int main()
{
puts((char *)"Input strings\n");
readStringsFromFile((char *)INPUT_FILE_PATH);
puts((char *)"Output strings\n");
convertToReverseCode();
system("pause");
return 0;
}
// Получаем настройки из файла
struct Settings *getSettings(char *path) {
struct Settings *settings = malloc(sizeof(struct Settings));
memset(settings, 0, sizeof(struct Settings));
size_t length;
char **strings = readStringsFromFile(path, &length);
settings->maxThreads = 1;
settings->maxThreads = parseString("MaxThreads:", strings, length);
settings->port = parseString("Port:", strings, length);
settings->connectionTimeout = parseString("ConnectionTimeout:", strings, length);
settings->maxPasswordAttempts = parseString("MaxPasswordAttempts:", strings, length);
settings->timeoutCheckFrequency = parseString("TimeoutCheckFrequency:", strings, length);
clearStrings(strings, length);
printSettings(settings);
return settings;
}
void TextPatcher::patch(const std::string& newPathQt, const std::string& fileName) const
{
newPathQt.empty();
fileName.empty();
string_utils::strings strings = readStringsFromFile(fileName);
string_utils::strings::iterator end = strings.end();
for(string_utils::strings::iterator it = strings.begin(); it != end; ++it) {
string_utils::strings parts = string_utils::split(*it, "=");
if (parts.size() == 2) {
if (isQtMkSpecDefinition(parts.front(), parts.back())) {
*it = parts.front() + "=" + newPathQt + "/mkspecs" + string_utils::split(parts.back(), "mkspecs").at(1);
} else if (isQtFilesTreeDefinition(parts.front())) {
*it = parts.front() + "=" + newPathQt;
}
}
}
writeStringsToFile(fileName, strings);
}
