/*
* add a new trip to a particular position of trippool defined by its name index
*/
public void add(String name, IKmlFolder trip, String[] att)
{
de_highlight();
int index = Module.getIndex(name);
_core.Insert(index - 1, trip);
//_attr.Insert(index - 1, att);
}
public void remove(String name)
{
de_highlight();
int index = Module.getIndex(name);
_core.RemoveAt(index - 1);
//_attr.RemoveAt(index - 1);
TripDetails.Rows[index - 1].Delete();
}
/*
* insert 2 trips into trippool and remove the old trip at the same index of first trip ( this is used by split )
*/
public void insert(int index, IKmlFolder trip1, String[] att1, IKmlFolder trip2, String[] att2)
{
int t = Module.getIndex(trip1.getName());
_core.RemoveAt(t - 1);
//_attr.RemoveAt(t - 1);
_core.Insert(t - 1, trip1);
//_attr.Insert(t - 1, att1);
_core.Insert(t, trip2);
//_attr.Insert(t, att2);
}
public Boolean join(String t_name1, String t_name2)
{
try
{
IKmlFolder temp = ge.createFolder("");
String[] trip1 = t_pool.getTripDetailsForTrip(Module.getIndex(t_name1).ToString());
String[] trip2 = t_pool.getTripDetailsForTrip(Module.getIndex(t_name2).ToString());
IKmlPlacemark point = t_pool.getStart(t_pool.getByName(t_name2));
String[] trip = (String[])trip1.Clone();
/* trip[5] = trip2[5];
* trip[6] = Module.duration(trip[4], trip[5]);
* trip[11] = trip2[11];
* trip[12] = trip2[12];
*/
Hashtable cord1 = Module.getCoordinates(t_pool.getFinish(t_pool.getByName(t_name1)));
Hashtable cord2 = Module.getCoordinates(t_pool.getStart(t_pool.getByName(t_name2)));
/*
* trip[7] = (double.Parse(trip1[7]) + double.Parse(trip2[7]) + DistanceAlgorithm.DistanceBetweenPlaces((double)cord1["lat"], (double)cord1["lon"]
* , (double)cord2["lat"], (double)cord2["lon"])).ToString();
*
* trip[8] = Math.Round((double.Parse(trip[7]) / Module.durationConverter(trip[6])), 3).ToString();
*/
String style = t_pool.insert(t_name1, temp, trip, ge.createStyle(""));
IKmlObjectList days = ge.getFeatures().getChildNodes();
IKmlDocument day = (IKmlDocument)days.item(0);
day.getFeatures().appendChild(temp);
ArrayList data = new ArrayList();
data.Add(t_name1);
data.Add(point);
data.Add(trip1);
data.Add(trip2);
data.Add(style);
record.joi_trip(data);
return(true);
}
catch
{
return(false);
}
}
public Boolean delete(String name)
{
try
{
ArrayList trip = new ArrayList();
IKmlFolder _trip = t_pool.getByName(name);
String[] att = t_pool.getTripDetailsForTrip(Module.getIndex(name).ToString());
_trip.setVisibility(0);
trip.Add(name);
trip.Add(_trip);
trip.Add(att);
t_pool.remove(name);
record.del_trip(trip);
return(true);
}
catch
{
return(false);
}
}
public void resetTripData(String trip)
{
IKmlFolder tripData = getByName(trip);
for (int i = 0; i != TripDetails.Rows.Count; ++i)
{
if (TripDetails.Rows[i]["KMLTrip"].ToString().Trim().Equals(Module.getIndex(trip).ToString()))
{
// MessageBox.Show("FCKING "+trip);
IKmlFolder addTrip = tripData;
IKmlObjectList points = tripData.getFeatures().getChildNodes();
IKmlPlacemark startPoint = (IKmlPlacemark)points.item(0);
IKmlPlacemark finishPoint = (IKmlPlacemark)points.item(points.getLength() - 1);
String startTime = startPoint.getName();
String finishTime = finishPoint.getName();
String startLong = Module.getCoordinates(startPoint)["lon"].ToString();
String startLat = Module.getCoordinates(startPoint)["lat"].ToString();
String time = (Convert.ToDateTime(finishTime) - Convert.ToDateTime(startTime)).ToString();
String distance = Module.calDistance(tripData).ToString();
String finishLong = Module.getCoordinates(finishPoint)["lon"].ToString();
String finishLat = Module.getCoordinates(finishPoint)["lat"].ToString();
String[] timeSplit = new String[3];
timeSplit = time.ToString().Split(':');
double coEff = (3600 / (double)((Convert.ToInt32(timeSplit[0]) * 3600) + (Convert.ToInt32(timeSplit[1]) * 60) + (Convert.ToInt32(timeSplit[2]))));
String speed = Math.Round((double.Parse(distance) * coEff), 3).ToString();
TripDetails.Rows[i]["Start Time"] = startTime;
TripDetails.Rows[i]["Finish Time"] = finishTime;
TripDetails.Rows[i]["Time"] = time;
TripDetails.Rows[i]["Distance"] = distance;
TripDetails.Rows[i]["Speed"] = speed;
TripDetails.Rows[i]["StartLong"] = startLong;
TripDetails.Rows[i]["StartLat"] = startLat;
TripDetails.Rows[i]["Finishlong"] = finishLong;
TripDetails.Rows[i]["FinishLat"] = finishLat;
TripDetails.Rows[i]["Remain"] = "-";
}
}
}
public Boolean test_undo_insert()
{
bool gflag = true;
bool fflag = true;
//Store all the actions into a hashtable
Hashtable temp = record.undo();
//Checking for the option insert
if (temp["opt"] == "ins")
{
//Declarations for the data structures and variables
ArrayList data = (ArrayList)temp["data"];
String name = (String)data[0];
String[] att = (String[])data[2];
int ts_init = t_pool.getSize();
int l_t1 = t_pool.getByName(name).getFeatures().getChildNodes().getLength();
int l_t2 = t_pool.getByName("Trip_" + (Module.getIndex(name) + 1)).getFeatures().getChildNodes().getLength();
String[] att1 = t_pool.getAttByName(name);
String[] att2 = t_pool.getAttByName("Trip_" + (Module.getIndex(name) + 1));
// MessageBox.Show(l_t1 + " " + l_t2 + " " + t_pool.getByName(name).getFeatures().getChildNodes().getLength());
core.undo(record.undo());
try
{
Assert.AreEqual(ts_init, t_pool.getSize() + 1);
// MessageBox.Show(l_t1 + " " + l_t2 + " " + t_pool.getByName(name).getFeatures().getChildNodes().getLength());
// Assert.AreEqual(t_pool.getByName(name).getFeatures().getChildNodes().getLength(), l_t1 + l_t2);
Console.WriteLine("#Passed undo the previous insert on GUI level <<<<<<<<<<<<");
}
catch
{
Console.WriteLine("#Failed Failed to undo the previous insert on GUI level <-----------");
gflag = false;
}
try
{
try
{
Assert.AreEqual(att[4], att1[4]);
Assert.AreEqual(att[5], att2[5]);
Console.WriteLine("#Passed to compute the correct start and finish time for inserted trip <<<<<<<<<<<<");
}
catch
{
Console.WriteLine("#Failed to compute the correct start and finish time for inserted trip<-----------");
fflag = false;
}
try
{
Assert.AreEqual(Module.durationConverter(att[9]), att1[9]);
Assert.AreEqual(Module.durationConverter(att[10]), att1[10]);
Assert.AreEqual(Module.durationConverter(att[11]), att2[11]);
Assert.AreEqual(Module.durationConverter(att[12]), att2[12]);
Console.WriteLine("#Passed to compute the correct start and finish coordinates inserted trip");
}
catch
{
Console.WriteLine(" -----------> Failed to compute the correct start and finish coordinates inserted trip");
fflag = false;
}
Assert.AreEqual(fflag, true);
Console.WriteLine("#Passed the test for undo the previous inserted trip on file level <<<<<<<<<<<<");
}
catch
{
Console.WriteLine("#Failed Failed the test for undo the previous inserted trip on file level <-----------");
}
}
return(gflag && fflag);
}
public Boolean test_undo()
{
bool gflag = true;
bool fflag = true;
Hashtable temp = record.undo();
if (temp["opt"] == "spl")
{
ArrayList data = (ArrayList)temp["data"];
String name = (String)data[0];
// String[] att = (String[])data[2];
int ts_init = t_pool.getSize();
int l_t1 = t_pool.getByName(name).getFeatures().getChildNodes().getLength();
int l_t2 = t_pool.getByName("Trip_" + (Module.getIndex(name) + 1)).getFeatures().getChildNodes().getLength();
String t_f = t_pool.getFinish(t_pool.getByName(name)).getName().ToString();
String t_s = t_pool.getStart(t_pool.getByName("Trip_" + (Module.getIndex(name) + 1))).getName().ToString();
core.undo(temp);
MessageBox.Show(l_t1 + " " + l_t2 + " " + t_pool.getByName(name).getFeatures().getChildNodes().getLength());
try
{
Assert.AreEqual(ts_init, t_pool.getSize() + 1);
// MessageBox.Show(l_t1 + " " + l_t2 + " " + t_pool.getByName(name).getFeatures().getChildNodes().getLength());
// Assert.AreEqual(t_pool.getByName(name).getFeatures().getChildNodes().getLength(), l_t1 + l_t2);
Console.WriteLine("#Passed undo the previous split on GUI level");
}
catch
{
Console.WriteLine("#Failed to undo the previous split on GUI level ");
gflag = false;
}
try
{
IKmlObjectList days = ge.getFeatures().getChildNodes();
IKmlDocument day = (IKmlDocument)days.item(0);
String r_start = txtedit.getViewer().Rows[0]["Start"].ToString();
String r_finsih = txtedit.getViewer().Rows[1]["Finish"].ToString();
String r_duration1 = txtedit.getViewer().Rows[0]["Time"].ToString();
String r_duration2 = txtedit.getViewer().Rows[1]["Time"].ToString();
double gap = ((Convert.ToDateTime(txtedit.getViewer().Rows[1]["Start"].ToString()) - Convert.ToDateTime(txtedit.getViewer().Rows[0]["Finish"].ToString()))).TotalSeconds;
String r_slon = txtedit.getViewer().Rows[0]["sLongitude"].ToString();
String r_flon = txtedit.getViewer().Rows[1]["fLongitude"].ToString();
String r_slat = txtedit.getViewer().Rows[0]["sLatitude"].ToString();
String r_flat = txtedit.getViewer().Rows[1]["fLatitude"].ToString();
txtedit.joinTrips(day.getName(), name, "Trip_" + (Module.getIndex(name) + 1), t_pool);
try
{
Assert.AreEqual(txtedit.getViewer().Rows[0]["Finish"].ToString(), t_f);
Assert.AreEqual(txtedit.getViewer().Rows[0]["Start"].ToString(), t_s);
Console.WriteLine("#Passed to compute the correct start and finish time");
}
catch
{
Console.WriteLine("#Failed to compute the correct start and finish time ");
fflag = false;
}
String flon = txtedit.getViewer().Rows[0]["fLongitude"].ToString();
String slat = txtedit.getViewer().Rows[0]["sLatitude"].ToString();
try
{
// Assert.AreEqual(flon, r_slon);
// Assert.AreEqual(slat, r_flon);
Console.WriteLine("#Passed to compute the correct start and finish coordinates");
}
catch
{
Console.WriteLine("#Failed to compute the correct start and finish coordinates");
fflag = false;
}
Assert.AreEqual(fflag, true);
Console.WriteLine("#Passed the test for undo the previous split on file level ");
}
catch
{
Console.WriteLine("#Failed the test for undo the previous split on file level -");
}
}
else if (temp["opt"] == "ins")
{
String name = (String)temp["data"];
int ts_init = t_pool.getSize();
MessageBox.Show(name);
core.undo(temp);
MessageBox.Show(ts_init + " " + t_pool.getSize());
try
{
Assert.AreEqual(ts_init, t_pool.getSize() + 1);
// MessageBox.Show(l_t1 + " " + l_t2 + " " + t_pool.getByName(name).getFeatures().getChildNodes().getLength());
// Assert.AreEqual(t_pool.getByName(name).getFeatures().getChildNodes().getLength(), l_t1 + l_t2);
Console.WriteLine("#Passed undo the previous insert on GUI level ");
}
catch
{
Console.WriteLine("#Failed to undo the previous insert on GUI level ");
gflag = false;
}
}
return(gflag && fflag);
}
public Boolean insert_test(String name)
{
String _name = "Trip_" + (Module.getIndex(name) + 1);
//create a kml folder by tripname
IKmlFolder temp = t_pool.getByName(name);
IKmlFolder temp2 = t_pool.getByName(_name);
// // get the current placemark and the pre placemark at a given index
//// IKmlPlacemark sst = (IKmlPlacemark)temp.getFeatures().getChildNodes().item(index - 1);
// //IKmlPlacemark st = (IKmlPlacemark)temp.getFeatures().getChildNodes().item(index);
// get trip size, number of trips and number of columns(lat,long ,elapse time etc)
int pt_size = temp.getFeatures().getChildNodes().getLength();
int init_size_t = t_pool.getSize();
int init_size_a = t_pool.getAttrs().Count;
// //get the attribute data by trip name
// String[] att = t_pool.getAttByName(name);
// MessageBox.Show((Module.getIndex(name) + 1).ToString());
core.insert(name, _name);
//get index + 1 of the current trip
Boolean gflag = true;
// Boolean fflag = true;
try
{
int final_size_t = t_pool.getSize();
//CASE 1: compare the initial size of the t pool against the final t pool.
Assert.AreEqual(init_size_t, final_size_t - 1);
//Case 2: Trip is inserted between the two selected trips
Assert.AreEqual(temp, t_pool.getByName(name));
Assert.AreEqual(temp2, t_pool.getByName("Trip_" + (Module.getIndex(name) + 2)));
Console.WriteLine("#Passed the test for insert the trip on GUI level ");
}
catch
{
Console.WriteLine("#Failed the test for insert the trip on GUI level ");
gflag = false;
}
try
{
// Test start point of newly inserted trip start pt= end pt of previous trip, finish pt = start pt of next trip
String tp1_flon = Module.getCoordinates(t_pool.getFinish(t_pool.getByName(name)))["lon"].ToString();
String tp1_flat = Module.getCoordinates(t_pool.getFinish(t_pool.getByName(name)))["lat"].ToString();
String tp2_slon = Module.getCoordinates(t_pool.getStart(t_pool.getByName(_name)))["lon"].ToString();
String tp2_slat = Module.getCoordinates(t_pool.getStart(t_pool.getByName(_name)))["lat"].ToString();
String tp2_flon = Module.getCoordinates(t_pool.getFinish(t_pool.getByName(_name)))["lon"].ToString();
String tp2_flat = Module.getCoordinates(t_pool.getFinish(t_pool.getByName(_name)))["lat"].ToString();
String tp3_slon = Module.getCoordinates(t_pool.getStart(t_pool.getByName("Trip_" + (Module.getIndex(name) + 2))))["lon"].ToString();
String tp3_slat = Module.getCoordinates(t_pool.getStart(t_pool.getByName("Trip_" + (Module.getIndex(name) + 2))))["lat"].ToString();
Assert.AreEqual(tp2_slon, tp1_flon); Assert.AreEqual(tp2_slat, tp1_flat); //Start trip 2(lon,lat) = End trip 1(lon,lat)
Assert.AreEqual(tp2_flon, tp3_slon); Assert.AreEqual(tp2_flat, tp3_slat); // End trip 2(lon,lat) = Start trip 3(lon,lat)
Console.WriteLine("#Passed to compute the correct start and finish coordinates");
}
catch
{
Console.WriteLine("#Failed to compute the correct start and finish coordinates");
gflag = false;
}
try
{
Console.WriteLine("#Passed the test for Insert the trip on file level");
}
catch
{
Console.WriteLine("#Failed the test for Insert the trip on file level");
gflag = false;
}
return(gflag);
}
public Boolean split_test(String name, int index)
{
//create a kml folder by tripname
IKmlFolder temp = t_pool.getByName(name);
// get the current placemark and the pre placemark at a given index
IKmlPlacemark sst = (IKmlPlacemark)temp.getFeatures().getChildNodes().item(index - 1);
IKmlPlacemark st = (IKmlPlacemark)temp.getFeatures().getChildNodes().item(index);
// get trip size, number of trips and number of columns(lat,long ,elapse time etc)
int pt_size = temp.getFeatures().getChildNodes().getLength();
int init_size_t = t_pool.getSize();
core.split(st);
//get index + 1 of the current trip
String _name = "Trip_" + (Module.getIndex(name) + 1);
Boolean gflag = true;
Boolean fflag = true;
try
{
int final_size_t = t_pool.getSize();
//compare the initial size of the t pool against the final t pool.
Assert.AreEqual(init_size_t, final_size_t - 1);
//compare the split index with the size of the first half of the splitted trip
Assert.AreEqual(index, t_pool.getByName(name).getFeatures().getChildNodes().getLength());
// compare the split index with the size of the second half of the splitted trip
Assert.AreEqual(pt_size - index, t_pool.getByName(_name).getFeatures().getChildNodes().getLength());
Console.WriteLine(" >>>>>>>>>>>> Passed the test for split the trip on GUI level <<<<<<<<<<<<");
}
catch
{
Console.WriteLine(" -----------> Failed the test for split the trip on GUI level <-----------");
gflag = false;
}
try
{
IKmlObjectList days = ge.getFeatures().getChildNodes();
IKmlDocument day = (IKmlDocument)days.item(0);
String r_start = txtedit.getViewer().Rows[0]["Start"].ToString();
String r_finsih = txtedit.getViewer().Rows[0]["Finish"].ToString();
String r_duration = txtedit.getViewer().Rows[0]["Time"].ToString();
String r_slon = txtedit.getViewer().Rows[0]["sLongitude"].ToString();
String r_flon = txtedit.getViewer().Rows[0]["fLongitude"].ToString();
String r_slat = txtedit.getViewer().Rows[0]["sLatitude"].ToString();
String r_flat = txtedit.getViewer().Rows[0]["fLatitude"].ToString();
txtedit.splitTrip(day.getName(), Module.getIndex(name).ToString(), t_pool.getStart(t_pool.getByName("Trip_" + (Module.getIndex(name) + 1))), t_pool.getFinish(t_pool.getByName(name)), t_pool);
try
{
Assert.AreEqual(txtedit.getViewer().Rows[0]["Finish"].ToString(), t_pool.getFinish(t_pool.getByName(name)).getName().ToString());
Assert.AreEqual(txtedit.getViewer().Rows[1]["Start"].ToString(), t_pool.getStart(t_pool.getByName("Trip_" + (Module.getIndex(name) + 1))).getName().ToString());
Console.WriteLine(" >>>>>>>>>>>> Succeed to compute the correct start and finish time <<<<<<<<<<<<");
}
catch
{
Console.WriteLine(" -----------> Failed to compute the correct start and finish time <-----------");
fflag = false;
}
try
{
double tp1 = Module.durationConverter(txtedit.getViewer().Rows[0]["Time"].ToString());
double gap = ((Convert.ToDateTime(txtedit.getViewer().Rows[1]["Start"].ToString()) - Convert.ToDateTime(txtedit.getViewer().Rows[0]["Finish"].ToString()))).TotalSeconds;
double tp2 = Module.durationConverter(txtedit.getViewer().Rows[1]["Time"].ToString());
// MessageBox.Show(Module.durationConverter(txtedit.getViewer().Rows[0]["Time"].ToString()) + " " + t.ToString() + " " + Module.durationConverter(txtedit.getViewer().Rows[1]["Time"].ToString()) + " " + Module.durationConverter(r_duration));
Assert.AreEqual(Module.durationConverter(r_duration), tp1 + gap + tp2);
Console.WriteLine(" >>>>>>>>>>>> Succeed to compute the correct trip duration <<<<<<<<<<<<");
}
catch
{
Console.WriteLine(" -----------> Failed to compute the correct the trip duration <-----------");
fflag = false;
}
try
{
String n_slon = txtedit.getViewer().Rows[1]["sLongitude"].ToString();
String n_slat = txtedit.getViewer().Rows[1]["sLatitude"].ToString();
String n_flon = txtedit.getViewer().Rows[0]["sLongitude"].ToString();
String n_flat = txtedit.getViewer().Rows[0]["sLatitude"].ToString();
String a_slon = Module.getCoordinates(t_pool.getStart(t_pool.getByName("Trip_" + (Module.getIndex(name) + 1))))["lon"].ToString();
String a_slat = Module.getCoordinates(t_pool.getStart(t_pool.getByName("Trip_" + (Module.getIndex(name) + 1))))["lat"].ToString();
String a_flon = Module.getCoordinates(t_pool.getStart(t_pool.getByName(name)))["lon"].ToString();
String a_flat = Module.getCoordinates(t_pool.getStart(t_pool.getByName(name)))["lat"].ToString();
/*
* MessageBox.Show(n_slon+" "+a_slon);
* MessageBox.Show(n_slat + " " + a_slat);
*
* MessageBox.Show(n_flon + " " + a_flon);
* MessageBox.Show(n_flat + " " + a_flat);
*
* Assert.AreEqual(n_slat.Trim(), a_slat.Trim());
* Assert.AreEqual(n_slon.Trim(), a_slon.Trim());
*
* Assert.AreEqual(n_flat.Trim(), a_flat.Trim());
* Assert.AreEqual(n_flon.Trim(), a_flon.Trim());
*/
Console.WriteLine(" >>>>>>>>>>>> Succeed to compute the correct start and finish coordinates <<<<<<<<<<<<<");
}
catch
{
Console.WriteLine(" -----------> Failed to compute the correct start and finish coordinates <----------");
fflag = false;
}
Assert.AreEqual(true, fflag);
Console.WriteLine(" >>>>>>>>>>>> Passed the test for split the trip on file level <<<<<<<<<<<<<");
}
catch
{
Console.WriteLine(" -----------> Failed the test for split the trip on file level <----------");
}
return(gflag && fflag);
}
/*
* get the trip info by its name
*/
public String[] getAttByName(String name)
{
return((String[])_attr[Module.getIndex(name) - 1]);
}
/*
* get the trip object by its name
*/
public IKmlFolder getByName(String name)
{
return((IKmlFolder)_core[Module.getIndex(name) - 1]);
}
public Boolean split(IKmlPlacemark sp_point)
{
try
{
Hashtable cords = Module.getCoordinates(sp_point);
IKmlFolder _trip = (IKmlFolder)sp_point.getParentNode();
_trip.setVisibility(0);
String t_name = t_pool.getParent(sp_point.getName());
String[] t_att = t_pool.getTripDetailsForTrip(Module.getIndex(t_name).ToString());
ArrayList trip = new ArrayList();
trip.Add(t_name);
trip.Add(_trip);
trip.Add(t_att);
record.spl_trip(trip);
int index = int.Parse((t_name.Split('_')[1]));
IKmlFolder[] sub = split(index, _trip, sp_point, null);
IKmlPlacemark fn = t_pool.getFinish(sub[0]);
Hashtable _cords = Module.getCoordinates(fn);
String[] att_temp1 = (String[])t_att.Clone();
String[] att_temp2 = (String[])t_att.Clone();
/*
* att_temp1[5] = fn.getName();
* att_temp2[4] = sp_point.getName();
*
* att_temp1[6] = Module.duration(att_temp1[4], att_temp1[5]);
* att_temp2[6] = Module.duration(att_temp2[4], att_temp2[5]);
*
* att_temp1[11] = _cords["lon"].ToString();
* att_temp1[12] = _cords["lat"].ToString();
*
* att_temp2[9] = cords["lon"].ToString();
* att_temp2[10] = cords["lat"].ToString();
*/
IKmlObjectList days = ge.getFeatures().getChildNodes();
IKmlDocument day = (IKmlDocument)days.item(0);
day.getFeatures().appendChild(sub[0]);
day.getFeatures().appendChild(sub[1]);
/*
* if (sub[0].getFeatures().getChildNodes().getLength() <= sub[1].getFeatures().getChildNodes().getLength())
* {
* double distance = Module.calDistance(sub[0]);
* att_temp1[7] = distance.ToString();
* att_temp2[7] = (double.Parse(t_att[7]) - distance).ToString();
* }
* else
* {
* double distance = Module.calDistance(sub[1]);
* att_temp2[7] = distance.ToString();
* att_temp1[7] = (double.Parse(t_att[7]) - distance).ToString();
* }
*/
/*
* The duration of a trip from might be less than 0 when the program interpreter inconsistent kml and txt file
*
* chen
*/
/* try
* {
* att_temp1[8] = Math.Round((double.Parse(att_temp1[7]) / Module.durationConverter(att_temp1[6])), 3).ToString();
* att_temp2[8] = Math.Round((double.Parse(att_temp2[7]) / Module.durationConverter(att_temp2[6])), 3).ToString();
* }
* catch
* {
* MessageBox.Show("kml and txt file doesn't match");
* att_temp2[8] = "-0";
* att_temp1[8] = "-0";
* }
*/
t_pool.insert(index, sub[0], att_temp1, sub[1], att_temp2);
return(true);
}
catch
{
return(false);
}
}