2025-05-13 19:45:22 +03:00

265 lines
9.6 KiB
C

/*
* Process Hacker Extended Tools -
* ETW mini information section
*
* Copyright (C) 2015 wj32
*
* This file is part of Process Hacker.
*
* Process Hacker is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* Process Hacker is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with Process Hacker. If not, see <http://www.gnu.org/licenses/>.
*/
#include "exttools.h"
#include "etwmini.h"
VOID EtEtwMiniInformationInitializing(
_In_ PPH_PLUGIN_MINIINFO_POINTERS Pointers
)
{
PH_MINIINFO_LIST_SECTION section;
memset(&section, 0, sizeof(PH_MINIINFO_LIST_SECTION));
section.Callback = EtpDiskListSectionCallback;
Pointers->CreateListSection(L"Disk", 0, &section);
memset(&section, 0, sizeof(PH_MINIINFO_LIST_SECTION));
section.Callback = EtpNetworkListSectionCallback;
Pointers->CreateListSection(L"Network", 0, &section);
}
BOOLEAN EtpDiskListSectionCallback(
_In_ struct _PH_MINIINFO_LIST_SECTION *ListSection,
_In_ PH_MINIINFO_LIST_SECTION_MESSAGE Message,
_In_opt_ PVOID Parameter1,
_In_opt_ PVOID Parameter2
)
{
switch (Message)
{
case MiListSectionTick:
{
PH_FORMAT format[4];
PhInitFormatS(&format[0], L"Disk R: ");
PhInitFormatSize(&format[1], EtDiskReadDelta.Delta);
format[1].Type |= FormatUsePrecision;
format[1].Precision = 0;
PhInitFormatS(&format[2], L" W: ");
PhInitFormatSize(&format[3], EtDiskWriteDelta.Delta);
format[3].Type |= FormatUsePrecision;
format[3].Precision = 0;
ListSection->Section->Parameters->SetSectionText(ListSection->Section,
PH_AUTO(PhFormat(format, 4, 50)));
}
break;
case MiListSectionSortProcessList:
{
PPH_MINIINFO_LIST_SECTION_SORT_LIST sortList = Parameter1;
qsort(sortList->List->Items, sortList->List->Count,
sizeof(PPH_PROCESS_NODE), EtpDiskListSectionProcessCompareFunction);
}
return TRUE;
case MiListSectionAssignSortData:
{
PPH_MINIINFO_LIST_SECTION_ASSIGN_SORT_DATA assignSortData = Parameter1;
PPH_LIST processes = assignSortData->ProcessGroup->Processes;
ULONG64 diskReadDelta = 0;
ULONG64 diskWriteDelta = 0;
ULONG i;
for (i = 0; i < processes->Count; i++)
{
PPH_PROCESS_ITEM processItem = processes->Items[i];
PET_PROCESS_BLOCK block = EtGetProcessBlock(processItem);
diskReadDelta += block->DiskReadRawDelta.Delta;
diskWriteDelta += block->DiskWriteRawDelta.Delta;
}
assignSortData->SortData->UserData[0] = diskReadDelta;
assignSortData->SortData->UserData[1] = diskWriteDelta;
}
return TRUE;
case MiListSectionSortGroupList:
{
PPH_MINIINFO_LIST_SECTION_SORT_LIST sortList = Parameter1;
qsort(sortList->List->Items, sortList->List->Count,
sizeof(PPH_MINIINFO_LIST_SECTION_SORT_DATA), EtpDiskListSectionNodeCompareFunction);
}
return TRUE;
case MiListSectionGetUsageText:
{
PPH_MINIINFO_LIST_SECTION_GET_USAGE_TEXT getUsageText = Parameter1;
PPH_LIST processes = getUsageText->ProcessGroup->Processes;
ULONG64 diskReadDelta = getUsageText->SortData->UserData[0];
ULONG64 diskWriteDelta = getUsageText->SortData->UserData[1];
PH_FORMAT format[1];
PhInitFormatSize(&format[0], diskReadDelta + diskWriteDelta);
PhMoveReference(&getUsageText->Line1, PhFormat(format, 1, 16));
}
return TRUE;
}
return FALSE;
}
int __cdecl EtpDiskListSectionProcessCompareFunction(
_In_ const void *elem1,
_In_ const void *elem2
)
{
int result;
PPH_PROCESS_NODE node1 = *(PPH_PROCESS_NODE *)elem1;
PPH_PROCESS_NODE node2 = *(PPH_PROCESS_NODE *)elem2;
PET_PROCESS_BLOCK block1 = EtGetProcessBlock(node1->ProcessItem);
PET_PROCESS_BLOCK block2 = EtGetProcessBlock(node2->ProcessItem);
ULONG64 total1 = block1->DiskReadRawDelta.Delta + block1->DiskWriteRawDelta.Delta;
ULONG64 total2 = block2->DiskReadRawDelta.Delta + block2->DiskWriteRawDelta.Delta;
result = uint64cmp(total2, total1);
if (result == 0)
result = uint64cmp(block2->DiskReadRaw + block2->DiskWriteRaw, block1->DiskReadRaw + block1->DiskWriteRaw);
if (result == 0)
result = singlecmp(node2->ProcessItem->CpuUsage, node1->ProcessItem->CpuUsage);
return result;
}
int __cdecl EtpDiskListSectionNodeCompareFunction(
_In_ const void *elem1,
_In_ const void *elem2
)
{
PPH_MINIINFO_LIST_SECTION_SORT_DATA data1 = *(PPH_MINIINFO_LIST_SECTION_SORT_DATA *)elem1;
PPH_MINIINFO_LIST_SECTION_SORT_DATA data2 = *(PPH_MINIINFO_LIST_SECTION_SORT_DATA *)elem2;
return uint64cmp(data2->UserData[0] + data2->UserData[1], data1->UserData[0] + data1->UserData[1]);
}
BOOLEAN EtpNetworkListSectionCallback(
_In_ struct _PH_MINIINFO_LIST_SECTION *ListSection,
_In_ PH_MINIINFO_LIST_SECTION_MESSAGE Message,
_In_opt_ PVOID Parameter1,
_In_opt_ PVOID Parameter2
)
{
switch (Message)
{
case MiListSectionTick:
{
PH_FORMAT format[4];
PhInitFormatS(&format[0], L"Network R: ");
PhInitFormatSize(&format[1], EtNetworkReceiveDelta.Delta);
format[1].Type |= FormatUsePrecision;
format[1].Precision = 0;
PhInitFormatS(&format[2], L" S: ");
PhInitFormatSize(&format[3], EtNetworkSendDelta.Delta);
format[3].Type |= FormatUsePrecision;
format[3].Precision = 0;
ListSection->Section->Parameters->SetSectionText(ListSection->Section,
PH_AUTO(PhFormat(format, 4, 50)));
}
break;
case MiListSectionSortProcessList:
{
PPH_MINIINFO_LIST_SECTION_SORT_LIST sortList = Parameter1;
qsort(sortList->List->Items, sortList->List->Count,
sizeof(PPH_PROCESS_NODE), EtpNetworkListSectionProcessCompareFunction);
}
return TRUE;
case MiListSectionAssignSortData:
{
PPH_MINIINFO_LIST_SECTION_ASSIGN_SORT_DATA assignSortData = Parameter1;
PPH_LIST processes = assignSortData->ProcessGroup->Processes;
ULONG64 networkReceiveDelta = 0;
ULONG64 networkSendDelta = 0;
ULONG i;
for (i = 0; i < processes->Count; i++)
{
PPH_PROCESS_ITEM processItem = processes->Items[i];
PET_PROCESS_BLOCK block = EtGetProcessBlock(processItem);
networkReceiveDelta += block->NetworkReceiveRawDelta.Delta;
networkSendDelta += block->NetworkSendRawDelta.Delta;
}
assignSortData->SortData->UserData[0] = networkReceiveDelta;
assignSortData->SortData->UserData[1] = networkSendDelta;
}
return TRUE;
case MiListSectionSortGroupList:
{
PPH_MINIINFO_LIST_SECTION_SORT_LIST sortList = Parameter1;
qsort(sortList->List->Items, sortList->List->Count,
sizeof(PPH_MINIINFO_LIST_SECTION_SORT_DATA), EtpNetworkListSectionNodeCompareFunction);
}
return TRUE;
case MiListSectionGetUsageText:
{
PPH_MINIINFO_LIST_SECTION_GET_USAGE_TEXT getUsageText = Parameter1;
PPH_LIST processes = getUsageText->ProcessGroup->Processes;
ULONG64 networkReceiveDelta = getUsageText->SortData->UserData[0];
ULONG64 networkSendDelta = getUsageText->SortData->UserData[1];
PH_FORMAT format[1];
PhInitFormatSize(&format[0], networkReceiveDelta + networkSendDelta);
PhMoveReference(&getUsageText->Line1, PhFormat(format, 1, 16));
}
return TRUE;
}
return FALSE;
}
int __cdecl EtpNetworkListSectionProcessCompareFunction(
_In_ const void *elem1,
_In_ const void *elem2
)
{
int result;
PPH_PROCESS_NODE node1 = *(PPH_PROCESS_NODE *)elem1;
PPH_PROCESS_NODE node2 = *(PPH_PROCESS_NODE *)elem2;
PET_PROCESS_BLOCK block1 = EtGetProcessBlock(node1->ProcessItem);
PET_PROCESS_BLOCK block2 = EtGetProcessBlock(node2->ProcessItem);
ULONG64 total1 = block1->NetworkReceiveRawDelta.Delta + block1->NetworkSendRawDelta.Delta;
ULONG64 total2 = block2->NetworkReceiveRawDelta.Delta + block2->NetworkSendRawDelta.Delta;
result = uint64cmp(total2, total1);
if (result == 0)
result = uint64cmp(block2->NetworkReceiveRaw + block2->NetworkSendRaw, block1->NetworkReceiveRaw + block1->NetworkSendRaw);
if (result == 0)
result = singlecmp(node2->ProcessItem->CpuUsage, node1->ProcessItem->CpuUsage);
return result;
}
int __cdecl EtpNetworkListSectionNodeCompareFunction(
_In_ const void *elem1,
_In_ const void *elem2
)
{
PPH_MINIINFO_LIST_SECTION_SORT_DATA data1 = *(PPH_MINIINFO_LIST_SECTION_SORT_DATA *)elem1;
PPH_MINIINFO_LIST_SECTION_SORT_DATA data2 = *(PPH_MINIINFO_LIST_SECTION_SORT_DATA *)elem2;
return uint64cmp(data2->UserData[0] + data2->UserData[1], data1->UserData[0] + data1->UserData[1]);
}