自学教程：C++ toUpper函数代码示例

void filenametoshort(char *fname, char rets[12]){	unsigned short i = 0;	for(; i < 8; ++i)	{		if(fname[i] == '.')			break;		rets[i] = toUpper(fname[i]);	}	for(; i < 8; ++i)		rets[i] = ' ';	while(*fname != '.')		++fname;	++fname;	for(i = 8; i < 11; ++i)	{		if(*fname == 0)			break;		rets[i] = toUpper(*fname++);	}	for(; i < 11; ++i)		rets[i] = ' ';	rets[11] = 0;}

/* * MoveFile() * * This function will move a file to a new name and location. */void MoveFile(char *oldname, char *newname){    char buffer[100];    FILE *infd, *outfd;    int s;    if (toUpper(*oldname) == toUpper(*newname)) {	rename(oldname, newname);	if (access(newname, 0) == 0) return;    }    CitSystem(FALSE, "copy %s %s > nul", oldname, newname);    if (access(newname, 0) == 0) {	unlink(oldname);    }    else {	if ((infd = fopen(oldname, READ_ANY)) == NULL) return;	if ((outfd = fopen(newname, WRITE_ANY)) == NULL) {	    fclose(infd);	    return;	}	while ((s = fread(buffer, sizeof buffer, 1, infd)) > 0)	    fwrite(buffer, s, 1, outfd);	fclose(infd);	fclose(outfd);	unlink(oldname);    }}

void cIPLog::GetLastLogin(const string &who, bool isNick, int limit, ostream &os){	string ip;	if(isNick)		os << autosprintf(_("Nick %s has lately been in the hub with the following IP"), who.c_str()) << "/n";	else		os << autosprintf(_("IP %s has lately been in the hub with following nicknames"), who.c_str()) << "/n";	MakeSearchQuery(who, isNick, 1, limit);	SetBaseTo(&mModel);	os << "/n ";	os << setw(25) << setiosflags(ios::left) << toUpper(_("Date"));	os << (isNick ? "IP" : toUpper(_("Nickname"))) << "/n";	os << " " << string(25+20,'=') << endl;	db_iterator it;	for(it = db_begin(); it != db_end(); ++it) {		cBanList::Num2Ip(mModel.mIP, ip);		os << " " << setw(25) << setiosflags(ios::left) << cTime(mModel.mDate,0).AsDate();		os << (isNick ? ip : mModel.mNick) << endl;	}	mQuery.Clear();}

string toString(PElement element) {	if (element == NULL) {		return "*";	}	string result;	PElement child = element->getChild();	while (child != NULL) {		if (child->getTagname() == "#text") {			//	Then this child only contains text, no markup			result += child->getText();		} else if (child->getTagname() == "#cdata") {			;		} else {			//	Since only using on <that> and <pattern>			//	The tag can only be <bot_xxx/> or <bot name="xxx"/> or <name/>			if (child->getTagname() == "name") {				result += Kernel::respond("BOT NAME", "unknown");			} else			if (child->getTagname() == "bot") {				//	Is a <bot name="xxx"/> predicate				result += Kernel::respond("BOT " + toUpper(child->getAttribute("name")), "unknown");			} else {				//	It is old-skool <bot_xxx/>				result += Kernel::respond("BOT " + toUpper(child->getTagname().substr(4)), "unknown");			}		}		child = child->getNextSibling();	}	return trim(toUpper(result));//Substituter::normalize(result);}

ECStringauxify(ECString wM, ECString trmM){  char temp[128];  ECString w = toUpper(wM.c_str(),temp);  ECString trm = toUpper(trmM.c_str(),temp);  cerr << "AUX!!!" << endl;  assert(0);  if( isVerb( trm ) )    {      //cout << "saw verb " << trm << " " << wM << endl;      if( isAux( w ) || hasAuxSuf( w ) )	{	  //cout << "was aux " << w << endl;	  return "AUX";	}      else if( isAuxg( w ) )	{	  //cout << "was auxg " << w << endl;	  return "AUXG";	}    }  if(trm == "BES" || trm == "HVS")  //??? strange tags in switchboard    {      assert(w == "'S" || w == "-S");      return "AUX";    }  return trmM;}

int IconvGNUTransService::compareNIString(const XMLCh* const    comp1                                         , const XMLCh* const    comp2                                         , const unsigned int    maxChars){    unsigned int  n = 0;    const XMLCh* cptr1 = comp1;    const XMLCh* cptr2 = comp2;    while (true && maxChars)    {        XMLCh    c1 = toUpper(*cptr1);        XMLCh    c2 = toUpper(*cptr2);        if (c1 != c2)            return (int) (c1 - c2);        // If either ended, then both ended, so equal        if (!*cptr1 || !*cptr2)            break;        cptr1++;        cptr2++;        //  Bump the count of chars done. If it equals the count then we        //  are equal for the requested count, so break out and return        //  equal.        n++;        if (n == maxChars)            break;    }    return 0;}

    int Settings::load(const string & filename)    {        mFileName = filename;        ifstream inFile(filename.c_str(), std::istream::in);        mMap.clear();        string strLine, strKey, strValue;        string::iterator itLine;        bool bKey = true;        bool bBlanks = false;        while (getline(inFile, strLine)) // TODO Errorhandling        {            if (strLine.find('=') == strLine.npos) continue;            strKey.clear();            strValue.clear();            bKey = true;            bBlanks = false;            for (itLine = strLine.begin(); itLine != strLine.end(); itLine++)            {                if (!bKey && (*itLine == '"'))                {                    if (!bBlanks) bBlanks = true; else bBlanks = false;                    continue;                }                if (!bBlanks && isspace(*itLine)) continue;                if (*itLine == '#') break;                if (*itLine == '=')                {                    bKey = false;                    continue;                }                bKey ? strKey.push_back(*itLine) : strValue.push_back(*itLine);            }            if (strValue.empty()) continue;            switch (mCase)            {                case KEEP:  mMap[strKey]          =         strValue;  break;                case UPPER: mMap[toUpper(strKey)] = toUpper(strValue); break;                case LOWER: mMap[toLower(strKey)] = toLower(strValue); break;                default: break;            }        }        inFile.close();        return 0;    }

	void cRedirectConsole::ListHead(ostream *os)	{		(*os) << "/r/n ";		(*os) << setw(10) << setiosflags(ios::left) << toUpper(_("Count"));		(*os) << setw(35) << setiosflags(ios::left) << toUpper(_("Address"));		(*os) << setw(35) << setiosflags(ios::left) << toUpper(_("Type"));		(*os) << toUpper(_("Status")) << "/r/n";		(*os) << " " << string(30 + 25 + 25, '=');	}

vector<Vertex*> ShortestDistance::shortestDistance(string &airport1, string &airport2){    toUpper(airport1);    toUpper(airport2);    vector<Vertex*> vec;    Vertex* u;    set<Vertex*, Prioritize> Q;    int starting_airport = -1, destination_airport = -1;    for(map<int,Vertex*>::const_iterator mt = table.begin(); mt != table.end(); ++mt)        if(!mt->second->airport_iata.empty())        {            if(!mt->second->airport_iata.compare(airport1))                starting_airport = mt->second->airport_id;            else if(!mt->second->airport_iata.compare(airport2))                destination_airport = mt->second->airport_id;        }    if(starting_airport == -1)    {        cout << "Starting airport not found." << endl;        return vec;    }    else if(destination_airport == -1)    {        cout << "Destination airport not found." << endl;        return vec;    }    table[starting_airport]->cost = 0;    Q.insert(table[starting_airport]);    while(!Q.empty())    {        u = *Q.begin();        if(u->airport_id == destination_airport)        {            while(table[u->airport_id]->prev)            {                vec.insert(vec.begin(), table[u->airport_id]->prev);                u = table[u->airport_id]->prev;            }            vec.push_back(table[destination_airport]);            return vec;        }        Q.erase(Q.begin());        for(vector<Routes*>::iterator neighbor = u->routes.begin(); neighbor != u->routes.end(); ++neighbor)        {            double alt = u->cost + (*neighbor)->distance;            if(alt < table[(*neighbor)->nextAirport]->cost)            {                table[(*neighbor)->nextAirport]->cost = alt;                table[(*neighbor)->nextAirport]->prev = u;                if(Q.find(table[(*neighbor)->nextAirport]) == Q.end())                    Q.insert(table[(*neighbor)->nextAirport]);            }        }    }    return vec;}

boolean equalsIgnoreCase(Char *s1_, Char *s2_){  Char s1[256], s2[256];  strcpy(s1, s1_);  strcpy(s2, s2_);  toUpper(s1);  toUpper(s2);  return (strcmp(s1, s2) == 0);}

boolean startsWithIgnoreCase(Char *s1_, Char *s2_){  Char s1[256], s2[256];  strcpy(s1, s1_);  strcpy(s2, s2_);  toUpper(s1);  toUpper(s2);  return (startsWith(s1, s2));}

int isLetter(char input){		int ret = 0;		if((toUpper(input) >= 'A' && toUpper(input) <= 'Z') || input == ' '){		ret = 1;	}		return ret;}

int main(int argc, char *argv[]) {  printf("%c/n",toUpper('g'));  printf("%c/n",toUpper('='));  printf("%c/n",toUpper('Z'));  printf("%c/n",toUpper('x'));   return(EXIT_SUCCESS);}

void main(){    char word[20] = "Hello World!";    int i;    for(i = 0; i<20; i++){        if(word[i] == '/0') {            printf("%c", toUpper(word[i]));            break;        }        printf("%c", toUpper(word[i]));    }    printf("/n");}

ostream& operator << (ostream &os, const cPlug &plug){	os << " [*] " << setw(PADDING) << setiosflags(ios::left) << _("Name") << plug.mNick.c_str() << " [" << (plug.IsLoaded() ? toUpper(_("On")) : toUpper(_("Off"))) << "]";	os << " [" << (plug.mLoadOnStartup ? toUpper(_("Auto")) : toUpper(_("Manual"))) << "]" << endl;	os << " [*] " << setw(PADDING) << setiosflags(ios::left) << _("Path") << plug.mPath.c_str() << endl;	if (!plug.mDesc.empty())		os << " [*] " << setw(PADDING) << setiosflags(ios::left) << _("Description") << plug.mDesc.c_str() << endl;	if (!plug.mLastError.empty())		os << " [*] " << setw(PADDING) << setiosflags(ios::left) << _("Last error") << plug.mLastError.c_str() << endl;	return os;}

int cRegList::ShowUsers(cConnDC *op, ostringstream &os, int cls){	 if (op && op->mpUser) {		ostringstream oss;		oss << "SELECT `nick` FROM " << mMySQLTable.mName << " WHERE `class` = " << cls << " ORDER BY `nick` ASC";		mQuery.OStream() << oss.str();		if (mQuery.Query() <= 0) return 0;		int n = mQuery.StoreResult();		cMySQLColumn col;		MYSQL_ROW row;		cUser *usr = NULL;		for (int i = 0; i < n; i++) {			row = mQuery.Row();			usr = mS->mUserList.GetUserByNick(row[0]);			os << " " << row[0];			if (usr && usr->mxConn) os << " [" << toUpper(_("On")) << "]";			os << "/r/n";		}		mQuery.Clear();		return n;	}	return 0;}

int exec_Line (int conn, int argc, char **argv){        XHCP_command *cmd;        int retValue=0;            toUpper (argv[0]);        for ( cmd = XHCP_commandList; cmd->id != END_CMD; cmd++ )        if ( strcmp (argv[0], cmd->str) == 0 ) break;        if ( cmd->id == END_CMD )    {        XHCP_printXHCPResponse (conn, RES_COMNOTREC );  // 500 Command not recognised        //retValue = 1;    }    else    {        if ( cmd->fnct == NULL )        {            /*XHCP_printXHCPResponse(conn, RES_INTNERROR );  // 503 Internal error - command not performed ----- Pour l'instant !!!*/            XHCP_printMessage (conn, 500, "Command not implemented" );            //retValue = 1;        }        else            retValue = cmd->fnct (conn, argc, argv);    }            return retValue;}

int XHCPcmd_CAPABILITIES (int sockd, int argc, char **argv){    int s = 0;            if ( argc>1)    {        toUpper (argv[1]);                if ( strcmp (argv[1], "SCRIPTING") == 0 )            s = 1;        else        {            XHCP_printXHCPResponse (sockd, RES_SYNTAXERR );  // Syntax error            return XHCP_EXE_ERROR;        }    }        XHCP_printMessage (sockd, s?241:236, "--000U0" );        if (s)        XHCP_print (sockd, "." );            return XHCP_EXE_SUCCESS;}

bool cConsole::cfFilesLuaScript::operator()(){	DIR *dir = opendir(GetPI()->mScriptDir.c_str());	if (!dir) {		(*mOS) << autosprintf(_("Failed loading directory: %s"), GetPI()->mScriptDir.c_str());		return false;	}	(*mOS) << autosprintf(_("Lua scripts found in: %s"), GetPI()->mScriptDir.c_str()) << "/r/n/r/n ";	(*mOS) << setw(6) << setiosflags(ios::left) << _("ID");	(*mOS) << toUpper(_("Script")) << "/r/n";	(*mOS) << " " << string(6 + 20, '=') << "/r/n";	string filename;	struct dirent *dent = NULL;	int i = 0;	while (NULL != (dent = readdir(dir))) {		filename = dent->d_name;		if ((filename.size() > 4) && (StrCompare(filename, filename.size() - 4, 4, ".lua") == 0)) {			(*mOS) << " " << setw(6) << setiosflags(ios::left) << i << filename << "/r/n";			i++;		}	}	closedir(dir);	return true;}

/* * CheckArea() * * This function deals with the question of whether the given string is a * directory and to create it if possible and needed. */char CheckArea(MenuId id, char c, char *drive, char *dir_x){    char work[100];    switch (c) {    case IS_DIR:	return TRUE;    case NO_IDEA:	if (strLen(dir_x) != 0) {	    sprintf(work, "%s does not exist. Create it", dir_x);	    if (SysopGetYesNo(id, "", work)) {		DoBdos(SETDISK, toUpper(*drive) - 'A');		if (mkdir(dir_x) == BAD_DIR) {		    SysopPrintf(id, "?ERROR CREATING!");		    homeSpace();		    return FALSE;		}		else {		    homeSpace();		    return TRUE;		}	    }	}	else {	    return TRUE;	}	return FALSE;    default:	SysopPrintf(id, "That's not a directory!/n ");	return FALSE;    }}

String capitalize_sentence(const String& s) {    String ret = s;//.Lower();    if (!ret.empty()) {        ret[0] = toUpper(ret[0]);    }    return ret;}

int main(void) {	//Prepare server address	int fd = socket(AF_INET6, SOCK_DGRAM, 0);	struct sockaddr_in6 serveraddr;	memset(&serveraddr, 0, sizeof(struct sockaddr_in6));	serveraddr.sin6_family = AF_INET6;	serveraddr.sin6_port = htons(PORT);	//Bind to server address	if( bind(fd, (struct sockaddr*)&serveraddr, sizeof(struct sockaddr_in6)) == -1 )		perror("server bind");	char buf[BUF_SIZE];	char clientstr[INET6_ADDRSTRLEN];	struct sockaddr_in6 clientaddr;	socklen_t len = sizeof(struct sockaddr_in6);	while(1) {		//Wait for messages		if( recvfrom(fd, buf, BUF_SIZE, 0, (struct sockaddr*)&clientaddr, &len) == -1)			perror("server recvfrom");		inet_ntop(AF_INET6, &clientaddr.sin6_addr, clientstr, INET6_ADDRSTRLEN);		printf( "Server-Receive message from: (%s, %u)", clientstr, ntohs(clientaddr.sin6_port) );		//Convert to upper and send back message		if(strcmp(buf, "Done") == 0) break;		toUpper(buf);		if( sendto(fd, buf, strlen(buf)+1, 0,(struct sockaddr*)&clientaddr, sizeof(struct sockaddr_in6) ) != strlen(buf)+1 )			perror("server sendto");	}		return 0;}

static inline UChar32 convertToLowerOrUpper(UChar32 c, ConvertType type){    if (type == ConvertLower)        return toLower(c);    else        return toUpper(c);}

meUShortmeGetKeyFromString(meUByte **tp){    meUByte *ss=*tp, cc, dd ;    meUShort ii=0 ;        for(;;)    {        if(((cc=*ss++) == '/0') ||           ((dd=*ss++) != '-'))            break ;        if     (cc == 'C')            ii |= ME_CONTROL ;        else if(cc == 'S')            ii |= ME_SHIFT ;        else if(cc == 'A')            ii |= ME_ALT ;    }    if(cc != '/0')    {        if(!isSpace(dd))        {            meUByte *s1=ss ;            int skey ;                        while(((dd=*s1) != '/0') && (dd != ' '))                s1++ ;            *s1 = '/0' ;            skey = biChopFindString(ss-2,13,specKeyNames,SKEY_MAX) ;            *s1 = dd ;                        if(skey >= 0)            {                if(skey == SKEY_space)                    ii |= 32 ;                else                    ii |= (skey|ME_SPECIAL) ;                *tp = s1 ;                return ii ;            }            /* duff key string - fail */            return 0 ;        }        if(ii)        {            cc = toUpper(cc) ;            if((ii == ME_CONTROL) && (cc >= 'A') && (cc <= '_'))                ii = cc - '@' ;            else            {                cc = toLower(cc) ;                ii |= cc ;            }        }        else            ii |= cc ;    }    *tp = ss-1 ;    return ii ;}

JNIEXPORT void JNICALL Java_ToUpperExample_toUpper  (JNIEnv *env, jobject jobj, jbyteArray jBuf){  jbyte *cpu_buf = env->GetByteArrayElements(jBuf, 0);  toUpper((uint8_t *)cpu_buf);  env->ReleaseByteArrayElements(jBuf, cpu_buf, 0);}

// ---------------------------------------------------------------------------//  IconvGNUTransService: The virtual transcoding service API// ---------------------------------------------------------------------------int IconvGNUTransService::compareIString(const XMLCh* const    comp1                                        , const XMLCh* const    comp2){    const XMLCh* cptr1 = comp1;    const XMLCh* cptr2 = comp2;    XMLCh    c1 = toUpper(*cptr1);    XMLCh    c2 = toUpper(*cptr2);    while ( (*cptr1 != 0) && (*cptr2 != 0) ) {        if (c1 != c2)            break;        c1 = toUpper(*(++cptr1));        c2 = toUpper(*(++cptr2));    }    return (int) ( c1 - c2 );}

RowFilter::Comparison RowFilter::getComparison(const std::string& comp) const{	Comparisons::const_iterator it = _comparisons.find(toUpper(comp));	if (it == _comparisons.end())		throw NotFoundException("Comparison not found", comp);	return it->second;}

int _fMemiCmp(const byte far * dest, const byte far * src, unsigned length){	int d;	DBG_ENTER("_fMemiCmp", Suppl_farmem)	if(!length)		DBG_RETURN_I( 0)	if(dest == 0)		DBG_RETURN_I(src != 0)	if(src == 0)		DBG_RETURN_I(-1)	while((d = toUpper(*dest++) - toUpper(*src++)) == 0 && --length);	DBG_RETURN_I( d)}