int main()
{
setlocale(LC_ALL, "");
std::ifstream in (BINARY_DIR "/Input.txt");
std::ofstream out (BINARY_DIR "/Output.txt");
if (!in.is_open()|| !out.is_open())
{
return 1;
}
std::string base_str;
std::getline(in, base_str);
PrepareString(base_str);
while (!in.eof())
{
std::string str;
std::getline(in, str);
if(!str.empty())
{
PrepareString(str);
std::reverse(str.begin(), str.end());
out << ((base_str.find(str)!=std::wstring::npos) ? "YES" : "NO") << std::endl;
}
}
return 0;
}
UTF8String StringPrep::SASLPrep(UTF8String str, bool checkUnassigned)
{
UTF32String str32 = UTF::utf8to32(str);
std::vector<MappingTable> maps;
maps.push_back(m_B1map);
maps.push_back(RangeTableToMappingTable(m_C12ranges, UTF32String()));
std::vector<RangeTable> prohibitRanges;
prohibitRanges.push_back(m_C11ranges);
prohibitRanges.push_back(m_C12ranges);
prohibitRanges.push_back(m_C21ranges);
prohibitRanges.push_back(m_C22ranges);
prohibitRanges.push_back(m_C3ranges);
prohibitRanges.push_back(m_C4ranges);
prohibitRanges.push_back(m_C5ranges);
prohibitRanges.push_back(m_C6ranges);
prohibitRanges.push_back(m_C7ranges);
prohibitRanges.push_back(m_C8ranges);
prohibitRanges.push_back(m_C9ranges);
UTF32String preparedString =
PrepareString(str32, checkUnassigned, true, true, maps, prohibitRanges);
return UTF::utf32to8(preparedString);
}
bool ConfigAPI::HasKey(QString file, QString section, QString key) const
{
if (configFolder_.isEmpty())
{
LogError("ConfigAPI::HasKey: Config folder has not been prepared, returning false.");
return false;
}
PrepareString(file);
PrepareString(section);
PrepareString(key);
if (!IsFilePathSecure(file))
return false;
QSettings config(GetFilePath(file), QSettings::IniFormat);
if (!section.isEmpty())
key = section + "/" + key;
return config.allKeys().contains(key);
}
bool EdiComposer::ComposeTrailer()
{
BufferClean();
BufferWriteRawData(GetTrailer().RecordType, 1);
BufferWriteRawData(GetTrailer().Carrier, 9);
wxString total;
total << GetTrailer().TotalRecords;
BufferWriteRawData(PrepareString(total, 9), 9);
wxString added;
added << GetTrailer().TotalAdds;
BufferWriteRawData(PrepareString(added, 9), 9);
wxString changed;
changed << GetTrailer().TotalChanges;
BufferWriteRawData(PrepareString(changed, 9), 9);
wxString moved;
moved << GetTrailer().TotalMoveHistory;
BufferWriteRawData(PrepareString(moved, 9), 9);
wxString rolled;
BufferWriteRawData(PrepareString(rolled, 9), 9);
wxString replaced;
replaced << GetTrailer().TotalReplacements;
BufferWriteRawData(PrepareString(replaced, 9), 9);
BufferFlush();
return true;
};
QVariant ConfigAPI::Read(QString file, QString section, QString key, const QVariant &defaultValue) const
{
if (configFolder_.isEmpty())
{
LogError("ConfigAPI::Read: Config folder has not been prepared, returning null QVariant.");
return "";
}
PrepareString(file);
PrepareString(section);
PrepareString(key);
// Don't return 'defaultValue' but null QVariant
// as this is an error situation.
if (!IsFilePathSecure(file))
return QVariant();
QSettings config(GetFilePath(file), QSettings::IniFormat);
if (section.isEmpty())
return config.value(key, defaultValue);
else
return config.value(section + "/" + key, defaultValue);
}
void ConfigAPI::Write(QString file, QString section, QString key, const QVariant &value)
{
if (configFolder_.isEmpty())
{
LogError("ConfigAPI::Write: Config folder has not been prepared, can not write value to config.");
return;
}
PrepareString(file);
PrepareString(section);
PrepareString(key);
if (!IsFilePathSecure(file))
return;
QSettings config(GetFilePath(file), QSettings::IniFormat);
if (!config.isWritable())
return;
if (section.isEmpty())
config.setValue(key, value);
else
config.setValue(section + "/" + key, value);
config.sync();
}
int FindExactMatches(char *SourcePhrase)
{
char SQLString[200] = "";
char strOriginal[200] = "";
sqlite3_stmt *stmt = NULL;
char *data = NULL;
int nResponse = 0;
int nLength = strlen(SourcePhrase);
PrepareString(SourcePhrase);
strcpy(strOriginal, SourcePhrase);
// quicksort the string into alphabetical order
qsort(SourcePhrase, nLength, sizeof(char), CompareElements);
sprintf(SQLString, "SELECT * FROM words WHERE alpha=\'%s\'", SourcePhrase);
nResponse = sqlite3_prepare_v2( WordsDb, SQLString, -1, &stmt, NULL );
if ( nResponse != SQLITE_OK)
return (-1);
nResponse = sqlite3_step( stmt );
while (nResponse == SQLITE_ROW) {
data = (char*)sqlite3_column_text( stmt, 1 );
if (strcmp(data, strOriginal) != 0)
AddWordToList(data);
nResponse = sqlite3_step( stmt );
}
sqlite3_finalize( stmt );
// return from function
return (0);
} // end of FindExactMatches
void LoadScriptFile(pzllst *lst,FManNode *filename, bool control, MList *controlst)
{
#ifdef TRACE
printf("Loading script file %s\n",filename->File);
#endif
if (control)
{
Rend_SetRenderer(RENDER_FLAT);
}
mfile *fl=mfopen(filename);
if (fl == NULL)
{
printf("Error opening file %s\n",filename->File);
exit(1);
return;
}
char buf[FILE_LN_BUF];
while(!mfeof(fl))
{
mfgets(buf,FILE_LN_BUF,fl);
char *str=PrepareString(buf);
if (strCMP(str,"puzzle")==0)
{
Parse_Puzzle(lst,fl,str);
}
else if (strCMP(str,"control")==0 && control )
{
Parse_Control(controlst,fl,str);
}
}
mfclose(fl);
}
void AppendProperty(const ACE_TString& prop,
const ACE_TString& value, ACE_TString& dest_str)
{
ACE_TString newprop = ACE_TString(ACE_TEXT(" ")) + prop + ACE_TString(ACE_TEXT("=\"")) + PrepareString(value) + ACE_TString(ACE_TEXT("\""));
dest_str += newprop;
}