21 #include <kern_priv.h> |
21 #include <kern_priv.h> |
22 |
22 |
23 // User includes |
23 // User includes |
24 #include "MemSpyDriverOSAdaption.h" |
24 #include "MemSpyDriverOSAdaption.h" |
25 #include "MemSpyDriverUtils.h" |
25 #include "MemSpyDriverUtils.h" |
26 |
26 #include "heaputils.h" |
27 // Defines |
27 |
28 #define __NEXT_CELL(p) ((RMemSpyDriverRHeapBase::SCell*)(((TUint8*)p)+p->len)) |
|
29 #define __NEXT_CELL2(p,l) ((RMemSpyDriverRHeapBase::SCell*)(((TUint8*)p)+l)) |
|
30 |
28 |
31 |
29 |
32 RMemSpyDriverRHeapBase::RMemSpyDriverRHeapBase() |
30 RMemSpyDriverRHeapBase::RMemSpyDriverRHeapBase() |
|
31 : iHelper(NULL) |
33 { |
32 { |
34 Reset(); |
33 Reset(); |
35 } |
34 } |
36 |
35 |
|
36 LtkUtils::RAllocatorHelper* RMemSpyDriverRHeapBase::Helper() |
|
37 { |
|
38 return iHelper; |
|
39 } |
|
40 |
|
41 TMemSpyHeapInfo::THeapImplementationType RMemSpyDriverRHeapBase::GetTypeFromHelper() const |
|
42 { |
|
43 if (iHelper) |
|
44 { |
|
45 LtkUtils::RAllocatorHelper::TType type = iHelper->GetType(); |
|
46 switch (type) |
|
47 { |
|
48 case LtkUtils::RAllocatorHelper::ETypeRHeap: |
|
49 return TMemSpyHeapInfo::ETypeRHeap; |
|
50 case LtkUtils::RAllocatorHelper::ETypeRHybridHeap: |
|
51 return TMemSpyHeapInfo::ETypeRHybridHeap; |
|
52 case LtkUtils::RAllocatorHelper::ETypeUnknown: |
|
53 default: |
|
54 return TMemSpyHeapInfo::ETypeUnknown; |
|
55 } |
|
56 } |
|
57 return TMemSpyHeapInfo::ETypeUnknown; |
|
58 } |
37 |
59 |
38 void RMemSpyDriverRHeapBase::Reset() |
60 void RMemSpyDriverRHeapBase::Reset() |
39 { |
61 { |
40 iAccessCount = 0; |
62 Close(); |
41 iHandleCount = 0; |
63 } |
42 iHandles = NULL; |
64 |
43 iFlags = 0; |
65 void RMemSpyDriverRHeapBase::Close() |
44 iCellCount = 0; |
66 { |
45 iTotalAllocSize = 0; |
67 if (iHelper) |
46 |
68 { |
47 iMinLength = 0; |
69 NKern::ThreadEnterCS(); |
48 iMaxLength = 0; |
70 iHelper->Close(); |
49 iOffset = 0; |
71 delete iHelper; |
50 iGrowBy = 0; |
72 iHelper = NULL; |
51 iChunkHandle = 0; |
73 NKern::ThreadLeaveCS(); |
52 // iLock needs no initialisation due to default ctor |
74 } |
53 iBase = NULL; |
75 } |
54 iTop = NULL; |
|
55 iAlign = 0; |
|
56 iMinCell = 0; |
|
57 iPageSize = 0; |
|
58 iFree.len = 0; |
|
59 iFree.next = NULL; |
|
60 iNestingLevel = 0; |
|
61 iAllocCount = 0; |
|
62 iFailType = RAllocator::EReset; |
|
63 iFailRate = 0; |
|
64 iFailed = EFalse; |
|
65 iFailAllocCount = 0; |
|
66 iRand = 0; |
|
67 iTestData = NULL; |
|
68 } |
|
69 |
|
70 |
|
71 TBool RMemSpyDriverRHeapBase::CheckCell( TAny* aCellAddress, TInt aLength ) const |
|
72 { |
|
73 const TLinAddr m = TLinAddr(iAlign - 1); |
|
74 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapBase::CheckCell() - cell: 0x%08x, len: %8d, iAlign: %d, m: %d", aCellAddress, aLength, iAlign, m) ); |
|
75 |
|
76 TBool isValid = ETrue; |
|
77 // |
|
78 if ( isValid && (aLength & m) ) |
|
79 { |
|
80 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapBase::CheckCell() - ERROR - length is odd: %d, iAlign: %d, m: %d", aLength, iAlign, m) ); |
|
81 isValid = EFalse; |
|
82 } |
|
83 if ( isValid && aLength < iMinCell ) |
|
84 { |
|
85 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapBase::CheckCell() - ERROR - length: %d, is less than min cell size (%d)", aLength, iMinCell) ); |
|
86 isValid = EFalse; |
|
87 } |
|
88 if ( isValid && (TUint8*)aCellAddress < iBase ) |
|
89 { |
|
90 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapBase::CheckCell() - ERROR - cell address: 0x%08x, is before start address: 0x%08x", (TUint8*) aCellAddress, iBase) ); |
|
91 isValid = EFalse; |
|
92 } |
|
93 |
|
94 if ( isValid ) |
|
95 { |
|
96 const TUint8* nextCell = (TUint8*)__NEXT_CELL2(aCellAddress, aLength); |
|
97 if ( nextCell > iTop ) |
|
98 { |
|
99 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapBase::CheckCell() - ERROR - nextCell: 0x%08x is after the top of the heap: 0x%08x", nextCell, iTop) ); |
|
100 isValid = EFalse; |
|
101 } |
|
102 } |
|
103 // |
|
104 return isValid; |
|
105 } |
|
106 |
|
107 |
|
108 TInt RMemSpyDriverRHeapBase::AllocatedCellHeaderSize( TBool aDebugLibrary ) |
|
109 { |
|
110 // Allocated cells are only 4 bytes in UREL, but 12 bytes in UDEB. |
|
111 TInt size = sizeof(SCell*); |
|
112 // |
|
113 if ( aDebugLibrary ) |
|
114 { |
|
115 size = sizeof(SDebugCell); |
|
116 } |
|
117 // |
|
118 return size; |
|
119 } |
|
120 |
|
121 |
|
122 TInt RMemSpyDriverRHeapBase::FreeCellHeaderSize() |
|
123 { |
|
124 // Free cells remain the same size in UREL and UDEB builds. |
|
125 const TInt size = sizeof(SCell); |
|
126 return size; |
|
127 } |
|
128 |
|
129 |
|
130 TInt RMemSpyDriverRHeapBase::CellHeaderSize( const TMemSpyDriverInternalWalkHeapParamsCell& aCell, TBool aDebugLibrary ) |
|
131 { |
|
132 TInt size = 0; |
|
133 // |
|
134 if ( aCell.iCellType == EMemSpyDriverGoodAllocatedCell ) |
|
135 { |
|
136 size = AllocatedCellHeaderSize( aDebugLibrary ); |
|
137 } |
|
138 else if ( aCell.iCellType == EMemSpyDriverGoodFreeCell ) |
|
139 { |
|
140 size = FreeCellHeaderSize(); |
|
141 } |
|
142 // |
|
143 return size; |
|
144 } |
|
145 |
|
146 |
76 |
147 void RMemSpyDriverRHeapBase::PrintInfo() |
77 void RMemSpyDriverRHeapBase::PrintInfo() |
148 { |
78 { |
|
79 /* TOMSCI TODO |
149 #if defined(TRACE_TYPE_KERNELHEAP) || defined(TRACE_TYPE_USERHEAP) |
80 #if defined(TRACE_TYPE_KERNELHEAP) || defined(TRACE_TYPE_USERHEAP) |
150 Kern::Printf(" " ); |
81 Kern::Printf(" " ); |
151 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RAllocator - iAccessCount: 0x%08x", iAccessCount ); |
82 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RAllocator - iAccessCount: 0x%08x", iAccessCount ); |
152 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RAllocator - iHandleCount: 0x%08x", iHandleCount ); |
83 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RAllocator - iHandleCount: 0x%08x", iHandleCount ); |
153 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RAllocator - iHandles: 0x%08x", iHandles ); |
84 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RAllocator - iHandles: 0x%08x", iHandles ); |
171 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RHeap - iAllocCount: 0x%08x", iAllocCount); |
102 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RHeap - iAllocCount: 0x%08x", iAllocCount); |
172 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RHeap - size: %8d", Size() ); |
103 Kern::Printf("RMemSpyDriverRHeapBase::PrintInfo - RHeap - size: %8d", Size() ); |
173 Kern::Printf(" " ); |
104 Kern::Printf(" " ); |
174 Kern::Printf(" " ); |
105 Kern::Printf(" " ); |
175 #endif |
106 #endif |
176 } |
107 */ |
177 |
108 } |
178 |
|
179 void RMemSpyDriverRHeapBase::CopyObjectDataTo( TMemSpyHeapObjectDataRHeap& aData ) |
|
180 { |
|
181 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapBase::CopyObjectDataTo() - START" ) ); |
|
182 |
|
183 TUint8* sourceAddress = reinterpret_cast< TUint8* >( this ); |
|
184 sourceAddress += KRAllocatorAndRHeapMemberDataOffset; |
|
185 memcpy( &aData, sourceAddress, KRHeapObjectSize ); |
|
186 |
|
187 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapBase::CopyObjectDataTo() - END") ); |
|
188 } |
|
189 |
|
190 |
|
191 |
|
192 |
|
193 |
|
194 |
|
195 |
|
196 |
|
197 |
|
198 |
|
199 |
|
200 |
|
201 |
|
202 |
|
203 |
|
204 |
|
205 |
|
206 |
|
207 |
|
208 |
|
209 |
|
210 |
|
211 |
|
212 |
|
213 |
|
214 |
|
215 |
|
216 |
|
217 |
|
218 |
|
219 |
|
220 |
|
221 |
|
222 |
|
223 |
|
224 |
|
225 |
|
226 |
|
227 |
|
228 |
|
229 |
|
230 |
|
231 |
|
232 |
|
233 |
|
234 |
|
235 |
|
236 |
|
237 |
109 |
238 RMemSpyDriverRHeapReadFromCopy::RMemSpyDriverRHeapReadFromCopy( DMemSpyDriverOSAdaption& aOSAdaption ) |
110 RMemSpyDriverRHeapReadFromCopy::RMemSpyDriverRHeapReadFromCopy( DMemSpyDriverOSAdaption& aOSAdaption ) |
239 : iOSAdaption( aOSAdaption ), iChunk( NULL ), iChunkAddress( 0 ), iChunkMappingAttributes( 0 ), iClientToKernelDelta( 0 ) |
111 : iOSAdaption( aOSAdaption ), iChunk( NULL ), iChunkAddress( 0 ), iChunkMappingAttributes( 0 ) /*, iClientToKernelDelta( 0 )*/ |
240 { |
112 { |
241 } |
113 } |
242 |
114 |
243 |
115 |
244 void RMemSpyDriverRHeapReadFromCopy::Reset() |
116 void RMemSpyDriverRHeapReadFromCopy::Reset() |
261 iChunkMappingAttributes = aMappingAttributes; |
133 iChunkMappingAttributes = aMappingAttributes; |
262 |
134 |
263 // Calculate start of real heap data (skipping over embedded RHeap object) |
135 // Calculate start of real heap data (skipping over embedded RHeap object) |
264 // Since we must operate with kernel-side addressing into our cloned heap chunk, |
136 // Since we must operate with kernel-side addressing into our cloned heap chunk, |
265 // we must use aAddress (the kernel address of the chunk) rather than aChunk->iBase |
137 // we must use aAddress (the kernel address of the chunk) rather than aChunk->iBase |
266 iClientToKernelDelta = ( (TUint8*) aAddress ) - ( Base() - KRHeapObjectSize ); |
138 //TOMSCI iClientToKernelDelta = ( (TUint8*) aAddress ) - ( Base() - KRHeapObjectSize ); |
267 |
139 |
268 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapReadFromCopy::AssociateWithKernelChunk() - END - delta between client's user-side base address (base: 0x%08x), kernel-side base address (base: 0x%08x), and kernel-side chunk (base: 0x%08x) is: 0x%08x", Base(), aChunk->iBase, aAddress, iClientToKernelDelta) ); |
140 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapReadFromCopy::AssociateWithKernelChunk() - END - delta between client's user-side base address (base: 0x%08x), kernel-side base address (base: 0x%08x), and kernel-side chunk (base: 0x%08x) is: 0x%08x", Base(), aChunk->iBase, aAddress, iClientToKernelDelta) ); |
269 } |
141 } |
270 |
142 |
271 |
143 |
272 void RMemSpyDriverRHeapReadFromCopy::DisassociateWithKernelChunk() |
144 /*void RMemSpyDriverRHeapReadFromCopy::DisassociateWithKernelChunk() |
273 { |
145 { |
274 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapReadFromCopy::DisassociateWithKernelChunk() - START - iChunk: 0x%08x", iChunk ) ); |
146 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapReadFromCopy::DisassociateWithKernelChunk() - START - iChunk: 0x%08x", iChunk ) ); |
275 |
147 |
276 NKern::ThreadEnterCS(); |
148 NKern::ThreadEnterCS(); |
277 if ( iChunk != NULL ) |
149 if ( iChunk != NULL ) |
295 { |
167 { |
296 return *iChunk; |
168 return *iChunk; |
297 } |
169 } |
298 |
170 |
299 |
171 |
300 TLinAddr RMemSpyDriverRHeapReadFromCopy::ChunkKernelAddress() const |
172 /*TLinAddr RMemSpyDriverRHeapReadFromCopy::ChunkKernelAddress() const |
301 { |
173 { |
302 return iChunkAddress; |
174 return iChunkAddress; |
303 } |
175 } |
304 |
176 |
305 |
177 |
306 TBool RMemSpyDriverRHeapReadFromCopy::ChunkIsInitialised() const |
178 TBool RMemSpyDriverRHeapReadFromCopy::ChunkIsInitialised() const |
307 { |
179 { |
308 return iChunk != NULL; |
180 return iChunk != NULL; |
309 } |
181 } |
310 |
182 |
311 |
|
312 TUint RMemSpyDriverRHeapReadFromCopy::ClientToKernelDelta() const |
183 TUint RMemSpyDriverRHeapReadFromCopy::ClientToKernelDelta() const |
313 { |
184 { |
314 return iClientToKernelDelta; |
185 return iClientToKernelDelta; |
315 } |
186 } |
316 |
187 */ |
317 |
|
318 |
|
319 |
|
320 |
|
321 |
|
322 |
|
323 |
|
324 |
|
325 |
|
326 |
|
327 |
|
328 |
|
329 |
|
330 |
|
331 |
|
332 |
|
333 |
|
334 |
|
335 |
|
336 |
|
337 |
|
338 |
|
339 |
|
340 |
|
341 |
|
342 |
|
343 |
|
344 |
|
345 |
|
346 |
|
347 |
|
348 |
|
349 |
|
350 |
|
351 |
|
352 |
|
353 |
|
354 |
|
355 |
|
356 |
|
357 |
|
358 |
|
359 |
|
360 |
188 |
361 |
189 |
362 |
190 |
363 |
191 |
364 |
192 |
365 RMemSpyDriverRHeapUser::RMemSpyDriverRHeapUser( DMemSpyDriverOSAdaption& aOSAdaption ) |
193 RMemSpyDriverRHeapUser::RMemSpyDriverRHeapUser( DMemSpyDriverOSAdaption& aOSAdaption ) |
366 : RMemSpyDriverRHeapReadFromCopy( aOSAdaption ) |
194 : RMemSpyDriverRHeapBase(), iOSAdaption(aOSAdaption) |
367 { |
195 { |
368 } |
196 } |
369 |
197 |
370 |
198 |
371 TInt RMemSpyDriverRHeapUser::ReadFromUserAllocator( DThread& aThread ) |
199 TInt RMemSpyDriverRHeapUser::OpenUserHeap(DThread& aThread, TBool aEuserUdeb) |
372 { |
200 { |
373 TBuf8<KRHeapMemberDataSize> memberData; |
201 TLinAddr allocatorAddr = (TLinAddr)OSAdaption().DThread().GetAllocator(aThread); |
374 memberData.SetMax(); |
202 NKern::ThreadEnterCS(); |
375 |
203 LtkUtils::RKernelSideAllocatorHelper* helper = new LtkUtils::RKernelSideAllocatorHelper; |
376 NKern::ThreadEnterCS(); |
204 if (!helper) |
377 NKern::LockSystem(); |
205 { |
378 RAllocator* allocator = OSAdaption().DThread().GetAllocator( aThread ); |
206 NKern::ThreadLeaveCS(); |
379 NKern::UnlockSystem(); |
207 return KErrNoMemory; |
380 NKern::ThreadLeaveCS(); |
208 } |
381 |
209 TInt err = helper->OpenUserHeap(OSAdaption().DThread().GetId(aThread), allocatorAddr, aEuserUdeb); |
382 TUint8* memberDataAddress = (TUint8*) allocator + KRAllocatorAndRHeapMemberDataOffset; |
210 if (!err) |
383 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapUser::ReadFromUserAllocator() - START - allocator addr: 0x%08x, therefore going to read %d bytes from address 0x%08x within client thread (0x%08x + %4d bytes)", allocator, KRHeapMemberDataSize, memberDataAddress, allocator, KRAllocatorAndRHeapMemberDataOffset ) ); |
211 { |
384 |
212 iChunk = helper->OpenUnderlyingChunk(); |
385 const TInt error = Kern::ThreadRawRead( &aThread, memberDataAddress, (TAny*) memberData.Ptr(), KRHeapMemberDataSize ); |
213 if (!iChunk) err = KErrNotFound; |
386 TRACE_DATA( MemSpyDriverUtils::DataDump("%lS", memberData.Ptr(), KRHeapMemberDataSize, KRHeapMemberDataSize ) ); |
214 } |
387 |
215 if (err) |
388 if ( error == KErrNone ) |
216 { |
389 { |
217 delete helper; |
390 TUint8* destinationAddress = reinterpret_cast< TUint8* >( this ); |
218 } |
391 |
219 else |
392 // Skip over our vTable too... |
220 { |
393 destinationAddress += KRAllocatorAndRHeapMemberDataOffset; |
221 iHelper = helper; |
394 |
222 } |
395 // Now copy data into this object |
223 NKern::ThreadLeaveCS(); |
396 TPtr8 self( destinationAddress, KRHeapMemberDataSize, KRHeapMemberDataSize ); |
224 return err; |
397 self.Copy( memberData ); |
225 } |
398 |
|
399 PrintInfo(); |
|
400 } |
|
401 else |
|
402 { |
|
403 } |
|
404 |
|
405 TRACE_HEAP( Kern::Printf("RMemSpyDriverRHeapUser::ReadFromUserAllocator() - END - read error: %d", error ) ); |
|
406 return error; |
|
407 } |
|
408 |
|
409 |
|
410 |
|
411 |
|
412 |
|
413 |
|
414 |
|
415 |
|
416 |
|
417 |
|
418 |
|
419 |
|
420 |
|
421 |
|
422 |
|
423 |
226 |
424 RMemSpyDriverRHeapKernelFromCopy::RMemSpyDriverRHeapKernelFromCopy( DMemSpyDriverOSAdaption& aOSAdaption ) |
227 RMemSpyDriverRHeapKernelFromCopy::RMemSpyDriverRHeapKernelFromCopy( DMemSpyDriverOSAdaption& aOSAdaption ) |
425 : RMemSpyDriverRHeapReadFromCopy( aOSAdaption ) |
228 : RMemSpyDriverRHeapReadFromCopy( aOSAdaption ) |
426 { |
229 { |
427 } |
230 } |
446 |
249 |
447 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::SetKernelHeap() - END" ) ); |
250 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::SetKernelHeap() - END" ) ); |
448 } |
251 } |
449 |
252 |
450 |
253 |
|
254 /* |
451 void RMemSpyDriverRHeapKernelFromCopy::DisassociateWithKernelChunk() |
255 void RMemSpyDriverRHeapKernelFromCopy::DisassociateWithKernelChunk() |
452 { |
256 { |
453 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::DisassociateWithKernelChunk() - START - iKernelHeap: 0x%08x", iKernelHeap )); |
257 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::DisassociateWithKernelChunk() - START - iKernelHeap: 0x%08x", iKernelHeap )); |
454 iKernelHeap = NULL; |
258 iKernelHeap = NULL; |
455 RMemSpyDriverRHeapReadFromCopy::DisassociateWithKernelChunk(); |
259 RMemSpyDriverRHeapReadFromCopy::DisassociateWithKernelChunk(); |
456 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::DisassociateWithKernelChunk() - END") ); |
260 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::DisassociateWithKernelChunk() - END") ); |
457 } |
261 } |
458 |
262 */ |
459 |
263 |
460 void RMemSpyDriverRHeapKernelFromCopy::GetHeapSpecificInfo( TMemSpyHeapInfo& aInfo ) const |
264 void RMemSpyDriverRHeapKernelFromCopy::Close() |
461 { |
265 { |
462 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::GetHeapSpecificInfo() - START - iKernelHeap: 0x%08x", iKernelHeap )); |
266 //TOMSCI TODO close the chunk |
463 // |
267 } |
464 if ( iKernelHeap ) |
|
465 { |
|
466 const TUint32* pHeap = reinterpret_cast< TUint32* >( iKernelHeap ); |
|
467 // |
|
468 TMemSpyHeapInfoRHeap& rHeapInfo = aInfo.AsRHeap(); |
|
469 TMemSpyHeapMetaDataRHeap& rHeapMetaData = rHeapInfo.MetaData(); |
|
470 rHeapMetaData.SetVTable( *pHeap ); |
|
471 rHeapMetaData.SetClassSize( KRHeapObjectSize ); |
|
472 // |
|
473 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::GetHeapSpecificInfo() - RHeapK vtable is: 0x%08x", *pHeap )); |
|
474 } |
|
475 // |
|
476 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelFromCopy::GetHeapSpecificInfo() - END") ); |
|
477 } |
|
478 |
|
479 |
|
480 |
|
481 |
|
482 |
|
483 |
|
484 |
|
485 |
|
486 |
|
487 |
|
488 |
|
489 |
|
490 |
|
491 |
|
492 |
|
493 |
|
494 |
|
495 |
|
496 |
|
497 |
|
498 |
268 |
499 RMemSpyDriverRHeapKernelInPlace::RMemSpyDriverRHeapKernelInPlace() |
269 RMemSpyDriverRHeapKernelInPlace::RMemSpyDriverRHeapKernelInPlace() |
500 : iKernelHeap( NULL ), iChunk( NULL ) |
270 : iChunk(NULL) |
501 { |
271 { |
502 } |
272 } |
503 |
273 |
504 |
274 TInt RMemSpyDriverRHeapKernelInPlace::OpenKernelHeap() |
505 void RMemSpyDriverRHeapKernelInPlace::SetKernelHeap( RHeapK& aKernelHeap ) |
275 { |
506 { |
276 NKern::ThreadEnterCS(); |
507 iKernelHeap = &aKernelHeap; |
277 LtkUtils::RAllocatorHelper* helper = new LtkUtils::RAllocatorHelper; |
508 CopyMembersFromKernelHeap(); |
278 if (!helper) |
509 } |
279 { |
510 |
280 NKern::ThreadLeaveCS(); |
511 |
281 return KErrNoMemory; |
512 void RMemSpyDriverRHeapKernelInPlace::FailNext() |
282 } |
513 { |
283 TInt err = helper->OpenKernelHeap(); |
514 #ifndef __SYMBIAN_KERNEL_HYBRID_HEAP__ |
284 if (!err) |
515 RMemSpyDriverRHeapKernelInPlace::RHeapKExtended* heap = reinterpret_cast< RMemSpyDriverRHeapKernelInPlace::RHeapKExtended* >( iKernelHeap ); |
285 { |
516 heap->FailNext(); |
286 iChunk = helper->OpenUnderlyingChunk(); |
517 #endif |
287 if (!iChunk) err = KErrNotFound; |
518 } |
288 } |
519 |
289 |
520 |
290 if (err) |
521 void RMemSpyDriverRHeapKernelInPlace::Reset() |
291 { |
522 { |
292 delete helper; |
523 RMemSpyDriverRHeapBase::Reset(); |
293 } |
524 // |
294 else |
525 iChunk = NULL; |
295 { |
526 } |
296 iHelper = helper; |
527 |
297 } |
528 |
298 NKern::ThreadLeaveCS(); |
529 void RMemSpyDriverRHeapKernelInPlace::AssociateWithKernelChunk( DChunk* aChunk, TLinAddr /*aAddress*/, TUint32 /*aMappingAttributes*/ ) |
299 return err; |
530 { |
300 } |
531 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelInPlace::AssociateWithKernelChunk() - START - aChunk: %O, aChunk base: 0x%08x", aChunk, aChunk->iBase ) ); |
301 |
532 iChunk = aChunk; |
302 void RMemSpyDriverRHeapKernelInPlace::Close() |
533 } |
303 { |
534 |
304 NKern::ThreadEnterCS(); |
535 |
305 iChunk->Close(NULL); |
536 void RMemSpyDriverRHeapKernelInPlace::DisassociateWithKernelChunk() |
306 iChunk = NULL; |
537 { |
307 RMemSpyDriverRHeapBase::Close(); |
538 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelInPlace::DisassociateWithKernelChunk() - START - iChunk: 0x%08x", iChunk )); |
308 NKern::ThreadLeaveCS(); |
539 iChunk = NULL; |
309 } |
540 iKernelHeap = NULL; |
|
541 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelInPlace::DisassociateWithKernelChunk() - END") ); |
|
542 } |
|
543 |
|
544 |
310 |
545 DChunk& RMemSpyDriverRHeapKernelInPlace::Chunk() |
311 DChunk& RMemSpyDriverRHeapKernelInPlace::Chunk() |
546 { |
312 { |
547 return *iChunk; |
313 return *iChunk; |
548 } |
314 } |
551 const DChunk& RMemSpyDriverRHeapKernelInPlace::Chunk() const |
317 const DChunk& RMemSpyDriverRHeapKernelInPlace::Chunk() const |
552 { |
318 { |
553 return *iChunk; |
319 return *iChunk; |
554 } |
320 } |
555 |
321 |
556 |
|
557 TLinAddr RMemSpyDriverRHeapKernelInPlace::ChunkKernelAddress() const |
|
558 { |
|
559 const TLinAddr ret = reinterpret_cast< TLinAddr >( iChunk->iBase ); |
|
560 return ret; |
|
561 } |
|
562 |
|
563 |
|
564 TBool RMemSpyDriverRHeapKernelInPlace::ChunkIsInitialised() const |
|
565 { |
|
566 return iChunk != NULL; |
|
567 } |
|
568 |
|
569 |
|
570 TUint RMemSpyDriverRHeapKernelInPlace::ClientToKernelDelta() const |
|
571 { |
|
572 // We're operating in kernel address space, there is no delta. |
|
573 return 0; |
|
574 } |
|
575 |
|
576 |
|
577 void RMemSpyDriverRHeapKernelInPlace::CopyMembersFromKernelHeap() |
|
578 { |
|
579 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelInPlace::CopyMembersFromKernelHeap() - START" ) ); |
|
580 |
|
581 // Perform a copy operation in order to populate base class with a duplicate of the kernel's heap info. |
|
582 RHeapK* kernelHeap = iKernelHeap; |
|
583 |
|
584 // Source address |
|
585 TUint8* sourceAddress = (TUint8*) kernelHeap + KRAllocatorAndRHeapMemberDataOffset; |
|
586 TUint8* destinationAddress = (TUint8*) this + KRAllocatorAndRHeapMemberDataOffset; |
|
587 |
|
588 // Copy |
|
589 memcpy( destinationAddress, sourceAddress, KRHeapMemberDataSize ); |
|
590 |
|
591 // And print info in debug builds for verification... |
|
592 PrintInfo(); |
|
593 |
|
594 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelInPlace::CopyMembersFromKernelHeap() - END" ) ); |
|
595 } |
|
596 |
|
597 |
|
598 void RMemSpyDriverRHeapKernelInPlace::GetHeapSpecificInfo( TMemSpyHeapInfo& aInfo ) const |
|
599 { |
|
600 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelInPlace::GetHeapSpecificInfo() - START - iKernelHeap: 0x%08x", iKernelHeap )); |
|
601 // |
|
602 if ( iKernelHeap ) |
|
603 { |
|
604 const TUint32* pHeap = reinterpret_cast< TUint32* >( iKernelHeap ); |
|
605 // |
|
606 TMemSpyHeapInfoRHeap& rHeapInfo = aInfo.AsRHeap(); |
|
607 TMemSpyHeapMetaDataRHeap& rHeapMetaData = rHeapInfo.MetaData(); |
|
608 rHeapMetaData.SetVTable( *pHeap ); |
|
609 rHeapMetaData.SetClassSize( KRHeapObjectSize ); |
|
610 // |
|
611 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelInPlace::GetHeapSpecificInfo() - RHeapK vtable is: 0x%08x", *pHeap )); |
|
612 } |
|
613 // |
|
614 TRACE_KH( Kern::Printf("RMemSpyDriverRHeapKernelInPlace::GetHeapSpecificInfo() - END") ); |
|
615 } |
|
616 |
|
617 |
|
618 |
|
619 |
|
620 |
|