void ScrSys_LoadPreferences()
{
FILE *fl = fopen(pref_FileName,"rb");
if (fl == NULL)
return;
char buffer[128];
char *str;
while(!feof(fl))
{
fgets(buffer,128,fl);
str=TrimLeft(TrimRight(buffer));
if (str != NULL)
if (strlen(str)>0)
for (int16_t i=0; i<pref_COUNT; i++ )
if (strCMP(str,prefs[i].name)==0)
{
str=strstr(str,"=");
if (str != NULL)
{
str++;
str=TrimLeft(str);
SetDirectgVarInt(prefs[i].slot,atoi(str));
}
break;
}
};
fclose(fl);
}
void SMLoader::LoadFromSMTokens(
CString sStepsType,
CString sDescription,
CString sDifficulty,
CString sMeter,
CString sRadarValues,
CString sNoteData,
CString sAttackData,
Steps &out
)
{
TrimLeft(sStepsType);
TrimRight(sStepsType);
TrimLeft(sDescription);
TrimRight(sDescription);
TrimLeft(sDifficulty);
TrimRight(sDifficulty);
// LOG->Trace( "Steps::LoadFromSMTokens()" );
out.m_StepsType = GameManager::StringToStepsType(sStepsType);
out.SetDescription(sDescription);
out.SetDifficulty(StringToDifficulty( sDifficulty ));
// HACK: We used to store SMANIAC as DIFFICULTY_HARD with special description.
// Now, it has its own DIFFICULTY_CHALLENGE
if( sDescription.CompareNoCase("smaniac") == 0 )
out.SetDifficulty( DIFFICULTY_CHALLENGE );
// HACK: We used to store CHALLENGE as DIFFICULTY_HARD with special description.
// Now, it has its own DIFFICULTY_CHALLENGE
if( sDescription.CompareNoCase("challenge") == 0 )
out.SetDifficulty( DIFFICULTY_CHALLENGE );
out.SetMeter(atoi(sMeter));
CStringArray saValues;
split( sRadarValues, ",", saValues, true );
if( saValues.size() == NUM_RADAR_CATEGORIES )
{
RadarValues v;
FOREACH_RadarCategory(rc)
v[rc] = strtof( saValues[rc], NULL );
out.SetRadarValues( v );
}
out.SetSMNoteData(sNoteData, sAttackData);
out.TidyUpData();
}
/* "path(mangled name+offset) [address]" */
void BacktraceNames::FromString( CString s )
{
/* Hacky parser. I don't want to use regexes in the crash handler. */
CString MangledAndOffset, sAddress;
unsigned pos = 0;
while( pos < s.size() && s[pos] != '(' && s[pos] != '[' )
File += s[pos++];
TrimRight( File );
TrimLeft( File );
if( pos < s.size() && s[pos] == '(' )
{
pos++;
while( pos < s.size() && s[pos] != ')' )
MangledAndOffset += s[pos++];
}
if( MangledAndOffset != "" )
{
size_t plus = MangledAndOffset.rfind('+');
if(plus == MangledAndOffset.npos)
{
Symbol = MangledAndOffset;
Offset = 0;
}
else
{
Symbol = MangledAndOffset.substr(0, plus);
CString str = MangledAndOffset.substr(plus);
if( sscanf(str, "%i", &Offset) != 1 )
Offset=0;
}
}
}
void ActiveAttackList::Refresh()
{
CString s;
const AttackArray& attacks = GAMESTATE->m_ActiveAttacks[m_PlayerNumber]; // NUM_INVENTORY_SLOTS
// clear all lines, then add all active attacks
for( unsigned i=0; i<attacks.size(); i++ )
{
if( !attacks[i].bOn )
continue; /* hasn't started yet */
CStringArray asMods;
split( attacks[i].sModifier, ",", asMods );
for( unsigned j=0; j<asMods.size(); j++ )
{
CString& sMod = asMods[j];
TrimLeft( sMod );
TrimRight( sMod );
sMod = PlayerOptions::ThemeMod( sMod );
if( s.empty() )
s = sMod;
else
s = sMod + "\n" + s;
}
}
this->SetText( s ); // BitmapText will not rebuild vertices if these strings are the same.
}
/*----------------------------------------------------------------------
| NPT_String::Trim
+---------------------------------------------------------------------*/
const NPT_String&
NPT_String::Trim(char c)
{
char s[2] = {c, 0};
TrimLeft((const char*)s);
return TrimRight((const char*)s);
}
static TCHAR *
import_label(const char *src)
{
if (src == nullptr)
return nullptr;
src = TrimLeft(src);
if (strcmp(src, "RAILWAY STATION") == 0 ||
strcmp(src, "RAILROAD STATION") == 0 ||
strcmp(src, "UNK") == 0)
return nullptr;
#ifdef _UNICODE
size_t length = strlen(src);
TCHAR *dest = new TCHAR[length + 1];
if (::MultiByteToWideChar(CP_UTF8, 0, src, -1, dest, length + 1) <= 0) {
delete[] dest;
return nullptr;
}
return dest;
#else
if (!ValidateUTF8(src))
return nullptr;
return strdup(src);
#endif
}
std::string& Trim(std::string& _rString)
{
TrimRight(_rString);
TrimLeft(_rString);
return (_rString);
}
/*----------------------------------------------------------------------
| NPT_String::Trim
+---------------------------------------------------------------------*/
void
NPT_String::Trim(char c)
{
char s[2] = {c, 0};
TrimLeft((const char*)s);
TrimRight((const char*)s);
}
char* Trim(char* pszSource)
{
if (pszSource == NULL) {
return NULL;
}
return TrimLeft(TrimRight(pszSource));
}
RageLog::~RageLog()
{
/* Add the mapped log data to info.txt. */
const CString AdditionalLog = GetAdditionalLog();
vector<CString> AdditionalLogLines;
split( AdditionalLog, "\n", AdditionalLogLines );
for( unsigned i = 0; i < AdditionalLogLines.size(); ++i )
{
TrimLeft( AdditionalLogLines[i] );
TrimRight( AdditionalLogLines[i] );
this->Info( "%s", AdditionalLogLines[i].c_str() );
}
Flush();
SetShowLogOutput( false );
g_fileLog->Close();
g_fileInfo->Close();
delete g_Mutex;
g_Mutex = NULL;
delete g_fileLog;
g_fileLog = NULL;
delete g_fileInfo;
g_fileInfo = NULL;
}
//---------------------------------------------------------------------------
void TFileMasks::TrimEx(UnicodeString & Str, intptr_t & Start, intptr_t & End)
{
UnicodeString Buf = TrimLeft(Str);
Start += Str.Length() - Buf.Length();
Str = TrimRight(Buf);
End -= Buf.Length() - Str.Length();
}
int CFunc::TrimAll(char *Src)
{
char *Pt;
char *pHead = Src;
TrimLeft(Src);//去除Src左边与右边的空格
TrimRight(Src);
if((Pt=pHead=strstr(Src," "))==0)
return 1;
while(*pHead != '\x0a')
{
while ( *pHead == ' ' && *pHead != '\0')
{
pHead ++ ;
}
while (*pHead != '\0' && *pHead != ' '&& *pHead!='\x0a')
{
*Pt = *pHead ;
Pt++ ;
pHead++ ;
}
*Pt = '\0' ;
}
if((Pt=strstr(Src,";"))!=0) //去处Src中的注释
{
*Pt='\0';
}
return 1;
}
bool XIsEmptyString( const char* str )
{
CString s(str);
TrimLeft( s );
TrimRight( s );
return ( s.empty() || s == "" );
}
//---------------------------------------------------------------------------
void __fastcall UncenterButtonImage(TButton * Button)
{
Button->ImageMargins->Left = 0;
if (UseThemes())
{
Button->Caption = TrimLeft(Button->Caption);
}
}
void CUnicodeString::TrimLeft(CHAR chTarget)
{
CHAR c[] = "\0\0";
c[0] = chTarget;
WCHAR wc[] = L"\0\0";;
MultiByteToWideChar(CP_ACP, 0, c, 1, wc, 1);
TrimLeft(wc);
}
/* function name: TrimStr
* function parameter :
* cpString: any strings
* function description： remove the string at the beginning of the blank character
* and remove the string at the end of the blank character(去掉字符串开头和末尾的空白字符)
* returned value： the pointer to the string
*/
static char *TrimStr(char *cpString)
{
char *cpRet = NULL;
TrimRight(cpString);
cpRet = TrimLeft(cpString);
return cpRet;
}
LISTCHAR* AddToken(LISTCHAR* pListToken, char* strToken)
{
char* strNewToken = TrimLeft(strToken);
TrimRight(strNewToken);
if (strNewToken && strNewToken[0])
return ListChar_Add(pListToken, strNewToken);
else
return pListToken;
}
/* function name: ParseLine
* function parameter :
* cpLine: any strings of any lines
* cpParam: The specified parameter name
* cpValue：The specified parameter value
* function description： From the value of parameter specifies the parameter name string in a given string line
（从给定行字符串中解析出指定参数名的参数值)
* returned value： the pointer to the specified parameter value
*/
static char *ParseLine(char *cpLine, char *cpParam, char *cpValue)
{
char *cpTmp = NULL;
char *cpPtr = NULL;
unsigned long ulSepLoc = 0;
/*去掉行首的空格*/
cpTmp = TrimLeft(cpLine);
/*过滤注释行，即以 # 开头的行, 第一个字符不可以是 = */
if('#' == *cpTmp || '=' == *cpTmp)
{
return NULL;
}
/*查找 # 号，移除行末注释*/
ulSepLoc = 0;
while(ulSepLoc < strlen(cpTmp))
{
if('#' == cpTmp[ulSepLoc])
{
break;
}
ulSepLoc++;
}
cpTmp[ulSepLoc] = '\0';
/*查找 = */
ulSepLoc = 0;
while(ulSepLoc < strlen(cpTmp))
{
if('=' == cpTmp[ulSepLoc])
{
break;
}
ulSepLoc++;
}
if(ulSepLoc == strlen(cpTmp))
{
return NULL;
}
/*获取参数*/
cpTmp[ulSepLoc] = '\0';
cpPtr = TrimStr(cpTmp);
if(strcmp(cpPtr, cpParam))
{
return NULL;
}
/*获取参数的值*/
cpPtr = TrimStr(cpTmp + ulSepLoc + 1);
strcpy(cpValue, cpPtr);
return cpValue;
}
void CUnicodeString::TrimLeft(LPCSTR lpszTargets)
{
ASSERT(IsValidString(lpszTargets));
DWORD dwszLen = strlen(lpszTargets);
LPWSTR lpwsz = (LPWSTR)malloc((dwszLen + 1) * sizeof(WCHAR));
lpwsz[dwszLen] = L'\0';
MultiByteToWideChar(CP_ACP, 0, lpszTargets, dwszLen, lpwsz, dwszLen);
TrimLeft(lpwsz);
free(lpwsz);
}
/* Trim the string from from spaces from left. */
INDEX CTString::TrimSpacesLeft(void)
{
// for each character in string
const char *chr;
for(chr = str_String; *chr!=0; chr++) {
// if the character is not space
if (!IsSpace(*chr)) {
// stop searching
break;
}
}
// trim to that character
return TrimLeft(str_String+strlen(str_String) - chr);
}
// 文字列の左右の空白を削除
void Trim(char *str)
{
// 引数チェック
if (str == NULL)
{
return;
}
// 左側を trim
TrimLeft(str);
// 右側を trim
TrimRight(str);
}
bool GetLemmaFromTitle (string S, long PlaceNo, string& Lemma)
{
EngRusMakeUpper(S);
for (size_t i=0; i< PlaceNo + 1; i++)
{
int u = S.find_first_of(" ");
Lemma = S.substr (0, u);
if (Lemma.empty()) return false;
S.erase(0,Lemma.length());
TrimLeft(S);
};
return true;
};
int main(int argc, char *argv[])
{
if (argc != 2) {
cerr << "Usage: " << argv[0] << " string-to-trim" << endl;
exit(1);
}
StringX s(argv[1]), sl(argv[1]), sr(argv[1]);
Trim(s); TrimLeft(sl); TrimRight(sr);
cout << "Trim(\"" << argv[1] << "\") = \"" << s <<"\"" << endl;
cout << "TrimLeft(\"" << argv[1] << "\") = \"" << sl <<"\"" << endl;
cout << "TrimRight(\"" << argv[1] << "\") = \"" << sr <<"\"" << endl;
return 0;
}
// Remove white spaces of the both side of the string
void Trim(char *str)
{
// Validate arguments
if (str == NULL)
{
return;
}
// Trim on the left side
TrimLeft(str);
// Trim on the right side
TrimRight(str);
}
Rlist *RlistParseString(char *string, int *n)
{
Rlist *newlist = NULL;
char *l = TrimLeft(string);
if (l == NULL)
{
return NULL;
}
char *r = TrimRight(l);
if (r == NULL)
{
return NULL;
}
newlist = RlistParseStringBounded(l, r, n);
return newlist;
}
/////////////////////////////////////////////////////////////////////////////
// GetField()
// Return requested field as a double (function return value) or as a text
// string (*pstr) in the units requested (eUnit). Set 'bStrUnits' to true
// to have units appended to text string.
//
// Note: numeric return values are cached; asking for the same field more
// than once incurs minimal overhead.
double cTle::GetField(eField fld,
eUnits units, /* = U_NATIVE */
string *pstr /* = NULL */,
bool bStrUnits /* = false */) const
{
assert((FLD_FIRST <= fld) && (fld < FLD_LAST));
assert((U_FIRST <= units) && (units < U_LAST));
if (pstr)
{
// Return requested field in string form.
*pstr = m_Field[fld];
if (bStrUnits)
{
*pstr += GetUnits(fld);
}
TrimLeft (*pstr);
TrimRight(*pstr);
return 0.0;
}
else
{
// Return requested field in floating-point form.
// Return cache contents if it exists, else populate cache
FldKey key = Key(units, fld);
if (m_mapCache.find(key) == m_mapCache.end())
{
// Value not in cache; add it
double valNative = atof(m_Field[fld].c_str());
double valConv = ConvertUnits(valNative, fld, units);
m_mapCache[key] = valConv;
return valConv;
}
else
{
// return cached value
return m_mapCache[key];
}
}
}
/////////////////////////////////////////////////////////////////////////////
// ExpToAtof()
// Converts TLE-style exponential notation of the form [ |-]00000[ |+|-]0 to a
// form that is parse-able by the C-runtime function atof(). Assumes implied
// decimal point to the left of the first number in the string, i.e.,
// " 12345-3" = 0.12345e-3
// "-23429-5" = -0.23429e-5
// " 40436+1" = 0.40436e+1
// Assumes that lack of a sign character implies a positive value, i.e.,
// " 00000 0" = 0.00000
// " 31415 1" = 3.1415
string cTle::ExpToAtof(const string &str)
{
const int COL_SIGN = 0;
const int LEN_SIGN = 1;
const int COL_MANTISSA = 1;
const int LEN_MANTISSA = 5;
const int COL_EXPONENT = 6;
const int LEN_EXPONENT = 2;
string sign = str.substr(COL_SIGN, LEN_SIGN);
string mantissa = str.substr(COL_MANTISSA, LEN_MANTISSA);
string exponent = str.substr(COL_EXPONENT, LEN_EXPONENT);
TrimLeft(exponent);
return sign + "0." + mantissa + "e" + exponent;
}
/////////////////////////////////////////////////////////////////////////////
// Returns true if "str" is a valid line of a two-line element set,
// else false.
//
// A valid satellite name is less than or equal to TLE_LEN_LINE_NAME
// characters;
// A valid data line must:
// Have as the first character the line number
// Have as the second character a blank
// Be TLE_LEN_LINE_DATA characters long
//
bool cTle::IsValidLine(string& str, eTleLine line)
{
TrimLeft(str);
TrimRight(str);
size_t nLen = str.size();
if (line == LINE_ZERO)
{
// Satellite name
return nLen <= TLE_LEN_LINE_NAME;
}
else
{
// Data line
return (nLen == TLE_LEN_LINE_DATA) &&
((str[0] - '0') == line) &&
(str[1] == ' ');
}
}
String CleanTp(const String& tp)
{
int q = tp.Find('<');
int w = tp.ReverseFind('>');
if(q < 0 || w < 0) return tp;
String a = TrimLeft(TrimRight(tp.Mid(q + 1, w - q - 1)));
const char *s = a;
String r;
while(*s) {
if(*s == ',') {
r.Cat(';');
s++;
while(*s == ' ')
s++;
}
else
r.Cat(*s++);
}
return r;
}
bool
ParseFileRepository(FileRepository &repository, NLineReader &reader)
{
AvailableFile file;
file.Clear();
char *line;
while ((line = reader.ReadLine()) != NULL) {
line = const_cast<char *>(TrimLeft(line));
if (*line == 0 || *line == '#')
continue;
const char *name = line, *value = ParseLine(line);
if (value == NULL)
return false;
if (StringIsEqual(name, "name")) {
if (!Commit(repository, file))
return false;
file.name.assign(value);
} else if (file.IsEmpty()) {
/* ignore */
} else if (StringIsEqual(name, "uri")) {
file.uri.assign(value);
} else if (StringIsEqual(name, "area")) {
file.area = value;
} else if (StringIsEqual(name, "type")) {
if (StringIsEqual(value, "airspace"))
file.type = AvailableFile::Type::AIRSPACE;
else if (StringIsEqual(value, "waypoint"))
file.type = AvailableFile::Type::WAYPOINT;
else if (StringIsEqual(value, "map"))
file.type = AvailableFile::Type::MAP;
else if (StringIsEqual(value, "flarmnet"))
file.type = AvailableFile::Type::FLARMNET;
}
}
return Commit(repository, file);
}