Well it sort of helped. It doesnt still work like it should. Been rewriting it pretty much now and now i have the problem that when player joins (owner of vehicle(s)), the password "jumps forward". Let me explain: You own 2 vehicles : sadler and burrito, you set sadler password to sadler and burrito password to burrito. Then you quit game (housefile shows right password for the right vehicle at this stage) then you join and then you find that the sadlers password is now burrito and burrito has no password at all (sadler was first bought and therefore first in the housefile list). Then you rejoin again and then sadler has no password and burrito has password of : No.
I dont have a clue how to get this work, been over a weeck of scripting daily, but no success.
pawn Код:
// This function will load the house's datafile (used when the server is started to load all houses)
HouseFile_Load(HouseID, bool:OnlyLoadVehicles = false)
{
new file[100], File:HFile, LineFromFile[100], ParameterName[50], ParameterValue[50];
// Setup local variables
new cModel, cPaint, components[14], Float:cx, Float:cy, Float:cz, Float:crot, Col1, Col2, vid, bool:VehicleClamped, cFuel = -1;
format(file, sizeof(file), HouseFile, HouseID); // Construct the complete filename for this house-file
if (fexist(file))
{
HFile = fopen(file, io_read); // Open the housefile for reading
fread(HFile, LineFromFile); // Read the first line of the file
// Set the house so it cannot be entered by anyone, except the owner (close the house)
AHouseData[HouseID][HouseOpened] = false;
// Keep reading until the end of the file is found (no more data)
while (strlen(LineFromFile) > 0)
{
StripNewLine(LineFromFile); // Strip any newline characters from the LineFromFile
sscanf(LineFromFile, "s[50]s[50]", ParameterName, ParameterValue); // Extract parametername and parametervalue
// If OnlyLoadVehicles is "false", only load the house-data
// If OnlyLoadVehicles is "true", only load the vehicle-data
if (OnlyLoadVehicles == false)
{
// Store the proper value in the proper place
if (strcmp(ParameterName, "HouseAddress", false) == 0) // If the parametername is correct ("HouseAddress")
format(AHouseData[HouseID][HouseAddress], 24, ParameterValue); // Store the HouseAddress
if (strcmp(ParameterName, "HouseName", false) == 0) // If the parametername is correct ("HouseName")
format(AHouseData[HouseID][HouseName], 24, ParameterValue); // Store the HouseName
if (strcmp(ParameterName, "HouseX", false) == 0) // If the parametername is correct ("HouseX")
AHouseData[HouseID][HouseX] = floatstr(ParameterValue); // Store the HouseX
if (strcmp(ParameterName, "HouseY", false) == 0) // If the parametername is correct ("HouseY")
AHouseData[HouseID][HouseY] = floatstr(ParameterValue); // Store the HouseY
if (strcmp(ParameterName, "HouseZ", false) == 0) // If the parametername is correct ("HouseZ")
AHouseData[HouseID][HouseZ] = floatstr(ParameterValue); // Store the HouseZ
if (strcmp(ParameterName, "HouseLevel", false) == 0) // If the parametername is correct ("HouseLevel")
AHouseData[HouseID][HouseLevel] = strval(ParameterValue); // Store the HouseLevel
if (strcmp(ParameterName, "HouseMaxLevel", false) == 0) // If the parametername is correct ("HouseMaxLevel")
AHouseData[HouseID][HouseMaxLevel] = strval(ParameterValue); // Store the HouseMaxLevel
if (strcmp(ParameterName, "HousePrice", false) == 0) // If the parametername is correct ("HousePrice")
AHouseData[HouseID][HousePrice] = strval(ParameterValue); // Store the HousePrice
if (strcmp(ParameterName, "Owned", false) == 0) // If the parametername is correct ("Owned")
{
if (strcmp(ParameterValue, "Yes", false) == 0) // If the value "Yes" was read
AHouseData[HouseID][Owned] = true; // House is owned
else
AHouseData[HouseID][Owned] = false; // House is not owned
}
if (strcmp(ParameterName, "Owner", false) == 0) // If the parametername is correct ("Owner")
// Store the Owner (Owner will hold "1" if there is no owner (empty string), done by "sscanf" I guess)
// But this doesn't matter, as the owner will never be displayed when the house is not owned by someone
format(AHouseData[HouseID][Owner], 24, ParameterValue);
if (strcmp(ParameterName, "Insurance", false) == 0) // If the parametername is correct ("Insurance")
AHouseData[HouseID][Insurance] = strval(ParameterValue); // Store the Insurance
}
else // OnlyLoadVehicles is "true", so only read the vehicle-data
{
if (strcmp(ParameterName, "[Vehicle]", false) == 0) // If the parametername is correct ("[Vehicle]")
{
// Clear all data to start a new vehicle
cModel = 0;
cPaint = 0;
cFuel = -1;
for (new i; i < 14; i++)
components[i] = 0;
}
if (strcmp(ParameterName, "Pass", false) == 0) // If the parametername is correct ("VehicleModel")
format(AVehicleData[vid][Pass], 24, ParameterValue); // Store the password
if (strcmp(ParameterName, "VehicleModel", false) == 0) // If the parametername is correct ("VehicleModel")
cModel = strval(ParameterValue); // Store the VehicleModel
if (strcmp(ParameterName, "Fuel", false) == 0) // If the parametername is correct ("Fuel")
cFuel = strval(ParameterValue); // Store the Fuel
if (strcmp(ParameterName, "VehiclePaintJob", false) == 0) // If the parametername is correct ("VehiclePaintJob")
cPaint = strval(ParameterValue); // Store the VehiclePaintJob
if (strcmp(ParameterName, "VehicleSpoiler", false) == 0) // If the parametername is correct ("VehicleSpoiler")
components[0] = strval(ParameterValue); // Store the VehicleSpoiler
if (strcmp(ParameterName, "VehicleHood", false) == 0) // If the parametername is correct ("VehicleHood")
components[1] = strval(ParameterValue); // Store the VehicleHood
if (strcmp(ParameterName, "VehicleRoof", false) == 0) // If the parametername is correct ("VehicleRoof")
components[2] = strval(ParameterValue); // Store the VehicleRoof
if (strcmp(ParameterName, "VehicleSideSkirt", false) == 0) // If the parametername is correct ("VehicleSideSkirt")
components[3] = strval(ParameterValue); // Store the VehicleSideSkirt
if (strcmp(ParameterName, "VehicleLamps", false) == 0) // If the parametername is correct ("VehicleLamps")
components[4] = strval(ParameterValue); // Store the VehicleLamps
if (strcmp(ParameterName, "VehicleNitro", false) == 0) // If the parametername is correct ("VehicleNitro")
components[5] = strval(ParameterValue); // Store the VehicleNitro
if (strcmp(ParameterName, "VehicleExhaust", false) == 0) // If the parametername is correct ("VehicleExhaust")
components[6] = strval(ParameterValue); // Store the VehicleExhaust
if (strcmp(ParameterName, "VehicleWheels", false) == 0) // If the parametername is correct ("VehicleWheels")
components[7] = strval(ParameterValue); // Store the VehicleWheels
if (strcmp(ParameterName, "VehicleStereo", false) == 0) // If the parametername is correct ("VehicleStereo")
components[8] = strval(ParameterValue); // Store the VehicleStereo
if (strcmp(ParameterName, "VehicleHydraulics", false) == 0) // If the parametername is correct ("VehicleHydraulics")
components[9] = strval(ParameterValue); // Store the VehicleHydraulics
if (strcmp(ParameterName, "VehicleFrontBumper", false) == 0) // If the parametername is correct ("VehicleFrontBumper")
components[10] = strval(ParameterValue); // Store the VehicleFrontBumper
if (strcmp(ParameterName, "VehicleRearBumper", false) == 0) // If the parametername is correct ("VehicleRearBumper")
components[11] = strval(ParameterValue); // Store the VehicleRearBumper
if (strcmp(ParameterName, "VehicleVentRight", false) == 0) // If the parametername is correct ("VehicleVentRight")
components[12] = strval(ParameterValue); // Store the VehicleVentRight
if (strcmp(ParameterName, "VehicleVentLeft", false) == 0) // If the parametername is correct ("VehicleVentLeft")
components[13] = strval(ParameterValue); // Store the VehicleVentLeft
if (strcmp(ParameterName, "Color1", false) == 0) // If the parametername is correct ("Color1")
Col1 = strval(ParameterValue); // Store the Color1
if (strcmp(ParameterName, "Color2", false) == 0) // If the parametername is correct ("Color2")
Col2 = strval(ParameterValue); // Store the Color2
if (strcmp(ParameterName, "VehicleX", false) == 0) // If the parametername is correct ("VehicleX")
cx = floatstr(ParameterValue); // Store the VehicleX
if (strcmp(ParameterName, "VehicleY", false) == 0) // If the parametername is correct ("VehicleY")
cy = floatstr(ParameterValue); // Store the VehicleY
if (strcmp(ParameterName, "VehicleZ", false) == 0) // If the parametername is correct ("VehicleZ")
cz = floatstr(ParameterValue); // Store the VehicleZ
if (strcmp(ParameterName, "VehicleAngle", false) == 0) // If the parametername is correct ("VehicleAngle")
crot = floatstr(ParameterValue); // Store the VehicleAngle
if (strcmp(ParameterName, "Clamped", false) == 0) // If the parametername is correct ("Clamped")
{
if (strcmp(ParameterValue, "Yes", false) == 0) // If the value "Yes" was read
VehicleClamped = true; // Vehicle is clamped
else
VehicleClamped = false; // Vehicle is not clamped
}
if (strcmp(ParameterName, "[/Vehicle]", false) == 0) // If the parametername is correct ("[/Vehicle]")
{
// Set both colors to 1 if they are 0 AND if there is a paintjob applied
if ((Col1 == 0) && (cPaint != 0))
Col1 = 1;
if ((Col2 == 0) && (cPaint != 0))
Col2 = 1;
// The "[/Vehicle]" is found, this means that all data about this vehicle is now stored in the variables
// Now add the vehicle to the house and set it's data
vid = House_AddVehicle(HouseID, cModel, cPaint, components, cx, cy, cz, crot, Col1, Col2);
AVehicleData[vid][Clamped] = VehicleClamped;
// Also set the fuel (set it to maximum when the fuel parameter wasn't inside the file)
if (cFuel == -1)
{
AVehicleData[vid][Fuel] = MaxFuel;
}
else // If the parameter was there, store it
{
AVehicleData[vid][Fuel] = cFuel;
}
}
}
// Read the next line of the file
fread(HFile, LineFromFile);
}
// Check if the maximum house-level isn't 0 (when updating to the new version)
if (AHouseData[HouseID][HouseMaxLevel] == 0)
AHouseData[HouseID][HouseMaxLevel] = 10; // Set the maximum level to 10
// Close the file
fclose(HFile);
// Return if the file was read correctly
return 1;
}
else
return 0; // Return 0 if the file couldn't be read (doesn't exist)
}
// This function will save the given house
HouseFile_Save(HouseID)
{
new file[100], File:HFile, LineForFile[100], vid;
// Construct the complete filename for this house
format(file, sizeof(file), HouseFile, HouseID);
HFile = fopen(file, io_write); // Open the playerfile for writing
format(LineForFile, 100, "HouseAddress %s\r\n", AHouseData[HouseID][HouseAddress]); // Construct the line: "HouseName <HouseName>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "HouseName %s\r\n", AHouseData[HouseID][HouseName]); // Construct the line: "HouseName <HouseName>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "HouseX %f\r\n", AHouseData[HouseID][HouseX]); // Construct the line: "HouseX <HouseX>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "HouseY %f\r\n", AHouseData[HouseID][HouseY]); // Construct the line: "HouseY <HouseY>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "HouseZ %f\r\n", AHouseData[HouseID][HouseZ]); // Construct the line: "HouseZ <HouseZ>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "HouseLevel %i\r\n", AHouseData[HouseID][HouseLevel]); // Construct the line: "HouseLevel <HouseLevel>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "HouseMaxLevel %i\r\n", AHouseData[HouseID][HouseMaxLevel]); // Construct the line: "HouseMaxLevel <HouseMaxLevel>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "HousePrice %i\r\n", AHouseData[HouseID][HousePrice]); // Construct the line: "HousePrice <HousePrice>"
fwrite(HFile, LineForFile); // And save it to the file
if (AHouseData[HouseID][Owned] == true) // Check if the house is owned
{
format(LineForFile, 100, "Owned Yes\r\n"); // Construct the line: "Owned Yes"
fwrite(HFile, LineForFile); // And save it to the file
}
else
{
format(LineForFile, 100, "Owned No\r\n"); // Construct the line: "Owned No"
fwrite(HFile, LineForFile); // And save it to the file
}
format(LineForFile, 100, "Owner %s\r\n", AHouseData[HouseID][Owner]); // Construct the line: "Owner <Owner>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "Insurance %i\r\n", AHouseData[HouseID][Insurance]); // Construct the line: "Insurance <Insurance>"
fwrite(HFile, LineForFile); // And save it to the file
// Save the vehicle-data for every vehicle added to the house
for (new CarSlot; CarSlot < 10; CarSlot++)
{
// If a valid vehicle-id has been found
if (AHouseData[HouseID][VehicleIDs][CarSlot] != 0)
{
// Get the vehicle id
vid = AHouseData[HouseID][VehicleIDs][CarSlot];
format(LineForFile, 100, "[Vehicle]\r\n"); // Construct the line: "[Vehicle]"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "Pass %s\r\n", AVehicleData[vid][Pass]); // Construct the line: "VehicleModel <VehicleModel>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleModel %i\r\n", AVehicleData[vid][Model]); // Construct the line: "VehicleModel <VehicleModel>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "Fuel %i\r\n", AVehicleData[vid][Fuel]); // Construct the line: "Fuel <Fuel>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehiclePaintJob %i\r\n", AVehicleData[vid][PaintJob]); // Construct the line: "VehiclePaintJob <VehiclePaintJob>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleSpoiler %i\r\n", AVehicleData[vid][Components][0]); // Construct the line: "VehicleSpoiler <VehicleSpoiler>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleHood %i\r\n", AVehicleData[vid][Components][1]); // Construct the line: "VehicleHood <VehicleHood>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleRoof %i\r\n", AVehicleData[vid][Components][2]); // Construct the line: "VehicleRoof <VehicleRoof>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleSideSkirt %i\r\n", AVehicleData[vid][Components][3]); // Construct the line: "VehicleSideSkirt <VehicleSideSkirt>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleLamps %i\r\n", AVehicleData[vid][Components][4]); // Construct the line: "VehicleLamps <VehicleLamps>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleNitro %i\r\n", AVehicleData[vid][Components][5]); // Construct the line: "VehicleNitro <VehicleNitro>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleExhaust %i\r\n", AVehicleData[vid][Components][6]); // Construct the line: "VehicleSpoiler <VehicleSpoiler>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleWheels %i\r\n", AVehicleData[vid][Components][7]); // Construct the line: "VehicleWheels <VehicleWheels>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleStereo %i\r\n", AVehicleData[vid][Components][8]); // Construct the line: "VehicleStereo <VehicleStereo>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleHydraulics %i\r\n", AVehicleData[vid][Components][9]); // Construct the line: "VehicleHydraulics <VehicleHydraulics>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleFrontBumper %i\r\n", AVehicleData[vid][Components][10]); // Construct the line: "VehicleFrontBumper <VehicleFrontBumper>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleRearBumper %i\r\n", AVehicleData[vid][Components][11]); // Construct the line: "VehicleRearBumper <VehicleRearBumper>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleVentRight %i\r\n", AVehicleData[vid][Components][12]); // Construct the line: "VehicleVentRight <VehicleVentRight>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleVentLeft %i\r\n", AVehicleData[vid][Components][13]); // Construct the line: "VehicleVentLeft <VehicleVentLeft>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "Color1 %i\r\n", AVehicleData[vid][Color1]); // Construct the line: "Color1 <Color1>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "Color2 %i\r\n", AVehicleData[vid][Color2]); // Construct the line: "Color2 <Color2>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleX %f\r\n", AVehicleData[vid][SpawnX]); // Construct the line: "VehicleVentLeft <VehicleVentLeft>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleY %f\r\n", AVehicleData[vid][SpawnY]); // Construct the line: "VehicleVentLeft <VehicleVentLeft>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleZ %f\r\n", AVehicleData[vid][SpawnZ]); // Construct the line: "VehicleVentLeft <VehicleVentLeft>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "VehicleAngle %f\r\n", AVehicleData[vid][SpawnRot]); // Construct the line: "VehicleVentLeft <VehicleVentLeft>"
fwrite(HFile, LineForFile); // And save it to the file
if (AVehicleData[vid][Clamped] == true)
format(LineForFile, 100, "Clamped Yes\r\n"); // Construct the line: "Clamped <Yes>"
else
format(LineForFile, 100, "Clamped No\r\n"); // Construct the line: "Clamped <No>"
fwrite(HFile, LineForFile); // And save it to the file
format(LineForFile, 100, "[/Vehicle]\r\n"); // Construct the line: "[/Vehicle]"
fwrite(HFile, LineForFile); // And save it to the file
}
}
fclose(HFile); // Close the file
return 1;
}
