int main(int argc, char *argv[])
{
// g_type_init has been deprecated since version 2.36.
// The type system is now initialised automatically.
// g_type_init();
// Settings object.
Settings mysettings(true);
settings = &mysettings;
// Create a new directories 'factory' and initialize it with argv[0]
Directories = new directories(argv[0]);
books_init(); // TEMP - MAP
Directories->init(); // important step
// Bibledit can read from or write to Bible data.
// Syntax: bibledit-rdwrt -r|-w ...
bool readdata = false;
bool writedata = false;
if (argc > 2) {
readdata = (strcmp(argv[1], "-r") == 0);
writedata = (strcmp(argv[1], "-w") == 0);
}
if (readdata ^ writedata) {
// Do the reading or the writing.
read_write_data (argc, argv, readdata, writedata);
} else {
// Nothing to do.
gw_message (_("Nothing was done"));
}
// Quit.
return 0;
}
void initSettings()
{
QCoreApplication::setOrganizationName("shanghaikairen");
QCoreApplication::setApplicationName("analysis");
QSettings mysettings("shanghaikairen","analysis");
// mysettings.setPath(QSettings::NativeFormat, QSettings::UserScope, "/shanghaikairen");
qDebug() << mysettings.fileName();
mysettings.clear();
if(!mysettings.contains("calibration_results_count")){
mysettings.setValue("calibration_results_count",1);
}
if((!mysettings.contains("calibration_results_in_result_1"))\
&& (!mysettings.contains("calibration_results_in_data_10"))){
for(int tmp = 1;tmp <= 10;tmp++){
//qDebug() << "calibrate_results";
mysettings.setValue(QString("calibration_results_in_result_%1").arg(tmp)," ; ; ; ");
mysettings.setValue(QString("calibration_results_in_data_%1").arg(tmp),"");
}
}
QString tmpstr = "calibrate_input_s_";
if(!mysettings.contains("calibrate_input_s_1")){
for(int tmpnumber = 0; tmpnumber < 12 ;tmpnumber++){
tmpstr.append(QString("%1").arg(tmpnumber));
mysettings.setValue(tmpstr,"0.0000");
tmpstr = "calibrate_input_s_";
}
}
tmpstr = "s_count_data_";
if(!mysettings.contains("s_count_data_1")){
for(int tmpnumber = 0; tmpnumber < 12 ;tmpnumber++){
tmpstr.append(QString("%1").arg(tmpnumber));
qDebug() << tmpstr;
mysettings.setValue(tmpstr,"");
tmpstr = "s_count_data_";
}
}
if(!mysettings.contains("work_curve_1") || !mysettings.contains("work_curve_9")){
for(int i = 1;i <= 5 ; i++){
mysettings.setValue(QString("work_curve_%1").arg(i),";;");
}
for(int i = 6 ; i <= 9 ; i++){
mysettings.setValue(QString("work_curve_%1").arg(i),";;");
}
}
//judge calibratemeasurement_count whether is exit;if not exit create it.finally assign count variable.
if(!mysettings.contains("calibratemeasurement_count")){
mysettings.setValue("calibratemeasurement_count",0);
}
if(!mysettings.contains("count_voltage")){
mysettings.setValue("count_voltage",578);
}
if(!mysettings.contains("light_voltage")){
mysettings.setValue("light_voltage"," ");
}
if(!mysettings.contains("light_current")){
mysettings.setValue("light_current"," ");
}
if(!mysettings.contains("machine_used_time")){
mysettings.setValue("machine_used_time",0);
}
if(!mysettings.contains("most_use_time")){
mysettings.setValue("most_use_time",0);
}
if (!mysettings.contains("passwd")){
mysettings.setValue("passwd",111111);
}
// not set default value
// if(!mysettings.contains("proportion_1"))
// {
// mysettings.setValue("proportion_1", 0.1);
// mysettings.setValue("proportion_2", 1);
// }
if(!mysettings.contains("sample_count")){
mysettings.setValue("sample_count",0);
}
}