//--------------------------------------------------------------------------------
// @ InitializeWindow()
//--------------------------------------------------------------------------------
// Initialize WINDOW
//--------------------------------------------------------------------------------
static bool InitializeWindow()
{
//Fullscreen?
std::string str;
bool fullscreen = false;
if (global::SETTINGS->GetValue("fullscreen", str))
{
fullscreen = ToBool(str);
}
//Dimensions
uint32 h = 200, w = 200;
if (global::SETTINGS->GetValue("screen_height", str))
{
StringToNumber(h, str, std::dec);
}
if (global::SETTINGS->GetValue("screen_width", str))
{
StringToNumber(w, str, std::dec);
}
global::WINDOW = new WindowManager( w, h, fullscreen, "My Game");
//If everything initialized fine
return true;
} //End: InitializeWindow()
void list_implementation()//list implementation
{
list<Question> all_problems;
list<Question> problems;
list<Question>::iterator l_itr;
vector<Question> temp;
int correct_count = 0;
ifstream myfile;
myfile.open ("Testfile.txt");
Question read_in("Temp", 1, "answ1", "answ2","answ3");
for(int i=0;i<15;++i)//reads in to list
{
myfile>>read_in;
all_problems.push_back(read_in);
}
for(l_itr=all_problems.begin(); l_itr != all_problems.end();++l_itr)//converts to vector to shuffle
{
temp.push_back(*l_itr);
}
srand(time(0));//ensures truly random shuffle by seeding system time
random_shuffle(temp.begin(),temp.end());//shuffles temp vector
for(int i=0;i<10;++i)//reads into new list
{
problems.push_back(temp[i]);
}
cout<<"Loop here\n";
for(l_itr=problems.begin(); l_itr != problems.end() ;++l_itr)//asks question + gets answers
{
bool correct = false;
int answer = 0;
string input;
cout<<*l_itr;
cin>>input;
if(!is_number(input) || StringToNumber(input)<0 || StringToNumber(input)>5)
throw runtime_error("Bad answer input");
else
answer = StringToNumber(input);
if(answer == l_itr->correct_answer_num())
{
++correct_count;
cout<<"Awesome work! onto the next question\n";
}
else
cout<<"Aw too bad you missed that one, try another!\n";
}
if(correct_count>6)
cout<<"You got "<<correct_count<<" Right, and passed Nice job!\n";
else
cout<<"You got "<<correct_count<<" Right, and failed, better luck next time\n";
return;
}
QString QAutoGenDialog::GetRandomParameter(const QString & strParam, const QString & strValue, const ModelParameter & param)
{
QString strRet;
QStringList listRandom = QStringList::split(';', strValue);
unsigned int iRandom = RandUInt(0, listRandom.size());
int iSep = strValue.find(':');
switch (param.eType & 0xF)
{
case ModelParameterTypeInt:
if (iSep > -1)
strRet = QString("%1").arg(RandInt((long)StringToNumber(strValue.left(iSep)), (long)StringToNumber(strValue.mid(iSep+1))));
else if (!listRandom.empty())
strRet = listRandom[iRandom];
break;
case ModelParameterTypeFloat:
if (iSep > -1)
strRet = QString("%1").arg(RandDouble(StringToNumber(strValue.left(iSep)), StringToNumber(strValue.mid(iSep+1))));
else if (!listRandom.empty())
strRet = listRandom[iRandom];
break;
case ModelParameterTypeAddress:
strRet = GetRandomAddress(strParam);
break;
case ModelParameterTypeAddresses: // TODO: generate random address list
if (!listRandom.empty())
strRet = listRandom[iRandom];
break;
case ModelParameterTypeCoords:
if (iSep > -1)
{
Coords ptMin, ptMax;
ptMin.FromString(strValue.left(iSep));
ptMax.FromString(strValue.mid(iSep+1));
strRet = Coords(RandInt(ptMin.m_iLong, ptMax.m_iLong), RandInt(ptMin.m_iLat, ptMax.m_iLat)).ToString();
}
else if (!listRandom.empty())
strRet = listRandom[iRandom];
else
strRet = GetRandomPosition(strParam);
break;
default:
if (!listRandom.empty())
strRet = listRandom[iRandom];
break;
}
return strRet;
}
void SetUp()
{
int n;
sscanf(kIntString, "%d", &n); // NOLINT(runtime/printf)
ASSERT_EQ(kInt, n);
ASSERT_TRUE(StringToNumber(kIntString, &n));
ASSERT_EQ(kInt, n);
}
int HttpMessage::GetContentLength() {
std::string content_length;
if (!GetHeader("Content-Length", &content_length)) {
return -1;
}
int length = 0;
bool ret = StringToNumber(content_length, &length);
return (ret && length >= 0) ? length : -1;
};
void Resume::ReadVlcResumeFile()
{
Sleep(100); //wait for VLC to write file (TODO: make threaded)
//get username
TCHAR username[UNLEN + 1];
DWORD username_len = UNLEN + 1;
GetUserName(username, &username_len);
RString strTemp;
RString strVlcFile;
//build path to vlc info file
RString strFilePath = _T("C:\\Users\\");
strFilePath += username;
strFilePath += _T("\\AppData\\Roaming\\vlc\\vlc-qt-interface.ini");
//read VLC resume file into str
if (!FileToString(strFilePath, strVlcFile))
return;
if (GetFirstMatch(strVlcFile, _T("list=([^$]*?$)"), &strTemp))
{
strTemp.Replace(_T(" "), _T(""));
RArray<const TCHAR*> moviesTemp = SplitString(strTemp, _T(","), true);
size = moviesTemp.GetSize();
if (size > MAX_SIZE) size = MAX_SIZE;
for(int i=0; i<size; i++)
{
//remove % codes and turn + to space
RString strTempMovie = URLDecode(moviesTemp[i]);
//remove file:/// or file://
if (strTempMovie.Left(8) == _T("file:///"))
strTempMovie = strTempMovie.Right(strTempMovie.GetLength() - 8);
else
strTempMovie = strTempMovie.Right(strTempMovie.GetLength() - 5);
strTempMovie.Replace(_T("/"), _T("\\\\"));
movies[i] = strTempMovie;
}
}
if (GetFirstMatch(strVlcFile, _T("times=([^$]*?$)"), &strTemp))
{
strTemp.Replace(_T(" "), _T(""));
RArray<const TCHAR*> strTimes = SplitString(strTemp, _T(","), true);
for(int i=0; i<strTimes.GetSize(); i++)
times[i] = StringToNumber(strTimes[i])/1000; //milliseconds to seconds
}
UpdateResumeTimes();
}
void vector_implementation()//Vector implementation
{
vector<Question> vec_problems;
int correct_count = 0;
ifstream myfile_vec;
myfile_vec.open ("Testfile.txt");
Question read_in("Temp", 1, "answ1", "answ2","answ3");
for(int i=0;i<15;++i)//reads in to vector
{
myfile_vec>>read_in;
vec_problems.push_back(read_in);
}
srand(time(0));//ensures truly random shuffle by seeding system time
random_shuffle(vec_problems.begin(),vec_problems.end());//shuffles vector
for(int i=0;i<10;++i)//asks question + gets answer
{
bool correct = false;
int answer = 0;
string input;
cout<<vec_problems[i];
cin>>input;
if(!is_number(input) || StringToNumber(input)<0 || StringToNumber(input)>5)
throw runtime_error("Bad answer input");
else
answer = StringToNumber(input);
if(answer == vec_problems[i].correct_answer_num())
{
++correct_count;
cout<<"Awesome work! onto the next question\n";
}
else
cout<<"Aw too bad you missed that one, try another!\n";
}
if(correct_count>6)
cout<<"You got "<<correct_count<<" Right, and passed Nice job!\n";
else
cout<<"You got "<<correct_count<<" Right, and failed, better luck next time\n";
return;
}
// This function is rarely used, so don't add another function pointer to
// reduce performance of most common case.
int FormatPrintArg::AsInt() const
{
PrintSpecification spec;
spec.specifier = 'd';
char buffer[32];
{ // Put t into a separate scope ensure '\0' is append after written.
BufferFormatPrintTarget t(buffer, sizeof(buffer));
if (Write(&t, spec) <= 0)
return -1;
}
int n;
if (!StringToNumber(buffer, &n))
return -1;
return n;
}
std::string FloatConstantGenerator::GenFloatConstantImpl(
const FieldDef &field) const {
const auto &constant = field.value.constant;
T v;
auto done = StringToNumber(constant.c_str(), &v);
FLATBUFFERS_ASSERT(done);
if (done) {
#if (!defined(_MSC_VER) || (_MSC_VER >= 1800))
if (std::isnan(v)) return NaN(v);
if (std::isinf(v)) return Inf(v);
#endif
return Value(v, constant);
}
return "#"; // compile time error
}
int SimpleCommModel::Init(const std::map<QString, QString> & mapParams)
{
QString strValue;
if (CarCommModel::Init(mapParams))
return 1;
strValue = GetParam(mapParams, SIMPLECOMMMODEL_REBROADCASTINTERVAL_PARAM, SIMPLECOMMMODEL_REBROADCASTINTERVAL_PARAM_DEFAULT);
m_tRebroadcastInterval = MakeTime(ValidateNumber(StringToNumber(strValue), 0., HUGE_VAL));
m_bRebroadcast = StringToBoolean(GetParam(mapParams, SIMPLECOMMMODEL_DOREBROADCAST_PARAM, SIMPLECOMMMODEL_DOREBROADCAST_PARAM_DEFAULT));
m_bGateway = StringToBoolean(GetParam(mapParams, SIMPLECOMMMODEL_MOBILEGATEWAY_PARAM, SIMPLECOMMMODEL_MOBILEGATEWAY_PARAM_DEFAULT));
m_bJitter = StringToBoolean(GetParam(mapParams, SIMPLECOMMMODEL_RBXJITTER_PARAM, SIMPLECOMMMODEL_RBXJITTER_PARAM_DEFAULT));
return 0;
}
/********************************************
GetNumber
Purpose
Returns the number value for the cell.
This number is retrieved from the cell's
text property.
This function does not check to see
if the property is set, so use the
IsPropertySet function first.
Params
none
Return
the number value of the cell
*********************************************/
double CUGCell::GetNumber()
{
if ( m_propSetFlags&UGCELL_STRING_SET )
{
if ( m_dataType == UGCELLDATA_NUMBER ||
m_dataType == UGCELLDATA_CURRENCY ||
m_dataType == UGCELLDATA_TIME )
{
return m_nNumber;
}
else
{
double returnVal;
StringToNumber( &m_string, &returnVal );
return returnVal;
}
}
return 0;
}
TPParseTreeNode CFormulaParser::ParseSimpleExpression() {
// Numbers, identifiers
int terminal = _tokenizer.GetToken();
assert((terminal == kTokenIdentifier) || (terminal == kTokenNumber));
TPParseTreeNode terminal_node = new CParseTreeNode(_tokenizer.LineRelative());
if (terminal == kTokenIdentifier) {
terminal_node->MakeIdentifier(_tokenizer.GetTokenString());
} else if (terminal == kTokenNumber) {
CString number = _tokenizer.GetTokenString();
// Deals with floating points, ints, hex and binary
double value = StringToNumber(number);
terminal_node->MakeConstant(value);
} else {
assert(kThisMustNotHappen);
terminal_node = NULL;
}
write_log(preferences.debug_parser(),
"[FormulaParser] Terminal node %i\n", terminal_node);
return terminal_node;
}
/********************************************
SetDataType
Purpose
Sets the data type that the cells
text property is to be treaded as.
valid values:
UGCELLDATA_STRING
UGCELLDATA_NUMBER
UGCELLDATA_BOOL
UGCELLDATA_TIME
UGCELLDATA_CURRENCY
Params
type
Return
UG_SUCCESS success
UG_ERROR fail
*********************************************/
int CUGCell::SetDataType(short type)
{
if ( type == m_dataType && ( m_propSetFlags&UGCELL_DATATYPE_SET ))
return UG_SUCCESS;
if ( type == UGCELLDATA_NUMBER && m_propSetFlags&UGCELL_STRING_SET )
{
CString cellVal = GetText();
StringToNumber( &cellVal, &m_nNumber );
m_string = "";
}
else if ( type == UGCELLDATA_TIME && m_propSetFlags&UGCELL_STRING_SET )
{
CString cellVal = GetText();
COleDateTime dateTime;
dateTime.ParseDateTime( cellVal );
m_nNumber = dateTime;
}
else if ( type == UGCELLDATA_CURRENCY && m_propSetFlags&UGCELL_STRING_SET )
{
if ( m_dataType == UGCELLDATA_NUMBER )
{
m_string.Format(_T("%.2f"), m_nNumber );
}
else
{
CString cellVal = GetText();
COleCurrency currency;
currency.ParseCurrency( cellVal );
m_nNumber = (double)(currency.m_cur.int64 / 10000);
}
}
m_dataType = type;
m_propSetFlags |= UGCELL_DATATYPE_SET;
return UG_SUCCESS;
}
int32_t Value::GetAsNumber() const
{
int32_t result;
switch (mValueType)
{
case kInt:
{
result = mNumber;
break;
}
case kText:
{
StringToNumber(mText, &result);
break;
}
default:
PDASSERT(0);
break;
}
return result;
}
void ParseFileName(RString_ strFileName, RString &strTitle, RString &strYear, INT_PTR &nSeason, INT_PTR &nEpisode, RString &strAirDate, BYTE &bType)
{
INT_PTR m, n;
RString strTemp, strSeason, strEpisode;
RString strYearTmp, strMonthTmp, strDayTmp;
strTitle = strFileName;
strYear.Empty();
// only keep file name
n = strTitle.ReverseFind(_T('\\'));
if (n != -1)
strTitle = strTitle.Mid(n + 1);
//strTitle.MakeLower();
// strip file extension (max 4 chars)
n = strTitle.ReverseFind(_T('.'));
if (n != -1 && strTitle.GetLength() - n < 6)
strTitle = strTitle.Left(n);
// replace []{} by ()
strTitle.Replace(_T('['), _T('('));
strTitle.Replace(_T(']'), _T(')'));
strTitle.Replace(_T('{'), _T('('));
strTitle.Replace(_T('}'), _T(')'));
/*
// replace anything not ,()0-9a-zA-Z by a space
for (int i = 0; i < strTitle.GetLength(); i++)
if (!(strTitle[i] == _T(',')) &&
!(strTitle[i] == _T('\'')) &&
!(strTitle[i] == _T('(')) &&
!(strTitle[i] == _T(')')) &&
!(strTitle[i] >= _T('0') && strTitle[i] <= _T('9')) &&
!(strTitle[i] >= _T('A') && strTitle[i] <= _T('Z')) &&
!(strTitle[i] >= _T('a') && strTitle[i] <= _T('z')))
*((LPTSTR)(LPCTSTR)strTitle + i) = _T(' ');
*/
// remove urls
RString strUrl;
if (GetFirstMatch(strTitle, _T("([wW][wW][wW]\\.[^\\.]*?\\.[cC][oO][mM])"), &strUrl, NULL))
{
m = strTitle.Find(strUrl, 0);
if (m >= 0)
strTitle = strTitle.Left(m) + strTitle.Right(strTitle.GetLength() - (m + strUrl.GetLength()));
}
// replace ._ -by a space
strTitle.Replace(_T('.'), _T(' '));
strTitle.Replace(_T('_'), _T(' '));
strTitle.Replace(_T('-'), _T(' '));
// remove redundant space
while (strTitle.Replace(_T(" "), _T(" ")));
strTitle.Trim();
// find year between (), strip anything following it
for (n = 0; (n = strTitle.Find(_T('('), n)) != -1; n++)
{
if (n + 5 < strTitle.GetLength() && strTitle[n + 5] == _T(')'))
{
strTemp = strTitle.Mid(n + 1, 4);
if (StringToNumber(strTemp) > 1900)
{
strYear = strTemp;
strTitle = strTitle.Left(n);
break;
}
}
}
// remove anything between ()
for (m = 0, n = 0; (m = strTitle.Find(_T('('), n)) != -1 &&
(n = strTitle.Find(_T(')'), m)) != -1; m = 0, n = 0)
strTitle = strTitle.Left(m) + strTitle.Mid(n + 1);
// for TV shows. Find the season and episode and remove everything following it
if (GetFirstMatch(strTitle, _T("([Ss]\\d?\\d[Ee]\\d?\\d)"), &strTemp, NULL))
{
m = strTitle.Find(strTemp, 0);
if (GetFirstMatch(strTemp, _T("[Ss](\\d?\\d)[Ee](\\d?\\d)"), &strSeason, &strEpisode, NULL))
{
nSeason = StringToNumber(strSeason);
nEpisode = StringToNumber(strEpisode);
bType = DB_TYPE_TV;
}
if (m >= 0)
strTitle = strTitle.Left(m);
}
// for TV shows by date and parse date aired
if (GetFirstMatch(strTitle, _T("(\\d\\d\\d\\d) (\\d?\\d) (\\d?\\d)"), &strYearTmp, &strMonthTmp, &strDayTmp, NULL))
{
const RString Month[12] = { _T("Jan"), _T("Feb"), _T("Mar"), _T("Apr"),
_T("May"), _T("Jun"), _T("Jul"), _T("Aug"), _T("Sep"), _T("Oct"), _T("Nov"), _T("Dec") };
strAirDate = strDayTmp + _T(" ") + Month[StringToNumber(strMonthTmp) - 1] + _T(". ") + strYearTmp;
bType = DB_TYPE_TV;
}
// find year not in (), but not as first word, strip anything following it
strTitle.Replace(_T('('), _T(' '));
strTitle.Replace(_T(')'), _T(' '));
while (strTitle.Replace(_T(" "), _T(" ")));
strTitle.Trim();
if (strYear.IsEmpty())
{
m = 0;
while (m < strTitle.GetLength())
{
n = strTitle.Find(_T(' '), m);
if (n == -1)
n = strTitle.GetLength();
if (m == n)
{
m = n + 1; continue;
}
if (n - m == 4)
{
strTemp = strTitle.Mid(m, n - m);
if (StringToNumber(strTemp) > 1900 && m > 0)
{
strYear = strTemp;
strTitle = strTitle.Left(m);
break;
}
}
m = n + 1;
}
}
// strip 'season[s] \\d' and anything following it
RString strSeasons;
if (GetFirstMatch(strTitle, _T("([Ss]eason[s]? ?\\d?\\d(?: ?- ?\\d?\\d)?)"), &strSeasons, NULL))
{
m = strTitle.Find(strSeasons, 0);
if (m >= 0)
strTitle = strTitle.Left(m);
bType = DB_TYPE_TV;
}
//Remove episode numbers of the form XXofYY - TODO: process to return episode number
RString strOf;
if (GetFirstMatch(strTitle, _T("(\\d?\\d[oO][fF]\\d?\\d)"), &strOf, NULL))
{
m = strTitle.Find(strOf, 0);
if (m > 0)
strTitle = strTitle.Left(m);
bType = DB_TYPE_TV;
}
// strip common movie descriptors and everything after
static const RString strDescriptors[] = { _T("webrip"), _T("dvdrip"), _T("dvdscr"), _T("xvid"), _T("bdrip"),
_T("brrip"), _T("hdtv"), _T("pdtv"), _T("box set"), _T("box-set"), _T("x264") };
foreach(strDescriptors, strD)
{
m = strTitle.FindNoCase(strD, 0);
if (m > 0)
strTitle = strTitle.Left(m);
}
void ParseFileName(RString_ strFileName, RString &strTitle, RString &strYear)
{
INT_PTR m, n;
RString strTemp;
strTitle = strFileName;
strYear.Empty();
// only keep file name
n = strTitle.ReverseFind(_T('\\'));
if (n != -1)
strTitle = strTitle.Mid(n + 1);
//strTitle.MakeLower();
// strip file extension (max 4 chars)
n = strTitle.ReverseFind(_T('.'));
if (n != -1 && strTitle.GetLength() - n < 6)
strTitle = strTitle.Left(n);
// replace []{} by ()
strTitle.Replace(_T('['), _T('('));
strTitle.Replace(_T(']'), _T(')'));
strTitle.Replace(_T('{'), _T('('));
strTitle.Replace(_T('}'), _T(')'));
/*
// replace anything not ,()0-9a-zA-Z by a space
for (int i = 0; i < strTitle.GetLength(); i++)
if (!(strTitle[i] == _T(',')) &&
!(strTitle[i] == _T('\'')) &&
!(strTitle[i] == _T('(')) &&
!(strTitle[i] == _T(')')) &&
!(strTitle[i] >= _T('0') && strTitle[i] <= _T('9')) &&
!(strTitle[i] >= _T('A') && strTitle[i] <= _T('Z')) &&
!(strTitle[i] >= _T('a') && strTitle[i] <= _T('z')))
*((LPTSTR)(LPCTSTR)strTitle + i) = _T(' ');
*/
// replace ._ by a space
strTitle.Replace(_T('.'), _T(' '));
strTitle.Replace(_T('_'), _T(' '));
// remove redundant space
while (strTitle.Replace(_T(" "), _T(" ")));
strTitle.Trim();
// find year between (), strip anything following it
for (n = 0; (n = strTitle.Find(_T('('), n)) != -1; n++)
{
if (n+5 < strTitle.GetLength() && strTitle[n+5] == _T(')'))
{
strTemp = strTitle.Mid(n+1, 4);
if (StringToNumber(strTemp) > 1900)
{
strYear = strTemp;
strTitle = strTitle.Left(n);
break;
}
}
}
// remove anything between ()
for (m = 0, n = 0; (m = strTitle.Find(_T('('), n)) != -1 &&
(n = strTitle.Find(_T(')'), m)) != -1; m = 0, n = 0)
strTitle = strTitle.Left(m) + strTitle.Mid(n+1);
// find year not in (), but not as first word, strip anything following it
strTitle.Replace(_T('('), _T(' '));
strTitle.Replace(_T(')'), _T(' '));
while (strTitle.Replace(_T(" "), _T(" ")));
strTitle.Trim();
if (strYear.IsEmpty())
{
m = 0;
while (true)
{
if (m >= strTitle.GetLength())
break;
n = strTitle.Find(_T(' '), m);
if (n == -1)
n = strTitle.GetLength();
if (m == n)
{m = n + 1; continue;}
if (n - m == 4)
{
strTemp = strTitle.Mid(m, n - m);
if (StringToNumber(strTemp) > 1900 && m > 0)
{
strYear = strTemp;
strTitle = strTitle.Left(m);
break;
}
}
m = n + 1;
}
}
while (strTitle.Replace(_T(" "), _T(" ")));
strTitle.Trim();
// place some literals in front
if (strTitle.GetLength() > 5 && strTitle.Right(5) == _T(", the"))
strTitle = _T("the ") + strTitle.Left(strTitle.GetLength() - 5);
if (strTitle.GetLength() > 5 && strTitle.Right(5) == _T(", The"))
strTitle = _T("The ") + strTitle.Left(strTitle.GetLength() - 5);
if (strTitle.GetLength() > 3 && strTitle.Right(3) == _T(", a"))
strTitle = _T("a ") + strTitle.Left(strTitle.GetLength() - 3);
if (strTitle.GetLength() > 3 && strTitle.Right(3) == _T(", A"))
strTitle = _T("A ") + strTitle.Left(strTitle.GetLength() - 3);
strTitle.Replace(_T(','), _T(' '));
while (strTitle.Replace(_T(" "), _T(" ")));
strTitle.Trim();
//TRACE0(_T("ParseFileName\n strFileName = ") + strFileName + _T("\n strTitle = ") +
// strTitle + _T("\n strYear = ") + strYear + _T("\n"));
}
TEST_F(StringNumberPerformanceTest, StringToIn64)
{
int64_t n;
for (int i = 0; i < 1000000; i++)
StringToNumber(kInt64String, &n);
}
bool TagBinaryCondition::Evaluate(const TagMap& tagMap) const
{
auto t=tagMap.find(tag);
if (t==tagMap.end()) {
return false;
}
if (valueType==string) {
switch (binaryOperator) {
case operatorLess:
return t->second<tagStringValue;
case operatorLessEqual:
return t->second<=tagStringValue;
case operatorEqual:
return t->second==tagStringValue;
case operatorNotEqual:
return t->second!=tagStringValue;
case operatorGreaterEqual:
return t->second>=tagStringValue;
case operatorGreater:
return t->second>tagStringValue;
default:
assert(false);
return false;
}
}
else if (valueType==sizet) {
size_t value;
if (!StringToNumber(t->second,
value)) {
return false;
}
switch (binaryOperator) {
case operatorLess:
return value<tagSizeValue;
case operatorLessEqual:
return value<=tagSizeValue;
case operatorEqual:
return value==tagSizeValue;
case operatorNotEqual:
return value!=tagSizeValue;
case operatorGreaterEqual:
return value>=tagSizeValue;
case operatorGreater:
return value>tagSizeValue;
default:
assert(false);
return false;
}
}
else {
assert(false);
return false;
}
}
TEST_F(StringNumberPerformanceTest, StringToDouble)
{
double d;
for (size_t i = 0; i < 100000; i++)
StringToNumber(kDoubleString, &d);
}
bool CParsingConfig::Run(std::string strFileName)
{
if(m_pConfigBox == NULL)
{
m_eParsingError = PE_NOT_SETTING_CONTAINER;
return false;
}
std::ifstream inFile(strFileName);
if(!inFile)
{
MakeDefaultConfigFile(strFileName);
inFile.open(strFileName);
if(!inFile.is_open())
{
m_eParsingError = PE_INCORRECT_FILE_PATH;
return false;
}
}
char szLine[500], szName[100], szValue[100], szTemp[100];
char *pValue;
int i;
m_bLoading = true;
m_nErrorLine = 0;
while(!inFile.eof())
{
if(m_bLoading == false)
{
inFile.close();
m_eParsingError = PE_STOP_BY_USER;
return false;
}
m_nErrorLine++;
inFile.getline(szLine, 500);
for(i = 0; i < 500; i++)
{
if(szLine[i] != ' ' && szLine[i] != '\t') break;
}
if(szLine[i] == '\n' || szLine[i] == '\0') continue;
pValue = strtok(szLine, "=");
if(!pValue)
{
goto ParsingConfigFinish;
}
strncpy(szName, pValue, 100);
pValue = strtok(NULL, "=");
if(!pValue)
{
goto ParsingConfigFinish;
}
while(*pValue != '\n' && *pValue != '\0')
{
if(*pValue == '"')
{
pValue++;
if(CutString(pValue, szValue, '"') == false)
{
goto ParsingConfigFinish;
}
break;
}
pValue++;
}
if(*pValue == '\n' || *pValue == '\0')
{
goto ParsingConfigFinish;
}
if(strstr(szName, NAME_OF_VALUE_COLUMN))
{
if(szValue[0] == '\0') m_pConfigBox->nValueCol = 1;
else if(StringToNumber(szValue, m_pConfigBox->nValueCol) == false)
{
goto ParsingConfigFinish;
}
}
else if(strstr(szName, NAME_OF_LEGEND_COLUMN))
{
if(szValue[0] == '\0') m_pConfigBox->nLegendCol = 0;
else if(StringToNumber(szValue, m_pConfigBox->nLegendCol) == false)
{
goto ParsingConfigFinish;
}
}
else if(strstr(szName, NAME_OF_X_MAG))
{
U32 nXmagLevel;
if(szValue[0] == '\0') m_pConfigBox->eXmag = ML_1x;
else if(StringToNumber(szValue, nXmagLevel) == false)
{
goto ParsingConfigFinish;
}
m_pConfigBox->eXmag = (MAG_LEVEL)nXmagLevel;
}
else if(strstr(szName, NAME_OF_Y_MAG))
{
U32 nYmagLevel;
if(szValue[0] == '\0') m_pConfigBox->eYmag = ML_1x;
else if(StringToNumber(szValue, nYmagLevel) == false)
{
goto ParsingConfigFinish;
}
m_pConfigBox->eYmag = (MAG_LEVEL)nYmagLevel;
}
else if(strstr(szName, NAME_OF_GRAPH_TYPE))
{
U32 nGraphType;
if(szValue[0] == '\0') m_pConfigBox->eGraphType = GT_LINE;
else if(StringToNumber(szValue, nGraphType) == false)
{
goto ParsingConfigFinish;
}
m_pConfigBox->eGraphType = (GRAPH_TYPE)nGraphType;
}
else if(pValue = strstr(szName, NAME_OF_PARAM))
{
// This must be like 'PARAM3_5 = "TestName"'.
// 3 is parameter number and 5 is the real value of the parameter.
// "TestName" is alias of value 5.
U32 nParamNum, nParamValue;
pValue += strlen(NAME_OF_PARAM);
// Get parameter number.
if(CutString(pValue, szTemp, '_') == false)
{
goto ParsingConfigFinish;
}
if(StringToNumber(szTemp, nParamNum) == false)
{
goto ParsingConfigFinish;
}
if(nParamNum >= MAX_NUM_OF_PARAM)
{
goto ParsingConfigFinish;
}
while(*pValue != '_') pValue++;
pValue++;
if(StringToNumber(pValue, nParamValue) == false)
{
goto ParsingConfigFinish;
}
m_pConfigBox->mapParamName[nParamNum][nParamValue] = szValue;
}
}
m_bLoading = false;
inFile.close();
return true;
ParsingConfigFinish:
m_bLoading = false;
inFile.close();
m_eParsingError = PE_LOG_FORMAT_ERROR;
return false;
}
int CarModel::Init(const std::map<QString, QString> & mapParams)
{
QString strValue;
MapCarObject * pObject;
Model * pModel;
if (Model::Init(mapParams))
return 1;
strValue = GetParam(mapParams, CARMODEL_PARAM_DELAY, CARMODEL_PARAM_DELAY_DEFAULT);
m_tDelay = MakeTime(ValidateNumber(StringToNumber(strValue), 0., HUGE_VAL));
strValue = GetParam(mapParams, CARMODEL_PARAM_CARIP, CARMODEL_PARAM_CARIP_DEFAULT);
if (!StringToIPAddress(strValue, m_ipCar))
return 2;
strValue = GetParam(mapParams, CARMODEL_PARAM_LOGCAR, CARMODEL_PARAM_LOGCAR_DEFAULT);
m_bLogThisCar = StringToBoolean(strValue);
strValue = GetParam(mapParams, CARMODEL_LINK_PARAM, CARMODEL_LINK_PARAM_DEFAULT);
if (!g_pSimulator->m_ModelMgr.GetModel(strValue, pModel))
return 5;
m_pLinkModel = (CarLinkModel *)pModel;
if (m_pLinkModel != NULL)
m_pLinkModel->SetCar(m_ipCar);
strValue = GetParam(mapParams, CARMODEL_PHYS_PARAM, CARMODEL_PHYS_PARAM_DEFAULT);
if (!g_pSimulator->m_ModelMgr.GetModel(strValue, pModel))
return 6;
m_pPhysModel = (CarPhysModel *)pModel;
if (m_pPhysModel != NULL)
m_pPhysModel->SetCar(m_ipCar);
strValue = GetParam(mapParams, CARMODEL_COMM_PARAM, CARMODEL_COMM_PARAM_DEFAULT);
if (!g_pSimulator->m_ModelMgr.GetModel(strValue, pModel))
return 4;
m_pCommModel = (CarCommModel *)pModel;
if (m_pCommModel != NULL)
m_pCommModel->SetCar(m_ipCar);
strValue = GetParam(mapParams, CARMODEL_TRACKSPEED_PARAM, CARMODEL_TRACKSPEED_PARAM_DEFAULT);
m_bTrackSpeed = StringToBoolean(strValue);
pObject = new MapCarObject(this);
//HACK: set color based on ip group
in_addr_t temp = pObject->m_pCar->GetIPAddress();
temp = temp>>8 & 0xFF;
if(temp == 100) //red ones
{
QColor * redColor = new QColor(0xFF, 0x00, 0x00);
pObject->SetColor(redColor->rgb());
}
else if(temp == 200) //black ones
{
QColor * redColor = new QColor(0x00, 0x00, 0x00);
pObject->SetColor(redColor->rgb());
}
else //the others
{
pObject->SetColor(g_pMapObjects->GetColor());
}
//end HACK
m_iMapObjectID = g_pMapObjects->add(pObject);
if (m_iMapObjectID == -1)
delete pObject;
g_pCarRegistry->addCar(this);
m_iNextSeqNumber = 0;
m_iNextRXSeqNumber = 0;
return 0;
}
void StartElement(const xmlChar *name, const xmlChar **atts)
{
if (strcmp((const char*)name,"node")==0) {
const xmlChar *idValue=NULL;
const xmlChar *latValue=NULL;
const xmlChar *lonValue=NULL;
context=contextNode;
tags.clear();
for (size_t i=0; atts[i]!=NULL && atts[i+1]!=NULL; i+=2) {
if (strcmp((const char*)atts[i],"id")==0) {
idValue=atts[i+1];
}
else if (strcmp((const char*)atts[i],"lat")==0) {
latValue=atts[i+1];
}
else if (strcmp((const char*)atts[i],"lon")==0) {
lonValue=atts[i+1];
}
}
if (idValue==NULL || lonValue==NULL || latValue==NULL) {
std::cerr << "Not all required attributes found" << std::endl;
}
if (!StringToNumber((const char*)idValue,id)) {
std::cerr << "Cannot parse id: '" << idValue << "'" << std::endl;
return;
}
if (!StringToNumber((const char*)latValue,lat)) {
std::cerr << "Cannot parse latitude: '" << latValue << "'" << std::endl;
return;
}
if (!StringToNumber((const char*)lonValue,lon)) {
std::cerr << "Cannot parse longitude: '" << lonValue << "'" << std::endl;
return;
}
}
else if (strcmp((const char*)name,"way")==0) {
const xmlChar *idValue=NULL;
context=contextWay;
nodes.clear();
members.clear();
tags.clear();
for (size_t i=0; atts[i]!=NULL && atts[i+1]!=NULL; i+=2) {
if (strcmp((const char*)atts[i],"id")==0) {
idValue=atts[i+1];
}
}
if (!StringToNumber((const char*)idValue,id)) {
std::cerr << "Cannot parse id: '" << idValue << "'" << std::endl;
return;
}
}
if (strcmp((const char*)name,"relation")==0) {
const xmlChar *idValue=NULL;
context=contextRelation;
tags.clear();
nodes.clear();
members.clear();
for (size_t i=0; atts[i]!=NULL && atts[i+1]!=NULL; i+=2) {
if (strcmp((const char*)atts[i],"id")==0) {
idValue=atts[i+1];
}
}
if (!StringToNumber((const char*)idValue,id)) {
std::cerr << "Cannot parse id: '" << idValue << "'" << std::endl;
return;
}
}
else if (strcmp((const char*)name,"tag")==0) {
if (context!=contextWay && context!=contextNode && context!=contextRelation) {
return;
}
const xmlChar *keyValue=NULL;
const xmlChar *valueValue=NULL;
for (size_t i=0; atts[i]!=NULL && atts[i+1]!=NULL; i+=2) {
if (strcmp((const char*)atts[i],"k")==0) {
keyValue=atts[i+1];
}
else if (strcmp((const char*)atts[i],"v")==0) {
valueValue=atts[i+1];
}
}
if (keyValue==NULL || valueValue==NULL) {
std::cerr << "Cannot parse tag, skipping..." << std::endl;
return;
}
TagId id=typeConfig.GetTagId((const char*)keyValue);
if (id!=tagIgnore) {
tags[id]=(const char*)valueValue;
}
}
else if (strcmp((const char*)name,"nd")==0) {
if (context!=contextWay) {
return;
}
OSMId node;
const xmlChar *idValue=NULL;
for (size_t i=0; atts[i]!=NULL && atts[i+1]!=NULL; i+=2) {
if (strcmp((const char*)atts[i],"ref")==0) {
idValue=atts[i+1];
}
}
if (!StringToNumber((const char*)idValue,node)) {
std::cerr << "Cannot parse id: '" << idValue << "'" << std::endl;
return;
}
nodes.push_back(node);
}
else if (strcmp((const char*)name,"member")==0) {
if (context!=contextRelation) {
return;
}
RawRelation::Member member;
const xmlChar *typeValue=NULL;
const xmlChar *refValue=NULL;
const xmlChar *roleValue=NULL;
for (size_t i=0; atts[i]!=NULL && atts[i+1]!=NULL; i+=2) {
if (strcmp((const char*)atts[i],"type")==0) {
typeValue=atts[i+1];
}
else if (strcmp((const char*)atts[i],"ref")==0) {
refValue=atts[i+1];
}
else if (strcmp((const char*)atts[i],"role")==0) {
roleValue=atts[i+1];
}
}
if (typeValue==NULL) {
std::cerr << "Member of relation " << id << " does not have a type" << std::endl;
return;
}
if (refValue==NULL) {
std::cerr << "Member of relation " << id << " does not have a valid reference" << std::endl;
return;
}
if (roleValue==NULL) {
std::cerr << "Member of relation " << id << " does not have a valid role" << std::endl;
return;
}
if (strcmp((const char*)typeValue,"node")==0) {
member.type=RawRelation::memberNode;
}
else if (strcmp((const char*)typeValue,"way")==0) {
member.type=RawRelation::memberWay;
}
else if (strcmp((const char*)typeValue,"relation")==0) {
member.type=RawRelation::memberRelation;
}
else {
std::cerr << "Cannot parse member type: '" << typeValue << "'" << std::endl;
return;
}
if (!StringToNumber((const char*)refValue,member.id)) {
std::cerr << "Cannot parse ref '" << refValue << "' for relation " << id << std::endl;
}
if (roleValue!=NULL) {
member.role=(const char*)roleValue;
}
members.push_back(member);
}
}
TEST(StringNumber, StringToNumber)
{
int16_t i16;
int32_t i32;
int64_t i64;
long long ll;
unsigned long long ull;
ASSERT_FALSE(StringToNumber("223372036854775807", &i32));
ASSERT_TRUE(StringToNumber("223372036854775807", &i64));
ASSERT_TRUE(StringToNumber("223372036854775807", &ll));
ASSERT_TRUE(StringToNumber("223372036854775807", &ull));
ASSERT_EQ(i64, 223372036854775807LL);
ASSERT_EQ(ll, 223372036854775807LL);
ASSERT_EQ(ull, 223372036854775807ULL);
ASSERT_FALSE(StringToNumber("1147483647", &i16));
ASSERT_TRUE(StringToNumber("1147483647", &i32));
ASSERT_TRUE(StringToNumber("1147483647", &i64));
ASSERT_EQ(i32, 1147483647);
ASSERT_EQ(i64, 1147483647);
uint32_t u32;
ASSERT_TRUE(StringToNumber("1147483647", &u32));
char buffer[1024];
double d = 1.0003;
ASSERT_STREQ(DoubleToString(d, buffer), "1.0003");
d = std::numeric_limits<double>::infinity();
ASSERT_STREQ(DoubleToString(d, buffer), "inf");
d = -std::numeric_limits<double>::infinity();
ASSERT_STREQ(DoubleToString(d, buffer), "-inf");
#ifdef __GNUC__ // divided by zero is not allowed in msvc
d = NAN;
ASSERT_STREQ(DoubleToString(d, buffer), "nan");
#endif
float f = 1e+22;
ASSERT_STREQ(FloatToString(f, buffer), "1e+22");
f = 0.000325;
ASSERT_STREQ(FloatToString(f, buffer), "0.000325");
f = std::numeric_limits<double>::infinity();
ASSERT_STREQ(FloatToString(f, buffer), "inf");
f = -std::numeric_limits<double>::infinity();
ASSERT_STREQ(FloatToString(f, buffer), "-inf");
#ifdef __GNUC__ // divided by zero is not allowed in msvc
f = NAN;
ASSERT_STREQ(FloatToString(f, buffer), "nan");
f = INFINITY;
ASSERT_STREQ(FloatToString(f, buffer), "inf");
#endif
f = -std::numeric_limits<float>::infinity();
ASSERT_STREQ(FloatToString(f, buffer), "-inf");
uint32_t i = 255;
ASSERT_STREQ(UInt32ToHexString(i, buffer), "000000ff");
std::string str = "1110.32505QQ";
char* endptr;
ASSERT_TRUE(ParseNumber(str.c_str(), &d, &endptr));
ASSERT_TRUE(d == 1110.32505);
ASSERT_FALSE(StringToNumber(str.c_str(), &d));
ASSERT_TRUE(ParseNumber(str.c_str(), &f, &endptr));
ASSERT_TRUE(f == 1110.32505f);
ASSERT_FALSE(StringToNumber(str.c_str(), &f));
ASSERT_TRUE(ParseNumber(str.c_str(), &i, &endptr));
ASSERT_EQ(1110U, i);
ASSERT_FALSE(StringToNumber(str.c_str(), &i));
str = "1110.32505";
d = 0;
f = 0;
i = 0;
ASSERT_TRUE(StringToNumber(str.c_str(), &d));
ASSERT_TRUE(d == 1110.32505);
ASSERT_TRUE(StringToNumber(str.c_str(), &f));
ASSERT_TRUE(f == 1110.32505f);
ASSERT_FALSE(StringToNumber(str.c_str(), &i));
str = "-1110";
int32_t x;
ASSERT_TRUE(StringToNumber(str.c_str(), &x));
ASSERT_EQ(x, -1110);
}
