public void SaveTime(decimal time)
{
/* 3 When saving a time, you fetch existing times first with the LoadPreviousTimes() method. */
var times = LoadPreviousTimes();
/* 4 You create an instance of the new PlayerTimeEntry object. Then you store the
* current date and runtime, as passed to the method, in the entryDate and time
* property fields. */
var newTime = new PlayerTimeEntry();
newTime.entryDate = DateTime.Now;
newTime.time = time;
/* 5 You create a binary formatter object to do the magic serialization — a.k.a. packing –
* of the list of player time entries to a file. You create the file path using a
* combination of the player’s name and the Application.persistentDataPath. Again,
* the using statement opens the file.
* However, this time it uses the FileMode.Create option, which lets you create a new
* file or overwrite existing files in the same path. Finally, you add the new time entry
* to the list of pre-existing times before saving them all back into the file. */
var bFormatter = new BinaryFormatter();
var levelName = Path.GetFileName(selectedLevel);
var filePath = Application.persistentDataPath +
"/" + playerName + "_" + levelName + "_times.dat";
using (var file = File.Open(filePath, FileMode.Create))
{
times.Add(newTime);
bFormatter.Serialize(file, times);
}
}
public void SaveTime(decimal time)
{
// 3
var times = LoadPreviousTimes();
// 4
var newTime =
new PlayerTimeEntry();
newTime.entryDate = DateTime.Now;
newTime.time = time;
// 5
var bFormatter =
new BinaryFormatter();
var levelName = Path.GetFileName(selectedLevel);
var filePath = Application.persistentDataPath +
"/" + playerName +
"_" + levelName +
"_times.dat"
;
using (var file = File.Open(filePath, FileMode.Create)) {
times.Add(newTime);
bFormatter.Serialize(file, times);
}
}
public void SaveTime(decimal time)
{
// when saving time, you fetch existing times first with the LoadPrevioursTimes() method.
var times = LoadPreviousTimes();
// create an instance of new PlayerTImeEntry object.
var newTime = new PlayerTimeEntry();
newTime.entryDate = DateTime.Now;
newTime.time = time;
// create a binary formatter object to do the magic serialization
var bFormatter = new BinaryFormatter();
var levelName = Path.GetFileName(selectedLevel);
var filePath = Application.persistentDataPath + "/" + playerName + "_" + levelName + "_times.dat";
using (var file = File.Open(filePath, FileMode.Create))
{
times.Add(newTime);
bFormatter.Serialize(file, times);
}
}
public void SaveTime(decimal time)
{
//when savinf times load the previous time first
var times = LoadPreviousTimes();
//create a new p-layer time object
var newTime = new PlayerTimeEntry();
newTime.entryDate = DateTime.Now;
newTime.time = time;
//create a binary formatter to serialize the player time data
var bFormatter = new BinaryFormatter();
var levelName = Path.GetFileName(selectedLevel);
var filePath = Application.persistentDataPath + "/" + playerName + "_" + levelName + "_times.dat";
using (var file = File.Open(filePath, FileMode.Create))
{
times.Add(newTime);
bFormatter.Serialize(file, times);
}
}
public void SaveTime(decimal time)
{
//refer to note 3
var times = LoadPreviousTimes();
//refer to note 4
var newTime = new PlayerTimeEntry();
newTime.entryDate = DateTime.Now;
newTime.time = time;
newTime.PlayerName = playerName;
newTime.Lives = ship.GetComponent <CharacterController>().getLife();
//refer to note 5
var bFormatter = new BinaryFormatter();
var filePath = Application.persistentDataPath +
"/2c" + "_times.dat";
using (var file = File.Open(filePath, FileMode.Create)) {
times.Add(newTime);
bFormatter.Serialize(file, times);
}
}
public void SaveTime(decimal time)
{
//when saving a time, fetch existing times first
var times = LoadPreviousTimes();
var newTime = new PlayerTimeEntry();
newTime.entryDate = DateTime.Now; //save the current date
newTime.time = time; //save the runtime
var bFormatter = new BinaryFormatter(); //will do the serialization
var levelName = Path.GetFileName(selectedLevel);
var filePath = Application.persistentDataPath + "/" + playerName + "_" + levelName + "_times.dat"; //creates the file path
//opens the file (FileMode.Create = create a new file or overwrite existing files)
using (var file = File.Open(filePath, FileMode.Create))
{
times.Add(newTime);
bFormatter.Serialize(file, times);
}
}
public void SaveTime(decimal time)
{
//saving a time by fetching existing times first
var times = LoadPreviousTimes();
//create new instance of player time entry
var newTime = new PlayerTimeEntry();
newTime.entryDate = DateTime.Now;
newTime.time = time;
//create a binary formatter object to do the packing of the list of player names and times
var bFormatter = new BinaryFormatter();
var levelName = Path.GetFileName(selectedLevel);
var filePath = Application.persistentDataPath +
"/" + playerName + "_" + levelName + "_times.dat";
using (var file = File.Open(filePath, FileMode.Create))
{
times.Add(newTime);
bFormatter.Serialize(file, times);
}
}
public void SaveTime(decimal time)
{
//Load any old saved times
var times = LoadPreviousTimes();
//Create a new entry and update its values to be saved
var newTime = new PlayerTimeEntry();
newTime.entryDate = DateTime.Now;
newTime.time = time;
//Save the data to the existing save file or create a new one using a binary formatter
var bFormatter = new BinaryFormatter();
var levelName = Path.GetFileName(selectedLevel);
var filePath = Application.persistentDataPath + "/" + playerName + "_" + levelName + "_times.dat";
using (var file = File.Open(filePath, FileMode.Create))
{
times.Add(newTime);
bFormatter.Serialize(file, times);
}
}
