DWORD ServiceParametersBase::ServiceParamInstall(void)
{
RegistryKey regKey; // Registry key wrapper object
PSERVICE_PARAMETER_MAP pParamMap; // Pointer to a SERVICE_PARAMETER_ENTRY
DWORD dwResult; // Result from function call
// Attempt to create the service parameters registry key object, and
// open it with both KEY_READ and KEY_WRITE access
dwResult = regKey.Create(HKEY_LOCAL_MACHINE, GetParametersKeyName(),
KEY_READ | KEY_WRITE);
if(dwResult != ERROR_SUCCESS) return dwResult;
pParamMap = GetParameterMap(); // Retrieve the PARAMETER_MAP
_ASSERTE(pParamMap != NULL); // Should never be NULL
// Loop through the PARAMETER_MAP and add any parameters that are not already
// set up in the registry key. We don't worry about failure too much in here,
// since the Parameter class will always provide a default value if need be
while(pParamMap->pEntry) {
if(pParamMap->pEntry->Load(regKey) != ERROR_SUCCESS)
pParamMap->pEntry->Save(regKey);
pParamMap++; // Move to the next parameter
}
return ERROR_SUCCESS;
}
void GetCurrentParamsPath(TSTRING &tsPath) {
RegistryKey Key;
if (!Key.Create(FURR_ROOTREGISTRYKEY, FURR_REGISTRYCONFIGSPATH)) {
MessageBox(GetForegroundWindow(), _T("Failed to open registry key that contains current image parameters file path;")
_T(" reverting to defaults."), _T("FURR - Error"), MB_OK | MB_ICONSTOP);
GetAppPath(tsPath);
tsPath += FURR_DEFIMAGEPARAMSFILE;
}
if (!Key.ReadString(FURR_CURIMAGEPARAMSVALUE, tsPath)) {
MessageBox(GetForegroundWindow(), _T("Failed to read registry key that contains current image parameters file path;")
_T(" reverting to defaults."), _T("FURR - Error"), MB_OK | MB_ICONSTOP);
GetAppPath(tsPath);
tsPath += FURR_DEFIMAGEPARAMSFILE;
}
if (_T("") == tsPath) {
MessageBox(GetForegroundWindow(), _T("No current image parameters file is saved in the registry; reverting to defaults."),
_T("FURR - Information"), MB_OK | MB_ICONINFORMATION);
GetAppPath(tsPath);
tsPath += FURR_DEFIMAGEPARAMSFILE;
}
}
History::History (const char *name) : mName (name)
{
if (name == 0)
throw AppException (WHERE, ERR_INTERNAL);
for (int i = 0; i < HIST_SIZE; i++)
mpText[i] = 0;
char subKey[256];
strcpy (subKey, HKCU_SUBKEY_HERMIT "\\");
strcat (subKey, mName);
try {
RegistryKey k (HKEY_CURRENT_USER, subKey, KEY_READ | KEY_WRITE);
DWORD type;
char str[3];
for (int j = 0; j < HIST_SIZE; j++) {
wsprintf (str, "%d", j);
char *value = k.queryValue (str, type);
if (type == REG_SZ && value != 0 && value[0] != '\0') {
mpText[j] = _strdup (value);
delete [] value;
if (mpText[j] == 0)
throw AppException (WHERE, ERR_OUT_OF_MEMORY);
}
else {
delete [] value;
break;
}
}
}
catch (const std::exception&) {
// oh well, it's only the history
}
}
BOOL SQLWriteDSNToIni(
LPCSTR lpszDSN,
LPCSTR lpszDriver) {
LoggerPtr logger = Logger::getLogger("install");
LOG_DEBUG(logger, "received a call to SQLWriteDSNtoIni");
BOOL rtnValue = FALSE;
try {
RegistryKey odbcIni(HKEY_CURRENT_USER, "Software\\ODBC\\ODBC.INI");
string dsn(lpszDSN);
RegistryKey driver = odbcIni.merge(dsn);
// Driver / REG_SZ / location of driver
const string driverLoc = install_path() + "o2jb.dll";
size_t len = driverLoc.length();
driver.set_value("Driver", REG_SZ, (BYTE*)driverLoc.c_str(), len);
// SafeTransactions / REG_DWORD / 0
int zero = 0;
driver.set_value("SafeTransactions", REG_DWORD, (BYTE*)&zero, sizeof(zero));
// Add the data source
RegistryKey dataSrcs = odbcIni.merge("ODBC Data Sources");
len = strlen(lpszDriver);
dataSrcs.set_value(dsn, REG_SZ, (BYTE*)lpszDriver, len);
rtnValue = TRUE;
} catch (registry_exception& e) {
LOG_FATAL(logger, string("Failed to create the keys: ") + e.what());
}
return rtnValue;
}
RegistryKey *MainWindow::registerOptions()
{
RegistryKey *r;
RegistryKey *software = new RegistryKey(_T("HKEY_CURRENT_USER\\Software"));
r = software->createSubKey(_T("Light Focus"));
delete software;
RegistryKey::Value *v;
v = r->createValue(_T("SavePath"), REG_SZ);
v->setString(_T("C:\\"));
delete v;
v = r->createValue(_T("HookPrintScreen"), REG_DWORD);
v->setDword(1);
delete v;
v = r->createValue(_T("IncludeBackground"), REG_DWORD);
v->setDword(0);
delete v;
v = r->createValue(_T("Delay"), REG_DWORD);
v->setDword(0);
delete v;
v = r->createValue(_T("SaveType"), REG_DWORD);
v->setDword(1);
delete v;
v = r->createValue(_T("CaptureMode"), REG_DWORD);
v->setDword(1);
delete v;
r->refresh();
return r;
}
int RegistryKey::GetDWORD(HKEY key, tchar const *keyname, tchar const *valuename, uint32 &value)
{
RegistryKey bob;
SXR(bob.Open(key, keyname));
tstring path;
SXR(bob.GetDWORDValue(valuename, value));
return ERROR_SUCCESS;
}
void InitializeParameters::save() {
RegistryKey key = getKey();
key.setValue(_T("elementcount") ,(UINT)m_elementCount );
key.setValue(_T("elementsize") ,m_elementSize );
key.setValue(_T("initmethod") ,initMethodToName(m_initMethod));
key.setValue(_T("randomize") ,m_randomizationMethod );
key.setValue(_T("seed") ,m_seed );
key.setValue(_T("periodcount") ,m_periodCount );
key.setValue(_T("filename") ,m_fileName );
}
void GetCurrentPreviewImage(TSTRING &tsImgPath) {
RegistryKey Key;
if (!Key.Create(FURR_ROOTREGISTRYKEY, FURR_REGISTRYCONFIGSPATH)) {
MessageBox(GetForegroundWindow(), _T("Failed to open registry key that contains current preview image path!"),
_T("FURR - Error"), MB_OK | MB_ICONSTOP);
}
Key.ReadString(FURR_CURPREVIEWIMAGEVALUE, tsImgPath);
}
System::Void add_remove_contacts::remove()
{
label1->Visible = false;
label2->Visible = false;
label3->Visible = true;
comboBox1->Visible = true;
textBox1->Visible = false;
textBox2->Visible = false;
this->Text = "Apagar Contacto";
add_or_remove = 1;
RegistryKey * pRegKey = Registry::CurrentUser->OpenSubKey(L"Software\\Zip\\dotSMS\\Contacts" , true);
if( pRegKey != NULL )
{
String* valueNames __gc [] = pRegKey->GetValueNames();
comboBox1->Items->AddRange(valueNames);
}
bool SetCurrentParamsPath(CTSTRING &tsPath) {
bool r = false;
RegistryKey Key;
if (Key.Create(FURR_ROOTREGISTRYKEY, FURR_REGISTRYCONFIGSPATH)) {
if (Key.WriteString(FURR_CURIMAGEPARAMSVALUE, tsPath)) {
r = true;
}
}
return r;
}
void MainWindow::saveOptions()
{
RegistryKey *r;
RegistryKey::Value *v;
r = new RegistryKey(_T("HKEY_CURRENT_USER\\Software\\Light Focus"));
v = r->loadValue(_T("SavePath"));
v->setString(_savePath);
delete v;
v = r->loadValue(_T("HookPrintScreen"));
if (_isHookPrintScreen) {
v->setDword(1);
} else {
v->setDword(0);
}
delete v;
v = r->loadValue(_T("IncludeBackground"));
if (_isIncludeBackground) {
v->setDword(1);
} else {
v->setDword(0);
}
delete v;
v = r->loadValue(_T("Delay"));
v->setDword(_delay);
delete v;
v = r->loadValue(_T("SaveType"));
v->setDword(_saveType);
delete v;
v = r->loadValue(_T("CaptureMode"));
v->setDword(_captureMode);
delete v;
delete r;
}
gcc_pure
static bool
CompareRegistryValue(const RegistryKey ®istry,
const TCHAR *name, const TCHAR *value)
{
TCHAR real_value[64];
return registry.GetValue(name, real_value, 64) &&
StringIsEqualIgnoreCase(value, real_value);
}
gcc_pure
static bool
CompareRegistryValue(const RegistryKey ®istry,
const TCHAR *name, const TCHAR *value)
{
TCHAR real_value[64];
return registry.get_value(name, real_value, 64) &&
_tcsicmp(value, real_value) == 0;
}
void CommandIgnore::InstallCommand(RegistryKey& configKey)
{
vector<wstring> commands;
wstring temp, entry;
HidStatus status;
temp.insert(0, m_targetImage.size() + HID_NORMALIZATION_OVERHEAD, L'\0');
status = Hid_NormalizeFilePath(m_targetImage.c_str(), const_cast<wchar_t*>(temp.c_str()), temp.size());
if (!HID_STATUS_SUCCESSFUL(status))
throw WException(HID_STATUS_CODE(status), L"Error, can't normalize path, 'ignore' rejected");
entry += temp.c_str();
entry += L";";
entry += ConvertInheritTypeToUnicode(m_inheritType);
configKey.GetMultiStrValue(L"Hid_IgnoredImages", commands);
commands.push_back(entry);
configKey.SetMultiStrValue(L"Hid_IgnoredImages", commands);
g_stderr << L"Install 'ignore' successful" << endl;
}
void RemoveSelectLetterCommandKeys()
{
std::set<String, String::_CaseInsensitiveLess> classes;
for each(const wchar_t *pExt in g_Extensions)
{
classes.insert(String::sFormat(L"BazisVirtualCD.%s", pExt));
classes.insert(RegistryKey(HKEY_CLASSES_ROOT, String::sFormat(L".%s", pExt).c_str())[NULL]);
}
for each(const String &str in classes)
{
if (str.empty())
continue;
RegistryKey key(HKEY_CLASSES_ROOT, str.c_str());
if (!key.Valid())
continue;
RegistryKey keyShell = key[L"shell"];
if (keyShell.Valid())
keyShell.DeleteSubKeyRecursive(L"Select drive letter && mount");
}
}
BOOL SQLRemoveDSNFromIni(
LPCSTR lpszDSN) {
LoggerPtr logger = Logger::getLogger("install");
LOG_DEBUG(logger, "received a call to SQLRemoveDSNFromIni");
BOOL rtnValue = FALSE;
try {
RegistryKey odbcIni(HKEY_CURRENT_USER, "Software\\ODBC\\ODBC.INI");
// remove the data source tag
RegistryKey dataSrcs = odbcIni.merge("ODBC Data Sources");
dataSrcs.unset_value(lpszDSN);
// remove the DSN tree
odbcIni.remove(lpszDSN);
rtnValue = TRUE;
} catch (registry_exception& e) {
LOG_FATAL(logger, string("Failed to create the keys: ") + e.what());
}
return rtnValue;
}
History::~History ()
{
char subKey[256];
strcpy (subKey, HKCU_SUBKEY_HERMIT "\\");
strcat (subKey, mName);
try {
RegistryKey k (HKEY_CURRENT_USER, subKey, KEY_READ | KEY_WRITE);
char str[3];
for (int j = 0; j < HIST_SIZE; j++) {
wsprintf (str, "%d", j);
const char *value = mpText[j];
if (value == 0)
value = "";
k.setValue (str, value);
}
}
catch (const std::exception&) {
// oh well, it's only the history
}
for (int i = 0; i < HIST_SIZE; i++)
if (mpText[i] != 0)
free (mpText[i]);
}
void Options::load() {
try {
RegistryKey settings = getKey();
const DefaultOptions defaultOptions;
m_dirList = settings.getString(_T("dirlist") , defaultOptions.m_dirList );
m_startSelectDir = settings.getString(_T("startselectdir") , defaultOptions.m_startSelectDir );
m_confirmChoise = settings.getBool( _T("confirmchoise") , defaultOptions.m_confirmChoise );
m_autoSelect = settings.getBool( _T("autoselect") , defaultOptions.m_autoSelect );
m_allowDuplicates = settings.getBool( _T("allowduplicates") , defaultOptions.m_allowDuplicates );
m_md5password = settings.getString(_T("password") , defaultOptions.m_md5password );
m_maxChoise = settings.getInt( _T("maxchoise") , defaultOptions.m_maxChoise );
m_volume = settings.getInt( _T("volume") , defaultOptions.m_volume );
m_backgroundColor = settings.getUint( _T("backgroundcolor") , defaultOptions.m_backgroundColor );
m_currentTrackColor = settings.getUint( _T("currentcolor") , defaultOptions.m_currentTrackColor );
m_mediaQueueColor = settings.getUint( _T("playqueuecolor") , defaultOptions.m_mediaQueueColor );
} catch(Exception e) {
showException(e);
}
}
void Options::save() {
try {
RegistryKey settings = getKey();
settings.setValue(_T("dirlist") ,m_dirList );
settings.setValue(_T("startselectdir") ,m_startSelectDir );
settings.setValue(_T("confirmchoise") ,m_confirmChoise );
settings.setValue(_T("autoselect") ,m_autoSelect );
settings.setValue(_T("allowduplicates") ,m_allowDuplicates );
// settings.setValue(_T("password") ,m_md5password ); // NB
settings.setValue(_T("maxchoise") ,m_maxChoise );
settings.setValue(_T("volume") ,m_volume );
settings.setValue(_T("backgroundcolor") ,m_backgroundColor );
settings.setValue(_T("currentcolor") ,m_currentTrackColor );
settings.setValue(_T("playqueuecolor") ,m_mediaQueueColor );
} catch(Exception e) {
showException(e);
}
}
void InitializeParameters::load() {
try {
InitializeParameters defaultValues;
RegistryKey key = getKey();
m_elementCount = key.getInt( _T("elementcount") , (UINT)defaultValues.m_elementCount);
m_elementSize = key.getInt( _T("elementsize") , defaultValues.m_elementSize );
String initMethodName = key.getString(_T("initmethod") , _T("random") );
m_initMethod = nameToInitMethod(initMethodName);
m_randomizationMethod = (RandomizationMethod)key.getInt( _T("randomize") , defaultValues.m_randomizationMethod);
m_seed = key.getUint( _T("seed") , defaultValues.m_seed );
m_periodCount = key.getUint( _T("periodcount") , defaultValues.m_periodCount );
m_fileName = key.getString( _T("filename") , defaultValues.m_fileName );
if(m_initMethod == IDC_RADIO_FILEDATA) {
readTextFile(m_fileName);
}
} catch(Exception e) {
setDefault();
}
}
// Add Python installations at the given root to the supplied map.
//
void Installer::iterPython(HKEY root, map<wstring, wstring> &pyInstalls) {
RegistryKey key;
if ( key.open(root, PY_ROOT ) ) {
RegistryKey installPath;
vector<wstring> children;
key.enumChildren(RegistryKey::EnumKeys, children);
for ( vector<wstring>::const_iterator i = children.begin(); i != children.end(); i++ ) {
const wstring &version = *i;
wstring installPathName = PY_ROOT;
installPathName += L'\\';
installPathName += version;
installPathName += L"\\InstallPath";
if ( installPath.open(root, installPathName ) ) {
pyInstalls.insert(make_pair(version, installPath.getValueAsString(L"")));
}
}
}
}
void MainWindow::loadOptions()
{
RegistryKey *r;
RegistryKey::Value *v;
try {
r = new RegistryKey(_T("HKEY_CURRENT_USER\\Software\\Light Focus"));
} catch (Exception &e) {
r = registerOptions();
}
v = r->loadValue(_T("SavePath"));
_savePath = v->getString();
delete v;
v = r->loadValue(_T("HookPrintScreen"));
if (v->getDword() == 1) {
setHook(_handle);
_isHookPrintScreen = true;
} else {
_isHookPrintScreen = false;
}
delete v;
v = r->loadValue(_T("IncludeBackground"));
if (v->getDword() == 1) {
_isIncludeBackground = true;
} else {
_isIncludeBackground = false;
}
delete v;
v = r->loadValue(_T("Delay"));
_delay = v->getDword();
delete v;
v = r->loadValue(_T("SaveType"));
_saveType = v->getDword();
delete v;
v = r->loadValue(_T("CaptureMode"));
_captureMode = v->getDword();
delete v;
delete r;
}
Service::Service( std::wstring const& serviceName, std::wstring const& displayName, SERVICE_STATUS const& status, SC_HANDLE scmHandle )
: serviceName(serviceName)
, displayName(displayName)
, svchostDamaged(false)
{
// Set the state
switch (status.dwCurrentState)
{
case SERVICE_STOPPED:
this->state = L"S";
break;
case SERVICE_START_PENDING:
this->state = L"R?";
break;
case SERVICE_STOP_PENDING:
this->state = L"S?";
break;
case SERVICE_RUNNING:
this->state = L"R";
break;
case SERVICE_CONTINUE_PENDING:
this->state = L"C?";
break;
case SERVICE_PAUSE_PENDING:
this->state = L"P?";
break;
case SERVICE_PAUSED:
this->state = L"P";
break;
default:
this->state = L"?";
break;
}
serviceHandle = OpenServiceW(scmHandle, this->serviceName.c_str(), SERVICE_QUERY_CONFIG);
if (serviceHandle == NULL)
{
Win32Exception::ThrowFromLastError();
}
std::aligned_storage<8192 /* (8K bytes maximum size) */, std::alignment_of<QUERY_SERVICE_CONFIGW>::value>::type
queryServiceConfigBuffer;
DWORD bytesNeeded = 0; // not needed
if (QueryServiceConfig(serviceHandle, reinterpret_cast<LPQUERY_SERVICE_CONFIGW>(&queryServiceConfigBuffer), 8192, &bytesNeeded) == false)
{
Win32Exception::ThrowFromLastError();
}
QUERY_SERVICE_CONFIGW *queryServiceConfig = reinterpret_cast<QUERY_SERVICE_CONFIGW*>(&queryServiceConfigBuffer);
// Set the start type
this->start = queryServiceConfig->dwStartType;
// Set the file
this->filepath = queryServiceConfig->lpBinaryPathName;
if (filepath.empty())
{
if (queryServiceConfig->dwServiceType == SERVICE_KERNEL_DRIVER || queryServiceConfig->dwServiceType == SERVICE_FILE_SYSTEM_DRIVER)
{
filepath = Path::Append(Path::GetWindowsPath(), L"System32\\Drivers\\" + serviceName + L".sys");
}
else
{
filepath = Path::Append(Path::GetWindowsPath(), L"System32\\" + serviceName + L".exe");
}
}
Path::ResolveFromCommandLine(this->filepath);
static std::wstring svchostPath(Path::Append(Path::GetWindowsPath(), L"System32\\Svchost.exe"));
// Set the svchost group, dll path, and damaged status if applicable
if (boost::iequals(filepath, svchostPath))
{
// Get the svchost group
this->svchostGroup = queryServiceConfig->lpBinaryPathName;
this->svchostGroup.erase(this->svchostGroup.begin(), boost::ifind_first(this->svchostGroup, L"-k").end());
boost::trim(this->svchostGroup);
std::wstring serviceKeyName = L"\\Registry\\Machine\\System\\CurrentControlSet\\Services\\" + this->serviceName;
// Get the dll path
RegistryKey serviceParameters = RegistryKey::Open(
serviceKeyName + L"\\Parameters", KEY_QUERY_VALUE);
if (serviceParameters.Invalid())
{
serviceParameters = RegistryKey::Open(serviceKeyName, KEY_QUERY_VALUE);
}
if (serviceParameters.Invalid())
{
Win32Exception::ThrowFromNtError(::GetLastError());
}
RegistryValue serviceDllValue = serviceParameters.GetValue(L"ServiceDll");
this->svchostDll = serviceDllValue.GetStringStrict();
Path::ResolveFromCommandLine(this->svchostDll);
// Check to see if it's damaged
RegistryKey svchostGroupKey = RegistryKey::Open(L"\\Registry\\Machine\\Software\\Microsoft\\Windows NT\\CurrentVersion\\Svchost", KEY_QUERY_VALUE);
RegistryValue svchostGroupRegistration = svchostGroupKey.GetValue(this->svchostGroup);
std::vector<std::wstring> svchostGroupRegistrationStrings = svchostGroupRegistration.GetMultiStringArray();
auto groupRef = std::find_if(svchostGroupRegistrationStrings.begin(), svchostGroupRegistrationStrings.end(),
[&] (std::wstring const& a) -> bool { return boost::iequals(a, serviceName, std::locale()); } );
svchostDamaged = groupRef == svchostGroupRegistrationStrings.end();
}
}
// Populate the lists of installed software for display in the drop-downs.
//
Installer::Installer(void) :
m_vsSelect(-1), m_pySelect(-1), m_iseSelect(-1), m_x64(det64()),
m_hdlUseable(false), m_linkName(L"makestuff-base")
{
RegistryKey key;
// See if Windows SDK v7.1 is installed
if ( key.open(HKEY_LOCAL_MACHINE, SDK_ROOT) ) {
wstring target = L"\"";
target += key.getValueAsString(L"InstallationFolder");
m_vsInstalls.push_back(
VSInstall(
L"sdk7.1.x86",
L"Windows SDK v7.1 C/C++ Compiler (x86)",
target + L"Bin\\SetEnv.cmd\" /x86&&set MACHINE=x86&&"
)
);
if ( m_x64 ) {
m_vsInstalls.push_back(
VSInstall(
L"sdk7.1.x64",
L"Windows SDK v7.1 C/C++ Compiler (x64)",
target + L"Bin\\SetEnv.cmd\" /x64&&set MACHINE=x64&&"
)
);
}
}
// See which versions (if any) of Visual Studio are installed
if ( key.open(HKEY_LOCAL_MACHINE, VS_ROOT) ) {
const wstring baseName = L"Visual Studio ";
vector<wstring> children;
key.enumChildren(RegistryKey::EnumValues, children);
for ( vector<wstring>::const_iterator i = children.begin(); i != children.end(); i++ ) {
const wstring &version = *i;
const int majorVersion = getMajorVersion(i->c_str());
const wstring thisName = baseName + version;
wstring thisTarget = L"\"";
thisTarget += key.getValueAsString(version);
m_vsInstalls.push_back(
VSInstall(
L"vs" + version + L".x86",
thisName + L" C/C++ Compiler (x86)",
thisTarget + L"VC\\vcvarsall.bat\" x86&&set MACHINE=x86&&"
)
);
if ( m_x64 && majorVersion > 10 ) {
// 64-bit compilers are only available after VS2010, and realistically only on Windows x64.
m_vsInstalls.push_back(
VSInstall(
L"vs" + version + L".x64",
thisName + L" C/C++ Compiler (x64)",
thisTarget + L"VC\\vcvarsall.bat\" x86_amd64&&set MACHINE=x64&&"
)
);
}
}
}
// See which versions (if any) of Python are installed
map<wstring, wstring> pyInstalls;
iterPython(HKEY_CURRENT_USER, pyInstalls);
iterPython(HKEY_LOCAL_MACHINE, pyInstalls);
for ( map<wstring, wstring>::const_iterator i = pyInstalls.begin(); i != pyInstalls.end(); i++ ) {
m_pyInstalls.push_back(
make_pair(
i->first,
i->second
)
);
}
// See which versions (if any) of Xilinx ISE are installed
if ( key.open(HKEY_CURRENT_USER, ISE_ROOT) ) {
const wstring baseName = L"Xilinx ISE ";
vector<wstring> children;
key.enumChildren(RegistryKey::EnumKeys, children);
for ( vector<wstring>::const_iterator i = children.begin(); i != children.end(); i++ ) {
const wstring &version = *i;
const wstring thisName = baseName + version;
const wstring thisTarget = grandParent(
key.getValueAsString(
version +
L"\\Project Navigator\\Project Manager\\Preferences\\PlanAheadBinDirUserVal"
)
) + (m_x64 ? L"\\ISE\\bin\\nt64" : L"\\ISE\\bin\\nt");
m_iseInstalls.push_back(
make_pair(version, thisTarget)
);
}
}
}
void ConfigScroller::exportReg ()
{
int exitCode = KB_ESC;
char path[512];
*path = 0;
{
InputDialog dlg (myScreen, "Export Custom Commands", "Enter the pathname:",
path, 511, &mRegHist);
dlg.run ();
exitCode = dlg.getExitCode ();
}
if (exitCode != KB_ESC) {
if (_access (path, 0) == 0)
if (myScreen.ask ("Confirm File Replace", "Overwrite the existing file?") == 0)
return;
FILE *file = fopen (path, "w");
if (file == NULL) {
myScreen.sendEvent (Event(EV_STATUS_MSG, (DWORD) "Could not create file."));
return;
}
for (int i = 0; i < 2; i++) {
int st, fn;
if (i == 0) {
st = 'A';
fn = 'Z';
}
else if (i == 1) {
st = '0';
fn = '9';
}
for (char c = st; c <= fn; c++) {
try {
// Open registry key
RegistryKey k (HKEY_CURRENT_USER, HKCU_SUBKEY_HERMIT "\\Commands", KEY_READ);
char valname[2];
valname[0] = c;
valname[1] = '\0';
// try to read the current value
char *value = 0;
DWORD type;
try {
value = k.queryValue (valname, type);
if (type == REG_SZ && value != 0 && value[0] != '\0') {
fprintf (file, "%c,%s\n", c, value);
}
delete [] value;
}
catch (const std::exception&) {
}
}
catch (const std::exception&) {
}
}
}
fclose (file);
myScreen.sendEvent (Event(EV_STATUS_MSG, (DWORD) "Commands exported."));
}
}
const char *ConfigScroller::importCommands (const char *path)
{
FILE *file = fopen (path, "r");
if (file == NULL)
return "Could not open file";
ArrayPtr<char> str = new char [COMMAND_SIZE + 3];
if (str == 0)
throw AppException (WHERE, ERR_OUT_OF_MEMORY);
char *status = 0;
while (fgets (str, COMMAND_SIZE + 3, file) != NULL) {
// Remove trailing whitespace
int n = (int) strlen (str);
while (n > 0 && (str[n - 1] == '\n' || str[n - 1] == '\t' || str[n - 1] == ' ')) {
str[n - 1] = '\0';
n--;
}
// If string is empty, just ignore it
if (str[0] == '\0')
continue;
// Uppercase the first letter
str[0] = toupper (str[0]);
// Make sure the command format is [A-Z,0-9],
if ((!(str[0] >= 'A' && str[0] <= 'Z') &&
!(str[0] >= '0' && str[0] <= '9')) || str[1] != ',') {
status = "A read error occurred.";
break;
}
// Create the value name string
char valname[2];
valname[0] = str[0];
valname[1] = '\0';
// Save to registry
try {
// Open registry key
RegistryKey k (HKEY_CURRENT_USER, HKCU_SUBKEY_HERMIT "\\Commands", KEY_READ | KEY_WRITE);
k.setValue (valname, &str[2]);
}
catch (const std::exception&) {
status = "Error saving key to registry";
break;
}
}
if (ferror (file) != 0)
status = "A read error occurred.";
if (status == 0) {
// Set initialized state (actually no reason...we use Commands key)
#if 0
try {
RegistryKey k (HKEY_CURRENT_USER, HKCU_SUBKEY_HERMIT "\\Initialized", KEY_READ | KEY_WRITE);
}
catch (const std::exception&) {
}
#endif
// Set message
status = "Commands imported.";
}
fclose (file);
return status;
}
void
CConfigDisplay::StoreReg(RegistryKey & reg) {
AutoLog alog("CCD::StoreREg");
reg.Write(RegWindowsColorBkPanel, MBUtil::CrToRGB(m_vBkPanel));
reg.Write(RegWindowsColorBkNormal, MBUtil::CrToRGB(m_vBkNormal));
reg.Write(RegWindowsColorBkHigh, MBUtil::CrToRGB(m_vBkHigh));
reg.Write(RegWindowsColorBkSel, MBUtil::CrToRGB(m_vBkSel));
reg.Write(RegWindowsColorTxPanel, MBUtil::CrToRGB(m_vTxPanel));
reg.Write(RegWindowsColorTxNormal, MBUtil::CrToRGB(m_vTxNormal));
reg.Write(RegWindowsColorTxHigh, MBUtil::CrToRGB(m_vTxHigh));
reg.Write(RegWindowsColorTxSel, MBUtil::CrToRGB(m_vTxSel));
reg.Write(RegWindowsColorBkColHdr, MBUtil::CrToRGB(m_vBkColHdr));
reg.Write(RegWindowsColorTxColHdr, MBUtil::CrToRGB(m_vTxColHdr));
MBCONFIG_WRITE_COLOR_3D(reg,MB3DCOLHDRCOLOR,
m_vcrColHdrInUL,m_vcrColHdrInLR,m_vcrColHdrOutUL,m_vcrColHdrOutLR);
MBCONFIG_WRITE_COLOR_3D(reg,MB3DDATACOLOR,
m_vcrDataInUL,m_vcrDataInLR,m_vcrDataOutUL,m_vcrDataOutLR);
MBCONFIG_WRITE_COLOR_3D(reg,MB3DSTATUSCOLOR,
m_vcrStatusInUL,m_vcrStatusInLR,m_vcrStatusOutUL,m_vcrStatusOutLR);
if (IsWindow(m_3dDataCheck.m_hWnd)) {
m_3dColHdr = m_3dColHdrsCheck.GetCheck();
m_3dData = m_3dDataCheck.GetCheck();
m_3dStatus = m_3dStatusCheck.GetCheck();
}
reg.Write(MB3DDATA,m_3dData );
reg.Write(MB3DCOLHDRS,m_3dColHdr );
reg.Write(MB3DSTATUS,m_3dStatus );
int sel = m_SkinList.GetCurSel();
if (sel > -1) {
m_SkinList.GetLBText(sel, m_sSkinName);
} else {
m_SkinList.GetWindowText(m_sSkinName);
}
sel = m_BorderWidth.GetCurSel();
if (sel > -1) {
CString tmp;
m_BorderWidth.GetLBText(sel, tmp);
m_vBorderWidth = atoi(tmp);
} else {
CString tmp;
m_BorderWidth.GetWindowText(tmp);
m_vBorderWidth = atoi(tmp);
}
reg.Write(RegWindowsBorderWidth, m_vBorderWidth);
reg.Write(RegWindowsBorderHorz, m_vBorderHorz);
reg.Write(RegWindowsBorderVert, m_vBorderVert);
CString fontstr = MBUtil::LogFont2FontStr(&m_lfTitles);
reg.Write(RegWindowsFontTitles, fontstr);
fontstr = MBUtil::LogFont2FontStr(&m_lfPanel);
reg.Write(RegWindowsFontPanel, fontstr);
fontstr = MBUtil::LogFont2FontStr(&m_lfColHdr);
reg.Write(RegWindowsFontColHdr, fontstr);
}
void
CConfigDisplay::ReadReg(RegistryKey & reg) {
AutoLog alog("CCD::ReadReg");
m_vBkPanel = reg.Read(RegWindowsColorBkPanel, m_vBkPanel);
m_vBkNormal = reg.Read(RegWindowsColorBkNormal, m_vBkNormal);
m_vBkHigh = reg.Read(RegWindowsColorBkHigh, m_vBkHigh);
m_vBkSel = reg.Read(RegWindowsColorBkSel, m_vBkSel);
m_vTxPanel = reg.Read(RegWindowsColorTxPanel, m_vTxPanel);
m_vTxNormal = reg.Read(RegWindowsColorTxNormal, m_vTxNormal);
m_vTxHigh = reg.Read(RegWindowsColorTxHigh, m_vTxHigh);
m_vTxSel = reg.Read(RegWindowsColorTxSel, m_vTxSel);
m_vBkColHdr = reg.Read(RegWindowsColorBkColHdr, m_vBkColHdr);
m_vTxColHdr = reg.Read(RegWindowsColorTxColHdr, m_vTxColHdr);
MBCONFIG_READ_COLOR_3D(reg,MB3DCOLHDRCOLOR,
m_vcrColHdrInUL,m_vcrColHdrInLR,m_vcrColHdrOutUL,m_vcrColHdrOutLR);
MBCONFIG_READ_COLOR_3D(reg,MB3DDATACOLOR,
m_vcrDataInUL,m_vcrDataInLR,m_vcrDataOutUL,m_vcrDataOutLR);
MBCONFIG_READ_COLOR_3D(reg,MB3DSTATUSCOLOR,
m_vcrStatusInUL,m_vcrStatusInLR,m_vcrStatusOutUL,m_vcrStatusOutLR);
m_3dData = reg.Read(MB3DDATA,0);
m_3dColHdr = reg.Read(MB3DCOLHDRS,0);
m_3dStatus = reg.Read(MB3DSTATUS,0);
if (IsWindow(m_3dDataCheck.m_hWnd)) {
m_3dColHdrsCheck.SetCheck(m_3dColHdr);
m_3dDataCheck.SetCheck(m_3dData);
m_3dStatusCheck.SetCheck(m_3dStatus);
}
v2m();
m_vBorderWidth = reg.Read(RegWindowsBorderWidth, m_vBorderWidth);
m_vBorderHorz = reg.Read(RegWindowsBorderHorz, m_vBorderHorz);
m_vBorderVert = reg.Read(RegWindowsBorderVert, m_vBorderVert);
int sel;
if (IsWindow(m_BorderWidth.m_hWnd)) {
sel = m_BorderWidth.SelectString(-1, numToString(m_vBorderWidth));
m_BorderWidth.SetCurSel(sel);
}
AutoBuf buf(1000);
reg.Read(RegWindowsFontTitles, buf.p, 999, "");
if (MBUtil::ConfigFontValidate(buf.p) && strlen(buf.p) > MBCCFONTFACEPOS) {
MBUtil::FontStr2LogFont(buf.p, &m_lfTitles);
}
reg.Read(RegWindowsFontPanel, buf.p, 999, "");
if (MBUtil::ConfigFontValidate(buf.p) && strlen(buf.p) > MBCCFONTFACEPOS) {
MBUtil::FontStr2LogFont(buf.p, &m_lfPanel);
}
reg.Read(RegWindowsFontColHdr, buf.p, 999, "");
if (MBUtil::ConfigFontValidate(buf.p) && strlen(buf.p) > MBCCFONTFACEPOS) {
MBUtil::FontStr2LogFont(buf.p, &m_lfColHdr);
}
EnableDisable();
}
/**
* Has this object failed to open the Windows Registry?
*/
bool Error() const {
return drivers_active.error();
}
int main(int argc, char* argv[])
{
//open registry and delete all values set by FaultIntercepter (Initilize)
RegistryKey *LMachine = RegistryKey::OpenRemoteBaseKey(RegistryHive::LocalMachine, System::Environment::MachineName);
RegistryKey *SKey = LMachine->OpenSubKey("SOFTWARE", true);
RegistryKey *HKey = SKey->OpenSubKey("HolodeckEE", true);
try
{
HKey->DeleteSubKey("Outcome");
HKey->DeleteSubKey("FaultIntercepterReady");
HKey->DeleteSubKey("FaultReady");
}catch(System::ArgumentException *ArgumentError){}
String *path = System::Environment::CurrentDirectory;
int index = path->IndexOf("Debug");
if (index != -1)
{
path = path->Substring(0, index-1);
}
path = String::Concat(path,"\\Logs\\");
Console::WriteLine("Logs in {0}",path);
//Begin a streamwriter to output whether a fault has passed or failed.
FileStream *DefaultFileStreamer;
String *FaultFileLogName = String::Concat(path, "DefaultLog.Log");
DefaultFileStreamer = new FileStream(FaultFileLogName, FileMode::OpenOrCreate, FileAccess::Write );
StreamWriter * DefaultWriter = new StreamWriter(DefaultFileStreamer);
TestFaults *FaultTester = new TestFaults();
//load the functions and faults xml files to memory
FaultTester->LoadFaultsXmlFile();
FaultTester->LoadFunctionsXmlFile();
//if no arguments were entered then notify user and exit
if (argc == 1)
{
Console::WriteLine("Please enter fault names as arguments!");
Sleep(8000);
return 0;
}
//initilize detailed log files to record the return values and errorcodes for each function
//in a fault.
String *DetailLogFile = String::Concat(path,"LastRun-DetailLog.Log");
FileStream *DetailLogStreamer;
DetailLogStreamer = new FileStream(DetailLogFile, FileMode::OpenOrCreate , FileAccess::Write );
StreamWriter * DetailLogWriter = new StreamWriter(DetailLogStreamer);
bool FaultOutcome = false;
for(int arg=1;arg<argc;arg++)
{
//if just one fault iss being run then open a log with the fault name
if (argc == 2)
{
String *FaultFileLogName = String::Concat(path,argv[arg],".Log");
FileStream *FileStreamer;
FileStreamer = new FileStream(FaultFileLogName, FileMode::OpenOrCreate, FileAccess::Write );
StreamWriter * Writer = new StreamWriter(FileStreamer);
Console::WriteLine("Currently running {0} fault...", Convert::ToString(argv[arg]));
FaultOutcome = FaultTester->TestFault(argv[arg],Writer,DetailLogWriter);
Writer->Close();
}
//if more than one argument then load the default log to store all the faults that are to be run
if(argc > 2)
{
FaultOutcome = FaultTester->TestFault(argv[arg],DefaultWriter,DetailLogWriter);
}
RegistryKey *PassFail = HKey->CreateSubKey("Outcome");
if(FaultOutcome == true)
{
PassFail->SetValue("Outcome",static_cast<String *>("PASS"));
}
else
{
PassFail->SetValue("Outcome",static_cast<String *>("FAIL"));
}
FaultOutcome = false;
}
//close all open writers
DefaultWriter->Close();
DetailLogWriter->Close();
Console::ReadLine();
return 0;
}