| Line 227... |
Line 227... |
{
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{
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OS_Heap_t *heap;
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OS_Heap_t *heap;
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HeapNode_t *bp, *node;
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HeapNode_t *bp, *node;
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|
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//UartPrintfCritical("OS_HeapFree(0x%x)\n", block);
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//UartPrintfCritical("OS_HeapFree(0x%x)\n", block);
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assert(block);
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if(block == NULL)
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return;
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bp = (HeapNode_t*)block - 1; //point to block header
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bp = (HeapNode_t*)block - 1; //point to block header
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heap = (OS_Heap_t*)bp->next;
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heap = (OS_Heap_t*)bp->next;
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assert(heap->magic == HEAP_MAGIC);
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assert(heap->magic == HEAP_MAGIC);
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if(heap->magic != HEAP_MAGIC)
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if(heap->magic != HEAP_MAGIC)
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return;
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return;
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| Line 1330... |
Line 1331... |
OS_AsmInterruptInit(); //Patch interrupt vector
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OS_AsmInterruptInit(); //Patch interrupt vector
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OS_InterruptMaskClear(0xffffffff); //Disable interrupts
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OS_InterruptMaskClear(0xffffffff); //Disable interrupts
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HeapArray[0] = OS_HeapCreate("Heap", heapStorage, bytes);
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HeapArray[0] = OS_HeapCreate("Heap", heapStorage, bytes);
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HeapArray[1] = HeapArray[0];
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HeapArray[1] = HeapArray[0];
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#ifndef WIN32
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#ifndef WIN32
|
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HeapArray[6] = OS_HeapCreate("2nd", (uint8*)RAM_EXTERNAL_BASE +
|
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0x180000, 1024*512);
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OS_HeapAlternate(HeapArray[0], HeapArray[6]);
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HeapArray[7] = OS_HeapCreate("Alt", (uint8*)RAM_EXTERNAL_BASE +
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HeapArray[7] = OS_HeapCreate("Alt", (uint8*)RAM_EXTERNAL_BASE +
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RAM_EXTERNAL_SIZE*2, 1024*1024*60);
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RAM_EXTERNAL_SIZE*2, 1024*1024*60);
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OS_HeapAlternate(HeapArray[0], HeapArray[7]);
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OS_HeapAlternate(HeapArray[6], HeapArray[7]);
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#endif
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#endif
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SemaphoreSleep = OS_SemaphoreCreate("Sleep", 0);
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SemaphoreSleep = OS_SemaphoreCreate("Sleep", 0);
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SemaphoreRelease = OS_SemaphoreCreate("Release", 1);
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SemaphoreRelease = OS_SemaphoreCreate("Release", 1);
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SemaphoreLock = OS_SemaphoreCreate("Lock", 1);
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SemaphoreLock = OS_SemaphoreCreate("Lock", 1);
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if((MemoryRead(IRQ_STATUS) & (IRQ_COUNTER18 | IRQ_COUNTER18_NOT)) == 0)
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if((MemoryRead(IRQ_STATUS) & (IRQ_COUNTER18 | IRQ_COUNTER18_NOT)) == 0)
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