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windows-nt/Source/XPSP1/NT/shell/osshell/cpls/powrprof/parse.c

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2020-09-26 03:20:57 -05:00
/*******************************************************************************
*
* (C) COPYRIGHT MICROSOFT CORP., 1997
*
* TITLE: PARSE.C
*
* VERSION: 2.0
*
* AUTHOR: ReedB
*
* DATE: 1 Jan, 1997
*
* DESCRIPTION:
* Helper parsing code for the default power schemes generator, MAKEINI.EXE.
*
*******************************************************************************/
#include <nt.h>
#include <ntrtl.h>
#include <nturtl.h>
#include <stdlib.h>
#include <stdio.h>
#include <string.h>
#include <windows.h>
#include <ntpoapi.h>
#include "parse.h"
/*******************************************************************************
*
* G L O B A L D A T A
*
*******************************************************************************/
char *g_pszSrc[MAX_SKUS];
char *g_pszLines[MAX_SKUS][MAX_LINES];
UINT g_uiLineCount;
UINT g_uiPoliciesCount[MAX_SKUS];
PMACHINE_POWER_POLICY g_pmpp[MAX_SKUS][MAX_PROFILES];
PUSER_POWER_POLICY g_pupp[MAX_SKUS][MAX_PROFILES];
PMACHINE_PROCESSOR_POWER_POLICY g_ppmpp[MAX_SKUS][MAX_PROFILES];
GLOBAL_USER_POWER_POLICY g_gupp[MAX_SKUS];
GLOBAL_MACHINE_POWER_POLICY g_gmpp[MAX_SKUS];
char *g_pszSkuNames[MAX_SKUS] = {
"..\\DEFAULTS.CSV",
"..\\PER.CSV",
"..\\PRO.CSV",
"..\\SRV.CSV",
"..\\ADS.CSV",
"..\\DTC.CSV"
};
char g_pszSkuDecoration[MAX_SKUS];
/*******************************************************************************
*
* StrTrimTrailingBlanks
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
void StrTrimTrailingBlanks(char *psz)
{
UINT i = 0;
if (psz) {
while (*psz) {
psz++;
}
while (*--psz == ' ') {
*psz = '\0';
}
}
}
/*******************************************************************************
*
* StrToUpper
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
void StrToUpper(char *pszDest, char *pszSrc)
{
UINT i = 0;
while (*pszSrc) {
*pszDest = (char)toupper(*pszSrc);
pszSrc++;
pszDest++;
if (++i == MAX_STR) {
DefFatalExit(FALSE, "StrToUpper failure, source too large: %s\n", pszSrc);
}
}
*pszDest = '\0';
}
/*******************************************************************************
*
* GetTokens
*
* DESCRIPTION:
* Fill an array with tokens.
*
* PARAMETERS:
*
*******************************************************************************/
UINT GetTokens(
char *pszSrc,
UINT uiMaxTokenSize,
char **pszTokens,
UINT uiMaxTokens,
char *pszDelimiters
)
{
char *psz;
DWORD dwSize;
UINT i = 0;
psz = strtok(pszSrc, pszDelimiters);
StrTrimTrailingBlanks(psz);
while (psz) {
if (i % 2) {
printf(".");
}
dwSize = strlen(psz) + 1;
if (dwSize > uiMaxTokenSize) {
printf("GetTokens, Token to large: %s\n", psz);
return 0;
}
if ((pszTokens[i] = (char *) malloc(dwSize)) != NULL) {
strcpy(pszTokens[i], psz);
}
else {
printf("GetTokens, Unable to allocate token buffer: %s\n", psz);
return 0;
}
i++;
if (i == uiMaxTokens) {
printf("GetTokens, Too many tokens: %d\n", i);
return 0;
}
psz = strtok(NULL, pszDelimiters);
StrTrimTrailingBlanks(psz);
}
return i;
}
/*******************************************************************************
*
* GetCheckLabelToken
*
* DESCRIPTION:
* Consume a label token. Check to be sure it matches the passed parameter.
* Call fatal exit if it doesn't. Labels are always comma delimited. Sets up
* strtok for subsequent calls.
*
* PARAMETERS:
* uiLine - One based line index.
*
*******************************************************************************/
VOID GetCheckLabelToken(UINT uiLine, char *pszCheck, UINT uiSku)
{
char szUpperCheck[MAX_STR];
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
pszTok = strtok(g_pszLines[uiSku][uiLine - 1], DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE, "GetStringTokens failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
StrToUpper(szUpperCheck, pszCheck);
if (strcmp(szUpperCheck, szUpperTok)) {
DefFatalExit(FALSE, "GetStringTokens failure, check: %s doesn't match: %s\n",szUpperCheck, szUpperTok);
}
}
/*******************************************************************************
*
* GetPowerActionToken
*
* DESCRIPTION:
* Consume a token and return a power action.
*
* PARAMETERS:
*
*******************************************************************************/
POWER_ACTION GetPowerActionToken(VOID)
{
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
pszTok = strtok(NULL, DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE,"GetPowerActionToken failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
if (!strcmp(szUpperTok, "NONE")) {
return PowerActionNone;
}
if (!strcmp(szUpperTok, "DOZE")) {
return PowerActionReserved;
}
if (!strcmp(szUpperTok, "SLEEP")) {
return PowerActionSleep;
}
if (!strcmp(szUpperTok, "HIBERNATE")) {
return PowerActionHibernate;
}
if (!strcmp(szUpperTok, "SHUTDOWN")) {
return PowerActionShutdown;
}
if (!strcmp(szUpperTok, "SHUTDOWNRESET")) {
return PowerActionShutdownReset;
}
if (!strcmp(szUpperTok, "SHUTDOWNOFF")) {
return PowerActionShutdownOff;
}
DefFatalExit(FALSE,"GetPowerActionToken failure, check: %s doesn't match: \nNONE, DOZE, SLEEP, SHUTDOWN, SHUTDOWNRESET or SHUTDOWNOFF\n", szUpperTok);
return 0;
}
/*******************************************************************************
*
* GetFlagToken
*
* DESCRIPTION:
* Consume a token and return a flag value.
*
* PARAMETERS:
*
*******************************************************************************/
UINT GetFlagToken(UINT uiFlag)
{
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
pszTok = strtok(NULL, DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE, "GetFlagToken failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
if (!strcmp(szUpperTok, "YES")) {
return uiFlag;
}
if (!strcmp(szUpperTok, "TRUE")) {
return uiFlag;
}
if (!strcmp(szUpperTok, "FALSE")) {
return 0;
}
if (!strcmp(szUpperTok, "NO")) {
return 0;
}
if (!strcmp(szUpperTok, "N/A")) {
return 0;
}
DefFatalExit(FALSE, "GetFlagToken failure, check: %s doesn't match: YES, NO or N/A\n", szUpperTok);
return 0;
}
/*******************************************************************************
*
* GetPowerStateToken
*
* DESCRIPTION:
* Consume a token and return a power state.
*
* PARAMETERS:
*
*******************************************************************************/
UINT GetPowerStateToken(VOID)
{
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
pszTok = strtok(NULL, DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE,"GetPowerStateToken failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
if (!strcmp(szUpperTok, "S0")) {
return PowerSystemWorking;
}
if (!strcmp(szUpperTok, "S1")) {
return PowerSystemSleeping1;
}
if (!strcmp(szUpperTok, "S2")) {
return PowerSystemSleeping2;
}
if (!strcmp(szUpperTok, "S3")) {
return PowerSystemSleeping3;
}
if (!strcmp(szUpperTok, "S4")) {
return PowerSystemHibernate;
}
if (!strcmp(szUpperTok, "S5")) {
return PowerSystemShutdown;
}
if (!strcmp(szUpperTok, "N/A")) {
return PowerSystemUnspecified;
}
DefFatalExit(FALSE,"GetPowerStateToken failure, check: %s doesn't match: S0, S1, S2, S3, S4 or S5\n", szUpperTok);
return PowerSystemUnspecified;
}
/*******************************************************************************
*
* GetINFTypeToken
*
* DESCRIPTION:
* Consume a token and return an INF type.
*
* PARAMETERS:
*
*******************************************************************************/
UINT GetINFTypeToken(VOID)
{
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
UINT uiRet = 0;
pszTok = strtok(NULL, DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE,"GetINFTypeToken failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
if (strstr(szUpperTok, "TYPICALINSTALL")) {
uiRet |= TYPICAL;
}
if (strstr(szUpperTok, "COMPACTINSTALL")) {
uiRet |= COMPACT;
}
if (strstr(szUpperTok, "CUSTOMINSTALL")) {
uiRet |= CUSTOM;
}
if (strstr(szUpperTok, "PORTABLEINSTALL")) {
uiRet |= PORTABLE;
}
if (strstr(szUpperTok, "SERVERINSTALL")) {
uiRet |= SERVER;
}
if (!uiRet) {
DefFatalExit(FALSE,"GetINFTypeToken failure, check: %s doesn't match install file type\n", szUpperTok);
}
return uiRet;
}
/*******************************************************************************
*
* GetOSTypeToken
*
* DESCRIPTION:
* Consume a token and return an OS type.
*
* PARAMETERS:
*
*******************************************************************************/
UINT GetOSTypeToken(VOID)
{
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
UINT uiRet = 0;
pszTok = strtok(NULL, DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE,"GetOSTypeToken failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
if (strstr(szUpperTok, "WIN95")) {
uiRet |= WIN_95;
}
if (strstr(szUpperTok, "NT")) {
uiRet |= WIN_NT;
}
if (!uiRet) {
DefFatalExit(FALSE,"GetOSTypeToken failure, check: %s doesn't match: WINNT, WIN95\n", szUpperTok);
}
return uiRet;
}
/*******************************************************************************
*
* GetIntToken
*
* DESCRIPTION:
* Consume a token and return an integer. Verify the units if passed.
*
* PARAMETERS:
*
*******************************************************************************/
UINT GetIntToken(char *pszUnits)
{
char szUpperUnits[MAX_STR];
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
UINT i, uiMult = 1;
pszTok = strtok(NULL, DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE,"GetIntToken failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
if (!strcmp(szUpperTok, "N/A")) {
return 0;
}
if (!strcmp(szUpperTok, "DISABLED")) {
return 0;
}
if (pszUnits) {
StrToUpper(szUpperUnits, pszUnits);
if (!strcmp(szUpperUnits, "%")) {
// Percentages are a special case. Excel sometimes saves
// 50% as 0.5.
if ((pszUnits = strstr(szUpperTok, szUpperUnits)) != NULL) {
// Strip off units.
*pszUnits = '\0';
if (sscanf(szUpperTok, "%d", &i) == 1) {
return i;
}
}
if (*szUpperTok == '1') {
return 100;
}
while ((*pszTok == '0') &&
(*(pszTok + 1) == '.')) {
pszTok += 2;
}
// Get the first digit after the decimal.
i = *pszTok++ - '0';
i *= 10;
// if there is a second digit, get that, too.
if ((*pszTok >= '0') && (*pszTok <= '9')) {
i = i + (*pszTok - '0');
}
return i;
} else {
if ((pszUnits = strstr(szUpperTok, szUpperUnits)) == NULL) {
DefFatalExit(FALSE, "GetIntToken failure, units: %s doesn't match: %s\n", szUpperTok, szUpperUnits);
}
if (!strcmp(szUpperUnits, "MIN")) {
uiMult = 60;
} else if (!strcmp(szUpperUnits, "US")) {
uiMult = 1;
} else {
DefFatalExit(FALSE, "GetIntToken failure, unknown units: %s\n", szUpperUnits);
}
// Strip off units.
*pszUnits = '\0';
if (sscanf(szUpperTok, "%d", &i) == 1) {
return i * uiMult;
}
}
}
DefFatalExit(FALSE,"GetIntToken failure, error converting: %s to integer\n", szUpperTok);
return 0;
}
/*******************************************************************************
*
* GetNAToken
*
* DESCRIPTION:
* Consume a N/A token.
*
* PARAMETERS:
*
*******************************************************************************/
VOID GetNAToken(VOID)
{
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
pszTok = strtok(NULL, DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE, "GetNAToken failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
if (!strcmp(szUpperTok, "N/A")) {
return;
}
DefFatalExit(FALSE, "GetNAToken failure, check: %s doesn't match: N/A\n", szUpperTok);
}
/*******************************************************************************
*
* GetThrottleToken
*
* DESCRIPTION:
* Consume a N/A token.
*
* PARAMETERS:
*
*******************************************************************************/
UINT GetThrottleToken(VOID)
{
static char szUpperTok[MAX_STR] = "No last token";
char *pszTok;
pszTok = strtok(NULL, DELIMITERS);
StrTrimTrailingBlanks(pszTok);
if (!pszTok) {
DefFatalExit(FALSE, "GetNAToken failure, out of tokens. Last token: %s\n", szUpperTok);
}
StrToUpper(szUpperTok, pszTok);
if (!strcmp(szUpperTok, "NONE")) {
return PO_THROTTLE_NONE;
}
if (!strcmp(szUpperTok, "CONSTANT")) {
return PO_THROTTLE_CONSTANT;
}
if (!strcmp(szUpperTok, "DEGRADE")) {
return PO_THROTTLE_DEGRADE;
}
if (!strcmp(szUpperTok, "ADAPTIVE")) {
return PO_THROTTLE_ADAPTIVE;
}
DefFatalExit(FALSE, "GetThrottleToken failure, check: %s doesn't match.\n", szUpperTok);
return PO_THROTTLE_NONE;
}
/*******************************************************************************
*
* DefFatalExit
*
* DESCRIPTION:
* Print error and exit.
*
* PARAMETERS:
*
*******************************************************************************/
VOID CDECL DefFatalExit(BOOLEAN bGetLastError, char *pszFormat, ... )
{
va_list Marker;
va_start(Marker, pszFormat);
printf("\n\n");
vprintf(pszFormat, Marker);
if (bGetLastError) {
printf("Last error: %d\n", GetLastError());
}
printf("\n\nDefault Processing Failure. Output files are invalid.\n");
exit(1);
}
/*******************************************************************************
*
* ReadSource
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
BOOLEAN ReadSource(void)
{
HANDLE fh;
DWORD dwSize, dwRead, sku;
BOOLEAN bRet;
for (sku = 0; sku < MAX_SKUS; sku++) {
bRet = FALSE;
fh = CreateFile(g_pszSkuNames[sku], GENERIC_READ,
FILE_SHARE_READ|FILE_SHARE_WRITE,
NULL, OPEN_EXISTING, 0, NULL);
if (fh != INVALID_HANDLE_VALUE) {
// Allocate the source buffer.
if ((dwSize = GetFileSize(fh, NULL)) != INVALID_FILE_SIZE) {
if ((g_pszSrc[sku] = (char *) malloc(dwSize + 1)) != NULL) {
// Read in the file buffer.
SetFilePointer(fh, 0, NULL, FILE_BEGIN);
if (ReadFile(fh, g_pszSrc[sku], dwSize, &dwRead, NULL)) {
printf("ReadSource successful.\n");
g_pszSrc[sku][dwSize] = 0;
bRet = TRUE;
}
}
}
CloseHandle(fh);
}
if (!bRet) {
DefFatalExit(TRUE, "ReadSource failed reading: %s\n", g_pszSkuNames[sku]);
}
}
return bRet;
}
/*******************************************************************************
*
* BuildLineArray
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
UINT BuildLineArray(void)
{
char *psz;
UINT sku, lineCount;
for (sku = 0; sku < MAX_SKUS; sku++) {
printf("\nBuilding the line array.");
lineCount = GetTokens(g_pszSrc[sku], MAX_LINE_SIZE,
g_pszLines[sku], MAX_LINES, LINE_DELIMITERS);
printf("\nFound %d lines in file %s.\n\n", lineCount, g_pszSrc[sku]);
}
return lineCount;
}
/*******************************************************************************
*
* GetSleepActionFlags
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
VOID GetSleepActionFlags(
UINT uiStartLine,
UINT uiFlagsAC[],
UINT uiFlagsDC[],
PUINT puiCount,
UINT sku
)
{
UINT i;
for (i = 0; i < *puiCount; i++) {
uiFlagsAC[i] = 0;
uiFlagsDC[i] = 0;
}
GetCheckLabelToken(uiStartLine, "Sleep action flags", sku);
GetCheckLabelToken(uiStartLine+QUERY_APPS, "Query apps", sku);
for (i = 0; i < *puiCount; i++) {
uiFlagsAC[i] += GetFlagToken(POWER_ACTION_QUERY_ALLOWED);
uiFlagsDC[i] += GetFlagToken(POWER_ACTION_QUERY_ALLOWED);
}
GetCheckLabelToken(uiStartLine+ALLOW_UI, "Allow UI", sku);
for (i = 0; i < *puiCount; i++) {
uiFlagsAC[i] += GetFlagToken(POWER_ACTION_UI_ALLOWED);
uiFlagsDC[i] += GetFlagToken(POWER_ACTION_UI_ALLOWED);
}
GetCheckLabelToken(uiStartLine+IGNORE_NON_RESP, "Ignore non-responsive apps", sku);
for (i = 0; i < *puiCount; i++) {
uiFlagsAC[i] += GetFlagToken(POWER_ACTION_OVERRIDE_APPS);
uiFlagsDC[i] += GetFlagToken(POWER_ACTION_OVERRIDE_APPS);
}
GetCheckLabelToken(uiStartLine+IGNORE_WAKE, "Ignore wakeup events", sku);
for (i = 0; i < *puiCount; i++) {
uiFlagsAC[i] += GetFlagToken(POWER_ACTION_DISABLE_WAKES);
uiFlagsDC[i] += GetFlagToken(POWER_ACTION_DISABLE_WAKES);
}
GetCheckLabelToken(uiStartLine+IGNORE_CRITICAL, "Critical (go to sleep immediately)", sku);
for (i = 0; i < *puiCount; i++) {
uiFlagsAC[i] += GetFlagToken(POWER_ACTION_CRITICAL);
uiFlagsDC[i] += GetFlagToken(POWER_ACTION_CRITICAL);
}
}
/*******************************************************************************
*
* GetSleepActionFlagsGlobal
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
VOID GetSleepActionFlagsGlobal(
UINT uiStartLine,
PPOWER_ACTION_POLICY ppapAC,
PPOWER_ACTION_POLICY ppapDC,
UINT sku
)
{
UINT uiOne = 1;
UINT uiFlagsAC[MAX_PROFILES];
UINT uiFlagsDC[MAX_PROFILES];
GetSleepActionFlags(uiStartLine, uiFlagsAC, uiFlagsDC, &uiOne, sku);
if (ppapAC) {
ppapAC->Flags = uiFlagsAC[0];
}
ppapDC->Flags = uiFlagsDC[0];
}
/*******************************************************************************
*
* GetSleepActionFlagsPolicy
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
VOID GetSleepActionFlagsUserPolicy(
UINT uiStartLine,
ULONG ulAcPowerPolicyOffset,
ULONG ulDcPowerPolicyOffset,
PUINT puiCount,
UINT sku
)
{
UINT i;
UINT uiFlagsAC[MAX_PROFILES];
UINT uiFlagsDC[MAX_PROFILES];
PPOWER_ACTION_POLICY ppap;
GetSleepActionFlags(uiStartLine, uiFlagsAC, uiFlagsDC, puiCount, sku);
for (i = 0; i < *puiCount; i++) {
ppap = (PPOWER_ACTION_POLICY)((BYTE*)(g_pupp[sku][i]) + ulAcPowerPolicyOffset);
ppap->Flags = uiFlagsAC[i];
ppap = (PPOWER_ACTION_POLICY)((BYTE*)(g_pupp[sku][i]) + ulDcPowerPolicyOffset);
ppap->Flags = uiFlagsDC[i];
}
}
/*******************************************************************************
*
* GetSleepActionFlagsMachinePolicy
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
VOID GetSleepActionFlagsMachinePolicy(
UINT uiStartLine,
ULONG ulAcPowerPolicyOffset,
ULONG ulDcPowerPolicyOffset,
PUINT puiCount,
UINT sku
)
{
UINT i;
UINT uiFlagsAC[MAX_PROFILES];
UINT uiFlagsDC[MAX_PROFILES];
PPOWER_ACTION_POLICY ppap;
GetSleepActionFlags(uiStartLine, uiFlagsAC, uiFlagsDC, puiCount, sku);
for (i = 0; i < *puiCount; i++) {
ppap = (PPOWER_ACTION_POLICY)((BYTE*)(g_pmpp[sku][i]) + ulAcPowerPolicyOffset);
ppap->Flags = uiFlagsAC[i];
ppap = (PPOWER_ACTION_POLICY)((BYTE*)(g_pmpp[sku][i]) + ulDcPowerPolicyOffset);
ppap->Flags = uiFlagsDC[i];
}
}
VOID GetEventCodes(
UINT uiStartLine,
PPOWER_ACTION_POLICY ppapAC,
PPOWER_ACTION_POLICY ppapDC,
UINT flagToken,
UINT sku
)
{
UINT i;
GetCheckLabelToken(uiStartLine, "Event Code", sku);
GetCheckLabelToken(uiStartLine+NOTIFY_USER_CODE, "Notify User", sku);
ppapAC->EventCode += GetFlagToken(flagToken);
ppapDC->EventCode += GetFlagToken(flagToken);
}
/*******************************************************************************
*
* GetCStateThresholds
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
VOID GetCStateThresholds(
UINT uiStartLine,
UINT uiCState,
PUINT puiCount,
UINT sku
)
{
UINT i;
uiCState -= 1;
for (i = 0; i < *puiCount; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.PolicyCount = 3;
g_ppmpp[sku][i]->ProcessorPolicyDc.PolicyCount = 3;
}
GetCheckLabelToken(uiStartLine+C_TIME_CHECK, "Time Check", sku);
for (i = 0; i < *puiCount; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.Policy[uiCState].TimeCheck = GetIntToken("us");
g_ppmpp[sku][i]->ProcessorPolicyDc.Policy[uiCState].TimeCheck = GetIntToken("us");
}
GetCheckLabelToken(uiStartLine+C_PROMOTE_LIMIT, "Promote Limit", sku);
for (i = 0; i < *puiCount; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.Policy[uiCState].PromoteLimit = GetIntToken("us");
g_ppmpp[sku][i]->ProcessorPolicyDc.Policy[uiCState].PromoteLimit = GetIntToken("us");
}
GetCheckLabelToken(uiStartLine+C_DEMOTE_LIMIT, "Demote Limit", sku);
for (i = 0; i < *puiCount; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.Policy[uiCState].DemoteLimit = GetIntToken("us");
g_ppmpp[sku][i]->ProcessorPolicyDc.Policy[uiCState].DemoteLimit = GetIntToken("us");
}
GetCheckLabelToken(uiStartLine+C_PROMOTE_PERCENT, "Promote Percent", sku);
for (i = 0; i < *puiCount; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.Policy[uiCState].PromotePercent = (UCHAR)GetIntToken("%");
g_ppmpp[sku][i]->ProcessorPolicyDc.Policy[uiCState].PromotePercent = (UCHAR)GetIntToken("%");
}
GetCheckLabelToken(uiStartLine+C_DEMOTE_PERCENT, "Demote Percent", sku);
for (i = 0; i < *puiCount; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.Policy[uiCState].DemotePercent = (UCHAR)GetIntToken("%");
g_ppmpp[sku][i]->ProcessorPolicyDc.Policy[uiCState].DemotePercent = (UCHAR)GetIntToken("%");
}
GetCheckLabelToken(uiStartLine+C_ALLOW_PROMOTION, "Allow Promotion", sku);
for (i = 0; i < *puiCount; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.Policy[uiCState].Reserved = 0;
g_ppmpp[sku][i]->ProcessorPolicyAc.Policy[uiCState].AllowPromotion = GetFlagToken(TRUE);
g_ppmpp[sku][i]->ProcessorPolicyDc.Policy[uiCState].AllowPromotion = GetFlagToken(TRUE);
}
GetCheckLabelToken(uiStartLine+C_ALLOW_DEMOTION, "Allow Demotion", sku);
for (i = 0; i < *puiCount; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.Policy[uiCState].AllowDemotion = GetFlagToken(TRUE);
g_ppmpp[sku][i]->ProcessorPolicyDc.Policy[uiCState].AllowDemotion = GetFlagToken(TRUE);
}
}
/*******************************************************************************
*
* GetDischargePolicies
*
* DESCRIPTION:
*
* PARAMETERS:
*
*******************************************************************************/
VOID GetDischargePolicies(
UINT uiLine,
UINT uiNum,
UINT uiIndex,
UINT sku
)
{
UINT i, uiOne = 1;
char szLabel[] = "Discharge Policy 1";
sprintf(szLabel, "Discharge Policy %d", uiNum);
GetCheckLabelToken(uiLine, szLabel, sku);
GetCheckLabelToken(uiLine+DP_ENABLE, "Enable", sku);
GetNAToken();
g_gupp[sku].DischargePolicy[uiIndex].Enable = (BOOLEAN)GetFlagToken(TRUE);
GetCheckLabelToken(uiLine+DP_BAT_LEVEL, "Battery Level", sku);
GetNAToken();
g_gupp[sku].DischargePolicy[uiIndex].BatteryLevel = GetIntToken("%");
GetCheckLabelToken(uiLine + DP_POWER_POLICY, "Power Policy", sku);
GetNAToken();
g_gupp[sku].DischargePolicy[uiIndex].PowerPolicy.Action = GetPowerActionToken();
GetCheckLabelToken(uiLine + DP_MIN_SLEEP_STATE, "Min system sleep state", sku);
GetNAToken();
g_gupp[sku].DischargePolicy[uiIndex].MinSystemState = GetPowerStateToken();
GetCheckLabelToken(uiLine + DP_TEXT_NOTIFY, "Text Notify", sku);
GetNAToken();
g_gupp[sku].DischargePolicy[uiIndex].PowerPolicy.EventCode =
GetFlagToken(POWER_LEVEL_USER_NOTIFY_TEXT);
GetCheckLabelToken(uiLine+DP_SOUND_NOTIFY, "Sound Notify", sku);
GetNAToken();
g_gupp[sku].DischargePolicy[uiIndex].PowerPolicy.EventCode |=
GetFlagToken(POWER_LEVEL_USER_NOTIFY_SOUND);
GetSleepActionFlagsGlobal(uiLine + DP_SLEEP_ACT_FLAGS, NULL,
&(g_gupp[sku].DischargePolicy[uiIndex].PowerPolicy), sku);
printf(" Parsed %s\n", szLabel);
}
/*******************************************************************************
*
* GetGlobalPolicies
*
* DESCRIPTION:
* Parse the global policies into the USER: and HKEY_LOCAL_MACHINE global
* power policies structures.
*
* PARAMETERS:
*
*******************************************************************************/
BOOLEAN GetGlobalPolicies(void)
{
UINT i, uiOne = 1, sku;
for (sku = 0; sku < MAX_SKUS; sku++) {
printf("Parsing global power policies\n");
// Set both User and Local Machine revision levels
g_gupp[sku].Revision = DATA_REV;
g_gmpp[sku].Revision = DATA_REV;
//**********************************************************************
// Advanced
//**********************************************************************
GetCheckLabelToken(ADVANCED_LINE, "Advanced", sku);
GetCheckLabelToken(LOCK_ON_SLEEP_LINE, "Lock Workstation", sku);
g_gupp[sku].GlobalFlags = GetFlagToken(EnablePasswordLogon);
if (g_gupp[sku].GlobalFlags != GetFlagToken(EnablePasswordLogon)) {
DefFatalExit(FALSE,"AC and DC Lock Workstation entries don't match");
}
GetCheckLabelToken(WAKE_ON_RING_LINE, "Wake on Ring", sku);
g_gupp[sku].GlobalFlags |= GetFlagToken(EnableWakeOnRing);
if ((g_gupp[sku].GlobalFlags & EnableWakeOnRing) !=
GetFlagToken(EnableWakeOnRing)) {
DefFatalExit(FALSE,"AC and DC Wake on Ring entries don't match");
}
GetCheckLabelToken(VIDEO_DIM_DISPLAY_LINE, "Video Dim Display on DC", sku);
GetFlagToken(0);
g_gupp[sku].GlobalFlags |= GetFlagToken(EnableVideoDimDisplay);
//**********************************************************************
// Power button
//**********************************************************************
GetCheckLabelToken(POWER_BUTTON_LINE, "Power button", sku);
g_gupp[sku].PowerButtonAc.Action = GetPowerActionToken();
g_gupp[sku].PowerButtonDc.Action = GetPowerActionToken();
GetSleepActionFlagsGlobal(POWER_BUTTON_SLEEP_ACTION_FLAGS_LINE,
&(g_gupp[sku].PowerButtonAc),
&(g_gupp[sku].PowerButtonDc),
sku);
GetEventCodes(POWER_BUTTON_SLEEP_EVENT_CODE_LINE,
&(g_gupp[sku].PowerButtonAc),
&(g_gupp[sku].PowerButtonDc),
POWER_USER_NOTIFY_BUTTON,
sku);
printf(" Parsed Power Button Policies\n");
//**********************************************************************
// Sleep button
//**********************************************************************
GetCheckLabelToken(SLEEP_BUTTON_LINE, "Sleep button", sku);
g_gupp[sku].SleepButtonAc.Action = GetPowerActionToken();
g_gupp[sku].SleepButtonDc.Action = GetPowerActionToken();
GetSleepActionFlagsGlobal(SLEEP_BUTTON_SLEEP_ACTION_FLAGS_LINE,
&(g_gupp[sku].SleepButtonAc),
&(g_gupp[sku].SleepButtonDc),
sku);
GetEventCodes(SLEEP_BUTTON_SLEEP_EVENT_CODE_LINE,
&(g_gupp[sku].PowerButtonAc),
&(g_gupp[sku].PowerButtonDc),
POWER_USER_NOTIFY_BUTTON,
sku);
printf(" Parsed Sleep Button Policies\n");
//**********************************************************************
// Lid Closed
//**********************************************************************
GetCheckLabelToken(LID_CLOSE_LINE, "Lid close", sku);
g_gupp[sku].LidCloseAc.Action = GetPowerActionToken();
g_gupp[sku].LidCloseDc.Action = GetPowerActionToken();
GetSleepActionFlagsGlobal(LID_CLOSE_SLEEP_ACTION_FLAGS_LINE,
&(g_gupp[sku].LidCloseAc),
&(g_gupp[sku].LidCloseDc),
sku);
printf(" Parsed Lid Close Policies\n");
//**********************************************************************
// Lid Open Wake
//**********************************************************************
GetCheckLabelToken(LID_OPEN_WAKE_LINE, "Lid Open Wake", sku);
g_gmpp[sku].LidOpenWakeAc = GetPowerStateToken();
g_gmpp[sku].LidOpenWakeDc = GetPowerStateToken();
printf(" Parsed Lid Open Wake Policies\n");
//**********************************************************************
// Battery Policies
//**********************************************************************
GetCheckLabelToken(BROADCAST_CAP_RES_LINE, "Broadcast capacity resolution", sku);
GetIntToken(NULL);
g_gmpp[sku].BroadcastCapacityResolution = GetIntToken("%");
GetCheckLabelToken(BATMETER_ENABLE_SYSTRAY_FLAG_LINE, "Force Systray Battery Meter", sku);
g_gupp[sku].GlobalFlags |= GetFlagToken(EnableSysTrayBatteryMeter);
GetFlagToken(0);
GetCheckLabelToken(BATMETER_ENABLE_MULTI_FLAG_LINE, "Enable Multi-Battery Display", sku);
GetFlagToken(0);
g_gupp[sku].GlobalFlags |= GetFlagToken(EnableMultiBatteryDisplay);
printf(" Parsed Battery Policies\n");
//**********************************************************************
// Discharge Policies 1, Low Battery
//**********************************************************************
GetDischargePolicies(DISCHARGE_POLICY_1_LINE, 1, DISCHARGE_POLICY_LOW, sku);
//**********************************************************************
// Discharge Policies 2, Critical Battery
//**********************************************************************
GetDischargePolicies(DISCHARGE_POLICY_2_LINE, 2, DISCHARGE_POLICY_CRITICAL, sku);
}
return TRUE;
}
/*******************************************************************************
*
* GetPolicies
*
* DESCRIPTION:
* Parse the power policies into the USER: and HKEY_LOCAL_MACHINE global
* power policies structures arrays.
*
* PARAMETERS:
*
*******************************************************************************/
BOOLEAN GetPolicies(void)
{
UINT i, sku;
BOOLEAN bRet = FALSE;
for (sku = 0; sku < MAX_SKUS; sku++) {
printf("Processing SKU# %d\n\n", sku);
printf("Parsing power policies\n");
// First get a place to put the data.
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i] = (PUSER_POWER_POLICY)malloc(sizeof(USER_POWER_POLICY));
g_pmpp[sku][i] = (PMACHINE_POWER_POLICY)malloc(sizeof(MACHINE_POWER_POLICY));
g_ppmpp[sku][i] = (PMACHINE_PROCESSOR_POWER_POLICY)malloc(sizeof(MACHINE_PROCESSOR_POWER_POLICY));
if (!g_pupp[sku][i] || !g_pmpp[sku][i] || !g_ppmpp[sku][i]) {
goto gp_leave;
}
FillMemory(g_pupp[sku][i], sizeof(USER_POWER_POLICY), 0);
FillMemory(g_pmpp[sku][i], sizeof(MACHINE_POWER_POLICY), 0);
FillMemory(g_ppmpp[sku][i], sizeof(MACHINE_PROCESSOR_POWER_POLICY), 0);
}
// Initialize revision data.
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->Revision = DATA_REV;
g_pmpp[sku][i]->Revision = DATA_REV;
g_ppmpp[sku][i]->Revision = DATA_REV;
}
printf(" Allocated policies\n");
//**********************************************************************
// System Idle
//**********************************************************************
GetCheckLabelToken(SYSTEM_IDLE_LINE, "Idle action", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->IdleAc.Action = GetPowerActionToken();
g_pupp[sku][i]->IdleDc.Action = GetPowerActionToken();
}
GetCheckLabelToken(SYSTEM_IDLE_TIMEOUT_LINE, "Idle timeout", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->IdleTimeoutAc = GetIntToken("MIN");
g_pupp[sku][i]->IdleTimeoutDc = GetIntToken("MIN");
}
GetSleepActionFlagsUserPolicy(SYSTEM_IDLE_SLEEP_ACTION_FLAGS_LINE,
FIELD_OFFSET(USER_POWER_POLICY, IdleAc),
FIELD_OFFSET(USER_POWER_POLICY, IdleDc),
&g_uiPoliciesCount[sku],
sku);
GetCheckLabelToken(SYSTEM_IDLE_SENSITIVITY_LINE, "Idle sensitivity", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->IdleSensitivityAc = (UCHAR)GetIntToken("%");
g_pupp[sku][i]->IdleSensitivityDc = (UCHAR)GetIntToken("%");
}
printf(" Parsed System Idle Policies\n");
//**********************************************************************
// Sleep Policies
//**********************************************************************
GetCheckLabelToken(MIN_SLEEP_LINE, "Minimum sleep", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pmpp[sku][i]->MinSleepAc = GetPowerStateToken();
g_pmpp[sku][i]->MinSleepDc = GetPowerStateToken();
}
GetCheckLabelToken(MAX_SLEEP_LINE, "Max sleep", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->MaxSleepAc = GetPowerStateToken();
g_pupp[sku][i]->MaxSleepDc = GetPowerStateToken();
}
GetCheckLabelToken(REDUCED_LATENCY_SLEEP_LINE, "Reduced latency sleep", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pmpp[sku][i]->ReducedLatencySleepAc = GetPowerStateToken();
g_pmpp[sku][i]->ReducedLatencySleepDc = GetPowerStateToken();
}
GetCheckLabelToken(DOZE_TIMEOUT_LINE, "Doze timeout", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pmpp[sku][i]->DozeTimeoutAc = GetIntToken("MIN");
g_pmpp[sku][i]->DozeTimeoutDc = GetIntToken("MIN");
}
GetCheckLabelToken(DOZE_S4_TIMEOUT_LINE, "DozeS4Timeout", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pmpp[sku][i]->DozeS4TimeoutAc = GetIntToken("MIN");
g_pmpp[sku][i]->DozeS4TimeoutDc = GetIntToken("MIN");
}
printf(" Parsed Sleep Policies\n");
//**********************************************************************
// Device Power Management
//**********************************************************************
GetCheckLabelToken(VIDEO_TIMEOUT_LINE, "Video timeout", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->VideoTimeoutAc = GetIntToken("MIN");
g_pupp[sku][i]->VideoTimeoutDc = GetIntToken("MIN");
}
GetCheckLabelToken(SPINDOWN_TIMEOUT_LINE, "Spindown timeout", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->SpindownTimeoutAc = GetIntToken("MIN");
g_pupp[sku][i]->SpindownTimeoutDc = GetIntToken("MIN");
}
printf(" Parsed Device Power Management Policies\n");
//**********************************************************************
// CPU Policies
//**********************************************************************
GetCheckLabelToken(OPTIMIZE_FOR_POWER_LINE, "Optimize for power", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->OptimizeForPowerAc = (BOOLEAN)GetFlagToken(TRUE);
g_pupp[sku][i]->OptimizeForPowerDc = (BOOLEAN)GetFlagToken(TRUE);
}
GetCheckLabelToken(FAN_THROTTLE_TOL_LINE, "Fan throttle Tolerance", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->FanThrottleToleranceAc = (UCHAR)GetIntToken("%");
g_pupp[sku][i]->FanThrottleToleranceDc = (UCHAR)GetIntToken("%");
}
GetCheckLabelToken(FORCED_THROTTLE_LINE, "Forced throttle", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pupp[sku][i]->ForcedThrottleAc = (UCHAR)GetIntToken("%");
g_pupp[sku][i]->ForcedThrottleDc = (UCHAR)GetIntToken("%");
}
GetCheckLabelToken(MIN_THROTTLE_LINE, "Min throttle", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pmpp[sku][i]->MinThrottleAc = (UCHAR)GetIntToken("%");
g_pmpp[sku][i]->MinThrottleDc = (UCHAR)GetIntToken("%");
}
GetCheckLabelToken(OVERTHROTTLED_LINE, "Overthrottled", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_pmpp[sku][i]->OverThrottledAc.Action = GetPowerActionToken();
g_pmpp[sku][i]->OverThrottledDc.Action = GetPowerActionToken();
}
GetSleepActionFlagsMachinePolicy(OVERTHROTTLED_SLEEP_ACTION_FLAGS_LINE,
FIELD_OFFSET(MACHINE_POWER_POLICY, OverThrottledAc),
FIELD_OFFSET(MACHINE_POWER_POLICY, OverThrottledDc),
&g_uiPoliciesCount[sku],
sku);
//
// Processor Policies
//
GetCheckLabelToken(DYNAMIC_THROTTLE_LINE, "Dynamic Throttle", sku);
for (i = 0; i < g_uiPoliciesCount[sku]; i++) {
g_ppmpp[sku][i]->ProcessorPolicyAc.Revision = 1;
g_ppmpp[sku][i]->ProcessorPolicyDc.Revision = 1;
g_ppmpp[sku][i]->ProcessorPolicyAc.DynamicThrottle = g_pupp[sku][i]->ThrottlePolicyAc = (UCHAR)GetThrottleToken();
g_ppmpp[sku][i]->ProcessorPolicyDc.DynamicThrottle = g_pupp[sku][i]->ThrottlePolicyDc = (UCHAR)GetThrottleToken();
}
GetCStateThresholds(C1_THRESHOLDS_LINE, 1, &g_uiPoliciesCount[sku], sku);
GetCStateThresholds(C2_THRESHOLDS_LINE, 2, &g_uiPoliciesCount[sku], sku);
GetCStateThresholds(C3_THRESHOLDS_LINE, 3, &g_uiPoliciesCount[sku], sku);
printf(" Parsed CPU Policies\n");
}
bRet = TRUE;
printf("Parsing power policies success!\n\n");
gp_leave:
if (!bRet) {
printf("GetPolicies failed, Last Error: %d\n", GetLastError());
}
return bRet;
}
Reference in a new issue Copy permalink