlpIsVisible(PRBool *result)
{
UP_ENTER_RC();
rc = VFTCALL1((VFTnsIJVMWindow*)mpvVFTable, IsVisible, mpvThis, result);
if (NS_SUCCEEDED(rc) && VALID_PTR(result))
dprintf(("%s: *result=%d", pszFunction, *result));
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpJVMWindowBase(void *pvThis, void *pvInterface, REFNSIID aIID) :
UpSupportsBase(pvThis, pvInterface, aIID)
{
}
};
/**
* nsIJVMWindow
*/
class UpJVMWindow : public nsIJVMWindow, public UpJVMWindowBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIJVMWINDOW();
/** Constructor */
UpJVMWindow(void *pvThis) :
UpJVMWindowBase(pvThis, (nsIJVMWindow*)this, kJVMWindowIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIJVMConsole
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIJVMConsole
*/
class UpJVMConsole : public nsIJVMConsole, public UpJVMWindowBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIJVMWINDOW();
// Prints a message to the Java console. The encodingName specifies the
// encoding of the message, and if NULL, specifies the default platform
// encoding.
NS_IMETHOD Print(const char* msg, const char* encodingName = NULL)
{
UP_ENTER_RC();
DPRINTF_STR(msg);
DPRINTF_STRNULL(encodingName);
rc = VFTCALL2((VFTnsIJVMConsole*)mpvVFTable, Print, mpvThis, msg, encodingName);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpJVMConsole(void *pvThis) :
UpJVMWindowBase(pvThis, (nsIJVMWindow*)this, kJVMConsoleIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIEventHandler
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIEventHandler
*/
class UpEventHandler : public nsIEventHandler, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Handles an event. An nsIEventHandler can also get registered with with
* nsIPluginManager2::RegisterWindow and will be called whenever an event
* comes in for that window.
*
* Note that for Unix and Mac the nsPluginEvent structure is different
* from the old NPEvent structure -- it's no longer the native event
* record, but is instead a struct. This was done for future extensibility,
* and so that the Mac could receive the window argument too. For Windows
* and OS2, it's always been a struct, so there's no change for them.
*
* (Corresponds to NPP_HandleEvent.)
*
* @param aEvent - the event to be handled
* @param aHandled - set to PR_TRUE if event was handled
* @result - NS_OK if this operation was successful
*/
/* void handleEvent (in nsPluginEventPtr aEvent, out boolean aHandled); */
NS_IMETHOD HandleEvent(nsPluginEvent *aEvent, PRBool *aHandled)
{
UP_ENTER_RC();
rc = VFTCALL2((VFTnsIEventHandler*)mpvVFTable, HandleEvent, mpvThis, aEvent, aHandled);
if (NS_SUCCEEDED(rc) && VALID_PTR(aHandled))
dprintf(("%s: *aHandled=%d", pszFunction, *aHandled));
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpEventHandler(void *pvThis) :
UpSupportsBase(pvThis, (nsIEventHandler*)this, kEventHandlerIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIRunnable
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIRunnable
*/
class UpRunnable : public nsIRunnable, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Defines an entry point for a newly created thread.
*/
NS_IMETHOD Run()
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIRunnable*)mpvVFTable, Run, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpRunnable(void *pvThis) :
UpSupportsBase(pvThis, (nsIRunnable*)this, kRunnableIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: UpSecurityContext
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* UpSecurityContext
*/
class UpSecurityContext : public nsISecurityContext, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Get the security context to be used in LiveConnect.
* This is used for JavaScript <--> Java.
*
* @param target -- Possible target.
* @param action -- Possible action on the target.
* @return -- NS_OK if the target and action is permitted on the security context.
* -- NS_FALSE otherwise.
*/
NS_IMETHOD Implies(const char* target, const char* action, PRBool *bAllowedAccess)
{
UP_ENTER_RC();
dprintf(("%s: target=%p action=%p bAllowedAccess=%p", pszFunction, target, action, bAllowedAccess));
DPRINTF_STR(target);
DPRINTF_STR(action);
rc = VFTCALL3((VFTnsISecurityContext*)mpvVFTable, Implies, mpvThis, target, action, bAllowedAccess);
if (NS_SUCCEEDED(rc) && VALID_PTR(bAllowedAccess))
dprintf(("%s: *bAllowedAccess=%d", pszFunction, *bAllowedAccess));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Get the origin associated with the context.
*
* @param buf -- Result buffer (managed by the caller.)
* @param len -- Buffer length.
* @return -- NS_OK if the codebase string was obtained.
* -- NS_FALSE otherwise.
*/
NS_IMETHOD GetOrigin(char* buf, int len)
{
UP_ENTER_RC();
dprintf(("%s: buf=%p len=%d ", pszFunction, buf, len));
rc = VFTCALL2((VFTnsISecurityContext*)mpvVFTable, GetOrigin, mpvThis, buf, len);
if (NS_SUCCEEDED(rc) && VALID_PTR(buf))
DPRINTF_STR(buf);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Get the certificate associated with the context.
*
* @param buf -- Result buffer (managed by the caller.)
* @param len -- Buffer length.
* @return -- NS_OK if the codebase string was obtained.
* -- NS_FALSE otherwise.
*/
NS_IMETHOD GetCertificateID(char* buf, int len)
{
UP_ENTER_RC();
dprintf(("%s: buf=%p len=%d ", pszFunction, buf, len));
rc = VFTCALL2((VFTnsISecurityContext*)mpvVFTable, GetCertificateID, mpvThis, buf, len);
if (NS_SUCCEEDED(rc) && VALID_PTR(buf))
DPRINTF_STR(*buf);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpSecurityContext(void *pvThis) :
UpSupportsBase(pvThis, (nsISecurityContext*)this, kSecurityContextIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIRequestObserver
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Base class for nsIJVMWindow decendants.
*/
class UpRequestObserverBase : public UpSupportsBase
{
protected:
/**
* Called to signify the beginning of an asynchronous request.
*
* @param aRequest request being observed
* @param aContext user defined context
*
* An exception thrown from onStartRequest has the side-effect of
* causing the request to be canceled.
*/
/* void onStartRequest (in nsIRequest aRequest, in nsISupports aContext); */
NS_IMETHOD hlpOnStartRequest(nsIRequest *aRequest, nsISupports *aContext)
{
UP_ENTER_RC();
dprintf(("%s: aRequest=%p aContext=%p", pszFunction, aRequest, aContext));
nsIRequest *pDownRequest = aRequest;
rc = downCreateWrapper((void**)&pDownRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pDownSupports = aContext;
rc = downCreateWrapper((void**)&pDownSupports, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL2((VFTnsIRequestObserver*)mpvVFTable, OnStartRequest, mpvThis, pDownRequest, pDownSupports);
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called to signify the end of an asynchronous request. This
* call is always preceded by a call to onStartRequest.
*
* @param aRequest request being observed
* @param aContext user defined context
* @param aStatusCode reason for stopping (NS_OK if completed successfully)
*
* An exception thrown from onStopRequest is generally ignored.
*/
/* void onStopRequest (in nsIRequest aRequest, in nsISupports aContext, in nsresult aStatusCode); */
NS_IMETHOD hlpOnStopRequest(nsIRequest *aRequest, nsISupports *aContext, nsresult aStatusCode)
{
UP_ENTER_RC();
dprintf(("%s: aRequest=%p aContext=%p aStatusCode", pszFunction, aRequest, aContext, aStatusCode));
nsIRequest *pDownRequest = aRequest;
rc = downCreateWrapper((void**)&pDownRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pDownSupports = aContext;
rc = downCreateWrapper((void**)&pDownSupports, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL3((VFTnsIRequestObserver*)mpvVFTable, OnStopRequest, mpvThis, pDownRequest, pDownSupports, aStatusCode);
}
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpRequestObserverBase(void *pvThis, void *pvInterface, REFNSIID aIID) :
UpSupportsBase(pvThis, pvInterface, aIID)
{
}
};
/**
* nsRequestObserver
*/
class UpRequestObserver : public nsIRequestObserver, public UpRequestObserverBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIREQUESTOBSERVER();
/** Constructor */
UpRequestObserver(void *pvThis) :
UpRequestObserverBase(pvThis, (nsIRequestObserver*)this, kRequestObserverIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIStreamListener
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* UpSecurityContext
*/
class UpStreamListener : public nsIStreamListener, public UpRequestObserverBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIREQUESTOBSERVER();
/**
* Called when the next chunk of data (corresponding to the request) may
* be read without blocking the calling thread. The onDataAvailable impl
* must read exactly |aCount| bytes of data before returning.
*
* @param aRequest request corresponding to the source of the data
* @param aContext user defined context
* @param aInputStream input stream containing the data chunk
* @param aOffset current stream position
* @param aCount number of bytes available in the stream
*
* An exception thrown from onDataAvailable has the side-effect of
* causing the request to be canceled.
*/
/* void onDataAvailable (in nsIRequest aRequest, in nsISupports aContext, in nsIInputStream aInputStream, in unsigned long aOffset, in unsigned long aCount); */
NS_IMETHOD OnDataAvailable(nsIRequest *aRequest, nsISupports *aContext, nsIInputStream *aInputStream, PRUint32 aOffset, PRUint32 aCount)
{
UP_ENTER_RC();
dprintf(("%s: aRequest=%p aContext=%p aInputStream=%p aOffset=%d aCount=%d", pszFunction, aRequest, aContext, aInputStream, aOffset, aCount));
nsIRequest *pDownRequest = aRequest;
rc = downCreateWrapper((void**)&pDownRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pDownSupports = aContext;
rc = downCreateWrapper((void**)&pDownSupports, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsIInputStream *pDownInputStream = aInputStream;
rc = downCreateWrapper((void**)&pDownInputStream, kInputStreamIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL5((VFTnsIStreamListener*)mpvVFTable, OnDataAvailable, mpvThis,
pDownRequest, pDownSupports, pDownInputStream, aOffset, aCount);
}
}
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpStreamListener(void *pvThis) :
UpRequestObserverBase(pvThis, (nsIStreamListener*)this, kStreamListenerIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIRequest
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIRequest
*/
class UpRequestBase : public UpSupportsBase
{
protected:
/**
* The name of the request. Often this is the URI of the request.
*/
/* readonly attribute AUTF8String name; */
NS_IMETHOD hlpGetName(nsACString & aName)
{
UP_ENTER_RC();
dprintf(("%s: &aName=%p", pszFunction, &aName));
/** @todo Wrap nsACString */
dprintf(("%s: nsACString wrapping isn't supported.", pszFunction));
ReleaseInt3(0xbaddbeef, 32, 0);
rc = VFTCALL1((VFTnsIRequest*)mpvVFTable, GetName, mpvThis, aName);
UP_LEAVE_INT(rc);
return rc;
}
/**
* @return TRUE if the request has yet to reach completion.
* @return FALSE if the request has reached completion (e.g., after
* OnStopRequest has fired).
* Suspended requests are still considered pending.
*/
/* boolean isPending (); */
NS_IMETHOD hlpIsPending(PRBool *_retval)
{
UP_ENTER_RC();
dprintf(("%s: _retval=%p", pszFunction, _retval));
rc = VFTCALL1((VFTnsIRequest*)mpvVFTable, IsPending, mpvThis, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d", pszFunction, *_retval));
UP_LEAVE_INT(rc);
return rc;
}
/**
* The error status associated with the request.
*/
/* readonly attribute nsresult status; */
NS_IMETHOD hlpGetStatus(nsresult *aStatus)
{
UP_ENTER_RC();
dprintf(("%s: aStatus=%p", pszFunction, aStatus));
rc = VFTCALL1((VFTnsIRequest*)mpvVFTable, GetStatus, mpvThis, aStatus);
if (VALID_PTR(aStatus))
dprintf(("%s: *aStatus=%d", pszFunction, *aStatus));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Cancels the current request. This will close any open input or
* output streams and terminate any async requests. Users should
* normally pass NS_BINDING_ABORTED, although other errors may also
* be passed. The error passed in will become the value of the
* status attribute.
*
* @param aStatus the reason for canceling this request.
*
* NOTE: most nsIRequest implementations expect aStatus to be a
* failure code; however, some implementations may allow aStatus to
* be a success code such as NS_OK. In general, aStatus should be
* a failure code.
*/
/* void cancel (in nsresult aStatus); */
NS_IMETHOD hlpCancel(nsresult aStatus)
{
UP_ENTER_RC();
dprintf(("%s: aStatus=%p", pszFunction, aStatus));
rc = VFTCALL1((VFTnsIRequest*)mpvVFTable, Cancel, mpvThis, aStatus);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Suspends the current request. This may have the effect of closing
* any underlying transport (in order to free up resources), although
* any open streams remain logically opened and will continue delivering
* data when the transport is resumed.
*
* NOTE: some implementations are unable to immediately suspend, and
* may continue to deliver events already posted to an event queue. In
* general, callers should be capable of handling events even after
* suspending a request.
*/
/* void suspend (); */
NS_IMETHOD hlpSuspend(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIRequest*)mpvVFTable, Suspend, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Resumes the current request. This may have the effect of re-opening
* any underlying transport and will resume the delivery of data to
* any open streams.
*/
/* void resume (); */
NS_IMETHOD hlpResume(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIRequest*)mpvVFTable, Resume, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* The load group of this request. While pending, the request is a
* member of the load group. It is the responsibility of the request
* to implement this policy.
*/
/* attribute nsILoadGroup loadGroup; */
NS_IMETHOD hlpGetLoadGroup(nsILoadGroup * *aLoadGroup)
{
UP_ENTER_RC();
dprintf(("%s: aLoadGroup=%p\n", pszFunction, aLoadGroup));
rc = VFTCALL1((VFTnsIRequest*)mpvVFTable, GetLoadGroup, mpvThis, aLoadGroup);
rc = upCreateWrapper((void**)aLoadGroup, kLoadGroupIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD hlpSetLoadGroup(nsILoadGroup * aLoadGroup)
{
UP_ENTER_RC();
dprintf(("%s: aLoadGroup=%p\n", pszFunction, aLoadGroup));
nsILoadGroup *pDownLoadGroup = aLoadGroup;
rc = downCreateWrapper((void**)&pDownLoadGroup, kLoadGroupIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL1((VFTnsIRequest*)mpvVFTable, SetLoadGroup, mpvThis, pDownLoadGroup);
UP_LEAVE_INT(rc);
return rc;
}
/**
* The load flags of this request. Bits 0-15 are reserved.
*
* When added to a load group, this request's load flags are merged with
* the load flags of the load group.
*/
/* attribute nsLoadFlags loadFlags; */
NS_IMETHOD hlpGetLoadFlags(nsLoadFlags *aLoadFlags)
{
UP_ENTER_RC();
dprintf(("%s: aLoadFlags=%p\n", pszFunction, aLoadFlags));
rc = VFTCALL1((VFTnsIRequest*)mpvVFTable, GetLoadFlags, mpvThis, aLoadFlags);
if (VALID_PTR(aLoadFlags))
dprintf(("%s: *aLoadFlags=%d", pszFunction, *aLoadFlags));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD hlpSetLoadFlags(nsLoadFlags aLoadFlags)
{
UP_ENTER_RC();
dprintf(("%s: aLoadFlags=%#x\n", pszFunction, aLoadFlags));
rc = VFTCALL1((VFTnsIRequest*)mpvVFTable, SetLoadFlags, mpvThis, aLoadFlags);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpRequestBase(void *pvThis, void *pvInterface, REFNSIID aIID) :
UpSupportsBase(pvThis, pvInterface, aIID)
{
}
};
/**
* nsRequest
*/
class UpRequest : public nsIRequest, public UpRequestBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIREQUEST();
/** Constructor */
UpRequest(void *pvThis) :
UpRequestBase(pvThis, (nsIRequest*)this, kRequestIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsILoadGroup
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsILoadGroup
*/
class UpLoadGroup : public nsILoadGroup, public UpRequestBase
{
public:
UP_IMPL_NSISUPPORTS();
UP_IMPL_NSIREQUEST();
/**
* The group observer is notified when requests are added to and removed
* from this load group. The groupObserver is weak referenced.
*/
/* attribute nsIRequestObserver groupObserver; */
NS_IMETHOD GetGroupObserver(nsIRequestObserver * *aGroupObserver)
{
UP_ENTER_RC();
dprintf(("%s: aGroupObserver=%p\n", pszFunction, aGroupObserver));
rc = VFTCALL1((VFTnsILoadGroup*)mpvVFTable, GetGroupObserver, mpvThis, aGroupObserver);
rc = upCreateWrapper((void**)aGroupObserver, kRequestObserverIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetGroupObserver(nsIRequestObserver * aGroupObserver)
{
UP_ENTER_RC();
dprintf(("%s: aGroupObserver=%p\n", pszFunction, aGroupObserver));
nsIRequestObserver *pDownGroupObserver = aGroupObserver;
rc = downCreateWrapper((void**)&pDownGroupObserver, kRequestObserverIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL1((VFTnsILoadGroup*)mpvVFTable, SetGroupObserver, mpvThis, pDownGroupObserver);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Accesses the default load request for the group. Each time a number
* of requests are added to a group, the defaultLoadRequest may be set
* to indicate that all of the requests are related to a base request.
*
* The load group inherits its load flags from the default load request.
* If the default load request is NULL, then the group's load flags are
* not changed.
*/
/* attribute nsIRequest defaultLoadRequest; */
NS_IMETHOD GetDefaultLoadRequest(nsIRequest * *aDefaultLoadRequest)
{
UP_ENTER_RC();
dprintf(("%s: aDefaultLoadRequest=%p\n", pszFunction, aDefaultLoadRequest));
rc = VFTCALL1((VFTnsILoadGroup*)mpvVFTable, GetDefaultLoadRequest, mpvThis, aDefaultLoadRequest);
rc = upCreateWrapper((void**)aDefaultLoadRequest, kRequestIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetDefaultLoadRequest(nsIRequest * aDefaultLoadRequest)
{
UP_ENTER_RC();
dprintf(("%s: aDefaultLoadRequest=%p\n", pszFunction, aDefaultLoadRequest));
nsIRequest *pDownDefaultLoadRequest = aDefaultLoadRequest;
rc = downCreateWrapper((void**)&pDownDefaultLoadRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL1((VFTnsILoadGroup*)mpvVFTable, SetDefaultLoadRequest, mpvThis, pDownDefaultLoadRequest);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Adds a new request to the group. This will cause the default load
* flags to be applied to the request. If this is a foreground
* request then the groupObserver's onStartRequest will be called.
*
* If the request is the default load request or if the default load
* request is null, then the load group will inherit its load flags from
* the request.
*/
/* void addRequest (in nsIRequest aRequest, in nsISupports aContext); */
NS_IMETHOD AddRequest(nsIRequest *aRequest, nsISupports *aContext)
{
UP_ENTER_RC();
dprintf(("%s: aRequest=%p aContext=%p", pszFunction, aRequest, aContext));
nsIRequest *pDownRequest = aRequest;
rc = downCreateWrapper((void**)&pDownRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pDownSupports = aContext;
rc = downCreateWrapper((void**)&pDownSupports, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL2((VFTnsILoadGroup*)mpvVFTable, AddRequest, mpvThis, pDownRequest, pDownSupports);
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Removes a request from the group. If this is a foreground request
* then the groupObserver's onStopRequest will be called.
*/
/* void removeRequest (in nsIRequest aRequest, in nsISupports aContext, in nsresult aStatus); */
NS_IMETHOD RemoveRequest(nsIRequest *aRequest, nsISupports *aContext, nsresult aStatus)
{
UP_ENTER_RC();
dprintf(("%s: aRequest=%p aContext=%p aStatus=%d", pszFunction, aRequest, aContext, aStatus));
nsIRequest *pDownRequest = aRequest;
rc = downCreateWrapper((void**)&pDownRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pDownSupports = aContext;
rc = downCreateWrapper((void**)&pDownSupports, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL3((VFTnsILoadGroup*)mpvVFTable, RemoveRequest, mpvThis, pDownRequest, pDownSupports, aStatus);
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Returns the requests contained directly in this group.
* Enumerator element type: nsIRequest.
*/
/* readonly attribute nsISimpleEnumerator requests; */
NS_IMETHOD GetRequests(nsISimpleEnumerator * *aRequests)
{
UP_ENTER_RC();
dprintf(("%s: aRequests=%p", pszFunction, aRequests));
rc = VFTCALL1((VFTnsILoadGroup*)mpvVFTable, GetRequests, mpvThis, aRequests);
rc = upCreateWrapper((void**)aRequests, kSimpleEnumeratorIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Returns the count of "active" requests (ie. requests without the
* LOAD_BACKGROUND bit set).
*/
/* readonly attribute unsigned long activeCount; */
NS_IMETHOD GetActiveCount(PRUint32 *aActiveCount)
{
UP_ENTER_RC();
dprintf(("%s: aActiveCount=%p", pszFunction, aActiveCount));
rc = VFTCALL1((VFTnsILoadGroup*)mpvVFTable, GetActiveCount, mpvThis, aActiveCount);
if (VALID_PTR(aActiveCount))
dprintf(("%s: *aActiveCount=%d", pszFunction, *aActiveCount));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Notification callbacks for the load group.
*/
/* attribute nsIInterfaceRequestor notificationCallbacks; */
NS_IMETHOD GetNotificationCallbacks(nsIInterfaceRequestor * *aNotificationCallbacks)
{
UP_ENTER_RC();
dprintf(("%s: aNotificationCallbacks=%p", pszFunction, aNotificationCallbacks));
rc = VFTCALL1((VFTnsILoadGroup*)mpvVFTable, GetNotificationCallbacks, mpvThis, aNotificationCallbacks);
rc = upCreateWrapper((void**)aNotificationCallbacks, kInterfaceRequestorIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetNotificationCallbacks(nsIInterfaceRequestor * aNotificationCallbacks)
{
UP_ENTER_RC();
dprintf(("%s: aNotificationCallbacks=%p", pszFunction, aNotificationCallbacks));
nsIInterfaceRequestor *pDownNotificationCallbacks = aNotificationCallbacks;
rc = downCreateWrapper((void**)&pDownNotificationCallbacks, kInterfaceRequestorIID, rc);
if (NS_SUCCEEDED(rc))
rc = VFTCALL1((VFTnsILoadGroup*)mpvVFTable, SetNotificationCallbacks, mpvThis, pDownNotificationCallbacks);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpLoadGroup(void *pvThis) :
UpRequestBase(pvThis, (nsILoadGroup*)this, kLoadGroupIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsISimpleEnumerator
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsISimpleEnumerator
*/
class UpSimpleEnumerator : public nsISimpleEnumerator, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Called to determine whether or not the enumerator has
* any elements that can be returned via getNext(). This method
* is generally used to determine whether or not to initiate or
* continue iteration over the enumerator, though it can be
* called without subsequent getNext() calls. Does not affect
* internal state of enumerator.
*
* @see getNext()
* @return PR_TRUE if there are remaining elements in the enumerator.
* PR_FALSE if there are no more elements in the enumerator.
*/
/* boolean hasMoreElements (); */
NS_IMETHOD HasMoreElements(PRBool *_retval)
{
UP_ENTER_RC();
dprintf(("%s: _retval=%p\n", pszFunction, _retval));
rc = VFTCALL1((VFTnsISimpleEnumerator*)mpvVFTable, HasMoreElements, mpvThis, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d", pszFunction, *_retval));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Called to retrieve the next element in the enumerator. The "next"
* element is the first element upon the first call. Must be
* pre-ceeded by a call to hasMoreElements() which returns PR_TRUE.
* This method is generally called within a loop to iterate over
* the elements in the enumerator.
*
* @see hasMoreElements()
* @return NS_OK if the call succeeded in returning a non-null
* value through the out parameter.
* NS_ERROR_FAILURE if there are no more elements
* to enumerate.
* @return the next element in the enumeration.
*/
/* nsISupports getNext (); */
NS_IMETHOD GetNext(nsISupports **_retval)
{
UP_ENTER_RC();
dprintf(("%s: _retval=%p", pszFunction, _retval));
rc = VFTCALL1((VFTnsISimpleEnumerator*)mpvVFTable, GetNext, mpvThis, _retval);
rc = upCreateWrapper((void**)_retval, kSupportsIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpSimpleEnumerator(void *pvThis) :
UpSupportsBase(pvThis, (nsISimpleEnumerator*)this, kSimpleEnumeratorIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIInterfaceRequestor
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIInterfaceRequstor
*/
class UpInterfaceRequestor : public nsIInterfaceRequestor, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Retrieves the specified interface pointer.
*
* @param uuid The IID of the interface being requested.
* @param result [out] The interface pointer to be filled in if
* the interface is accessible.
* @return NS_OK - interface was successfully returned.
* NS_NOINTERFACE - interface not accessible.
* NS_ERROR* - method failure.
*/
/* void getInterface (in nsIIDRef uuid, [iid_is (uuid), retval] out nsQIResult result); */
NS_IMETHOD GetInterface(const nsIID & uuid, void * *result)
{
UP_ENTER_RC();
DPRINTF_NSID(uuid);
rc = VFTCALL2((VFTnsIInterfaceRequestor*)mpvVFTable, GetInterface, mpvThis, uuid, result);
rc = upCreateWrapper(result, uuid, rc);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpInterfaceRequestor(void *pvThis) :
UpSupportsBase(pvThis, (nsIInterfaceRequestor*)this, kInterfaceRequestorIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIOutputStream
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Special wrapper function which get called from a little stub we create
* in UpOutputStream::WriteSegments. The stub pushed the entry point of
* the original function before calling us.
*/
nsresult __cdecl UpOutputStream_nsReadSegmentWrapper(nsReadSegmentFun pfnOrg, void *pvRet,
nsIOutputStream *aOutStream, void *aClosure, char *aToSegment,
PRUint32 aFromOffset, PRUint32 aCount, PRUint32 *aReadCount)
{
DEBUG_FUNCTIONNAME();
nsresult rc;
dprintf(("%s: pfnOrg=%p pvRet=%p aOutStream=%p aClosure=%p aToSegment=%p aFromOffset=%d aCount=%d aReadCount=%p\n",
pszFunction, pfnOrg, pvRet, aOutStream, aClosure, aToSegment, aFromOffset, aCount, aReadCount));
nsIOutputStream * pupOutStream = aOutStream;
rc = upCreateWrapper((void**)&pupOutStream, kOutputStreamIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pfnOrg(pupOutStream, aClosure, aToSegment, aFromOffset, aCount, aReadCount);
if (VALID_PTR(aReadCount))
dprintf(("%s: *aReadCount=%d\n", pszFunction, *aReadCount));
}
dprintf(("%s: rc=%d\n", pszFunction, rc));
return rc;
}
/**
* nsIOutputStream
*/
class UpOutputStream : public nsIOutputStream, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Close the stream. Forces the output stream to flush any buffered data.
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if unable to flush without blocking
* the calling thread (non-blocking mode only)
*/
/* void close (); */
NS_IMETHOD Close(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIOutputStream*)mpvVFTable, Close, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Flush the stream.
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if unable to flush without blocking
* the calling thread (non-blocking mode only)
*/
/* void flush (); */
NS_IMETHOD Flush(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIOutputStream*)mpvVFTable, Flush, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Write data into the stream.
*
* @param aBuf the buffer containing the data to be written
* @param aCount the maximum number of bytes to be written
*
* @return number of bytes written (may be less than aCount)
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if writing to the output stream would
* block the calling thread (non-blocking mode only)
* @throws <other-error> on failure
*/
/* unsigned long write (in string aBuf, in unsigned long aCount); */
NS_IMETHOD Write(const char *aBuf, PRUint32 aCount, PRUint32 *_retval)
{
UP_ENTER_RC();
dprintf(("%s: aBuf=%p aCount=%d _retval=%p", pszFunction, aBuf, aCount, _retval));
rc = VFTCALL3((VFTnsIOutputStream*)mpvVFTable, Write, mpvThis, aBuf, aCount, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Writes data into the stream from an input stream.
*
* @param aFromStream the stream containing the data to be written
* @param aCount the maximum number of bytes to be written
*
* @return number of bytes written (may be less than aCount)
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if writing to the output stream would
* block the calling thread (non-blocking mode only)
* @throws <other-error> on failure
*
* NOTE: This method is defined by this interface in order to allow the
* output stream to efficiently copy the data from the input stream into
* its internal buffer (if any). If this method was provided as an external
* facility, a separate char* buffer would need to be used in order to call
* the output stream's other Write method.
*/
/* unsigned long writeFrom (in nsIInputStream aFromStream, in unsigned long aCount); */
NS_IMETHOD WriteFrom(nsIInputStream *aFromStream, PRUint32 aCount, PRUint32 *_retval)
{
UP_ENTER_RC();
dprintf(("%s: aFromStream=%p aCount=%d _retval=%p", pszFunction, aFromStream, aCount, _retval));
nsIInputStream *pDownFromStream = aFromStream;
rc = downCreateWrapper((void**)&pDownFromStream, kInputStreamIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = VFTCALL3((VFTnsIOutputStream*)mpvVFTable, WriteFrom, mpvThis, pDownFromStream, aCount, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Low-level write method that has access to the stream's underlying buffer.
* The reader function may be called multiple times for segmented buffers.
* WriteSegments is expected to keep calling the reader until either there
* is nothing left to write or the reader returns an error. WriteSegments
* should not call the reader with zero bytes to provide.
*
* @param aReader the "provider" of the data to be written
* @param aClosure opaque parameter passed to reader
* @param aCount the maximum number of bytes to be written
*
* @return number of bytes written (may be less than aCount)
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if writing to the output stream would
* block the calling thread (non-blocking mode only)
* @throws <other-error> on failure
*
* NOTE: this function may be unimplemented if a stream has no underlying
* buffer (e.g., socket output stream).
*/
/* [noscript] unsigned long writeSegments (in nsReadSegmentFun aReader, in voidPtr aClosure, in unsigned long aCount); */
NS_IMETHOD WriteSegments(nsReadSegmentFun aReader, void * aClosure, PRUint32 aCount, PRUint32 *_retval)
{
UP_ENTER_RC();
dprintf(("%s: aReader=%p aClosure=%p aCount=%d _retval=%p", pszFunction, aReader, aClosure, aCount, _retval));
int i;
char achWrapper[32];
/* push aReader */
achWrapper[0] = 0x68;
*((unsigned*)&achWrapper[1]) = (unsigned)aReader;
i = 5;
#if VFT_VAC365
/* optlink - mov [ebp + 08h], eax */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x45;
achWrapper[i++] = 0x08;
/* optlink - mov [ebp + 0ch], edx */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x55;
achWrapper[i++] = 0x0c;
/* optlink - mov [ebp + 10h], ecx */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x4d;
achWrapper[i++] = 0x10;
#endif
/* call UpOutputStream_nsReadSegmentWrapper */
achWrapper[i] = 0xe8;
*((unsigned*)&achWrapper[i+1]) = (unsigned)UpOutputStream_nsReadSegmentWrapper - (unsigned)&achWrapper[i+5];
i += 5;
/* add esp, 4 */
achWrapper[i++] = 0x83;
achWrapper[i++] = 0xc4;
achWrapper[i++] = 0x04;
#if VFT_VAC365
/* _Optlink - ret */
achWrapper[i++] = 0xc3;
#elif VFT_VC60
/* __stdcall - ret (6*4) */
achWrapper[i++] = 0xc2;
achWrapper[i++] = 6*4;
achWrapper[i++] = 0;
#else
#error fixme! neither VFT_VC60 nor VFT_VAC365 was set.
#endif
achWrapper[i++] = 0xcc;
achWrapper[i] = 0xcc;
/* do call - this better not be asynchronous stuff. */
rc = VFTCALL4((VFTnsIOutputStream*)mpvVFTable, WriteSegments, mpvThis,
(nsReadSegmentFun)((void*)&achWrapper[0]), aClosure, aCount, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
UP_LEAVE_INT(rc);
return rc;
}
/**
* @return true if stream is non-blocking
*
* NOTE: writing to a blocking output stream will block the calling thread
* until all given data can be consumed by the stream.
*/
/* boolean isNonBlocking (); */
NS_IMETHOD IsNonBlocking(PRBool *_retval)
{
UP_ENTER_RC();
dprintf(("%s: _retval=%p", pszFunction, _retval));
rc = VFTCALL1((VFTnsIOutputStream*)mpvVFTable, IsNonBlocking, mpvThis, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpOutputStream(void *pvThis) :
UpSupportsBase(pvThis, (nsIOutputStream*)this, kOutputStreamIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIPluginStreamListener
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIPluginStreamListener
*/
class UpPluginStreamListener : public nsIPluginStreamListener, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Notify the observer that the URL has started to load. This method is
* called only once, at the beginning of a URL load.<BR><BR>
*
* @param aPluginInfo - plugin stream info
* @return - the return value is currently ignored, in the future
* it may be used to cancel the URL load..
*/
/* void onStartBinding (in nsIPluginStreamInfo aPluginInfo); */
NS_IMETHOD OnStartBinding(nsIPluginStreamInfo *aPluginInfo)
{
UP_ENTER_RC();
dprintf(("%s: sPluginInfo=%p", pszFunction, aPluginInfo));
nsIPluginStreamInfo *pDownPluginInfo = aPluginInfo;
rc = downCreateWrapper((void**)&pDownPluginInfo, kPluginStreamInfoIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL1((VFTnsIPluginStreamListener*)mpvVFTable, OnStartBinding, mpvThis, pDownPluginInfo);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Notify the client that data is available in the input stream. This
* method is called whenver data is written into the input stream by the
* networking library...<BR><BR>
*
* @param aPluginInfo - plugin stream info
* @param aInputStream - the input stream containing the data. This stream can
* be either a blocking or non-blocking stream.
* @param aLength - the amount of data that was just pushed into the stream.
* @return - the return value is currently ignored.
*/
/* void onDataAvailable (in nsIPluginStreamInfo aPluginInfo, in nsIInputStream aInputStream, in unsigned long aLength); */
NS_IMETHOD OnDataAvailable(nsIPluginStreamInfo *aPluginInfo, nsIInputStream *aInputStream, PRUint32 aLength)
{
UP_ENTER_RC();
dprintf(("%s: sPluginInfo=%p aInputStream=%p aLength=%d", pszFunction, aPluginInfo, aInputStream, aLength));
nsIPluginStreamInfo *pDownPluginInfo = aPluginInfo;
rc = downCreateWrapper((void**)&pDownPluginInfo, kPluginStreamInfoIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsIInputStream *pDownInputStream = aInputStream;
rc = downCreateWrapper((void**)&pDownInputStream, kInputStreamIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL3((VFTnsIPluginStreamListener*)mpvVFTable, OnDataAvailable, mpvThis, pDownPluginInfo, pDownInputStream, aLength);
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Notify the client that data is available in the file.
*
* @param aPluginInfo - plugin stream info
* @param aFileName - the name of the file containing the data
* @return - the return value is currently ignored.
*/
/* void onFileAvailable (in nsIPluginStreamInfo aPluginInfo, in string aFileName); */
NS_IMETHOD OnFileAvailable(nsIPluginStreamInfo *aPluginInfo, const char *aFileName)
{
UP_ENTER_RC();
/** @todo NLS/Codepage Text for aFileName. */
dprintf(("%s: sPluginInfo=%p aFileName=%p", pszFunction, aPluginInfo, aFileName));
DPRINTF_STR(aFileName);
nsIPluginStreamInfo *pDownPluginInfo = aPluginInfo;
rc = downCreateWrapper((void**)&pDownPluginInfo, kPluginStreamInfoIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL2((VFTnsIPluginStreamListener*)mpvVFTable, OnFileAvailable, mpvThis, pDownPluginInfo, aFileName);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Notify the observer that the URL has finished loading. This method is
* called once when the networking library has finished processing the
* URL transaction initiatied via the nsINetService::Open(...) call.<BR><BR>
*
* This method is called regardless of whether the URL loaded successfully.<BR><BR>
*
* @param aPluginInfo - plugin stream info
* @param aStatus - reason why the stream has been terminated
* @return - the return value is currently ignored.
*/
/* void onStopBinding (in nsIPluginStreamInfo aPluginInfo, in nsresult aStatus); */
NS_IMETHOD OnStopBinding(nsIPluginStreamInfo *aPluginInfo, nsresult aStatus)
{
UP_ENTER_RC();
dprintf(("%s: sPluginInfo=%p aStatus=%d", pszFunction, aPluginInfo, aStatus));
nsIPluginStreamInfo *pDownPluginInfo = aPluginInfo;
rc = downCreateWrapper((void**)&pDownPluginInfo, kPluginStreamInfoIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL2((VFTnsIPluginStreamListener*)mpvVFTable, OnStopBinding, mpvThis, pDownPluginInfo, aStatus);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Gets the type of the stream
*
* @param aStreamType - the type of the stream
*/
/* readonly attribute nsPluginStreamType streamType; */
NS_IMETHOD GetStreamType(nsPluginStreamType *aStreamType)
{
UP_ENTER_RC();
dprintf(("%s: aStreamType=%p", pszFunction, aStreamType));
rc = VFTCALL1((VFTnsIPluginStreamListener*)mpvVFTable, GetStreamType, mpvThis, aStreamType);
if (VALID_PTR(aStreamType))
dprintf(("%s: *aStreamType=%d\n", pszFunction, aStreamType));
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpPluginStreamListener(void *pvThis) :
UpSupportsBase(pvThis, (nsIPluginStreamListener*)this, kPluginStreamListenerIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: FlashIObject7
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* FlashIObject7
*/
class UpFlashIObject7 : public FlashIObject7, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Notify the observer that the URL has started to load. This method is
* called only once, at the beginning of a URL load.<BR><BR>
*
* @param aPluginInfo - plugin stream info
* @return - the return value is currently ignored, in the future
* it may be used to cancel the URL load..
*/
/* void onStartBinding (in nsIPluginStreamInfo aPluginInfo); */
NS_IMETHOD Evaluate(const char *aString, FlashIObject7 **aFlashObject)
{
UP_ENTER_RC();
dprintf(("%s: aString=%p aFlashObject=%p", pszFunction, aString, aFlashObject));
DPRINTF_STR(aString);
rc = VFTCALL2((VFTFlashIObject7*)mpvVFTable, Evaluate, mpvThis, aString, aFlashObject);
rc = upCreateWrapper((void**)aFlashObject, kFlashIObject7IID, NS_OK);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpFlashIObject7(void *pvThis) :
UpSupportsBase(pvThis, (FlashIObject7*)this, kFlashIObject7IID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: FlashIScriptablePlugin7
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* FlashIScriptablePlugin (d458fe9c-518c-11d6-84cb-0005029bc257)
* Flash version 7r14
*/
class UpFlashIScriptablePlugin7 : public FlashIScriptablePlugin7, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
NS_IMETHOD IsPlaying(PRBool *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, IsPlaying, mpvThis, aretval);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Play(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTFlashIScriptablePlugin7*)mpvVFTable, Play, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD StopPlay(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTFlashIScriptablePlugin7*)mpvVFTable, StopPlay, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TotalFrames(PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, TotalFrames, mpvThis, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD CurrentFrame(PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, CurrentFrame, mpvThis, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GotoFrame(PRInt32 aFrame)
{
UP_ENTER_RC();
dprintf(("%s: aFrame=%d", pszFunction, aFrame));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, GotoFrame, mpvThis, aFrame);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Rewind(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTFlashIScriptablePlugin7*)mpvVFTable, Rewind, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Back(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTFlashIScriptablePlugin7*)mpvVFTable, Back, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Forward(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTFlashIScriptablePlugin7*)mpvVFTable, Forward, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Pan(PRInt32 aX, PRInt32 aY, PRInt32 aMode)
{
UP_ENTER_RC();
dprintf(("%s: aX=%d aY=%d aMode=%d", pszFunction, aX, aY, aMode));
rc = VFTCALL3((VFTFlashIScriptablePlugin7*)mpvVFTable, Pan, mpvThis, aX, aY, aMode);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD PercentLoaded(PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, PercentLoaded, mpvThis, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD FrameLoaded(PRInt32 aFrame, PRBool *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aFrame=%d aretval=%p", pszFunction, aFrame, aretval));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, FrameLoaded, mpvThis, aFrame, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD FlashVersion(PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, FlashVersion, mpvThis, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Zoom(PRInt32 aZoom)
{
UP_ENTER_RC();
dprintf(("%s: aZoom=%p", pszFunction, aZoom));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, Zoom, mpvThis, aZoom);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetZoomRect(PRInt32 aLeft, PRInt32 aTop, PRInt32 aRight, PRInt32 aBottom)
{
UP_ENTER_RC();
dprintf(("%s: aLeft=%d aTop=%d aRight=%d aBottom=%d", pszFunction, aLeft, aTop, aRight, aBottom));
rc = VFTCALL4((VFTFlashIScriptablePlugin7*)mpvVFTable, SetZoomRect, mpvThis, aLeft, aTop, aRight, aBottom);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD LoadMovie(PRInt32 aLayer, PRUnichar *aURL)
{
UP_ENTER_RC();
dprintf(("%s: aLayer=%d aURL=%ls", pszFunction, aLayer, aURL));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, LoadMovie, mpvThis, aLayer, aURL);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TGotoFrame(PRUnichar *aTarget, PRInt32 aFrameNumber)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aFrameNumber=%d", pszFunction, aTarget, aFrameNumber));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, TGotoFrame, mpvThis, aTarget, aFrameNumber);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TGotoLabel(PRUnichar *aTarget, PRUnichar *aLabel)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aLabel=%ls", pszFunction, aTarget, aLabel));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, TGotoLabel, mpvThis, aTarget, aLabel);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TCurrentFrame(PRUnichar *aTarget, PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aretval=%p", pszFunction, aTarget, aretval));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, TCurrentFrame, mpvThis, aTarget, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TCurrentLabel(PRUnichar *aTarget, PRUnichar **aretval)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aretval=%p", pszFunction, aTarget, aretval));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, TCurrentLabel, mpvThis, aTarget, aretval);
if (VALID_PTR(aretval) && VALID_PTR(*aretval))
dprintf(("%s: *aretval=%ls", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TPlay(PRUnichar *aTarget)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls", pszFunction, aTarget));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, TPlay, mpvThis, aTarget);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TStopPlay(PRUnichar *aTarget)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls", pszFunction, aTarget));
rc = VFTCALL1((VFTFlashIScriptablePlugin7*)mpvVFTable, TStopPlay, mpvThis, aTarget);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetVariable(PRUnichar *aVariable, PRUnichar *aValue)
{
UP_ENTER_RC();
dprintf(("%s: aVariable=%ls aValue=%ls", pszFunction, aVariable, aValue));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, SetVariable, mpvThis, aVariable, aValue);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetVariable(PRUnichar *aVariable, PRUnichar **aretval)
{
UP_ENTER_RC();
dprintf(("%s: aVariable=%ls aretval=%p", pszFunction, aVariable, aretval));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, GetVariable, mpvThis, aVariable, aretval);
if (VALID_PTR(aretval) && VALID_PTR(*aretval))
dprintf(("%s: *aretval=%ls", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TSetProperty(PRUnichar *aTarget, PRInt32 aProperty, PRUnichar *aValue)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aProperty=%d aValue=%ls", pszFunction, aTarget, aProperty, aValue));
rc = VFTCALL3((VFTFlashIScriptablePlugin7*)mpvVFTable, TSetProperty, mpvThis, aTarget, aProperty, aValue);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TGetProperty(PRUnichar *aTarget, PRInt32 aProperty, PRUnichar **aretval)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aProperty=%d aretval=%p", pszFunction, aTarget, aProperty, aretval));
rc = VFTCALL3((VFTFlashIScriptablePlugin7*)mpvVFTable, TGetProperty, mpvThis, aTarget, aProperty, aretval);
if (VALID_PTR(aretval) && VALID_PTR(*aretval))
dprintf(("%s: *aretval=%ls", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TGetPropertyAsNumber(PRUnichar *aTarget, PRInt32 aProperty, double **aretval)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aProperty=%d aretval=%p", pszFunction, aTarget, aProperty, aretval));
rc = VFTCALL3((VFTFlashIScriptablePlugin7*)mpvVFTable, TGetPropertyAsNumber, mpvThis, aTarget, aProperty, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%f", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TCallLabel(PRUnichar *aTarget, PRUnichar *aLabel)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aLabel=%ls", pszFunction, aTarget, aLabel));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, TCallLabel, mpvThis, aTarget, aLabel);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TCallFrame(PRUnichar *aTarget, PRInt32 aFrameNumber)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%ls aFrameNumber=%d", pszFunction, aTarget, aFrameNumber));
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, TCallFrame, mpvThis, aTarget, aFrameNumber);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetWindow(FlashIObject7 *aFlashObject, PRInt32 a1)
{
UP_ENTER_RC();
dprintf(("%s: aFlashObject=%p a1=%d", pszFunction, aFlashObject, a1));
FlashIObject7 *pDownFlashObject = aFlashObject;
rc = downCreateWrapper((void**)&pDownFlashObject, kFlashIObject7IID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = VFTCALL2((VFTFlashIScriptablePlugin7*)mpvVFTable, SetWindow, mpvThis, pDownFlashObject, a1);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpFlashIScriptablePlugin7(void *pvThis) :
UpSupportsBase(pvThis, (FlashIScriptablePlugin7*)this, kFlashIScriptablePlugin7IID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIFlash5
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIPlugin5 (d27cdb6e-ae6d-11cf-96b8-444553540000)
* Flash 5 rXY for OS/2
*/
class UpFlash5 : public nsIFlash5, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
NS_IMETHOD IsPlaying(PRBool *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, IsPlaying, mpvThis, aretval);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Play(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIFlash5*)mpvVFTable, Play, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD StopPlay(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIFlash5*)mpvVFTable, StopPlay, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TotalFrames(PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, TotalFrames, mpvThis, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD CurrentFrame(PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, CurrentFrame, mpvThis, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GotoFrame(PRInt32 aFrame)
{
UP_ENTER_RC();
dprintf(("%s: aFrame=%d", pszFunction, aFrame));
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, GotoFrame, mpvThis, aFrame);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Rewind(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIFlash5*)mpvVFTable, Rewind, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Back(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIFlash5*)mpvVFTable, Back, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Forward(void)
{
UP_ENTER_RC();
rc = VFTCALL0((VFTnsIFlash5*)mpvVFTable, Forward, mpvThis);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD PercentLoaded(PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, PercentLoaded, mpvThis, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD FrameLoaded(PRInt32 aFrame, PRBool *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aFrame=%d aretval=%p", pszFunction, aFrame, aretval));
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, FrameLoaded, mpvThis, aFrame, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD FlashVersion(PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aretval=%p", pszFunction, aretval));
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, FlashVersion, mpvThis, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Pan(PRInt32 aX, PRInt32 aY, PRInt32 aMode)
{
UP_ENTER_RC();
dprintf(("%s: aX=%d aY=%d aMode=%d", pszFunction, aX, aY, aMode));
rc = VFTCALL3((VFTnsIFlash5*)mpvVFTable, Pan, mpvThis, aX, aY, aMode);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD Zoom(PRInt32 aZoom)
{
UP_ENTER_RC();
dprintf(("%s: aZoom=%p", pszFunction, aZoom));
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, Zoom, mpvThis, aZoom);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetZoomRect(PRInt32 aLeft, PRInt32 aTop, PRInt32 aRight, PRInt32 aBottom)
{
UP_ENTER_RC();
dprintf(("%s: aLeft=%d aTop=%d aRight=%d aBottom=%d", pszFunction, aLeft, aTop, aRight, aBottom));
rc = VFTCALL4((VFTnsIFlash5*)mpvVFTable, SetZoomRect, mpvThis, aLeft, aTop, aRight, aBottom);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD LoadMovie(PRInt32 aLayer, const char *aURL)
{
UP_ENTER_RC();
dprintf(("%s: aLayer=%d aURL=%p", pszFunction, aLayer, aURL));
DPRINTF_STR(aURL);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, LoadMovie, mpvThis, aLayer, aURL);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TGotoFrame(const char *aTarget, PRInt32 aFrameNumber)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aFrameNumber=%d", pszFunction, aTarget, aFrameNumber));
DPRINTF_STR(aTarget);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, TGotoFrame, mpvThis, aTarget, aFrameNumber);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TGotoLabel(const char *aTarget, const char *aLabel)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aLabel=%p", pszFunction, aTarget, aLabel));
DPRINTF_STR(aTarget);
DPRINTF_STR(aLabel);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, TGotoLabel, mpvThis, aTarget, aLabel);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TCurrentFrame(const char *aTarget, PRInt32 *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aretval=%p", pszFunction, aTarget, aretval));
DPRINTF_STR(aTarget);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, TCurrentFrame, mpvThis, aTarget, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%d", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TCurrentLabel(const char *aTarget, char **aretval)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aretval=%p", pszFunction, aTarget, aretval));
DPRINTF_STR(aTarget);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, TCurrentLabel, mpvThis, aTarget, aretval);
if (VALID_PTR(aretval))
DPRINTF_STR(*aretval);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TPlay(const char *aTarget)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p", pszFunction, aTarget));
DPRINTF_STR(aTarget);
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, TPlay, mpvThis, aTarget);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TStopPlay(const char *aTarget)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p", pszFunction, aTarget));
DPRINTF_STR(aTarget);
rc = VFTCALL1((VFTnsIFlash5*)mpvVFTable, TStopPlay, mpvThis, aTarget);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD SetVariable(const char *aVariable, const char *aValue)
{
UP_ENTER_RC();
dprintf(("%s: aVariable=%p aValue=%p", pszFunction, aVariable, aValue));
DPRINTF_STR(aVariable);
DPRINTF_STR(aValue);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, SetVariable, mpvThis, aVariable, aValue);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD GetVariable(const char *aVariable, char **aretval)
{
UP_ENTER_RC();
dprintf(("%s: aVariable=%p aretval=%p", pszFunction, aVariable, aretval));
DPRINTF_STR(aVariable);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, GetVariable, mpvThis, aVariable, aretval);
if (VALID_PTR(aretval) && VALID_PTR(*aretval))
DPRINTF_STR(aretval);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TSetProperty(const char *aTarget, PRInt32 aProperty, const char *aValue)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aProperty=%d aValue=%p", pszFunction, aTarget, aProperty, aValue));
DPRINTF_STR(aTarget);
DPRINTF_STR(aValue);
rc = VFTCALL3((VFTnsIFlash5*)mpvVFTable, TSetProperty, mpvThis, aTarget, aProperty, aValue);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TGetProperty(const char *aTarget, PRInt32 aProperty, char **aretval)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aProperty=%d aretval=%p", pszFunction, aTarget, aProperty, aretval));
DPRINTF_STR(aTarget);
rc = VFTCALL3((VFTnsIFlash5*)mpvVFTable, TGetProperty, mpvThis, aTarget, aProperty, aretval);
if (VALID_PTR(aretval))
DPRINTF_STR(*aretval);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TCallFrame(const char *aTarget, PRInt32 aFrame)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aFrameNumber=%d", pszFunction, aTarget, aFrame));
DPRINTF_STR(aTarget);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, TCallFrame, mpvThis, aTarget, aFrame);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TCallLabel(const char *aTarget, const char *aLabel)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aLabel=%p", pszFunction, aTarget, aLabel));
DPRINTF_STR(aTarget);
DPRINTF_STR(aLabel);
rc = VFTCALL2((VFTnsIFlash5*)mpvVFTable, TCallLabel, mpvThis, aTarget, aLabel);
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TGetPropertyAsNumber(const char *aTarget, PRInt32 aProperty, double *aretval)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aProperty=%d aretval=%p", pszFunction, aTarget, aProperty, aretval));
DPRINTF_STR(aTarget);
rc = VFTCALL3((VFTnsIFlash5*)mpvVFTable, TGetPropertyAsNumber, mpvThis, aTarget, aProperty, aretval);
if (VALID_PTR(aretval))
dprintf(("%s: *aretval=%f", pszFunction, *aretval));
UP_LEAVE_INT(rc);
return rc;
}
NS_IMETHOD TSetPropertyAsNumber(const char *aTarget, PRInt32 aProperty, double aValue)
{
UP_ENTER_RC();
dprintf(("%s: aTarget=%p aProperty=%d aValue=%f", pszFunction, aTarget, aProperty, aValue));
DPRINTF_STR(aTarget);
rc = VFTCALL3((VFTnsIFlash5*)mpvVFTable, TSetPropertyAsNumber, mpvThis, aTarget, aProperty, aValue);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpFlash5(void *pvThis) :
UpSupportsBase(pvThis, (nsIFlash5*)this, kFlash5IID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIClassInfo
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* nsIClassInfo
*/
class UpClassInfo : public nsIClassInfo, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Get an ordered list of the interface ids that instances of the class
* promise to implement. Note that nsISupports is an implicit member
* of any such list and need not be included.
*
* Should set *count = 0 and *array = null and return NS_OK if getting the
* list is not supported.
*/
/* void getInterfaces (out PRUint32 count, [array, size_is (count), retval] out nsIIDPtr array); */
NS_IMETHOD GetInterfaces(PRUint32 *count, nsIID * **array)
{
UP_ENTER_RC();
dprintf(("%s: count=%p array=%p", pszFunction, count, array));
rc = VFTCALL2((VFTnsIClassInfo*)mpvVFTable, GetInterfaces, mpvThis, count, array);
if (NS_SUCCEEDED(rc) && VALID_PTR(count) && VALID_PTR(array) && VALID_PTR(*array))
{
dprintf(("%s: *count=%d\n", *count));
for (unsigned i = 0; i < *count; i++)
DPRINTF_NSID(*((*array)[i]));
}
UP_LEAVE_INT(rc);
return rc;
}
/**
* Get a language mapping specific helper object that may assist in using
* objects of this class in a specific lanaguage. For instance, if asked
* for the helper for nsIProgrammingLanguage::JAVASCRIPT this might return
* an object that can be QI'd into the nsIXPCScriptable interface to assist
* XPConnect in supplying JavaScript specific behavior to callers of the
* instance object.
*
* see: nsIProgrammingLanguage.idl
*
* Should return null if no helper available for given language.
*/
/* nsISupports getHelperForLanguage (in PRUint32 language); */
NS_IMETHOD GetHelperForLanguage(PRUint32 language, nsISupports **_retval)
{
UP_ENTER_RC();
dprintf(("%s: language=%d _retval=%p", pszFunction, language, _retval));
rc = VFTCALL2((VFTnsIClassInfo*)mpvVFTable, GetHelperForLanguage, mpvThis, language, _retval);
rc = upCreateWrapper((void**)_retval, kSupportsIID, rc);
UP_LEAVE_INT(rc);
return rc;
}
/**
* A contract ID through which an instance of this class can be created
* (or accessed as a service, if |flags & SINGLETON|), or null.
*/
/* readonly attribute string contractID; */
NS_IMETHOD GetContractID(char * *aContractID)
{
UP_ENTER_RC();
dprintf(("%s: aContractID=%p", pszFunction, aContractID));
rc = VFTCALL1((VFTnsIClassInfo*)mpvVFTable, GetContractID, mpvThis, aContractID);
DPRINTF_STRNULL(aContractID);
UP_LEAVE_INT(rc);
return rc;
}
/**
* A human readable string naming the class, or null.
*/
/* readonly attribute string classDescription; */
NS_IMETHOD GetClassDescription(char * *aClassDescription)
{
UP_ENTER_RC();
dprintf(("%s: aClassDescription=%p", pszFunction, aClassDescription));
rc = VFTCALL1((VFTnsIClassInfo*)mpvVFTable, GetClassDescription, mpvThis, aClassDescription);
DPRINTF_STRNULL(aClassDescription);
UP_LEAVE_INT(rc);
return rc;
}
/**
* A class ID through which an instance of this class can be created
* (or accessed as a service, if |flags & SINGLETON|), or null.
*/
/* readonly attribute nsCIDPtr classID; */
NS_IMETHOD GetClassID(nsCID * *aClassID)
{
UP_ENTER_RC();
dprintf(("%s: aClassID=%p", pszFunction, aClassID));
rc = VFTCALL1((VFTnsIClassInfo*)mpvVFTable, GetClassID, mpvThis, aClassID);
DPRINTF_NSID(**aClassID);
UP_LEAVE_INT(rc);
return rc;
}
/**
* Return language type from list in nsIProgrammingLanguage
*/
/* readonly attribute PRUint32 implementationLanguage; */
NS_IMETHOD GetImplementationLanguage(PRUint32 *aImplementationLanguage)
{
UP_ENTER_RC();
dprintf(("%s: aImplementationLanguage=%p", pszFunction, aImplementationLanguage));
rc = VFTCALL1((VFTnsIClassInfo*)mpvVFTable, GetImplementationLanguage, mpvThis, aImplementationLanguage);
if (VALID_PTR(aImplementationLanguage))
dprintf(("%s: *aImplementationLanguage=%d", pszFunction, *aImplementationLanguage));
UP_LEAVE_INT(rc);
return rc;
}
/* readonly attribute PRUint32 flags; */
NS_IMETHOD GetFlags(PRUint32 *aFlags)
{
UP_ENTER_RC();
dprintf(("%s: aFlags=%p", pszFunction, aFlags));
rc = VFTCALL1((VFTnsIClassInfo*)mpvVFTable, GetFlags, mpvThis, aFlags);
if (VALID_PTR(aFlags))
dprintf(("%s: *aFlags=%d", pszFunction, *aFlags));
UP_LEAVE_INT(rc);
return rc;
}
/**
* Also a class ID through which an instance of this class can be created
* (or accessed as a service, if |flags & SINGLETON|). If the class does
* not have a CID, it should return NS_ERROR_NOT_AVAILABLE. This attribute
* exists so C++ callers can avoid allocating and freeing a CID, as would
* happen if they used classID.
*/
/* [notxpcom] readonly attribute nsCID classIDNoAlloc; */
NS_IMETHOD GetClassIDNoAlloc(nsCID *aClassIDNoAlloc)
{
UP_ENTER_RC();
dprintf(("%s: aClassIDNoAlloc=%p", pszFunction, aClassIDNoAlloc));
rc = VFTCALL1((VFTnsIClassInfo*)mpvVFTable, GetClassIDNoAlloc, mpvThis, aClassIDNoAlloc);
DPRINTF_NSID(*aClassIDNoAlloc);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpClassInfo(void *pvThis) :
UpSupportsBase(pvThis, (nsIClassInfo*)this, kClassInfoIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP: nsIHTTPHeaderListener
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
class UpHTTPHeaderListener : public nsIHTTPHeaderListener, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Called for each HTTP Response header.
* NOTE: You must copy the values of the params.
*/
/* void newResponseHeader (in string headerName, in string headerValue); */
NS_IMETHOD NewResponseHeader(const char *headerName, const char *headerValue)
{
UP_ENTER_RC();
DPRINTF_STR(headerName);
DPRINTF_STR(headerValue);
rc = VFTCALL2((VFTnsIHTTPHeaderListener *)mpvVFTable, NewResponseHeader, mpvThis, headerName, headerValue);
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpHTTPHeaderListener(void *pvThis) :
UpSupportsBase(pvThis, (nsIHTTPHeaderListener *)this, kHTTPHeaderListenerIID)
{
}
nsresult StatusLine(const char *line) {
return NS_ERROR_NOT_IMPLEMENTED;
}
};
class UpMemory : public nsIMemory, public UpSupportsBase
{
public:
UP_IMPL_NSISUPPORTS();
/**
* Allocates a block of memory of a particular size. If the memory
* cannot be allocated (because of an out-of-memory condition), null
* is returned.
*
* @param size - the size of the block to allocate
* @result the block of memory
*/
/* [noscript, notxpcom] voidPtr alloc (in size_t size); */
NS_IMETHOD_(void *) Alloc(size_t size)
{
UP_ENTER();
dprintf(("%s: size=%d", pszFunction, size));
void * pv = VFTCALL1((VFTnsIMemory*)mpvVFTable, Alloc, mpvThis, size);
UP_LEAVE_INT((unsigned)pv);
return pv;
}
/**
* Reallocates a block of memory to a new size.
*
* @param ptr - the block of memory to reallocate
* @param size - the new size
* @result the reallocated block of memory
*
* If ptr is null, this function behaves like malloc.
* If s is the size of the block to which ptr points, the first
* min(s, size) bytes of ptr's block are copied to the new block.
* If the allocation succeeds, ptr is freed and a pointer to the
* new block returned. If the allocation fails, ptr is not freed
* and null is returned. The returned value may be the same as ptr.
*/
/* [noscript, notxpcom] voidPtr realloc (in voidPtr ptr, in size_t newSize); */
NS_IMETHOD_(void *) Realloc(void * ptr, size_t newSize)
{
UP_ENTER();
dprintf(("%s: ptr=%p newSize=%d", pszFunction, ptr, newSize));
void * pv = VFTCALL2((VFTnsIMemory*)mpvVFTable, Realloc, mpvThis, ptr, newSize);
UP_LEAVE_INT((unsigned)pv);
return pv;
}
/**
* Frees a block of memory. Null is a permissible value, in which case
* nothing happens.
*
* @param ptr - the block of memory to free
*/
/* [noscript, notxpcom] void free (in voidPtr ptr); */
NS_IMETHOD_(void) Free(void * ptr)
{
UP_ENTER();
dprintf(("%s: ptr=%d", pszFunction, ptr));
VFTCALL1((VFTnsIMemory*)mpvVFTable, Free, mpvThis, ptr);
UP_LEAVE();
return;
}
/**
* Attempts to shrink the heap.
* @param immediate - if true, heap minimization will occur
* immediately if the call was made on the main thread. If
* false, the flush will be scheduled to happen when the app is
* idle.
* @return NS_ERROR_FAILURE if 'immediate' is set an the call
* was not on the application's main thread.
*/
/* void heapMinimize (in boolean immediate); */
NS_IMETHOD HeapMinimize(PRBool immediate)
{
UP_ENTER_RC();
dprintf(("%s: immediate=%d", pszFunction, immediate));
rc = VFTCALL1((VFTnsIMemory*)mpvVFTable, HeapMinimize, mpvThis, immediate);
UP_LEAVE_INT(rc);
return rc;
}
/**
* This predicate can be used to determine if we're in a low-memory
* situation (what constitutes low-memory is platform dependent). This
* can be used to trigger the memory pressure observers.
*/
/* boolean isLowMemory (); */
NS_IMETHOD IsLowMemory(PRBool *_retval)
{
UP_ENTER_RC();
dprintf(("%s: immediate=%p", pszFunction, _retval));
rc = VFTCALL1((VFTnsIMemory*)mpvVFTable, IsLowMemory, mpvThis, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", *_retval));
UP_LEAVE_INT(rc);
return rc;
}
/** Constructor */
UpMemory(void *pvThis) :
UpSupportsBase(pvThis, (nsIMemory *)this, kMemoryIID)
{
}
};
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// UP Helpers
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Check if the specified interface is supported by the 'UP' type wrapper.
* @returns TRUE if supported.
* @returns FALSE if not supported.
* @param aIID Interface ID in question.
*/
BOOL upIsSupportedInterface(REFNSIID aIID)
{
static const nsID * aIIDs[] =
{
&kSupportsIID,
&kFactoryIID,
&kPluginIID,
&kJVMPluginIID,
&kSecureEnvIID,
&kPluginInstanceIID,
&kPluginInstancePeerIID,
&kPluginInstancePeer2IID,
&kPluginTagInfoIID,
&kJVMWindowIID,
&kJVMConsoleIID,
&kEventHandlerIID,
&kJVMPluginInstanceIID,
&kRunnableIID,
&kSecurityContextIID,
&kRequestObserverIID,
&kStreamListenerIID,
&kRequestIID,
&kLoadGroupIID,
&kSimpleEnumeratorIID,
&kInterfaceRequestorIID,
&kOutputStreamIID,
&kPluginStreamListenerIID,
&kFlashIObject7IID,
&kFlashIScriptablePlugin7IID,
&kFlash5IID,
&kClassInfoIID,
&kHTTPHeaderListenerIID,
&kMemoryIID,
};
for (unsigned iInterface = 0; iInterface < sizeof(aIIDs) / sizeof(aIIDs[0]); iInterface++)
if (aIIDs[iInterface]->Equals(aIID))
return TRUE;
return FALSE;
}
/**
* Create a wrapper for an Interface.
*
* @returns Pointer to the crated interface wrapper.
* @returns NULL on if unsupported interface.
* @returns NULL on failure.
* @returns NULL if pvThis is NULL.
* @param pvThis Pointer to the interface.
* @param aIID Reference to Interface ID.
*/
nsresult upCreateWrapper(void **ppvResult, REFNSIID aIID, nsresult rc)
{
DEBUG_FUNCTIONNAME();
dprintf(("%s: pvvResult=%x,,rc=%x", pszFunction, ppvResult, rc));
DPRINTF_NSID(aIID);
if (VALID_PTR(ppvResult))
{
if (VALID_PTR(*ppvResult))
{
dprintf(("%s: *pvvResult=%x", pszFunction, *ppvResult));
if (NS_SUCCEEDED(rc))
{
void *pvThis = *ppvResult;
/*
* First try check if there is an existing down wrapper for
* this object, if so no wrapping is needed at all.
*/
void *pvNoWrapper = UpWrapperBase::findDownWrapper(pvThis);
if (pvNoWrapper)
{
dprintf(("%s: COOL! pvThis(%x) is an down wrapper, no wrapping needed. returns real obj=%x",
pszFunction, pvThis, pvNoWrapper));
*ppvResult = pvNoWrapper;
return rc;
}
#if 1 // did this to minimize heap access.
/*
* Now lock the list and search it for existing wrapper.
*/
UpWrapperBase::upLock();
UpWrapperBase *pExisting = UpWrapperBase::findUpWrapper(pvThis, aIID);
UpWrapperBase::upUnLock();
if (pExisting)
{
dprintf(("%s: Reusing existing wrapper %p/%p for %p!", pszFunction, pExisting, pExisting->getInterfacePointer(), pvThis));
*ppvResult = pExisting->getInterfacePointer();
return rc;
}
#endif
/*
* Third, try check if we've allready have created a wrapper for this object.
*
* Now, to do make sure we will never see duplicates here, we will:
*
* Create a wrapper object.
* Lock the up list.
* Check if there is an existing wrapper.
* If so Then
* Use it.
* Destroy the one we've just created.
* Else
* Insert the wrapper we've created.
* EndIf
* Unlock the up list.
* return the resulting wrapper.
*
*/
/*
* Create the wrapper.
*
* IMPORTANT!!! DON'T FORGET UPDATING THE TABLE IN upIsSupportedInterface() TOO!!!!
*/
BOOL fFound = TRUE;
UpWrapperBase * pWrapper = NULL;
if (aIID.Equals(kSupportsIID))
pWrapper = new UpSupports(pvThis);
else if (aIID.Equals(kFactoryIID))
pWrapper = new UpFactory(pvThis);
else if (aIID.Equals(kPluginIID))
pWrapper = new UpPlugin(pvThis);
else if (aIID.Equals(kJVMPluginIID))
pWrapper = new UpJVMPlugin(pvThis);
else if (aIID.Equals(kSecureEnvIID))
pWrapper = new UpSecureEnv(pvThis);
else if (aIID.Equals(kPluginInstanceIID))
pWrapper = new UpPluginInstance(pvThis);
else if (aIID.Equals(kPluginInstancePeerIID))
pWrapper = new UpPluginInstancePeer(pvThis);
else if (aIID.Equals(kPluginInstancePeer2IID))
pWrapper = new UpPluginInstancePeer2(pvThis);
else if (aIID.Equals(kPluginTagInfoIID))
pWrapper = new UpPluginTagInfo(pvThis);
else if (aIID.Equals(kJVMWindowIID))
pWrapper = new UpJVMWindow(pvThis);
else if (aIID.Equals(kJVMConsoleIID))
pWrapper = new UpJVMConsole(pvThis);
else if (aIID.Equals(kEventHandlerIID))
pWrapper = new UpEventHandler(pvThis);
else if (aIID.Equals(kJVMPluginInstanceIID))
pWrapper = new UpJVMPluginInstance(pvThis);
else if (aIID.Equals(kRunnableIID))
pWrapper = new UpRunnable(pvThis);
else if (aIID.Equals(kSecurityContextIID))
pWrapper = new UpSecurityContext(pvThis);
else if (aIID.Equals(kRequestObserverIID))
pWrapper = new UpRequestObserver(pvThis);
else if (aIID.Equals(kStreamListenerIID))
pWrapper = new UpStreamListener(pvThis);
else if (aIID.Equals(kRequestIID))
pWrapper = new UpRequest(pvThis);
else if (aIID.Equals(kLoadGroupIID))
pWrapper = new UpLoadGroup(pvThis);
else if (aIID.Equals(kSimpleEnumeratorIID))
pWrapper = new UpSimpleEnumerator(pvThis);
else if (aIID.Equals(kInterfaceRequestorIID))
pWrapper = new UpInterfaceRequestor(pvThis);
else if (aIID.Equals(kOutputStreamIID))
pWrapper = new UpOutputStream(pvThis);
else if (aIID.Equals(kPluginStreamListenerIID))
pWrapper = new UpPluginStreamListener(pvThis);
else if (aIID.Equals(kFlashIScriptablePlugin7IID))
pWrapper = new UpFlashIScriptablePlugin7(pvThis);
else if (aIID.Equals(kFlashIObject7IID))
pWrapper = new UpFlashIObject7(pvThis);
else if (aIID.Equals(kFlash5IID))
pWrapper = new UpFlash5(pvThis);
else if (aIID.Equals(kClassInfoIID))
pWrapper = new UpClassInfo(pvThis);
else if (aIID.Equals(kHTTPHeaderListenerIID))
pWrapper = new UpHTTPHeaderListener(pvThis);
else if (aIID.Equals(kMemoryIID))
pWrapper = new UpMemory(pvThis);
else
fFound = FALSE;
/*
* Successfully create wrapper?
*/
if (fFound && pWrapper)
{
/*
* Now lock the list and search it for existing wrapper.
*/
UpWrapperBase::upLock();
UpWrapperBase *pExisting2 = UpWrapperBase::findUpWrapper(pvThis, aIID);
if (pExisting2)
{
UpWrapperBase::upUnLock();
delete pWrapper;
pWrapper = pExisting2;
dprintf(("%s: Reusing existing wrapper %p/%p for %p!", pszFunction, pWrapper, pWrapper->getInterfacePointer(), pvThis));
}
else
{
pWrapper->upInsertWrapper();
UpWrapperBase::upUnLock();
dprintf(("%s: Successfully create wrapper %p/%p for %p!", pszFunction, pWrapper, pWrapper->getInterfacePointer(), pvThis));
}
*ppvResult = pWrapper->getInterfacePointer();
return rc;
}
/*
* What's wrong?
*/
if (!fFound)
{
ReleaseInt3(0xbaddbeef, 11, aIID.m0);
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_ERROR_NOT_IMPLEMENTED;
}
else
{
dprintf(("%s: new failed! (how is that possible?)", pszFunction));
rc = NS_ERROR_OUT_OF_MEMORY;
}
}
else
dprintf(("%s: The passed in rc means failure (rc=%x)", pszFunction, rc));
*ppvResult = nsnull;
}
else
dprintf(("%s: *ppvResult (=%p) is invalid (rc=%x)", pszFunction, *ppvResult, rc));
}
else
dprintf(("%s: ppvResult (=%p) is invalid (rc=%x)", pszFunction, ppvResult, rc));
return rc;
}
/**
* Create a wrapper for an Interface - simple version.
*
* @returns Pointer to the crated interface wrapper.
* @returns NULL on if unsupported interface.
* @returns NULL on failure.
* @returns NULL if pvThis is NULL.
* @param pvThis Pointer to the interface.
* @param aIID Reference to Interface ID.
*/
void * upCreateWrapper2(void *pvThis, REFNSIID aIID)
{
// DEBUG_FUNCTIONNAME();
void * pvResult = pvThis;
nsresult rc = upCreateWrapper(&pvResult, aIID, NS_OK);
if (NS_SUCCEEDED(rc))
return pvResult;
return NULL;
}
/**
* Create a JNIEnv wrapper for sending up to mozilla.
* @returns rc on success
* @returns rc or othere error code on failure.
* @param ppJNIEnv Where to get and store the JNIEnv wrapper.
* @param rc Current rc.
*/
int upCreateJNIEnvWrapper(JNIEnv **ppJNIEnv, int rc)
{
DEBUG_FUNCTIONNAME();
dprintf(("%s: ppJNIEnv=%x, rc=%x", pszFunction, ppJNIEnv, rc));
if (VALID_PTR(ppJNIEnv))
{
if (VALID_PTR(*ppJNIEnv))
{
if (NS_SUCCEEDED(rc))
{
/*
* Success!
*/
return rc;
}
else
dprintf(("%s: The query method failed with rc=%x", pszFunction, rc));
*ppJNIEnv = nsnull;
}
else if (*ppJNIEnv || rc != NS_OK) /* don't complain about the obvious.. we use this combination. */
dprintf(("%s: *ppJNIEnv (=%p) is invalid (rc=%x)", pszFunction, *ppJNIEnv, rc));
}
else
dprintf(("%s: ppJNIEnv (=%p) is invalid (rc=%x)", pszFunction, ppJNIEnv, rc));
return rc;
}
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsISupports
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
nsresult VFTCALL downQueryInterface(void *pvThis, REFNSIID aIID, void** aInstancePtr)
{
DOWN_ENTER_RC(pvThis, nsISupports);
DPRINTF_NSID(aIID);
/*
* Is this a supported interface?
*/
const void *pvVFT = downIsSupportedInterface(aIID);
if (pvVFT)
{
dprintf(("%s: Supported interface. Calling the real QueryInterface...", pszFunction));
rc = pMozI->QueryInterface(aIID, aInstancePtr);
rc = downCreateWrapper(aInstancePtr, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_NOINTERFACE;
if (aInstancePtr)
*aInstancePtr = nsnull;
ReleaseInt3(0xbaddbeef, 1, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* nsISupport::AddRef() wrapper.
*/
nsrefcnt VFTCALL downAddRef(void *pvThis)
{
DOWN_ENTER(pvThis, nsISupports);
nsrefcnt c = pMozI->AddRef();
DOWN_LEAVE_INT(pvThis, c);
return c;
}
/**
* nsISupport::Release() wrapper.
*/
nsrefcnt VFTCALL downRelease(void *pvThis)
{
DOWN_ENTER(pvThis, nsISupports);
nsrefcnt c = pMozI->Release();
if (!c)
{
dprintf(("%s: c=0! deleting wrapper structure!", pszFunction));
#ifdef DO_DELETE
/**
* Unchain the wrapper first.
*/
DOWN_LOCK();
int fUnchained;
PDOWNTHIS pDown, pPrev;
for (pDown = (PDOWNTHIS)gpDownHead, pPrev = NULL, fUnchained = 0;
pDown;
pPrev = pDown, pDown = (PDOWNTHIS)pDown->pNext)
{
if (pDown == pvThis)
{
if (pPrev)
pPrev->pNext = pDown->pNext;
else
gpDownHead = pDown->pNext;
#ifdef DEBUG
/* paranoid as always */
if (fUnchained)
{
dprintf(("%s: pvThis=%x was linked twice!", pszFunction, pvThis));
DebugInt3();
}
fUnchained = 1;
#else
fUnchained = 1;
break;
#endif
}
}
DOWN_UNLOCK();
if (fUnchained)
{ /** @todo concider a delayed freeing, meaning we inster the them in
* a FIFO and at a certain threshold we'll start killing them.
* This will require the up/downCreateWrapper to also search the FIFO
* before creating the a new wrapper.
*/
pDown = (PDOWNTHIS)pvThis;
memset(pDown, 0, sizeof(*pDown));
delete pDown;
}
else
{ /*
* Allready unchained? This shouldn't ever happen...
* The only possible case is that two threads calls hlpRelease()
* a the same time. So, we will *not* touch this node now.
*/
dprintf(("%s: pvThis=%p not found in the list !!!!", pszFunction, pvThis));
DebugInt3();
}
#endif
pvThis = NULL;
}
DOWN_LEAVE_INT(pvThis, c);
return c;
}
/** VFT for the nsISupports Wrapper. */
MAKE_SAFE_VFT(VFTnsISupports, downVFTnsISupports)
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIServiceManager
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* getServiceByContractID
*
* Returns the instance that implements aClass or aContractID and the
* interface aIID. This may result in the instance being created.
*
* @param aClass or aContractID : aClass or aContractID of object
* instance requested
* @param aIID : IID of interface requested
* @param result : resulting service
*/
/* void getService (in nsCIDRef aClass, in nsIIDRef aIID, [iid_is (aIID), retval] out nsQIResult result); */
nsresult VFTCALL downGetService(void *pvThis, const nsCID & aClass, const nsIID & aIID, void * *result)
{
DOWN_ENTER_RC(pvThis, nsIServiceManager);
DPRINTF_NSID(aClass);
DPRINTF_NSID(aIID);
/*
* Is this a supported interface?
*/
const void *pvVFT = downIsSupportedInterface(&aIID ? aIID : kSupportsIID);
if (pvVFT)
{
dprintf(("%s: Supported interface. Calling the real GetService...", pszFunction));
rc = pMozI->GetService(aClass, aIID, result);
rc = downCreateWrapper(result, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_NOINTERFACE;
if (result)
*result = nsnull;
ReleaseInt3(0xbaddbeef, 2, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* void getServiceByContractID (in string aContractID, in nsIIDRef aIID, [iid_is (aIID), retval] out nsQIResult result); */
nsresult VFTCALL downGetServiceByContractID(void *pvThis, const char *aContractID, const nsIID & aIID, void * *result)
{
//@todo Check UNICODE vs. UTF8 vs. Codepage issues here.
DOWN_ENTER_RC(pvThis, nsIServiceManager);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_NSID(aIID);
/*
* Is this a supported interface?
*/
const void *pvVFT = downIsSupportedInterface(&aIID ? aIID : kSupportsIID);
if (pvVFT)
{
dprintf(("%s: Supported interface. Calling the real GetServiceByContractID...", pszFunction));
rc = pMozI->GetServiceByContractID(aContractID, aIID, result);
rc = downCreateWrapper(result, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_NOINTERFACE;
if (result)
*result = nsnull;
ReleaseInt3(0xbaddbeef, 3, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* isServiceInstantiated
*
* isServiceInstantiated will return a true if the service has already
* been created, otherwise false
*
* @param aClass or aContractID : aClass or aContractID of object
* instance requested
* @param aIID : IID of interface requested
* @param aIID : IID of interface requested
*/
/* boolean isServiceInstantiated (in nsCIDRef aClass, in nsIIDRef aIID); */
nsresult VFTCALL downIsServiceInstantiated(void *pvThis, const nsCID & aClass, const nsIID & aIID, PRBool *_retval)
{
DOWN_ENTER_RC(pvThis, nsIServiceManager);
DPRINTF_NSID(aClass);
DPRINTF_NSID(aIID);
rc = pMozI->IsServiceInstantiated(aClass, aIID, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* boolean isServiceInstantiatedByContractID (in string aContractID, in nsIIDRef aIID); */
nsresult VFTCALL downIsServiceInstantiatedByContractID(void *pvThis, const char *aContractID, const nsIID & aIID, PRBool *_retval)
{
//@todo Check UNICODE vs. UTF8 vs. Codepage issues here.
DOWN_ENTER_RC(pvThis, nsIServiceManager);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_NSID(aIID);
rc = pMozI->IsServiceInstantiatedByContractID(aContractID, aIID, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/** VFT for the nsIServerManager Wrapper. */
MAKE_SAFE_VFT(VFTnsIServiceManager, downVFTnsIServiceManager)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downGetService, VFTDELTA_VAL()
downGetServiceByContractID, VFTDELTA_VAL()
downIsServiceInstantiated, VFTDELTA_VAL()
downIsServiceInstantiatedByContractID, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIServiceManagerObsolete
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* RegisterService may be called explicitly to register a service
* with the service manager. If a service is not registered explicitly,
* the component manager will be used to create an instance according
* to the class ID specified.
*/
nsresult VFTCALL downISMORegisterService(void *pvThis, const nsCID& aClass, nsISupports* aService)
{
DOWN_ENTER_RC(pvThis, nsIServiceManagerObsolete);
DPRINTF_NSID(aClass);
nsISupports *pupService = aService;
rc = upCreateWrapper((void**)&pupService, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->RegisterService(aClass, pupService);
else
dprintf(("%s: Unable to create wrapper for nsISupports!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Requests a service to be shut down, possibly unloading its DLL.
*
* @returns NS_OK - if shutdown was successful and service was unloaded,
* @returns NS_ERROR_SERVICE_NOT_FOUND - if shutdown failed because
* the service was not currently loaded
* @returns NS_ERROR_SERVICE_IN_USE - if shutdown failed because some
* user of the service wouldn't voluntarily release it by using
* a shutdown listener.
*/
nsresult VFTCALL downISMOUnregisterService(void *pvThis, const nsCID& aClass)
{
DOWN_ENTER_RC(pvThis, nsIServiceManagerObsolete);
DPRINTF_NSID(aClass);
rc = pMozI->UnregisterService(aClass);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downISMOGetService(void *pvThis, const nsCID& aClass, const nsIID& aIID,
nsISupports* *result,
nsIShutdownListener* shutdownListener/* = nsnull*/)
{
DOWN_ENTER_RC(pvThis, nsIServiceManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_NSID(aIID);
/*
* Is this a supported interface?
*/
const void *pvVFT = downIsSupportedInterface(&aIID ? aIID : kSupportsIID);
if (pvVFT)
{
dprintf(("%s: Supported interface. Calling the real downISMOGetService...", pszFunction));
nsIShutdownListener *pupShutdownListener = shutdownListener;
rc = upCreateWrapper((void**)&pupShutdownListener, kShutdownListenerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->GetService(aClass, aIID, result, pupShutdownListener);
rc = downCreateWrapper((void**)result, pvVFT, rc);
}
else
dprintf(("%s: Unable to create 'UP' wrapper for nsIShutdownListener!", pszFunction));
}
else
{
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_NOINTERFACE;
if (result)
*result = nsnull;
ReleaseInt3(0xbaddbeef, 4, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* OBSOLETE: use NS_RELEASE(service) instead. */
nsresult VFTCALL downISMOReleaseService(void *pvThis, const nsCID& aClass, nsISupports* service,
nsIShutdownListener* shutdownListener/* = nsnull*/)
{
DOWN_ENTER_RC(pvThis, nsIServiceManagerObsolete);
DPRINTF_NSID(aClass);
nsISupports *pupService = service;
rc = upCreateWrapper((void**)&pupService, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsIShutdownListener *pupShutdownListener = shutdownListener;
rc = upCreateWrapper((void**)&pupShutdownListener, kShutdownListenerIID, rc);
if (NS_SUCCEEDED(rc))
rc = pMozI->ReleaseService(aClass, pupService, pupShutdownListener);
else
dprintf(("%s: Unable to create 'UP' wrapper for nsIShutdownListener!", pszFunction));
}
else
dprintf(("%s: Unable to create 'UP' wrapper for nsISupports!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
////////////////////////////////////////////////////////////////////////////
// let's do it again, this time with ContractIDs...
nsresult VFTCALL downISMORegisterServiceByContractID(void *pvThis, const char* aContractID, nsISupports* aService)
{
DOWN_ENTER_RC(pvThis, nsIServiceManagerObsolete);
DPRINTF_CONTRACTID(aContractID);
nsISupports *pupService = aService;
rc = upCreateWrapper((void**)&pupService, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->RegisterService(aContractID, pupService);
else
dprintf(("%s: Unable to create wrapper for nsISupports!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downISMOUnregisterServiceByContractID(void *pvThis, const char* aContractID)
{
DOWN_ENTER_RC(pvThis, nsIServiceManagerObsolete);
DPRINTF_CONTRACTID(aContractID);
rc = pMozI->UnregisterService(aContractID);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downISMOGetServiceByContractID(void *pvThis, const char* aContractID, const nsIID& aIID,
nsISupports* *result,
nsIShutdownListener* shutdownListener/* = nsnull */)
{
DOWN_ENTER_RC(pvThis, nsIServiceManagerObsolete);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_NSID(aIID);
/*
* Is this a supported interface?
*/
const void *pvVFT = downIsSupportedInterface(&aIID ? aIID : kSupportsIID);
if (pvVFT)
{
nsIShutdownListener *pupShutdownListener = shutdownListener;
rc = upCreateWrapper((void**)&pupShutdownListener, kShutdownListenerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->GetService(aContractID, aIID, result, pupShutdownListener);
rc = downCreateWrapper((void**)result, pvVFT, rc);
}
else
dprintf(("%s: Unable to create 'UP' wrapper for nsIShutdownListener!", pszFunction));
}
else
{
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 5, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* OBSOLETE */
nsresult VFTCALL downISMOReleaseServiceByContractID(void *pvThis, const char* aContractID, nsISupports* service,
nsIShutdownListener* shutdownListener/* = nsnull*/)
{
DOWN_ENTER_RC(pvThis, nsIServiceManagerObsolete);
DPRINTF_CONTRACTID(aContractID);
nsISupports *pupService = service;
rc = upCreateWrapper((void**)&pupService, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsIShutdownListener *pupShutdownListener = shutdownListener;
rc = upCreateWrapper((void**)&pupShutdownListener, kShutdownListenerIID, rc);
if (NS_SUCCEEDED(rc))
rc = pMozI->ReleaseService(aContractID, pupService, pupShutdownListener);
else
dprintf(("%s: Unable to create 'UP' wrapper for nsIShutdownListener!", pszFunction));
}
else
dprintf(("%s: Unable to create 'UP' wrapper for nsISupports!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIServiceManagerObsolete, downVFTnsIServiceManagerObsolete)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
#ifdef VFT_VAC365
downISMORegisterService, VFTDELTA_VAL()
downISMORegisterServiceByContractID, VFTDELTA_VAL()
downISMOUnregisterService, VFTDELTA_VAL()
downISMOUnregisterServiceByContractID, VFTDELTA_VAL()
downISMOGetService, VFTDELTA_VAL()
downISMOGetServiceByContractID, VFTDELTA_VAL()
downISMOReleaseService, VFTDELTA_VAL()
downISMOReleaseServiceByContractID, VFTDELTA_VAL()
#else
downISMORegisterServiceByContractID, VFTDELTA_VAL()
downISMORegisterService, VFTDELTA_VAL()
downISMOUnregisterServiceByContractID, VFTDELTA_VAL()
downISMOUnregisterService, VFTDELTA_VAL()
downISMOGetServiceByContractID, VFTDELTA_VAL()
downISMOGetService, VFTDELTA_VAL()
downISMOReleaseServiceByContractID, VFTDELTA_VAL()
downISMOReleaseService, VFTDELTA_VAL()
#endif
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIPluginManager
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Returns the value of a variable associated with the plugin manager.
*
* (Corresponds to NPN_GetValue.)
*
* @param variable - the plugin manager variable to get
* @param value - the address of where to store the resulting value
* @result - NS_OK if this operation was successful
*/
/* [noscript] void GetValue (in nsPluginManagerVariable variable, in nativeVoid value); */
nsresult VFTCALL downIPMGetValue(void *pvThis, nsPluginManagerVariable variable, void * value)
{ /* kso: this is not doing anything on NO_X11 platforms */
DOWN_ENTER_RC(pvThis, nsIPluginManager);
dprintf(("%s: variable=%d value=%x", pszFunction, variable, value));
rc = pMozI->GetValue(variable, value);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Causes the plugins directory to be searched again for new plugin
* libraries.
*
* (Corresponds to NPN_ReloadPlugins.)
*
* @param reloadPages - indicates whether currently visible pages should
* also be reloaded
*/
/* void reloadPlugins (in boolean reloadPages); */
nsresult VFTCALL downIPMReloadPlugins(void *pvThis, PRBool reloadPages)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager);
dprintf(("%s: reloadPages=%d", pszFunction, reloadPages));
rc = pMozI->ReloadPlugins(reloadPages);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns the user agent string for the browser.
*
* (Corresponds to NPN_UserAgent.)
*
* @param resultingAgentString - the resulting user agent string
*/
/* [noscript] void UserAgent (in nativeChar resultingAgentString); */
nsresult VFTCALL downIPMUserAgent(void *pvThis, const char * * resultingAgentString)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager);
dprintf(("%s: resultingAgentString=%p", pszFunction, resultingAgentString));
rc = pMozI->UserAgent(resultingAgentString);
if (NS_SUCCEEDED(rc) && VALID_PTR(resultingAgentString))
DPRINTF_STR(*resultingAgentString);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Fetches a URL.
*
* (Corresponds to NPN_GetURL and NPN_GetURLNotify.)
*
* @param pluginInst - the plugin making the request. If NULL, the URL
* is fetched in the background.
* @param url - the URL to fetch
* @param target - the target window into which to load the URL, or NULL if
* the data should be returned to the plugin via streamListener.
* @param streamListener - a stream listener to be used to return data to
* the plugin. May be NULL if target is not NULL.
* @param altHost - an IP-address string that will be used instead of the
* host specified in the URL. This is used to prevent DNS-spoofing
* attacks. Can be defaulted to NULL meaning use the host in the URL.
* @param referrer - the referring URL (may be NULL)
* @param forceJSEnabled - forces JavaScript to be enabled for 'javascript:'
* URLs, even if the user currently has JavaScript disabled (usually
* specify PR_FALSE)
* @result - NS_OK if this operation was successful
*/
nsresult VFTCALL downIPMGetURL(void *pvThis, nsISupports* pluginInst, const char* url, const char* target = NULL,
nsIPluginStreamListener* streamListener = NULL, const char* altHost = NULL, const char* referrer = NULL,
PRBool forceJSEnabled = PR_FALSE)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager);
dprintf(("%s: pluginInst=%x streamListener=%p forceJSEnabled=%d",
pszFunction, pluginInst, streamListener, forceJSEnabled));
DPRINTF_STR(url);
DPRINTF_STR(target);
DPRINTF_STR(altHost);
DPRINTF_STR(referrer);
nsIPluginStreamListener *pupStreamListener = streamListener;
rc = upCreateWrapper((void**)&pupStreamListener, kPluginStreamListenerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports * pupPluginInst = pluginInst;
rc = upCreateWrapper((void**)&pupPluginInst, kSupportsIID, rc);
if (rc == NS_OK)
rc = pMozI->GetURL(pupPluginInst, url, target, pupStreamListener, altHost, referrer, forceJSEnabled);
else
dprintf(("%s: Failed to create wrapper for nsISupports (pluginInst=%p)!!!!", pszFunction, pluginInst));
}
else
dprintf(("%s: Failed to create wrapper for nsIPluginStreamListener!!!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Posts to a URL with post data and/or post headers.
*
* (Corresponds to NPN_PostURL and NPN_PostURLNotify.)
*
* @param pluginInst - the plugin making the request. If NULL, the URL
* is fetched in the background.
* @param url - the URL to fetch
* @param postDataLength - the length of postData (if non-NULL)
* @param postData - the data to POST. NULL specifies that there is not post
* data
* @param isFile - whether the postData specifies the name of a file to
* post instead of data. The file will be deleted afterwards.
* @param target - the target window into which to load the URL, or NULL if
* the data should be returned to the plugin via streamListener.
* @param streamListener - a stream listener to be used to return data to
* the plugin. May be NULL if target is not NULL.
* @param altHost - an IP-address string that will be used instead of the
* host specified in the URL. This is used to prevent DNS-spoofing
* attacks. Can be defaulted to NULL meaning use the host in the URL.
* @param referrer - the referring URL (may be NULL)
* @param forceJSEnabled - forces JavaScript to be enabled for 'javascript:'
* URLs, even if the user currently has JavaScript disabled (usually
* specify PR_FALSE)
* @param postHeadersLength - the length of postHeaders (if non-NULL)
* @param postHeaders - the headers to POST. Must be in the form of
* "HeaderName: HeaderValue\r\n". Each header, including the last,
* must be followed by "\r\n". NULL specifies that there are no
* post headers
* @result - NS_OK if this operation was successful
*/
nsresult VFTCALL downIPMPostURL(void *pvThis, nsISupports* pluginInst, const char* url, PRUint32 postDataLen, const char* postData,
PRBool isFile = PR_FALSE, const char* target = NULL, nsIPluginStreamListener* streamListener = NULL,
const char* altHost = NULL, const char* referrer = NULL, PRBool forceJSEnabled = PR_FALSE,
PRUint32 postHeadersLength = 0, const char* postHeaders = NULL)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager);
dprintf(("%s: pluginInst=%x postDataLen=%d postData='%.*s' (%p) isFile=%d, streamListener=%p",
pszFunction, pluginInst, postDataLen, postDataLen, postData, postData, isFile, streamListener));
dprintf(("%s: forceJSEnabled=%d postHeadersLength=%d postHeaders='%*.s' (%p)",
pszFunction, forceJSEnabled, postHeadersLength, postHeadersLength, postHeaders, postHeaders));
DPRINTF_STR(url);
DPRINTF_STR(target);
DPRINTF_STR(altHost);
DPRINTF_STR(referrer);
nsIPluginStreamListener *pupStreamListener = streamListener;
rc = upCreateWrapper((void**)&pupStreamListener, kPluginStreamListenerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports * pupPluginInst = pluginInst;
rc = upCreateWrapper((void**)&pupPluginInst, kSupportsIID, rc);
if (rc == NS_OK)
rc = pMozI->PostURL(pupPluginInst, url, postDataLen, postData, isFile, target, pupStreamListener,
altHost, referrer, forceJSEnabled, postHeadersLength, postHeaders);
else
dprintf(("%s: Failed to create wrapper for nsISupports (pluginInst=%p)!!!!", pszFunction, pluginInst));
}
else
dprintf(("%s: Failed to create wrapper for nsIPluginStreamListener!!!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Persistently register a plugin with the plugin
* manager. aMimeTypes, aMimeDescriptions, and aFileExtensions are
* parallel arrays that contain information about the MIME types
* that the plugin supports.
*
* @param aCID - the plugin's CID
* @param aPluginName - the plugin's name
* @param aDescription - a description of the plugin
* @param aMimeTypes - an array of MIME types that the plugin
* is prepared to handle
* @param aMimeDescriptions - an array of descriptions for the
* MIME types that the plugin can handle.
* @param aFileExtensions - an array of file extensions for
* the MIME types that the plugin can handle.
* @param aCount - the number of elements in the aMimeTypes,
* aMimeDescriptions, and aFileExtensions arrays.
* @result - NS_OK if the operation was successful.
*/
/* [noscript] void RegisterPlugin (in REFNSIID aCID, in string aPluginName, in string aDescription, in nativeChar aMimeTypes, in nativeChar aMimeDescriptions, in nativeChar aFileExtensions, in long aCount); */
nsresult VFTCALL downIPMRegisterPlugin(void *pvThis, REFNSIID aCID, const char *aPluginName, const char *aDescription, const char * * aMimeTypes,
const char * * aMimeDescriptions, const char * * aFileExtensions, PRInt32 aCount)
{
//@todo TEXT: aMimeDescriptions? aDescription? Doesn't apply to java plugin I think.
DOWN_ENTER_RC(pvThis, nsIPluginManager);
dprintf(("%s: aCount=%d", pszFunction, aCount));
DPRINTF_NSID(aCID);
DPRINTF_STR(aPluginName);
DPRINTF_STR(aDescription);
for (int i = 0; i < aCount; i++)
dprintf(("%s: aMimeTypes[%d]='%s' (%p) aMimeDescriptions[%d]='%s' (%p) aFileExtensions[%d]='%s' (%p)",
pszFunction, i, aMimeTypes[i], aMimeTypes[i],
i, aMimeDescriptions[i], aMimeDescriptions[i],
i, aFileExtensions[i], aFileExtensions[i]));
rc = pMozI->RegisterPlugin(aCID, aPluginName, aDescription, aMimeTypes, aMimeDescriptions, aFileExtensions, aCount);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Unregister a plugin from the plugin manager
*
* @param aCID the CID of the plugin to unregister.
* @result - NS_OK if the operation was successful.
*/
/* [noscript] void UnregisterPlugin (in REFNSIID aCID); */
nsresult VFTCALL downIPMUnregisterPlugin(void *pvThis, REFNSIID aCID)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager);
DPRINTF_NSID(aCID);
rc = pMozI->UnregisterPlugin(aCID);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Fetches a URL, with Headers
* @see GetURL. Identical except for additional params headers and
* headersLen
* @param getHeadersLength - the length of getHeaders (if non-NULL)
* @param getHeaders - the headers to GET. Must be in the form of
* "HeaderName: HeaderValue\r\n". Each header, including the last,
* must be followed by "\r\n". NULL specifies that there are no
* get headers
* @result - NS_OK if this operation was successful
*/
nsresult VFTCALL downIPMGetURLWithHeaders(void *pvThis, nsISupports* pluginInst, const char* url, const char* target = NULL,
nsIPluginStreamListener* streamListener = NULL, const char* altHost = NULL, const char* referrer = NULL,
PRBool forceJSEnabled = PR_FALSE, PRUint32 getHeadersLength = 0, const char* getHeaders = NULL)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager);
dprintf(("%s: pluginInst=%x streamListener=%p forceJSEnabled=%d getHeadersLength=%d getHeaders='%.*s' (%p)",
pszFunction, pluginInst, streamListener, forceJSEnabled, getHeadersLength, getHeadersLength, getHeaders, getHeaders));
DPRINTF_STR(url);
DPRINTF_STR(target);
DPRINTF_STR(altHost);
DPRINTF_STR(referrer);
nsIPluginStreamListener *pupStreamListener = streamListener;
rc = upCreateWrapper((void**)&pupStreamListener, kPluginStreamListenerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports * pupPluginInst = pluginInst;
rc = upCreateWrapper((void**)&pupPluginInst, kSupportsIID, rc);
if (rc == NS_OK)
rc = pMozI->GetURLWithHeaders(pupPluginInst, url, target, pupStreamListener, altHost, referrer, forceJSEnabled, getHeadersLength, getHeaders);
else
dprintf(("%s: Failed to create wrapper for nsISupports (pluginInst=%p)!!!!", pszFunction, pluginInst));
}
else
dprintf(("%s: Failed to create wrapper for nsIPluginStreamListener!!!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIPluginManager, downVFTnsIPluginManager)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downIPMGetValue, VFTDELTA_VAL()
downIPMReloadPlugins, VFTDELTA_VAL()
downIPMUserAgent, VFTDELTA_VAL()
downIPMGetURL, VFTDELTA_VAL()
downIPMPostURL, VFTDELTA_VAL()
downIPMRegisterPlugin, VFTDELTA_VAL()
downIPMUnregisterPlugin, VFTDELTA_VAL()
downIPMGetURLWithHeaders, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIPluginManager2
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Puts up a wait cursor.
*
* @result - NS_OK if this operation was successful
*/
/* void beginWaitCursor (); */
nsresult VFTCALL downIPM2BeginWaitCursor(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
rc = pMozI->BeginWaitCursor();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Restores the previous (non-wait) cursor.
*
* @result - NS_OK if this operation was successful
*/
/* void endWaitCursor (); */
nsresult VFTCALL downIPM2EndWaitCursor(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
rc = pMozI->EndWaitCursor();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns true if a URL protocol (e.g. "http") is supported.
*
* @param aProtocol - the protocol name
* @param aResult - true if the protocol is supported
* @result - NS_OK if this operation was successful
*/
/* void supportsURLProtocol (in string aProtocol, out boolean aResult); */
nsresult VFTCALL downIPM2SupportsURLProtocol(void *pvThis, const char *aProtocol, PRBool *aResult)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
DPRINTF_STR(aProtocol);
rc = pMozI->SupportsURLProtocol(aProtocol, aResult);
if (NS_SUCCEEDED(rc) && VALID_PTR(aResult))
dprintf(("%s: *aResult=%d", pszFunction, *aResult));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* This method may be called by the plugin to indicate that an error
* has occurred, e.g. that the plugin has failed or is shutting down
* spontaneously. This allows the browser to clean up any plugin-specific
* state.
*
* @param aPlugin - the plugin whose status is changing
* @param aStatus - the error status value
* @result - NS_OK if this operation was successful
*/
/* void notifyStatusChange (in nsIPlugin aPlugin, in nsresult aStatus); */
nsresult VFTCALL downIPM2NotifyStatusChange(void *pvThis, nsIPlugin *aPlugin, nsresult aStatus)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
dprintf(("%s: aPlugin=%x aStatus=%d", pszFunction, aPlugin, aStatus));
nsIPlugin * pupPlugin = aPlugin;
rc = upCreateWrapper((void**)&pupPlugin, kPluginIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->NotifyStatusChange(pupPlugin, aStatus);
else
dprintf(("%s: failed to create up wrapper for aPlugin=%x!!!", pszFunction, aPlugin));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns the proxy info for a given URL. The caller is required to
* free the resulting memory with nsIMalloc::Free. The result will be in the
* following format
*
* i) "DIRECT" -- no proxy
* ii) "PROXY xxx.xxx.xxx.xxx" -- use proxy
* iii) "SOCKS xxx.xxx.xxx.xxx" -- use SOCKS
* iv) Mixed. e.g. "PROXY 111.111.111.111;PROXY 112.112.112.112",
* "PROXY 111.111.111.111;SOCKS 112.112.112.112"....
*
* Which proxy/SOCKS to use is determined by the plugin.
*/
/* void findProxyForURL (in string aURL, out string aResult); */
nsresult VFTCALL downIPM2FindProxyForURL(void *pvThis, const char *aURL, char **aResult)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
DPRINTF_STR(aURL);
rc = pMozI->FindProxyForURL(aURL, aResult);
if (NS_SUCCEEDED(rc) && VALID_PTR(aResult) && VALID_PTR(*aResult))
{
DPRINTF_STR(*aResult);
/* I have a feeling that the ibm plugin is cheating here. or that nsIMalloc::Free
* isn't well implemented...
*
* !!HACKALLERT!!
* For npoji16.dll we will allocate this string using it's own CRT.
* First we must detect if this is npoji16.dll
*/
char szModName[9];
HMODULE hmod;
ULONG iObj;
ULONG offObj;
if (!DosQueryModFromEIP(&hmod, &iObj, sizeof(szModName), &szModName[0], &offObj, ((unsigned *)(void*)&pvThis)[-1]))
{
if (!stricmp(szModName, "NPOJI6"))
{
if (!DosQueryModuleHandle("JV12MI36", &hmod))
{
char *(*_Optlink pfnstrdup)(const char *);
/* we might have to dosloadmodule (verb) the stupid thing */
int rc2 = DosQueryProcAddr(hmod, 0, "strdup", (PFN*)&pfnstrdup);
if ( rc2 == ERROR_INVALID_HANDLE
&& !DosLoadModule(NULL, 0, "JV12MI36", &hmod))
rc2 = DosQueryProcAddr(hmod, 0, "strdup", (PFN*)&pfnstrdup);
if (!rc2)
{
char *psz = pfnstrdup(*aResult);
if (psz)
{
free(*aResult); /* We're using the right CRT.. */
*aResult = psz;
}
}
}
}
}
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Registers a top-level window with the browser. Events received by that
* window will be dispatched to the event handler specified.
*
* @param aHandler - the event handler for the window
* @param aWindow - the platform window reference
* @result - NS_OK if this operation was successful
*/
/* void registerWindow (in nsIEventHandler aHandler, in nsPluginPlatformWindowRef aWindow); */
nsresult VFTCALL downIPM2RegisterWindow(void *pvThis, nsIEventHandler *aHandler, nsPluginPlatformWindowRef aWindow)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
dprintf(("%s: Incomplete!!!", pszFunction));
dprintf(("%s: aHandler=%p aWindow=%x", pszFunction, aHandler, aWindow));
nsIEventHandler * pupHandler = aHandler;
rc = upCreateWrapper((void**)&pupHandler, kEventHandlerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
//@todo wrap window handle somehow...
DebugInt3();
nsPluginPlatformWindowRef os2Window = aWindow;
if (NS_SUCCEEDED(rc))
{
rc = pMozI->RegisterWindow(pupHandler, os2Window);
}
else
dprintf(("%s: failed to create window handle wrapper for %x!!!", pszFunction, aWindow));
}
else
dprintf(("%s: failed to create up wrapper for nsIEventHandler %x!!!", pszFunction, aHandler));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Unregisters a top-level window with the browser. The handler and window pair
* should be the same as that specified to RegisterWindow.
*
* @param aHandler - the event handler for the window
* @param aWindow - the platform window reference
* @result - NS_OK if this operation was successful
*/
/* void unregisterWindow (in nsIEventHandler aHandler, in nsPluginPlatformWindowRef aWindow); */
nsresult VFTCALL downIPM2UnregisterWindow(void *pvThis, nsIEventHandler *aHandler, nsPluginPlatformWindowRef aWindow)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
dprintf(("%s: Incomplete!!!", pszFunction));
dprintf(("%s: aHandler=%p aWindow=%x", pszFunction, aHandler, aWindow));
nsIEventHandler * pupHandler = aHandler;
rc = upCreateWrapper((void**)&pupHandler, kEventHandlerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
//@todo wrap window handle somehow...
DebugInt3();
nsPluginPlatformWindowRef os2Window = aWindow;
if (NS_SUCCEEDED(rc))
{
rc = pMozI->UnregisterWindow(pupHandler, os2Window);
}
else
dprintf(("%s: failed to create window handle wrapper for %x!!!", pszFunction, aWindow));
}
else
dprintf(("%s: failed to create up wrapper for nsIEventHandler %x!!!", pszFunction, aHandler));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Allocates a new menu ID (for the Mac).
*
* @param aHandler - the event handler for the window
* @param aIsSubmenu - whether this is a sub-menu ID or not
* @param aResult - the resulting menu ID
* @result - NS_OK if this operation was successful
*/
/* void allocateMenuID (in nsIEventHandler aHandler, in boolean aIsSubmenu, out short aResult); */
nsresult VFTCALL downIPM2AllocateMenuID(void *pvThis, nsIEventHandler *aHandler, PRBool aIsSubmenu, PRInt16 *aResult)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
dprintf(("%s: Incomplete!!!", pszFunction));
dprintf(("%s: aHandler=%p aIsSubmenu=%d aResult=%p", pszFunction, aHandler, aIsSubmenu, aResult));
nsIEventHandler * pupHandler = aHandler;
rc = upCreateWrapper((void**)&pupHandler, kEventHandlerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->AllocateMenuID(pupHandler, aIsSubmenu, aResult);
if (NS_SUCCEEDED(rc) && VALID_PTR(aResult))
dprintf(("%s: *aResult=%d (0x%x)", pszFunction, *aResult, *aResult));
}
else
dprintf(("%s: failed to create up wrapper for nsIEventHandler %x !!!", pszFunction, aHandler));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Deallocates a menu ID (for the Mac).
*
* @param aHandler - the event handler for the window
* @param aMenuID - the menu ID
* @result - NS_OK if this operation was successful
*/
/* void deallocateMenuID (in nsIEventHandler aHandler, in short aMenuID); */
nsresult VFTCALL downIPM2DeallocateMenuID(void *pvThis, nsIEventHandler *aHandler, PRInt16 aMenuID)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
dprintf(("%s: aHandler=%p aMenuID=%d", pszFunction, aHandler, aMenuID));
nsIEventHandler * pupHandler = aHandler;
rc = upCreateWrapper((void**)&pupHandler, kEventHandlerIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->DeallocateMenuID(pupHandler, aMenuID);
else
dprintf(("%s: failed to create up wrapper for nsIEventHandler %x !!!", pszFunction, aHandler));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Indicates whether this event handler has allocated the given menu ID.
*
* @param aHandler - the event handler for the window
* @param aMenuID - the menu ID
* @param aResult - returns PR_TRUE if the menu ID is allocated
* @result - NS_OK if this operation was successful
*/
/* void hasAllocatedMenuID (in nsIEventHandler aHandler, in short aMenuID, out boolean aResult); */
nsresult VFTCALL downIPM2HasAllocatedMenuID(void *pvThis, nsIEventHandler *aHandler, PRInt16 aMenuID, PRBool *aResult)
{
DOWN_ENTER_RC(pvThis, nsIPluginManager2);
dprintf(("%s: aHandler=%p aMenuID=%d aResult=%p", pszFunction, aHandler, aMenuID, aResult));
nsIEventHandler * pupHandler = aHandler;
rc = upCreateWrapper((void**)&pupHandler, kEventHandlerIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->HasAllocatedMenuID(pupHandler, aMenuID, aResult);
if (NS_SUCCEEDED(rc) && VALID_PTR(aResult))
dprintf(("%s: *aResult=%d", pszFunction, *aResult));
}
else
dprintf(("%s: failed to create up wrapper for nsIEventHandler %x !!!", pszFunction, aHandler));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIPluginManager2, downVFTnsIPluginManager2)
{
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downIPMGetValue, VFTDELTA_VAL()
downIPMReloadPlugins, VFTDELTA_VAL()
downIPMUserAgent, VFTDELTA_VAL()
downIPMGetURL, VFTDELTA_VAL()
downIPMPostURL, VFTDELTA_VAL()
downIPMRegisterPlugin, VFTDELTA_VAL()
downIPMUnregisterPlugin, VFTDELTA_VAL()
downIPMGetURLWithHeaders, VFTDELTA_VAL()
},
downIPM2BeginWaitCursor, VFTDELTA_VAL()
downIPM2EndWaitCursor, VFTDELTA_VAL()
downIPM2SupportsURLProtocol, VFTDELTA_VAL()
downIPM2NotifyStatusChange, VFTDELTA_VAL()
downIPM2FindProxyForURL, VFTDELTA_VAL()
downIPM2RegisterWindow, VFTDELTA_VAL()
downIPM2UnregisterWindow, VFTDELTA_VAL()
downIPM2AllocateMenuID, VFTDELTA_VAL()
downIPM2DeallocateMenuID, VFTDELTA_VAL()
downIPM2HasAllocatedMenuID, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIPluginInstancePeer
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Returns the value of a variable associated with the plugin manager.
*
* (Corresponds to NPN_GetValue.)
*
* @param aVariable - the plugin manager variable to get
* @param aValue - the address of where to store the resulting value
* @result - NS_OK if this operation was successful
*/
/* void getValue (in nsPluginInstancePeerVariable aVariable, in voidPtr aValue); */
nsresult VFTCALL downIPIPGetValue(void *pvThis, nsPluginInstancePeerVariable aVariable, void * aValue)
{
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer);
dprintf(("%s: aVariable=%d aValue=%p", pszFunction, aVariable, aValue));
rc = pMozI->GetValue(aVariable, aValue);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns the MIME type of the plugin instance.
*
* (Corresponds to NPP_New's MIMEType argument.)
*
* @param aMIMEType - resulting MIME type
* @result - NS_OK if this operation was successful
*/
/* readonly attribute nsMIMEType MIMEType; */
nsresult VFTCALL downIPIPGetMIMEType(void *pvThis, nsMIMEType *aMIMEType)
{
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer);
dprintf(("%s: aMIMEType=%p", pszFunction, aMIMEType));
rc = pMozI->GetMIMEType(aMIMEType);
if (NS_SUCCEEDED(rc) && VALID_PTR(aMIMEType) && VALID_PTR(*aMIMEType))
DPRINTF_STR(*aMIMEType);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns the mode of the plugin instance, i.e. whether the plugin is
* embedded in the html, or full page.
*
* (Corresponds to NPP_New's mode argument.)
*
* @param result - the resulting mode
* @result - NS_OK if this operation was successful
*/
/* readonly attribute nsPluginMode mode; */
nsresult VFTCALL downIPIPGetMode(void *pvThis, nsPluginMode *aMode)
{
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer);
dprintf(("%s: aMode=%p", pszFunction, aMode));
rc = pMozI->GetMode(aMode);
if (NS_SUCCEEDED(rc) && VALID_PTR(aMode))
dprintf(("%s: *aMode=%d", pszFunction, *aMode));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* This operation is called by the plugin instance when it wishes to send
* a stream of data to the browser. It constructs a new output stream to which
* the plugin may send the data. When complete, the Close and Release methods
* should be called on the output stream.
*
* (Corresponds to NPN_NewStream.)
*
* @param aType - MIME type of the stream to create
* @param aTarget - the target window name to receive the data
* @param aResult - the resulting output stream
* @result - NS_OK if this operation was successful
*/
/* void newStream (in nsMIMEType aType, in string aTarget, out nsIOutputStream aResult); */
nsresult VFTCALL downIPIPNewStream(void *pvThis, nsMIMEType aType, const char *aTarget, nsIOutputStream **aResult)
{
//@todo TEXT: aTarget? Doesn't apply to java plugin I think.
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer);
dprintf(("%s: aResult=%p", pszFunction, aResult));
DPRINTF_STR(aType);
DPRINTF_STR(aTarget);
const void *pvVFT = downIsSupportedInterface(kOutputStreamIID);
if (pvVFT)
{
rc = pMozI->NewStream(aType, aTarget, aResult);
rc = downCreateWrapper((void**)aResult, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported Interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 21, kOutputStreamIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* This operation causes status information to be displayed on the window
* associated with the plugin instance.
*
* (Corresponds to NPN_Status.)
*
* @param aMessage - the status message to display
* @result - NS_OK if this operation was successful
*/
/* void showStatus (in string aMessage); */
nsresult VFTCALL downIPIPShowStatus(void *pvThis, const char *aMessage)
{
//@todo TEXT: aMessage? This must be further tested!
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer);
DPRINTF_STR(aMessage);
verifyAndFixUTF8String(aMessage, XPFUNCTION);
rc = pMozI->ShowStatus(aMessage);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Set the desired size of the window in which the plugin instance lives.
*
* @param aWidth - new window width
* @param aHeight - new window height
* @result - NS_OK if this operation was successful
*/
/* void setWindowSize (in unsigned long aWidth, in unsigned long aHeight); */
nsresult VFTCALL downIPIPSetWindowSize(void *pvThis, PRUint32 aWidth, PRUint32 aHeight)
{
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer);
dprintf(("%s: aWidth=%d aHeight=%d", pszFunction, aWidth, aHeight));
rc = pMozI->SetWindowSize(aWidth, aHeight);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIPluginInstancePeer, downVFTnsIPluginInstancePeer)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downIPIPGetValue, VFTDELTA_VAL()
downIPIPGetMIMEType, VFTDELTA_VAL()
downIPIPGetMode, VFTDELTA_VAL()
downIPIPNewStream, VFTDELTA_VAL()
downIPIPShowStatus, VFTDELTA_VAL()
downIPIPSetWindowSize, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIPluginInstancePeer2
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Get the JavaScript window object corresponding to this plugin instance.
*
* @param aJSWindow - the resulting JavaScript window object
* @result - NS_OK if this operation was successful
*/
/* readonly attribute JSObjectPtr JSWindow; */
nsresult VFTCALL downIPIP2GetJSWindow(void *pvThis, JSObject * *aJSWindow)
{
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer2);
rc = pMozI->GetJSWindow(aJSWindow);
if (NS_SUCCEEDED(rc) && VALID_PTR(aJSWindow))
{
//@todo wrap aJSWindow?
dprintf(("%s: aJSWindow=%p - not really wrapped !!!", pszFunction, aJSWindow));
DebugInt3();
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the JavaScript execution thread corresponding to this plugin instance.
*
* @param aJSThread - the resulting JavaScript thread id
* @result - NS_OK if this operation was successful
*/
/* readonly attribute unsigned long JSThread; */
nsresult VFTCALL downIPIP2GetJSThread(void *pvThis, PRUint32 *aJSThread)
{
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer2);
rc = pMozI->GetJSThread(aJSThread);
if (NS_SUCCEEDED(rc) && VALID_PTR(aJSThread))
dprintf(("%s: aJSThread=%u", pszFunction, aJSThread));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the JavaScript context to this plugin instance.
*
* @param aJSContext - the resulting JavaScript context
* @result - NS_OK if this operation was successful
*/
/* readonly attribute JSContextPtr JSContext; */
nsresult VFTCALL downIPIP2GetJSContext(void *pvThis, JSContext * *aJSContext)
{
DOWN_ENTER_RC(pvThis, nsIPluginInstancePeer2);
rc = pMozI->GetJSContext(aJSContext);
if (NS_SUCCEEDED(rc) && VALID_PTR(aJSContext))
{
//@todo wrap aJSContext?
dprintf(("%s: aJSContext=%p - not really wrapped !!!", pszFunction, aJSContext));
DebugInt3();
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIPluginInstancePeer2, downVFTnsIPluginInstancePeer2)
{
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downIPIPGetValue, VFTDELTA_VAL()
downIPIPGetMIMEType, VFTDELTA_VAL()
downIPIPGetMode, VFTDELTA_VAL()
downIPIPNewStream, VFTDELTA_VAL()
downIPIPShowStatus, VFTDELTA_VAL()
downIPIPSetWindowSize, VFTDELTA_VAL()
},
downIPIP2GetJSWindow, VFTDELTA_VAL()
downIPIP2GetJSThread, VFTDELTA_VAL()
downIPIP2GetJSContext, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN:
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* QueryInterface on nsIPluginInstancePeer to get this.
*
* (Corresponds to NPP_New's argc, argn, and argv arguments.)
* Get a ptr to the paired list of attribute names and values,
* returns the length of the array.
*
* Each name or value is a null-terminated string.
*/
/* void getAttributes (in PRUint16Ref aCount, in constCharStarConstStar aNames, in constCharStarConstStar aValues); */
nsresult VFTCALL downIPTIGetAttributes(void *pvThis, PRUint16 & aCount, const char* const* & aNames, const char* const* & aValues)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo);
rc = pMozI->GetAttributes(aCount, aNames, aValues);
if (NS_SUCCEEDED(rc))
{
dprintf(("%s: aCount=%d", pszFunction, aCount));
for (int i = 0; i < aCount; i++)
dprintf(("%s: aNames[%d]='%s' (%p) aValues[%d]='%s' (%p)", pszFunction,
i, aNames[i], aNames[i], i, aValues[i], aValues[i]));
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Gets the value for the named attribute.
*
* @param aName - the name of the attribute to find
* @param aResult - the resulting attribute
* @result - NS_OK if this operation was successful, NS_ERROR_FAILURE if
* this operation failed. result is set to NULL if the attribute is not found
* else to the found value.
*/
/* void getAttribute (in string aName, out constCharPtr aResult); */
nsresult VFTCALL downIPTIGetAttribute(void *pvThis, const char *aName, const char * *aResult)
{
//@todo TEXT: aName? aResult? I believe that this one works as the text format is that of the document.
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo);
DPRINTF_STR(aName);
rc = pMozI->GetAttribute(aName, aResult);
if (NS_SUCCEEDED(rc) && VALID_PTR(aResult) && VALID_PTR(*aResult))
DPRINTF_STR(*aResult);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIPluginTagInfo, downVFTnsIPluginTagInfo)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downIPTIGetAttributes, VFTDELTA_VAL()
downIPTIGetAttribute, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Get the type of the HTML tag that was used ot instantiate this
* plugin. Currently supported tags are EMBED, OBJECT and APPLET.
*/
/* readonly attribute nsPluginTagType tagType; */
nsresult VFTCALL downIPTI2GetTagType(void *pvThis, nsPluginTagType *aTagType)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetTagType(aTagType);
if (NS_SUCCEEDED(rc) && VALID_PTR(aTagType))
dprintf(("%s: *aTagType=%d", pszFunction, *aTagType));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the complete text of the HTML tag that was used to instantiate this plugin.
*/
/* void getTagText (out constCharPtr aTagText); */
nsresult VFTCALL downIPTI2GetTagText(void *pvThis, const char * *aTagText)
{
//@todo TEXT: aTagText? Can't find any usage, but I guess this is also in the format of the document.
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetTagText(aTagText);
if (NS_SUCCEEDED(rc) && VALID_PTR(aTagText) && VALID_PTR(*aTagText))
DPRINTF_STR(*aTagText);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get a ptr to the paired list of parameter names and values,
* returns the length of the array.
*
* Each name or value is a null-terminated string.
*/
/* void getParameters (in PRUint16Ref aCount, in constCharStarConstStar aNames, in constCharStarConstStar aValues); */
nsresult VFTCALL downIPTI2GetParameters(void *pvThis, PRUint16 & aCount, const char* const* & aNames, const char* const* & aValues)
{
//@todo TEXT: aNames? aValues? I believe that this one works as the text format is that of the document.
// kmelektronik uses this successfully.
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetParameters(aCount, aNames, aValues);
if (NS_SUCCEEDED(rc))
{
dprintf(("%s: aCount=%d", pszFunction, aCount));
for (int i = 0; i < aCount; i++)
dprintf(("%s: aNames[%d]='%s' (%p) aValues[%d]='%s' (%p)", pszFunction,
i, aNames[i], aNames[i], i, aValues[i], aValues[i]));
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the value for the named parameter. Returns null
* if the parameter was not set.
*
* @param aName - name of the parameter
* @param aResult - parameter value
* @result - NS_OK if this operation was successful
*/
/* void getParameter (in string aName, out constCharPtr aResult); */
nsresult VFTCALL downIPTI2GetParameter(void *pvThis, const char *aName, const char * *aResult)
{
//@todo TEXT: aName? aResult? Can't find any usage, but I guess this is also in the format of the document.
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
DPRINTF_STR(aName);
rc = pMozI->GetParameter(aName, aResult);
if (NS_SUCCEEDED(rc) && VALID_PTR(aResult) && VALID_PTR(*aResult))
DPRINTF_STR(*aResult);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the document base
*/
/* void getDocumentBase (out constCharPtr aDocumentBase); */
nsresult VFTCALL downIPTI2GetDocumentBase(void *pvThis, const char * *aDocumentBase)
{
//@todo TEXT: aDocumentBase? This is just getting the URL. Need further investigation.
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetDocumentBase(aDocumentBase);
if (NS_SUCCEEDED(rc) && VALID_PTR(aDocumentBase) && VALID_PTR(*aDocumentBase))
DPRINTF_STR(*aDocumentBase);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Return an encoding whose name is specified in:
* http://java.sun.com/products/jdk/1.1/docs/guide/intl/intl.doc.html#25303
*/
/* void getDocumentEncoding (out constCharPtr aDocumentEncoding); */
nsresult VFTCALL downIPTI2GetDocumentEncoding(void *pvThis, const char * *aDocumentEncoding)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetDocumentEncoding(aDocumentEncoding);
if (NS_SUCCEEDED(rc) && VALID_PTR(aDocumentEncoding) && VALID_PTR(*aDocumentEncoding))
DPRINTF_STR(*aDocumentEncoding);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get object alignment
*/
/* void getAlignment (out constCharPtr aElignment); */
nsresult VFTCALL downIPTI2GetAlignment(void *pvThis, const char * *aElignment)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetAlignment(aElignment);
if (NS_SUCCEEDED(rc) && VALID_PTR(aElignment) && VALID_PTR(*aElignment))
DPRINTF_STR(*aElignment);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get object width
*/
/* readonly attribute unsigned long width; */
nsresult VFTCALL downIPTI2GetWidth(void *pvThis, PRUint32 *aWidth)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetWidth(aWidth);
if (NS_SUCCEEDED(rc) && VALID_PTR(aWidth))
dprintf(("%s: *aWidth=%d", pszFunction, *aWidth));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get object height
*/
/* readonly attribute unsigned long height; */
nsresult VFTCALL downIPTI2GetHeight(void *pvThis, PRUint32 *aHeight)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetHeight(aHeight);
if (NS_SUCCEEDED(rc) && VALID_PTR(aHeight))
dprintf(("%s: *aHeight=%d", pszFunction, *aHeight));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get border vertical space
*/
/* readonly attribute unsigned long borderVertSpace; */
nsresult VFTCALL downIPTI2GetBorderVertSpace(void *pvThis, PRUint32 *aBorderVertSpace)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetBorderVertSpace(aBorderVertSpace);
if (NS_SUCCEEDED(rc) && VALID_PTR(aBorderVertSpace))
dprintf(("%s: *aBorderVertSpace=%d", pszFunction, *aBorderVertSpace));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get border horizontal space
*/
/* readonly attribute unsigned long borderHorizSpace; */
nsresult VFTCALL downIPTI2GetBorderHorizSpace(void *pvThis, PRUint32 *aBorderHorizSpace)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetBorderHorizSpace(aBorderHorizSpace);
if (NS_SUCCEEDED(rc) && VALID_PTR(aBorderHorizSpace))
dprintf(("%s: *aBorderHorizSpace=%d", pszFunction, *aBorderHorizSpace));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns a unique id for the current document containing plugin
*/
/* readonly attribute unsigned long uniqueID; */
nsresult VFTCALL downIPTI2GetUniqueID(void *pvThis, PRUint32 *aUniqueID)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
rc = pMozI->GetUniqueID(aUniqueID);
if (NS_SUCCEEDED(rc) && VALID_PTR(aUniqueID))
dprintf(("%s: *aUniqueID=%d", pszFunction, *aUniqueID));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns the DOM element corresponding to the tag which references
* this plugin in the document.
*
* @param aDOMElement - resulting DOM element
* @result - NS_OK if this operation was successful
*/
/* readonly attribute nsIDOMElement DOMElement; */
nsresult VFTCALL downIPTI2GetDOMElement(void *pvThis, nsIDOMElement * *aDOMElement)
{
DOWN_ENTER_RC(pvThis, nsIPluginTagInfo2);
const void *pvVFT = downIsSupportedInterface(kDOMElementIID);
if (pvVFT)
{
rc = pMozI->GetDOMElement(aDOMElement);
rc = downCreateWrapper((void**)aDOMElement, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported Interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 14, kDOMElementIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIPluginTagInfo2, downVFTnsIPluginTagInfo2)
{
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downIPTIGetAttributes, VFTDELTA_VAL()
downIPTIGetAttribute, VFTDELTA_VAL()
},
downIPTI2GetTagType, VFTDELTA_VAL()
downIPTI2GetTagText, VFTDELTA_VAL()
downIPTI2GetParameters, VFTDELTA_VAL()
downIPTI2GetParameter, VFTDELTA_VAL()
downIPTI2GetDocumentBase, VFTDELTA_VAL()
downIPTI2GetDocumentEncoding, VFTDELTA_VAL()
downIPTI2GetAlignment, VFTDELTA_VAL()
downIPTI2GetWidth, VFTDELTA_VAL()
downIPTI2GetHeight, VFTDELTA_VAL()
downIPTI2GetBorderVertSpace, VFTDELTA_VAL()
downIPTI2GetBorderHorizSpace, VFTDELTA_VAL()
downIPTI2GetUniqueID, VFTDELTA_VAL()
downIPTI2GetDOMElement, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsICookieStorage
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Retrieves a cookie from the browser's persistent cookie store.
* @param aCookieURL - URL string to look up cookie with.
* @param aCookieBuffer - buffer large enough to accomodate cookie data.
* @param aCookieSize - on input, size of the cookie buffer, on output cookie's size.
*/
/* void getCookie (in string aCookieURL, in voidPtr aCookieBuffer, in PRUint32Ref aCookieSize); */
nsresult VFTCALL downICSGetCookie(void *pvThis, const char *aCookieURL, void * aCookieBuffer, PRUint32 & aCookieSize)
{
DOWN_ENTER_RC(pvThis, nsICookieStorage);
dprintf(("%s: aCookieURL=%x aCookieBuffer=%x aCookieSize=%x",
pszFunction, aCookieURL, aCookieBuffer, VALID_REF(aCookieSize) ? aCookieSize : 0xdeadbeef));
DPRINTF_STR(aCookieURL);
rc = pMozI->GetCookie(aCookieURL, aCookieBuffer, aCookieSize);
if (NS_SUCCEEDED(rc) && VALID_REF(aCookieSize))
dprintf(("%s: aCookieSize=%d", pszFunction, aCookieSize));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Stores a cookie in the browser's persistent cookie store.
* @param aCookieURL - URL string store cookie with.
* @param aCookieBuffer - buffer containing cookie data.
* @param aCookieSize - specifies size of cookie data.
*/
/* void setCookie (in string aCookieURL, in constVoidPtr aCookieBuffer, in unsigned long aCookieSize); */
nsresult VFTCALL downICSSetCookie(void *pvThis, const char *aCookieURL, const void * aCookieBuffer, PRUint32 aCookieSize)
{
DOWN_ENTER_RC(pvThis, nsICookieStorage);
dprintf(("%s: aCookieURL=%x aCookieBuffer=%x aCookieSize=%x",
pszFunction, aCookieURL, aCookieBuffer, aCookieSize));
DPRINTF_STR(aCookieURL);
rc = pMozI->SetCookie(aCookieURL, aCookieBuffer, aCookieSize);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsICookieStorage, downVFTnsICookieStorage)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downICSGetCookie, VFTDELTA_VAL()
downICSSetCookie, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIJVMThreadManager
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Returns a unique identifier for the "current" system thread.
*/
#ifdef IPLUGINW_OUTOFTREE
nsresult VFTCALL downITMGetCurrentThread(void *pvThis, nsPluginThread* *threadID)
#else
nsresult VFTCALL downITMGetCurrentThread(void *pvThis, PRThread **threadID)
#endif
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
rc = pMozI->GetCurrentThread(threadID);
if (NS_SUCCEEDED(rc) && VALID_PTR(threadID))
dprintf(("%s: *threadID=%d (0x%x)", pszFunction, *threadID, *threadID));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Pauses the current thread for the specified number of milliseconds.
* If milli is zero, then merely yields the CPU if another thread of
* greater or equal priority.
*/
nsresult VFTCALL downITMSleep(void *pvThis, PRUint32 milli/* = 0*/)
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
dprintf(("%s: milli=%d", pszFunction, milli));
rc = pMozI->Sleep(milli);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Creates a unique monitor for the specified address, and makes the
* current system thread the owner of the monitor.
*/
nsresult VFTCALL downITMEnterMonitor(void *pvThis, void* address)
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
dprintf(("%s: address=%p", pszFunction, address));
rc = pMozI->EnterMonitor(address);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Exits the monitor associated with the address.
*/
nsresult VFTCALL downITMExitMonitor(void *pvThis, void* address)
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
dprintf(("%s: address=%p", pszFunction, address));
rc = pMozI->ExitMonitor(address);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Waits on the monitor associated with the address (must be entered already).
* If milli is 0, wait indefinitely.
*/
nsresult VFTCALL downITMWait(void *pvThis, void* address, PRUint32 milli/* = 0*/)
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
dprintf(("%s: address=%p milli=%u", pszFunction, address, milli));
rc = pMozI->Wait(address, milli);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Notifies a single thread waiting on the monitor associated with the address (must be entered already).
*/
nsresult VFTCALL downITMNotify(void *pvThis, void* address)
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
dprintf(("%s: address=%p", pszFunction, address));
rc = pMozI->Notify(address);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Notifies all threads waiting on the monitor associated with the address (must be entered already).
*/
nsresult VFTCALL downITMNotifyAll(void *pvThis, void* address)
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
dprintf(("%s: address=%p", pszFunction, address));
rc = pMozI->NotifyAll(address);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Creates a new thread, calling the specified runnable's Run method (a la Java).
*/
#ifdef IPLUGINW_OUTOFTREE
nsresult VFTCALL downITMCreateThread(void *pvThis, PRUint32* threadID, nsIRunnable* runnable)
#else
nsresult VFTCALL downITMCreateThread(void *pvThis, PRThread **threadID, nsIRunnable* runnable)
#endif
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
dprintf(("%s: threadID=%p runnable=%p", pszFunction, threadID, runnable));
nsIRunnable * pupRunnable = runnable;
rc = upCreateWrapper((void**)&pupRunnable, kRunnableIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->CreateThread(threadID, pupRunnable);
if (NS_SUCCEEDED(rc) && VALID_PTR(threadID))
dprintf(("%s: *threadID=%d", pszFunction, *threadID));
}
else
dprintf(("%s: failed to create up wrapper for nsIRunnable %x !!!", pszFunction, runnable));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Posts an event to specified thread, calling the runnable from that thread.
* @param threadID thread to call runnable from
* @param runnable object to invoke from thread
* @param async if true, won't block current thread waiting for result
*/
#ifdef IPLUGINW_OUTOFTREE
nsresult VFTCALL downITMPostEvent(void *pvThis, PRUint32 threadID, nsIRunnable* runnable, PRBool async)
#else
nsresult VFTCALL downITMPostEvent(void *pvThis, PRThread *threadID, nsIRunnable* runnable, PRBool async)
#endif
{
DOWN_ENTER_RC(pvThis, nsIJVMThreadManager);
dprintf(("%s: threadID=%d runnable=%p async=%d", pszFunction, threadID, runnable, async));
nsIRunnable * pupRunnable = runnable;
rc = upCreateWrapper((void**)&pupRunnable, kRunnableIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->PostEvent(threadID, pupRunnable, async);
else
dprintf(("%s: failed to create up wrapper for nsIRunnable %x !!!", pszFunction, runnable));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIJVMThreadManager, downVFTnsIJVMThreadManager)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downITMGetCurrentThread, VFTDELTA_VAL()
downITMSleep, VFTDELTA_VAL()
downITMEnterMonitor, VFTDELTA_VAL()
downITMExitMonitor, VFTDELTA_VAL()
downITMWait, VFTDELTA_VAL()
downITMNotify, VFTDELTA_VAL()
downITMNotifyAll, VFTDELTA_VAL()
downITMCreateThread, VFTDELTA_VAL()
downITMPostEvent, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIJVMManager
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Creates a proxy JNI with an optional secure environment (which can be NULL).
* There is a one-to-one correspondence between proxy JNIs and threads, so
* calling this method multiple times from the same thread will return
* the same proxy JNI.
*/
nsresult VFTCALL downCreateProxyJNI(void *pvThis, nsISecureEnv *secureEnv, JNIEnv * *outProxyEnv)
{
DOWN_ENTER_RC(pvThis, nsIJVMManager);
nsISecureEnv *pupSecureEnv = secureEnv;
rc = upCreateWrapper((void**)&pupSecureEnv, kSecureEnvIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->CreateProxyJNI(pupSecureEnv, outProxyEnv);
rc = downCreateJNIEnvWrapper(outProxyEnv, rc);
}
else
dprintf(("%s: failed to create up wrapper for kSecureEnvIID %x !!!", pszFunction, secureEnv));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns the proxy JNI associated with the current thread, or NULL if no
* such association exists.
*/
nsresult VFTCALL downGetProxyJNI(void *pvThis, JNIEnv * *outProxyEnv)
{
DOWN_ENTER_RC(pvThis, nsIJVMManager);
rc = pMozI->GetProxyJNI(outProxyEnv);
rc = downCreateJNIEnvWrapper(outProxyEnv, rc);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Called from Java Console menu item.
*/
nsresult VFTCALL downShowJavaConsole(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIJVMManager);
dprintf(("%s", pszFunction));
rc = pMozI->ShowJavaConsole();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* isAllPermissionGranted [Deprecated Sep-10-2000]
*/
nsresult VFTCALL downIsAllPermissionGranted(void *pvThis, const char *lastFingerprint, const char *lastCommonName, const char *rootFingerprint, const char *rootCommonName, PRBool *_retval)
{
//@todo TEXT: lastFingerprint? lastFingerprint? lastCommonName? rootCommonName? No idea. Need find usage.
DOWN_ENTER_RC(pvThis, nsIJVMManager);
dprintf(("%s _retval=%x", pszFunction, _retval));
DPRINTF_STR(lastFingerprint);
DPRINTF_STR(lastCommonName);
DPRINTF_STR(rootFingerprint);
DPRINTF_STR(rootCommonName);
rc = pMozI->IsAllPermissionGranted(lastFingerprint, lastCommonName, rootFingerprint, rootCommonName, _retval);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* isAppletTrusted
*/
nsresult VFTCALL downIsAppletTrusted(void *pvThis, const char *aRSABuf, PRUint32 aRSABufLen, const char *aPlaintext, PRUint32 aPlaintextLen, PRBool *isTrusted, nsIPrincipal **_retval)
{
//@todo TEXT: aRSABuf? aPlaintext? No idea. Need find usage.
DOWN_ENTER_RC(pvThis, nsIJVMManager);
dprintf(("%s aRSABuf=%x aRSABufLen=%d aPlaintext=%x aPlaintextLen=%d isTrusted=%x _retval=%x", pszFunction, aRSABuf, aRSABufLen, aPlaintext, aPlaintextLen, isTrusted, _retval));
rc = pMozI->IsAppletTrusted(aRSABuf, aRSABufLen, aPlaintext, aPlaintextLen, isTrusted, _retval);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* The JavaEnabled variable to see if Java is Enabled or not
*/
nsresult VFTCALL downGetJavaEnabled(void *pvThis, PRBool *aJavaEnabled)
{
DOWN_ENTER_RC(pvThis, nsIJVMManager);
dprintf(("%s aJavaEnabled=%x", pszFunction, aJavaEnabled));
rc = pMozI->GetJavaEnabled(aJavaEnabled);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIJVMManager, downVFTnsIJVMManager)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downCreateProxyJNI, VFTDELTA_VAL()
downGetProxyJNI, VFTDELTA_VAL()
downShowJavaConsole, VFTDELTA_VAL()
downIsAllPermissionGranted, VFTDELTA_VAL()
downIsAppletTrusted, VFTDELTA_VAL()
downGetJavaEnabled, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsILiveconnect
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* get member of a Native JSObject for a given name.
*
* @param obj - A Native JS Object.
* @param name - Name of a member.
* @param pjobj - return parameter as a java object representing
* the member. If it is a basic data type it is converted to
* a corresponding java type. If it is a NJSObject, then it is
* wrapped up as java wrapper netscape.javascript.JSObject.
*/
nsresult VFTCALL downGetMember(void *pvThis, JNIEnv *jEnv, jsobject jsobj, const jchar *name, jsize length, void* principalsArray[],
int numPrincipals, nsISupports *securitySupports, jobject *pjobj)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p name=%p length=%d principalsArray=%p numPrincipals=%d securitySupports=%p pjobj=%p",
pszFunction, jEnv, jsobj, name, length, principalsArray, numPrincipals, securitySupports, pjobj));
if (VALID_PTR(name))
dprintf(("%s: name=%ls", pszFunction, name));
if (numPrincipals)
{
/** @todo check out what this array contains. (not used by oji plugin I believe)
* Guess it's of type nsIPrincipal or some decendant, can't see mozilla caring much about it...
*/
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 7);
}
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pupSecuritySupports = securitySupports;
rc = upCreateWrapper((void**)&pupSecuritySupports, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->GetMember(pupJNIEnv, jsobj, name, length, principalsArray, numPrincipals, pupSecuritySupports, pjobj);
if (NS_SUCCEEDED(rc) && VALID_PTR(pjobj))
dprintf(("%s: *pjobj=%p", pszFunction, *pjobj));
}
else
dprintf(("%s: Failed make up wrapper for nsISupports !!!", pszFunction));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* get member of a Native JSObject for a given index.
*
* @param obj - A Native JS Object.
* @param slot - Index of a member.
* @param pjobj - return parameter as a java object representing
* the member.
*/
nsresult VFTCALL downGetSlot(void *pvThis, JNIEnv *jEnv, jsobject jsobj, jint slot, void* principalsArray[],
int numPrincipals, nsISupports *securitySupports, jobject *pjobj)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p slot=%p principalsArray=%p numPrincipals=%d securitySupports=%p pjobj=%p",
pszFunction, jEnv, jsobj, slot, principalsArray, numPrincipals, securitySupports, pjobj));
if (numPrincipals)
{
/** @todo check out what this array contains. (not used by oji plugin I believe)
* Guess it's of type nsIPrincipal or some decendant, can't see mozilla caring much about it...
*/
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 8);
}
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pupSecuritySupports = securitySupports;
rc = upCreateWrapper((void**)&pupSecuritySupports, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->GetSlot(pupJNIEnv, jsobj, slot, principalsArray, numPrincipals, pupSecuritySupports, pjobj);
if (NS_SUCCEEDED(rc) && VALID_PTR(pjobj))
dprintf(("%s: *pjobj=%p", pszFunction, *pjobj));
}
else
dprintf(("%s: Failed make up wrapper for nsISupports !!!", pszFunction));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* set member of a Native JSObject for a given name.
*
* @param obj - A Native JS Object.
* @param name - Name of a member.
* @param jobj - Value to set. If this is a basic data type, it is converted
* using standard JNI calls but if it is a wrapper to a JSObject
* then a internal mapping is consulted to convert to a NJSObject.
*/
nsresult VFTCALL downSetMember(void *pvThis, JNIEnv *jEnv, jsobject jsobj, const jchar* name, jsize length, jobject jobj, void* principalsArray[],
int numPrincipals, nsISupports *securitySupports)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p name=%p length=%d jobj=%p principalsArray=%p numPrincipals=%d securitySupports=%p",
pszFunction, jEnv, jsobj, name, length, jobj, principalsArray, numPrincipals, securitySupports));
DPRINTF_STR(name);
if (numPrincipals)
{
/** @todo check out what this array contains. (not used by oji plugin I believe)
* Guess it's of type nsIPrincipal or some decendant, can't see mozilla caring much about it...
*/
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 9);
}
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pupSecuritySupports = securitySupports;
rc = upCreateWrapper((void**)&pupSecuritySupports, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
rc = pMozI->SetMember(pupJNIEnv, jsobj, name, length, jobj, principalsArray, numPrincipals, pupSecuritySupports);
else
dprintf(("%s: Failed make up wrapper for nsISupports !!!", pszFunction));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* set member of a Native JSObject for a given index.
*
* @param obj - A Native JS Object.
* @param index - Index of a member.
* @param jobj - Value to set. If this is a basic data type, it is converted
* using standard JNI calls but if it is a wrapper to a JSObject
* then a internal mapping is consulted to convert to a NJSObject.
*/
nsresult VFTCALL downSetSlot(void *pvThis, JNIEnv *jEnv, jsobject jsobj, jint slot, jobject jobj, void* principalsArray[],
int numPrincipals, nsISupports *securitySupports)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p slot=%p jobj=%p principalsArray=%p numPrincipals=%d securitySupports=%p",
pszFunction, jEnv, jsobj, slot, jobj, principalsArray, numPrincipals, securitySupports));
if (numPrincipals)
{
/** @todo check out what this array contains. (not used by oji plugin I believe)
* Guess it's of type nsIPrincipal or some decendant, can't see mozilla caring much about it...
*/
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 8);
}
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pupSecuritySupports = securitySupports;
rc = upCreateWrapper((void**)&pupSecuritySupports, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
rc = pMozI->SetSlot(pupJNIEnv, jsobj, slot, jobj, principalsArray, numPrincipals, pupSecuritySupports);
else
dprintf(("%s: Failed make up wrapper for nsISupports !!!", pszFunction));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* remove member of a Native JSObject for a given name.
*
* @param obj - A Native JS Object.
* @param name - Name of a member.
*/
nsresult VFTCALL downRemoveMember(void *pvThis, JNIEnv *jEnv, jsobject jsobj, const jchar* name, jsize length, void* principalsArray[],
int numPrincipals, nsISupports *securitySupports)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p name=%p length=%d principalsArray=%p numPrincipals=%d securitySupports=%p",
pszFunction, jEnv, jsobj, name, length, principalsArray, numPrincipals, securitySupports));
if (VALID_PTR(name))
dprintf(("%s: name=%ls", pszFunction, name));
if (numPrincipals)
{
/** @todo check out what this array contains. (not used by oji plugin I believe)
* Guess it's of type nsIPrincipal or some decendant, can't see mozilla caring much about it...
*/
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 10);
}
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pupSecuritySupports = securitySupports;
rc = upCreateWrapper((void**)&pupSecuritySupports, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
rc = pMozI->RemoveMember(pupJNIEnv, jsobj, name, length, principalsArray, numPrincipals, pupSecuritySupports);
else
dprintf(("%s: Failed make up wrapper for nsISupports !!!", pszFunction));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* call a method of Native JSObject.
*
* @param obj - A Native JS Object.
* @param name - Name of a method.
* @param jobjArr - Array of jobjects representing parameters of method being caled.
* @param pjobj - return value.
*/
nsresult VFTCALL downCall(void *pvThis, JNIEnv *jEnv, jsobject jsobj, const jchar* name, jsize length, jobjectArray jobjArr, void* principalsArray[],
int numPrincipals, nsISupports *securitySupports, jobject *pjobj)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p name=%p length=%d jobjArr=%p principalsArray=%p numPrincipals=%d securitySupports=%p pjobj=%p",
pszFunction, jEnv, jsobj, name, length, jobjArr, principalsArray, numPrincipals, securitySupports, pjobj));
if (VALID_PTR(name))
dprintf(("%s: name=%ls", pszFunction, name));
if (numPrincipals)
{
/** @todo check out what this array contains. (not used by oji plugin I believe)
* Guess it's of type nsIPrincipal or some decendant, can't see mozilla caring much about it...
*/
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 11);
}
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pupSecuritySupports = securitySupports;
rc = upCreateWrapper((void**)&pupSecuritySupports, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->Call(pupJNIEnv, jsobj, name, length, jobjArr, principalsArray, numPrincipals, pupSecuritySupports, pjobj);
if (NS_SUCCEEDED(rc) && VALID_PTR(pjobj))
dprintf(("%s: *pjobj=%p", pszFunction, *pjobj));
}
else
dprintf(("%s: Failed make up wrapper for nsISupports !!!", pszFunction));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Evaluate a script with a Native JS Object representing scope.
*
* @param jsobj - A Native JS Object.
* @param principalsArray - Array of principals to be used to compare privileges.
* @param numPrincipals - Number of principals being passed.
* @param script - Script to be executed.
* @param pjobj - return value.
*/
nsresult VFTCALL downEval(void *pvThis, JNIEnv *jEnv, jsobject jsobj, const jchar *script, jsize length, void* principalsArray[],
int numPrincipals, nsISupports *securitySupports, jobject *pjobj)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p script=%p length=%d principalsArray=%p numPrincipals=%d securitySupports=%p pjobj=%p",
pszFunction, jEnv, jsobj, script, length, principalsArray, numPrincipals, securitySupports, pjobj));
if (VALID_PTR(script))
dprintf(("%s: script=%ls", pszFunction, script));
if (numPrincipals)
{
/** @todo check out what this array contains. (not used by oji plugin I believe)
* Guess it's of type nsIPrincipal or some decendant, can't see mozilla caring much about it...
*/
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 12);
}
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pupSecuritySupports = securitySupports;
rc = upCreateWrapper((void**)&pupSecuritySupports, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->Eval(pupJNIEnv, jsobj, script, length, principalsArray, numPrincipals, pupSecuritySupports, pjobj);
if (NS_SUCCEEDED(rc) && VALID_PTR(pjobj))
dprintf(("%s: *pjobj=%p", pszFunction, *pjobj));
}
else
dprintf(("%s: Failed make up wrapper for nsISupports !!!", pszFunction));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the window object for a plugin instance.
*
* @param pJavaObject - Either a jobject or a pointer to a plugin instance
* representing the java object.
* @param pjobj - return value. This is a native js object
* representing the window object of a frame
* in which a applet/bean resides.
*/
nsresult VFTCALL downGetWindow(void *pvThis, JNIEnv *jEnv, void *pJavaObject, void* principalsArray[],
int numPrincipals, nsISupports *securitySupports, jsobject *pobj)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p pJavaObject=%p principalsArray=%p numPrincipals=%d securitySupports=%p pObj=%p",
pszFunction, jEnv, pJavaObject, principalsArray, numPrincipals, securitySupports, pobj));
if (numPrincipals)
{
//@todo check out what this array contains. (not used by oji plugin I believe)
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 6);
}
/*
* JNI Wrapper
*/
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pupSecuritySupports = securitySupports;
rc = upCreateWrapper((void**)&pupSecuritySupports, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
{
/**
* @todo: how can we distinguish between a java and instance object??
* the java plugin seems to only use an instance pointer for calling
* this function
* kso: Good question, but it seems like assuming nsIPluginInstance should
* work for us. At least looking at the code path of GetWindow.
* It ends up casting the pJavaObject to nsIPluginInstance in
* map_jsj_thread_to_js_context_impl() mozilla\modules\oji\src\Icglue.cpp.
*/
nsIPluginInstance *pupIPluginInstance = (nsIPluginInstance *)pJavaObject;
rc = upCreateWrapper((void**)&pupIPluginInstance, kPluginInstanceIID, rc);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->GetWindow(pupJNIEnv, pupIPluginInstance, principalsArray, numPrincipals, pupSecuritySupports, pobj);
if (NS_SUCCEEDED(rc) && VALID_PTR(pobj))
//@todo ilink crash with this code! f**k ilink/icc!!!
//dprintf(("%s: *pobj=%d (0x%x)", pszFunction, *pobj, *pobj));
dprintf(("%s: *pobj=%d (0x%x)", XPFUNCTION, *pobj, *pobj));
}
else
dprintf(("%s: Failed to create up wrapper for nsISupports %p !!!", pszFunction, securitySupports));
}
else
dprintf(("%s: Failed to create up wrapper for nsISupports %p !!!", pszFunction, securitySupports));
}
else
{
dprintf(("%s: Failed to make up wrapper for JNIEnv !!!", pszFunction));
rc = NS_ERROR_UNEXPECTED;
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the window object for a plugin instance.
*
* @param jEnv - JNIEnv on which the call is being made.
* @param obj - A Native JS Object.
*/
nsresult VFTCALL downFinalizeJSObject(void *pvThis, JNIEnv *jEnv, jsobject jsobj)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p", pszFunction, jEnv, jsobj));
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->FinalizeJSObject(pupJNIEnv, jsobj);
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the window object for a plugin instance.
*
* @param jEnv - JNIEnv on which the call is being made.
* @param obj - A Native JS Object.
* @param jstring - Return value as a jstring representing a JS object.
*/
nsresult VFTCALL downToString(void *pvThis, JNIEnv *jEnv, jsobject obj, jstring *pjstring)
{
DOWN_ENTER_RC(pvThis, nsILiveconnect);
dprintf(("%s: jEnv=%p obj=%p pjstring=%p", pszFunction, jEnv, obj, pjstring));
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->ToString(pupJNIEnv, obj, pjstring);
if (NS_SUCCEEDED(rc) && VALID_PTR(pjstring))
dprintf(("%s: *pjstring=%p", pszFunction, pjstring));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsILiveconnect, downVFTnsILiveconnect)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downGetMember, VFTDELTA_VAL()
downGetSlot, VFTDELTA_VAL()
downSetMember, VFTDELTA_VAL()
downSetSlot, VFTDELTA_VAL()
downRemoveMember, VFTDELTA_VAL()
downCall, VFTDELTA_VAL()
downEval, VFTDELTA_VAL()
downGetWindow, VFTDELTA_VAL()
downFinalizeJSObject, VFTDELTA_VAL()
downToString, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsISecureLiveconnect
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Evaluate a script with a Native JS Object representing scope.
*
* @param jEnv - JNIEnv pointer
* @param jsobj - A Native JS Object.
* @param script - JavaScript to be executed.
* @param pNSIPrincipaArray - Array of principals to be used to compare privileges.
* @param numPrincipals - Number of principals being passed.
* @param context - Security context.
* @param pjobj - return value.
*/
nsresult VFTCALL downSecureLiveConnectEval(
void *pvThis, JNIEnv *jEnv, jsobject jsobj, const jchar *script, jsize length, void **pNSIPrincipaArray,
int numPrincipals, void *pNSISecurityContext, jobject *pjobj)
{
DOWN_ENTER_RC(pvThis, nsISecureLiveconnect);
dprintf(("%s: jEnv=%p jsobj=%p script=%p length=%d principalsArray=%p numPrincipals=%d pNSISecurityContext=%p pjobj=%p",
pszFunction, jEnv, jsobj, script, length, pNSIPrincipaArray, numPrincipals, pNSISecurityContext, pjobj));
if (VALID_PTR(script))
dprintf(("%s: script=%ls", pszFunction, script));
/**@todo I believe this interface isn't implemented in Mozilla (yet). Can't find
* any references to use of it. So, I'm very curious about a few details.
*/
DebugInt3();
if (numPrincipals)
{
/** @todo check out what this array contains. (not used by oji plugin I believe)
* Guess it's of type nsIPrincipal or some decendant, can't see mozilla caring much about it...
*/
dprintf(("%s: numPrincipals/princiapalsArray isn't supported !!!", pszFunction));
ReleaseInt3(0xdead0000, 0, 14);
}
JNIEnv * pupJNIEnv = jEnv;
rc = upCreateJNIEnvWrapper(&pupJNIEnv, NS_OK);
if (NS_SUCCEEDED(rc))
{
DebugInt3(); //@todo check that following wrapper is correct!!!
nsISecurityContext *pupSecurityContext = (nsISecurityContext*)pNSISecurityContext;
rc = upCreateWrapper((void**)&pupSecurityContext, kSecurityContextIID, rc);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->Eval(pupJNIEnv, jsobj, script, length, pNSIPrincipaArray, numPrincipals, pupSecurityContext, pjobj);
if (NS_SUCCEEDED(rc) && VALID_PTR(pjobj))
dprintf(("%s: *pjobj=%p", pszFunction, *pjobj));
}
else
dprintf(("%s: Failed make up wrapper for nsISupports !!!", pszFunction));
}
else
dprintf(("%s: Failed make up wrapper for JNIEnv !!!", pszFunction));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsISecureLiveconnect, downVFTnsISecureLiveconnect)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downSecureLiveConnectEval, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsISecurityContext
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Get the security context to be used in LiveConnect.
* This is used for JavaScript <--> Java.
*
* @param target -- Possible target.
* @param action -- Possible action on the target.
* @return -- NS_OK if the target and action is permitted on the security context.
* -- NS_FALSE otherwise.
*/
nsresult VFTCALL downImplies(void *pvThis, const char* target, const char* action, PRBool *bAllowedAccess)
{
DOWN_ENTER_RC(pvThis, nsISecurityContext);
dprintf(("%s: target=%x action=%x bAllowedAccess=%x", pszFunction, target, action, bAllowedAccess));
DPRINTF_STR(target);
DPRINTF_STR(action);
rc = pMozI->Implies(target, action, bAllowedAccess);
if (/*NS_SUCCEEDED(rc) && */VALID_PTR(bAllowedAccess))
dprintf(("%s: *bAllowedAccess=%d", pszFunction, *bAllowedAccess));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the origin associated with the context.
*
* @param buf -- Result buffer (managed by the caller.)
* @param len -- Buffer length.
* @return -- NS_OK if the codebase string was obtained.
* -- NS_FALSE otherwise.
*/
nsresult VFTCALL downGetOrigin(void *pvThis, char* buf, int len)
{
DOWN_ENTER_RC(pvThis, nsISecurityContext);
dprintf(("%s: buf=%p len=%d", pszFunction, buf, len));
rc = pMozI->GetOrigin(buf, len);
if (NS_SUCCEEDED(rc) && VALID_PTR(buf))
DPRINTF_STR(buf);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Get the certificate associated with the context.
*
* @param buf -- Result buffer (managed by the caller.)
* @param len -- Buffer length.
* @return -- NS_OK if the codebase string was obtained.
* -- NS_FALSE otherwise.
*/
nsresult VFTCALL downGetCertificateID(void *pvThis, char* buf, int len)
{
DOWN_ENTER_RC(pvThis, nsISecurityContext);
dprintf(("%s: buf=%p len=%d", pszFunction, buf, len));
rc = pMozI->GetCertificateID(buf, len);
if (NS_SUCCEEDED(rc) && VALID_PTR(buf))
DPRINTF_STR(buf);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsISecurityContext, downVFTnsISecurityContext)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downImplies, VFTDELTA_VAL()
downGetOrigin, VFTDELTA_VAL()
downGetCertificateID, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIComponentManagerObsolete
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* findFactory
*
* Returns the factory object that can be used to create instances of
* CID aClass
*
* @param aClass The classid of the factory that is being requested
*/
/* nsIFactory findFactory (in nsCIDRef aClass); */
nsresult VFTCALL downFindFactory(void *pvThis, const nsCID & aClass, nsIFactory **_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
const void * pvVFT = downIsSupportedInterface(kFactoryIID);
if (pvVFT)
{
rc = pMozI->FindFactory(aClass, _retval);
rc = downCreateWrapper((void**)_retval, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported down interface kFactoryIID!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 29, kFactoryIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* getClassObject
*
* @param aClass : CID of the class whose class object is requested
* @param aIID : IID of an interface that the class object is known to
* to implement. nsISupports and nsIFactory are known to
* be implemented by the class object.
*/
/* [noscript] voidPtr getClassObject (in nsCIDRef aClass, in nsIIDRef aIID); */
nsresult VFTCALL downGetClassObject(void *pvThis, const nsCID & aClass, const nsIID & aIID, void * *_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_NSID(aIID);
/*
* Supported interface requested?
*/
const void * pvVFT = downIsSupportedInterface(aIID);
if (pvVFT)
{
rc = pMozI->GetClassObject(aClass, aIID, _retval);
rc = downCreateWrapper(_retval, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported down interface !!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 27, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* contractIDToClassID
*
* Get the ClassID for a given ContractID. Many ClassIDs may implement a
* ContractID. In such a situation, this returns the preferred ClassID, which
* happens to be the last registered ClassID.
*
* @param aContractID : Contractid for which ClassID is requested
* @return aClass : ClassID return
*/
/* [notxpcom] nsresult contractIDToClassID (in string aContractID, out nsCID aClass); */
nsresult VFTCALL downContractIDToClassID(void *pvThis, const char *aContractID, nsCID *aClass)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_CONTRACTID(aContractID);
rc = pMozI->ContractIDToClassID(aContractID, aClass);
if (NS_SUCCEEDED(rc))
DPRINTF_NSID(*aClass);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* classIDToContractid
*
* Get the ContractID for a given ClassID. A ClassIDs may implement multiple
* ContractIDs. This function return the last registered ContractID.
*
* @param aClass : ClassID for which ContractID is requested.
* @return aClassName : returns class name asssociated with aClass
* @return : ContractID last registered for aClass
*/
/* string CLSIDToContractID (in nsCIDRef aClass, out string aClassName); */
nsresult VFTCALL downCLSIDToContractID(void *pvThis, const nsCID & aClass, char **aClassName, char **_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
rc = pMozI->CLSIDToContractID(aClass, aClassName, _retval);
if (NS_SUCCEEDED(rc))
{
if (VALID_PTR(aClassName))
DPRINTF_STR(aClassName);
if (VALID_PTR(_retval))
DPRINTF_STR(_retval);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* createInstance
*
* Create an instance of the CID aClass and return the interface aIID.
*
* @param aClass : ClassID of object instance requested
* @param aDelegate : Used for aggregation
* @param aIID : IID of interface requested
*/
/* [noscript] voidPtr createInstance (in nsCIDRef aClass, in nsISupports aDelegate, in nsIIDRef aIID); */
nsresult VFTCALL downCreateInstance(void *pvThis, const nsCID & aClass, nsISupports *aDelegate, const nsIID & aIID, void * *_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_NSID(aIID);
dprintf(("%s: aDelegate=%p _retval=%p", pszFunction, aDelegate, _retval));
/*
* Supported interface requested?
*/
const void * pvVFT = downIsSupportedInterface(aIID);
if (pvVFT)
{
/*
* Wrap the aDelegate.
* (Pray this isn't supposed to be the same kind of wrapper as nsIID.
* Haven't found any examples using aDelegate unfortunately.)
*/
nsISupports * pupOuter = aDelegate;
rc = upCreateWrapper((void**)&pupOuter, kSupportsIID, NS_OK);
if (rc == NS_OK)
{
rc = pMozI->CreateInstance(aClass, pupOuter, aIID, _retval);
rc = downCreateWrapper(_retval, pvVFT, rc);
}
else
dprintf(("%s: failed to create up wrapper for kSupportsIID %x !!!", pszFunction, aDelegate));
}
else
{
dprintf(("%s: Unsupported down interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 9, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* createInstanceByContractID
*
* Create an instance of the CID that implements aContractID and return the
* interface aIID. This is a convenience function that effectively does
* ContractIDToClassID() followed by CreateInstance().
*
* @param aContractID : aContractID of object instance requested
* @param aDelegate : Used for aggregation
* @param aIID : IID of interface requested
*/
/* [noscript] voidPtr createInstanceByContractID (in string aContractID, in nsISupports aDelegate, in nsIIDRef IID); */
nsresult VFTCALL downCreateInstanceByContractID(void *pvThis, const char *aContractID, nsISupports *aDelegate, const nsIID & aIID, void * *_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_NSID(aIID);
dprintf(("%s: aDelegate=%p _retval=%p", pszFunction, aDelegate, _retval));
/*
* Supported interface requested?
*/
const void * pvVFT = downIsSupportedInterface(aIID);
if (pvVFT)
{
/*
* Wrap the aDelegate.
* (Pray this isn't supposed to be the same kind of wrapper as nsIID.
* Haven't found any examples using aDelegate unfortunately.)
*/
nsISupports * pupOuter = aDelegate;
rc = upCreateWrapper((void**)&pupOuter, kSupportsIID, NS_OK);
if (rc == NS_OK)
{
rc = pMozI->CreateInstanceByContractID(aContractID, pupOuter, aIID, _retval);
rc = downCreateWrapper(_retval, pvVFT, rc);
}
else
dprintf(("%s: failed to create up wrapper for kSupportsIID %x !!!", pszFunction, aDelegate));
}
else
{
dprintf(("%s: Unsupported down interface!!!", pszFunction));
ReleaseInt3(0xbaddbeef, 30, aIID.m0);
rc = NS_NOINTERFACE;
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* registryLocationForSpec
*
* Given a file specification, return the registry representation of
* the filename. Files that are found relative to the components
* directory will have a registry representation
* "rel:<relative-native-path>" while filenames that are not, will have
* "abs:<full-native-path>".
*/
/* string registryLocationForSpec (in nsIFile aSpec); */
nsresult VFTCALL downRegistryLocationForSpec(void *pvThis, nsIFile *aSpec, char **_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
dprintf(("%s: aSpec=%p _retval=%p", pszFunction, aSpec, _retval));
nsIFile * pupFile = aSpec;
rc = upCreateWrapper((void**)&pupFile, kFileIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->RegistryLocationForSpec(pupFile, _retval);
if (NS_SUCCEEDED(rc) && VALID_PTR(_retval) && VALID_PTR(*_retval))
DPRINTF_STR(*_retval);
}
else
{
dprintf(("%s: Unsupported up interface nsIFile !!!", pszFunction));
ReleaseInt3(0xbaddbeef, 20, kFileIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* specForRegistyLocation
*
* Create a file specification for the registry representation (rel:/abs:)
* got via registryLocationForSpec.
*/
/* nsIFile specForRegistryLocation (in string aLocation); */
nsresult VFTCALL downSpecForRegistryLocation(void *pvThis, const char *aLocation, nsIFile **_retval)
{
//@todo TEXT: aLocation? Yes. Do java use this?
//Sources say: i18n: assuming aLocation is encoded for the current locale
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_STR(aLocation);
dprintf(("%s: _retval=%p", pszFunction, _retval));
const void *pvVFT = downIsSupportedInterface(kFileIID);
if (pvVFT)
{
rc = pMozI->SpecForRegistryLocation(aLocation, _retval);
rc = downCreateWrapper((void**)_retval, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported down interface nsIFile !!!", pszFunction));
ReleaseInt3(0xbaddbeef, 22, kFileIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* registerFactory
*
* Register a factory and ContractID associated with CID aClass
*
* @param aClass : CID of object
* @param aClassName : Class Name of CID
* @param aContractID : ContractID associated with CID aClass
* @param aFactory : Factory that will be registered for CID aClass
* @param aReplace : Boolean that indicates whether to replace a previous
* registration for the CID aClass.
*/
/* void registerFactory (in nsCIDRef aClass, in string aClassName, in string aContractID, in nsIFactory aFactory, in boolean aReplace); */
nsresult VFTCALL downRegisterFactory(void *pvThis, const nsCID & aClass, const char *aClassName, const char *aContractID, nsIFactory *aFactory, PRBool aReplace)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_STR(aClassName);
dprintf(("%s: aFactory=%p aReplace=%d", pszFunction, aFactory, aReplace));
nsIFactory *pupFactory = aFactory;
rc = upCreateWrapper((void**)&pupFactory, kFactoryIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->RegisterFactory(aClass, aClassName, aContractID, pupFactory, aReplace);
else
{
dprintf(("%s: Failed to make up wrapper for nsIFactoryIID %p !!!", pszFunction, aFactory));
ReleaseInt3(0xbaddbeef, 13, kFactoryIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* registerComponent
*
* Register a native dll module via its registry representation as returned
* by registryLocationForSpec() as the container of CID implemenation
* aClass and associate aContractID and aClassName to the CID aClass. Native
* dll component type is assumed.
*
* @param aClass : CID implemenation contained in module
* @param aClassName : Class name associated with CID aClass
* @param aContractID : ContractID associated with CID aClass
* @param aLocation : Location of module (dll). Format of this is the
* registry representation as returned by
* registryLocationForSpec()
* @param aReplace : Boolean that indicates whether to replace a previous
* module registration for aClass.
* @param aPersist : Remember this registration across sessions.
*/
/* void registerComponent (in nsCIDRef aClass, in string aClassName, in string aContractID, in string aLocation, in boolean aReplace, in boolean aPersist); */
nsresult VFTCALL downRegisterComponent(void *pvThis, const nsCID & aClass, const char *aClassName, const char *aContractID, const char *aLocation, PRBool aReplace, PRBool aPersist)
{
//@todo TEXT: location? Yes. Don't think java uses this.
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_STR(aClassName);
DPRINTF_STR(aLocation);
dprintf(("%s: aReplace=%d aPersist=%d", pszFunction, aReplace, aPersist));
rc = pMozI->RegisterComponent(aClass, aClassName, aContractID, aLocation, aReplace, aPersist);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* registerComponentWithType
*
* Register a module's location via its registry representation
* as returned by registryLocationForSpec() as the container of CID implemenation
* aClass of type aType and associate aContractID and aClassName to the CID aClass.
*
* @param aClass : CID implemenation contained in module
* @param aClassName : Class name associated with CID aClass
* @param aContractID : ContractID associated with CID aClass
* @param aSpec : Filename spec for module's location.
* @param aLocation : Location of module of type aType. Format of this string
* is the registry representation as returned by
* registryLocationForSpec()
* @param aReplace : Boolean that indicates whether to replace a previous
* loader registration for aClass.
* @param aPersist : Remember this registration across sessions.
* @param aType : Component Type of CID aClass.
*/
/* void registerComponentWithType (in nsCIDRef aClass, in string aClassName, in string aContractID, in nsIFile aSpec, in string aLocation, in boolean aReplace, in boolean aPersist, in string aType); */
nsresult VFTCALL downRegisterComponentWithType(void *pvThis, const nsCID & aClass, const char *aClassName, const char *aContractID, nsIFile *aSpec, const char *aLocation, PRBool aReplace, PRBool aPersist, const char *aType)
{
//@todo TEXT: aLocation? Yes. Don't think java uses this.
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_STR(aClassName);
DPRINTF_STR(aLocation);
DPRINTF_STR(aType);
dprintf(("%s: aReplace=%d aPersist=%d", pszFunction, aReplace, aPersist));
rc = pMozI->RegisterComponentWithType(aClass, aClassName, aContractID, aSpec, aLocation, aReplace, aPersist, aType);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* registerComponentSpec
*
* Register a native dll module via its file specification as the container
* of CID implemenation aClass and associate aContractID and aClassName to the
* CID aClass. Native dll component type is assumed.
*
* @param aClass : CID implemenation contained in module
* @param aClassName : Class name associated with CID aClass
* @param aContractID : ContractID associated with CID aClass
* @param aLibrary : File specification Location of module (dll).
* @param aReplace : Boolean that indicates whether to replace a previous
* module registration for aClass.
* @param aPersist : Remember this registration across sessions.
*/
/* void registerComponentSpec (in nsCIDRef aClass, in string aClassName, in string aContractID, in nsIFile aLibrary, in boolean aReplace, in boolean aPersist); */
nsresult VFTCALL downRegisterComponentSpec(void *pvThis, const nsCID & aClass, const char *aClassName, const char *aContractID, nsIFile *aLibrary, PRBool aReplace, PRBool aPersist)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_STR(aClassName);
DPRINTF_STR(aLibrary);
dprintf(("%s: aReplace=%d aPersist=%d", pszFunction, aReplace, aPersist));
nsIFile *pupLibrary = aLibrary;
rc = upCreateWrapper((void**)&pupLibrary, kFileIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->RegisterComponentSpec(aClass, aClassName, aContractID, pupLibrary, aReplace, aPersist);
else
{
dprintf(("%s: Failed to make up wrapper for nsIFile %p !!!", pszFunction, aLibrary));
ReleaseInt3(0xbaddbeef, 23, kFileIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* registerComponentLib
*
* Register a native dll module via its dll name (not full path) as the
* container of CID implemenation aClass and associate aContractID and aClassName
* to the CID aClass. Native dll component type is assumed and the system
* services will be used to load this dll.
*
* @param aClass : CID implemenation contained in module
* @param aClassName : Class name associated with CID aClass
* @param aContractID : ContractID associated with CID aClass
* @param aDllNameLocation : Dll name of module.
* @param aReplace : Boolean that indicates whether to replace a previous
* module registration for aClass.
* @param aPersist : Remember this registration across sessions.
*/
/* void registerComponentLib (in nsCIDRef aClass, in string aClassName, in string aContractID, in string aDllName, in boolean aReplace, in boolean aPersist); */
nsresult VFTCALL downRegisterComponentLib(void *pvThis, const nsCID & aClass, const char *aClassName, const char *aContractID, const char *aDllName, PRBool aReplace, PRBool aPersist)
{
//@todo TEXT: aDllName? Yes. Don't think java uses this.
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_STR(aClassName);
DPRINTF_STR(aDllName);
dprintf(("%s: aReplace=%d aPersist=%d", pszFunction, aReplace, aPersist));
rc = pMozI->RegisterComponentLib(aClass, aClassName, aContractID, aDllName, aReplace, aPersist);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* unregisterFactory
*
* Unregister a factory associated with CID aClass.
*
* @param aClass : ClassID being unregistered
* @param aFactory : Factory previously registered to create instances of
* ClassID aClass.
*/
/* void unregisterFactory (in nsCIDRef aClass, in nsIFactory aFactory); */
nsresult VFTCALL downUnregisterFactory(void *pvThis, const nsCID & aClass, nsIFactory *aFactory)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
dprintf(("%s: aFactory=%p", pszFunction, aFactory));
nsIFactory *pupFactory = aFactory;
rc = upCreateWrapper((void**)&pupFactory, kFactoryIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->UnregisterFactory(aClass, pupFactory);
else
{
dprintf(("%s: Failed to make up wrapper for nsIFactory %p !!!", pszFunction, aFactory));
ReleaseInt3(0xbaddbeef, 15, kFactoryIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* unregisterComponent
*
* Disassociate module aLocation represented as registry location as returned
* by registryLocationForSpec() as containing ClassID aClass.
*
* @param aClass : ClassID being unregistered
* @param aLocation : Location of module. Format of this is the registry
* representation as returned by registryLocationForSpec().
* Components of any type will be unregistered.
*/
/* void unregisterComponent (in nsCIDRef aClass, in string aLocation); */
nsresult VFTCALL downUnregisterComponent(void *pvThis, const nsCID & aClass, const char *aLocation)
{
//@todo TEXT: aLocation? Yes. Don't think java uses this.
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
DPRINTF_STR(aLocation);
rc = pMozI->UnregisterComponent(aClass, aLocation);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* unregisterComponentSpec
*
* Disassociate module references by file specification aLibrarySpec as
* containing ClassID aClass.
*/
/* void unregisterComponentSpec (in nsCIDRef aClass, in nsIFile aLibrarySpec); */
nsresult VFTCALL downUnregisterComponentSpec(void *pvThis, const nsCID & aClass, nsIFile *aLibrarySpec)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
dprintf(("%s: aLibrarySpec=%p", pszFunction, aLibrarySpec));
nsIFile * pupLibrarySpec = aLibrarySpec;
rc = upCreateWrapper((void**)&pupLibrarySpec, kFileIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->UnregisterComponentSpec(aClass, pupLibrarySpec);
else
{
dprintf(("%s: Failed to make up wrapper for nsIFile %p !!!", pszFunction, aLibrarySpec));
ReleaseInt3(0xbaddbeef, 16, kFileIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* freeLibraries
*
* Enumerates all loaded modules and unloads unused modules.
*/
/* void freeLibraries (); */
nsresult VFTCALL downFreeLibraries(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
rc = pMozI->FreeLibraries();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* autoRegister
*
* Enumerates directory looking for modules of all types and registers
* modules who have changed (modtime or size) since the last time
* autoRegister() was invoked.
*
* @param when : ID values of when the call is being made.
* @param directory : Directory the will be enumerated.
*/
/* void autoRegister (in long when, in nsIFile directory); */
nsresult VFTCALL downAutoRegister(void *pvThis, PRInt32 when, nsIFile *directory)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
dprintf(("%s: when=%d directory=%p", pszFunction, when, directory));
nsIFile * pupDirectory = directory;
rc = upCreateWrapper((void**)&pupDirectory, kFileIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->AutoRegister(when, pupDirectory);
else
{
dprintf(("%s: Failed to make up wrapper for nsIFile %p !!!", pszFunction, directory));
ReleaseInt3(0xbaddbeef, 24, kFileIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* autoRegisterComponent
*
* Loads module using appropriate loader and gives it an opportunity to
* register its CIDs if module's modtime or size changed since the last
* time this was called.
*
* @param when : ID values of when the call is being made.
* @param aFileLocation : File specification of module.
*/
/* void autoRegisterComponent (in long when, in nsIFile aFileLocation); */
nsresult VFTCALL downAutoRegisterComponent(void *pvThis, PRInt32 when, nsIFile *aFileLocation)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
dprintf(("%s: when=%d aFileLocation=%p", pszFunction, when, aFileLocation));
nsIFile * pupFileLocation = aFileLocation;
rc = upCreateWrapper((void**)&pupFileLocation, kFileIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->AutoRegisterComponent(when, pupFileLocation);
else
{
dprintf(("%s: Failed to make up wrapper for nsIFile %p !!!", pszFunction, aFileLocation));
ReleaseInt3(0xbaddbeef, 25, kFileIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* autoUnregisterComponent
*
* Loads module using approriate loader and gives it an opportunity to
* unregister its CIDs
*/
/* void autoUnregisterComponent (in long when, in nsIFile aFileLocation); */
nsresult VFTCALL downAutoUnregisterComponent(void *pvThis, PRInt32 when, nsIFile *aFileLocation)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
dprintf(("%s: when=%d aFileLocation=%p", pszFunction, when, aFileLocation));
nsIFile * pupFileLocation = aFileLocation;
rc = upCreateWrapper((void**)&pupFileLocation, kFileIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->AutoUnregisterComponent(when, aFileLocation);
else
{
dprintf(("%s: Failed to make up wrapper for nsIFile %p !!!", pszFunction, aFileLocation));
ReleaseInt3(0xbaddbeef, 26, kFileIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* isRegistered
*
* Returns true if a factory or module is registered for CID aClass.
*
* @param aClass : ClassID queried for registeration
* @return : true if a factory or module is registered for CID aClass.
* false otherwise.
*/
/* boolean isRegistered (in nsCIDRef aClass); */
nsresult VFTCALL downIsRegistered(void *pvThis, const nsCID & aClass, PRBool *_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
DPRINTF_NSID(aClass);
rc = pMozI->IsRegistered(aClass, _retval);
if (NS_SUCCEEDED(rc) && VALID_PTR(_retval))
dprintf(("%s: _retval=%d", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* enumerateCLSIDs
*
* Enumerate the list of all registered ClassIDs.
*
* @return : enumerator for ClassIDs.
*/
/* nsIEnumerator enumerateCLSIDs (); */
nsresult VFTCALL downEnumerateCLSIDs(void *pvThis, nsIEnumerator **_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
const void *pvVFT = downIsSupportedInterface(kEnumeratorIID);
if (pvVFT)
{
rc = pMozI->EnumerateCLSIDs(_retval);
rc = downCreateWrapper((void**)_retval, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported down interface nsIEnumerator !!!", pszFunction));
ReleaseInt3(0xbaddbeef, 17, kEnumeratorIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* enumerateContractIDs
*
* Enumerate the list of all registered ContractIDs.
*
* @return : enumerator for ContractIDs.
*/
/* nsIEnumerator enumerateContractIDs (); */
nsresult VFTCALL downEnumerateContractIDs(void *pvThis, nsIEnumerator **_retval)
{
DOWN_ENTER_RC(pvThis, nsIComponentManagerObsolete);
const void *pvVFT = downIsSupportedInterface(kEnumeratorIID);
if (pvVFT)
{
rc = pMozI->EnumerateContractIDs(_retval);
rc = downCreateWrapper((void**)_retval, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported down interface nsIEnumerator !!!", pszFunction));
ReleaseInt3(0xbaddbeef, 18, kEnumeratorIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIComponentManagerObsolete, downVFTnsIComponentManagerObsolete)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downFindFactory, VFTDELTA_VAL()
downGetClassObject, VFTDELTA_VAL()
downContractIDToClassID, VFTDELTA_VAL()
downCLSIDToContractID, VFTDELTA_VAL()
downCreateInstance, VFTDELTA_VAL()
downCreateInstanceByContractID, VFTDELTA_VAL()
downRegistryLocationForSpec, VFTDELTA_VAL()
downSpecForRegistryLocation, VFTDELTA_VAL()
downRegisterFactory, VFTDELTA_VAL()
downRegisterComponent, VFTDELTA_VAL()
downRegisterComponentWithType, VFTDELTA_VAL()
downRegisterComponentSpec, VFTDELTA_VAL()
downRegisterComponentLib, VFTDELTA_VAL()
downUnregisterFactory, VFTDELTA_VAL()
downUnregisterComponent, VFTDELTA_VAL()
downUnregisterComponentSpec, VFTDELTA_VAL()
downFreeLibraries, VFTDELTA_VAL()
downAutoRegister, VFTDELTA_VAL()
downAutoRegisterComponent, VFTDELTA_VAL()
downAutoUnregisterComponent, VFTDELTA_VAL()
downIsRegistered, VFTDELTA_VAL()
downEnumerateCLSIDs, VFTDELTA_VAL()
downEnumerateContractIDs, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIComponentManager
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* getClassObject
*
* Returns the factory object that can be used to create instances of
* CID aClass
*
* @param aClass The classid of the factory that is being requested
*/
/* void getClassObject (in nsCIDRef aClass, in nsIIDRef aIID, [iid_is (aIID), retval] out nsQIResult result); */
nsresult VFTCALL downCMGetClassObject(void *pvThis, const nsCID & aClass, const nsIID & aIID, void * *result)
{
DOWN_ENTER_RC(pvThis, nsIComponentManager);
DPRINTF_NSID(aClass);
DPRINTF_NSID(aIID);
/*
* Supported interface requested?
*/
const void * pvVFT = downIsSupportedInterface(aIID);
if (pvVFT)
{
rc = pMozI->GetClassObject(aClass, aIID, result);
rc = downCreateWrapper(result, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported down interface !!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 28, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* getClassObjectByContractID
*
* Returns the factory object that can be used to create instances of
* CID aClass
*
* @param aClass The classid of the factory that is being requested
*/
/* void getClassObjectByContractID (in string aContractID, in nsIIDRef aIID, [iid_is (aIID), retval] out nsQIResult result); */
nsresult VFTCALL downCMGetClassObjectByContractID(void *pvThis, const char *aContractID, const nsIID & aIID, void * *result)
{
DOWN_ENTER_RC(pvThis, nsIComponentManager);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_NSID(aIID);
/*
* Supported interface requested?
*/
const void * pvVFT = downIsSupportedInterface(aIID);
if (pvVFT)
{
rc = pMozI->GetClassObjectByContractID(aContractID, aIID, result);
rc = downCreateWrapper(result, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported down interface !!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 19, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* createInstance
*
* Create an instance of the CID aClass and return the interface aIID.
*
* @param aClass : ClassID of object instance requested
* @param aDelegate : Used for aggregation
* @param aIID : IID of interface requested
*/
/* void createInstance (in nsCIDRef aClass, in nsISupports aDelegate, in nsIIDRef aIID, [iid_is (aIID), retval] out nsQIResult result); */
nsresult VFTCALL downCMCreateInstance(void *pvThis, const nsCID & aClass, nsISupports *aDelegate, const nsIID & aIID, void * *result)
{
DOWN_ENTER_RC(pvThis, nsIComponentManager);
DPRINTF_NSID(aClass);
DPRINTF_NSID(aIID);
dprintf(("%s: aDelegate=%p result=%p", pszFunction, aDelegate, result));
/*
* Supported interface requested?
*/
const void * pvVFT = downIsSupportedInterface(aIID);
if (pvVFT)
{
/*
* Wrap the aDelegate.
* (Pray this isn't supposed to be the same kind of wrapper as nsIID.
* Haven't found any examples using aDelegate unfortunately.)
*/
nsISupports * pupOuter = aDelegate;
rc = upCreateWrapper((void**)&pupOuter, kSupportsIID, NS_OK);
if (rc == NS_OK)
{
rc = pMozI->CreateInstance(aClass, pupOuter, aIID, result);
rc = downCreateWrapper(result, pvVFT, rc);
}
else
dprintf(("%s: failed to create up wrapper for kSupportsIID %x !!!", pszFunction, aDelegate));
}
else
{
dprintf(("%s: Unsupported down interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 31, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* createInstanceByContractID
*
* Create an instance of the CID that implements aContractID and return the
* interface aIID.
*
* @param aContractID : aContractID of object instance requested
* @param aDelegate : Used for aggregation
* @param aIID : IID of interface requested
*/
/* void createInstanceByContractID (in string aContractID, in nsISupports aDelegate, in nsIIDRef aIID, [iid_is (aIID), retval] out nsQIResult result); */
nsresult VFTCALL downCMCreateInstanceByContractID(void *pvThis, const char *aContractID, nsISupports *aDelegate, const nsIID & aIID, void * *result)
{
DOWN_ENTER_RC(pvThis, nsIComponentManager);
DPRINTF_CONTRACTID(aContractID);
DPRINTF_NSID(aIID);
dprintf(("%s: aDelegate=%p result=%p", pszFunction, aDelegate, result));
/*
* Supported interface requested?
*/
const void * pvVFT = downIsSupportedInterface(aIID);
if (pvVFT)
{
/*
* Wrap the aDelegate.
* (Pray this isn't supposed to be the same kind of wrapper as nsIID.
* Haven't found any examples using aDelegate unfortunately.)
*/
nsISupports * pupOuter = aDelegate;
rc = upCreateWrapper((void**)&pupOuter, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->CreateInstanceByContractID(aContractID, pupOuter, aIID, result);
rc = downCreateWrapper(result, pvVFT, rc);
}
else
dprintf(("%s: failed to create up wrapper for kSupportsIID %x !!!", pszFunction, aDelegate));
}
else
{
dprintf(("%s: Unsupported down interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 10, aIID.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIComponentManager, downVFTnsIComponentManager)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downCMGetClassObject, VFTDELTA_VAL()
downCMGetClassObjectByContractID, VFTDELTA_VAL()
downCMCreateInstance, VFTDELTA_VAL()
downCMCreateInstanceByContractID, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIEnumerator
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/** First will reset the list. will return NS_FAILED if no items
*/
/* void first (); */
nsresult VFTCALL downEFirst(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIEnumerator);
rc = pMozI->First();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/** Next will advance the list. will return failed if already at end
*/
/* void next (); */
nsresult VFTCALL downENext(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIEnumerator);
rc = pMozI->Next();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/** CurrentItem will return the CurrentItem item it will fail if the
* list is empty
*/
/* nsISupports currentItem (); */
nsresult VFTCALL downECurrentItem(void *pvThis, nsISupports **_retval)
{
DOWN_ENTER_RC(pvThis, nsIEnumerator);
rc = pMozI->First();
rc = downCreateWrapper((void**)_retval, kSupportsIID, rc);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/** return if the collection is at the end. that is the beginning following
* a call to Prev and it is the end of the list following a call to next
*/
/* void isDone (); */
nsresult VFTCALL downEIsDone(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIEnumerator);
rc = pMozI->IsDone();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIEnumerator, downVFTnsIEnumerator)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downEFirst, VFTDELTA_VAL()
downENext, VFTDELTA_VAL()
downECurrentItem, VFTDELTA_VAL()
downEIsDone, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIFactory
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Creates an instance of a component.
*
* @param aOuter Pointer to a component that wishes to be aggregated
* in the resulting instance. This will be nsnull if no
* aggregation is requested.
* @param iid The IID of the interface being requested in
* the component which is being currently created.
* @param result [out] Pointer to the newly created instance, if successful.
* @return NS_OK - Component successfully created and the interface
* being requested was successfully returned in result.
* NS_NOINTERFACE - Interface not accessible.
* NS_ERROR_NO_AGGREGATION - if an 'outer' object is supplied, but the
* component is not aggregatable.
* NS_ERROR* - Method failure.
*/
/* void createInstance (in nsISupports aOuter, in nsIIDRef iid, [iid_is (iid), retval] out nsQIResult result); */
nsresult VFTCALL downFactory_CreateInstance(void *pvThis, nsISupports *aOuter, const nsIID & iid, void * *result)
{
DOWN_ENTER_RC(pvThis, nsIFactory);
dprintf(("%s: aOuter result=%p", pszFunction, aOuter, result));
DPRINTF_NSID(iid);
/*
* Supported interface requested?
*/
const void * pvVFT = downIsSupportedInterface(iid);
if (pvVFT)
{
/*
* Wrap the aOuter.
* (Pray this isn't supposed to be the same kind of wrapper as nsIID.
* Haven't found any examples using aDelegate unfortunately.)
*/
nsISupports * pupOuter = aOuter;
rc = upCreateWrapper((void**)&pupOuter, kSupportsIID, NS_OK);
if (rc == NS_OK)
{
rc = pMozI->CreateInstance(pupOuter, iid, result);
rc = downCreateWrapper(result, pvVFT, rc);
}
else
dprintf(("%s: failed to create up wrapper for kSupportsIID %x !!!", pszFunction, aOuter));
}
else
{
dprintf(("%s: Unsupported down interface!!!", pszFunction));
rc = NS_NOINTERFACE;
ReleaseInt3(0xbaddbeef, 33, iid.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* LockFactory provides the client a way to keep the component
* in memory until it is finished with it. The client can call
* LockFactory(PR_TRUE) to lock the factory and LockFactory(PR_FALSE)
* to release the factory.
*
* @param lock - Must be PR_TRUE or PR_FALSE
* @return NS_OK - If the lock operation was successful.
* NS_ERROR* - Method failure.
*/
/* void lockFactory (in PRBool lock); */
nsresult VFTCALL downFactory_LockFactory(void *pvThis, PRBool lock)
{
DOWN_ENTER_RC(pvThis, nsIFactory);
dprintf(("%s: lock=%d\n", pszFunction, lock));
rc = pMozI->LockFactory(lock);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIFactory, downVFTnsIFactory)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downFactory_CreateInstance, VFTDELTA_VAL()
downFactory_LockFactory, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIInputStream
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
nsresult VFTCALL downInputStream_Close(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIInputStream);
rc = pMozI->Close();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* @return number of bytes currently available in the stream
*/
/* unsigned long available (); */
nsresult VFTCALL downInputStream_Available(void *pvThis, PRUint32 *_retval)
{
DOWN_ENTER_RC(pvThis, nsIInputStream);
dprintf(("%s: _retval=%p\n", pszFunction, _retval));
rc = pMozI->Available(_retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Read data from the stream.
*
* @param aBuf the buffer into which the data is to be read
* @param aCount the maximum number of bytes to be read
*
* @return number of bytes read (may be less than aCount).
* @return 0 if reached end of file
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if reading from the input stream would
* block the calling thread (non-blocking mode only)
* @throws <other-error> on failure
*/
/* [noscript] unsigned long read (in charPtr aBuf, in unsigned long aCount); */
nsresult VFTCALL downInputStream_Read(void *pvThis, char * aBuf, PRUint32 aCount, PRUint32 *_retval)
{
DOWN_ENTER_RC(pvThis, nsIInputStream);
dprintf(("%s: aBuf=%p aCount=%d _retval=%p\n", pszFunction, aBuf, aCount, _retval));
rc = pMozI->Read(aBuf, aCount, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Special wrapper function which get called from a little stub we create
* in downInputStream_ReadSegments. The stub pushed the entry point of
* the original function before calling us.
*/
nsresult __cdecl downOutputStream_nsWriteSegmentWrapper(
nsresult (VFTCALL pfnOrg)(nsIInputStream *aInStream, void *aClosure, const char *aFromSegment, PRUint32 aToOffset, PRUint32 aCount, PRUint32 *aWriteCount),
void *pvRet,
nsIInputStream *aInStream, void *aClosure, const char *aFromSegment,
PRUint32 aToOffset, PRUint32 aCount, PRUint32 *aWriteCount)
{
DEBUG_FUNCTIONNAME();
nsresult rc;
dprintf(("%s: pfnOrg=%p pvRet=%p aInStream=%p aClosure=%p aFromSegment=%p aToOffset=%d aCount=%d aWriteCount=%p\n",
pszFunction, pfnOrg, pvRet, aInStream, aClosure, aFromSegment, aToOffset, aCount, aWriteCount));
nsIInputStream * pDownInStream = aInStream;
rc = downCreateWrapper((void**)&pDownInStream, kInputStreamIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pfnOrg(pDownInStream, aClosure, aFromSegment, aToOffset, aCount, aWriteCount);
if (VALID_PTR(aWriteCount))
dprintf(("%s: *aWriteCount=%d\n", pszFunction, *aWriteCount));
}
dprintf(("%s: rc=%d\n", pszFunction, rc));
return rc;
}
/**
* Low-level read method that has access to the stream's underlying buffer.
* The writer function may be called multiple times for segmented buffers.
* ReadSegments is expected to keep calling the writer until either there is
* nothing left to read or the writer returns an error. ReadSegments should
* not call the writer with zero bytes to consume.
*
* @param aWriter the "consumer" of the data to be read
* @param aClosure opaque parameter passed to writer
* @param aCount the maximum number of bytes to be read
*
* @return number of bytes read (may be less than aCount)
* @return 0 if reached end of file (or if aWriter refused to consume data)
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if reading from the input stream would
* block the calling thread (non-blocking mode only)
* @throws <other-error> on failure
*
* NOTE: this function may be unimplemented if a stream has no underlying
* buffer (e.g., socket input stream).
*/
/* [noscript] unsigned long readSegments (in nsWriteSegmentFun aWriter, in voidPtr aClosure, in unsigned long aCount); */
nsresult VFTCALL downInputStream_ReadSegments(void *pvThis, nsWriteSegmentFun aWriter, void * aClosure, PRUint32 aCount, PRUint32 *_retval)
{
DOWN_ENTER_RC(pvThis, nsIInputStream);
dprintf(("%s: aWriter=%p aClosure=%p aCount=%d _retval=%p", pszFunction, aWriter, aClosure, aCount, _retval));
int i;
char achWrapper[32];
/* push aReader */
achWrapper[0] = 0x68;
*((unsigned*)&achWrapper[1]) = (unsigned)aWriter;
i = 5;
#ifdef __IBMCPP__
/* optlink - mov [ebp + 08h], eax */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x45;
achWrapper[i++] = 0x08;
/* optlink - mov [ebp + 0ch], edx */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x55;
achWrapper[i++] = 0x0c;
/* optlink - mov [ebp + 10h], ecx */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x4d;
achWrapper[i++] = 0x10;
#endif
/* call UpOutputStream_nsReadSegmentWrapper */
achWrapper[i] = 0xe8;
*((unsigned*)&achWrapper[i+1]) = (unsigned)downOutputStream_nsWriteSegmentWrapper - (unsigned)&achWrapper[i+5];
i += 5;
/* add esp, 4 */
achWrapper[i++] = 0x83;
achWrapper[i++] = 0xc4;
achWrapper[i++] = 0x04;
/* ret */
achWrapper[i++] = 0xc3;
achWrapper[i] = 0xcc;
achWrapper[i] = 0xcc;
/* do call - this better not be asynchronous stuff. */
rc = pMozI->ReadSegments((nsWriteSegmentFun)((void*)&achWrapper[0]), aClosure, aCount, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* @return true if stream is non-blocking
*/
/* boolean isNonBlocking (); */
nsresult VFTCALL downInputStream_IsNonBlocking(void *pvThis, PRBool *_retval)
{
DOWN_ENTER_RC(pvThis, nsIInputStream);
dprintf(("%s: _retval=%p\n", pszFunction, _retval));
rc = pMozI->IsNonBlocking(_retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIInputStream, downVFTnsIInputStream)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downInputStream_Close, VFTDELTA_VAL()
downInputStream_Available, VFTDELTA_VAL()
downInputStream_Read, VFTDELTA_VAL()
downInputStream_ReadSegments, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIOutputStream
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Close the stream. Forces the output stream to flush any buffered data.
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if unable to flush without blocking
* the calling thread (non-blocking mode only)
*/
/* void close (); */
nsresult VFTCALL downOutputStream_Close(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIOutputStream);
rc = pMozI->Close();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Flush the stream.
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if unable to flush without blocking
* the calling thread (non-blocking mode only)
*/
/* void flush (); */
nsresult VFTCALL downOutputStream_Flush(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIOutputStream);
rc = pMozI->Flush();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Write data into the stream.
*
* @param aBuf the buffer containing the data to be written
* @param aCount the maximum number of bytes to be written
*
* @return number of bytes written (may be less than aCount)
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if writing to the output stream would
* block the calling thread (non-blocking mode only)
* @throws <other-error> on failure
*/
/* unsigned long write (in string aBuf, in unsigned long aCount); */
nsresult VFTCALL downOutputStream_Write(void *pvThis, const char *aBuf, PRUint32 aCount, PRUint32 *_retval)
{
DOWN_ENTER_RC(pvThis, nsIOutputStream);
dprintf(("%s: aBuf=%p aCount=%d _retval=%p\n", pszFunction, aBuf, aCount, _retval));
rc = pMozI->Write(aBuf, aCount, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Writes data into the stream from an input stream.
*
* @param aFromStream the stream containing the data to be written
* @param aCount the maximum number of bytes to be written
*
* @return number of bytes written (may be less than aCount)
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if writing to the output stream would
* block the calling thread (non-blocking mode only)
* @throws <other-error> on failure
*
* NOTE: This method is defined by this interface in order to allow the
* output stream to efficiently copy the data from the input stream into
* its internal buffer (if any). If this method was provided as an external
* facility, a separate char* buffer would need to be used in order to call
* the output stream's other Write method.
*/
/* unsigned long writeFrom (in nsIInputStream aFromStream, in unsigned long aCount); */
nsresult VFTCALL downOutputStream_WriteFrom(void *pvThis, nsIInputStream *aFromStream, PRUint32 aCount, PRUint32 *_retval)
{
DOWN_ENTER_RC(pvThis, nsIOutputStream);
dprintf(("%s: aFromStream=%p aCount=%d _retval=%p\n", pszFunction, aFromStream, aCount, _retval));
nsIInputStream *pUpFromStream = aFromStream;
rc = upCreateWrapper((void**)&pUpFromStream, kInputStreamIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pMozI->WriteFrom(pUpFromStream, aCount, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Special wrapper function which get called from a little stub we create
* in UpOutputStream::WriteSegments. The stub pushed the entry point of
* the original function before calling us.
*/
nsresult __cdecl downOutputStream_nsReadSegmentWrapper(nsReadSegmentFun pfnOrg, void *pvRet,
nsIOutputStream *aOutStream, void *aClosure, char *aToSegment,
PRUint32 aFromOffset, PRUint32 aCount, PRUint32 *aReadCount)
{
DEBUG_FUNCTIONNAME();
nsresult rc;
dprintf(("%s: pfnOrg=%p pvRet=%p aOutStream=%p aClosure=%p aToSegment=%p aFromOffset=%d aCount=%d aReadCount=%p\n",
pszFunction, pfnOrg, pvRet, aOutStream, aClosure, aToSegment, aFromOffset, aCount, aReadCount));
nsIOutputStream * pupOutStream = aOutStream;
rc = upCreateWrapper((void**)&pupOutStream, kOutputStreamIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
rc = pfnOrg(pupOutStream, aClosure, aToSegment, aFromOffset, aCount, aReadCount);
if (VALID_PTR(aReadCount))
dprintf(("%s: *aReadCount=%d\n", pszFunction, *aReadCount));
}
dprintf(("%s: rc=%d\n", pszFunction, rc));
return rc;
}
/**
* Low-level write method that has access to the stream's underlying buffer.
* The reader function may be called multiple times for segmented buffers.
* WriteSegments is expected to keep calling the reader until either there
* is nothing left to write or the reader returns an error. WriteSegments
* should not call the reader with zero bytes to provide.
*
* @param aReader the "provider" of the data to be written
* @param aClosure opaque parameter passed to reader
* @param aCount the maximum number of bytes to be written
*
* @return number of bytes written (may be less than aCount)
*
* @throws NS_BASE_STREAM_WOULD_BLOCK if writing to the output stream would
* block the calling thread (non-blocking mode only)
* @throws <other-error> on failure
*
* NOTE: this function may be unimplemented if a stream has no underlying
* buffer (e.g., socket output stream).
*/
/* [noscript] unsigned long writeSegments (in nsReadSegmentFun aReader, in voidPtr aClosure, in unsigned long aCount); */
nsresult VFTCALL downOutputStream_WriteSegments(void *pvThis, nsReadSegmentFun aReader, void * aClosure, PRUint32 aCount, PRUint32 *_retval)
{
DOWN_ENTER_RC(pvThis, nsIOutputStream);
dprintf(("%s: aReader=%p aClosure=%p aCount=%d _retval=%p", pszFunction, aReader, aClosure, aCount, _retval));
int i;
char achWrapper[32];
/* push aReader */
achWrapper[0] = 0x68;
*((unsigned*)&achWrapper[1]) = (unsigned)aReader;
i = 5;
#ifdef __IBMCPP__
/* optlink - mov [ebp + 08h], eax */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x45;
achWrapper[i++] = 0x08;
/* optlink - mov [ebp + 0ch], edx */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x55;
achWrapper[i++] = 0x0c;
/* optlink - mov [ebp + 10h], ecx */
achWrapper[i++] = 0x89;
achWrapper[i++] = 0x4d;
achWrapper[i++] = 0x10;
#endif
/* call UpOutputStream_nsReadSegmentWrapper */
achWrapper[i] = 0xe8;
*((unsigned*)&achWrapper[i+1]) = (unsigned)downOutputStream_nsReadSegmentWrapper - (unsigned)&achWrapper[i+5];
i += 5;
/* add esp, 4 */
achWrapper[i++] = 0x83;
achWrapper[i++] = 0xc4;
achWrapper[i++] = 0x04;
/* _Optlink - ret */
achWrapper[i++] = 0xc3;
achWrapper[i++] = 0xcc;
achWrapper[i] = 0xcc;
/* do call - this better not be asynchronous stuff. */
rc = pMozI->WriteSegments((nsReadSegmentFun)((void*)&achWrapper[0]), aClosure, aCount, _retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* @return true if stream is non-blocking
*
* NOTE: writing to a blocking output stream will block the calling thread
* until all given data can be consumed by the stream.
*/
/* boolean isNonBlocking (); */
nsresult VFTCALL downOutputStream_IsNonBlocking(void *pvThis, PRBool *_retval)
{
DOWN_ENTER_RC(pvThis, nsIOutputStream);
dprintf(("%s: _retval=%p\n", pszFunction, _retval));
rc = pMozI->IsNonBlocking(_retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIOutputStream, downVFTnsIOutputStream)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downOutputStream_Close, VFTDELTA_VAL()
downOutputStream_Flush, VFTDELTA_VAL()
downOutputStream_Write, VFTDELTA_VAL()
downOutputStream_WriteFrom, VFTDELTA_VAL()
downOutputStream_WriteSegments, VFTDELTA_VAL()
downOutputStream_IsNonBlocking, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIInterfaceRequestor
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Retrieves the specified interface pointer.
*
* @param uuid The IID of the interface being requested.
* @param result [out] The interface pointer to be filled in if
* the interface is accessible.
* @return NS_OK - interface was successfully returned.
* NS_NOINTERFACE - interface not accessible.
* NS_ERROR* - method failure.
*/
/* void getInterface (in nsIIDRef uuid, [iid_is (uuid), retval] out nsQIResult result); */
nsresult VFTCALL downInterfaceRequestor_GetInterface(void *pvThis, const nsIID & uuid, void * *result)
{
DOWN_ENTER_RC(pvThis, nsIInterfaceRequestor);
DPRINTF_NSID(uuid);
/*
* Is this a supported interface?
*/
const void *pvVFT = downIsSupportedInterface(uuid);
if (pvVFT)
{
rc = pMozI->GetInterface(uuid, result);
rc = downCreateWrapper(result, pvVFT, rc);
}
else
{
dprintf(("%s: Unsupported interface!!!", pszFunction));
rc = NS_NOINTERFACE;
if (result)
*result = nsnull;
ReleaseInt3(0xbaddbeef, 34, uuid.m0);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIInterfaceRequestor, downVFTnsIInterfaceRequestor)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downInterfaceRequestor_GetInterface, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIRequest
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* The name of the request. Often this is the URI of the request.
*/
/* readonly attribute AUTF8String name; */
nsresult VFTCALL downRequest_GetName(void *pvThis, nsACString & aName)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
dprintf(("%s: &aName=%p", pszFunction, &aName));
/** @todo Wrap nsACString */
dprintf(("%s: nsACString wrapping isn't supported.", pszFunction));
ReleaseInt3(0xbaddbeef, 35, 0);
rc = pMozI->GetName(aName);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* @return TRUE if the request has yet to reach completion.
* @return FALSE if the request has reached completion (e.g., after
* OnStopRequest has fired).
* Suspended requests are still considered pending.
*/
/* boolean isPending (); */
nsresult VFTCALL downRequest_IsPending(void *pvThis, PRBool *_retval)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
dprintf(("%s: _retval=%p\n", pszFunction, _retval));
rc = pMozI->IsPending(_retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* The error status associated with the request.
*/
/* readonly attribute nsresult status; */
nsresult VFTCALL downRequest_GetStatus(void *pvThis, nsresult *aStatus)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
dprintf(("%s: aStatus=%p\n", pszFunction, aStatus));
rc = pMozI->GetStatus(aStatus);
if (VALID_PTR(aStatus))
dprintf(("%s: *aStatus=%#x\n", pszFunction, *aStatus));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Cancels the current request. This will close any open input or
* output streams and terminate any async requests. Users should
* normally pass NS_BINDING_ABORTED, although other errors may also
* be passed. The error passed in will become the value of the
* status attribute.
*
* @param aStatus the reason for canceling this request.
*
* NOTE: most nsIRequest implementations expect aStatus to be a
* failure code; however, some implementations may allow aStatus to
* be a success code such as NS_OK. In general, aStatus should be
* a failure code.
*/
/* void cancel (in nsresult aStatus); */
nsresult VFTCALL downRequest_Cancel(void *pvThis, nsresult aStatus)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
dprintf(("%s: aStatus=%#x\n", pszFunction, aStatus));
rc = pMozI->Cancel(aStatus);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Suspends the current request. This may have the effect of closing
* any underlying transport (in order to free up resources), although
* any open streams remain logically opened and will continue delivering
* data when the transport is resumed.
*
* NOTE: some implementations are unable to immediately suspend, and
* may continue to deliver events already posted to an event queue. In
* general, callers should be capable of handling events even after
* suspending a request.
*/
/* void suspend (); */
nsresult VFTCALL downRequest_Suspend(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
rc = pMozI->Suspend();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Resumes the current request. This may have the effect of re-opening
* any underlying transport and will resume the delivery of data to
* any open streams.
*/
/* void resume (); */
nsresult VFTCALL downRequest_Resume(void *pvThis)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
rc = pMozI->Resume();
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* The load group of this request. While pending, the request is a
* member of the load group. It is the responsibility of the request
* to implement this policy.
*/
/* attribute nsILoadGroup loadGroup; */
nsresult VFTCALL downRequest_GetLoadGroup(void *pvThis, nsILoadGroup * *aLoadGroup)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
dprintf(("%s: aLoadGroup=%p\n", pszFunction, aLoadGroup));
rc = pMozI->GetLoadGroup(aLoadGroup);
rc = downCreateWrapper((void**)aLoadGroup, kLoadGroupIID, rc);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downRequest_SetLoadGroup(void *pvThis, nsILoadGroup * aLoadGroup)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
dprintf(("%s: aLoadGroup=%p\n", pszFunction, aLoadGroup));
nsILoadGroup * pUpLoadGroup = aLoadGroup;
rc = upCreateWrapper((void**)&pUpLoadGroup, kLoadGroupIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->SetLoadGroup(pUpLoadGroup);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* The load flags of this request. Bits 0-15 are reserved.
*
* When added to a load group, this request's load flags are merged with
* the load flags of the load group.
*/
/* attribute nsLoadFlags loadFlags; */
nsresult VFTCALL downRequest_GetLoadFlags(void *pvThis, nsLoadFlags *aLoadFlags)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
dprintf(("%s: aLoadFlags=%p\n", pszFunction, aLoadFlags));
rc = pMozI->GetLoadFlags(aLoadFlags);
if (VALID_PTR(aLoadFlags))
dprintf(("%s: *aLoadFlags=%#x\n", pszFunction, *aLoadFlags));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downRequest_SetLoadFlags(void *pvThis, nsLoadFlags aLoadFlags)
{
DOWN_ENTER_RC(pvThis, nsIRequest);
dprintf(("%s: aLoadFlags=%p\n", pszFunction, aLoadFlags));
rc = pMozI->SetLoadFlags(aLoadFlags);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIRequest, downVFTnsIRequest)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downRequest_GetName, VFTDELTA_VAL()
downRequest_IsPending, VFTDELTA_VAL()
downRequest_GetStatus, VFTDELTA_VAL()
downRequest_Cancel, VFTDELTA_VAL()
downRequest_Suspend, VFTDELTA_VAL()
downRequest_Resume, VFTDELTA_VAL()
downRequest_GetLoadGroup, VFTDELTA_VAL()
downRequest_SetLoadGroup, VFTDELTA_VAL()
downRequest_GetLoadFlags, VFTDELTA_VAL()
downRequest_SetLoadFlags, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsILoadGroup
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* The group observer is notified when requests are added to and removed
* from this load group. The groupObserver is weak referenced.
*/
/* attribute nsIRequestObserver groupObserver; */
nsresult VFTCALL downLoadGroup_GetGroupObserver(void *pvThis, nsIRequestObserver * *aGroupObserver)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aGroupObserver=%p\n", pszFunction, aGroupObserver));
rc = pMozI->GetGroupObserver(aGroupObserver);
rc = downCreateWrapper((void**)aGroupObserver, kRequestObserverIID, rc);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downLoadGroup_SetGroupObserver(void *pvThis, nsIRequestObserver * aGroupObserver)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aGroupObserver=%p\n", pszFunction, aGroupObserver));
nsIRequestObserver * pUpGroupObserver = aGroupObserver;
rc = upCreateWrapper((void**)&pUpGroupObserver, kRequestObserverIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->SetGroupObserver(pUpGroupObserver);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Accesses the default load request for the group. Each time a number
* of requests are added to a group, the defaultLoadRequest may be set
* to indicate that all of the requests are related to a base request.
*
* The load group inherits its load flags from the default load request.
* If the default load request is NULL, then the group's load flags are
* not changed.
*/
/* attribute nsIRequest defaultLoadRequest; */
nsresult VFTCALL downLoadGroup_GetDefaultLoadRequest(void *pvThis, nsIRequest * *aDefaultLoadRequest)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aDefaultLoadRequest=%p\n", pszFunction, aDefaultLoadRequest));
rc = pMozI->GetDefaultLoadRequest(aDefaultLoadRequest);
rc = downCreateWrapper((void**)aDefaultLoadRequest, kRequestIID, rc);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downLoadGroup_SetDefaultLoadRequest(void *pvThis, nsIRequest * aDefaultLoadRequest)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aDefaultLoadRequest=%p\n", pszFunction, aDefaultLoadRequest));
nsIRequest * pUpDefaultLoadRequest = aDefaultLoadRequest;
rc = upCreateWrapper((void**)&pUpDefaultLoadRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->SetDefaultLoadRequest(pUpDefaultLoadRequest);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Adds a new request to the group. This will cause the default load
* flags to be applied to the request. If this is a foreground
* request then the groupObserver's onStartRequest will be called.
*
* If the request is the default load request or if the default load
* request is null, then the load group will inherit its load flags from
* the request.
*/
/* void addRequest (in nsIRequest aRequest, in nsISupports aContext); */
nsresult VFTCALL downLoadGroup_AddRequest(void *pvThis, nsIRequest *aRequest, nsISupports *aContext)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aRequest=%p aContext=%p\n", pszFunction, aRequest, aContext));
nsIRequest * pUpRequest = aRequest;
rc = upCreateWrapper((void**)&pUpRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports * pUpContext = aContext;
rc = upCreateWrapper((void**)&pUpContext, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
rc = pMozI->AddRequest(pUpRequest, pUpContext);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Removes a request from the group. If this is a foreground request
* then the groupObserver's onStopRequest will be called.
*/
/* void removeRequest (in nsIRequest aRequest, in nsISupports aContext, in nsresult aStatus); */
nsresult VFTCALL downLoadGroup_RemoveRequest(void *pvThis, nsIRequest *aRequest, nsISupports *aContext, nsresult aStatus)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aRequest=%p aContext=%p aStatus=%#x\n", pszFunction, aRequest, aContext, aStatus));
nsIRequest * pUpRequest = aRequest;
rc = upCreateWrapper((void**)&pUpRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports * pUpContext = aContext;
rc = upCreateWrapper((void**)&pUpContext, kSupportsIID, rc);
if (NS_SUCCEEDED(rc))
rc = pMozI->RemoveRequest(pUpRequest, pUpContext, aStatus);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns the requests contained directly in this group.
* Enumerator element type: nsIRequest.
*/
/* readonly attribute nsISimpleEnumerator requests; */
nsresult VFTCALL downLoadGroup_GetRequests(void *pvThis, nsISimpleEnumerator * *aRequests)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aRequests=%p\n", pszFunction, aRequests));
rc = pMozI->GetRequests(aRequests);
rc = downCreateWrapper((void**)aRequests, kSimpleEnumeratorIID, rc);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Returns the count of "active" requests (ie. requests without the
* LOAD_BACKGROUND bit set).
*/
/* readonly attribute unsigned long activeCount; */
nsresult VFTCALL downLoadGroup_GetActiveCount(void *pvThis, PRUint32 *aActiveCount)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aActiveCount=%p\n", pszFunction, aActiveCount));
rc = pMozI->GetActiveCount(aActiveCount);
if (VALID_PTR(aActiveCount))
dprintf(("%s: *aActiveCount=%d\n", pszFunction, aActiveCount));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Notification callbacks for the load group.
*/
/* attribute nsIInterfaceRequestor notificationCallbacks; */
nsresult VFTCALL downLoadGroup_GetNotificationCallbacks(void *pvThis, nsIInterfaceRequestor * *aNotificationCallbacks)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aNotificationCallbacks=%p\n", pszFunction, aNotificationCallbacks));
rc = pMozI->GetNotificationCallbacks(aNotificationCallbacks);
rc = downCreateWrapper((void**)aNotificationCallbacks, kInterfaceRequestorIID, rc);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downLoadGroup_SetNotificationCallbacks(void *pvThis, nsIInterfaceRequestor * aNotificationCallbacks)
{
DOWN_ENTER_RC(pvThis, nsILoadGroup);
dprintf(("%s: aNotificationCallbacks=%p\n", pszFunction, aNotificationCallbacks));
nsIInterfaceRequestor * pUpNotificationCallbacks = aNotificationCallbacks;
rc = upCreateWrapper((void**)&pUpNotificationCallbacks, kInterfaceRequestorIID, rc);
rc = pMozI->SetNotificationCallbacks(pUpNotificationCallbacks);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsILoadGroup, downVFTnsILoadGroup)
{
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
/* */
downRequest_GetName, VFTDELTA_VAL()
downRequest_IsPending, VFTDELTA_VAL()
downRequest_GetStatus, VFTDELTA_VAL()
downRequest_Cancel, VFTDELTA_VAL()
downRequest_Suspend, VFTDELTA_VAL()
downRequest_Resume, VFTDELTA_VAL()
downRequest_GetLoadGroup, VFTDELTA_VAL()
downRequest_SetLoadGroup, VFTDELTA_VAL()
downRequest_GetLoadFlags, VFTDELTA_VAL()
downRequest_SetLoadFlags, VFTDELTA_VAL()
},
downLoadGroup_GetGroupObserver, VFTDELTA_VAL()
downLoadGroup_SetGroupObserver, VFTDELTA_VAL()
downLoadGroup_GetDefaultLoadRequest, VFTDELTA_VAL()
downLoadGroup_SetDefaultLoadRequest, VFTDELTA_VAL()
downLoadGroup_AddRequest, VFTDELTA_VAL()
downLoadGroup_RemoveRequest, VFTDELTA_VAL()
downLoadGroup_GetRequests, VFTDELTA_VAL()
downLoadGroup_GetActiveCount, VFTDELTA_VAL()
downLoadGroup_GetNotificationCallbacks, VFTDELTA_VAL()
downLoadGroup_SetNotificationCallbacks, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIPluginStreamInfo
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/* readonly attribute nsMIMEType contentType; */
nsresult VFTCALL downPluginStreamInfo_GetContentType(void *pvThis, nsMIMEType *aContentType)
{
DOWN_ENTER_RC(pvThis, nsIPluginStreamInfo);
dprintf(("%s: aContentType=%p\n", pszFunction, aContentType));
rc = pMozI->GetContentType(aContentType);
if (VALID_PTR(aContentType))
DPRINTF_STR(*aContentType);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* void isSeekable (out boolean aSeekable); */
nsresult VFTCALL downPluginStreamInfo_IsSeekable(void *pvThis, PRBool *aSeekable)
{
DOWN_ENTER_RC(pvThis, nsIPluginStreamInfo);
dprintf(("%s: aSeekable=%p\n", pszFunction, aSeekable));
rc = pMozI->IsSeekable(aSeekable);
if (VALID_PTR(aSeekable))
dprintf(("%s: *aSeekable=%d\n", pszFunction, *aSeekable));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* readonly attribute unsigned long length; */
nsresult VFTCALL downPluginStreamInfo_GetLength(void *pvThis, PRUint32 *aLength)
{
DOWN_ENTER_RC(pvThis, nsIPluginStreamInfo);
dprintf(("%s: aLength=%p\n", pszFunction, aLength));
rc = pMozI->GetLength(aLength);
if (VALID_PTR(aLength))
dprintf(("%s: *aLength=%d\n", pszFunction, *aLength));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* readonly attribute unsigned long lastModified; */
nsresult VFTCALL downPluginStreamInfo_GetLastModified(void *pvThis, PRUint32 *aLastModified)
{
DOWN_ENTER_RC(pvThis, nsIPluginStreamInfo);
dprintf(("%s: aLastModified=%p\n", pszFunction, aLastModified));
rc = pMozI->GetLastModified(aLastModified);
if (VALID_PTR(aLastModified))
dprintf(("%s: *aLastModified=%d\n", pszFunction, *aLastModified));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* void getURL (out constCharPtr aURL); */
nsresult VFTCALL downPluginStreamInfo_GetURL(void *pvThis, const char * *aURL)
{
DOWN_ENTER_RC(pvThis, nsIPluginStreamInfo);
dprintf(("%s: aURL=%p\n", pszFunction, aURL));
rc = pMozI->GetURL(aURL);
if (VALID_PTR(aURL))
DPRINTF_STR(*aURL);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* void requestRead (in nsByteRangePtr aRangeList); */
nsresult VFTCALL downPluginStreamInfo_RequestRead(void *pvThis, nsByteRange * aRangeList)
{
DOWN_ENTER_RC(pvThis, nsIPluginStreamInfo);
dprintf(("%s: aRangeList=%p\n", pszFunction, aRangeList));
rc = pMozI->RequestRead(aRangeList);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/* attribute long streamOffset; */
nsresult VFTCALL downPluginStreamInfo_GetStreamOffset(void *pvThis, PRInt32 *aStreamOffset)
{
DOWN_ENTER_RC(pvThis, nsIPluginStreamInfo);
dprintf(("%s: aStreamOffset=%p\n", pszFunction, aStreamOffset));
rc = pMozI->GetStreamOffset(aStreamOffset);
if (VALID_PTR(aStreamOffset))
dprintf(("%s: *aStreamOffset=%p\n", pszFunction, *aStreamOffset));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
nsresult VFTCALL downPluginStreamInfo_SetStreamOffset(void *pvThis, PRInt32 aStreamOffset)
{
DOWN_ENTER_RC(pvThis, nsIPluginStreamInfo);
dprintf(("%s: aStreamOffset=%d\n", pszFunction, aStreamOffset));
rc = pMozI->SetStreamOffset(aStreamOffset);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIPluginStreamInfo, downVFTnsIPluginStreamInfo)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downPluginStreamInfo_GetContentType, VFTDELTA_VAL()
downPluginStreamInfo_IsSeekable, VFTDELTA_VAL()
downPluginStreamInfo_GetLength, VFTDELTA_VAL()
downPluginStreamInfo_GetLastModified, VFTDELTA_VAL()
downPluginStreamInfo_GetURL, VFTDELTA_VAL()
downPluginStreamInfo_RequestRead, VFTDELTA_VAL()
downPluginStreamInfo_GetStreamOffset, VFTDELTA_VAL()
downPluginStreamInfo_SetStreamOffset, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIRequestObserver
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Called to signify the beginning of an asynchronous request.
*
* @param aRequest request being observed
* @param aContext user defined context
*
* An exception thrown from onStartRequest has the side-effect of
* causing the request to be canceled.
*/
/* void onStartRequest (in nsIRequest aRequest, in nsISupports aContext); */
nsresult VFTCALL downRequestObserver_OnStartRequest(void *pvThis, nsIRequest *aRequest, nsISupports *aContext)
{
DOWN_ENTER_RC(pvThis, nsIRequestObserver);
dprintf(("%s: aRequest=%p aContext=%p\n", pszFunction, aRequest, aContext));
nsIRequest *pUpRequest = aRequest;
rc = upCreateWrapper((void**)&pUpRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pUpContext = aContext;
rc = upCreateWrapper((void**)&pUpContext, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->OnStartRequest(pUpRequest, pUpContext);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Called to signify the end of an asynchronous request. This
* call is always preceded by a call to onStartRequest.
*
* @param aRequest request being observed
* @param aContext user defined context
* @param aStatusCode reason for stopping (NS_OK if completed successfully)
*
* An exception thrown from onStopRequest is generally ignored.
*/
/* void onStopRequest (in nsIRequest aRequest, in nsISupports aContext, in nsresult aStatusCode); */
nsresult VFTCALL downRequestObserver_OnStopRequest(void *pvThis, nsIRequest *aRequest, nsISupports *aContext, nsresult aStatusCode)
{
DOWN_ENTER_RC(pvThis, nsIRequestObserver);
dprintf(("%s: aRequest=%p aContext=%p aStatusCode=%d\n", pszFunction, aRequest, aContext, aStatusCode));
nsIRequest *pUpRequest = aRequest;
rc = upCreateWrapper((void**)&pUpRequest, kRequestIID, NS_OK);
if (NS_SUCCEEDED(rc))
{
nsISupports *pUpContext = aContext;
rc = upCreateWrapper((void**)&pUpContext, kSupportsIID, NS_OK);
if (NS_SUCCEEDED(rc))
rc = pMozI->OnStopRequest(pUpRequest, pUpContext, aStatusCode);
}
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIRequestObserver, downVFTnsIRequestObserver)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downRequestObserver_OnStartRequest, VFTDELTA_VAL()
downRequestObserver_OnStopRequest, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsISimpleEnumerator
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Called to determine whether or not the enumerator has
* any elements that can be returned via getNext(). This method
* is generally used to determine whether or not to initiate or
* continue iteration over the enumerator, though it can be
* called without subsequent getNext() calls. Does not affect
* internal state of enumerator.
*
* @see getNext()
* @return PR_TRUE if there are remaining elements in the enumerator.
* PR_FALSE if there are no more elements in the enumerator.
*/
/* boolean hasMoreElements (); */
nsresult VFTCALL downSimpleEnumerator_HasMoreElements(void *pvThis, PRBool *_retval)
{
DOWN_ENTER_RC(pvThis, nsISimpleEnumerator);
dprintf(("%s: _retval=%p\n", pszFunction, _retval));
rc = pMozI->HasMoreElements(_retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d\n", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* Called to retrieve the next element in the enumerator. The "next"
* element is the first element upon the first call. Must be
* pre-ceeded by a call to hasMoreElements() which returns PR_TRUE.
* This method is generally called within a loop to iterate over
* the elements in the enumerator.
*
* @see hasMoreElements()
* @return NS_OK if the call succeeded in returning a non-null
* value through the out parameter.
* NS_ERROR_FAILURE if there are no more elements
* to enumerate.
* @return the next element in the enumeration.
*/
/* nsISupports getNext (); */
nsresult VFTCALL downSimpleEnumerator_GetNext(void *pvThis, nsISupports **_retval)
{
DOWN_ENTER_RC(pvThis, nsISimpleEnumerator);
dprintf(("%s: _retval=%p\n", pszFunction, _retval));
rc = pMozI->GetNext(_retval);
rc = downCreateWrapper((void**)_retval, kSupportsIID, rc);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsISimpleEnumerator, downVFTnsISimpleEnumerator)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downSimpleEnumerator_HasMoreElements, VFTDELTA_VAL()
downSimpleEnumerator_GetNext, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: FlashIObject7
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Notify the observer that the URL has started to load. This method is
* called only once, at the beginning of a URL load.<BR><BR>
*
* @param aPluginInfo - plugin stream info
* @return - the return value is currently ignored, in the future
* it may be used to cancel the URL load..
*/
/* void onStartBinding (in nsIPluginStreamInfo aPluginInfo); */
nsresult VFTCALL downFlashIObject7_Evaluate(void *pvThis, const char *aString, FlashIObject7 **aFlashObject)
{
DOWN_ENTER_RC(pvThis, FlashIObject7);
dprintf(("%s: aString=%p aFlashObject=%p", pszFunction, aString, aFlashObject));
DPRINTF_STR(aString);
rc = pMozI->Evaluate(aString, aFlashObject);
rc = downCreateWrapper((void**)aFlashObject, kFlashIObject7IID, NS_OK);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTFlashIObject7, downVFTFlashIObject7)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downFlashIObject7_Evaluate, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIHTTPHeaderListener
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Called for each HTTP Response header.
* NOTE: You must copy the values of the params.
*/
/* void newResponseHeader (in string headerName, in string headerValue); */
nsresult VFTCALL downHTTPHeaderListener_NewResponseHeader(void *pvThis, const char *headerName, const char *headerValue)
{
DOWN_ENTER_RC(pvThis, nsIHTTPHeaderListener);
DPRINTF_STR(headerName);
DPRINTF_STR(headerValue);
rc = pMozI->NewResponseHeader(headerName, headerValue);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIHTTPHeaderListener, downVFTnsIHTTPHeaderListener)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downHTTPHeaderListener_NewResponseHeader, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN: nsIMemory
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Allocates a block of memory of a particular size. If the memory
* cannot be allocated (because of an out-of-memory condition), null
* is returned.
*
* @param size - the size of the block to allocate
* @result the block of memory
*/
/* [noscript, notxpcom] voidPtr alloc (in size_t size); */
void * VFTCALL downMemory_Alloc(void *pvThis, size_t size)
{
DOWN_ENTER_NORET(pvThis, nsIMemory);
dprintf(("%s: size=%d\n", pszFunction, size));
void *pv = pMozI->Alloc(size);
DOWN_LEAVE_INT(pvThis, (unsigned)pv);
return pv;
}
/**
* Reallocates a block of memory to a new size.
*
* @param ptr - the block of memory to reallocate
* @param size - the new size
* @result the reallocated block of memory
*
* If ptr is null, this function behaves like malloc.
* If s is the size of the block to which ptr points, the first
* min(s, size) bytes of ptr's block are copied to the new block.
* If the allocation succeeds, ptr is freed and a pointer to the
* new block returned. If the allocation fails, ptr is not freed
* and null is returned. The returned value may be the same as ptr.
*/
/* [noscript, notxpcom] voidPtr realloc (in voidPtr ptr, in size_t newSize); */
void * VFTCALL downMemory_Realloc(void *pvThis, void * ptr, size_t newSize)
{
DOWN_ENTER_NORET(pvThis, nsIMemory);
dprintf(("%s: ptr=%p newSize=%d\n", pszFunction, ptr, newSize));
void *pv = pMozI->Realloc(ptr, newSize);
DOWN_LEAVE_INT(pvThis, (unsigned)pv);
return pv;
}
/**
* Frees a block of memory. Null is a permissible value, in which case
* nothing happens.
*
* @param ptr - the block of memory to free
*/
/* [noscript, notxpcom] void free (in voidPtr ptr); */
void VFTCALL downMemory_Free(void *pvThis, void * ptr)
{
DOWN_ENTER_NORET(pvThis, nsIMemory);
dprintf(("%s: ptr=%p\n", pszFunction, ptr));
pMozI->Free(ptr);
DOWN_LEAVE(pvThis);
return;
}
/**
* Attempts to shrink the heap.
* @param immediate - if true, heap minimization will occur
* immediately if the call was made on the main thread. If
* false, the flush will be scheduled to happen when the app is
* idle.
* @return NS_ERROR_FAILURE if 'immediate' is set an the call
* was not on the application's main thread.
*/
/* void heapMinimize (in boolean immediate); */
nsresult VFTCALL downMemory_HeapMinimize(void *pvThis, PRBool immediate)
{
DOWN_ENTER_RC(pvThis, nsIMemory);
dprintf(("%s: immediate=%d\n", pszFunction, immediate));
rc = pMozI->HeapMinimize(immediate);
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
/**
* This predicate can be used to determine if we're in a low-memory
* situation (what constitutes low-memory is platform dependent). This
* can be used to trigger the memory pressure observers.
*/
/* boolean isLowMemory (); */
nsresult VFTCALL downMemory_IsLowMemory(void *pvThis, PRBool *_retval)
{
DOWN_ENTER_RC(pvThis, nsIMemory);
dprintf(("%s: _retval=%p\n", pszFunction, _retval));
rc = pMozI->IsLowMemory(_retval);
if (VALID_PTR(_retval))
dprintf(("%s: *_retval=%d", pszFunction, *_retval));
DOWN_LEAVE_INT(pvThis, rc);
return rc;
}
MAKE_SAFE_VFT(VFTnsIMemory, downVFTnsIMemory)
{
{
VFTFIRST_VAL()
downQueryInterface, VFTDELTA_VAL()
downAddRef, VFTDELTA_VAL()
downRelease, VFTDELTA_VAL()
},
downMemory_Alloc, VFTDELTA_VAL()
downMemory_Realloc, VFTDELTA_VAL()
downMemory_Free, VFTDELTA_VAL()
downMemory_HeapMinimize, VFTDELTA_VAL()
downMemory_IsLowMemory, VFTDELTA_VAL()
}
SAFE_VFT_ZEROS();
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// DOWN Helpers
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/** Supported Interface for downQueryInterface(). */
static struct SupportedInterface_Down
{
/** Interface ID. */
const nsIID * pIID;
/** Virtual Function Table. */
const void * pvVFT;
} aDownInterfaces[] =
{
{ &kServiceManagerIID, &downVFTnsIServiceManager },
{ &kServiceManagerObsoleteIID, &downVFTnsIServiceManagerObsolete },
{ &kSupportsIID, &downVFTnsISupports },
{ &kPluginManagerIID, &downVFTnsIPluginManager },
{ &kPluginManager2IID, &downVFTnsIPluginManager2 },
{ &kPluginInstancePeerIID, &downVFTnsIPluginInstancePeer },
{ &kPluginInstancePeer2IID, &downVFTnsIPluginInstancePeer2 },
{ &kPluginTagInfoIID, &downVFTnsIPluginTagInfo },
{ &kPluginTagInfo2IID, &downVFTnsIPluginTagInfo2 },
{ &kCookieStorageIID, &downVFTnsICookieStorage },
{ &kJVMThreadManagerIID, &downVFTnsIJVMThreadManager },
{ &kJVMManagerIID, &downVFTnsIJVMManager },
{ &kLiveconnectIID, &downVFTnsILiveconnect },
{ &kSecureLiveconnectIID, &downVFTnsISecureLiveconnect },
{ &kComponentManagerIID, &downVFTnsIComponentManager },
{ &kComponentManagerObsoleteIID,&downVFTnsIComponentManagerObsolete },
{ &kSecurityContextIID, &downVFTnsISecurityContext },
{ &kEnumeratorIID, &downVFTnsIEnumerator },
{ &kFactoryIID, &downVFTnsIFactory },
{ &kInputStreamIID, &downVFTnsIInputStream },
{ &kOutputStreamIID, &downVFTnsIOutputStream },
{ &kInterfaceRequestorIID, &downVFTnsIInterfaceRequestor },
{ &kRequestIID, &downVFTnsIRequest },
{ &kLoadGroupIID, &downVFTnsILoadGroup },
{ &kPluginStreamInfoIID, &downVFTnsIPluginStreamInfo },
{ &kRequestObserverIID, &downVFTnsIRequestObserver },
{ &kSimpleEnumeratorIID, &downVFTnsISimpleEnumerator },
{ &kFlashIObject7IID, &downVFTFlashIObject7 },
{ &kHTTPHeaderListenerIID, &downVFTnsIHTTPHeaderListener },
{ &kMemoryIID, &downVFTnsIMemory },
};
/**
* Checks if the specified Interface ID is supported by the 'down'
* wrappers.
*
* @returns Pointer to the virtual function table for the wrapper if supported.
* @returns NULL if not supported.
* @param aIID Reference to the Interface ID.
*
*/
const void * downIsSupportedInterface(REFNSIID aIID)
{
for (unsigned iInterface = 0; iInterface < sizeof(aDownInterfaces) / sizeof(aDownInterfaces[0]); iInterface++)
if (aDownInterfaces[iInterface].pIID->Equals(aIID))
return aDownInterfaces[iInterface].pvVFT;
return NULL;
}
/**
* Creates a 'down' wrapper - a wrapper object which is presented down to the
* Win32 plugin.
*
* @returns rcOrg on success.
* @returns Appropriate error message on failure.
*
* @param pvVFT Pointer to the wrapper VFT.
* @param ppvResult Where the caller have requested the interface pointer
* to be stored.
* On entry this is the pointer to create wrapper for.
* On exit this will point to the created wrapper.
* @param rc The RC returned by the original method, this is
* returned on success.
*/
nsresult downCreateWrapper(void **ppvResult, const void *pvVFT, nsresult rc)
{
DEBUG_FUNCTIONNAME();
dprintf(("%s: pvvResult=%x, pvVFT=%x, rc=%x", pszFunction, pvVFT, ppvResult, rc));
#ifdef DEBUG
for (unsigned iInterface = 0; iInterface < sizeof(aDownInterfaces) / sizeof(aDownInterfaces[0]); iInterface++)
if (aDownInterfaces[iInterface].pvVFT == pvVFT)
{
DPRINTF_NSID(*aDownInterfaces[iInterface].pIID);
break;
}
#endif
if (VALID_PTR(ppvResult))
{
if (VALID_PTR(*ppvResult))
{
if (pvVFT)
{
if (NS_SUCCEEDED(rc))
{
void *pvThis = *ppvResult;
/*
* First check if the object returned actually is an up wrapper.
*/
void *pvNoWrapper = UpWrapperBase::findUpWrapper(pvThis);
if (pvNoWrapper)
{
dprintf(("%s: COOL! pvThis(%x) is an up wrapper, no wrapping needed. returns real obj=%x",
pszFunction, pvThis, pvNoWrapper));
*ppvResult = pvNoWrapper;
return rc;
}
#if 1 //did this to minimize heap calls
/*
* Check if exists before trying to create one.
*/
DOWN_LOCK();
for (PDOWNTHIS pDown = (PDOWNTHIS)gpDownHead; pDown; pDown = (PDOWNTHIS)pDown->pNext)
if (pDown->pvThis == pvThis)
{
if (pDown->pvVFT == pvVFT)
{
DOWN_UNLOCK();
dprintf(("%s: Found existing wrapper %x for %x.", pszFunction, pDown, pvThis));
*ppvResult = pDown;
return rc;
}
}
DOWN_UNLOCK();
#endif
/*
* Create the wrapper.
* See upCreateWrapper for explanation of why this is done this way.
*/
PDOWNTHIS pWrapper = new DOWNTHIS;
if (pWrapper)
{
pWrapper->initialize(pvThis, pvVFT);
/*
* Check if there is any existing down wrapper for this object/pvVFT.
*/
DOWN_LOCK();
for (PDOWNTHIS pDown = (PDOWNTHIS)gpDownHead; pDown; pDown = (PDOWNTHIS)pDown->pNext)
if (pDown->pvThis == pvThis)
{
if (pDown->pvVFT == pvVFT)
{
DOWN_UNLOCK();
delete pWrapper;
dprintf(("%s: Found existing wrapper %x for %x. (2)", pszFunction, pDown, pvThis));
*ppvResult = pDown;
return rc;
}
}
/*
* Ok, no existing wrapper, insert the new one.
*/
pWrapper->pNext = gpDownHead;
gpDownHead = pWrapper;
DOWN_UNLOCK();
dprintf(("%s: Created wrapper %x for %x.", pszFunction, pWrapper, pvThis));
*ppvResult = pWrapper;
return rc;
}
dprintf(("new failed!!"));
rc = NS_ERROR_OUT_OF_MEMORY;
}
else
dprintf(("%s: Passed in rc means failure, (rc=%x)", pszFunction, rc));
}
else
{
dprintf(("%s: No VFT, that can only mean that it's an Unsupported interface!!!", pszFunction));
rc = NS_ERROR_NOT_IMPLEMENTED;
ReleaseInt3(0xbaddbeef, 6, 0);
}
*ppvResult = nsnull;
}
else if (*ppvResult || rc != NS_OK) /* don't complain about the obvious.. we use this combination. */
dprintf(("%s: *ppvResult (=%p) is invalid (rc=%x)", pszFunction, *ppvResult, rc));
}
else
dprintf(("%s: ppvResult (=%p) is invalid (rc=%x)", pszFunction, ppvResult, rc));
return rc;
}
/**
* Create down wrapper by Interface Id.
*/
nsresult downCreateWrapper(void **ppvResult, REFNSIID aIID, nsresult rc)
{
return downCreateWrapper(ppvResult, downIsSupportedInterface(aIID), rc);
}
/**
* Create a JNIEnv wrapper for sending down to the plugin.
* @returns rc on success
* @returns rc or othere error code on failure.
* @param ppJNIEnv Where to get and store the JNIEnv wrapper.
* @param rc Current rc.
*/
int downCreateJNIEnvWrapper(JNIEnv **ppJNIEnv, int rc)
{
DEBUG_FUNCTIONNAME();
dprintf(("%s: ppJNIEnv=%x, rc=%x", pszFunction, ppJNIEnv, rc));
if (VALID_PTR(ppJNIEnv))
{
if (VALID_PTR(*ppJNIEnv))
{
if (NS_SUCCEEDED(rc))
{
/*
* Success!
*/
return rc;
}
else
dprintf(("%s: The query method failed with rc=%x", pszFunction, rc));
*ppJNIEnv = nsnull;
}
else if (*ppJNIEnv || rc != NS_OK) /* don't complain about the obvious.. we use this combination. */
dprintf(("%s: *ppJNIEnv (=%p) is invalid (rc=%x)", pszFunction, *ppJNIEnv, rc));
}
else
dprintf(("%s: ppJNIEnv (=%p) is invalid (rc=%x)", pszFunction, ppJNIEnv, rc));
return rc;
}
/**
* Lock the down wrapper list.
*/
void downLock(void)
{
DEBUG_FUNCTIONNAME();
if (!ghmtxDown)
{
int rc = DosCreateMutexSem(NULL, &ghmtxDown, 0, TRUE);
if (rc)
{
dprintf(("%s: DosCreateMutexSem failed with rc=%d.", pszFunction, rc));
ReleaseInt3(0xdeadbee1, 0xd000, rc);
}
}
else
{
int rc = DosRequestMutexSem(ghmtxDown, SEM_INDEFINITE_WAIT);
if (rc)
{
dprintf(("%s: DosRequestMutexSem failed with rc=%d.", pszFunction, rc));
ReleaseInt3(0xdeadbee1, 0xd001, rc);
}
//@todo handle cases with the holder dies.
}
}
/**
* UnLock the down wrapper list.
*/
void downUnLock(void)
{
DEBUG_FUNCTIONNAME();
int rc = DosReleaseMutexSem(ghmtxDown);
if (rc)
{
dprintf(("%s: DosRequestMutexSem failed with rc=%d.", pszFunction, rc));
ReleaseInt3(0xdeadbee1, 0xd002, rc);
}
//@todo handle cases with the holder dies.
}
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// Misc Helpers
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
/**
* Looks up the understable name corresponding to the specified nsID.
* @returns name string if found.
* @returns "<unknown>" if not found.
* @param aIIDorCID IID or CID to lookup.
*/
const char * getIIDCIDName(REFNSIID aIIDorCID)
{
for (unsigned i = 0; i < sizeof(aIDNameLookup) / sizeof(aIDNameLookup[0]); i++)
if (aIDNameLookup[i].pID->Equals(aIIDorCID))
return aIDNameLookup[i].pszName;
return "<unknown>";
}
/**
* Get NSID from string.
*
* @returns pointer to NSID.
* @returns NULL if not found.
* @param aIIDorCID IID or CID to lookup.
*/
const nsID * getIIDCIDFromName(const char *pszStrID)
{
for (unsigned i = 0; i < sizeof(aIDStrIDLookup) / sizeof(aIDStrIDLookup[0]); i++)
if (!stricmp(aIDStrIDLookup[i].pszStrID, pszStrID))
return aIDStrIDLookup[i].pID;
return NULL;
}
/**
* This is a hack to fix problems occuring when a plugin send the browser a non
* UTF-8 when a UTF-8 string is expected.
*
* This is only experimental stuff.
*
* @param pszString String to validate and hack.
* @param pszFunction Function we're called from.
*/
void verifyAndFixUTF8String(const char *pszString, const char *pszFunction)
{
/* Fix for stupid Mozilla+IBM:
* The interface doesn't say UTF8, but mozilla expects it.
* The IBM guys didn't check the mozilla sources and sends it
* a string in the current code page.
* We'll work around this by spacing out all characaters which
* aren't valid UTF8.
*/
unsigned char *pszString2 = *(unsigned char**)((void*)&pszString);
for (unsigned char *pch = pszString2; *pch; pch++)
{
unsigned ch = *pch;
if (ch > 0x7f)
{
/*
U-00000000 - U-0000007F: 0xxxxxxx
U-00000080 - U-000007FF: 110xxxxx 10xxxxxx
U-00000800 - U-0000FFFF: 1110xxxx 10xxxxxx 10xxxxxx
U-00010000 - U-001FFFFF: 11110xxx 10xxxxxx 10xxxxxx 10xxxxxx
U-00200000 - U-03FFFFFF: 111110xx 10xxxxxx 10xxxxxx 10xxxxxx 10xxxxxx
U-04000000 - U-7FFFFFFF: 1111110x 10xxxxxx 10xxxxxx 10xxxxxx 10xxxxxx 10xxxxxx
*/
unsigned val;
unsigned min;
unsigned c;
unsigned i;
if ((ch & 0xe0) == 0xc0)
{
c = 1;
min = 0x80;
val = ch & ~0xc0;
}
else if ((ch & 0xf0) == 0xe0)
{
c = 2;
min = 0x800;
val = ch & ~0xe0;
}
else if ((ch & 0xf8) == 0xf0)
{
c = 3;
min = 0x1000;
val = ch & ~0xf0;
}
else if ((ch & 0xfc) == 0xf8)
{
c = 4;
min = 0x20000;
val = ch & ~0xf8;
}
else if ((ch & 0xfe) == 0xfc)
{
c = 5;
min = 0x400000;
val = ch & ~0xfc;
}
else
goto invalid;
for (i = 1; i <= c; i++)
{
unsigned chPart = pch[i];
if ((chPart & 0xc0) != 0x80)
goto invalid;
val <<= 6;
val |= chPart & 0x3f;
}
if (val < min)
goto invalid;
pch += c;
continue;
invalid:
*pch = ' ';
}
}
}
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
// Exported Generic Plugin Wrapper interfaces.
//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//\\//
nsresult npXPCOMGenericGetFactory(nsIServiceManagerObsolete *aServMgr,
REFNSIID aClass,
const char *aClassName,
const char *aContractID,
PRLibrary * aLibrary,
nsIPlugin **aResult)
{
DEBUG_FUNCTIONNAME();
typedef nsresult (* _Optlink nsLegacyFactorProc)(PDOWNTHIS aServMgr, const nsCID &aClass, const char *aClassName, const char *aContractID, nsIPlugin **aResult);
nsresult rc;
nsLegacyFactorProc pfnGetFactory;
dprintf(("%s: enter", pszFunction));
DPRINTF_STR(aClassName);
DPRINTF_NSID(aClass);
DPRINTF_CONTRACTID(aContractID);
/*
* find the NSGetFactory() export.
*/
pfnGetFactory = (nsLegacyFactorProc)PR_FindSymbol(aLibrary, "NSGetFactory");
if (!pfnGetFactory)
{
dprintf(("%s: Could not find NSGetFactory.", pszFunction));
return NS_ERROR_FAILURE;
}
/*
* Make wrapper for the aServMgr argument.
*/
PDOWNTHIS pDownServMgr = (PDOWNTHIS)aServMgr;
rc = downCreateWrapper((void**)&pDownServMgr, downIsSupportedInterface(kSupportsIID), NS_OK);
if (NS_FAILED(rc))
{
dprintf(("%s: NSGetFactory failed.", pszFunction));
*aResult = nsnull;
return rc;
}
/*
* Call the legacy NSGetFactory.
*/
rc = pfnGetFactory(pDownServMgr, aClass, aClassName, aContractID, aResult);
if (NS_FAILED(rc))
{
dprintf(("%s: NSGetFactory failed.", pszFunction));
*aResult = nsnull;
return rc;
}
/*
* Make wrapper for the plugin factory interface (aResult).
*/
dprintf(("%s: pfnNSGetFactory succeeded!", pszFunction));
rc = upCreateWrapper((void**)aResult, kPluginIID, rc);
return rc;
}
/**
* Create a wrapper for the given interface if it's a legacy interface.
* @returns NS_OK on success.
* @returns NS_ERROR_NO_INTERFACE if aIID isn't supported. aOut is nsnull.
* @returns NS_ERROR_FAILURE on other error. aOut undefined.
* @param aIID Interface Identifier of aIn and aOut.
* @param aIn Interface of type aIID which may be a legacy interface
* requiring a wrapper.
* @param aOut The native interface.
* If aIn is a legacy interface, this will be a wrappre.
* If aIn is not a legacy interface, this is aIn.
* @remark Typically used for the flash plugin.
*/
nsresult npXPCOMGenericMaybeWrap(REFNSIID aIID, nsISupports *aIn, nsISupports **aOut)
{
DEBUG_FUNCTIONNAME();
dprintf(("%s: Enter. aIn=%p aOut=%p", pszFunction, aIn, aOut));
DPRINTF_NSID(aIID);
/*
* Is this an VAC interface?
*
* We'll verify this by checking the AddRef(), Release() and QueryInterface()
* entries of the VFT. The first two entries in the VFT is usually NULL I think,
* but we don't relie on them because we don't know. We'll just check that every
* second entry starting [2] is code, and every second entry starting [3] is an
* not pointing to valid code.
*
* Code is range 0x10000 to 0xc0000000 (Damed be anyone who implements module loading
* above 3GB).
*
*/
if (!VALID_PTR(aIn))
{
dprintf(("%s: Invalid aIn pointer %p!!!", pszFunction, aIn));
return NS_ERROR_FAILURE;
}
VFTnsISupports * pVFT = (VFTnsISupports *)(*(void**)aIn);
if ( VALID_PTR(pVFT->QueryInterface)
&& !VALID_PTR(pVFT->uDeltaQueryInterface)
&& VALID_PTR(pVFT->AddRef)
&& !VALID_PTR(pVFT->uDeltaAddRef)
&& VALID_PTR(pVFT->Release)
&& !VALID_PTR(pVFT->uDeltaRelease)
)
{
dprintf(("%s: Detected VAC VFT.", pszFunction));
/*
* Is the interface supported?
* @todo: It seems that our flash 5 plugin doesn't do this right.
* So, I'm not going to support this interface (nsIFlash) till we
* know it's right or can work around the problem in a good manner.
*/
if (1) //if (upIsSupportedInterface(aIID)) //@todo: remove hack!
{
*aOut = aIn;
nsresult rc = upCreateWrapper((void**)aOut, /*aIID*/ kSupportsIID, NS_OK); /* @todo: fix aIID hack */
if (NS_SUCCEEDED(rc))
{
dprintf(("%s: Successfully created wrapper.", pszFunction));
}
else
{
dprintf(("%s: failed to create wrapper for known interface!!!", pszFunction));
ReleaseInt3(0xdeadbee2, 0xdead0001, rc);
return rc;
}
}
else
{
dprintf(("%s: Unsupported Interface !!!", pszFunction));
*aOut = nsnull;
ReleaseInt3(0xdeadbee2, aIID.m0, aIID.m1);
return NS_ERROR_NO_INTERFACE;
}
}
else
{
dprintf(("%s: Not a VAC VFT assuming native VFT which doesn't need wrapping!", pszFunction));
*aOut = aIn;
}
return NS_OK;
}
/**
* Initiates the semaphores we use.
* This function cannot fail.
*/
void npXPCOMInitSems(void)
{
DOWN_LOCK();
DOWN_UNLOCK();
UpWrapperBase::upLock();
UpWrapperBase::upUnLock();
}
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