/*!
******************************************************************************
@Function PALLOC_AttachToConnection
******************************************************************************/
IMG_RESULT PALLOC_AttachToConnection(
IMG_UINT32 ui32ConnId,
IMG_UINT32 __user * pui32AttachId
)
{
IMG_HANDLE hDevHandle;
IMG_UINT32 ui32Result;
IMG_HANDLE hConnHandle;
IMG_UINT32 ui32AttachId;
LOG_EVENT(PALLOC, PALLOC_ATTACH, (LOG_FLAG_START), 0, 0);
/* Get the connection handle from it's ID...*/
ui32Result = DMANKM_GetConnHandleFromId(ui32ConnId, &hConnHandle);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
return ui32Result;
}
/* Get the device handle from the connection...*/
hDevHandle = DMANKM_GetDevHandleFromConn(hConnHandle);
/* Lock the device...*/
DMANKM_LockDeviceContext(hDevHandle);
/* Call on to the kernel function...*/
ui32Result = DMANKM_AttachComponent(hConnHandle, "PALLOCBRG", palloc_fnCompAttach, IMG_NULL, &ui32AttachId);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
/* Unlock the device...*/
DMANKM_UnlockDeviceContext(hDevHandle);
SYSOSKM_CopyToUser(pui32AttachId, &ui32AttachId, sizeof(ui32AttachId));
LOG_EVENT(PALLOC, PALLOC_ATTACH, (LOG_FLAG_END), 0, 0);
/* Return ui32Result...*/
return ui32Result;
}
IMG_VOID MEMMGR_dispatch(SYSBRG_sPacket *psPacket)
{
MEMMGR_sCmdMsg sCommandMsg;
MEMMGR_sRespMsg sResponseMsg;
if(SYSOSKM_CopyFromUser(&sCommandMsg, psPacket->pvCmdData, sizeof(sCommandMsg)))
IMG_ASSERT(!"failed to copy from user");
switch (sCommandMsg.eFuncId)
{
case WriteMemRefToMemRef_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "WriteMemRefToMemRef");
#else
printk("bridge %s %s\n", __FUNCTION__, "WriteMemRefToMemRef");
#endif
#endif
WriteMemRefToMemRef(
sCommandMsg.sCmd.sWriteMemRefToMemRefCmd.hDeviceMem,
sCommandMsg.sCmd.sWriteMemRefToMemRefCmd.ui32Offset,
sCommandMsg.sCmd.sWriteMemRefToMemRefCmd.ui32ManglerFuncIdExt,
sCommandMsg.sCmd.sWriteMemRefToMemRefCmd.hRefDeviceMem,
sCommandMsg.sCmd.sWriteMemRefToMemRefCmd.ui32RefOffset
);
break;
case TOPAZKM_MMUMAllocateHeapDeviceMemory_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_MMUMAllocateHeapDeviceMemory");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_MMUMAllocateHeapDeviceMemory");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_MMUMAllocateHeapDeviceMemoryResp.xTOPAZKM_MMUMAllocateHeapDeviceMemoryResp =
TOPAZKM_MMUMAllocateHeapDeviceMemory(
sCommandMsg.sCmd.sTOPAZKM_MMUMAllocateHeapDeviceMemoryCmd.ui32Size,
sCommandMsg.sCmd.sTOPAZKM_MMUMAllocateHeapDeviceMemoryCmd.ui32Alignment,
sCommandMsg.sCmd.sTOPAZKM_MMUMAllocateHeapDeviceMemoryCmd.ui32Heap,
sCommandMsg.sCmd.sTOPAZKM_MMUMAllocateHeapDeviceMemoryCmd.bSaveRestore,
sCommandMsg.sCmd.sTOPAZKM_MMUMAllocateHeapDeviceMemoryCmd.ppMemInfo,
sCommandMsg.sCmd.sTOPAZKM_MMUMAllocateHeapDeviceMemoryCmd.tileSensetive
);
break;
case TOPAZKM_StreamMMUMAllocateHeapDeviceMemory_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_StreamMMUMAllocateHeapDeviceMemory");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_StreamMMUMAllocateHeapDeviceMemory");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryResp.xTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryResp =
TOPAZKM_StreamMMUMAllocateHeapDeviceMemory(
sCommandMsg.sCmd.sTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryCmd.ui32StreamId,
sCommandMsg.sCmd.sTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryCmd.ui32Size,
sCommandMsg.sCmd.sTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryCmd.ui32Alignment,
sCommandMsg.sCmd.sTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryCmd.ui32Heap,
sCommandMsg.sCmd.sTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryCmd.bSaveRestore,
sCommandMsg.sCmd.sTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryCmd.ppMemInfo,
sCommandMsg.sCmd.sTOPAZKM_StreamMMUMAllocateHeapDeviceMemoryCmd.tileSensetive
);
break;
case TOPAZKM_MMUMFreeDeviceMemory_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_MMUMFreeDeviceMemory");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_MMUMFreeDeviceMemory");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_MMUMFreeDeviceMemoryResp.xTOPAZKM_MMUMFreeDeviceMemoryResp =
TOPAZKM_MMUMFreeDeviceMemory(
sCommandMsg.sCmd.sTOPAZKM_MMUMFreeDeviceMemoryCmd.pMemInfo
);
break;
case TOPAZKM_MMUFlushMMUTableCache_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_MMUFlushMMUTableCache");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_MMUFlushMMUTableCache");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_MMUFlushMMUTableCacheResp.xTOPAZKM_MMUFlushMMUTableCacheResp =
TOPAZKM_MMUFlushMMUTableCache(
);
break;
case TOPAZKM_MapExternal_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_MapExternal");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_MapExternal");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_MapExternalResp.xTOPAZKM_MapExternalResp =
TOPAZKM_MapExternal(
sCommandMsg.sCmd.sTOPAZKM_MapExternalCmd.ui32BufLen,
sCommandMsg.sCmd.sTOPAZKM_MapExternalCmd.ui32PallocId,
sCommandMsg.sCmd.sTOPAZKM_MapExternalCmd.ui32Heap,
sCommandMsg.sCmd.sTOPAZKM_MapExternalCmd.ui32Alignment,
sCommandMsg.sCmd.sTOPAZKM_MapExternalCmd.memInfo
);
break;
case TOPAZKM_UnMapExternal_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_UnMapExternal");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_UnMapExternal");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_UnMapExternalResp.xTOPAZKM_UnMapExternalResp =
TOPAZKM_UnMapExternal(
sCommandMsg.sCmd.sTOPAZKM_UnMapExternalCmd.memInfo
);
break;
case TOPAZKM_MMCopyTiledBuffer_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_MMCopyTiledBuffer");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_MMCopyTiledBuffer");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_MMCopyTiledBufferResp.xTOPAZKM_MMCopyTiledBufferResp =
TOPAZKM_MMCopyTiledBuffer(
sCommandMsg.sCmd.sTOPAZKM_MMCopyTiledBufferCmd.pMemoryInfo,
sCommandMsg.sCmd.sTOPAZKM_MMCopyTiledBufferCmd.pcBuffer,
sCommandMsg.sCmd.sTOPAZKM_MMCopyTiledBufferCmd.ui32Size,
sCommandMsg.sCmd.sTOPAZKM_MMCopyTiledBufferCmd.ui32Offset,
sCommandMsg.sCmd.sTOPAZKM_MMCopyTiledBufferCmd.bToMemory
);
break;
}
if(SYSOSKM_CopyToUser(psPacket->pvRespData, &sResponseMsg, sizeof(sResponseMsg)))
IMG_ASSERT(!"failed to copy to user");
}
IMG_VOID DBGOPTBRG_dispatch(SYSBRG_sPacket *psPacket)
{
DBGOPTBRG_sCmdMsg sCommandMsg;
DBGOPTBRG_sRespMsg sResponseMsg;
if(SYSOSKM_CopyFromUser(&sCommandMsg, psPacket->pvCmdData, sizeof(sCommandMsg)))
IMG_ASSERT(!"failed to copy from user");
switch (sCommandMsg.eFuncId)
{
case DBGOPTBRG_Initialise_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_Initialise");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_Initialise");
#endif
#endif
sResponseMsg.sResp.sDBGOPTBRG_InitialiseResp.xDBGOPTBRG_InitialiseResp =
DBGOPTBRG_Initialise(
);
break;
case DBGOPTBRG_Deinitialise_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_Deinitialise");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_Deinitialise");
#endif
#endif
DBGOPTBRG_Deinitialise(
);
break;
case DBGOPTBRG_Set_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_Set");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_Set");
#endif
#endif
sResponseMsg.sResp.sDBGOPTBRG_SetResp.xDBGOPTBRG_SetResp =
DBGOPTBRG_Set(
sCommandMsg.sCmd.sDBGOPTBRG_SetCmd.sStrName,
sCommandMsg.sCmd.sDBGOPTBRG_SetCmd.eType,
sCommandMsg.sCmd.sDBGOPTBRG_SetCmd.sVal
);
break;
case DBGOPTBRG_Get_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_Get");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_Get");
#endif
#endif
sResponseMsg.sResp.sDBGOPTBRG_GetResp.xDBGOPTBRG_GetResp =
DBGOPTBRG_Get(
sCommandMsg.sCmd.sDBGOPTBRG_GetCmd.sStrName,
sCommandMsg.sCmd.sDBGOPTBRG_GetCmd.peType,
sCommandMsg.sCmd.sDBGOPTBRG_GetCmd.psVal
);
break;
case DBGOPTBRG_Clear_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_Clear");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_Clear");
#endif
#endif
DBGOPTBRG_Clear(
sCommandMsg.sCmd.sDBGOPTBRG_ClearCmd.sStrName
);
break;
case DBGOPTBRG_SetWithKey_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_SetWithKey");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_SetWithKey");
#endif
#endif
sResponseMsg.sResp.sDBGOPTBRG_SetWithKeyResp.xDBGOPTBRG_SetWithKeyResp =
DBGOPTBRG_SetWithKey(
sCommandMsg.sCmd.sDBGOPTBRG_SetWithKeyCmd.i32Key,
sCommandMsg.sCmd.sDBGOPTBRG_SetWithKeyCmd.sStrName,
sCommandMsg.sCmd.sDBGOPTBRG_SetWithKeyCmd.eType,
sCommandMsg.sCmd.sDBGOPTBRG_SetWithKeyCmd.sVal
);
break;
case DBGOPTBRG_GetWithKey_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_GetWithKey");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_GetWithKey");
#endif
#endif
sResponseMsg.sResp.sDBGOPTBRG_GetWithKeyResp.xDBGOPTBRG_GetWithKeyResp =
DBGOPTBRG_GetWithKey(
sCommandMsg.sCmd.sDBGOPTBRG_GetWithKeyCmd.i32Key,
sCommandMsg.sCmd.sDBGOPTBRG_GetWithKeyCmd.sStrName,
sCommandMsg.sCmd.sDBGOPTBRG_GetWithKeyCmd.peType,
sCommandMsg.sCmd.sDBGOPTBRG_GetWithKeyCmd.psVal
);
break;
case DBGOPTBRG_ClearWithKey_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_ClearWithKey");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_ClearWithKey");
#endif
#endif
DBGOPTBRG_ClearWithKey(
sCommandMsg.sCmd.sDBGOPTBRG_ClearWithKeyCmd.i32Key,
sCommandMsg.sCmd.sDBGOPTBRG_ClearWithKeyCmd.sStrName
);
break;
case DBGOPTBRG_ClearAll_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "DBGOPTBRG_ClearAll");
#else
printk("bridge %s %s\n", __FUNCTION__, "DBGOPTBRG_ClearAll");
#endif
#endif
DBGOPTBRG_ClearAll(
);
break;
}
if(SYSOSKM_CopyToUser(psPacket->pvRespData, &sResponseMsg, sizeof(sResponseMsg)))
IMG_ASSERT(!"failed to copy to user");
}
/*!
******************************************************************************
@Function PALLOC_Import1
******************************************************************************/
IMG_RESULT PALLOC_Import1(
IMG_UINT32 ui32AttachId,
SYS_eMemAttrib eMemAttrib,
int buff_fd,
PALLOC_sUmAlloc __user * psUmAlloc
)
{
IMG_HANDLE hDevHandle;
IMG_UINT32 ui32Result;
PALLOC_sKmAlloc * psKmAlloc;
IMG_HANDLE hAttachHandle;
PALLOC_sAttachContext * psAttachContext;
IMG_UINT32 ui32PageNo;
IMG_UINT32 ui32PageIdx;
IMG_UINT64 ui64CpuPAddr;
PALLOC_sUmAlloc sUmAllocCp;
IMG_UINT64 * paui64DevAddrs;
SYSDEVU_sInfo * psSysDev;
SYS_eMemPool eMemPool;
IMG_PVOID pvCpuKmAddr;
LOG_EVENT(PALLOC, PALLOC_IMPORT, LOG_FLAG_START | LOG_FLAG_QUAL_ARG1 | LOG_FLAG_QUAL_ARG2,
ui32AttachId, buff_fd);
DEBUG_REPORT(REPORT_MODULE_PALLOC, "PALLOC_Import1 fd %d", buff_fd);
if (SYSOSKM_CopyFromUser(&sUmAllocCp, psUmAlloc, sizeof sUmAllocCp) != IMG_SUCCESS)
{
return IMG_ERROR_FATAL;
}
IMG_ASSERT(sUmAllocCp.bMappingOnly);
/* Get the attachment handle from its ID... */
ui32Result = DMANKM_GetAttachHandleFromId(ui32AttachId, &hAttachHandle);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
return ui32Result;
}
/* Get access to the attachment specific data...*/
psAttachContext = DMANKM_GetCompAttachmentData(hAttachHandle);
/* Get access to the device handle...*/
hDevHandle = DMANKM_GetDevHandleFromAttach(hAttachHandle);
/* Lock the device...*/
DMANKM_LockDeviceContext(hDevHandle);
psSysDev = SYSDEVU_GetDeviceById(SYSDEVKM_GetDeviceID(psAttachContext->hSysDevHandle));
IMG_ASSERT(psSysDev != IMG_NULL); // I
if (psSysDev == IMG_NULL)
{
ui32Result = IMG_ERROR_DEVICE_NOT_FOUND;
goto error_get_dev_by_id;
}
eMemPool = (eMemAttrib & SYS_MEMATTRIB_SECURE) ? psSysDev->secureMemPool : psSysDev->sMemPool;
/* Allocate allocation info...*/
psKmAlloc = IMG_MALLOC(sizeof *psKmAlloc);
IMG_ASSERT(psKmAlloc != IMG_NULL);
if (psKmAlloc == IMG_NULL)
{
ui32Result = IMG_ERROR_OUT_OF_MEMORY;
goto error_alloc_info;
}
IMG_MEMSET(psKmAlloc, 0, sizeof *psKmAlloc);
/* Save device handle etc... */
psKmAlloc->hDevHandle = hDevHandle;
psKmAlloc->sAllocInfo.ui32Size = sUmAllocCp.ui32Size;
psKmAlloc->sAllocInfo.bIsContiguous = IMG_FALSE;
/* Get the device id...*/
ui32Result = DMANKM_GetDeviceId(hDevHandle, &sUmAllocCp.ui32DeviceId);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
goto error_get_dev_id;
}
psKmAlloc->sAllocInfo.bMappingOnly = IMG_TRUE;
/* Calculate the size of the allocation in pages */
ui32PageNo = (sUmAllocCp.ui32Size + SYS_MMU_PAGE_SIZE - 1)/SYS_MMU_PAGE_SIZE;
psKmAlloc->sAllocInfo.psSysPAddr = IMG_BIGORSMALL_ALLOC(sizeof(IMG_SYS_PHYADDR) * ui32PageNo);
IMG_ASSERT(psKmAlloc->sAllocInfo.psSysPAddr);
if (IMG_NULL == psKmAlloc->sAllocInfo.psSysPAddr)
{
ui32Result = IMG_ERROR_OUT_OF_MEMORY;
goto error_page_array;
}
paui64DevAddrs = IMG_BIGORSMALL_ALLOC((sizeof *paui64DevAddrs) * ui32PageNo);
IMG_ASSERT(paui64DevAddrs);
if (IMG_NULL == paui64DevAddrs)
{
ui32Result = IMG_ERROR_OUT_OF_MEMORY;
goto error_addr_array;
}
if(buff_fd >= 0)
{
pvCpuKmAddr = NULL;
/* ION buffer */
#if defined ANDROID_ION_BUFFERS
psKmAlloc->eBufType = PALLOC_BUFTYPE_ANDROIDNATIVE;
#if defined CONFIG_X86
ui32Result = palloc_GetIONPages(eMemPool, buff_fd, sUmAllocCp.ui32Size,
psKmAlloc->sAllocInfo.psSysPAddr,
&pvCpuKmAddr,
&psKmAlloc->hBufHandle);
#else // if CONFIG_X86
ui32Result = palloc_GetIONPages(eMemPool, buff_fd, sUmAllocCp.ui32Size,
psKmAlloc->sAllocInfo.psSysPAddr,
NULL,
&psKmAlloc->hBufHandle);
#endif // if CONFIG_X86
if (ui32Result != IMG_SUCCESS)
{
IMG_ASSERT(!"palloc_GetIONPages");
goto error_get_pages;
}
#else // if ANDROID_ION_BUFFERS
IMG_ASSERT(!"NOT ANDROID: ION not supported");
goto error_get_pages;
#endif // if ANDROID_ION_BUFFERS
}
else
{
/* User space allocated buffer */
IMG_VOID __user * pvUmBuff = ( IMG_VOID __user * ) sUmAllocCp.pvCpuUmAddr;
IMG_ASSERT(pvUmBuff);
psKmAlloc->hBufHandle = (IMG_HANDLE)(sUmAllocCp.pvCpuUmAddr);
psKmAlloc->eBufType = PALLOC_BUFTYPE_USERALLOC;
/* Assign and lock physical addresses to the user space buffer.
The mapping of the first page in the kernel is also returned */
ui32Result = SYSOSKM_CpuUmAddrToCpuPAddrArray(pvUmBuff, psKmAlloc->sAllocInfo.psSysPAddr,
ui32PageNo, &pvCpuKmAddr);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
goto error_get_pages;
}
}
/* Import pages */
ui32Result = SYSMEMU_ImportExternalPages(eMemPool, sUmAllocCp.ui32Size, eMemAttrib,
&psKmAlloc->hPagesHandle, pvCpuKmAddr,
psKmAlloc->sAllocInfo.psSysPAddr);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
goto error_import_pages;
}
// Access from user space is not needed for the moment. Can be changed.
sUmAllocCp.lOffset = 0;
#if PALLOC_EXPOSE_KM_HANDLE
sUmAllocCp.hKmAllocHandle = psKmAlloc->hPagesHandle;
#endif /* PALLOC_EXPOSE_KM_HANDLE */
for (ui32PageIdx = 0; ui32PageIdx < ui32PageNo; ++ui32PageIdx)
{
ui64CpuPAddr = psKmAlloc->sAllocInfo.psSysPAddr[ui32PageIdx];
paui64DevAddrs[ui32PageIdx] =
SYSDEVKM_CpuPAddrToDevPAddr(psAttachContext->hSysDevHandle, ui64CpuPAddr);
}
/* Register this with the resource manager */
ui32Result = RMAN_RegisterResource(psAttachContext->hResBHandle, PALLOC_RES_TYPE_1,
palloc_fnFree, psKmAlloc, IMG_NULL, &sUmAllocCp.ui32AllocId);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
goto error_resource_register;
}
LOG_EVENT(PALLOC, PALLOC_IMPORTID, LOG_FLAG_END | LOG_FLAG_QUAL_ARG1 | LOG_FLAG_QUAL_ARG2,
ui32AttachId, sUmAllocCp.ui32AllocId);
/* Unlock the device...*/
DMANKM_UnlockDeviceContext(hDevHandle);
/* Copy to user changed PALLOC_sUmAlloc, including physical device addresses */
if (SYSOSKM_CopyToUser(psUmAlloc, &sUmAllocCp, sizeof sUmAllocCp))
{
ui32Result = IMG_ERROR_FATAL;
goto error_copy_to_user;
}
if (SYSOSKM_CopyToUser(psUmAlloc->aui64DevPAddr, paui64DevAddrs,
(sizeof *paui64DevAddrs) * ui32PageNo))
{
ui32Result = IMG_ERROR_FATAL;
goto error_copy_to_user;
}
/* Free the address array */
IMG_BIGORSMALL_FREE((sizeof *paui64DevAddrs) * ui32PageNo, paui64DevAddrs);
LOG_EVENT(PALLOC, PALLOC_IMPORT, LOG_FLAG_END | LOG_FLAG_QUAL_ARG1 | LOG_FLAG_QUAL_ARG2,
ui32AttachId, buff_fd);
/* Return. */
return IMG_SUCCESS;
/* Error handling. */
error_copy_to_user:
/* Free everything. */
PALLOC_Free1(sUmAllocCp.ui32AllocId);
goto error_return;
error_resource_register:
SYSMEMU_FreePages(psKmAlloc->hPagesHandle);
error_import_pages:
if (buff_fd >= 0)
{
#ifdef ANDROID_ION_BUFFERS
palloc_ReleaseIONBuf(psKmAlloc->hBufHandle, NULL);
#endif /* ANDROID_ION_BUFFERS */
}
else
{
SYSOSKM_ReleaseCpuPAddrArray(pvCpuKmAddr, psKmAlloc->hBufHandle,
psKmAlloc->sAllocInfo.psSysPAddr, ui32PageNo);
}
error_get_pages:
IMG_BIGORSMALL_FREE((sizeof *paui64DevAddrs) * ui32PageNo, paui64DevAddrs);
error_addr_array:
IMG_BIGORSMALL_FREE(sizeof(IMG_SYS_PHYADDR) * ui32PageNo, psKmAlloc->sAllocInfo.psSysPAddr);
error_page_array:
error_get_dev_id:
IMG_FREE(psKmAlloc);
error_alloc_info:
error_get_dev_by_id:
/* Unlock the device. */
DMANKM_UnlockDeviceContext(hDevHandle);
error_return:
return ui32Result;
}
/*!
******************************************************************************
@Function PALLOC_Alloc1
******************************************************************************/
IMG_RESULT PALLOC_Alloc1(
IMG_UINT32 ui32AttachId,
SYS_eMemAttrib eMemAttrib,
PALLOC_sUmAlloc __user * psUmAlloc
)
{
IMG_HANDLE hDevHandle;
IMG_UINT32 ui32Result;
PALLOC_sKmAlloc * psKmAlloc;
IMG_HANDLE hAttachHandle;
PALLOC_sAttachContext * psAttachContext;
IMG_UINT32 ui32PageNo;
PALLOC_sUmAlloc sUmAllocCp;
IMG_UINT32 ui32PageIdx;
IMG_UINT64 * pui64Phys;
SYSMEMU_sPages * psSysMem;
SYS_eMemPool eMemPool;
SYSDEVU_sInfo * psSysDev;
/* the following code assumes that IMG_SYS_PHYADDR and IMG_UINT64 are the same size */
#ifndef SYSBRG_BRIDGING
IMG_VOID * pvKmAddr;
#endif
if (SYSOSKM_CopyFromUser(&sUmAllocCp, psUmAlloc, sizeof(sUmAllocCp)) != IMG_SUCCESS)
{
return IMG_ERROR_FATAL;
}
LOG_EVENT(PALLOC, PALLOC_ALLOC, (LOG_FLAG_START | LOG_FLAG_QUAL_ARG1 |LOG_FLAG_QUAL_ARG2), ui32AttachId, sUmAllocCp.ui32Size);
IMG_ASSERT(!sUmAllocCp.bMappingOnly);
/* Get the attachment handle from its ID...*/
ui32Result = DMANKM_GetAttachHandleFromId(ui32AttachId, &hAttachHandle);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
return ui32Result;
}
/* Get access to the attachment specific data...*/
psAttachContext = DMANKM_GetCompAttachmentData(hAttachHandle);
/* Get access to the device handle...*/
hDevHandle = DMANKM_GetDevHandleFromAttach(hAttachHandle);
/* Lock the device...*/
DMANKM_LockDeviceContext(hDevHandle);
psSysDev = SYSDEVU_GetDeviceById(SYSDEVKM_GetDeviceID(psAttachContext->hSysDevHandle));
IMG_ASSERT(psSysDev != IMG_NULL); // I
if (psSysDev == IMG_NULL)
{
return IMG_ERROR_DEVICE_NOT_FOUND;
}
eMemPool = (eMemAttrib & SYS_MEMATTRIB_SECURE) ? psSysDev->secureMemPool : psSysDev->sMemPool;
/* Allocate allocation info...*/
psKmAlloc = IMG_MALLOC(sizeof(*psKmAlloc));
IMG_ASSERT(psKmAlloc != IMG_NULL);
if (psKmAlloc == IMG_NULL)
{
ui32Result = IMG_ERROR_OUT_OF_MEMORY;
goto error_alloc_info;
}
IMG_MEMSET(psKmAlloc, 0, sizeof(*psKmAlloc));
/* Save device handle etc...*/
psKmAlloc->hDevHandle = hDevHandle;
psKmAlloc->sAllocInfo.ui32Size = sUmAllocCp.ui32Size;
psKmAlloc->hBufHandle = NULL;
psKmAlloc->eBufType = PALLOC_BUFTYPE_PALLOCATED;
/* Allocate pages...*/
ui32Result = SYSMEMU_AllocatePages(sUmAllocCp.ui32Size, eMemAttrib, eMemPool,
&psKmAlloc->hPagesHandle, &pui64Phys);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
goto error_alloc_pages;
}
#ifndef SYSBRG_BRIDGING
SYSMEMU_GetCpuKmAddr(&pvKmAddr, psKmAlloc->hPagesHandle);
IMG_ASSERT(pvKmAddr != IMG_NULL);
if(pvKmAddr == IMG_NULL)
{
ui32Result = IMG_ERROR_FATAL;
goto error_cpu_km_addr;
}
#endif
/* Return addresses...*/
psSysMem = psKmAlloc->hPagesHandle;
#ifdef PALLOC_EXPOSE_KM_HANDLE
sUmAllocCp.hKmAllocHandle = psKmAlloc->hPagesHandle;
#endif
/* Check if contiguous...*/
psKmAlloc->sAllocInfo.bIsContiguous = SYSMEMKM_IsContiguous(psKmAlloc->hPagesHandle);
/* Get the device id...*/
ui32Result = DMANKM_GetDeviceId(hDevHandle, &sUmAllocCp.ui32DeviceId);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
goto error_get_dev_id;
}
sUmAllocCp.lOffset = 0;
if (psSysMem->hRegHandle)
{
// Determine the offset to memory if it has been made mappable in UM.
sUmAllocCp.lOffset = (long)pui64Phys[0];
}
/* Calculate the size of the allocation in pages...*/
ui32PageNo = (sUmAllocCp.ui32Size + SYS_MMU_PAGE_SIZE - 1)/SYS_MMU_PAGE_SIZE;
psKmAlloc->sAllocInfo.psSysPAddr = IMG_BIGORSMALL_ALLOC(sizeof(IMG_SYS_PHYADDR) * ui32PageNo);
IMG_ASSERT(psKmAlloc->sAllocInfo.psSysPAddr);
if (IMG_NULL == psKmAlloc->sAllocInfo.psSysPAddr)
{
ui32Result = IMG_ERROR_OUT_OF_MEMORY;
goto error_page_array;
}
IMG_MEMSET(psKmAlloc->sAllocInfo.psSysPAddr, 0, sizeof(IMG_SYS_PHYADDR) * ui32PageNo);
for (ui32PageIdx = 0; ui32PageIdx < ui32PageNo; ++ui32PageIdx)
{
psKmAlloc->sAllocInfo.psSysPAddr[ui32PageIdx] = pui64Phys[ui32PageIdx];
}
/* Register this with the resource manager...*/
ui32Result = RMAN_RegisterResource(psAttachContext->hResBHandle, PALLOC_RES_TYPE_1,
palloc_fnFree, psKmAlloc, IMG_NULL, &sUmAllocCp.ui32AllocId);
IMG_ASSERT(ui32Result == IMG_SUCCESS);
if (ui32Result != IMG_SUCCESS)
{
goto error_resource_register;
}
LOG_EVENT(PALLOC, PALLOC_ALLOCID, (LOG_FLAG_END | LOG_FLAG_QUAL_ARG1 |LOG_FLAG_QUAL_ARG2),
ui32AttachId, sUmAllocCp.ui32AllocId);
/* Unlock the device...*/
DMANKM_UnlockDeviceContext(hDevHandle);
/* Copy to user changed PALLOC_sUmAlloc, including physical device addresses */
if (SYSOSKM_CopyToUser(psUmAlloc, &sUmAllocCp, sizeof(sUmAllocCp)))
{
ui32Result = IMG_ERROR_FATAL;
goto error_copy_to_user;
}
if (SYSOSKM_CopyToUser(psUmAlloc->aui64DevPAddr, psKmAlloc->sAllocInfo.psSysPAddr,
sizeof(psKmAlloc->sAllocInfo.psSysPAddr[0]) * ui32PageNo))
{
ui32Result = IMG_ERROR_FATAL;
goto error_copy_to_user;
}
LOG_EVENT(PALLOC, PALLOC_ALLOC, (LOG_FLAG_END | LOG_FLAG_QUAL_ARG1 |LOG_FLAG_QUAL_ARG2),
ui32AttachId, sUmAllocCp.ui32Size);
/* Return. */
return IMG_SUCCESS;
/* Error handling. */
error_copy_to_user:
/* Free everything. */
PALLOC_Free1(sUmAllocCp.ui32AllocId);
goto error_return;
error_resource_register:
IMG_BIGORSMALL_FREE(sizeof(IMG_SYS_PHYADDR) * ui32PageNo,
psKmAlloc->sAllocInfo.psSysPAddr);
error_page_array:
error_get_dev_id:
#ifndef SYSBRG_BRIDGING
error_cpu_km_addr:
#endif /* SYSBRG_BRIDGING */
SYSMEMU_FreePages(psKmAlloc->hPagesHandle);
error_alloc_pages:
IMG_FREE(psKmAlloc);
error_alloc_info:
/* Unlock the device. */
DMANKM_UnlockDeviceContext(hDevHandle);
error_return:
return ui32Result;
}
IMG_VOID DMAN_dispatch(SYSBRG_sPacket __user *psPacket)
{
SYSBRG_sPacket sPacket;
DMAN_sCmdMsg sCommandMsg;
DMAN_sRespMsg sResponseMsg;
if(SYSOSKM_CopyFromUser(&sPacket, psPacket, sizeof(sPacket)))
IMG_ASSERT(!"failed to copy from user");
if(SYSOSKM_CopyFromUser(&sCommandMsg, sPacket.pvCmdData, sizeof(sCommandMsg)))
IMG_ASSERT(!"failed to copy from user");
switch (sCommandMsg.eFuncId)
{
case DMAN_Initialise_ID:
sResponseMsg.sResp.sDMAN_InitialiseResp.xDMAN_InitialiseResp =
DMAN_Initialise(
);
break;
case DMAN_Deinitialise_ID:
sResponseMsg.sResp.sDMAN_DeinitialiseResp.xDMAN_DeinitialiseResp =
DMAN_Deinitialise(
);
break;
case DMAN_CloseDevice_ID:
sResponseMsg.sResp.sDMAN_CloseDeviceResp.xDMAN_CloseDeviceResp =
DMAN_CloseDevice(
sCommandMsg.sCmd.sDMAN_CloseDeviceCmd.ui32ConnId
);
break;
case DMAN_GetDeviceId_ID:
#ifdef WIN32
if(!SYSBRGKM_CheckParams((IMG_VOID __user *)&sCommandMsg.sCmd.sDMAN_GetDeviceIdCmd.pui32DeviceId, sizeof((SYSBRG_sPacket *)&sCommandMsg.sCmd.sDMAN_GetDeviceIdCmd.pui32DeviceId)))
IMG_ASSERT(IMG_FALSE);
#else
// not required to check pointer access under linux, as SYSOSKM_Copy{To,From}User has to be used
#endif
sResponseMsg.sResp.sDMAN_GetDeviceIdResp.xDMAN_GetDeviceIdResp =
DMAN_GetDeviceId(
sCommandMsg.sCmd.sDMAN_GetDeviceIdCmd.ui32ConnId,
sCommandMsg.sCmd.sDMAN_GetDeviceIdCmd.pui32DeviceId
);
break;
case DMAN_GetKmBuildFlags_ID:
#ifdef WIN32
if(!SYSBRGKM_CheckParams((IMG_VOID __user *)&sCommandMsg.sCmd.sDMAN_GetKmBuildFlagsCmd.pui32KmBuildFlags, sizeof((SYSBRG_sPacket *)&sCommandMsg.sCmd.sDMAN_GetKmBuildFlagsCmd.pui32KmBuildFlags)))
IMG_ASSERT(IMG_FALSE);
#else
// not required to check pointer access under linux, as SYSOSKM_Copy{To,From}User has to be used
#endif
sResponseMsg.sResp.sDMAN_GetKmBuildFlagsResp.xDMAN_GetKmBuildFlagsResp =
DMAN_GetKmBuildFlags(
sCommandMsg.sCmd.sDMAN_GetKmBuildFlagsCmd.pui32KmBuildFlags
);
break;
case DMAN_OpenDevice1_ID:
if(!SYSBRGKM_CheckParams((IMG_VOID __user *)&sCommandMsg.sCmd.sDMAN_OpenDevice1Cmd.pszDevName, sCommandMsg.sCmd.sDMAN_OpenDevice1Cmd.ui32DevNameSize))
IMG_ASSERT(IMG_FALSE);
#ifdef WIN32
if(!SYSBRGKM_CheckParams((IMG_VOID __user *)&sCommandMsg.sCmd.sDMAN_OpenDevice1Cmd.pui32ConnId, sizeof((SYSBRG_sPacket *)&sCommandMsg.sCmd.sDMAN_OpenDevice1Cmd.pui32ConnId)))
IMG_ASSERT(IMG_FALSE);
#else
// not required to check pointer access under linux, as SYSOSKM_Copy{To,From}User has to be used
#endif
sResponseMsg.sResp.sDMAN_OpenDevice1Resp.xDMAN_OpenDevice1Resp =
DMAN_OpenDevice1(
sCommandMsg.sCmd.sDMAN_OpenDevice1Cmd.pszDevName,
sCommandMsg.sCmd.sDMAN_OpenDevice1Cmd.ui32DevNameSize,
sCommandMsg.sCmd.sDMAN_OpenDevice1Cmd.eOpenMode,
sCommandMsg.sCmd.sDMAN_OpenDevice1Cmd.pui32ConnId
);
break;
}
if(SYSOSKM_CopyToUser(sPacket.pvRespData, &sResponseMsg, sizeof(sResponseMsg)))
IMG_ASSERT(!"failed to copy to user");
}
IMG_VOID HOSTUTILS_dispatch(SYSBRG_sPacket *psPacket)
{
HOSTUTILS_sCmdMsg sCommandMsg;
HOSTUTILS_sRespMsg sResponseMsg;
if(SYSOSKM_CopyFromUser(&sCommandMsg, psPacket->pvCmdData, sizeof(sCommandMsg)))
IMG_ASSERT(!"failed to copy from user");
switch (sCommandMsg.eFuncId)
{
case COMMKM_Initialize_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_Initialize");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_Initialize");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_InitializeResp.xCOMMKM_InitializeResp =
COMMKM_Initialize(
sCommandMsg.sCmd.sCOMMKM_InitializeCmd.ui32ConnId,
sCommandMsg.sCmd.sCOMMKM_InitializeCmd.apsWBDataInfo,
sCommandMsg.sCmd.sCOMMKM_InitializeCmd.pui32NumPipes,
sCommandMsg.sCmd.sCOMMKM_InitializeCmd.ui32MmuFlags,
sCommandMsg.sCmd.sCOMMKM_InitializeCmd.ui32MMUTileStride
);
break;
case COMMKM_OpenSocket_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_OpenSocket");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_OpenSocket");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_OpenSocketResp.xCOMMKM_OpenSocketResp =
COMMKM_OpenSocket(
sCommandMsg.sCmd.sCOMMKM_OpenSocketCmd.ui32ConnId,
sCommandMsg.sCmd.sCOMMKM_OpenSocketCmd.ui32SockId,
sCommandMsg.sCmd.sCOMMKM_OpenSocketCmd.eCodec
);
break;
case COMMKM_SetupSocket_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_SetupSocket");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_SetupSocket");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_SetupSocketResp.xCOMMKM_SetupSocketResp =
COMMKM_SetupSocket(
sCommandMsg.sCmd.sCOMMKM_SetupSocketCmd.ui32SockId,
sCommandMsg.sCmd.sCOMMKM_SetupSocketCmd.psBiasTables,
sCommandMsg.sCmd.sCOMMKM_SetupSocketCmd.ui16FrameHeight,
sCommandMsg.sCmd.sCOMMKM_SetupSocketCmd.ui16Width,
sCommandMsg.sCmd.sCOMMKM_SetupSocketCmd.bDoSerializedComm,
sCommandMsg.sCmd.sCOMMKM_SetupSocketCmd.ui8CtxtNum,
sCommandMsg.sCmd.sCOMMKM_SetupSocketCmd.usedSocket
);
break;
case COMMKM_CloseSocket_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_CloseSocket");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_CloseSocket");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_CloseSocketResp.xCOMMKM_CloseSocketResp =
COMMKM_CloseSocket(
sCommandMsg.sCmd.sCOMMKM_CloseSocketCmd.ui32SockId
);
break;
case COMMKM_Send_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_Send");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_Send");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_SendResp.xCOMMKM_SendResp =
COMMKM_Send(
sCommandMsg.sCmd.sCOMMKM_SendCmd.ui32SockId,
sCommandMsg.sCmd.sCOMMKM_SendCmd.msg_eCmdId,
sCommandMsg.sCmd.sCOMMKM_SendCmd.msg_ui32Data,
sCommandMsg.sCmd.sCOMMKM_SendCmd.msg_pCommandDataBuf,
sCommandMsg.sCmd.sCOMMKM_SendCmd.pui32WritebackVal
);
break;
case COMMKM_Recv_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_Recv");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_Recv");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_RecvResp.xCOMMKM_RecvResp =
COMMKM_Recv(
sCommandMsg.sCmd.sCOMMKM_RecvCmd.ui32SockId,
sCommandMsg.sCmd.sCOMMKM_RecvCmd.pMsg,
sCommandMsg.sCmd.sCOMMKM_RecvCmd.bBlocking
);
break;
case COMMKM_LoadBias_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_LoadBias");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_LoadBias");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_LoadBiasResp.xCOMMKM_LoadBiasResp =
COMMKM_LoadBias(
sCommandMsg.sCmd.sCOMMKM_LoadBiasCmd.psBiasTables,
sCommandMsg.sCmd.sCOMMKM_LoadBiasCmd.eStandard
);
break;
case COMMKM_GetFwConfigInt_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_GetFwConfigInt");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_GetFwConfigInt");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_GetFwConfigIntResp.xCOMMKM_GetFwConfigIntResp =
COMMKM_GetFwConfigInt(
sCommandMsg.sCmd.sCOMMKM_GetFwConfigIntCmd.ui32ConnId,
sCommandMsg.sCmd.sCOMMKM_GetFwConfigIntCmd.name,
sCommandMsg.sCmd.sCOMMKM_GetFwConfigIntCmd.szNameSize
);
break;
case COMM_GetPipeUsage_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMM_GetPipeUsage");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMM_GetPipeUsage");
#endif
#endif
sResponseMsg.sResp.sCOMM_GetPipeUsageResp.xCOMM_GetPipeUsageResp =
COMM_GetPipeUsage(
sCommandMsg.sCmd.sCOMM_GetPipeUsageCmd.ui8Pipe
);
break;
case COMM_SetPipeUsage_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMM_SetPipeUsage");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMM_SetPipeUsage");
#endif
#endif
COMM_SetPipeUsage(
sCommandMsg.sCmd.sCOMM_SetPipeUsageCmd.ui8Pipe,
sCommandMsg.sCmd.sCOMM_SetPipeUsageCmd.ui8Val
);
break;
case COMMKM_IsIdle_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "COMMKM_IsIdle");
#else
printk("bridge %s %s\n", __FUNCTION__, "COMMKM_IsIdle");
#endif
#endif
sResponseMsg.sResp.sCOMMKM_IsIdleResp.xCOMMKM_IsIdleResp =
COMMKM_IsIdle(
sCommandMsg.sCmd.sCOMMKM_IsIdleCmd.ui32SockId
);
break;
case TOPAZKM_IsIdle_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_IsIdle");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_IsIdle");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_IsIdleResp.xTOPAZKM_IsIdleResp =
TOPAZKM_IsIdle(
sCommandMsg.sCmd.sTOPAZKM_IsIdleCmd.ui32SockId
);
break;
case TOPAZKM_Suspend_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_Suspend");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_Suspend");
#endif
#endif
TOPAZKM_Suspend(
sCommandMsg.sCmd.sTOPAZKM_SuspendCmd.ui32ConnId
);
break;
case TOPAZKM_Resume_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_Resume");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_Resume");
#endif
#endif
TOPAZKM_Resume(
sCommandMsg.sCmd.sTOPAZKM_ResumeCmd.ui32ConnId
);
break;
case TOPAZKM_GetCoreDes1_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_GetCoreDes1");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_GetCoreDes1");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_GetCoreDes1Resp.xTOPAZKM_GetCoreDes1Resp =
TOPAZKM_GetCoreDes1(
);
break;
case TOPAZKM_GetCoreRev_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_GetCoreRev");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_GetCoreRev");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_GetCoreRevResp.xTOPAZKM_GetCoreRevResp =
TOPAZKM_GetCoreRev(
);
break;
case TOPAZKM_GetNumPipes_ID:
#if 0
#ifdef CONFIG_COMPAT
printk("bridge %d %s %s\n", is_compat_task(), __FUNCTION__, "TOPAZKM_GetNumPipes");
#else
printk("bridge %s %s\n", __FUNCTION__, "TOPAZKM_GetNumPipes");
#endif
#endif
sResponseMsg.sResp.sTOPAZKM_GetNumPipesResp.xTOPAZKM_GetNumPipesResp =
TOPAZKM_GetNumPipes(
);
break;
}
if(SYSOSKM_CopyToUser(psPacket->pvRespData, &sResponseMsg, sizeof(sResponseMsg)))
IMG_ASSERT(!"failed to copy to user");
}